Waste Containment Receptacle

Abstract

A waste receptacle for collecting waste with a carrier that allows for easy transport. The receptacle uses a closing system to manage odor, and an actuator system to open and close the closing system. The closing system has a clamping mechanism housed inside a body that can clamp a bag placed inside the body with the opening of the bag disposed about the clamping mechanism. The receptacle may also have a lid in which actuation of the actuator system causes the clamping mechanism to open and close simultaneously with the lid. The actuation system utilizes pedals that can be replaced with a handle actuator.

Description

TECHNICAL FIELD

This invention is related to waste disposal containers for collecting odorous material.

BACKGROUND

There is a need for an indoor storage container that eliminates the obvious side effects associated with storing unpleasant waste materials (e.g. organic waste, diapers, pet waste, fish, regular trash, and other smelly material) in one's living space, specifically odors, pests, and messes. This will help reduce the amount of half-filled plastic bags going to the landfill and reduce the frequency of taking out the trash. The invention is unique because it may automatically open and close a trash liner hands free, which of course is much more sanitary than removing tops and lids and fumbling with a soiled liner. It is also unique because it places a seal in the trash liner between uses, trapping the foul odor of offensive waste inside the liner while blocking out pests and pets. In addition, the invention's removable components make it adaptable for a variety of storage applications.

SUMMARY

The invention of the present application is a waste receptacle comprising a body defining a cavity in which waste can be collected, a closing system to manage odor, and an actuator system to open and close the waste receptacle.

The closing system comprises a clamping mechanism housed inside the body. A bag or liner is placed inside the body with the opening of the bag disposed about the clamping mechanism. Actuation of the actuator system causes the clamping mechanism to open and close so as to open and close the opening of the bag. The closing system may further comprise a lid that opens and closes simultaneously with the clamping mechanism.

The actuator system may comprise a pair of pedal levers connected to the bottom of the waste receptacle, where depression of one pedal simultaneously opens the clamping mechanism and lid, and depression of the other pedal simultaneously closes the clamping mechanism and the lid.

The lid and pedal levers can be replaced with a hand actuator so that the clamping mechanism can be opened and closed with the hand rather than the feet using the pedals. The handle actuator can directly replace the lid and the pedal levers, if desired. In this configuration, the waste receptacle may be placed inside a cabinet.

A carrier may also be provided that can be housed in the body to support the waste collected in the bag. The carrier provides added support to transport the waste from the body to a desired location to be disposed or used as compost.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 shows a top perspective view of the receptacle in an open configuration.

FIG. 2 shows a side perspective view of the receptacle in a closed configuration.

FIG. 3 shows a top perspective view of the receptacle with the closing system removed.

FIG. 4 shows a rear, top perspective view of the body with the placard removed.

FIG. 5 shows a front, top perspective view of the body.

FIG. 6 shows a bottom perspective view of the body.

FIG. 7 shows a perspective view of an embodiment of the closing system with a lid in an open position.

FIG. 8 shows a perspective view of a clamp actuator.

FIG. 9 shows a front perspective view of the clamp arms in an open position.

FIG. 10 shows a rear perspective view of the clamp arms in an open position.

FIG. 11 shows a front perspective view of the clamping mechanism in a closed position.

FIG. 12 shows a front perspective view of a clamp arms in a closed position with the spring in place.

FIG. 13 shows a partial exploded view of a front perspective view of the clamp arms in an open position with the spring removed.

FIG. 14 shows a perspective view of a bag clip.

FIG. 15 shows a front perspective view of the actuator system.

FIG. 16 shows an exploded view of the actuator system.

FIG. 17 shows a bottom view of the waste receptacle.

FIG. 18A shows a side view of the body.

FIG. 18B shows a perspective cross-sectional view of the body taken along the line 18B-18B in FIG. 18A.

FIG. 19 shows a perspective view of a closing system with a hand actuator replacing the lid, and in an open position.

FIG. 20 shows a perspective view of the carrier.

DETAILED DESCRIPTION OF THE INVENTION

The detailed description set forth below in connection with the appended drawings is intended as a description of presently-preferred embodiments of the invention and is not intended to represent the only forms in which the present invention may be constructed or utilized. The description sets forth the functions and the sequence of steps for constructing and operating the invention in connection with the illustrated embodiments. It is to be understood, however, that the same or equivalent functions and sequences may be accomplished by different embodiments that are also intended to be encompassed within the spirit and scope of the invention.

The invention of the present application is directed towards a receptacle 100 that automatically opens and closes an inner lining or bag of the receptacle 100 to facilitate the collection of odorous waste, such as wasted food, pet waste, diapers, ordinary trash, and any other organic, odorous waste. A carrier 400 may also be provided to facilitate the transport of the waste to its desired location. Referring to FIGS. 1 and 2 (perspective view lid open and closed), the receptacle 100 of the present invention comprises a body 102 to house the waste, and a closing system 200 controlled by an actuator system 300 to open and close the receptacle 100.

Body

The body 102 is preferably made of a rigid plastic material suitable for injection molding. The body 102 comprises opposing front and back walls 104, 106, and opposing right and left walls 108, 110 adjacent to front and back walls 104, 106 defining a top portion 112, a bottom portion 114 opposite the top portion 112, and a middle portion 116 therebetween. The front, back, right, and left walls 104, 106, 108, 110 terminate at a top perimeter edge 118 defining a top opening 120 at the top portion 112, and a bottom perimeter edge 122 opposite the top perimeter edge 118, the bottom perimeter edge 122 defining a bottom opening 124 at the bottom portion 114.

As shown in FIG. 3, the front, back, right, and left walls 104, 106, 108, 110 define a main cavity 126 in the middle portion 116 in which the waste is housed. In the preferred embodiment, as the right and left walls 108, 110 approach the top perimeter edge 118, the right and left walls 108, 110 may expand outwardly creating an interior shelf portion 128 at the top portion 112 of the body 102, thereby creating an opening 120 having a width that is wider than a width of the cavity 126 so that the waste can be easily deposited and removed. The shelf portion 128 provides space for receiving portions of a clamping mechanism 204 in the open position (see FIG. 1) as described further below. On the inner side of the back wall 106 may be two vertical parallel tracks 133 that are bilaterally arranged about the centerline of the back wall 106. Similarly, on the inner side of the front wall 104 may be two vertical parallel tracks 135 (shown in FIG. 18B) that are bilaterally arranged about the centerline of the front wall 104. In some embodiments, the top perimeter edge 118 may comprise a flange 130 extending outwardly for the lid 202 to rest on when closed. In some embodiments, the front and back walls 104, 106 may also expand outwardly to further increase the size of the opening 120 at the top portion 112 so that a depth of the opening 120 is wider than a depth of the cavity 126. In some embodiments, the bottom portion 114 of the body 102 may also expand outwardly as the front and back 104, 106 and/or the right and left 108, 110 walls approach the bottom perimeter edge 122. This provides added stability to the receptacle. The bottom further comprises a base 152 to provide additional support. The base 152 may comprise posts 155 that project into the cavity 126 upon which the carrier 400 may be seated for proper alignment.

The back wall 106 may comprise a recess 132 formed adjacent to the top perimeter edge 118 approximately midway between the right and left walls 108, 110. The back wall 106 may also comprise an extended lip 134 along the top perimeter edge 118. The extended lip 134 allows the lid 202 to be attached to the body 102. In some embodiments, a pair of pins 136a, 136b project laterally from the extended lip 134. These pins 136a, 136b can be used for mounting the lid 202 onto the body 102 in a rotatable manner. The recess 132 provides space for components of the closing system 200 to attach to the lid 202 for opening and closing the lid 202, as shown in FIG. 1.

As shown in FIG. 4, the back wall 106 may further comprise holes 138a, 138b for securing the components of the closing system 200 to the body 102. A placard 140 or some other aesthetically pleasing cover, may be used to cover up the holes 138a, 138b once installation is complete for aesthetic purposes. The placard 140 may have projecting posts 141a, 141b that are inserted through holes 138a, 138b, preferably via snap-fit posts, to secure the clamping mechanism 204 to the back wall 106. The holes 138a, 138b on the back wall 106 are preferably positioned below the shelf portion 128. In some embodiments, the bottom portion 114 of the back wall 106 may comprise additional holes and/or slots for receiving components of the actuator system 300.

As shown in FIG. 5, the front wall 104 may comprise a carrying handle 142 for easily lifting the receptacle 100. For example, in one embodiment, the handle 142 is created by an indentation 144 formed just below the top perimeter edge 118 creating a recess within the top portion 112 of the front wall 104. As the indentation 144 approaches the top perimeter edge 118, the front wall 104 may project outwardly creating a ledge that can be used as the handle 142. The front wall 104 may also comprise holes 146a, 146b for holding components of the closing system 200. A second placard 148 may be used to cover up the holes 146a, 146b once installation is complete. The second placard 148 may also have projecting posts 143a, 143b that are inserted through holes 146a, 146b to secure the clamping mechanism 204 to the front wall 104. The holes 146a, 146b on the front wall 104 are preferably positioned below the shelf portion 128.

The front wall 104 further comprises a pair of cutouts 150a, 150b at the bottom portion 114 of the body 102. The cutouts 150a, 150b may be bilaterally arranged about the centerline of the front wall 104. The cutouts 150a, 150b are configured to receive components of the actuator system 300 as discussed in detail below.

As shown in FIG. 6, in some embodiments, a base 152 may be positioned at the bottom portion 114 of the body 102 and connected to the front, back, left, and right walls 104, 106, 108, 110. The base 152 provides a floor upon which the inner contents of the receptacle 100 can rest. Preferably, the base 152 is positioned just above the level of the two cutouts 150a, 150b so as to accommodate the actuator system 300.

The base 152 may comprise a first hole 154 adjacent to the front wall 104 and a second hole 156 opposite the first hole 154 and adjacent to the back wall 106. The first and second holes 154, 156 provide inlets for components of the closing system 200 to enter into the main cavity 126. The base 152 further comprises bushings 350, 352, a stop 351, and cover 313 on the bottom side to hold and/or cover components of the actuator system 300 as described further below. Projecting upwardly onto the top side of the base 152 are a plurality of locating posts 115, 155 that allow the carrier 400 to be secured in place inside the body 102. The carrier 400 may, therefore, have divots on the bottom side to receive these posts 115, 155.

In some embodiments, partitions may extend downwardly from the base 152. The partitions may extend from the front wall 104 to the back wall 106. A first set of partitions may be adjacent to the right wall 108 and a second set of partitions may be adjacent to the left wall 110. The partitions provide additional support to the base 152. In some embodiments, projecting downwardly from the base 152 in between the two sets of partitions is a plurality of posts for mounting the actuator system 300. These posts may be threaded.

Closing System

As shown in FIG. 7, in some embodiments, the closing system 200 may comprise a lid 202 and a clamping mechanism 204. The closing system 200 may be configured to simultaneously open and close the lid 202 and the clamping mechanism 204.

The back side of the lid 202 comprises an open slot 201 that faces away from the back wall 106 of the body 102. The open slot 201 receives the top end 219 of an extended arm 210 of the clamping mechanism 204 that allows for the lid 202 not only to be lifted or shut simultaneously with the clamping mechanism 204 if activated via the actuator system 300, but also to be lifted or shut independently without opening or closing the clamping mechanism 204. Thus, the open slot 201 allows the lid to disengage from the actuator system 300.

The lid 202 may have a ventilation system that comprises a vent 213. In the preferred embodiment, the vent 213 may not be in line with the surface of the lid 202 so as to slightly elevate or depress a portion 211 of the lid 202 relative to the remaining surface of the lid 202. The vent 213 contain at least two holes 217, allowing for air ventilation. The lid may also comprise a perforated flap 205 (shown in FIG. 1) with a multitude of holes 215 that may be hinged to the lid 202. In the preferred embodiment, the perforated flap 205 may swivel and rotate around two hinged joints 209 on the lid 202 and may be removably secured onto the lid 202 via two hooks 207 on the lid 202. A filter (not shown) may be housed in between the lid 202 and flap 205. For example, an activated charcoal filter may be inserted in between the perforated flap 205 and the lid 202 to control odor created by the waste in the receptacle 100.

The clamping mechanism 204 comprises a front lift arm 206 adjacent to the front wall 104 of the body 102 and a back lift arm 208 adjacent to the back wall 106 of the body 102. The front and back lift arms 206, 208 are substantially similar with one major difference being that the back lift arm 208 further comprises an extended arm 210 that attaches to the lid 202 or a hand actuator 301 as discussed below.

Both lift arms 206, 208 comprise a bottom end 212, 214, a top end 216, 218 opposite the bottom end 212, 214, and a bent post 220, 222 extending therebetween, respectively. The bottom ends 212, 214 are configured to attach to components of the actuator system 300. By way of example only, the lift arms 206, 208 are made from cylindrical rods. Therefore, the bottom ends 212, 214 may terminate as pins that can be inserted into a hole of a component of the actuator system 300 to connect to the actuator system 300 as discussed below.

The bent posts 220, 222 allow their respective bottom ends 212, 214 to be positioned adjacent to one of the side walls (in this example, the left wall 110) while allowing their respective top ends 216, 218 to align with the center line of the front and back wall 104, 106, respectively. Therefore, when properly installed the front and back lift arms 206, 208 extend upwardly from their respective bottom ends 212, 214, then bend towards the centerlines of the front and back walls 104, 106, respectively, then continue extending upwardly along their respective centerlines, terminating at their respective top ends 216, 218 centrally located between the right and left walls 108, 110. Each top end 216, 218 of the lift arm 206, 208 is operatively connected to their respective clamp actuator (front and back clamp actuators 224, 226).

The extension arm 210 may continue upwardly until a top end 219 of the extension arm 210 meets the back portion of the lid 202. The extension arm 210 may be attached to or abuttable against the back portion of the lid 202. The back portion of the lid 202 is rotatably attached to the back wall 106 of the body 102 via the pins 136a, 136b. In some embodiments, the extension arm 210 is slightly tilted towards the back wall 106. When actuated to lift upwardly, the extension arm 210 applies pressure against the back portion of the lid 202. In some embodiments, the pressure is an upward and rearward force. This causes the back portion of the lid 202 to rotate about the axis defined by the pins 136a, 136b. Rotation about this axis causes front portion of the lid 202 to rise up into the open configuration. In some embodiments, the clamp actuators 224, 226 may be integrally formed with their respective lift arms 206, 208. As the lift arms 206, 208 move up and down from movement of the actuator system 300, the clamp actuators 224, 226 similarly move up and down, thereby opening and closing the clamping mechanism 205 as discussed below.

In the preferred embodiment, movement of the clamp bars 258a, 258b are controlled by the clamp actuators 224, 226. The front and back clamp actuators 224, 226 may be identical. Therefore, only the front clamp actuator is described below, but the description is applicable to the back clamp actuator 226 as well. As shown in FIG. 8, the clamp actuator 224 is a flat plate having two bilaterally arranged horizontal slots 228a, 228b. In between the horizontal slots is a center hole 230. The center hole 230 is configured to receive the top ends 216, 218 of the lift arms 206, 208. Above the center hole 230 is a center slot 232. The center slot 232 is configured to receive the bottom end of the extension arm 210. There may be two parallel vertical rails 233 that are bilaterally arranged about the center hole 230 of the clamp actuator 224. The distance between the two parallel vertical rails 233 are configured to slide along the two vertical parallel tracks 135 on the front wall 104 or the two vertical parallel tracks 133 on the back wall 106 of the body 102. In the preferred embodiment, the horizontal slots 228a, 228b are on the outsides of the two parallel vertical rails 233 and the center hole 230 and center slot 232 are in between the two parallel vertical rails 233.

As shown in FIGS. 9 and 10, the clamping mechanism 204 comprises a pair of clamp arms 252a, 252b. FIG. 9 shows a front perspective view of the clamp arms 252a, 252b and FIG. 10 shows the rear perspective view. Each clamp arm 252a, 252b comprises a front arm 254a, 254b, a back arm 256a, 256b, and a clamp bar 258a, 258b therebetween operatively connected to the front arms 254a, 254b and back 256a, 256b arms, respectively. Each front arm 254a, 254b has a transverse base 260a, 260b, with an upwardly projecting connector arm 262a, 262b, respectively. Each connector arms 262a, 262b is connected to each clamp bar 258a, 258b, respectively, thereby positioning the transverse bases 260a, 260b below the clamp bars 258a, 258b. Each transverse base 260a, 260b comprises a lateral peg 264a, 264b and a central peg 266a, 266b at opposite ends of their respective transverse base 260a, 260b. Each lateral peg 264a, 264b is positioned laterally closer to the left or right wall 110, 108, respectively. Each central peg 266a, 266b is positioned inwardly towards the centerline of the front and back walls 104, 106.

The front arms 254a, 254b are attached to the front wall 104 via their lateral pegs 264a, 264b. The lateral pegs 264a, 264b extend forwardly toward the front wall 104 from their respective transverse bases 260a, 260b. These lateral pegs 264a, 264b may fit into their respective holes 146a, 146b on the front wall 104 (shown in FIG. 5) so that the clamp arms 252a, 252b can be mounted on the body 102. Alternatively, or in addition to, the lateral pegs 264a, 264b may have holes 147a, 147b into which the posts 143a, 143b of the front placard 148 can be inserted to secure the clamp arms 252a, 252b to the front wall 104. The lateral pegs 264a, 264b are cylindrical so as to be rotatable within the holes 146a, 146b and/or about the posts 143a, 143b. Being fixed yet rotatable, these lateral pegs 264a, 264b become hinge points about which their respective clamp arms 252a, 252b can rotate.

The central pegs 266a, 266b fit inside the horizontal slots 228a, 228b of the clamp actuator 224, on their respective sides, in a slidable manner. Thus, the central pegs 266a, 266b are configured to slide back and forth within their respective horizontal slots 228a, 228b.

Similarly, with reference to FIG. 10, each back arm 256a, 256b, respectively, has a transverse base 270a, 270b with an upwardly projecting connector arm 272a, 272b. Each connector arm 272a, 272b is connected to the clamp bar 258a, 258b, respectively, thereby positioning the transverse bases 270a, 270b below the clamp bars 258a, 258b. Each transverse base 270a, 270b comprises a lateral peg 274a, 274b and a central peg 276a, 276b at opposite ends of their respective transverse base 270a, 270b. Each lateral peg 274a, 274b is positioned laterally closer to the left or right wall 110, 108, respectively. Each central peg 276a, 276b is positioned inwardly towards the centerline of the front and back walls 104, 106, respectively.

The back arms 256a, 256b are attached to the back wall 106 via their lateral pegs 274a, 274b similar to the way the front arms 254a, 254b are attached to the front wall 104. The lateral pegs 274a, 274b extend rearwardly toward the back wall 106 from their respective transverse bases 270a, 270b. These lateral pegs 274a, 274b may have holes 139a, 139b into which the posts 141a, 141b of the back placard 140 can be inserted to secure the clamp arms 252a, 252b to the back wall 106. The lateral pegs 274a, 274b are cylindrical so as to be rotatable within the holes 138a, 138b on the back wall 106 and/or about the posts 141a, 141b. Being fixed yet rotatable, these lateral pegs 274a, 274b become hinge points about which their respective clamp arms 252a, 252b can rotate.

The central pegs 276a, 276b, like the central pegs 266a, 266b of the front arm 254a, 254b, fit inside the horizontal slots 228a, 228b of the clamp actuator 226, on their respective sides, in a slidable manner, and are configured to slide back and forth within their respective horizontal slots 228a, 228b. Thus, as the clamp arms 252a, 252b move from the open and closed positions about their respective hinge points, the central pegs 276a, 276b slide within their respective horizontal slots 228a, 228b to accommodate such movements.

As shown in FIG. 11, the clamp bars 258a, 258b are configured to mate with each other when in the closed configuration. In the preferred embodiment, the clamp bars 258a, 258b may have a plurality of fingers 260a-e, 262a-e that can interlock with each other when in the closed configuration such that a finger (e.g. 260b) on one clamp bar 258a fits in between two fingers (e.g. 262a, 262b) on the opposite clamp bar 258b. In some embodiments, the clamp bars 258a, 258b may have alternating horizontal strips that mate with each other like a zip locking bag. The horizontal strips may extend across the entire length of their respective clamp bar. In some embodiments, the clamp bars 258a, 258b may have an adhesive strip that allows a plastic bag placed in between the clamp bars 258a, 258b to adhere to the clamp bars 258a, 258b. In other embodiments, the clamp bars 258a, 258b may have an adhesive or tacky silicone applied to the fingers 260a-e, 262a-e and/or ends of the clamp bars 258a, 258b. The adhesives or tacky silicone help keep a liner or bag attached to the clamp bars 258a, 258b while the clamp bars 258a, 258b are opened or closed.

In some embodiments, as shown in FIGS. 12 and 13, one or more springs 265a, 265b may be used to keep the clamp arms 252a, 252b in the open or closed configuration. The springs 265a, 265b can be attached to the front arms 254a, 254b and/or back arms 256a, 256b in such a way as to create a laterally-directed biasing force (i.e. towards the left and right walls). Due to the positioning of the spring and the rotational movement of the clamp arms 252a, 252b, the laterally-directed biasing force will keep the lid 202 and the clamping mechanism 204 open when in the open configuration, and it will keep the clamping mechanism 204 closed when the clamping mechanism 204 is in the closed configuration.

The springs 265a, 265b may be identical; therefore, for convenience only, one spring 265a will be described. By way of example only, the spring 265a may be an elongated rod that is flexible enough to bend, but also has elastic properties to naturally tend toward a straightened configuration. The spring 265a may have free ends 266, 268 bent into hook-like configurations so as to be secured to opposing front arms 254a, 254b or opposing back arms 256a, 256b. FIG. 12 shows the spring 265a attached to opposing back arms 256a, 256b. The back arms 256a, 256b are configured to have holes and/or slots 271a, 271b to receive the free ends 266, 268 of spring 265 on opposite sides. The holes/slots 271a, 271b are positioned medially relative to the pivot points (i.e. lateral pegs 274a, 274b). In the preferred embodiment, the holes/slots 271a, 271b may be a circular hole and/or a crescent-shaped slot. As shown in FIG. 12, when the clamp arms 252a, 252b are in the closed configuration, the holes/slots 271a, 271b are below the pivot points. As shown in FIG. 13, when the clamp arms 252a, 252b are in the open configuration, the holes/slots 271a, 271b are above the pivot points. The distance between the holes/slots 271a, 271b receiving the spring 265a is less than the length of spring 265a. Therefore, the spring 265a may be bent into a U-shaped configuration for the free ends 266, 268 to be inserted into the holes/slots 271a, 271b, respectively.

In this configuration, the elastic properties of the spring 265a will urge the free ends 266, 268 away from each other. When the clamp arms 252a, 252b are in the closed configuration, the free ends 266, 268 are below the pivot points. Therefore, urging the free ends 266, 268 away from each other causes the free ends 266, 268 to move under the pivot point thereby causing one clamp arm to rotate in the clockwise direction (in this example the left clamp arm 252a) and the other clamp arm to rotate in the counterclockwise direction (in this example the right clamp arm 252b), thereby urging the clamp arms 252a, 252b to be in the clamped configuration.

When the clamp arms 252a, 252b are in the open configuration, the free ends 266, 268 rotate to a position above the pivot points. Therefore, urging the free ends 266, 268 away from each other causes one clamp arm to rotate in the counterclockwise direction (in this example, the left clamp arm 252a) and the other clamp arm to rotate in the clockwise direction (in this example, the right clamp arm 252b), thereby urging the clamp arms 252a, 252b to be in the opened configuration. This spring 265a can be applied to the back arms 256a, 256b, front arms 254a, 254b, or both. Other mechanisms for urging the medial ends outwardly above and below the lateral pegs can be used, including tension springs, compression springs, and the like.

In some embodiments, bag clips 280a, 282a may be used to secure the bag to the clamp arms 252a, 252b. The bag clips 280a, 282a on opposing front arms 254a, 254b are mirror images of each other, but otherwise have the same structural features. Additional bag clips 280b, 282b are identical to bag clips 280a, 282a, respectively, can be used on the appropriate back arms 256b, 256a. For the sake of convenience, only one bag clip 280a and the front arm 254a will be described, but the features described apply to any of the bag clips 280a, 280b, 282a, 282b and their respective arms 254a, 256a, 254b, 256b. As shown in FIG. 14, the bag clip 280 is designed to snap on to the front arms 254a, 254b or back arms 256a, 256b. To that effect, the bag clip 280 may comprise clip arms 285 to snap onto the front arms 254a, 254b or back arms 256a, 256b. The clip arms 285 may clip on to the side of the front or back arms, or through a slits 289 in the front or back arms. A top portion 284 of the bag clip 280 may comprise a slot 286 through which a protuberance 288 on the front or back arm can be inserted. The bag clip 280 may have some elasticity so that when the top portion 284 is pulled away from the front arm 254a, the top portion 284 may flex away from the front arm 254a without snapping off. Portions of a bag inserted in between the bag clip 280 and the front arm 254a, for example, would be locked in when the bag clip 280 is released and snapped back towards the front arm 254a with the bag inserted in between the protuberance 288 and the slot 284. To facilitate pulling the top portion 284 of the bag clip 280 away from the front arm 254a, the top portion 284 may have a puckered lip 290 that bends away from the front arm 254a so as to create a handle to grab. Any other way for creating a gap between the top portion 284 and the front arm 254a can be used so that the user can have a convenient place to pull the bag clip 280 away from the front arm 254a.

In some embodiments, a lock may be provided to keep the lid 202 in the open configuration while the user is able to collect the waste for deposit into the receptacle 100 without having to maintain pressure on the pedal.

The Actuator System

The actuator system 300 is operatively connected to the closing system 200 so that the actuator system 300 can open and close the closing system 200.

In the preferred embodiment, as shown in FIGS. 15 and 16, the actuator system 300 comprises a pair of pedal levers 302a, 302b, a pair of rocker arms (front rocker arm 306a and back rocker arm 306b), and an axle 310 connecting the rocker arms 306a, 306b. The actuator system 300 is used to control the closing system 200. Whenever the lid 202 is closed by the actuator system 300, the clamping mechanism 204 is closed by the actuator system 300, and when the lid 202 is opened by the actuator system 300, the clamping mechanism 204 is opened by the actuator system 300. The two pedal levers 302a, 302b may be mirror images of each other arranged bilaterally adjacent to each other. Each pedal lever 302a, 302b comprises a lever arm 314a, 314b and a pedal 316a, 316b. The lever arms 314a, 314b each have a proximal end 318a, 318b and a distal end 320a, 320b. Each proximal end 318a, 318b of the lever arm 314a, 314b comprises a c-shaped opening 319a, 319b that connects to the base 152 as discussed below. The pedals 316a, 316b provide a convenient stepping surface for the user to apply pressure with his or her feet to depress the pedal 316a, 316b accordingly.

As shown in FIG. 16, the axle 310 may be an elongated member defining a longitudinal axis L1 having a forward end 322 and a rearward end 324. The forward end 322 of the axle 310 is configured to receive the front rocker arm 306a, and rearward end 324 of the axle 310 is configured to receive the back rocker arm 306b. In some embodiments, the axle 310 may be faceted. For example, the axle 310 may be hexagonal in shape to facilitate the rocking movement of the arms 306a, 306b. The axle 310 is positioned in between the two pedal levers 302a, 302b.

In the preferred embodiment, the front and back rocker arms 306a, 306b are identical. The front rocker arm 306a performs a seesaw or rocking action to rotate the axle 310 about its longitudinal axis L1 in a clockwise and counterclockwise fashion. The front rocker arm 306a comprises a front socket 326a defining a longitudinal axis L2. The front socket 326a is configured to receive the forward end 322 of the axle 310 so that the longitudinal axis L2 of the front socket 326a is coaxially aligned with the longitudinal axis L1 of the axle 310. The outer surface of the axle 310 is configured to mate with the inner surface of the front socket 326a such that rotation of the front socket 326a about its longitudinal axis L2 causes rotation of the axle 310 about its longitudinal axis L1. For example, in the preferred embodiment, the outer surface of the axle 310 and the inner surface of the front socket 326a may have a hexagonal cross section of substantially the same size.

Extending bilaterally away from the front socket 326a approximately perpendicularly to the longitudinal axis L2 of the socket 326a is a front support arm 328a terminating at opposite terminal ends 330a, 332a. The front support arm 328a has a top edge 334a, a bottom edge 336a opposite the top edge 334a, a front face 338a adjacent to the top and bottom edges, and a back face 340a opposite the front face and adjacent to the top and bottom edges. The front socket 326a may protrude forwardly and/or rearwardly away from the front and/or back faces 338a, 340a of the front support arm 328a so as to jut out from the front and/or back face 338a, 340a. The top edge 334a comprises two connectors 342a, 344a to allow the support arm 328a to operatively connect with reciprocal connectors 343a, 343b on their respective pedal levers 302a, 302h at or near the terminal ends 330a, 332a. One of the terminal ends 332a also comprises a second connector mechanism 346a to operatively connect to the front lift arm 206. In the preferred embodiment, the second connector mechanism 346a may be a bore through which the bottom end 212 of the front lift arm 206 can be inserted.

In the preferred embodiment, the connectors 342a, 344a are arcuate nubs. The reciprocal connectors 343a, 343b on the pedal levers 302a, 302b are slots configured to receive the arcuate nubs so as to prevent the pedal levers 302a, 302b from slipping off of the support arm 328a. This arrangement can be reversed with the nubs 342a, 344a protruding from the pedal levers 302a, 302b and the slots 343a, 343b located on the support arm 328a. Any other type of fastening mechanism can be used to secure the pedal levers 302a, 302b to the front support arm 328a.

In the preferred embodiment, to facilitate the rocking action of the front rocker arm 306a, the bottom edge 336a may be curved upwardly moving towards the terminal ends 330a, 332a. In some embodiments, the bottom edge 336a may be faceted with flat surfaces that start out horizontal directly beneath the front socket 326a and progressively increase in angle relative to the floor moving towards the terminal ends 330a, 332a. For example, in the preferred embodiment, when the bottom edge 336a directly beneath the front socket 326a (referred to as the middle facet) is placed horizontally with the floor. A portion of the bottom edge moving laterally to the left (referred to as the left facet), and a portion of the bottom edge moving laterally to the right (referred to as the right facet) may each bend slightly upwardly such that the middle facet and the right facet form and obtuse angle, and the middle facet and the left facet form an obtuse angle. This allows the left facet to be parallel to the floor when the left pedal is depressed and the right facet to be parallel to the floor when the right pedal is depressed.

In the preferred embodiment, the back rocker arm 306b is identical to the front rocker arm 306a. Therefore, the back rocker arm 306b comprises a back socket 326b configured to receive the rearward end 324 of the axle 310 so that the longitudinal axis L3 of the back socket 326b is coaxially aligned with the longitudinal axis L1 of the axle 310. The outer surface of the axle 310 is configured to mate with the inner surface of the back socket 326b such that rotation of the axle 310 about its longitudinal axis L1 causes rotation of the back socket 326b about its longitudinal axis L3. The back rocker arm 306b has a back support arm 328b projecting laterally from the back socket 326b and terminating at opposite terminal ends 330b, 332b. In some embodiments, the back support arm 328b may only project laterally on one side. The back support arm 328b has a top edge 334b, a bottom edge 336b opposite the top edge 334b, a front face 338b adjacent to the top and bottom edges, and a back face 340b opposite the front face and adjacent to the top and bottom edges. The back socket 326b may protrude forwardly and/or rearwardly away from the front and/or back faces 338b, 340b of the back support arm 328b so as to jut out from the front and/or back face 338b, 340b. The top edge 334b may comprise two connectors 342b, 344b, but these are not necessary as the back rocker arm 306b does not connect with the pedals. One of the terminal ends 332b also comprises a second connector mechanism 346b to operatively connect to the back lift arm 206. In the preferred embodiment, the second connector mechanism 346b may be a bore through which the bottom end 214 of the back lift arm 208 can be inserted.

In the preferred embodiment, to facilitate the rocking action of the back rocker arm 306b, the bottom edge 336b may be curved upwardly moving towards the terminal ends 330b, 332b. In some embodiments, the bottom edge 336b may be faceted with flat surfaces that start out horizontal directly beneath the back socket 326b and progressively increase in angle relative to the floor moving towards the terminal ends 330b, 332b, like the front rocker arm 306a. Therefore, the back rocker arm 306b may have the same middle facet, left facet, and right facet described above for the front rocker arm 306a.

As shown in FIG. 17, the base 152 may provide the support structure for the pedal levers 302a, 302b and the front and back rocker arms 306a, 306b so as to suspend the front and back rocker arms 306a, 306b to allow for rotation and to allow the pedal levers 302a, 302b to move up and down. The base 152 may comprise a front bushing 350 adjacent to the front wall 104 and a back bushing 352 adjacent to the back wall 106. The bushings 350, 352 are configured to receive the sockets 326a, 326b of the front and back rocker arms 306a, 306b, respectively. The outer surfaces of each socket 326a, 326b are cylindrical in shape. The inner surfaces of each bushing 350, 352 are substantially similar to the outer surface of their respective sockets 326a, 326b so that the sockets 326a, 326b are able to rotate about their longitudinal axis while sitting in their respective bushings 350, 352.

At roughly the middle region between the front wall 104 and the back wall 106 are bilaterally arranged cylindrical bars 356a, 356b (such as a peg, dowel, pin, and the like) hanging below the bottom side of the base 152 with their longitudinal axes parallel to the front and back walls 104, 106. The proximal ends 318a, 318b of each lever arm 314a, 314b of the pedal levers 302a, 302b may each comprise a c-shaped opening 319a, 319b. The c-shaped openings 319a, 319b are configured to mate or snap-fit with their respective cylindrical bars 356a, 356b in a rotatable manner so as to define a hinge point at the proximal ends of the pedal levers 302a, 302b. With the pedal levers 302a, 302b mounted on the front rocker arm 306a at the distal ends 320a, 320b, and the proximal end 318a, 318b mounted to the base 152 via the c-shaped openings 319a, 319b, the pedal levers 302a, 302b are suspended off the floor and the distal ends 320a, 320b are capable of moving up and down while the proximal ends 318a, 318b remain fixed in location, but rotatable about their respective cylindrical bars 356a, 356b. A cover 313 may be provided to cover and protect the axle. The snap-fit connection makes it very easy to remove pedals in the event the user wants to use a hand actuator 301 to open and close the clamping mechanism.

To prevent the front rocker arm 306a from any translational shift that would cause the front rocker arm 306a to slide off the front bushing 350, a stop 351 may be positioned or formed adjacent to the front rocker arm 306a opposite the front bushing 350 so as to sandwich the front rocker arm 306a in between the front bushing 350 and the stop 351. The stop may be in the shape of an open arch as shown in FIG. 18B, which shows a cross-section taken along line 18B-18B shown in FIG. 18A. The open arch minimizes obstruction when inserting the front rocker arm 306a into the front bushing 350.

As shown in FIG. 19, the lid 202 may be replaced with a hand actuator 301. The hand actuator 301 connects with the extension arm 210 much like the lid 202. In the preferred embodiment, the hand actuator 301 has a closed slot or hole 303, through which the top end 219 of the extension arm 210 can be inserted. The hand actuator 301 comprises a relatively flat top with the hole 303 attached underneath the flat top. The extended lip 134 of the body 102 allows the hand actuator 301 to be attached to the body 102 much like the lid 202. The pins 136a, 136b can be used for mounting the hand actuator 301 onto the body 102 in a rotatable manner. When the hand actuator 301 is lifted upwardly and rotated about an axis defined by the pins 136a, 136b away from the body 102, the extension arm 210, being caught in the hole 303, applies an upward force on the back clamp actuator 226. When the hand actuator 301 is pushed downwardly and rotated about the axis defined by the pins 136a, 136b towards the body 102, the extension arm 210 may apply a downward force onto the back clamp actuator 226. Therefore, as the hand actuator 301 moves up and down, the clamp actuator 226 similarly moves up and down. When the hand actuator 301 is lifted upwardly, the clamping mechanism 204 is open and when the hand actuator 301 is pushed downwardly, the clamping mechanism 204 is closed. Thus, when the lid is replaced by the hand actuator 301, the pedal levers 302a, 302b may be removed. The waste receptacle may then be placed inside a cabinet with the handle facing the outside. To that effect, the body 102 may be dimensioned accordingly to fit inside various cabinet spaces. Alternatively, the body 102 can be dimensioned to be placed in the open similar to standard trash containers.

In an alternate embodiment, a separate mounting bracket may be used that is attachable to the base. In such an embodiment, the mounting bracket may be generally a rectangular block having a front end, a back end opposite the front end, a right and left sides, the right and left sides opposite each other and adjacent to the front end and back end, and top and bottom sides opposite each other and adjacent to the front and back ends, and right and left sides.

The front and back ends each comprise a bushing (front bushing 350 and back bushing 352, respectively) configured to receive the socket 326a of the front rocker arm 306a and the socket 326b of the back rocker arm 306b, respectively. The outer surfaces of the each socket 326a, 326b are cylindrical in shape. The inner surfaces of each bushing 350, 352 are substantially similar to the outer surface of their respective sockets 326a, 326b, so that the sockets 326a, 326b are able to rotate about their longitudinal axis while sitting in their respective bushings 350, 352. In some embodiments, the back end of the back bushing 352 is slanted inwardly towards top edge relative to the back wall 106. This slant corresponds with the expanded bottom portion 114 of the body 102 so that the back end of the back bushing 352 will be flush with the back wall 106 of the body 102 when the back bushing 352 is fitted into the slot in the bottom portion 114 of the back wall 106.

In some embodiments, adjacent to the back bushing 352 on the top side is a slot. The slot is configured to receive the support arm 328b of the back rocker arm 306b when the socket 326b of the back rocker arm 306b is placed into the back bushing 352. Since the socket 326b of the back rocker arm 306b juts away from the back face 340b, when the socket 326b of the back rocker arm 306b is placed into the back bushing 352, the support arm 328b of the back rocker arm 306b fits in the slot at the back end of the mounting bracket so that the support arm 328b can move up and down freely. Since the socket 326a of the front rocker arm 306a juts rearwardly, mounting the socket 326a of the front rocker arm 306a on the front bushing 326a still allows the support arm 328a of the front rocker arm 306a to clear the mounting bracket so as to allow free movement of the rocker arms 306a, 306b without interference from the mounting bracket.

In the alternate embodiment of the mounting bracket, the top side of the mounting bracket comprises a flanged support face extending along the length of the mounting bracket. The support face allows the mounting bracket to be secured to the base 152 of the body 102. The support face may comprise a series of bores, preferably, threaded bores, corresponding with the posts on the protruding downwardly from the base 152. The posts can be used to secure the mounting bracket to the base 152. Other fastening mechanisms can be used as well. The mounting bracket is dimensioned so as to be hidden in the bottom portion 114 of the body 102.

Roughly in the middle region of the support face are bilaterally arranged slotted supports. The proximal ends of each pedal lever 302a, 302b comprise a cylindrical protrusion (such as a peg, dowel, pin, and the like) that is inserted into the one of the slotted supports. The cylindrical protrusions are free to rotate within the slotted supports. With the pedal levers 302a, 302b mounted on the front rocker arm 306a at the distal ends 320a, 320b, and the slotted supports at the proximal ends 318a, 318b, the pedal levers 302a, 302b are suspended off the floor and the distal ends 320a, 320b is capable of moving up and down while the proximal ends 318a, 318b remains fixed in place.

The center of the mounting bracket comprises a channel through the top side and along the length of the mounting bracket. The channel provides space to receive the axle 310 when the front and back rocker arms 306a, 306b are mounted on the mounting bracket with the axle 310. The channel allows the axle 310 to rotate freely about is longitudinal axis.

In some embodiments, the actuator system 300 may comprise an automated sensor or control (not shown) that detects a signal nearby to automatically open and close the lid 202 and clamping mechanism 204. By way of example only, the sensor or control may be operatively connected to gears and an electric motor that would rotate the axle 310, move the lift arms 206, 208, move the clamp arms 252a, 252b, move the clamp actuators 224, 226, move the lid 202, or move some other component controlling the closing system 200. The sensor may be a motion detector, heat sensor, touch sensor, a push button, and the like. This embodiment may be battery-operated or plugged into the wall socket.

Carrier

In some embodiments, the receptacle 100 may further comprise a carrier 400. As shown in FIG. 20, the carrier 400 comprises a tray 356 and two opposing walls 358, 360 operatively connected to the tray 356. The two opposing walls 358, 360, each defines a bottom edge 362, 363 at which each is connected to the tray 356, and a top edge 364, 365, adjacent to each of which is an opening 366, 368, respectively. The openings 366, 368 are preferably bean-shaped, for two hands to hold the carrier 400. The opposing walls 358, 360 may be integrally formed with the tray 356 or attached to the tray 356. In the preferred embodiment, the opposing walls have holes 359. In some embodiments, the opposing walls 358, 360 are movably connected to the tray 356 with a hinge. In some embodiments, the opposing walls 358, 360 are connected to the tray 356 via a living hinge. The tray 356 may have raised walls 357 surrounding the tray 356 so as to provide a depth to the tray 356.

When used for composting, the carrier 400 may be used to hold compost tea, also known as leachate, which is essentially liquid run-off of decomposing compost that provides good nutrient for plants. If a user wishes to obtain the compost tea, he or she could purposefully leak the compost tea from the bottom of bag with compost in it into the tray 356 of the carrier 400. Using the carrier 400 provides a mess-free alternative to obtaining compost tea from a compost-filled bag in the receptacle. Even for any other types of trash, the carrier allows for an easy clean up if there is any leaking of waste from the bag or liner. In some embodiments, the base 152 may comprise guide posts 155 (see FIG. 3) for the tray 356 of the carrier 400.

In use, the carrier 400 sits inside the body 102 of the receptacle on top of the base 152. A bag is placed inside the body 102 on top of the tray 356. The perimeter edge defining the opening of the bag is folded over the clamp bars 258a, 258b. In some embodiments, adhesives, tacky silicone, and the like, on the clamp bars 258a, 258b may be used to hold the bag against the clamp bars 258a, 258b. In some embodiments, clips 280a, 280b, 282a, 282b are used to secure the bags. Any combination of these can also be used.

To open the receptacle 100, the user steps on the first pedal lever, for example, the right pedal lever 302b. Since the right pedal lever 302b is resting on the right side of the support arm 328a of the front rocker arm 306a, this causes the right terminal end 330a of the support arm 328a to move in a downward direction. Since the right side of the support arm 328a is attached to the socket 326a of the front rocker arm 306a, the socket 326a of the front rocker arm 306a rotates within the front bushing 350 in the clockwise direction. This causes the left terminal end 332a of the support arm 328a of the front rocker arm 306a to move upwardly.

Simultaneously, rotation of the socket 326a of the front rocker arm 306a causes the axle 310 to rotate in the same direction. Rotation of the axle 310 causes the back rocker arm 306b to rotate in the same direction causing left terminal end 332b of the support arm 328b of the back rocker arm 306b to lift upwards.

The upward movement of the left terminal ends 332a, 332b of the support arms 328a, 328b causes the front and back lift arms 206, 208 to move upwardly simultaneously. The lift arms 206, 208, being attached to their respective clamp actuators 224, 226, move the clamp actuators 224, 226 in an upward direction. Upward movement of the clamp actuators 224, 226 causes the central pegs 266a, 266b on the front arms 254a, 254b and central pegs 276a, 276b on the back arms 256a, 256b to move in an upward direction. Since the lateral pegs 264a, 264b on the front arms 254a, 254b are fixed against the front wall 104 from translational movement, and the lateral pegs 274a, 274b on the back arms 256a, 256b are fixed against the back wall 106 from translational movement, the clamp arms 252a, 252b rotate about the lateral pegs 264a, 264b, 274a, 274b. The right clamp bar 258b rotates in the clockwise and the left clamp bar 258a rotates in a counterclockwise direction about the lateral pegs 264a, 264b, 274a, 274b. This causes the clamp bars 258a, 258b to move away from each other, thereby opening the bag placed inside.

Simultaneously, the extension arm 210 on the back lift arm 208 also moves in an upward direction. Since the extension arm 210 is connected to or abuts against the lid 202, the lid 202 opens at the same time the clamp arms 252a, 252b move apart. The user can now discard any waste into the bag. Pressing on the opposite pedal (left pedal 302a), moves each component in reverse, thereby simultaneously closing the clamp arms 252a, 252b and the lid 202. When the user is ready to discard the waste, the user can open the receptacle 100 as described above. The user can then grab the handles of the carrier and carry the waste to the desired location for proper disposal.

The waste receptacle 100, and any components thereof, can generally be made using materials such as plastic, metal, wood, or any combination thereof. For example, injection molding techniques may be used to fabricate various components of the invention.

The foregoing description of the preferred embodiment of the invention has been presented for the purposes of illustration and description. It is not intended to be exhaustive or to limit the invention to the precise form disclosed. Many modifications and variations are possible in light of the above teaching. It is intended that the scope of the invention not be limited by this detailed description, but by the claims and the equivalents to the claims appended hereto.

Claims

1. A waste receptacle, comprising: a. a body, the body comprising a front wall, a back wall opposite the front wall, a right wall adjacent to the front and back walls, a left wall opposite the right wall and adjacent to the front and back walls, and a base adjacent to the front, back, right, and left walls, wherein the body defines a cavity, wherein the front wall further comprises a pair of cutouts at a bottom portion of the body below the base, the cutouts bilaterally arranged about a center of the front wall;b. an actuating system, comprising: i. a pair of pedal levers, a first pedal lever inserted through a first cutout and a second pedal lever inserted through a second cutout, each pedal lever attached to the base;ii. a front rocker arm adjacent to the front wall, the front rocker arm operatively connected to the pair of pedal levers;iii. a back rocker arm adjacent to the back wall; andiv. an axle connecting the front and back rocker arms, such that movement of the front rocker arm causes movement of the back rocker arm;c. a closing system operatively connected to the actuating system, the closing system comprising: i. a lid hingedly attached to the body,ii. a clamping mechanism comprising a pair of clamp arms operable to move laterally away from each other, and medially toward each other, wherein when the clamp arms are moved laterally away from each other the lid is in a raised position and the closing system is in an open configuration, and when the clamp arms abut each other a tight seal is created between the clamp arms and the lid is in a lowered position and the closing system is in a closed configuration, wherein the clamping mechanism comprises a front clamp actuator and a back clamp actuator, the front and back clamp actuators operatively connected to the clamp arms, such that upward movement of the clamp actuators causes the clamp arms to move into the open configuration, and downward movement of the clamp actuators causes the clamp arms to move into the closed configuration, wherein each clamp arm comprises a front arm, a back arm opposite the front arm, and a clamp bar therebetween operatively connected to the front and back arms, the front and back arms each having a transverse base with an upwardly projecting connector arm, the connector arms connected to their respective clamp bars, thereby positioning the transverse bases below their respective clamp bars, the transverse bases each comprising a central peg and a lateral peg at opposite ends, the central pegs positioned inwardly towards a centerline of their respective front and back walls, the lateral pegs positioned laterally closer to the left or right walls, wherein the front arms are attached to the front wall via their lateral pegs in a rotatable manner, and wherein the back arms are attached to the back wall via their lateral pegs in a rotatable manner, wherein each clamp bar comprises a plurality of fingers arranged in an alternating fashion relative to each other such that when the clamp bars are in the closed configuration the plurality of fingers from a first clamp bar interlocks with the plurality of fingers of a second clamp bar,iii. a front lift arm having a bottom end connected to the front rocker arm and a top end connected to the front clamp actuator,iv. a back lift arm having a bottom end connected the back rocker arm and a top end connected to the back clamp actuator; andv. an extension arm having a bottom end connected to the back clamp actuator and a top end abuttable against the lid, wherein movement of the pedal levers causes movement of the front and back rocker arms, which causes movement of the front lift arm, back lift arm, and extension arm, which causes simultaneous movement of the clamp arms and the lid between the open and the closed configuration; andd. a carrier configured to be housed inside the body.

2. The waste receptacle of claim 1, further comprising a handle actuator, wherein the lid is replaceable with the handle actuator to cause the handle actuator to control opening and closing of the clamping mechanism.

3. A waste receptacle, comprising: a. a body;b. a closing system, the closing system comprising: i. a lid hingedly attached to the body, andii. a clamping mechanism comprising a pair of clamp arms operable to move laterally away from each other, and medially toward each other, wherein when the clamp arms are moved laterally away from each other the lid is in a raised position and the closing system is in an open configuration, and when the clamp arms abut each other to create a tight seal between the clamp arms, the lid is in a lowered position and the closing system is in a closed configuration;c. an actuating system to open and close the lid and the clamping mechanism simultaneously; andd. a carrier configured to be housed inside the body.

4. The waste receptacle of claim 3, wherein the body comprises a front wall, a back wall opposite the front wall, a right wall adjacent to the front and back walls, a left wall opposite the right wall and adjacent to the front and back walls, and a base adjacent to the front, back, right, and left walls, wherein the body defines a cavity, wherein the front wall further comprises a pair of cutouts at a bottom portion of the body below the base, the cutouts bilaterally arranged about a centerline of the front wall.

5. The waste receptacle of claim 4, wherein the actuating mechanism comprises: a. a pair of pedal levers, a first pedal lever inserted through a first cutout and a second pedal lever inserted through a second cutout, each pedal lever attached to the base;b. a front rocker arm adjacent to the front wall, the front rocker arm operatively connected to the pair of pedal levers;c. a back rocker arm adjacent to the back wall; andd. an axle connecting the front and back rocker arms, such that movement of the front rocker arm causes movement of the back rocker arm.

6. The waste receptacle of claim 5, further comprising: a. a front lift arm having a bottom end connected to the front rocker arm and a top end connected to the clamping mechanism;b. a back lift arm having a bottom end connected the back rocker arm and a top end connected to the clamping mechanism; andc. an extension arm having a bottom end connected to the clamping mechanism and a top end abuttable against the lid, wherein movement of the pedal levers causes movement of the front and back rocker arms, which causes movement of the front lift arm, back lift arm, and extension arm, which causes simultaneous movement of the clamping mechanism and the lid between the open and the closed configuration.

7. The waste receptacle of claim 6, wherein the clamping mechanism comprises a front clamp actuator and a back clamp actuator, the front and back clamp actuators operatively connected to the clamp arms, such that upward movement of the clamp actuators causes the clamp arms to move into the open configuration, and downward movement of the clamp actuators causes the clamp arm to move into the closed configuration, wherein the front lift arm is connected to the clamping mechanism via the front clamp actuator, and the back lift arm is connected to the clamping mechanism via the back clamp actuator.

8. The waste receptacle of claim 7, wherein each clamp arm comprises a front arm, a back arm opposite the front arm, and a clamp bar therebetween operatively connected to the front and back arms, the front and back arms each having a transverse base with an upwardly projecting connector arm, the connector arms connected to their respective clamp bars, thereby positioning the transverse bases below their respective clamp bars, the transverse bases each comprising a central peg and a lateral peg at opposite ends, the central pegs positioned inwardly towards the centerline of their respective front and back walls, the lateral pegs positioned laterally closer to the left or right walls, wherein the front arms are attached to the front wall via their lateral pegs in a rotatable manner, and wherein the back arms are attached to the back wall via their lateral pegs in a rotatable manner.

9. The waste receptacle of claim 8, wherein each clamp bar comprises a plurality of fingers arranged in an alternating fashion relative to each other such that when the clamp bars are in the closed configuration the plurality of fingers from a first clamp bar interlocks with the plurality of fingers of a second clamp bar.

10. The waste receptacle of claim 4, wherein the carrier comprises a tray and two opposing walls operatively connected to the tray, wherein the tray comprises raised walls to provide a depth to the tray.

11. A waste receptacle, comprising: a. a body, comprising a front wall, a back wall opposite the front wall, a right wall adjacent to the front and back walls, a left wall opposite the right wall and adjacent to the front and back walls, and a base adjacent to the front, back, right, and left walls, wherein the body defines a cavity;b. a closing system connected to the body, the closing system comprising a clamping mechanism, the clamping mechanism comprising a pair of clamp arms operable to move laterally away from each other in an open configuration, and medially toward each other in a closed configuration; andc. an actuating mechanism operatively connected to the closing system to open and close the clamping mechanism.

12. The waste receptacle of claim 1, wherein the actuating mechanism comprises: a. a front rocker arm adjacent to the front wall;b. a back rocker arm adjacent to the back wall; andc. an axle connecting the front and back rocker arms, such that movement of the front rocker arm causes movement of the back rocker arm.

13. The waste receptacle of claim 12, further comprising: a. a front lift arm having a bottom end connected to the front rocker arm and a top end connected to the clamping mechanism;b. a back lift arm having a bottom end connected the back rocker arm and a top end connected to the clamping mechanism; andc. an extension arm having a bottom end connected to the clamping mechanism and a top end opposite the bottom end.

14. The waste receptacle of claim 13, wherein the clamping mechanism comprises a front clamp actuator and a back clamp actuator, the front and back clamp actuators operatively connected to the clamp arms, such that upward movement of the clamp actuators causes the clamp arms to move into the open configuration, and downward movement of the clamp actuators causes the clamp arm to move into the closed configuration, wherein the front lift arm is connected to the clamping mechanism via the front clamp actuator, and the back lift arm is connected to the clamping mechanism via the back clamp actuator.

15. The waste receptacle of claim 14, wherein each clamp arm comprises a front arm, a back arm opposite the front arm, and a clamp bar therebetween operatively connected to the front and back arms, the front and back arms each having a transverse base with an upwardly projecting connector arm, the connector arms connected to their respective clamp bars, thereby positioning the transverse bases below their respective clamp bars, the transverse bases each comprising a central peg and a lateral peg at opposite ends, the central pegs positioned inwardly towards the centerline of their respective front and back walls, the lateral pegs positioned laterally closer to the left or right walls, wherein the front arms are attached to the front wall via their lateral pegs in a rotatable manner, and wherein the back arms are attached to the back wall via their lateral pegs in a rotatable manner.

16. The waste receptacle of claim 15, wherein each clamp bar comprises a plurality of fingers arranged in an alternating fashion relative to each other such that when the clamp bars are in the closed configuration the plurality of fingers from a first clamp bar interlocks with the plurality of fingers of a second clamp bar.

17. The waste receptacle of claim 15, further comprising a hand actuator attached to the body in a rotatable manner having a raised configuration and a lowered configuration, the hand actuator further attached to the top end of the extension arm such that in the raised configuration the clamping mechanism is in the open configuration and in the lowered configuration the clamping mechanism is in the closed configuration.

18. The waste receptacle of claim 15, further comprising a pair of pedals attached to the base and operatively connected to the front rocker arm wherein depression of a first pedal causes the axle to rotate in a first direction causing the back rocker arm to rotate in the first direction causing the front and back lift arms to raise up and place the clamping mechanism in the open configuration, and depression of the second pedal causes the front rocker arm to rotate in a second direction opposite the first direction causing the axle to rotate in the second direction causing the back rocker arm to rotate in the second direction causing front and back lift arms to lower and place the clamping mechanism in the closed configuration.

19. The waste receptacle of claim 11, further comprising a carrier configured to be housed inside the body.

20. The waste receptacle of claim 19, wherein the carrier comprises a tray and two opposing walls operatively connected to the tray, wherein the tray comprises raised walls to provide a depth to the tray.