Patent Grant
10850285
This disclosure relates to implementations of a garbage disposal assembly apparatus.
Garbage disposals, sometimes also known as garbage disposers or garbage disposal units, are very popular to install for use on sinks in many applications, such as home or business kitchens. As shown in
As part of the garbage disposal assembly installation, plumber's putty is usually applied to the sink flange for sealing of the sink flange in the sink drain opening. Pressure is applied on top of the sink flange installed in the sink drain opening. The pressure is applied to allow the plumber's putty to form a water-tight seal of the sink flange to the sink. The pressure is also applied to stabilize the sink flange for installation of the other assembly components under the sink. The pressure is usually applied by a weighted object placed in the sink on top of the sink flange. Alternately, the pressure is applied by one installer manually pressing down on the sink flange above the sink while a second installer installs the other assembly components below the sink.
However, such usual ways of applying pressure to the sink flange as part of the garbage disposal installation bring up several problems. For example, an appropriate weighted object may not be readily available for use to apply the pressure. Furthermore, even if available, the weighted object may scratch or otherwise cause damage to the sink when used.
As another example, manually applying the pressure to the sink flange requires an additional installer to perform the garbage disposal installation which could otherwise be performed by one installer. Furthermore, a single installer attempting to apply the pressure manually while performing the installation also brings up problems. For example, it is difficult for a single installer to appropriately handle the other assembly components below the sink while also applying pressure to the sink flange above the sink. Therefore, such installation attempts by a single installer are more likely to cause undesired results such as leaking of the plumber's putty seal between the sink flange and the sink.
Additionally, whether the pressure is applied to the sink flange using a weighted object or manually by an installer, such ways also bring up the problems of too little, too much, and/or uneven pressure being applied. Such problems may also cause undesired results such as leaking of the plumber's putty seal between the sink flange and the sink, damage to the sink, etc.
Implementations of a garbage disposal assembly apparatus are provided. In some implementations, the garbage disposal assembly apparatus comprises a top part, an elongated member, a handle, and a support member.
In some implementations, the garbage disposal assembly apparatus is configured to hold a sink flange of a garbage disposal assembly firmly in place in a sink drain opening.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure on top of a sink flange installed in a sink drain opening. In some implementations, the garbage disposal assembly apparatus is configured to apply sufficient, even pressure to the sink flange.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure to a sink flange for sealing of the sink flange in a sink drain opening.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure to allow plumber's putty applied to a sink flange to form a water-tight seal of the sink flange to a sink.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure to a sink flange to stabilize the sink flange for installation of other garbage disposal assembly components to a sink.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure to a sink flange without the use of a weighted object which may scratch or otherwise cause damage to a sink.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure to a sink flange without the use of manual pressure applied by an installer.
In some implementations, the garbage disposal assembly apparatus is configured to hold other garbage disposal assembly components under a sink, such as a fiber gasket, a backup flange, a mounting ring, and/or a snap ring. In some implementations, the garbage disposal assembly apparatus is configured to hold the other garbage disposal assembly components under the sink to be installed at the sink drain opening.
In some implementations, the garbage disposal assembly apparatus is configured to apply pressure to a sink flange above a sink so that a second installer is not required to install other garbage disposal assembly components under the sink.
In some implementations, the garbage disposal assembly apparatus is configured to allow a single installer to perform a garbage disposal assembly installation while applying pressure to the sink flange using the garbage disposal assembly apparatus.
In this way, in some implementations, the garbage disposal assembly apparatus eliminates the need to use a weighted object or an additional installer to properly install a garbage disposal assembly to a sink. In some implementations, the garbage disposal assembly apparatus eliminates such need by applying pressure to a sink flange above the sink and holding the other garbage disposal assembly components under the sink.
In some implementations, a method of using the garbage disposal assembly apparatus comprises securely connecting the top part and the elongated member together or securely connecting the handle and the elongated member together.
In some implementations, the method comprises placing or otherwise positioning the top part onto a sink flange that is placed in a sink drain opening as part of a garbage disposal assembly installation.
In some implementations, the method comprises securing the components of the garbage disposal assembly, other than the sink flange, to the garbage disposal assembly apparatus by the elongated member.
In some implementations, the method comprises inserting the elongated member through the support member opening.
In some implementations, the method comprises engagedly connecting the handle to the elongated member or engagedly connecting the elongated member to the top part.
In some implementations, the method comprises moving the handle upward along the elongated member, or moving the elongated member upward through the top part, to engage the support member to the sink bottom and thereby apply downward pressure against the sink flange.
In some implementations, the method further comprises installing the other components of the garbage disposal assembly, in addition to the sink flange, to the sink.
In some implementations, the method further comprises removing the garbage disposal assembly apparatus from the sink after installing the other components of the garbage disposal assembly, in addition to the sink flange, to the sink.
A garbage disposal assembly 150 usually includes a sink flange (also known as a top or upper flange) 152, a fiber gasket 154, a backup flange (also known as a bottom or lower flange) 156, a mounting ring 158, and a snap ring 160. These garbage disposal assembly 150 components are accordingly combined and attached to the drain opening of a sink 180. A garbage disposal 170 is attached to the mounting ring 158 of the garbage disposal assembly 150 to complete the installation of the garbage disposal 170 to the sink 180 along with additional connections (not shown) for drainage, power supply, etc.
As discussed further below, a subset (or “other garbage disposal assembly components”) 151 of the garbage disposal assembly 150 components may include the fiber gasket 154, the backup flange 156, the mounting ring 158, and/or the snap ring 160.
As part of the garbage disposal assembly 150 installation, plumber's putty is usually applied to the sink flange 152 for sealing of the sink flange 152 in the sink drain opening 182. Pressure is applied on top of the sink flange 152 installed in the sink drain opening 182. The pressure is applied to allow the plumber's putty to form a water-tight seal of the sink flange 152 to the sink 180. The pressure is also applied to stabilize the sink flange 152 for installation of the other assembly 150 components under the sink 180. The pressure is usually applied by a weighted object (not shown) placed in the sink 180 on top of the sink flange 152. Alternately, the pressure is applied by one installer manually pressing down on the sink flange 152 above the sink 180 while a second installer installs the other assembly 150 components below the sink 180.
However, such usual ways of applying pressure to the sink flange 152 as part of the garbage disposal assembly 150 installation bring up several problems. For example, an appropriate weighted object may not be readily available for use to apply the pressure. Furthermore, even if available, the weighted object may scratch or otherwise cause damage to the sink 180 when used.
As another example, manually applying the pressure to the sink flange 152 requires an additional installer to perform the garbage disposal assembly 150 installation which could otherwise be performed by one installer. Furthermore, a single installer attempting to apply the pressure manually while performing the garbage disposal assembly 150 installation also brings up problems. For example, it is difficult for a single installer to appropriately handle the other assembly 150 components below the sink 180 while also applying pressure to the sink flange 152 above the sink 180. Therefore, such installation attempts by a single installer are more likely to cause undesired results such as leaking of the plumber's putty seal (not shown) between the sink flange 152 and the sink 180.
Additionally, whether the pressure is applied to the sink flange 152 using a weighted object or manually by an installer, such ways also bring up the problems of too little, too much, and/or uneven pressure being applied. Such problems may also cause undesired results such as leaking of the plumber's putty seal between the sink flange 152 and the sink 180, damage to the sink 180, etc.
As shown in
In some implementations, the upper portion 402a is configured to extend at least partially over the top (e.g., the top side) of a sink flange 152 positioned or otherwise placed in a sink drain opening 182 as part of (e.g., during) a garbage disposal assembly 150 installation such as described above for
In some implementations, the lower portion 402b is configured to extend from the upper portion 402a into the sink flange 152 placed in the sink drain opening 182 as part of the garbage disposal assembly 150 installation.
In some implementations, the top part 402 may have a semi-cylindrical shape. In some implementations, the top part 402 may have a semi-cylindrical cone shape. In some implementations, the top part 402 may have any other suitable shape.
As shown in
In some implementations, as described further below, the top part opening 402c may be configured to securely engage with the elongated member 404 at one or more positions along the elongated member 404.
In some implementations, the opening 402c may be configured to allow the elongated member 404 to attach or securely connect to the top part 402. For example, in some implementations, the opening 402c may be configured to allow the elongated member 404 to insert partially into the top part 402 while the elongated member 404 securely engages with the opening 402c.
Alternately, in some implementations, the opening 402c may be configured to allow the elongated member 404 to engagedly move or pass through (i.e., engagedly connect to) the top part 402. For example, in some implementations, the opening 402c may be configured to allow the elongated member 404 to move through the top part 402 while securely and movably engaged with the opening 402c.
As shown in
In some implementations, the top part 402 is configured to apply pressure to the sink flange 152 through use of the garbage disposal assembly apparatus 400. In some implementations, the top part 402 is configured to apply such pressure to seal the sink flange 152 in the sink drain opening 182 for installation. In some implementations, the top part 402 is configured to apply such pressure to stabilize the sink flange 152 in the sink drain opening 182 for installation of other garbage disposal assembly components 151 to the sink 180.
In some implementations, such other garbage disposal assembly components 151 may comprise a fiber gasket 154, a backup flange 156, and/or a mounting ring 158, such as described above for
In some implementations, the elongated member 404 may comprise an elongated cylindrical bar. In some implementations, the elongated member 404 may comprise any other suitable elongated component.
In some implementations, the elongated member 404 may comprise a plurality of external screw threads (or “threads”) extending at least partially along the elongated member 404. In some implementations, the elongated member 404 may comprise any other suitable engaging feature.
In some implementations, the elongated member 404 may be configured to connect or attach to the top part 402 in any suitable way. For example, in some implementations, the elongated member 404 may be configured to attach or securely connect to the top part 402 at or within the top part opening 402c.
Alternately, in some implementations, the elongated member 404 may be configured to engagedly move or pass through (i.e., engagedly connect to) the top part opening 402c in any suitable manner. For example, in some implementations, the elongated member 404 may be configured to engagedly move through the top part opening 402c in an upward or downward direction (e.g., linearly) with respect to the top part opening 402c through the top part 402.
In some implementations, the elongated member 404 may be configured to engagedly move through the handle opening 406c in any suitable manner. For example, in some implementations, the elongated member 404 may be configured to engagedly move through the handle opening 406c in an upward or downward direction (e.g., linearly) with respect to the handle opening 406c through the handle 406.
Alternately, in some implementations, the elongated member 404 may be configured to connect or attach to the handle 406 in any suitable way. For example, in some implementations, the elongated member 404 may be configured to attach or securely connect to the handle 406 at or within the handle opening 406c.
In some implementations, the elongated member 404 is configured to pass through the support member opening 408c. For example, in some implementations, the elongated member 404 may be configured to freely move in an upward or downward direction through the support member opening 408c.
As shown in
In some implementations, the handle 406 may have a rectangular prism shape. In some implementations, the handle 406 may have any other suitable shape.
In some implementations, the handle opening 406c may extend through the handle 406. Alternately, in some implementations, the opening 406c of the handle 406 may extend partially into the handle 406.
In some implementations, the handle opening 406c may be configured to securely engage with the elongated member 404 at one or more positions along the elongated member 404.
In some implementations, the opening 406c may be configured to allow the elongated member 404 to engagedly move or pass through the handle 406. For example, in some implementations, the opening 406c may be configured to allow the elongated member 404 to move through the handle 406 while securely and movably engaged with the opening 406c.
Alternately, in some implementations, the opening 402c may be configured to allow the elongated member 404 to connect or attach to the top part 402. For example, in some implementations, the opening 402c may be configured to allow the elongated member 404 to insert partially into the top part 402 while the elongated member 404 securely engages with the opening 402c.
In some implementations, the handle 406 may be configured to be hand moved by a user of the garbage disposal assembly apparatus 400, such as by an installer of a garbage disposal assembly 150. For example, in some implementations, the handle 406 may be configured to be hand turned by a user of the garbage disposal assembly apparatus 400.
In some implementations, the handle 406 may be configured to engagedly move in any suitable manner along the elongated member 404 passing through the handle opening 406c. For example, in some implementations, the handle 406 may be configured to engagedly move in an upward or downward direction (e.g., linearly) with respect to the handle opening 406c along the elongated member 404 passing through the handle opening 406c.
In some implementations, the handle 406 may be configured to engagedly move along the elongated member 404 in such manner by turning or otherwise moving the handle 406 with respect to the elongated member 404 passing through the handle opening 406c. For example, in some implementations, the handle 406 may be configured to engagedly move along the elongated member 404 in the upward direction by turning the handle 406 in a first direction around the elongated member 404 passing through the handle opening 406c. Similarly, in some implementations, the handle 406 may be configured to engagedly move along the elongated member 404 in the downward direction by turning the handle 406 in an opposite second direction around the elongated member 404 passing through the handle opening 406c.
As shown in
In some implementations, the handle 406 may be configured to engagedly move along the elongated member 404 in such manner while the elongated member 404 passes through the sink flange 152. In some implementations, the handle 406 may be configured to engagedly move along the elongated member 404 in such manner while the elongated member 404 passes through the other garbage disposal assembly components 151.
Alternately, in some implementations, the handle 406 may be configured to move the elongated member 404 in any suitable manner when the elongated member 404 is connected or attached to the handle 406. For example, in some implementations, the handle 406 may be configured to engagedly move the elongated member 404 through the top part opening 402c in an upward or downward direction (e.g., linearly) with respect to the top part opening 402c.
In some implementations, the handle 406 may be configured to engagedly move the elongated member 404 through the top part opening 402c in such manner by turning or otherwise moving the handle 406 with respect to the top part opening 402c. For example, in some implementations, the handle 406 may be configured to engagedly move the elongated member 404 through the top part opening 402c in the upward direction by turning the handle 406 in a first direction perpendicular to the top part opening 402c. Similarly, in some implementations, the handle 406 may be configured to engagedly move the elongated member 404 through the top part opening 402c in the downward direction by turning the handle 406 in an opposite second direction perpendicular to the top part opening 402c.
As shown in
In some implementations, the handle 406 may be configured to engagedly move the elongated member 404 in such manner while the elongated member 404 passes through the sink flange 152. In some implementations, the handle 406 may be configured to engagedly move the elongated member 404 in such manner while the elongated member 404 passes through the other garbage disposal assembly components 151.
In some implementations, as described further below, the handle 406 is configured to press against the support member 408 when the garbage disposal assembly apparatus 400 is used to install a garbage disposal assembly 150.
As shown in
In some implementations, the support member 408 may have a ‘U’ shape or horseshoe shape formed by the base 408a and the legs 408b1, 408b2. For example, in some implementations, the legs 408b1, 408b2 may extend respectively from each end of the base 408a to form a ‘U’ or horseshoe shaped support member 408. In some implementations, the support member 408 may have any other suitable shape.
In some implementations, the opening 408c of the support member 408 extends through the base 408a. In some implementations, the support member opening 408c extends through the base 408a in a direction that is substantially parallel to the extension of the legs 408b1, 408b2 from the base 408a. In some implementations, the opening 408c has any other suitable configuration.
In some implementations, the support member opening 408c is configured to allow the elongated member 404 to pass through the support member 408. For example, in some implementations, the support member opening 408c may be configured to allow the elongated member 404 to freely move in an upward or downward direction through the support member opening 408c.
In some implementations, as described further below, the support member 408 may be configured so that the ends 408f1, 408f2 of the legs 408b1, 408b2, opposite the extension of the legs 408b1, 408b2 from the base 408a, press against the bottom 180a of a sink 180 when the garbage disposal assembly apparatus 400 is used to install a garbage disposal assembly 150. In some implementations, the support member 408 is configured to thereby allow the garbage disposal assembly apparatus 400 to apply pressure to a sink flange 152, by the top part 402 as described above, during a garbage disposal assembly 150 installation.
As shown in
In some implementations, the garbage disposal assembly apparatus 200, which is described below with respect to
In some implementations, the base 202a has a semi-circular shape. In some implementations, the base 202a has a semi-circular disc shape. In some implementations, the base 202a has any other suitable shape.
In some implementations, the base 202a is configured to extend at least partially over the top (e.g., the top side) of a sink flange 152 placed in a sink drain opening 182 as part of (e.g., during) a garbage disposal assembly 150 installation such as described above for
In some implementations, the extension 202b of the top part 202 extends from the base 202a.
In some implementations, the extension 202b has a semi-cylindrical shape. In some implementations, the extension 202b has a semi-cylindrical cone shape. In some implementations, the extension 202b has any other suitable shape.
In some implementations, the extension 202b is configured to extend into the sink flange 152 placed in the sink drain opening 182 as part of the garbage disposal assembly 150 installation.
In some implementations, the extension 202b is of sufficient height to extend through the top opening of the sink flange 152 and at least partially into the sink flange 152. In some implementations, the extension 202b is of sufficient height to extend through the top and the bottom opening of the sink flange 152.
As shown in
In some implementations, the opening 202c is elongated. In some implementations, the opening 202c is linear. In some implementations, the opening 202c has any other suitable configuration.
In some implementations, the opening 202c comprises internal screw threads (or “threads”) extending at least partially along the opening 202c. In some implementations, the internal screw threads of the opening 202c are formed in the surface of the opening 202c.
In some implementations, the internal screw threads of the opening 202c are provided by a nut 202d (e.g., a hardware nut, nut fastener, locknut, etc.) attached within the opening 202c. In some implementations, the internal screw threads of the opening 202c are provided in any other suitable manner.
In some implementations, as described further below, the internal screw threads of the opening 202c are configured to mate with external screw threads of the threaded rod 204. In some implementations, the internal screw threads of the opening 202c are configured to rotatingly engage with the external screw threads (or “threads”) of the threaded rod 204.
In some implementations, as described further below, the opening 202c is configured to allow the threaded rod 204 to pass through the top part 202. For example, in some implementations, the opening 202c is configured to allow the threaded rod 204 to pass through the top part 202 while the threaded rod 204 rotatingly engages with the opening 202c.
Alternately, in some implementations, the opening 202c is configured to allow the threaded rod 204 to insert partially into the top part 202 while the threaded rod 204 rotatingly engages with the opening 202c. In some implementations, the opening 202c is configured to thereby allow the threaded rod 204 to connect or attach to the top part 202 by the internal screw threads or in any other suitable manner.
In some implementations, the threaded rod 204 and the top part 202 may be attached together to form a single, threaded rod component.
In some implementations, as described further below, the top part 202 is configured to apply pressure to the sink flange 152 through use of the garbage disposal assembly apparatus 200. For example, in some implementations, the top part 202 is configured to apply pressure to the sink flange 152 for sealing of the sink flange 152 in the sink drain opening 182. In some implementations, the top part 202 is configured to apply pressure to the sink flange 152 to stabilize the sink flange 152 in the sink drain opening 182 for installation of other garbage disposal assembly 150 components to the sink 180.
As shown in
In some implementations, the threaded rod 204 comprises a cylindrical elongated bar. In some implementations, the threaded rod 204 comprises an elongated bar of any other suitable shape.
In some implementations, the threaded rod 204 comprises a plurality of external screw threads extending along the elongated bar. For example, in some implementations, the threaded rod 204 is a piece of all-thread material. In some implementations, the threaded rod 204 is a fully threaded stud bolt. In some implementations, the threaded rod 204 is any other suitable fully threaded elongated bar.
In some implementations, the threaded rod 204 comprises a plurality of external screw threads extending at least partially from one or both ends of the elongated bar towards the opposite end respectively of the elongated bar. For example, in some implementations, the threaded rod 204 is a tap end or a double end threaded stud bolt. In some implementations, the threaded rod 204 is any other suitable partially threaded elongated bar.
In some implementations, the external screw threads of the threaded rod 204 are configured to mate with the internal screw threads of the top part opening 202c. In some implementations, the external screw threads of the threaded rod 204 are configured to rotatingly engage with the internal screw threads of the top part opening 202c.
In some implementations, as described further below, the threaded rod 204 is configured to move through the top part opening 202c in a screw rotation manner. For example, in some implementations, the threaded rod 204 is configured to linearly move through the top part opening 202c in one direction when the threaded rod 204 is rotated in a first direction. In some implementations, the threaded rod 204 is configured to linearly move through the top part opening 202c in the other direction when the threaded rod 204 is rotated in the opposite direction.
Alternately, in some implementations, the threaded rod 204 is configured to connect or attach to the top part 202 at or within the top part opening 202c. For example, in some implementations, the threaded rod 204 is configured to thread or screw into the top part opening 202c. In some implementations, the threaded rod 204 is configured to connect or attach to the top part 202 in any other suitable way.
In some implementations, as described further below, the threaded rod 204 is configured to connect or attach to the handle 206. For example, in some implementations, the threaded rod 204 is configured to attach to the handle 206 in the handle opening 206c. In some implementations, the threaded rod 204 is configured to rotatingly engage with the handle opening 206c to connect to the handle 206.
In some implementations, the threaded rod 204 is configured to connect or attach to the handle 206 in any other suitable manner.
In some implementations, the threaded rod 204 and the handle 206 are attached together to form a single, threaded rod component with a T-handle configuration.
Alternately, in some implementations, the external screw threads of the threaded rod 204 are configured to mate with internal screw threads of the handle opening 206c. In some implementations, the external screw threads of the threaded rod 204 are configured to rotatingly engage with the internal screw threads of the handle opening 206c.
In some implementations, the threaded rod 204 may be configured to move through the handle opening 206c in a screw rotation manner. For example, in some implementations, the threaded rod 204 may be configured to linearly move through the handle opening 206c in one direction when the threaded rod 204 is rotated in a first direction. In some implementations, the threaded rod 204 may be configured to linearly move through the handle opening 206c in the other direction when the threaded rod 204 is rotated in the opposite direction.
In some implementations, as described further below, the threaded rod 204 is configured to pass through the bracket opening 208c.
In some implementations, the threaded rod 204 is alternately a threaded bolt, a screw, or similar fastener (“threaded fastener”) that comprises the same or substantially similar above-described features of the threaded rod 204 and further comprises a bolt or screw head (not shown). In some implementations, the bolt or screw head is configured to be contained within the handle opening 206c. In some implementations, the bolt or screw head is configured to be connected or attached to the handle 206 within the handle opening 206c.
In some implementations, the threaded fastener alternative of the threaded rod 204 functions the same or substantially similar to the threaded rod 204 as described further below.
As shown in
As shown in
In some implementations, the body 206b has a rectangular prism shape that is similar to the shape of the base 206a. For example, in some implementations, the length of the body 206b is less than the length of the base 206a. In some implementations, the body 206b has any other suitable shape.
As shown in
In some implementations, the opening 206c may have any other suitable structure.
In some implementations, the opening 206c comprises internal screw threads. In some implementations, the internal screw threads of the opening 206c are the same or similar to the internal screw threads of the top part opening 202c described above.
In some implementations, the internal screw threads of the opening 206c are configured to mate with external screw threads of the threaded rod 204. In some implementations, the internal screw threads of the opening 206c are configured to rotatingly engage with external screw threads of the threaded rod 204.
As shown in
In some implementations, the slot 206g is configured to receive a apparatus in the slot 206g for turning or assisting to turn the handle 206. For example, in some implementations, the slot 206g is configured to receive a screwdriver head into the slot 206g. In some implementations, the slot 206g is configured to receive any other suitable apparatus in the slot 206g.
In some implementations, the slot 206g is configured to allow the turning of the above-described threaded fastener configuration of the threaded rod 204 by a apparatus such as screwdriver. In some implementations, the slot 206g is configured to allow the turning of the threaded fastener 204 by any other suitable apparatus.
In some implementations, the handle 206 is configured to allow the threaded rod 204 to be securely connected to the handle opening 206c by the rotating engagement of the screw threads of the threaded rod 204 and the handle opening 206c respectively. In some implementations, the handle 206 is configured to allow the threaded rod 204 to be connected or attached to the handle opening 206c in any other suitable manner.
In some implementations, the handle 206 is configured to be hand turned by a user of the garbage disposal assembly apparatus 200. In some implementations, the user is an installer of a garbage disposal assembly 150.
In some implementations, the handle 206 is configured to rotate the connected or attached threaded rod 204. In some implementations, the handle 206 is configured to rotate the threaded rod 204 when the handle 206 is turned by the user of the garbage disposal assembly apparatus 200.
In some implementations, as described further below, the handle 206 is configured to press against the bracket 208 when the garbage disposal assembly apparatus 200 is used to install a garbage disposal assembly 150.
As shown in
In some implementations, the base 208a and the legs 208b1, 208b2 each have a rectangular prism shape. In some implementations, the base 208a and the legs 208b1, 208b2 each have any other suitable shape.
As shown in
In some implementations, as described further below, the bracket 208 is configured so that the ends 208f1, 208f2 of the legs 208b1, 208b2 press against the bottom 180a of a sink 180 when the garbage disposal assembly apparatus 200 is used to install a garbage disposal assembly 150. In some implementations, the bracket 208 is configured to thereby allow the garbage disposal assembly apparatus 200 to apply pressure to a sink flange 152 during a garbage disposal assembly 150 installation.
As shown in
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure on top of the sink flange 152 installed in the sink drain opening 182. In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply sufficient, even pressure to the sink flange 152.
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure to the sink flange 152 for sealing of the sink flange 152 in the sink drain opening 182.
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure to allow plumber's putty applied to the sink flange 152 to form a water-tight seal of the sink flange 152 to the sink 180.
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure to the sink flange 152 to stabilize the sink flange 152 for installation of other garbage disposal assembly components 151 to the sink 180.
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure to the sink flange 152 without the use of a weighted object which may scratch or otherwise cause damage to the sink 180.
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure to the sink flange 152 without the use of manual pressure applied by an installer.
As shown in
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to hold the other garbage disposal assembly components 151 under the sink 180 to be installed at the sink drain opening 182.
As shown in
As shown in
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to apply pressure to the sink flange 152 above the sink 180 so that a second installer is not required to install the other garbage disposal assembly 150 components under the sink 180 as described above for
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to allow a single installer to perform a garbage disposal assembly 150 installation while applying pressure to the sink flange 152 using the garbage disposal assembly apparatus 200.
In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to eliminate the need to use a weighted object or an additional installer to properly install a garbage disposal assembly 150. In some implementations, the garbage disposal assembly apparatus 200, 400 is configured to eliminate such need by applying pressure to the sink flange 152 above the sink 180 and holding the other garbage disposal assembly components 151 under the sink 180 as described above.
In some implementations, the garbage disposal assembly apparatus 200, 400 comprises any suitable dimensions, such as the example dimensions shown in
In some implementations, the garbage disposal assembly apparatus 200, 400 is composed of any suitable materials. For example, in some implementations, the top part 202, 402, the handle 206, 406, and the bracket 208, 408 may be composed of a plastic material. In some implementations, the elongated member 404 or the threaded rod 204 may be composed of a metal material.
In some implementations, the garbage disposal assembly apparatus 200, 400 can have any suitable appearance, such as the example appearance shown in
As shown in
In some implementations, the method comprises placing the top part 402 on top of and at least partially into the sink flange 152 that is placed in the sink drain opening 182 by inserting the elongated member 404 connected to the top part 402 through the sink flange 152 and partially inserting the lower portion 402b of the top part 402 into the sink flange 152.
In some implementations, the method comprises securing the other garbage disposal assembly components 151 to the garbage disposal assembly apparatus 400 by inserting the elongated member 404 through an opening of each of the other garbage disposal assembly components 151.
In some implementations, the method comprises inserting the elongated member 404 through the opening 408c of the support member 408.
In some implementations, the method comprises engagedly connecting the handle 406 to the elongated member 404 by inserting the elongated member 404 into the opening 406c of the handle 406 to securely and movably engage the elongated member 404 with the opening 406c of the handle 406.
In some implementations, the method comprises moving the handle 406 upward along the elongated member 404 to engage the support member 408 to the sink bottom 180a and thereby apply downward pressure against the sink flange 152. In some implementations, the handle 406 is moved upward along the elongated member 404 by moving the handle 406 with respect to the elongated member 404 passing through the opening 406c of the handle 406.
As shown in
In some implementations, the method comprises placing the top part 402 on top of and at least partially into the sink flange 152 that is placed in the sink drain opening 182 by partially inserting the lower portion 402b of the top part 402 into the sink flange 152.
In some implementations, the method comprises inserting the elongated member 404 connected to the handle 406 through the opening 408c of the support member 408.
In some implementations, the method comprises securing the other garbage disposal assembly components 151 to the garbage disposal assembly apparatus 400 by inserting the elongated member 404 through an opening of each of the other garbage disposal assembly components 151.
In some implementations, the method comprises engagedly connecting the elongated member 404 to the top part 402 by inserting the elongated member 404 into the opening 402c of the top part 402 to securely and movably engage the elongated member 404 with the opening 402c of the top part 402.
In some implementations, the method comprises moving the elongated member 404 upward through the opening 402c of the top part 402 to engage the support member 408 to the sink bottom 180a and thereby apply downward pressure against the sink flange 152. In some implementations, the elongated member 404 is moved through the opening 402c of the top part 402 by moving the handle 406 with respect to the opening 402c of the top part 402.
As shown in
In some implementations, the top part 202 is positioned or otherwise placed onto the sink flange 152 (i.e., from above the sink 180) while the sink flange 152 is placed in a sink drain opening 182 as part of (e.g., during) a garbage disposal assembly 150 installation. For example, in some implementations, the sink flange 152 includes plumber's putty applied to the sink flange 152. In some implementations, the plumber's putty is for sealing of the sink flange 152 in the sink drain opening 182 as part of the garbage disposal assembly 150 installation.
As shown for example in
In some implementations, securely connecting the threaded rod 204 and the handle 206 together comprises rotatingly engaging the screw threads of the threaded rod 204 and the handle opening 206c respectively. For example, in some implementations, the threaded rod 204 is screwed into the handle opening 206c to securely connect the threaded rod 204 and the handle 206 together. Alternately, in some implementations, the handle opening 206c is screwed onto the threaded rod 204 to securely connect the threaded rod 204 and the handle 206 together.
In some implementations, the threaded rod 204 and the handle 206 are previously securely connected or otherwise attached together prior to using the garbage disposal assembly apparatus 200 for a garbage disposal assembly 150 installation. For example, in some implementations, the threaded rod 204 and the handle 206 are previously attached together to form a single, threaded rod component with a T-handle configuration.
In some implementations, the threaded rod 204 and the handle 206 are securely connected or otherwise attached together before placing the top part 202 onto the sink flange 152 while the sink flange 152 is placed in a sink drain opening 182 as part of a garbage disposal assembly 150 installation as described above.
Alternately, in some implementations, the method comprises securely connecting the threaded rod 204 and the top part 202 together. .In some implementations, securely connecting the threaded rod 204 and the top part 202 together comprises rotatingly engaging the screw threads of the threaded rod 204 and the top part opening 202c respectively. For example, in some implementations, the threaded rod 204 is screwed into the top part opening 202c to securely connect the threaded rod 204 and the top part 202 together. Alternately, in some implementations, the top part opening 202c is screwed onto the threaded rod 204 to securely connect the threaded rod 204 and the top part 202 together.
In some implementations, the threaded rod 204 and the top part 202 are previously securely connected or otherwise attached together prior to using the garbage disposal assembly apparatus 200 for a garbage disposal assembly 150 installation. For example, in some implementations, the threaded rod 204 and the top part 202 are previously attached together to form a single, threaded rod component.
In some implementations, the threaded rod 204 and the top part 202 are securely connected or otherwise attached together before placing the top part 202 onto the sink flange 152 while the sink flange 152 is placed in a sink drain opening 182 as part of a garbage disposal assembly 150 installation as described above. In some implementations, such as when the threaded rod 204 and the top part 202 are previously securely connected or otherwise attached together, the threaded rod 204 is placed through the sink flange 152 (i.e., from above the sink 180) while the sink flange 152 is placed in the sink drain opening 182 as the top part 202 is placed onto the sink flange 152
As shown for example in
As shown in
As shown in
In some implementations, the threaded rod 204, securely connected to the handle 206, is previously inserted through the bracket opening 208c, as described above. In some implementations, the threaded rod 204 is previously inserted through the bracket opening 208c prior to using the garbage disposal assembly apparatus 200 for a garbage disposal assembly 150 installation.
Alternately, in some implementations, the method comprises inserting the threaded rod 204, which is securely connected to the top part 202, through the bracket opening 208c. In some implementations, the threaded rod 204 is inserted through the bracket opening 208c with the bracket 208 positioned in a ‘U’ shaped orientation, such as described above.
As shown in
As shown in
In some implementations, the threaded rod 204, securely connected to the top part 202, is previously inserted through the bracket opening 208c, as described above. In some implementations, the threaded rod 204 is previously inserted through the bracket opening 208c prior to using the garbage disposal assembly apparatus 200 for a garbage disposal assembly 150 installation.
As shown in
As shown in
In some implementations, the other components 151 are secured to the garbage disposal assembly apparatus 200 by the threaded rod 204. In some implementations, the other components 151 are secured to the garbage disposal assembly apparatus 200 by inserting or otherwise placing the threaded rod 204 through the respective openings of the other components 151. In some implementations, the other components 151 are thereby placed around the threaded rod 204.
In some implementations, the other components 151 are placed around the threaded rod 204 so that the other components 151 are positioned on top of the bracket base 208a between the bracket legs 208b1, 208b2.
In some implementations, such as when the threaded rod 204 is connected to the top part 202, the other components 151 are secured to the garbage disposal assembly apparatus 200 by the threaded rod 204, as described above, before the threaded rod 204 is inserted through the bracket opening 208c as described above.
As shown in
In some implementations, engagedly connecting the threaded rod 204 to the top part 202 comprises rotatingly engaging the screw threads of the threaded rod 204 and the top part opening 202c respectively. For example, in some implementations, the threaded rod 204 is screwed into the top part opening 202c to rotatingly engage the threaded rod 204 and the top part 202. In some implementations, the threaded rod 204 is rotatingly engaged with the top part 202 through the sink drain opening 182 from under the sink 180.
In some implementations, the threaded rod 204 is screwed into the top part opening 202c by turning the securely connected handle 206 to thereby rotate the threaded rod 204. In some implementations, turning the handle 206 thereby rotatingly engages the respective threads of the threaded rod 204 and the top part opening 202c.
In some implementations, the rotatingly engaged threaded rod 204 can be moved through the top part opening 202c in a screw rotation manner. For example, in some implementations, the threaded rod 204 can be moved upward through the top part opening 202c when the threaded rod 204 is rotated in a right-handed clockwise direction. Similarly, in some implementations, the threaded rod 204 can be moved downward through the top part opening 202c when the threaded rod 204 is rotated in a right-handed counter-clockwise direction.
In some implementations, the rotatingly engaged threaded rod 204 can be moved through the top part opening 202c in any other suitable screw rotation manner.
Alternately, in some implementations, the method comprises engagedly connecting the handle 206 to the threaded rod 204 with the top part 202, the other components 151, and the bracket 208 placed on the threaded rod 204 as described above. In some implementations, as described above, the handle 206 is screwed onto the threaded rod 204 below the bottom side 208e of the bracket 208.
In some implementations, engagedly connecting the handle 206 to the threaded rod 204 comprises rotatingly engaging the screw threads of the handle opening 206c and the threaded rod 204 respectively. For example, in some implementations, the handle opening 206c is screwed onto the threaded rod 204 to rotatingly engage the handle 206 and the threaded rod 204. In some implementations, the handle 206 is rotatingly engaged with the threaded rod 204 securely connected or attached to the top part 202 and inserted through the sink drain opening 182 (e.g., including through the sink flange 152) from above the sink 180.
In some implementations, the handle 206 is screwed onto the threaded rod 204 by turning the handle 206 to thereby rotatingly engage the threaded rod 204. In some implementations, turning the handle 206 thereby rotatingly engages the respective threads of the handle opening 206c and the threaded rod 204.
In some implementations, the rotatingly engaged handle 206 can be moved along the threaded rod 204 in a screw rotation manner. For example, in some implementations, the handle 206 can be moved upward along the threaded rod 204 when the handle 206 is rotated in a right-handed clockwise direction. Similarly, in some implementations, the handle 206 can be moved along the threaded rod 204 when the handle 206 is rotated in a right-handed counter-clockwise direction.
In some implementations, the rotatingly engaged handle 206 can be moved along the threaded rod 204 in any other suitable screw rotation manner.
As shown in
In some implementations, the threaded rod 204 is moved upward through the top part opening 202c by turning the handle 206 securely connected or attached to the threaded rod 204 as described above.
Alternately, as shown in
In some implementations, the handle 206 is moved upward along the threaded rod 204 by turning the handle 206 around the threaded rod 204 passing through the handle opening 206 as described above.
As shown in
As shown in
In some implementations, when the bracket 208 is engaged to the sink bottom 180a and the threaded rod 204 is further moved upward through the top part opening 202c, the threaded rod 204 thereby pulls downward on the top part 202. In some implementations, the threaded rod 204 pulls downward on the top part 202 through the engagement of the threads of the threaded rod 204 and the top part opening 202c.
Alternately, in some implementations, when the bracket 208 is engaged to the sink bottom 180a and the handle 206 is further moved upward along the threaded rod 204, the threaded rod 204 thereby pulls downward on the top part 202. In some implementations, the threaded rod 204 pulls downward on the top part 202 through the secure connection or attachment of the threaded rod 204 and the top part 202.
In some implementations, the threaded rod 204 pulling downward on the top part 202 thereby causes the top part 202 to apply pressure to the sink flange 152. In some implementations, the top part 202 thereby applies pressure downward on the sink flange 152.
In some implementations, the threaded rod 204 is moved upward or downward through the top part opening 202c to thereby adjust the pressure applied by the top part 202 to the sink flange 152. For example, in some implementations, moving the threaded rod 204 upward or downward through the top part opening 202c increases or decreases respectively the pressure applied by the top part 202 to the sink flange 152.
Alternately, in some implementations, the handle 206 is moved upward or downward along the threaded rod 204 to thereby adjust the pressure applied by the top part 202 to the sink flange 152. For example, in some implementations, moving the handle 206 upward or downward along the threaded rod 204 increases or decreases respectively the pressure applied by the top part 202 to the sink flange 152.
In some implementations, the pressure applied by the top part 202 is adjusted to an appropriate amount for the proper installation of the sink flange 152 and the other components 151 of the garbage disposal assembly 150.
In some implementations, the pressure applied to the sink flange 152 by the top part 202 holds the sink flange 152 firmly in place in the sink drain opening 182.
In some implementations, the pressure applied to the sink flange 152 by the top part 202 is a sufficient, even pressure on top of the sink flange 152.
In some implementations, the pressure applied to the sink flange 152 by the top part 202 is for sealing of the sink flange 152 in the sink drain opening 182.
In some implementations, the pressure applied to the sink flange 152 by the top part 202 allows plumber's putty applied to the sink flange 152 to form a water-tight seal of the sink flange 152 to the sink 180.
In some implementations, the pressure applied to the sink flange 152 by the top part 202 stabilizes the sink flange 152 for installation of the other garbage disposal assembly components 151 to the sink 180.
In some implementations, the method further comprises installing the other components 151 to the sink 180 after using the garbage disposal assembly apparatus 200 as described above. In some implementations, the other components 151 can be installed to the sink 180 by moving the other components 151 up to the sink drain opening 182 along the threaded rod 204.
In some implementations, the other components 151 can be installed to the sink 180 by a single installer while the garbage disposal assembly apparatus 200 applies pressure to and stabilizes the sink flange 152 in the sink drain opening 182.
In some implementations, the method further comprises removing the garbage disposal assembly apparatus 200 from the sink 180 after installing the other components 151 to complete the installation of the garbage disposal assembly 150. In some implementations, removing the garbage disposal assembly apparatus 200 from the sink 180 comprises disconnecting the threaded rod 204 from the top part 202 and removing the top part 202 from the sink flange 152 in the sink drain opening 182.
In some implementations, disconnecting the threaded rod 204 from the top part 202 comprises rotatingly disengaging the threads of the threaded rod 204 and the top part opening 202c respectively. For example, in some implementations, the threaded rod 204 is unscrewed out of the top part opening 202c to rotatingly disengage the threaded rod 204 and the top part 202.
In some implementations, the threaded rod 204 is unscrewed out of the top part opening 202c by turning the securely connected handle 206 to thereby rotate the threaded rod 204. For example, in some implementations, the threaded rod 204 is rotated in a right-handed counter-clockwise direction to unscrew the threaded rod 204 out of the top part opening 202c.
Alternately, in some implementations, removing the garbage disposal assembly apparatus 200 from the sink 180 comprises disconnecting the handle 206 from the threaded rod 204 and removing the top part 202 from the sink flange 152 in the sink drain opening 182.
In some implementations, disconnecting the handle 206 from the threaded rod 204 comprises rotatingly disengaging the threads of the handle opening 206c and the threaded rod 204 respectively. For example, in some implementations, the handle 206 is unscrewed off of the threaded rod 204 to rotatingly disengage the handle 206 and the threaded rod 204.
In some implementations, the handle 206 is screwed off of the threaded rod 204 by turning the handle 206 around the threaded rod 204 passing through the handle opening 206 to thereby rotate the handle 206. For example, in some implementations, the handle 206 is rotated in a right-handed counter-clockwise direction to unscrew the handle 206 off of the threaded rod 204.
In some implementations, a garbage disposal 170 can be installed to the garbage disposal assembly 150, such as described above for
The figures, including photographs and drawings, comprised herewith may represent one or more implementations of the garbage disposal assembly apparatus.
Details shown in the figures, such as dimensions, descriptions, etc., are exemplary, and there may be implementations of other suitable details according to the present disclosure.
Reference throughout this specification to “an embodiment” or “implementation” or words of similar import means that a particular described feature, structure, or characteristic is comprised in at least one embodiment of the present invention. Thus, the phrase “in some implementations” or a phrase of similar import in various places throughout this specification does not necessarily refer to the same embodiment.
Many modifications and other embodiments of the inventions set forth herein will come to mind to one skilled in the art to which these inventions pertain having the benefit of the teachings presented in the foregoing descriptions and the associated drawings.
The described features, structures, or characteristics may be combined in any suitable manner in one or more embodiments. In the above description, numerous specific details are provided for a thorough understanding of embodiments of the invention. One skilled in the relevant art will recognize, however, that embodiments of the invention can be practiced without one or more of the specific details, or with other methods, components, materials, etc. In other instances, well-known structures, materials, or operations may not be shown or described in detail.
While operations may be depicted in the drawings in a particular order, this should not be understood as requiring that such operations be performed in the particular order shown or in sequential order, or that all illustrated operations be performed, to achieve desirable results.
This application claims the benefit of U.S. Patent Application Ser. No. 62/762,347, which was filed on May 1, 2018, and of U.S. Patent Application Ser. No. 62/750,711, which was filed on Oct. 25, 2018, each of which is incorporated herein by reference in its entirety.
| Number | Name | Date | Kind |
|---|---|---|---|
| 10065299 | Shields | Sep 2018 | B2 |
| 20070000116 | Goldburt | Jan 2007 | A1 |
| 20080178455 | Cox | Jul 2008 | A1 |
| 20140110557 | Dines | Apr 2014 | A1 |
| 20180178360 | Shields | Jun 2018 | A1 |
| Number | Date | Country | |
|---|---|---|---|
| 20190338503 A1 | Nov 2019 | US |
| Number | Date | Country | |
|---|---|---|---|
| 62762347 | May 2018 | US | |
| 62750711 | Oct 2018 | US |
