Linearly Actuated Bar Cabinet

Abstract

A linearly actuated bar cabinet has display stand rotatably connected atop a base where liquor bottles or other items may be placed. A linear actuation mechanism uses a motor housed within the base to turn a lead screw which traverses from within the base, centrally through the display stand, and is threadedly engaged with an internal threading connected to a housing. As the motor actuates the lead screw, the internal threading traverses along the lead screw, thus moving the housing toward or away from the base between a closed configuration, wherein the housing encloses the display stand, and an opened configuration, wherein the display stand is exposed. A lighting platform may further be positioned above the display stand for aesthetic purposes.

Description

FIELD OF THE INVENTION

The present invention relates generally to storage enclosures. More particularly, the present invention relates to cabinets for storing beverages.

BACKGROUND OF THE INVENTION

In present times, individuals are always looking for ways to store their liquor. Conventional systems known in the art are often retrofitted systems on to existing liquor cabinets. These conventional systems are oftentimes implemented on to bulky cabinets, and often lack portability for those who want to take their bars with them, and/or use them as centerpieces for their mini bars and/or living rooms.

The present invention aims to solve this problem. The present invention is a linearly actuated bar cabinet that incorporates a worm gear type linear actuator as its main driver in extending and retracting the bar. The present invention also features securement systems that allows users to take the bar anywhere. The present invention illuminates the stored liquor bottles and glasses when opened. The present invention also comprises a storage compartment to store any other type of liquor related media. Furthermore, the present invention is rotate-able, emulating the features of a lazy Susan. In another embodiment of the present invention, the bar cabinet can also take form of a manual version that stays open when extended. In various embodiments of the present invention, the aesthetic design may vary in shapes and color to accommodate for various applications.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective view of the present invention in the closed configuration.

FIG. 2 is a perspective view of the present invention in the opened configuration.

FIG. 3 is a top view of the present invention.

FIG. 4 is a front sectional view of the present invention along line A-A of FIG. 3.

FIG. 5 is an isolated perspective view of the linear actuation mechanism.

FIG. 6 is an isolated perspective view of the carousel.

FIG. 7 is an isolated perspective view of the base.

FIG. 8 is a lowered perspective view of the present invention in the opened configuration showing the internal cavity of the base.

FIG. 9 is an isolated perspective view of the display stand and upper plate.

FIG. 10 is a perspective view an alternative embodiment of the present invention.

FIG. 11 is a detail view of the alternative embodiment of the present invention.

DETAIL DESCRIPTIONS OF THE INVENTION

All illustrations of the drawings are for the purpose of describing selected versions of the present invention and are not intended to limit the scope of the present invention. The present invention is to be described in detail and is provided in a manner that establishes a thorough understanding of the present invention. There may be aspects of the present invention that may be practiced or utilized without the implementation of some features as they are described. It should be understood that some details have not been described in detail in order to not unnecessarily obscure focus of the invention. References herein to “the preferred embodiment”, “one embodiment”, “some embodiments”, or “alternative embodiments” should be considered to be illustrating aspects of the present invention that may potentially vary in some instances, and should not be considered to be limiting to the scope of the present invention as a whole.

The present invention is a storage cabinet for storing liquor bottles or other beverage containers or similar items with an outer enclosure that can be raised to reveal the stored contents of the cabinet and closed. The present invention serves the functional purpose of storing alcoholic or other beverages as well as glasses, and may provide a secondary aesthetic benefit since the interior of the cabinet may be illuminated and the exterior may be decorated with any desired image, and the physical shape and material construction of the present invention may further be aesthetically pleasing.

Referring to FIGS. 1-5, in the preferred embodiment of the present invention, a display stand 2 rests atop a base 1 and may rotate thereupon. A housing 3 enclosing the display stand 2 and concealing or obscuring any contents stored therein may be raised to reveal the contents of the display stand 2 through a linear actuation mechanism 4. In the preferred embodiment, the linear actuation mechanism 4 utilizes a worm gear type linear actuator driven by a motor to raise and lower the housing 3.

The preferred embodiment of the present invention is generally radial in nature due to the desired rotatability of the display stand 2, and comprises an imaginary central axis 5 about which the components of the present invention are generally positioned concentrically. It should be noted, however, that the present invention should not be limited to radial or concentric features only where other geometries and shapes may be feasibly applied.

The base 1 is a structure upon or within which the remaining components of the present invention are positioned. The base 1 is placed on a surface such as a counter or table and provides support and stability to the present invention and contains various mechanical and electrical components in the preferred embodiment, such as the motor to drive the linear actuation mechanism 4. Moreover, the base 1 preferably houses the means for driving the linear actuation mechanism 4 in order to raise and lower the housing 3 between an opened configuration 100 and a closed configuration 200, respectively. The base 1 may be manufactured of any desired material, such as, but not limited to, plastic, metal, acrylic, stone, or other useful materials.

In the preferred embodiment, the display stand 2 is rotatably connected atop the base 1 about the central axis 5. The display stand 2 is a region of the present invention where a user may place liquor bottles or other beverage containers or other items, such as drinking glasses, for storage and/or display. It is further desirable that the display stand 2 be rotatable so that the user may easily rotate the display stand 2 in order to bring beverage containers that were initially farther away from the user and blocked from reach or view by an adjacent wall or other object closer within the reach or view of the user. It is contemplated, however, that the rotation of the display stand 2 may not be a critical feature of the present invention, and in alternative embodiments, the display stand 2 may be rotationally fixed atop the base 1. However, it is strongly preferred for the display stand 2 to be rotatable, either through manually applied force or mechanically actuated means. The display stand 2 may be manufactured from any desirable material or combination of materials. In some embodiments, the display stand 2 may be manufactured from clear plastic or acrylic material for aesthetic purposes.

In the preferred embodiment, as seen in FIGS. 2 and 9, the display stand 2 comprises a lower platform 21, an upper platform 22, and a stand support pipe 23. The lower platform 21, the upper platform 22, and the stand support pipe 23 are positioned concentrically with each other about the central axis 5. The lower platform 21 is terminally connected to the stand support pipe 23, and the upper platform 22 is connected to the stand support pipe 23 offset from the lower platform 21 along the stand support pipe 23. The lower platform 21 is the surface upon which the user may place their liquor bottles or other items for storage and/or display. The upper platform 22 is intended for storage and/or display of drinking glasses or other related items. Furthermore, in the preferred embodiment, the display stand 2 comprises a plurality of dividers 24 radially distributed about the stand support pipe 23. In various embodiment, each of the plurality of dividers 24 may be connected between the lower platform 21 and the upper platform 22, or the plurality of dividers 24 may be connected solely to the lower platform 21, or solely to the upper platform 22, or solely to the stand support pipe 23. The dividers function to separate the bottles places on the lower platform 21 and add to the aesthetic appeal of the present invention.

In order to enable the display stand 2 to be rotatable, the present invention further comprises a carousel 7 in some embodiments as shown in FIGS. 4 and 6, though it is noted that any available means may be utilized to that end. The carousel 7 is understood to be a flat, planar, circular feature that is free to rotate about its axis, in a manner comparable to a “lazy susan” or turntable. The carousel 7 is connected atop the base 1, and the lower platform 21 of the display stand 2 is centrally positioned atop the carousel 7. The display stand 2 is therefore rotatable about the central axis 5 atop the carousel 7. In some embodiments, the carousel 7 itself may rotate while the display stand 2 is rotationally affixed to the carousel 7. In some embodiments, the carousel 7 simply minimizes friction between the lower platform 21 and the base 1 by providing wheels or rollers for the display stand 2 to rotate on.

More particularly, in some embodiments as seen in FIG. 6, the carousel 7 comprises an annular track 71 and a plurality of wheels 72. The plurality of wheels 72 is distributed about the annular track 71. Each of the plurality of wheels 72 is oriented perpendicular to the annular track 71 and is rotatably connected within the annular track 71. Each of the plurality of wheels 72 is free to spin, and the spin direction of each of the plurality of wheels 72 is in a plane tangent to the curvature of the annular track 71. The lower platform 21 is positioned atop the plurality of wheels 72, and thus the display stand 2 is free to rotate about the central axis 5 on the plurality of wheels 72. In some embodiments, the base 1 may also be rotatable utilizing similar means.

In the preferred embodiment, the housing 3 is concentrically positioned with the central axis 5. The linear actuation mechanism 4 centrally traverses through the display stand 2 along the central axis 5, and is further operatively connected between the base 1 and the housing 3, such that the linear actuation mechanism 4 is configured to move the housing 3 along the central axis 5 between the closed configuration 200 and the opened configuration 100. The display stand 2 is enclosed by the housing 3 in the closed configuration 200, while in the opened configuration 100, the housing 3 is raised away from the base 1, revealing the display stand 2 and its contents.

The housing 3 is a generally hollow enclosure that laterally encloses the display stand 2 and its contents while in the closed configuration 200. The housing 3 may be manufactured from any desired material. In some embodiments, the housing 3 may be manufactured from opaque plastic or metal material. In some embodiments, the housing 3 may be manufactured from clear or translucent plastic, acrylic, or similar material. In some embodiments, the exterior of the housing 3 may be decorated with any desired image, logo, photograph, pattern, or other visual elements for aesthetic purposes. For example, the exterior of the housing 3 may be decorated with images of various sports teams or popular athletes in order to appeal to sports fans. Referring to FIG. 4, the housing 3 comprises a lateral wall 31, a housing top 32, and a housing bottom 33. The housing top 32 is terminally and perimetrically connected to the lateral wall 31, while the housing bottom 33 is positioned opposite the housing top 32 along the lateral wall 31. The housing bottom 33 is an open space sized to be approximately flush with the display stand 2 and/or base 1 when in the closed configuration 200. The preferred embodiment of the present invention further comprises a storage receptacle 8 and a lid 9. The storage receptacle 8 is connected atop the housing 3, and the lid 9 is removably and perimetrically attached to the storage receptacle 8 opposite the housing 3. The user may store various items within the storage receptacle 8 by removing the lid 9, placing the items within the storage receptacle 8, and replacing the lid 9.

In some embodiments, the housing 3 may also be configured to rotate independently of the remainder of the present invention. A carousel 7 or similar mechanism may be incorporated at any applicable location in order to do so. For example, the housing top 32 may be concentrically connected to an annular bearing, which is connected atop the housing support pipe 34, thus allowing the housing 3 to rotate relative to the housing support pipe 34.

As previously mentioned, the preferred embodiment of the present invention utilizes a worm gear type linear actuator to raise and lower the housing 3 between the opened configuration 100 and the closed configuration 200. More particularly, referring to FIGS. 4-5 and 8, the linear actuation mechanism 4 comprises a motor 41 and a lead screw 42. The motor 41 may be electrically connected to any relevant power source, such as, but not limited to, a standard wall outlet or a battery. The lead screw 42 axially extends between a first end 43 and a second end 44 and is axially aligned with the central axis 5. Furthermore, the lead screw 42 traverses through the stand support pipe 23 of the display stand 2. The motor 41 is operatively engaged with the first end 43 of the lead screw 42, such that the motor 41 is configured to rotate the lead screw 42 about the central axis 5. More particularly, an output shaft of the motor 41 is rotationally engaged with one or more gears, or any applicable transmission configuration, the output of which is rotationally engaged with the lead screw 42. Even more particularly, in some embodiments, a worm gear is axially affixed to the output shaft of the motor 41, and the worm gear is engaged with a worm wheel terminally and axially connected to the first end 43 of the lead screw 42. Thus, as the motor 41 turns the output shaft, the worm gear turns the worm wheel and therefore the lead screw 42. Alternatively, in some embodiments, the gears affixed to the output shaft and the first end 43 of the lead screw 42 may be bevel gears, spiral bevel gears, or any applicable type of gears. Alternatively, in some embodiments, the output shaft of the motor 41 may be directly rotationally coupled with the lead screw 42. In the preferred embodiment, the lead screw 42 is externally threaded, though it is contemplated that in alternative embodiments the threading for any relevant components may be feasibly reversed.

It should be noted that the arrangement of the linear actuation mechanism 4 shown in FIG. 5 is a simple example intended only to demonstrate basically how the motor 41 might be operatively connected to the lead screw 42. The arrangement shown in FIG. 5 would need additional components in order to function properly. Preferably, the motor is operatively connected to a gearbox or transmission assembly which is configured to properly transmit torque from the output shaft of the motor 41 to the lead screw 42. FIG. 4 shows a more realistic version of how such a transmission may be constructed, illustrated through the cross-sectional view of components surrounding the first end 43 of the lead screw 42. FIG. 8 shows an external view of such a transmission or gearbox. The output shaft of the motor 41 in FIG. 8 is rotationally fixed with a worm gear, which interfaces with a horizontal gear connected externally at the bottom of the gearbox. The horizontal gear facilitates transmission of torque from the output shaft of the motor 41 through the gearbox and thus to the lead screw 42. It should be understood, however, that any feasible means, mechanism, transmission, gearbox or other element or combination of elements may be utilized to transmit torque from the motor 41 to the lead screw 42.

In various embodiments, the means through which a user actuates the linear actuation mechanism may vary. For example, in some embodiments, a switch may be positioned on the exterior of the base lateral wall 13 which may be electrically connected to an electronic processing unit which controls the linear actuation mechanism 4, or directly to the motor 41, or to any other relevant component between the switch and the motor 41. If a user actuates the switch, an electrical signal may be sent to a processing unit to actuate the linear actuation mechanism 4, or the switch may simply close an electrical circuit to the motor 41 in order to actuate the linear actuation mechanism 4. Alternatively, in some embodiments, a remote control may be used to control the linear actuation mechanism 4 in order to open or close the housing 3, in which case a receiver unit configured to receive an actuation signal from the remote control may be further comprised by the present invention and electronically connected to a processing unit, which is further electronically connected to the motor 41.

In addition, the base 1 comprises a base top 11, a base hole 12, a base lateral wall 13, and an internal cavity 14. The base top 11 is perimetrically and terminally connected to the base lateral wall 13, and the base hole 12 centrally traverses through the base top 11. Thus, the internal cavity 14 is delineated by the base top 11 and the base lateral wall 13. Furthermore, in the preferred embodiment, the motor 41 is positioned within the internal cavity 14, and the lead screw 42 traverses into the internal cavity 14 such that the first end 43 of the lead screw 42 is positioned within the internal cavity 14 and the motor 41 is operatively engaged with the lead screw 42 adjacent to the first end 43 of the lead screw 42.

To interface with the lead screw 42, given that the lead screw 42 is externally threaded, the present invention further comprises an internal threading 6, as seen in FIG. 4. The internal threading 6 is concentrically positioned with the housing 3 and is connected to the housing 3. The internal threading 6 is threadedly engaged around the lead screw 42, wherein the second end 44 of the lead screw 42 traverses through the internal threading 6. As the lead screw 42 rotates, the internal threading 6 moves axially along the lead screw 42. Since the internal threading 6 is connected to the housing 3, as the lead screw 42 turns, the internal threading 6 and therefore the housing 3 moves axially along the central axis 5 between the opened configuration 100 and the closed configuration 200.

Moreover, in the preferred embodiment the housing 3 further comprises a housing support pipe 34. The housing support pipe 34 axially extends between a first end 35 and a second end 36. In some embodiment, the internal threading 6 is connected within the first end 35 of the housing support pipe 34, wherein the internal threading 6 is connected to the housing 3 through the housing support pipe 34. In some embodiments, the internal threading 6 may traverse the length of the housing support pipe 34 from the first end 35 to the second end 36. The first end 35 of the housing support pipe 34 traverses through the housing bottom 33. The second end 36 of the housing support pipe 34 is terminally connected to the housing top 32 to provide structural stability and connection between the internal threading 6 and the housing 3.

Referring to FIGS. 8-9, the preferred embodiment of the present invention further comprises a plurality of lights 30 to illuminate the contents of the display stand 2 for aesthetic purposes. To do so, the present invention also further comprises a medial support pipe 10 and an upper plate 20. The medial support pipe 10 is terminally and concentrically connected between the base 1 and the upper plate 20. The medial support pipe 10 internally and axially traverses through and is sleeved by the stand support pipe 23, and extends beyond the upper platform 22 of the display stand 2. Thus, the upper plate 20 is suspended above the display stand 2. The plurality of lights 30 is connected to and distributed about a lower surface 25 of the upper plate 20 adjacent to the medial support pipe 10, so that the plurality of lights 30 are directed downward at the display stand 2. In the preferred embodiment, each of the plurality of lights 30 is a light-emitting diode (LED) light. The plurality of lights 30 may be electrically connected to the same power source as the motor 41, or the plurality of lights 30 may be powered by their own power source, such as one or more batteries. The plurality of lights 30 may be manually activated by a switch, or the plurality of lights 30 may be configured to automatically activate if the housing 3 is raised from the closed configuration 200 to the opened configuration 100.

If electrical power is removed from the present invention, either through a power outage at the user's location, or through failure of an electrical circuit, or another cause, the user still may desire to operate the present invention but without the benefit of electrical power. Thus, in some embodiments, the motor 41 comprises a tool interface 45 as seen in FIG. 8 that is operatively connected with the linear actuation mechanism 4 through the motor 41, so that a tool may be used to manually actuate the linear actuation mechanism 4 through the tool interface 45. The tool interface 45 may any relevant type of tool interface 45, such as, but not limited to, a hex socket configured to accept a hex tool, a flathead or Philips screw head, or any other applicable tool interface 45. Turning the tool interface 45 with the appropriate tool turns the output shaft of the motor 41, and therefore turns the lead screw 42 in order to raise or lower the housing 3 between the opened configuration 100 and the closed configuration 200. Alternatively, in some embodiments the tool interface 45 may be replaced with a hand crank that traverses through the base lateral wall 13 of the base 1 to provide access to the user. In further alternative embodiments, a hand crank may be comprised in lieu of the motor 41, resulting in an entirely hand operated apparatus.

The following is a supplemental non-limiting exemplary description of the present invention and is presented in order to further illustrate the spirit of the present invention.

The component nomenclature of the following description may not be consistent with the foregoing disclosure, but various components may be recognized as equivalent from their descriptions.

The present invention is the cabinet assembly. More specifically, the cabinet assembly is the linearly actuated bar apparatus that conceals and illuminates bottles and/or glasses stored within the cabinet assembly. In the preferred embodiment of the present invention, the cabinet assembly incorporates an electrically driven worm gear linear actuator that opens and rotates the cabinet when activated. In another embodiment of the present invention, the cabinet assembly can incorporate a manual opening mechanism, such that the user manually opens the cabinet assembly.

The cabinet assembly comprises: the base, the cap, the carousel, a plurality of dividers, a first carriage, a second carriage, the lift, the first pipe, the second pipe, the third pipe, a plurality of collars, the case, a bowl, and the lid. In another embodiment of the present invention, the cabinet can comprise: a latch, a bar, a stopper, and a spring. The base is directly adjacent to the ground. More specifically, the base is the main body and housing of the cabinet that provides stability and security to the cabinet assembly. The base comprises: a first hole, a first channel, a first slot, a second hole, and a base lateral wall. The first hole is located on the side of the base. More specifically, the first hole is an access opening for a lock. The first channel aligns the first hole. More specifically, the first channel secures and aligns the lock. The first slot is located on the top end of the base, opposite to the ground end. More specifically, the first slot serves as a guide for the carousel. The second hole traverses through the first slot. More specifically, the second hole serves as a connection member to fix a second pipe on to the base. The base lateral wall is adjacent to the ground side of the base, opposite to the first slot. More specifically, the base lateral wall serves as an attachment point for the cap. The cap is concentrically aligned with the base lateral wall. More specifically, the cap is the foundation of the base that primarily covers and secures the bottom portion of the base. The cap further comprises a lip located on the perimeter of the cap. More specifically, the lip is the attachment point of the cap that allows the base lateral wall to flush in, and fasten with the cap.

The carousel is directly adjacent to the first slot end of the base. Additionally, the carousel is concentrically aligned with the first slot. More specifically, the carousel is a slider bearing assembly that allows the first carriage to freely rotate along the first slot end of the base. The carousel further comprises: a ring, and a plurality of wheels. The ring is concentrically aligned with the first slot portion of the base. More specifically, the ring is the main chassis of the carousel that secures the plurality of wheels. The plurality of wheels is equally spaced along the perimeter of the ring. More specifically, the plurality of wheels serves as rollers such that the carousel can freely rotate along the first slot.

The first carriage is directly adjacent to the carousel. Additionally, the first carriage is concentrically aligned with the base. Furthermore, the first carriage can freely rotate along the first slot. More specifically, the first carriage serves as the top housing of the base. Additionally, the first carriage serves as the primary platform for storing liquor bottles. The first carriage further comprises a third hole. The third hole is concentrically aligned with the base. More specifically, the third hole serves as a connection opening such that the lift can be installed.

The second carriage is concentrically aligned with the first carriage. Additionally, the second carriage is distally offset from the first carriage. Furthermore, the second carriage rotates along the first carriage. More specifically, the second carriage serves as the glass platform of the cabinet assembly. The second carriage comprises a lamp. The lamp is directly adjacent to the second carriage. Additionally, the lamp is concentrically aligned with the second carriage. Furthermore, the lamp is projected towards the base end of the cabinet assembly. More specifically, the lamp is an illumination member that illuminates the stored bottles and glasses found in the first carriage and the second carriage. The lamp comprises: a plurality of LEDs, and a tray. The plurality of LED's traverses the concentric profile of the second carriage. More specifically, the plurality of LED's is a series of light emitting diodes (LED's) that illuminates the bottles and/or glasses stored in the first carriage and the second carriage. The tray is aligned with the lamp. Additionally, the tray is flushed with the plurality of LED's. More specifically, the tray is a transparent glass, acrylic, and/or plastic plate that allows light projected from the plurality of LED's to illuminate the first carriage and the second carriage.

The plurality of dividers traverses from the first carriage to the second carriage.

Additionally, the plurality of dividers is equally spaced along the perimeters of the first carriage and the second carriage. More specifically, the plurality of dividers reinforces and supports the second platform along the first platform. Additionally, the plurality of dividers serves as spacers for the stored drinks.

The lift resides inside of the base. Additionally, the lift is concentrically aligned with the third hole of the first carriage. Furthermore, the lift traverses from the first carriage to the second carriage. More specifically, the lift is the electrically driven linear actuator that opens and rotates the cabinet assembly. The lift comprises: a lock, a motor, a transmission, a power supply, and the riser. The lock resides in the first channel. More specifically, the lock is the switch of the lift that activates the lift such that in extends and/or retracts the cabinet assembly. Additionally, the lock serves as a securement system, where it secures the extended and/or retracted position of the cabinet system. In another embodiment of the present invention, the lock can be a push actuated mechanical lock such that it fixes the case on to the base in its retracted position and unlocks when the user presses the push button.

The motor is connected to the lift; additionally, the motor resides inside of the base. More specifically, the motor is an electrically driven motor that provides the sufficient torque to open and/or close the cabinet assembly. The transmission is concentrically aligned with the first hole. Additionally, the transmission is fixed on to the base. More specifically, the transmission is a worm gear type of transmission that routs the torque input of the motor to the riser. Additionally, the transmission serves as the rotational driver of the first carriage such that the first carriage rotates along the riser when the lift is activated. The power supply is connected to the motor. Additionally, the power supply resides in the base. More specifically, the power supply provides electrical power to the lift. In the preferred embodiment of the present invention, the power supply can adapt the lift to plug in to a conventional electrical socket. Additionally, the power supply can be adapted to accept batteries. Furthermore, the power supply can be adapted to accept batteries in the plug-in embodiment, such that the batteries can serve as a backup source of electrical power. The riser traverses from the transmission to the second carriage. More specifically, the riser is a worm gear drive shaft that converts rotational movement to linear movement. The riser further comprises a first thread. The first thread traverses along the riser. More specifically, the first thread spirals along the riser such that the corresponding coupler can move along its axis.

The first pipe is concentrically aligned with the riser. More specifically, the first pipe linearly rides along the riser when the riser rotates. Additionally, the first pipe is the linearly dynamic pipe that extends and/or retracts the case from the base. The first pipe comprises: a coupler, a bracket, and a rail. The coupler resides on one end of the first pipe. More specifically, the coupler is a connection sleeve that screws on to the riser, bridging the first pipe with the riser such that the first pipe extends and retracts along the river. The coupler comprises: a second thread. The second thread traverses through the coupler. Additionally, the second thread meshes and screws on to the first thread. More specifically, the second thread allows the coupler to engage the riser such that it will extend and/or retract the coupler if the riser is subjected to rotational movement. The bracket is located on the other side of the first pipe, opposite to the coupler end. Additionally, the bracket traverses the area of the bowl. More specifically, the bracket is a four-point connection bracket that secures the first pipe on to the case.

The rail traverses the first pipe. More specifically, the rail allows the first pipe to slide along the second pipe such that the first pipe does not twist along the second pipe. The second pipe traverses from the base to the second carriage. Additionally, the second pipe is concentrically aligned with the second hole. Furthermore, the second pipe is fixed on to the base, such the it does not rotate freely along the riser. More specifically, the second pipe houses and supports the first pipe, such that the first pipe can freely slide in and out of the second pipe. The third pipe traverses from the first carriage to the second carriage. Additionally, the third pipe concentrically aligns with the first pipe and the second pipe. Furthermore, the third pipe is fixed on to the first carriage and the second carriage. More specifically, the third pipe bridges and supports the first carriage along the second carriage. Additionally, the third pipe rotates along the first carriage and the second carriage.

The plurality of collars traverses the first pipe and the second pipe. More specifically, the plurality of collars is a series of gaps incorporated within the end of the first pipe and the second pipe such that electrical wires can traverse through and power the lamp. The plurality of collars further comprises a receiver. The receiver is located on the collar end of the second pipe. Additionally, the receiver is aligned with the rail of the first pipe. More specifically, the receiver allows the first pipe to slide along the second pipe such that it rotationally fixes the first pipe on to the second pipe.

The case is concentrically aligned with the base. Additionally, the case flushes along the lamp profile when extended. More specifically, the case houses and conceals the stored bottles and/or glasses. The bowl is directly adjacent to the bracket. More specifically, the bowl is a storage receptacle incorporated in the top of the case. The lid is directly adjacent to the bowl. Additionally, the lid is concentrically aligned with the bowl. More specifically, the lid conceals and secures the contents stored in to the bowl. The lid further comprises a handle. The handle is centered on to the lid. Additionally, the handle is placed on the outside area of the lid. More specifically, the handle allows the user to easily grasp the lid to access the bowl.

Referring to FIGS. 10-11, in another embodiment of the present invention, the cabinet can take form of a manually driven embodiment that comprises a latch system. The latch is located on the second carriage. More specifically, the latch replaces the riser mechanism, and allows the manually raised case to be fixed in place in the extended position. The latch can then be disengaged by the user if the bar is to be retracted. The latch comprises: a plurality of cuts, the rail, a bar, a stopper, a pin, and a spring. The plurality of cuts is incorporated on the first pipe and on the second pipe conjunctions when the cabinet assembly is fully extended. More specifically, the plurality of cuts serves as securement notches such that the first pipe is removably fixed on to the second pipe. The plurality of cuts comprises: a first cut, and a second cut. The first cut is located on the first pipe. More specifically, the first cut traverses through the first pipe to expose the second pipe's second cut. The second cut is located on the second pipe. Additionally, the second cut aligned with the first cut. More specifically, the second cut conforms and meshes with the first cut and the bar, allowing the first pipe to fix on to the second pipe. The rail traverses the first pipe and the second pipe. More specifically, the rail serves as a guide such that it secures the alignment between the first cut and the second slot when the cabinet is being propped open. Additionally, the rail prevents the first cut and the second cut from disengaging off the bar in the event the cabinet is rotated. In another embodiment of the present invention, the first pipe and the second pipe can be a polygonal and/or elliptical shape that prevents the first pipe from twisting from the second pipe.

The bar traverses from the second carriage to the plurality of cuts. Additionally, the bar traverses from the first cut to the second cut. More specifically, the bar serves as a lever that fixes the first pipe on to the second pipe. The stopper is directly adjacent to the bar and the second carriage. Additionally, the stopper traverses through the second carriage. More specifically, the stopper serves as the main pivot member for the bar. Additionally, the stopper serves as an access point to disengage the bar from the plurality of cuts. The pin is embedded on to the second carriage. More specifically, the pin anchors the spring on to the second carriage. The spring traverses from the bar to the pin. More specifically, the spring applies tension on to the bar such that it automatically seats in to the plurality of cuts when the cabinet is extended.

Although the invention has been explained in relation to its preferred embodiment, it is to be understood that many other possible modifications and variations can be made without departing from the spirit and scope of the invention as hereinafter claimed.

Claims

1. A linearly actuated bar cabinet comprises: a base;a display stand;a housing;a linear actuation mechanism;a central axis;the display stand being rotatably connected atop the base about the central axis;the housing being concentrically positioned with the central axis;the linear actuation mechanism centrally traversing through the display stand along the central axis; andthe linear actuation mechanism being operatively connected between the base and the housing, wherein the linear actuation mechanism is configured to move the housing along the central axis between a closed configuration and an opened configuration, wherein the display stand is enclosed by the housing in the closed configuration.

2. The linearly actuated bar cabinet as claimed in claim 1 comprises: the housing comprises a lateral wall, a housing top, and a housing bottom;the housing top being terminally and perimetrically connected to the lateral wall; andthe housing bottom being positioned opposite the housing top along the housing.

3. The linearly actuated bar cabinet as claimed in claim 1 comprises: the display stand comprises a lower platform, an upper platform, and a stand support pipe;the lower platform, the upper platform, and the stand support pipe being positioned concentrically with each other about the central axis;the lower platform being terminally connected to the stand support pipe; andthe upper platform being connected to the stand support pipe offset from the lower platform along the stand support pipe.

4. The linearly actuated bar cabinet as claimed in claim 3 comprises: the display stand further comprises a plurality of dividers;the plurality of dividers being radially distributed about the stand support pipe; andeach of the plurality of dividers being connected between the lower platform and the upper platform.

5. The linearly actuated bar cabinet as claimed in claim 1 comprises: the linear actuation mechanism comprises a motor and a lead screw;the lead screw axially extending between a first end and a second end;the lead screw being axially aligned with the central axis;the lead screw traversing through a stand support pipe of the display stand; andthe motor being operatively engaged with the first end of the lead screw, wherein the motor is configured to rotate the lead screw about the central axis.

6. The linearly actuated bar cabinet as claimed in claim 5, wherein the lead screw is externally threaded.

7. The linearly actuated bar cabinet as claimed in claim 5 comprises: wherein the lead screw is externally threaded;an internal threading;the internal threading being concentrically positioned with the housing;the internal threading being connected to the housing; andthe internal threading being threadedly engaged around the lead screw, wherein the second end of the lead screw traverses through the internal threading.

8. The linearly actuated bar cabinet as claimed in claim 7 comprises: the housing further comprises a housing support pipe;the housing support pipe axially extending between a first end and a second end;the internal threading being connected within the first end of the housing support pipe, wherein the internal threading is connected to the housing through the housing support pipe;the first end of the housing support pipe traversing through the housing bottom; andthe second end of the housing support pipe being terminally connected to a housing top of the housing.

9. The linearly actuated bar cabinet as claimed in claim 1 comprises: a carousel;the carousel being connected atop the base; anda lower platform of the display stand being centrally positioned atop the carousel, wherein the display stand is rotatable about the central axis atop the carousel.

10. The linearly actuated bar cabinet as claimed in claim 9 comprises: the carousel comprises an annular track and a plurality of wheels;the plurality of wheels being distributed about the annular track;each of the plurality of wheels being oriented perpendicular to the annular track; andeach of the plurality of wheels being rotatably connected within the annular track.

11. The linearly actuated bar cabinet as claimed in claim 10 comprises: the lower platform being positioned atop the plurality of wheels, wherein the display stand is free to rotate about the central axis on the plurality of wheels.

12. The linearly actuated bar cabinet as claimed in claim 1 comprises: the base comprises a base top, a base hole, a base lateral wall, and an internal cavity;the base top being perimetrically and terminally connected to the base lateral wall;the hole centrally traversing through the base top; andthe internal cavity being delineated by the base top and the base lateral wall.

13. The linearly actuated bar cabinet as claimed in claim 12 comprises: a motor;the motor being positioned within the internal cavity; anda lead screw of the linear actuation mechanism traversing through the hole into the internal cavity, wherein a first end of the lead screw is positioned within the internal cavity, and wherein the motor is operatively engaged with the lead screw adjacent to the first end of the lead screw.

14. The linearly actuated bar cabinet as claimed in claim 1 comprises: a storage receptacle;a lid;the storage receptacle being connected atop the housing; andthe lid being removably and perimetrically attached to the storage receptacle opposite the housing.

15. The linearly actuated bar cabinet as claimed in claim 1 comprises: a medial support pipe;an upper plate;a plurality of lights;the medial support pipe being terminally and concentrically connected between the base and the upper plate;the plurality of lights being connected to a lower surface of the upper plate adjacent to the medial support pipe; andthe plurality of light being distributed about the lower surface of the upper plate.

16. The linearly actuated bar cabinet as claimed in claim 1 comprises: a motor;the motor comprises a tool interface; andthe tool interface being operatively connected with the linear actuation mechanism through the motor, wherein a tool may be used to actuate the linear actuation mechanism through the tool interface.