Food waste disposer, food waste disposer system and power cord assembly for implementation relative to waste disposer

Abstract

The utility model relates to a food waste disposer, a food waste disposer system and a power cord assembly for implementation relative to a waste disposer. The food waste disposer includes: a motor; a switch module coupled to the motor and operable to control power supplied to the motor; and a housing including a bottom housing portion and a top housing portion. The switch module and the motor are supported within an interior region within the housing. Each of the bottom housing portion and the switch module is configured to be couplable to each of the terminal assembly and the power cord assembly, respectively, at a first time and a second time, respectively. The food waste disposer may receive power from the hardwired power line through the terminal assembly and may receive power from the wall mounted power outlet through the power cord assembly.

Description

TECHNICAL FIELD

[0001] The present disclosure relates to waste disposers, such as food waste disposers, and more particularly, to control or power coupling systems for use in or in connection with such waste disposers, to waste disposers including such control or power coupling systems, and to methods of assembling and / or operating such waste disposers and / or control or power coupling systems associated with waste disposers. BACKGROUND

[0002] Food waste disposers are used to pulverize food residue into particles small enough to pass through a household drain pipe. Some food waste disposers have an operator-actuatable switch mechanism, with the operator-actuatable switch being positioned at or near the top of the food waste disposer. Because the operator-actuatable switch is positioned at or near the top of the food waste disposer, a cable is typically provided that extends from (or substantially to) the operator-actuatable switch to the bottom of the food waste disposer, where the motor (and possibly associated control circuitry, such as a start switch) is located.

[0003] While helpful in facilitating operator access to the switch mechanism, this conventional arrangement of operator-actuatable switch mechanisms is limited in several respects. In particular, such conventional arrangements are typically highly specialized, in that the arrangements are each configured to be implemented only with respect to a corresponding type of food waste disposer, such that any given arrangement can only be implemented with respect to a particular food waste disposer model or type.

[0004] Further, this conventional arrangement of operator-actuatable switch mechanisms is typically configured for implementation only with respect to a single type of household installation environment. It will be appreciated that most newer homes have a standard power outlet (e.g., a wall outlet) near the disposer to which the disposer can be coupled in order to receive power, but nonetheless, most older homes (pre-1970) have a Romex / BX cable extending from the wall of the home that can be directly coupled and terminated to the disposer in a hardwired fashion. Of all homes, it is estimated that 60% of homes are set up with a disposer having hardwiring, while the remaining 40% of homes use a power outlet located in the sink cabinet. Despite these different household installation environments, conventional arrangements of operator-actuatable switch mechanisms for food waste disposers are typically configured to be wired with respect to the food waste disposer in a manner that is specifically tailored to implementation of the food waste disposer only in relation to a particular household installation environment, such as when a Romex / BX cable is present.

[0005] For at least one or more of these reasons, or one or more other reasons, it would be advantageous if improved switch mechanisms or systems for use in or in connection with food waste disposer or other processors could be developed, and / or if improved food waste disposer or other processors having such mechanisms or systems or operating in connection with such mechanisms or systems could be developed, and / or if improved methods of assembling and / or operating such mechanisms, systems, or processors could be developed, in order to address any one or more of the problems discussed above or to address one or more other problems or to provide one or more benefits. BRIEF OVERVIEW

[0006] In at least some example embodiments, the present disclosure is directed to a food waste disposer system. The food waste disposer system includes a food waste disposer including a motor, a switch module coupled to the motor and operable to control power supplied to the motor, and a housing including a bottom housing portion and a top housing portion, wherein the switch module and the motor are supported within the housing. Additionally, the food waste disposer system further includes a lid switch mechanism including a cover control switch cord, a main body having at least one actuator and configured to be coupled to the top housing portion, and a plurality of connection components. The plurality of connection components includes a terminal cover configured to be coupled to the bottom housing portion and a switch interface connector coupled to the terminal cover and further configured to be coupled to the switch module. Moreover, the cover control switch cord extends between the main body and the terminal cover, wherein a first end of the cover control switch cord extending into the terminal cover includes a first wire lead and a second wire lead, and wherein the first wire lead is coupled to the switch interface connector. Additionally, the terminal cover is further configured to receive a second end of a power link therein, wherein the switch interface connector is configured to be coupled to at least one third wire lead of the power link, and wherein the second wire lead is configured to be coupled at least indirectly to a fourth wire lead of the power link.

[0007] Further, in at least some additional example embodiments, the present disclosure is directed to a lid switch mechanism for implementation with a garbage disposer, the garbage disposer having a motor, a switch module at least indirectly coupled to the motor, and a housing including a bottom housing portion and a top housing portion, wherein the switch module and the motor are supported within the housing. The lid switch mechanism includes a lid control switch cord, a main body configured to be coupled to the top housing portion, and a plurality of connection components. The plurality of connection components includes a terminal cover configured to be coupled to the bottom housing portion, a switch interface connector coupled to the terminal cover and further configured to be coupled to the switch module, and a wire connection component. The lid control switch cord extends between the main body and the terminal cover, wherein a first end of the lid control switch cord extending into the terminal cover includes a first wire and a second wire, and wherein the first wire is coupled to the switch interface connector. Further, the terminal cover is further configured to receive a second end of a power cord therein, wherein the switch interface connector is configured to be coupled to at least one third wire of the power cord, and wherein the wire connection component is configured to couple the second wire with a fourth wire of the power cord.

[0008] Additionally, in at least some additional example embodiments, the present disclosure is directed to a method of installing a food waste disposer system. The method includes providing a food waste disposer system for installation, wherein the food waste disposer system includes a housing, a switch module, and a motor, wherein the switch module and the motor are at least indirectly supported on the housing. Further, the method includes providing a lid switch mechanism, the lid switch mechanism including a lid control switch cord, a main body configured to be coupled to a top housing portion, and a plurality of connection components, wherein the plurality of connection components includes a terminal cover configured to be coupled to a bottom housing portion, a switch interface connector, and a wire connection component. Further, the method includes extending the lid control switch cord and a power cord between a first area outside of the terminal cover and a second area inside of the terminal cover through first and second orifices of the terminal cover, respectively, such that each of respective first ends of the lid control switch cord and the power cord extend into the second area. Additionally, the method includes coupling respective first wires disposed at the respective first ends of the lid control switch cord and the power cord to respective ports of the switch interface connector, and at least indirectly coupling respective second wires disposed at the respective first ends of the lid control switch cord and the power cord, respectively. Further, the method includes assembling a terminal assembly relative to a bottom portion of the housing, the terminal assembly including the terminal cover, the switch interface connector, and the first ends of the lid control switch cord and the power cord, wherein the assembling includes coupling the switch interface connector to the switch module, and connecting the main body of the lid switch mechanism to a top portion of the housing.

[0009] Further, in at least some additional example embodiments, the present disclosure is directed to a food waste disposer. The food waste disposer includes a motor, a switch module coupled to the motor and operable to control power supplied to the motor, and a housing including a bottom housing portion and a top housing portion, wherein the switch module and the motor are supported within an interior region within the housing. Each of the bottom housing portion and the switch module is configured to be couplable to each of a terminal assembly and a power cord assembly, respectively, at a first time and a second time, respectively, the food waste disposer can receive power from a hardwired power connection through the terminal assembly, the food waste disposer can receive power from a wall outlet through the power cord assembly. Further, the bottom housing portion includes a surface to which the terminal assembly or the power cord assembly is couplable, the surface defining an aperture into which a first activation switch interface connector of the terminal assembly or a second activation switch interface connector of the power cord assembly is insertable so as to be positioned at least partially within the interior of the housing. Further, the activation switch includes a plurality of connectors that are couplable to a plurality of first complementary formations of the first activation switch interface connector when the terminal assembly is coupled to the surface at the first time, or couplable to a plurality of second complementary formations of the second activation switch interface connector when the power cord assembly is coupled to the surface at the second time, respectively.

[0010] In some example embodiments, the food waste disposer further includes a fastener receiving formation along the bottom housing portion, the fastener receiving formation arranged such that a first fastener is attachable to attach the terminal assembly to the bottom housing portion when the terminal assembly is positioned along the surface, or the first fastener or a second fastener is attachable to attach the power cord assembly to the bottom housing portion when the power cord assembly is positioned along the surface.

[0011] In some example embodiments, the fastener receiving formation is an aperture receivable of a first screw as the first fastener, wherein the first screw is included by the food waste disposer.

[0012] In some example embodiments, the aperture defined by the surface includes a first keying recess and a second keying recess along a perimeter of the aperture, wherein the first keying recess and the second keying recess are configured to be complementary to first and second structural portions disposed on the terminal assembly, respectively, and further configured to be complementary to third and fourth structural portions disposed on the power cord assembly, respectively.

[0013] In some example embodiments, the aperture, the first and second keying recesses, and the activation switch are configured such that: (a) when the first and second keying recesses are aligned with the first and second structural portions, respectively, the terminal assembly is movable from a first position outside the housing toward and into a second position at least partially into the interior of the bottom housing portion; and (b) the terminal assembly is subsequently movable from the second position to a third position in a direction substantially along the surface, such that the plurality of connectors are capable of being coupled with the plurality of first and second complementary formations of the first and second activation switch interface connectors, respectively.

[0014] In some example embodiments, the food waste disposer further comprises a fastener receiving formation along the bottom housing portion, the fastener receiving formation arranged such that a first fastener is attachable to attach the terminal assembly to the bottom housing portion when the terminal assembly is in the third position.

[0015] In some example embodiments, the aperture, the first and second keying recesses, and the activation switch are configured such that: (a) when the first and second keying recesses are aligned with the third and fourth structural portions, respectively, the power cord assembly is movable from a first position outside the housing toward and into a second position at least partially into the interior of the bottom housing portion; and (b) the power cord assembly is subsequently movable from the second position to a third position in a direction substantially along the surface, such that the plurality of connectors are capable of being coupled with the plurality of second complementary formations of the second activation switch interface connector.

[0016] In some example embodiments, the food waste disposer further comprises a fastener receiving formation along the bottom housing portion, the fastener receiving formation arranged such that a first fastener is attachable to attach the power cord assembly to the bottom housing portion when the power cord assembly is in the third position.

[0017] In some example embodiments, a) a cover control switch cord extends between the main body and a terminal cover of the terminal assembly or the power cord assembly; or b) a power junction as one of a Romex cable or a BX cable is also coupled to the switch module by the terminal assembly when the terminal assembly is coupled to the surface.

[0018] Further, in at least some additional example embodiments, the present disclosure is directed to a food waste disposer system comprising a food waste disposer as described above, and further comprising the terminal assembly or the power cord assembly.

[0019] Additionally, in at least some further example embodiments, the present disclosure is directed to a power cord assembly for implementation with respect to a garbage disposer. The power cord assembly includes a plug adapted to be coupled to a wall outlet, a terminal cover, and a power cord extending between the plug and a first surface of the terminal cover. Further, the power cord assembly includes an activation switch interface connector attached to a second surface of the terminal cover, wherein a wire within the power cord is coupled to the activation switch interface connector, and wherein the activation switch interface connector, the power cord, the terminal cover, and the plug form an integrated assembly. Further, the terminal cover is configured to be positioned along an outer surface of a housing of a garbage disposer so as to cover an aperture defined by the surface, and such that the activation switch interface connector extends at least partially into an interior of the housing and can be coupled to an activation switch positioned within the housing.

[0020] In some example embodiments, the terminal cover includes an aperture through which a screw can be positioned so as to fasten the terminal cover to the outer surface of the housing.

[0021] In some example embodiments, the activation switch interface connector includes a plurality of structural portions configured to respectively pass through a plurality of keying recesses formed within the aperture as the activation switch interface connector travels from a first position outside of the housing to a second position in which the activation switch interface connector extends at least partially into the interior of the housing.

[0022] Further, in at least some further example embodiments, the present disclosure is directed to a food waste disposer system including a power cord assembly as described above and a food waste disposer including the housing and the activation switch, wherein each of a bottom housing portion of the housing and a switch module of the food waste disposer are configured to be respectively couplable to each of a terminal assembly and the power cord assembly at a first time and a second time, respectively, the food waste disposer being capable of receiving power from a hardwired power connection through the terminal assembly, the food waste disposer being capable of receiving power from a wall outlet through the power cord assembly.

[0023] In some example embodiments, the aperture defined by the surface of the housing includes a first keying recess and a second keying recess along a perimeter of the aperture, wherein the first and second keying recesses are respectively configured to be complementary to first and second structural portions disposed on the terminal assembly, and are further respectively configured to be complementary to third and fourth structural portions disposed on the power cord assembly.

[0024] Further, in at least some additional example embodiments, the present disclosure is directed to a method of implementing a first food waste disposer so as to be coupled to receive power. The method includes providing a first food waste disposer including a motor, a switch module coupled to the motor and operable to control power supplied to the motor, and a housing including a bottom housing portion and a top housing portion, wherein the switch module and the motor are supported within an interior region within the housing. Additionally, the method includes coupling a power cord assembly to the first food waste disposer at a first time, and coupling a terminal assembly to the first food waste disposer at a second time. The first food waste disposer can receive power from a wall outlet power receptacle when the power cord assembly is coupled to the switch module, and the first food waste disposer can receive power from a hardwired power connection when the terminal assembly is coupled to the switch module. Further, each of the terminal assembly and the power cord assembly includes each of a respective activation switch interface connector coupled to a respective terminal cover. Further, coupling the power cord assembly to the first food waste disposer includes sliding the respective terminal cover of the power cord assembly a first time in a first direction substantially along a surface of the bottom housing such that a first plurality of complementary formations of the respective activation switch interface connector of the power cord assembly are respectively coupled to a plurality of connectors of the switch module. Additionally, coupling the terminal assembly to the first food waste disposer includes sliding the respective terminal cover of the terminal assembly a second time in the first direction substantially along the surface of the bottom housing such that a second plurality of complementary formations of the respective activation switch interface connector of the terminal assembly are respectively coupled to the plurality of connectors of the switch module. BRIEF DESCRIPTION OF DRAWINGS

[0025] Embodiments of food waste disposer systems (or other waste disposer systems), food waste disposers, and / or systems (or subsystems) used in or in conjunction with such waste disposer systems / disposers and / or related methods are disclosed with reference to the drawings and are for illustrative purposes only. The systems and methods contained herein are not limited in their application to the details of construction, the arrangements of components, or the other aspects or features set forth herein, as these are merely illustrative. The systems and methods contained herein include other embodiments or are capable of other various modifications and / or enhancements, as would be understood by those skilled in the art. Like reference numerals are used to denote like components. In the drawings:

[0026] Figure 1 is a perspective view of a bottom, substantially rear portion of a first example food waste disposer assembly including a first example food waste disposer assembled in combination with a first example cover control system, the first example food waste disposer assembly mountable relative to another structure such as a sink, the first example food waste disposer shown connected to a Romex / BX cable (shown in cross-section);

[0027] Figure 2 is Figure 1 a top, substantially front perspective view of a first exemplary food waste disposer assembly of

[0028] Figure 3 is Figure 1 and Figure 2 a bottom perspective view of the first exemplary food waste disposer assembly of

[0029] Figure 4 is Figure 1 , Figure 2 and Figure 3 a first cutaway enlarged bottom perspective view of portions of the first exemplary food waste disposer assembly of

[0030] Figure 5 is Figure 1 , Figure 2 , Figure 3 and Figure 4 a second cutaway enlarged bottom perspective view of portions of the first exemplary food waste disposer assembly of

[0031] Figure 6 is Figure 1 , Figure 2 , Figure 3 , Figure 4 and Figure 5 a bottom plan view of the terminal cover of the first exemplary food waste disposer assembly of

[0032] Figure 7 is Figure 6 a bottom perspective view of the terminal cover of

[0033] Figure 8 is Figure 1 and Figure 2 a top perspective view of several LEF connection components (including Figure 6 and Figure 7 the terminal cover) of the food waste disposer assembly of Figure 1 and Figure 2 the cover control switch cord (shown in cutaway view) and the Romex / BX cable (shown in cutaway view) of the food waste disposer assembly of

[0034] Figure 9 is Figure 1 and Figure 2 a perspective view of the start switch interface connector of the food waste disposer assembly of

[0035] Figure 10 、 Figure 11 、 Figure 12 、 Figure 13 、 Figure 14 、 Figure 15 、 Figure 16 、 Figure 19 and Figure 20 are perspective cutaway views of portions of the food waste disposer assembly of Figures 1-8 , which together with Figure 9 、 Figure 17 and Figure 18 are intended to collectively illustrate steps of the method of assembly or installation of the food waste disposer assembly of Figure 1 and Figure 2 ;

[0036] Figure 17 and Figure 18 provide two additional cutaway views of the food waste disposer assembly of Figure 1 and Figure 2 , which further illustrate portions of the assembly after the steps of the method of assembly / installation represented by Figure 16 have been completed;

[0037] Figure 21 is a perspective view of an alternate embodiment of the terminal assembly in which a wire nut is employed in place of a wire joiner connector to couple the wires;

[0038] Figure 22 is a perspective view of portions of the food waste disposer assembly of Figures 1-8 substantially corresponding to portions of the assembly shown in Figure 10 when the food waste disposer assembly is assembled in accordance with the method of assembly / installation so as to be coupled to a power cord rather than a Romex / BX cable;

[0039] Figure 23 is a cutaway bottom perspective view of example portions of a food waste disposer assembly in accordance with an additional embodiment, which includes a combination of the connection components of Figure 1 the food waste disposer and the cutaway portion of the Romex / BX cable;

[0040] Figure 24 is a perspective side view of the connection components in addition to the cutaway portion of the Romex / BX cable of Figure 23 ;

[0041] Figure 25 shows an additional side perspective cutaway view of a portion of the food waste disposer along with the terminal assembly installed relative thereto when viewed from the interior of the food waste disposer, the terminal assembly includingFigure 23 and Figure 24 The connecting components and one or more parts of the Romex / BX cable,

[0042] Figure 26 This is a perspective cross-sectional view of a food waste disposer assembly according to an additional embodiment, the food waste disposer assembly including a power cord assembly. Figure 1 Food waste disposers;

[0043] Figure 27 yes Figure 26 Top perspective sectional view of the power cord assembly;

[0044] Figure 28 yes Figure 26 (and Figure 1 Top perspective view of the lower end frame (LEF) of a food waste disposer, with the power switch shown as disassembled from the LEF; and

[0045] Figure 29 , Figure 30 and Figure 31 They are shown respectively Figure 26 The front elevation, right side elevation, and top plan of the power cord assembly are shown, with the front and right side elevations providing a broken view of the integrated power cord of the power cord assembly. Detailed description

[0046] This disclosure relates to and includes waste disposal systems and components, such as food waste disposal components, configured to be controlled by a lid control mechanism or system (or subsystem). More specifically, in at least some embodiments, this disclosure relates to a food waste disposal component having a food waste disposal unit and a lid control mechanism, wherein the food waste disposal unit includes a motor section at the bottom (or first end) of a first waste disposal unit, and wherein the lid control mechanism is mounted on the top (or second end) of the food waste disposal unit. Such a lid control mechanism may be provided, for example, in the form of a cover control kit, by which a consumer can easily assemble the lid control mechanism relative to the food waste disposal unit. Such a lid control kit may be sold separately from the food waste disposal unit as a kit, or may be included with the disposal unit when the consumer purchases the disposal unit / disposal unit (e.g., within the disposal unit housing).

[0047] Additionally, the present disclosure contemplates garbage disposer assemblies in which a disposer assembly that includes a lid control mechanism can be assembled to receive power in any of several ways. More particularly, in at least some embodiments, the present disclosure is directed to food garbage disposer assemblies in which a food garbage disposer and, additionally, a lid control mechanism can be coupled to receive power through each of (or any of) a power cord that can be plugged into a wall outlet or other power source, or a Romex cable or BX hard covered wire. In at least some such embodiments, the coupling of the food garbage disposer assembly to the Romex cable or BX hard covered wire can be accomplished through the implementation of a Romex / BX connector. Additionally, in at least some embodiments, the present disclosure is directed to a lid control mechanism (e.g., in the form of a lid control kit) that can be added to any of a number of different types of disposers, such that a consumer can select or choose a model of a disposer from among those different types of disposers and then apply / implement a lid control mechanism associated with the selected disposer. For any of the different types of disposers, the lid control mechanism is designed to include a connector through which the lid control mechanism can be plugged into the disposer in order to simplify the installation of the lid control mechanism relative to the disposer.

[0048] The present disclosure contemplates embodiments in which a garbage disposer assembly is implemented through a wired installation (in which a cord associated with the garbage disposer assembly can be plugged into a power (e.g., wall) outlet at the installation site) or a hardwired installation, such that power can be delivered to the garbage disposer assembly via a Romex / BX cable that is present at the installation site. That is, the present disclosure contemplates that a given garbage disposer assembly can include or be implemented in conjunction with a system (or system component) that enables the garbage disposer assembly to be installed relative to a surrounding environment, such as a home installation site, in either of (or both of) two different ways, such that the given garbage disposer assembly can be provided with power through a power outlet or through a Romex / BX cable. Relatedly, the present disclosure contemplates a method of installing a garbage disposer assembly according to which the garbage disposer assembly can be installed relative to a surrounding environment in either of two ways, depending on whether the garbage disposer assembly is receiving power from a power outlet or through a Romex / BX cable.

[0049] Further, in at least some embodiments included herein, the present disclosure is directed to a processor assembly having a lower end frame (LEF) and a start switch and a lid control mechanism configured to facilitate coupling of the lid control mechanism to the processor and to a power source through any of a power cord or Romex or BX cord or cable. In some such embodiments, the processor assembly includes an arrangement through which wires from a trigger switch (e.g., of the lid control mechanism) can be coupled to a start switch connector and also to a power cord wire, all within the same general area. Further, in some such embodiments, all wires are routed and connected into a new connector that mates with the start switch as part of the LEF assembly.

[0050] More particularly, in at least some such embodiments included herein, the processor assembly is arranged in such a way that two main cords (i.e., a cord or cable with wires from the lid control mechanism and a cord or cable intended to link the processor assembly with a power source (e.g., a Romex cable, a BX hard clad cable, or a power cord suitable for plugging into a wall outlet)) enter the junction box at different angles so that these two cords can have separate strain reliefs. The new (two-conductor) connector makes it possible to tie the power cord within this small junction box. The junction box and new connector can be considered part of the lid control mechanism rather than part of the processor, and this new lid control mechanism (or lid control kit) design solves the interface with the new LEF and start switch and makes the customer no longer have just one processor model choice.

[0051] Referring to Figure 1 and Figure 2 , respectively, illustrate bottom, substantially rear perspective and top, substantially front perspective views of a food waste disposer system or assembly 10 according to a first example embodiment included herein. As shown, the food waste disposer assembly 10 includes a food waste disposer 100 having a housing 102, a cylindrical stator band 104, and a lower end frame (LEF) 106 (see Figure 1). Generally, the food waste disposer 100 can be understood to include a food transport section, a motor section, and a grinding section. The food transport section is generally positioned at a location corresponding to the location of the housing 102, at or near the top of the food waste disposer 100. The motor section is generally positioned at a location corresponding to and within the stator band 104, at or near the bottom of the food waste disposer 100. The grinding section is disposed between the food transport section and the motor section. It should be understood that the food transport section includes an inlet for receiving food waste and fluid (e.g., water) and transporting the food waste to the grinding section. The motor section includes a motor that imparts rotational motion to a motor shaft to operate the grinding section. In the present exemplary embodiment, the motor can be an electric motor that is an induction motor, but the present disclosure is intended to encompass embodiments of food waste disposers that employ other types of motors, such as permanent magnet motors.

[0052] In the present exemplary embodiment, the food waste disposer assembly 10 includes a control switch mechanism 50 in addition to the food waste disposer 100. The control switch mechanism 50 is configured to allow a user to turn on, turn off, or otherwise actuate or control operation of the disposer with respect to which the control switch mechanism is implemented. In the present example, the control switch mechanism 50 is considered distinct from the food waste disposer 100, where both the food waste disposer and the control switch mechanism are included as part of the food waste disposer assembly 10. However, in other embodiments or circumstances, the control switch mechanism 50 can instead be considered to form part of the food waste disposer 100 itself. The control switch mechanism 50 can be included with the food waste disposer 100 at the time of purchase of the food waste disposer 100 (or the entire food waste disposer assembly 10), or can be obtained or purchased separately from the food waste disposer as a lid control kit.

[0053] As shown, in the present embodiment, the control switch mechanism 50 includes a primary body 52, a LEF connection component 54 (see Figure 1) and a lid control switch cord (or cable or wire) 56 that links the main body 52 to the LEF connection component 54. The main body 52 is configured to be mounted at the top or top end of the food waste disposer along the lid of the food waste disposer. Due to this arrangement of the main body 52, the actuation switches (or other actuators) of the control switch mechanism 50 disposed in the main body are more easily accessible by the user / operator, and the control switch mechanism 50 can also be referred to as a lid control mechanism. The lid control switch cord 56 is connected to the main body 52 of the control switch mechanism 50 disposed at the top end of the food waste disposer 100 (e.g., to the AV extension tube 59 at the top of the disposer) and is arranged to extend downward from the main body 52 along the exterior of the food waste disposer, then pass underneath the food waste disposer, to the LEF connection component 54. Arranged in this manner, the lid control switch cord 56 not only allows the LEF connection component 54 to be coupled to the main body 52, but also allows the LEF connection component to be positioned along the LEF 106.

[0054] As will be described in further detail below, the positioning of the LEF connection component 54 along the LEF 106 facilitates not only the coupling of the actuation switches (or other actuators) of the main body 52 of the control switch mechanism 50 to the motor section via the lid control switch cord 56, but also the coupling of those actuation switches and the motor section to the power source. In Figure 1 and Figure 2 In the present example embodiment shown, the LEF connection component 54 is shown as being coupled to a Romex / BX cable 58 through which power is received from the power source. The Romex / BX cable 58 is intended to be representative of a Romex cable or BX hard sheathed wire as can be pre-installed in some homes or facilities for delivering power to devices such as the food waste disposer assembly 10. For the purposes of the present description, the Romex / BX cable 58 is not considered to be part of the food waste disposer assembly 10, but in other instances, the Romex / BX cable (or a portion thereof, such as the portion proximate to or coupled to the LEF connection component 54) can be considered to be part of the food waste disposer assembly.

[0055] Although Figure 1 and Figure 2The exemplary embodiments of the LEF connection component 54 are illustrated as being coupled to a Romex / BX cable 58, but the present exemplary embodiments are also exemplary of embodiments that are adaptable to power cord having a plug (e.g., a NEMA 5-15 plug) that is plugged into a wall outlet, as will be described further below. That is, in the present embodiments, the LEF connection component 54 and food waste disposer assembly 10 as a whole are configured to allow for embodiments in which the Romex / BX cable 58 is coupled to the LEF connection component 54 to allow for the supply of power to the food waste disposer assembly, or embodiments in which a power cord 400 (see Figure 22 ) is implemented with respect to the LEF connection component 54 such that power can be supplied to the food waste disposer assembly 10 when the power cord is also plugged into a wall outlet. Again, for purposes of the present description, such a power cord (e.g., power cord 400) is not considered to be part of the food waste disposer assembly, but in other instances, a power cord (or a portion thereof, e.g., the portion proximate to or coupled to the LEF connection component 54) can be considered to be part of the food waste disposer assembly.

[0056] Turning to Figure 3 , Figure 4 and Figure 5 , first, second, and third bottom perspective views of the food waste disposer assembly 10 or portions thereof are provided to more fully illustrate how the terminal cover (or junction box) 300 of the LEF connection component 54 receives the cover control switch cord 56 as well as the Romex / BX cable 58. More specifically, Figure 3 is a bottom perspective view of the food waste disposer assembly 10 of Figure 1 and Figure 2 , each of the cover control switch cord 56 and the Romex / BX cable 58 are shown in cross-section. By comparison, Figure 4 is a first cross-sectional enlarged bottom perspective view of portions of the food waste disposer assembly 10, and Figure 5 is a second cross-sectional enlarged bottom perspective view of portions of the food waste disposer assembly 10. Figure 3 , Figure 4 and Figure 5The terminal cover 300 of the LEF connection component 54 is shown in particular coupled along the bottom surface 108 of the LEF 106, and is configured such that the cap control switch cord 56 enters the terminal cover at the first side wall 302, but the Romex / BX cable 58 enters the terminal cover at the bottom wall 304. The bottom wall 304 is substantially parallel to the bottom surface 108 of the LEF 106, and thus the Romex / BX cable 58 enters the terminal cover 300 in a direction that is substantially orthogonal (or perpendicular) to the bottom surface 108 of the LEF. In contrast, the cap control switch cord 56 enters the terminal cover 300 in a direction that is substantially parallel to or along the bottom surface 108 of the LEF 106.

[0057] More specifically, with respect to the terminal cover 300, Figure 6 A bottom plan view of the terminal cover is provided, and Figure 7 A bottom perspective view of the terminal cover is provided. As shown, the terminal cover (or junction box) 300 takes the form of a cup, which includes a first side wall 302 extending upwardly (downwardly when viewed as Figure 7 shown) from a bottom wall 304 to a first rim portion 314, and an additional curved side wall 306 also extending upwardly from the bottom wall to a second rim portion 316. The bottom wall 304 includes a bottom aperture 320 configured to receive the Romex / BX cable 58, and the first side wall 302 includes a side aperture 322 configured to receive the cap control switch cord 56. The additional curved side wall 306 extends around the bottom wall 304 from a first upwardly extending edge 308 of the first side wall 302 to a second upwardly extending edge 310 of the first side wall, such that the bottom wall 304, the first side wall 302, and the additional curved side wall 306 together define the cup according to an interior space 312 (see also Figure 8 ). The interior space 312 is completely enclosed, except for the bottom aperture 320, the side aperture 322, and a top opening 324 defined by the first rim portion 314 and the second rim portion 316.

[0058] Furthermore, the terminal cover 300 includes a first rim extension (or lip) 326 and a second rim extension (or lip) 328, each of which extends outwardly from the second rim portion 316 parallel to or substantially parallel to the bottom wall 304 and can be considered to form part of the second rim portion. More specifically, the first rim extension 326 is a generally triangular configuration that extends generally outwardly away from a first side portion 330 of the additional curved side wall 306 adjacent to the first upwardly extending edge 308. Furthermore, the second rim extension 328 is a generally rectangular configuration that extends generally outwardly away from a second side portion 332 of the additional curved side wall 306 adjacent to the second upwardly extending edge 310. The first rim extension 326 includes a circular aperture 334 therein, and the second rim extension 328 includes an oblong slot 336 that also extends generally outwardly away from the second side portion 332.

[0059] In the present embodiment, the terminal cover 300 is made of zinc casting. The use of zinc casting can be desirable in making it easier to achieve the complex shape of the terminal cover 300 suitable for the desired wiring manner. In other embodiments, the terminal cover 300 can be made of other materials, such as steel, or otherwise.

[0060] Turning to Figure 8 , the LEF connection component 54 in the present embodiment includes not only the terminal cover 300, but also a strain relief component (or grommet) 340, an additional strain relief component (or simply strain relief) 342, and an activation switch interface connector 344 (see Figure 9 ). Furthermore, as will be further described below, the LEF connection component 54 in the present embodiment additionally includes a wire organizer or wire organizer connector 346 (see Figure 13 ), but in another embodiment employs a wire nut 348 in place of the wire organizer connector. The cover control switch cord 56 can be secured to the terminal cover 300 through the strain relief component 340, and the Romex / BX cable 58 can be secured relative to the terminal cover 300 through the strain relief 342. In the present embodiment, the strain relief 342 (which can also be referred to as a power junction coupler or Romex / BX coupler) can take the form of a commonly available electrical component that is commonly used to ground metal jacketed cable (BX) and / or to secure Romex / BX cable to another component, such as for example, an electrical outlet box or adapter (in alternative embodiments, the strain relief can take other forms, such as a grommet).

[0061] Furthermore, the LEF connection component 54 is configured to facilitate the connection of the first conductor 350 and the second conductor 352 of the cover control switch cord 56 to the third conductor 354, the fourth conductor 356, and the fifth conductor 357 (white / neutral conductor, green / ground conductor, and black / energized conductor, respectively) of the Romex / BX cable 58, and to the start switch interface connector 344, as described below. Figures 9-20 Further detailed description. Additionally, the start switch interface connector 344 is configured to connect to the start switch 388 of the food waste disposer 100 (see [link]). Figure 16 (as described in further detail below).

[0062] Go to Figures 9-20 Further perspective views of the food waste disposer assembly 10 and its portions are shown, particularly illustrating a method of assembling or installing the food waste disposer assembly relative to the Romex / BX cable 58 according to the exemplary embodiments contained herein. This method can be performed by any of a variety of operators or users, such as the customer who purchases the food waste disposer 100 or a professional technician or installer. Specifically, in this embodiment, [the following is an illustration / illustration]... Figures 9-20 The method described is one in which a control switch mechanism 50 is assembled relative to a food waste disposer 100, the control switch mechanism 50 being provided as a lid control kit (or provided with the food waste disposer 100 upon purchase). Furthermore, in the case of… Figures 9-20 In the method described, Romex / BX cable 58 is connected to control switch mechanism 50 and food waste disposer 100. Through this method, food waste disposer assembly 10 is connected to a power source via Romex / BX cable 58 and is also configured to allow an operator to control the food waste disposer via control switch mechanism 50. Although... Figures 9-20 The method shown requires connecting the food waste disposer assembly 10 to a power source via Romex / BX cable 58, but this disclosure also includes additional methods that require connecting the food waste disposer assembly to a power source via a power cord, as discussed further below.

[0063] In this embodiment, Figure 9 The method began with Figure 9 The first step of the representation, Figure 9 A perspective view of the start switch interface connector 344 is shown. Figure 9In the first step shown, the operator strips (e.g., with the aid of a wire stripping tool) each of the third and fourth wires 354, 356 (e.g., the white and green wires) of the Romex / BX cable 58 and the first wire 350 (or alternatively, the second wire 352) of the cover control switch cord 56. In this embodiment, each of these wires 354, 356 and 350 (or 352) is stripped to push-in terminal distance. As shown, Figure 10 The activation switch interface connector 344 includes a wire stripping feature 358 that illustrates the extent to which each of the third wire 354, the fourth wire 356, and the first wire 350 (or the second wire 352) should be stripped.

[0064] Next, in the second step shown, Figure 8 In the second step shown, the operator inserts and secures each of the cover control switch cord 56 and the Romex / BX cable 58 relative to the terminal cover 300. More specifically, in this second step, the operator inserts the strain relief 340 into the side aperture 322 of the terminal cover 300 and additionally inserts the cover control switch cord 56 (the end opposite the end connected to the main body 52) including the first wire 350 and the second wire 352 from the exterior of the terminal cover 300 through the side aperture 322 and through the strain relief therein into the interior space 312 of the terminal cover. Additionally, the operator inserts the strain relief 342 into the bottom aperture 320 of (or in relation to) the terminal cover 300 and additionally inserts the Romex / BX cable 58 (the free end opposite the end coupled to any power source) including the third wire 354, the fourth wire 356, and the fifth wire 357 from the exterior of the terminal cover 300 through the bottom aperture 320 and through the strain relief (or grommet) 342 into the interior space 312 of the terminal cover. Upon completion of this second step, each of the cover control switch cord 56 and the Romex / BX cable 58 are coupled to and secured relative to the terminal cover 300 in a manner such that each of the first wire 350, the second wire 352, the third wire 354, the fourth wire 356, and the fifth wire 357 are positioned in the interior space 312, as shown. Figure 11

[0065] Then, in the third step shown, Figure 12 ​In the third step shown, the operator will assemble / couple the start switch interface connector 344 relative to the cover control switch cord 56 and Romex / BX cable 58. To accomplish this coupling, the operator will push the third and fourth wires 354, 356 (which were stripped in the first step) of the Romex / BX cable 58 into the first and second input ports 360, 362, respectively, of the start switch interface connector 344. Additionally, the operator will push the first wire 350 (or alternatively, the second wire 352, depending on whether the first or second wire was stripped in the first step) into the third input port 364 of the start switch interface connector 344. Furthermore, in the fourth step shown, Figure 9 In the fourth step shown, the operator will snap the start switch interface connector 344 into the terminal cover 300 so as to be secured relative thereto. In the present embodiment, this snapping of the start switch interface connector 344 relative to the terminal cover 300 is accomplished by positioning the pronged deformable snapping feature 366 of the start switch interface connector (see also Figure 12 ) into the elongated slot 336 and at least partially through the elongated slot 336 until the snapping feature snaps into place behind the elongated slot, as shown in Figure 12 . Figure 13 The combination of the start switch interface connector 344 and the terminal cover 300 is particularly illustrated when assembled in this manner and with the snapping feature 366 protruding from the elongated slot 336 after being pushed through the elongated slot.

[0066] Next, in the fifth step shown, Figure 14In the fifth step shown, the operator couples the second wire 352 of the cover control switch cord 56 to the fifth (e.g., black) wire 357 of the Romex / BX cable 58 through the junction block connector 346. In joining the second wire 352 and the fifth wire 357, the entire terminal assembly 380, including the terminal cover 300, the start switch interface connector 344, the strain relief component 340, the power link coupler 342, the wires 350, 352, 354, 356, and 357, and the associated end portions of the cover control switch cord 56 and the Romex / BX cable 58, is ready for installation or coupling relative to the food waste disposer 100 and, in particular, the LEF 106. For purposes of this specification, it should be understood that the terminal assembly 380 includes both components that are considered part of the food waste disposer assembly 10 (such as the LEF connection component 54 including the terminal cover 300) and components that are not considered part of the food waste disposer assembly 10 (at least as described above), namely the third wire 354, the fourth wire 356, and the fifth wire 357 of the Romex / BX cable 58. In other instances, however, the terminal assembly can be understood to include all components of the terminal assembly 380 except for any portion of the Romex / BX cable 58, such as the wires 354, 356, and 357.

[0067] The installation / assembly of the terminal assembly 380 relative to the LEF 106 generally involves three steps. In a first step, indicated generally at 390, the terminal cover 300 is removed from the LEF connection component 54. In a second step, indicated generally at 392, the power link coupler 342 is coupled to the Romex / BX cable 58. In a third step, indicated generally at 394, the terminal assembly 380 is coupled to the LEF 106. Figure 15 and Figure 14 In a sixth step, indicated generally at 396, the terminal assembly 380 is aligned with and fitted into the LEF 106. More particularly, in this regard, Figure 15 A bottom perspective view of the LEF 106 relative to the portion of the terminal assembly 380 is provided when the terminal assembly is proximate the bottom surface 108 of the LEF 106. As shown, the start switch interface connector 344 includes first and second keying tabs (or protrusions) 382 disposed on opposite sides of the start switch interface connector generally above the opposite sides of the second edge extension 328. The LEF 106 includes a generally rectangular LEF opening (or aperture) 384 that includes first and second keying recesses 386 (see also FIG. 6). The first and second keying tabs 382 of the start switch interface connector 344 are received within the first and second keying recesses 386 of the LEF opening 384. In this regard, the first and second keying tabs 382 of the start switch interface connector 344 are received within the first and second keying recesses 386 of the LEF opening 384. Figure 15), the first and second bonding recesses are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and dimensioned such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as Figure 14 illustrated, which provides a top plan view of the inner surface and portions of the terminal assembly 380. Although the activation switch interface connector 344 is positioned over the inner surface 383 of the LEF 106 when the terminal assembly 380 is aligned with and fitted into the LEF 106, the activation switch interface connector 344 is not bonded to the LEF 106 at this point. Figure 15 and Figure 16 It should be further understood that the terminal cover 300 remains fully positioned below the bottom surface 108 of the LEF 106, with the first and second rim extensions 326 and 328 positioned to abut and interface with the bottom surface.

[0068] Additionally, after the sixth step, at a seventh step, indicated by Figure 15 , the terminal assembly 380 is slid relative to the LEF 106 such that the activation switch interface connector 344 is pushed forward tightly against the activation switch 388 mounted and supported on the inner surface 383 of the LEF 106. From Figure 16 It will also be understood that the activation switch interface connector 344 includes first, second, and third output ports 390, 392, and 394, respectively, which oppose (and are electrically coupled to) the first, second, and third input ports 360, 362, and 364, respectively, and additionally, the activation switch 388 includes first, second, and third input tabs 396, 398, and 397, respectively. Moreover, there is a gap (not shown) between at least certain portions of the activation switch interface connector 344, such as the bonding tabs 382, and certain portions of the terminal cover 300, such as the first and second rim extensions 326 and 328. In view of this arrangement, a user / installer can slide the terminal assembly 380, and particularly the activation switch interface connector 344, relative to the LEF 106 in the direction indicated by the arrow 389 shown in Figure 16 , until (as shown in Figure 17 ) the respective first, second, and third input tabs 396, 398, and 397 are positioned within and electrically coupled to the respective first, second, and third output ports 390, 392, and 394, respectively.

[0069] In view of such installation, it should be appreciated that the first, second, and third input tabs 396, 398, and 397 of the start switch 388 are respectively electrically coupled to the third, fourth, and first conductors 354, 356, and 350. Figure 18 and Figure 19 first and second side perspective cutaway views of the food waste disposer 100 and the terminal assembly 380, respectively, when the terminal assembly has been slid relative to the LEF 106 such that the start switch interface connector 344 is coupled to the start switch 388. Moreover, when such installation has been completed, it should be appreciated that a switchable electrical circuit is completed between each of the Romex / BX cable 58, the control switch mechanism 50, and the start switch 388 (and the associated motor of the food waste disposer). In particular, the electrical circuit can be appreciated as extending from the fifth conductor (e.g., the black, live power conductor) 357 of the Romex / BX cable 58 to the second conductor 352 of the lid control switch cord 56, which is coupled to the fifth conductor 357 by the junction box connector 346. Moreover, the electrical circuit can be appreciated as additionally extending through the control switch mechanism 50, from the second conductor 352 via the lid control switch cord 56 to one or more actuation switches within the main body 52, and back to the first conductor 350 via the lid control switch cord. Additionally, the electrical circuit can be appreciated as further extending to the motor via the start switch 388 and the start switch interface connector 344, so long as the first conductor 350 is coupled to the start switch interface connector, which in turn is coupled to the motor via the switch module (depending on the switch state of the switch module). Moreover, at least in terms of the electrical circuit coupling back to the Romex / BX cable 58, the electrical circuit is completed so long as the motor is again coupled to one or both of the third and fourth conductors 354 and 356 of the Romex / BX cable via the start switch 388 and the start switch interface connector 344.

[0070] After the seventh step is completed, an eighth step in the installation process is performed, in which the terminal assembly 380 is secured to the food waste disposer 100, and in particular to the LEF 106, as shown in Figure 16 In the present exemplary embodiment, when the terminal assembly 380 has been slid into place (such that the start switch interface connector 344 is engaged with the start switch 388), the terminal assembly 380 is secured to the food waste disposer 100 by threading a securing screw 309 through the circular aperture 334 in the terminal cover 300, and then subsequently into a receiving aperture (not shown) provided in the LEF 106, as described with respect to Figure 17 、 Figure 18 and Figure 14The terminal assembly 380 is locked into place relative to the LEF 106 by screwing in the set screw 309. In particular, when locked in this position, the terminal assembly 380 cannot slide away from the activation switch 388 and cannot disengage from the activation switch 388. Moreover, when locked in this position, the bonding tab 382 is not aligned with the bonding recess 386, and thus the terminal assembly 380 remains against the LEF 106 as long as the activation switch interface connector 344 is in contact with the inner surface 383 and cannot pass through the LEF 106 away from the food waste disposer 100. That is, since the bonding tab (or LEF tab) 382 is positioned at a location along the inner surface 383 of the LEF 106 where there is no bonding recess 386, the terminal assembly 380 (and in particular the front portion of the terminal assembly, i.e., the portion closest to the activation switch 388) is also fixed relative to the LEF.

[0071] It should be appreciated that, according to embodiments, the set screw 309 can be considered to be part of the food waste disposer 100 (and / or its LEF 106), or alternatively can be considered to be one of the LEF connection components 54 (and / or a part of the terminal assembly 380). In embodiments where the set screw 309 is included as part of the food waste disposer 100 (e.g., as originally purchased), the above-described method should be understood to include a preliminary step of removing the set screw 309 from the LEF 106 prior to installing the terminal assembly 380 relative to the LEF 106 (e.g., prior to the sixth step of Figure 15 and Figure 20 above). Alternatively, if the set screw 309 is considered to be one of the LEF connection components 54, the preliminary step of removing the set screw from the LEF need not be performed.

[0072] Finally, after the terminal assembly 380 is secured to the LEF 106 by installing the set screw 309, the ninth step shown in Figures 1-20 is performed. In this ninth step, the main body 52 of the control switch mechanism 50 (e.g., the cover control switch) is attached into place relative to the AV extension tube 59 at the top of the food waste disposer 100. In the present embodiment, the main body 52 can be snapped into place by moving the main body 52 relative to the AV extension tube 59 in the direction shown by arrow 311.

[0073] In addition to those embodiments and arrangements described above with respect to Figure 13 the present disclosure is intended to encompass many other embodiments and arrangements. For example, although the above-described embodiments contemplate that the LEF connection components 54 include the wire harness connector 346, in alternative embodiments the LEF connection components instead include the wire nut 399. For such embodiments employing the wire nut, the fifth step (previously described with respect to Figures 1-21The process described above can take an alternative form in which the operator couples the second conductor 352 of the cover control switch cord 56 to the fifth (e.g., black) conductor 357 of the Romex / BX cable 58 by way of the wire nut 399, as shown in Figure 22

[0074] Additionally, as noted above, the present disclosure is directed to food waste disposer assemblies in which the food waste disposer and the additional cover control mechanism can be coupled for receiving electrical power by way of a power cord that can be plugged into a wall outlet or other power source, rather than by way of the Romex / BX cable 58. More particularly, while Figures 9-20 While the food waste disposer assembly 10 is contemplated to have the LEF connection component 54 coupled to the Romex / BX cable 58, the present disclosure also contemplates embodiments of the food waste disposer assembly in which the LEF connection component 54 is coupled to a power cord 400 (see Figure 9 ) that is plugged into a wall outlet (not shown).

[0075] Furthermore, it should be appreciated that the process described above with reference to Figure 22 can be performed not only to assemble the food waste disposer assembly 10 with respect to the Romex / BX cable 58, but also to assemble the food waste disposer assembly with respect to the power cord 400. That is, the process is the same except that the steps involving coupling the Romex / BX cable 58 with respect to the LEF connection component 54 are modified to involve coupling the power cord 400 with respect to those LEF connection components. In this regard, it should be appreciated that in the modified version of the first step indicated by Figure 10 , the operator strips each of the third and fourth conductors of the power cord 400 (e.g., by way of a wire stripper tool) in addition to the first conductor 350 (or, alternatively, the second conductor 352) of the cover control switch cord 56.

[0076] Figure 8 Particularly, the second step is illustrated as being performed with respect to the power cord 400 rather than the Romex / BX cable 58 Figure 22 ​the second step. More specifically, in this modified version of the second step, the operator inserts the strain relief component (or grommet) 340 into the side aperture 322 of the terminal cover 300 and additionally inserts the cover control switch cord 56 (the end opposite the end connected to the main body 52) including the first and second wires 350, 352 from the outside of the terminal cover 300 through the side aperture 322 and through the strain relief component therein into the interior space 312 of the terminal cover. Additionally, the operator inserts the power cord coupler 342 into (or relative to) the bottom aperture 320 of the terminal cover 300 and additionally inserts the power cord 400 (the free end opposite the end for coupling to the wall outlet) including its third, fourth, and fifth wires (corresponding to the third, fourth, and fifth wires 354, 356, 357 of the Romex / BX cable 58) from the outside of the terminal cover 300 through the bottom aperture 320 and through the power cord coupler (or grommet) 342 into the interior space 312 of the terminal cover. Upon completion of this modified version of the second step, each of the cover control switch cord 56 and the power cord 400 are coupled to and secured relative to the terminal cover 300 in a manner such that the first and second wires 350, 352 of the cover control switch cord and each of the third, fourth, and fifth wires of the power cord 400 are positioned within the interior space 312 (again, see Figures 11-20 ).

[0077] It should also be appreciated that upon performing the modified version of the second step as shown in Figure 11 , the method of assembling the food waste disposer assembly proceeds in the same manner as described above with respect to Figure 12 , except that the method involves the power cord 400 (and the associated third, fourth, and fifth wires) rather than the Romex / BX cable 58. Thus, in comparison to the third, fourth, and fifth steps shown in Figure 13 , Figure 21 , and Figure 14 , modified versions of these steps (particularly the modified versions of the third and fifth steps) involve coupling the third and fourth wires of the power cord 400 to the start switch interface connector 344 and the fifth wire of the power cord to the second wire 352 of the cover control switch cord 56 through the wire connector 346 (or alternatively, the wire nut 399 as described with respect to Figure 15 . Moreover, in comparison to the sixth step shown in Figure 16 , Figure 17 , the seventh step shown in Figure 18 , Figure 19 , and Figure 20 , and the eighth step shown in Figures 9-22The eighth step shown, by comparison, is the same except that the terminal assembly aligned with and coupled to the LEF 106 includes a portion of the power cord 400 instead of the Romex / BX cable 58 contained in the terminal assembly 380. The method then again ends with Figures 9-20 The ninth step shown ends with the main body 52 of the control switch mechanism 50 (e.g., the lid control switch) attached in place relative to the AV extension tube at the top of the food waste disposer.

[0078] From the above discussion, it can be appreciated that depending on the installation situation or environment, the LEF connection component 54 allows the Romex / BX cable 58 or the power cord 400 to be coupled to the start switch 388 through the start switch interface connector 344 and the pigtail connector 346 (or the wire nut 399). Moreover, in some installation situations or environments, if both the Romex / BX cable and the wall outlet are present, the food waste disposer assembly can be coupled to the power source through either of the Romex / BX cable 58 or the power cord 400. In view of these considerations, it should be appreciated that in at least some situations or embodiments, the above-described method of assembly / installation of the food waste disposer assembly can be modified as follows: Figure 21 The method of assembly / installation of the food waste disposer assembly described can include a preliminary step (prior to the first step) in which the operator considers the installation situation, environment, or operator preference (if both the Romex / BX cable 58 and the wall outlet are present) to determine whether installation involving the Romex / BX cable 58 or installation involving the power cord 400 is appropriate. If it is determined in this preliminary step that installation involving the Romex / BX cable 58 is appropriate, then the method continues as described above with Figures 9-20 (and / or Figure 22 if the wire nut 399 is used instead of the pigtail connector 346). Alternatively, if it is determined in this preliminary step that installation involving the power cord 400 is appropriate, then the method continues with the modified version of the process steps described above with Figure 23 The modified version of the process steps described above with Figure 1 The power cord 400 (again, depending on the embodiment, either the pigtail connector 346 or the wire nut 399 can be used) is shown.

[0079] In addition to the embodiments specifically described above, the present disclosure is intended to encompass other embodiments and modifications of the above described embodiments. Among other things, although the above description relates to food waste disposer, the present disclosure is also intended to encompass embodiments relating to other types of waste disposers. Moreover, although the above is described with respect to embodiments in which the terminal cover (or junction box) is attached to the LEF of the disposer and in accordance with which the control / trigger switch cord and the power cord enter the junction box at a right angle or substantially a right angle, the present disclosure is also intended to encompass other embodiments. For example, in some alternative embodiments, the two harnesses (e.g., associated with the cover control mechanism and with the power cord or Romex or BX cord or cable) can be inserted directly upward through the bottom of the disposer with the combined strain relief. Moreover, depending on the embodiment, wire nut connectors, standard wire nuts, or other connectors or fasteners can be employed to join the various conductors. Moreover, although the present disclosure contemplates embodiments in which the food waste disposer assembly is coupled to a wall outlet by a power cord having a plug, such as a NEMA 5-15 plug, the present disclosure is also intended to encompass other embodiments including or operating in conjunction with other types of connectors, plugs, and adapters, including, for example, C-13 or C14 type outlets or plugs.

[0080] In view of the above discussion, the present disclosure encompasses embodiments of waste disposer assemblies in which the disposer assembly includes a cover control mechanism having a main body disposed at or near the top of the disposer assembly, e.g., including a cover control mechanism that can be actuated based on the presence or movement of an interlock device within a discharge opening of the disposer. However, the present disclosure also encompasses other embodiments of waste disposer assemblies that do not include a cover control mechanism. In this regard, the present disclosure particularly encompasses additional embodiments of waste disposer assemblies in which the waste disposer can be coupled to receive power by a Romex / BX cable, such as Romex / BX cable 58 (or other hardwire), or by a power cord that can be plugged into a wall outlet or other power source. In some such embodiments, the waste disposer assembly can be a food waste disposer assembly including a LEF connection component, such as a terminal cover, that is the same as or similar to one or more of the LEF connection components described above with respect to food waste disposer assembly 10. In some such embodiments that do not involve a cover control mechanism, depending on the embodiment or environment, one or more of the LEF connection components, such as the terminal cover, can be considered to be part of or associated with the waste disposer, or the Romex / BX cable, or the power cord (or two or more of these, or none of these).

[0081] In this regard, Figure 1A cutaway bottom perspective view showing example portions of the food waste disposer assembly 2310, including the LEF connection component 2354 in combination with the terminal cover 2300 (or junction box), is shown. Figure 23 of the food waste disposer 100, and showing a cutaway portion of the Romex / BX cable 2358. As previously described with respect to Figure 28 , the food waste disposer 100 includes, among other things, the LEF 106 having a bottom surface 108. Figure 23 The LEF connection component 2354 coupled along the bottom surface 108 of the LEF 106 is shown in particular.

[0082] With additional reference to Figure 23 , an additional top perspective view of the LEF 106 is provided, with the activation switch 388 exploded therefrom. The additional top perspective view shows, among other things, an inner (top or inward-facing) surface 383 of the LEF 106, which faces toward the interior of the food waste disposer 100 relative to the bottom surface 108 shown in Figure 24 , with the activation switch 388 exploded from the LEF 106 at a position above the inner surface 383, with exploded components of the activation switch 388 including a main activation switch portion 2802 having first, second, and third input tabs 396, 398, and 397, respectively (as well as other features), as well as a secondary activation switch portion 2804 and a fastening screw 2806. The fastening screw 2806 can be used to attach the activation switch 388 to the LEF 106 by passing through an aperture 2808 within the main activation switch 2802 and into an aperture 2810 within the LEF 106. Additionally, the LEF 106 is shown to include a generally rectangular LEF opening (or aperture) 384, which will be described in further detail below.

[0083] In the present embodiment, when as Figure 24As shown when the LEF connection component 2354 is installed on the food waste disposer 100, the terminal cover 2300 has a bottom wall 2304 that is substantially parallel to the bottom surface 108 of the LEF 106, and the Romex / BX cable 2358 enters the terminal cover 2300 in a direction that is substantially orthogonal (or perpendicular) to the bottom wall 2304 of the terminal cover and the bottom surface 108 of the LEF. Moreover, as shown, the terminal cover 2300 generally takes the form of a cup that, in addition to the bottom wall 2304, includes an annular (or substantially annular or cylindrical) sidewall 2302 and a rim portion 2314. The annular sidewall 2302 extends upwardly from the bottom wall 2304 (when the food waste disposer 100 is arranged in the conventional manner, with the bottom surface 108 along the bottom of the disposer) to the rim portion 2314 so as to define the cup in terms of an interior space 2312 (see Figure 9 ). Moreover, it will be appreciated that the bottom wall 2304 includes a bottom aperture (which, although not visible, is the same as or similar to the bottom aperture 320 described above) that is configured to receive the Romex / BX cable 2358. The interior space 2312 is completely enclosed, except for the bottom aperture defined by the rim portion 2314 and a top opening 2324.

[0084] Similar to the terminal cover 300 described above, the terminal cover 2300 includes a first rim extension (or lip) 2326 and a second rim extension (or lip) 2328, each of which extends outwardly and away from the annular sidewall 2302 from a central section of the rim portion 2314 in a manner that is parallel to or substantially parallel to the bottom wall 2304. As shown, the first rim extension 2326 extends outwardly away from the annular sidewall 2302 in a first direction that is opposite or substantially opposite a second direction in which the second rim extension 2328 extends outwardly from the annular sidewall, and both the first rim extension 2326 and the second rim extension 2328 can be considered to form part of the rim portion 2314. More specifically, the first rim extension 2326 is a substantially triangular structure having a circular aperture 2334 (see Figure 24 ) therein, and the second rim extension 2328 is a substantially rectangular configuration having an oblong slot 2336 that also extends generally outwardly away from the annular sidewall 2302. In the present embodiment, the terminal cover 2300 is made of a zinc casting. The use of a zinc casting can be desirable in making it easier to achieve the complex shape of the terminal cover 2300 that is suitable for the desired wiring arrangement. In other embodiments, the terminal cover 2300 can be made of other materials, such as steel, or otherwise.

[0085] As shown, the LEF connection component 2354 in this embodiment includes not only the terminal cover 2300, but also a strain relief component (or simply strain relief) 2342 and a start switch interface connector 344 (which is the same as described with respect to Figure 24 the strain relief component 340 above). The Romex / BX cable 2358 can be secured relative to the terminal cover 2300 by the strain relief component 2342. In this embodiment, the strain relief component 2342 (which can also be referred to as a power pigtail coupler or Romex / BX coupler) can take the form of a commonly available electrical component that is typically used to ground a metal sheathed cable (BX) and / or to secure a Romex / BX cable to another component (such as, for example, an electrical outlet box or adapter). In this embodiment, which does not employ any cap control mechanism, the LEF connection component 2354 (in contrast to some of the embodiments described above) does not include any pigtail, pigtail connector, wire nut, or additional strain relief component corresponding to the strain relief component 340 described above.

[0086] Turning to Figure 23 , a perspective side view of the LEF connection component 2354 and a cutaway portion of the Romex / BX cable are provided as detached from the food waste disposer 100 in order to reveal additional features of the LEF connection component and the interconnection of the Romex / BX cable with the LEF connection component. In particular, Figure 24 the start switch interface connector 344 is shown attached to the terminal cover 2300 in order to be secured relative to the terminal cover. In this embodiment, the start switch interface connector 344 is particularly attached to the terminal cover 2300 by the diverging deformable snap features 366 of the start switch interface connector. When the start switch interface connector 344 is assembled relative to the terminal cover 2300, the diverging deformable snap features 366 extend into and at least partially through the elongated slot 2336 in order to snap into place behind the elongated slot, as Figure 25 shown (which shows the snap features 366 protruding from the elongated slot 2336 after being pushed through the elongated slot 2336).

[0087] Additionally, Figure 9It is shown that in the present embodiment, all three wires of the Romex / BX cable 2358 are coupled to the start switch interface connector 344. That is, the first wire 2355, the second wire 2356, and the third wire 2357 (white / neutral wire, green / ground wire, and black / hot wire, respectively) of the Romex / BX cable 2358 are positioned in the first input port 360, the second input port 362, and the third input port 364, respectively, of the start switch interface connector 344. When the first wire 2355, the second wire 2356, and the third wire 2357 are coupled to the first input port 360, the second input port 362, and the third input port 364, respectively, of the start switch interface connector 344, the entire terminal assembly 2380 is formed. The terminal assembly 2380 in the present embodiment specifically includes the terminal cover 2300, the start switch interface connector 344, the strain relief component 2342, and the end of the Romex / BX cable 2358 (including the wires 2355, 2356, and 2357), and is ready for installation or coupling relative to the LEF 106 of the food waste disposer 100 after being formed.

[0088] For the purposes of the present specification, the terminal assembly 2380 can be considered distinct from the food waste disposer 100. Moreover, in the present embodiment, the terminal assembly 2380 includes both components that are considered part of the food waste disposer assembly 2310 (such as the LEF connection component 2354 including the terminal cover 2300) and components that are not considered part of the food waste disposer assembly 2310 (at least as described above), namely the first wire 2355, the second wire 2356, and the third wire 2357 of the Romex / BX cable 2358. However, in some other instances, the terminal assembly can be understood to include all components of the terminal assembly 2380 except for any portion of the Romex / BX cable 2358 (such as the wires 2355, 2356, and 2357) (e.g., the terminal assembly can be understood to include only the LEF connection component 2354). Moreover, in some other instances, the terminal assembly can be understood to include the LEF connection component 2354 as well as the Romex / BX cable 2358 or at least a portion thereof (such as the wires 2355, 2356, and 2357), and all of these structures can also be considered encompassed by the food waste disposer assembly (or even the food waste disposer 100).

[0089] Moreover, Figure 23An additional side perspective view, cutaway view of a portion 2500 of the food waste disposer 100 and the terminal assembly 2380 as viewed from the interior of the food waste disposer when the terminal assembly has been fully installed relative to the food waste disposer 100 is shown. As shown, when fully installed, the terminal assembly 2380 is positioned such that the start switch interface connector 344 is coupled to the start switch 388 of the food waste disposer. In view of this manner of coupling, the terminal assembly 2380 can be directly coupled to the food waste disposer 100, particularly its start switch 388.

[0090] It will be appreciated that in the present embodiment, the terminal assembly 2380 is installed and coupled relative to the food waste disposer 100 in the same or substantially the same manner as described above with respect to the terminal assembly 380. That is, the installation / assembly of the terminal assembly 2380 relative to the LEF 106 generally involves several steps. In a first step, the operator strips each of the first, second, and third conductors 2355, 2356, 2357 (e.g., white, green, and black conductors) of the Romex / BX cable 2358 (e.g., with the aid of a wire stripping tool). In the present embodiment, each of these conductors 2355, 2356, 2357 is stripped to push-in terminal distance. As shown, the start switch interface connector 344 includes a wire stripping feature 358 that illustrates the extent to which each of the first, second, and third conductors 2355, 2356, 2357 should be stripped. Figure 24

[0091] Next, the terminal assembly 2380 is installed relative to the LEF 106. In the present embodiment, the terminal assembly 2380 is installed relative to the LEF 106 in the same or substantially the same manner as described above with respect to the terminal assembly 380. That is, the installation of the terminal assembly 2380 relative to the LEF 106 generally involves several steps. In a first step, the terminal assembly 2380 is positioned relative to the LEF 106 such that the start switch interface connector 344 is aligned with the start switch 388 of the LEF 106. In the present embodiment, the terminal assembly 2380 is positioned relative to the LEF 106 such that the start switch interface connector 344 is aligned with the start switch 388 of the LEF 106 in the same or substantially the same manner as described above with respect to the terminal assembly 380. Figure 23 Figure 14 ​​In a second step, the operator inserts and secures the Romex / BX cable 2358 relative to the terminal cover 2300. More specifically, in this second step, the operator inserts the strain relief 2342 into (or relative to) the bottom aperture of the terminal cover 2300, and additionally inserts the Romex / BX cable 2358 (free end opposite to the end coupled to any power source) from outside the terminal cover 2300 through the bottom aperture and through the strain relief (or grommet) 2342 into the interior space 2312 of the terminal cover. Additionally, also as part of the second step, the first, second, and third conductors 2355, 2356, and 2357 (white / neutral, green / ground, and black / hot conductors, respectively) of the Romex / BX cable 2358 are respectively positioned into and coupled to the first, second, and third input ports 360, 362, and 364 of the start switch interface connector 344. Moreover, additionally as part of the second step, the start switch interface connector 344 is attached to the terminal cover 2300. Specifically, the attachment of the start switch interface connector 344 involves snapping the connector into place relative to the terminal cover 2300 by passing the snap features 366 through the elongated slots 2336 and snapping relative to the elongated slots 2336 (such that the ends of the snap features protrude beyond the bottom surface of the terminal cover, as shown in Figure 15 FIG. 34B) in a manner such that each of the first, second, and third conductors 2355, 2356, and 2357 is positioned in the interior space 2312. Upon completion of this second step, the Romex / BX cable 2358 is coupled to and secured relative to the terminal cover 2300 in a manner such that each of the first, second, and third conductors 2355, 2356, and 2357 is positioned in the interior space 2312.

[0092] Moreover, in a third step (corresponding to the sixth step shown in Figure 25 and Figure 28 FIG. 34B), the terminal assembly 2380 is aligned and fitted into the LEF 106. As previously mentioned, the start switch interface connector 344 includes first and second bonding tabs (or protrusions) 382 arranged on opposite sides of the start switch interface connector, generally above the opposite sides of the second edge extension 2328. The LEF 106 includes a generally rectangular LEF opening (or aperture) 384 that includes first and second bonding recesses 386 (as shown in Figure 15 and Figure 25 and Figure 23As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown. Figure 25 As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown. Figure 16 As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown. Figure 15 It should be further understood that the terminal cover 2300 remains fully positioned below the bottom surface 108 of the LEF 106, with the first and second rim extensions 2326 and 2328 positioned to abut and interface with the bottom surface.

[0093] Additionally, after the third step, at a fourth step (corresponding to the seventh step shown by Figure 25 As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown. Figure 25 As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown. Figure 25 It will be appreciated that the activation switch interface connector 344 includes first, second, and third output ports 390, 392, and 394, respectively, which oppose (and are electrically coupled to) the first, second, and third input ports 360, 362, and 364, respectively, and additionally, that the activation switch 388 includes first, second, and third input tabs 396, 398, and 397, respectively. Moreover, there is a gap (not shown) between at least certain portions of the activation switch interface connector 344 (such as the bonding tabs 382) and certain portions of the terminal cover 2300 (such as the first and second rim extensions 2326 and 2328). In view of this arrangement, a user / installer can slide the terminal assembly 2380, and particularly the activation switch interface connector 344, relative to the LEF 106 in the direction indicated by the arrow 2389 shown in Figure 23 As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown. Figure 23 As shown, the first and second bonding recesses 386 are complementary in shape to the first and second bonding tabs 382, respectively, such that the activation switch interface connector is bonded to the LEF opening. The LEF opening 384, including the bonding recesses 386, is shaped and sized such that when the terminal assembly 380 reaches the bottom surface 108 of the LEF 106, the activation switch interface connector 344 can be advanced into the food waste disposer 100 and positioned over the inner (top or inward-facing) surface 383 of the LEF, as shown.

[0094] In view of such installation, it should be appreciated that the first, second, and third input tabs 396, 398, 397 of the start switch 388 are respectively electrically coupled to the first, second, and third conductors 2355, 2356, 2357 of the Romex / BX cable 2358. Moreover, when such installation has been completed, it should be recognized that a switchable electrical circuit is completed between the Romex / BX cable 2358 and the start switch 388 (and the associated motor of the food waste disposer). In particular, the electrical circuit can be understood to extend from the third conductor (e.g., the black, live power conductor) 2357 of the Romex / BX cable 2358, via the start switch interface connector 344 and the start switch 388, to the motor, as the third conductor is coupled to the start switch interface connector, which in turn is coupled to the motor via the switch module (depending on the switch state of the switch module). Moreover, at least in terms of the electrical circuit coupling back to the Romex / BX cable 2358, the electrical circuit is completed so long as the motor is again coupled to one or both of the first and second conductors 2355, 2356 of the Romex / BX cable via the start switch 388 and the start switch interface connector 344.

[0095] After the fourth step is completed, a fifth step in the installation process is performed, in which the terminal assembly 2380 is secured to the food waste disposer 100, and in particular to the LEF 106, as shown in Figure 28 In the present example embodiment, when the terminal assembly 2380 has been slid into place (such that the start switch interface connector 344 is engaged with the start switch 388 as described above), the terminal assembly 2380 is secured by threading the securing screw 2309 through the circular aperture 2334 in the terminal cover 2300, and then subsequently into the receiving aperture 2818 (not shown in Figure 23 but shown in Figure 24The terminal assembly 2380 is secured to the food waste disposer 100 by inserting the terminal assembly 2380 into the LEF 106 (as shown in FIG. 27) and securing the terminal assembly 2380 to the food waste disposer 100 by screwing in the set screw 2309. By screwing in the set screw 2309, the terminal assembly 2380 is locked into place relative to the LEF 106. In particular, when locked in place, the terminal assembly 2380 cannot slide away from the start switch 388 and cannot disengage from the start switch 388. Moreover, when locked in place, the keyed tab 382 is not aligned with the keyed recess 386, and thus the terminal assembly 2380 remains against the LEF 106 as long as the start switch interface connector 344 is in contact with the inner surface 383 and cannot pass out of the food waste disposer 100 through the LEF 106. That is, because the keyed tab (or LEF tab) 382 is positioned at a location along the inner surface 383 of the LEF 106 where there is no keyed recess 386, the terminal assembly 2380 (and in particular the front portion of the terminal assembly, i.e., the portion closest to the start switch 388) is also fixed relative to the LEF.

[0096] It should be appreciated that, depending on the embodiment, the set screw 2309 can be considered to be part of the food waste disposer 100 (and / or the LEF 106 thereof), or alternatively can be considered to be one of the LEF connection components 2354 (and / or part of the terminal assembly 2380). In embodiments in which the set screw 2309 is included as part of the food waste disposer 100 as originally purchased (e.g., as shown in FIG. 27), the above-described method should be understood to include a preliminary step of removing the set screw 2309 from the LEF 106 prior to installing the terminal assembly 2380 relative to the LEF 106. Alternatively, if the set screw 2309 is considered to be one of the LEF connection components 2354, the preliminary step of removing the set screw from the LEF need not be performed.

[0097] Although Figure 25 , Figure 26 and Figure 26 The food waste disposer assembly 2310 is shown as including the LEF connection components 2354 coupled to the Romex / BX cable 2358, but the present exemplary embodiment is also an example of an implementation that can accommodate a power cord having a plug (e.g., a NEMA 5-15 plug) that is plugged into a wall outlet in order to provide power to the food waste disposer 100. More particularly, in this regard, Figure 29A second embodiment of the food waste disposer assembly 2310 is shown, wherein the food waste disposer assembly includes not only the food waste disposer 100, but also a power cord assembly 2600 as an alternative to the LEF connection member 2354. That is, in this embodiment, the food waste disposer assembly 2310 includes both the LEF connection member 2354, which can be mounted relative to the food waste disposer 100 in the first embodiment in which the food waste disposer 100 is connected to the Romex / BX cable 2358, and the power cord assembly 2600, which can be mounted relative to the food waste disposer 100 in the second embodiment in which the food waste disposer can be connected to a wall socket via a power cord.

[0098] Figure 30 Specifically, perspective sectional views of the food waste disposer assembly 2310 are provided when the power cord assembly 2600 is installed relative to the food waste disposer 100 and when the LEF connector 2354 (and any associated Romex / BX cable) is not installed relative to the food waste disposer. Furthermore, Figure 31 , Figure 26 and Figure 31 Front, right, and top elevation views of the power cord assembly 2600 are shown, respectively, when it is detached from the food waste disposer 100 (not installed relative to the food waste disposer 100). As shown, the power cord assembly 2600 includes an additional LEF connection member 2602 and an integrated power cord 2604 having a first end 2606 extending into a terminal cover 2700 of the LEF connection member 2602. Although in Figure 29 or Figure 30 Not shown in the image, but from... Figure 29 and Figure 30 It should be understood that the integrated power cord 2604 also includes a second end 2900 extending along its length away from the terminal cover 2700 and opposite the first end 2606, and at the second end, a plug 2902 configured to be inserted into a wall socket (e.g., a NEMA 5-15 plug). It should be noted that... Figure 30 and Figure 31 A fracture diagram of the integrated power cord 2604 is provided. Additionally, from... Figure 27 and Figure 27 The integrated power cord 2604 with the extended label 3000 is also visible.

[0099] For further reference Figure 29 A top perspective sectional view of the power cord assembly 2600 is provided, in which the integrated power cord 2604 is shown in particular in sectional view (again, the second end is not shown). Figure 30 , Figure 31 , Figure 26 andFigure 29 Each of FIGS. 27A and 27B specifically illustrates that the power cord assembly 2600 includes a start switch interface connector 2744 that is attached to the terminal cover 2700 so as to be fixed relative thereto, and in this embodiment, the additional LEF connection component 2602 can be understood to include both the terminal cover 2700 and the start switch interface connector 2744. Depending on the embodiment, the start switch interface connector 2744 can be attached to the terminal cover 2700 in any of a variety of ways (e.g., although not shown in FIGS. 27A and 27B, as partially visible in FIG. 27B, in some embodiments, such attachment can be achieved by coupling a deformable snap feature, such as the snap feature 2904 of the start switch interface connector, with the terminal cover 2700; alternatively, in some other embodiments, such attachment can be achieved by coupling a bifurcated deformable snap feature, such as the snap feature 366 of the start switch interface connector, with the terminal cover 2700). Moreover, in this embodiment, the first end 2606 of the integrated power cord 2604 extends into a central portion 2706 of the bottom wall 2704 of the terminal cover 2700, and through the terminal cover to the start switch interface connector 2744. Although not shown, the wires within the integrated power cord 2604 are thus coupled to the start switch interface connector 2744. Moreover, when fully installed, the power cord assembly 2600 is positioned such that the start switch interface connector 2744 is coupled to the start switch 388 of the food waste disposer. In view of this manner of coupling, the power cord assembly 2600 can be directly coupled to the food waste disposer 100, particularly the start switch 388 thereof. Figure 27 Figure 31

[0100] The terminal cover 2700 includes a first extension (or lip) 2726 and a second extension (or lip) 2728 that extend outwardly away from the central portion 2706 of the terminal cover into which the integrated power cord 2604 extends, in opposite directions, respectively. The extension 2726 has a circular aperture 2734 (see FIG. 27B) therein, and the second extension 2728 has a slot 2736 (which, in some embodiments, can be the feature by which the start switch interface connector 2744 is coupled to the terminal cover). In this embodiment, the terminal cover 2700 is made as a zinc casting, although in other embodiments, the terminal cover 2700 can be made of other materials, such as steel, or otherwise. Figure 23 Figure 24

[0101] Additionally, with respect to the terminal cover 2300 and the terminal cover 2700, it should be understood that, in some embodiments, the terminal cover can be made of a zinc casting, although in other embodiments, the terminal cover can be made of other materials, such as steel, or otherwise. Figure 25 Figure 26 Figure 27 Figure 28 ,​​​​​​​Figure 29 , Figure 30 , Figure 31 , Figure 23 and Figure 24 The particular images provided in each of Figs. Figure 29 , Figure 30 , Figure 31 , Figure 23 , Figure 24 , Figure 25 , Figure 26 , Figure 27 , Figure 28 , Figure 29 , Figure 30 , Figure 31 , Figure 14 , and Figure 15 can not be drawn to scale and / or can show different components from different perspectives or angles. Regardless of how the exact images provided in Figs. Figure 29 , Figure 30 , Figure 31 , Figure 23 , Figure 24 , Figure 25 , Figure 26 , Figure 27 , Figure 28 , Figure 29 , Figure 30 , Figure 31 , Figure 14 , and Figure 15 are drawn, it should be understood that in the present embodiments, the terminal cover 2300 and the terminal cover 2700 are identical or substantially similar in terms of the surface area extent of those respective terminal covers, that is, the terminal cover 2300 and the terminal cover 2700 are identical or substantially similar in terms of the extent to which those terminal covers 2300 and 2700, respectively, interface with or overlap the bottom surface 108 of the LEF 106 when those respective terminal covers 2300 and 2700 are coupled to the bottom surface 108 of the LEF 106. In particular, it should be understood that the length of the terminal cover 2700 from the first extension 2726 to the second extension 2728 is identical or substantially similar to the length of the terminal cover 2300 from the first rim extension 2326 to the second rim extension 2328. However, in alternative embodiments, the terminal cover 2300 and the terminal cover 2700 need not be identical or substantially similar in these ways, but rather can exhibit more significant differences relative to one another.

[0102] It should be understood that in the present embodiments, the step of assembling the integrated power cord 2604 with the additional LEF connection components 2602 need not be performed, as the power cord (prior to installation) is already coupled / integrated to those additional LEF connection components and in particular the start switch interface connector 2744 (although in alternative embodiments, the installation process can involve coupling the wires of the power cord into the input ports of the start switch interface connector, such as the input ports 360, 362, and 364 described above). Otherwise, it should be understood that in the present embodiments, the power cord assembly 2600, and in particular its additional LEF connection components 2602, are installed and coupled relative to the food waste disposer 100 in a manner similar to that described above with respect to the terminal assembly 2380. That is, the installation / assembly of the terminal assembly 2380 relative to the LEF 106 generally involves several steps.

[0103] More particularly, in this regard, in a first step (corresponding to the third step described above with respect to the terminal assembly 2380, and by the above-described Figure 27 and Figure 29 ​​​​​​​​​​​​​​​​​​The power cord assembly 2600 is aligned and fitted into the LEF 106 (corresponding to the sixth step of the process shown in FIG. 27). Like the start switch interface connector 344, the start switch interface connector 2744 includes first and second bonding tabs (or protrusions) 2782 disposed on opposite sides of the start switch interface connector, generally above the opposite sides of the second extension 2728, as shown in Figure 30 、 Figure 31 、 Figure 25 and Figure 15 . The first and second bonding tabs 2782 can also be viewed as cantilevered side walls that overhang the opposite sides of the second extension 2728. Additionally, the LEF 106 includes a generally rectangular LEF opening (or aperture) 384 that includes not only the first and second bonding recesses 386 (as shown in Figure 25 and Figure 28 ), but also first and second additional bonding recesses 2812 that are respectively complementary in shape to the first and second bonding tabs 2782, such that the start switch interface connector 2744 is bonded to the LEF opening.

[0104] The LEF opening 384, including the bonding recesses 2812 (in addition to the bonding recesses 386), is shaped and dimensioned such that when the power cord assembly 2600 reaches the bottom surface 108 of the LEF 106, the start switch interface connector 2744 is able to advance through the LEF opening into the food waste disposer 100 and be positioned over the inner (top or inward-facing) surface 383 of the LEF (as shown in Figure 28 and Figure 16 ). That is, when the power cord assembly 2600 reaches the bottom surface 108 of the LEF 106, the bonding tabs 2782 are able to pass through the respective side edges 2814 of the first and second additional bonding recesses 2812 (see Figure 25 ) and into the interior of the food waste disposer 100. Although the start switch interface connector 2744 is positioned over the inner surface 383 of the LEF 106 when the power cord assembly 2600 is aligned and fitted into the LEF 106, it should also be understood that the terminal cover 2700 (and the first and second extensions 2726, 2728) remains fully positioned below the bottom surface 108 of the LEF 106 so as to abut and interface with the bottom surface.

[0105] Additionally, after the first step, at a second step (corresponding to the fourth step described above with respect to the terminal assembly 2380, and by Figure 25(In the seventh step), the power cord assembly 2600 slides relative to the LEF 106, causing the start switch interface connector 2744 to be pushed forward and pressed tightly against the start switch 388 mounted and supported on the inner surface 383 of the LEF 106 (e.g., to be with...). Figure 26 (The same method is shown). In this embodiment, the start switch interface connector 2744 includes a first output port 2790, a second output port 2792, and a third output port 2794, which can be connected to different wires within the integrated power cord 2604. Additionally, as mentioned earlier, the start switch 388 includes a first input tab 396, a second input tab 398, and a third input tab 397 (see...). Figure 27 Furthermore, at least some portions of the start switch interface connector 2744 (such as the bonding tab 2782) and some portions of the terminal cover 2700 have one or more corresponding gaps. Figure 29 Not shown in the image, but... Figure 30 , Figure 30 and Figure 29 (See in). In this example, as in Figure 26 It is particularly visible in (and in Figure 28 (Also partially visible in the middle), the gap 3002 is specifically present between each of the bonding tabs 2782 and the corresponding portion of the second extension 2728 of the terminal cover 2700, those bonding tabs extending over these corresponding portions.

[0106] Given this arrangement, during the second step, the user / installer can make the power cord assembly 2600, particularly the start switch interface connector 2744, relative to the LEF 106 in the configuration provided by the power cord assembly 2600. Figure 30 Sliding in the direction indicated by arrow 2789, as shown, causes the corresponding first input tab 396, second input tab 398, and third input tab 397 to be positioned (or assembled) within and electrically connected to the corresponding first output port 2790, second output port 2792, and third output port 2794, respectively. When the power cord assembly 2600 slides in this manner, it specifically slides from a first position to a second position. In the first position, the first and second bonding tabs 2782 are aligned with the first and second additional bonding recesses 2812, respectively (as in the case after the first step, during which the start switch interface connector 2744 is inserted through the LEF opening 384). In the second position, the bonding tabs extend over the inwardly projecting portion 2816 of the inner surface 383 of the LEF (see...). Figure 29). In this second position, the inwardly projecting portion 2816 extends specifically into the gap 3002 between the bonding tab 2782 and the terminal cover 2700 (see Figure 26 and Figure 26 ).

[0107] Additionally, in view of such installation, it should be appreciated that the first, second, and third input tabs 396, 398, 397 of the activation switch 388 are electrically coupled with the respective wires within the integrated power cord 2604 via the activation switch interface connector 2744. Moreover, when such installation has been completed, it should be recognized that a switchable electrical circuit is completed between the integrated power cord 2604 (and plug at its second end) and the activation switch 388 (and associated motor of the food waste disposer).

[0108] After the second step is completed, a third step in the installation process is performed in which the power cord assembly 2600 is secured to the food waste disposer 100, specifically to the LEF 106, as shown in Figure 28 In the present exemplary embodiment, when the power cord assembly 2600 has been slid into place (such that the activation switch interface connector 2744 is engaged with the activation switch 388 as described above), the power cord assembly 2600 is secured to the food waste disposer 100 by threading the securing screw 2609 through the circular aperture 2734 in the terminal cover 2700 and then subsequently into the receiving aperture 2818 (not shown in Figure 23 but shown in Figure 24 ) provided in the LEF 106. By threading the securing screw 2609, the power cord assembly 2600 is locked into place relative to the LEF 106. Specifically, when locked in this position, the power cord assembly 2600 cannot be slid away from the activation switch 388 and cannot be disengaged from the activation switch 388. Moreover, when locked in this position, the bonding tab 2782 is not aligned with the bonding recess 2812 (or bonding recess 386) but extends over the inwardly projecting portion 2816. Thus, the power cord assembly 2600 remains against the LEF 106 so long as the activation switch interface connector 2744 is in contact with the inner surface 383 and cannot be threaded through the LEF 106 away from the food waste disposer 100. That is, since the bonding tab (or LEF tab) 2782 is positioned at a location along the inner surface 383 of the LEF 106 where there is no bonding recess 2812 (or 386), the power cord assembly 2600 (and specifically the portion closest to the activation switch 388) is also secured relative to the LEF.

[0109] It should be appreciated that, in accordance with embodiments, the set screw 2609 can be considered to be part of the food waste disposer 100 (and / or its LEF 106), or alternatively can be considered to be one of the additional LEF connection components 2602 (and / or part of the power cord assembly 2600). In embodiments in which the set screw 2609 is included as part of the food waste disposer 100 (e.g., as originally purchased), the above-described method should be understood to include a preliminary step of removing the set screw 2609 from the LEF 106 prior to installing the power cord assembly 2600 relative to the LEF 106. Alternatively, if the set screw 2609 is considered to be one of the additional LEF connection components 2602, the preliminary step of removing the set screw from the LEF need not be performed.

[0110] It should be appreciated that, Figure 25 , Figure 26 and Figure 27 the terminal assembly 2380 (and particularly its LEF connection component 2354) of Figure 23 and Figure 24 the power cord assembly 2600 (and particularly its additional LEF connection component 2602) of Figure 25 , Figure 26 and Figure 27 the terminal assembly 2380 (and particularly its LEF connection component 2354) of ​ and ​ the power cord assembly 2600 (and particularly its additional LEF connection component 2602) of

[0111] More specifically, the start switch interface connector 344 of the terminal assembly 2380 and the start switch interface connector 2744 of the power cord assembly 2600 are substantially similar (or even identical in some embodiments) in having first, second, and third output ports that are couplable to first, second, and third input tabs 386, 398, and 397, respectively, of the start switch 388 (which can also be referred to as connectors or portions of connectors, respectively). That is, the start switch interface connector 344 has first, second, and third output ports 390, 392, and 394 (which can also be considered complementary structures to the input tabs, respectively), couplable to the first, second, and third input tabs 396, 398, and 397, respectively, and the start switch interface connector 2744 has first, second, and third output ports 2790, 2792, and 2794 (which can also be considered complementary structures to the input tabs, respectively), couplable to the first, second, and third input tabs, respectively.

[0112] Additionally, the start switch interface connector 344 of the terminal assembly 2380 and the start switch interface connector 2744 of the power cord assembly 2600 are also similar in how these start switch interface connectors are configured to fit through the LEF opening 384 and slide relative to the LEF 106 during installation so as to be held relative to the LEF after installation is complete. The first and second bonding recesses 386 and the first and second additional bonding recesses 2812 can together be considered to form first and second integral bonding recesses on opposite sides of the LEF opening 384. That is, the first and first additional bonding recesses 386 and 2812 on one side of the LEF opening 384 can be considered to form a first integral bonding recess, and the second and second additional bonding recesses 386 and 2812 on the other side of the LEF opening 384 can be considered to form a second integral bonding recess.

[0113] In view of this, each of the start switch interface connectors 344 and 2744 operate in a similar manner, so long as each of the respective start switch interface connectors includes a respective pair of keying tabs (keying tabs 382 and 2782, respectively) that are configured to fit through the first and second integral keying recesses when the respective start switch interface connector is inserted through the LEF opening 384. Additionally, each of these start switch interface connectors 344 and 2744 also operate in a similar manner in that, when those respective start switch interface connectors are slid relative to the LEF 106 to engage the start switch 388, the respective keying tabs (again, keying tabs 382 and 2782, respectively) of the respective start switch interface connectors pass over respective portions of the inner surface 383 of the LEF 106. Moreover, when the respective start switch interface connectors 344 and 2744 are positioned in this manner to engage the start switch 388, the respective portions of the inner surface 383 over which the respective keying tabs are located extend between those respective keying tabs and the respective terminal cover (terminal covers 2300 and 2700, respectively) to which those respective start switch interface connectors are attached, such that the respective start switch interface connectors remain against the LEF 106 and within the food waste disposer 100.

[0114] It should be appreciated that, although particular bonding tabs 382 and bonding tabs 2782 are described herein, and although the particular shape of the LEF opening 384 defined by the LEF 106 (and portions thereof, such as the inwardly projecting portion 2816) as described herein, including the bonding recesses 386 and the bonding recesses 2812, the present disclosure is intended to encompass many other embodiments and arrangements. For example, in some additional embodiments, the first and second bonding tabs 382 of the start switch interface connector 344 can each take a modified form such that those tabs are substantially identical (or identical) in shape (and size) relative to the first and second bonding tabs 2782 of the start switch interface 2744, or vice versa, and in each case, the respective first and second bonding tabs of each respective start switch interface connector are respectively complementary in shape (and size) relative to the respective first and second bonding recesses 386 of the generally rectangular LEF opening (or aperture) 384 or relative to the respective first and second additional bonding recesses 2812. Moreover, in some such additional embodiments, the LEF opening 384 can take a modified form in which only the first and second additional bonding recesses 2812 are present and the first and second bonding recesses 386 are not present, or alternatively, in which only the first and second bonding recesses 386 are present and the first and second additional bonding recesses 2812 are not present.

[0115] Moreover, in the present embodiments, the shape (and size) of the start switch interface connector 344 is substantially identical (or can alternatively be identical) to the shape (and size) of the start switch interface connector 2744, and in each case, the respective start switch interface connector is dimensioned such that the respective start switch interface connector can enter the food waste disposer through the generally rectangular LEF opening 384. The primary differences between the shape of the start switch interface connector 344 and the shape of the start switch interface connector 2744 relate to differences in features of the first and second bonding tabs 382 as compared to features of the first and second additional bonding tabs 2782, as well as structural differences related to how the respective start switch interface connectors are respectively coupled to the Romex / BX cable 2358 or the power cord 2604. In other embodiments contained herein, the start switch interface connectors of the terminal assembly and the power cord assembly can be more similar (or identical) to one another in shape (and size), or can differ from one another in any of a variety of other respects.

[0116] Further, in the present embodiment, the size of each of the terminal cover 2300 and the terminal cover 2700 is designed such that the respective cover can be positioned along the bottom surface 108 of the LEF 106 so as to cover over the generally rectangular LEF opening 384. Additionally, each of the terminal cover 2300 and the terminal cover 2700 is configured such that when the terminal assembly 2380 or the power cord assembly 2600 is fully inserted with respect to the food waste disposer 100, installation can be completed by fully coupling the terminal assembly 2380 or the power cord assembly 2600, respectively, to the LEF 106 by the respective set screw 2309 or set screw 2609 in terms of coupling the respective activation switch interface connector 344 or activation switch interface connector 2744 to the activation switch 388. That is, in each case, when the terminal assembly 2380 or the power cord assembly 2600 is fully inserted with respect to the food waste disposer 100, the respective circular aperture 2334 or circular aperture 2734 is aligned with the corresponding receiving aperture 2818 in the LEF 106 such that the respective set screw 2309 or set screw 2609 can be inserted and tightened so as to lock the respective assembly in place with respect to the LEF.

[0117] In view of these considerations, it should be appreciated that in addition to the installation steps described above with respect to installing the terminal assembly 2380 or the power cord assembly 2600 with respect to the food waste disposer 100, the present disclosure also contemplates processes of disassembly following such installation and further installation or reinstallation. For example, the present disclosure contemplates that when the terminal assembly 2380 or the power cord assembly 2600 is installed with respect to the food waste disposer 100, the terminal assembly or the power cord assembly can subsequently be disassembled by a series of steps that are opposite (or substantially opposite) to the series of steps followed in effecting installation. Further, the present disclosure contemplates that if the terminal assembly 2380 is disassembled from the food waste disposer 100, then following such disassembly, the terminal assembly 2380 can be reinstalled or the power cord assembly 2600 can be otherwise installed with respect to the food waste disposer 100. Likewise, the present disclosure contemplates that if the power cord assembly 2600 is disassembled from the food waste disposer 100, then following such disassembly, the power cord assembly 2600 can be reinstalled or the terminal assembly 2380 can be otherwise installed with respect to the food waste disposer 100.

[0118] Additionally, the present disclosure contemplates that if the terminal assembly 2380 or the power cord assembly 2600 is detached from the food waste disposer 100, then after such detachment, the terminal assembly 2380 or the power cord assembly 2600 can be additionally installed with respect to another (or second) food waste disposer. Such additional installation is particularly possible when the other (or second) food waste disposer (i.e., even different from the food waste disposer 100) still has the same (or substantially similar) LEF as the LEF 106 (e.g., in aspects of having a substantially rectangular LEF opening that is the same (or substantially similar) to the substantially rectangular LEF opening 384). In such a case, the present disclosure contemplates that if the power cord assembly 2600 is detached from the food waste disposer 100, then after such detachment, the power cord assembly 2600 or the terminal assembly 2380 can be additionally installed with respect to another (or second) food waste disposer, where the process of additionally installing the power cord assembly 2600 or the terminal assembly 2380 can be the same as the process described above with respect to the installation of the power cord assembly 2600 with respect to the food waste disposer 100 or the process described above with respect to the installation of the terminal assembly with respect to the food waste disposer 100, respectively.

[0119] Accordingly, the particular construction of the terminal assembly 2380 and / or the power cord assembly 2600 herein facilitates removal of a first food waste disposer and replacement of the first food waste disposer with another food waste disposer, for example, at the end of the operational life of the first food waste disposer or when the first food waste disposer otherwise determines that a replacement should occur. Indeed, assuming that the food waste disposer 100 is first installed in an operational environment and is coupled to receive power via one of the terminal assembly 2380 or the power cord assembly 2600, when that food waste disposer is removed / detached and another (e.g., second) food waste disposer is installed to replace the original food waste disposer 100, if the LEF of the other food waste disposer is the same (or substantially similar) to the LEF 106, then the terminal assembly 2380 or the power cord assembly 2600 after detachment from the food waste disposer 100 can be readily coupled to the other food waste disposer. Alternatively, in the event that the food waste disposer 100 is detached and replaced by another food waste disposer, if at that time it is desired to change the manner of providing power (e.g., from being provided via a power cord to being provided via Romex / BX hardwiring, or vice versa), then the terminal assembly 2380 can be further installed with respect to the second food waste disposer even though the power cord assembly 2600 was previously installed with respect to the food waste disposer 100, or the power cord assembly 2600 can be additionally installed with respect to the second food waste disposer even though the terminal assembly 2380 was previously installed with respect to the food waste disposer 100.

[0120] In particular, the present application is not limited to the embodiments and illustrations contained herein, but includes modifications of those embodiments, combinations of elements of those embodiments with elements of other embodiments as well as the full use of equivalents, all of which are within the scope of the following claims.

Claims

1. A food waste disposer, characterized in that, The food waste disposer includes: motor; A switching module, connected to the motor and operable to control the power supplied to the motor; and The housing includes a bottom housing portion and a top housing portion. The switch module and the motor are supported within the internal area of ​​the housing; Each of the bottom housing portion and the switch module is configured to be connected to each of the terminal assembly and the power cord assembly at a first time and a second time, respectively. The food waste disposer can receive power from a hardwired power connection through the terminal assembly and from a wall-mounted power outlet through the power cord assembly. The bottom housing portion includes a surface to which the terminal assembly or the power cord assembly can be connected, the surface defining an orifice into which a first start switch connector of the terminal assembly or a second start switch connector of the power cord assembly can be inserted to at least partially position itself within the housing. The start switch includes multiple connectors. When the terminal assembly is connected to the surface at the first time, the multiple connectors can be connected to multiple first complementary structures of the first start switch interface connector, or when the power cord assembly is connected to the surface at the second time, the multiple connectors can be connected to multiple second complementary structures of the second start switch interface connector.

2. The food waste disposer according to claim 1, characterized in that, The food waste disposer also includes a fastener receiving configuration along the bottom housing portion, the fastener receiving configuration being arranged such that a first fastener can be attached to attach the terminal assembly to the bottom housing portion when the terminal assembly is positioned along the surface, or a first or second fastener can be attached to attach the power cord assembly to the bottom housing portion when the power cord assembly is positioned along the surface.

3. The food waste disposer according to claim 2, characterized in that, The fastener receiving structure is an opening capable of receiving a first screw, which is the first fastener, and the first screw is included in the food waste disposer.

4. The food waste disposer according to claim 1, characterized in that, The orifice defined by the surface includes a first bonding recess and a second bonding recess along the periphery of the orifice, wherein the first bonding recess and the second bonding recess are respectively configured to complement a first structural portion and a second structural portion disposed on the terminal assembly, and are also respectively configured to complement a third structural portion and a fourth structural portion disposed on the power cord assembly.

5. The food waste disposer according to claim 4, characterized in that, The orifice, the first bonding recess, the second bonding recess, and the start switch are configured such that: (a) When the first bonding recess and the second bonding recess are respectively aligned with the first structural portion and the second structural portion, the terminal assembly is movable from a first position outside the housing toward the bottom housing portion and to a second position that is at least partially inside the housing; and (b) The terminal assembly is then able to move from the second position to a third position in a direction substantially along the surface, such that the plurality of connectors can be respectively coupled to the plurality of first complementary configurations of the first start switch interface connector.

6. The food waste disposer according to claim 5, characterized in that, The food waste disposer also includes a fastener receiving structure along the bottom housing portion, the fastener receiving structure being arranged such that when the terminal assembly is in the third position, a first fastener can be attached to attach the terminal assembly to the bottom housing portion.

7. The food waste disposer according to claim 4, characterized in that, The orifice, the first bonding recess, the second bonding recess, and the start switch are configured such that: (a) When the first bonding recess and the second bonding recess are aligned with the third structural portion and the fourth structural portion respectively, the power cord assembly is movable from a first position outside the housing toward the bottom housing portion and to a second position that is at least partially inside the housing; and (b) The power cord assembly is then able to move from the second position to a third position in a direction substantially along the surface, such that the plurality of connectors can be respectively coupled to the plurality of second complementary configurations of the second start switch interface connector.

8. The food waste disposer according to claim 7, characterized in that, The food waste disposer also includes a fastener receiving structure along the bottom housing portion, the fastener receiving structure being arranged such that when the power cord assembly is in the third position, a first fastener can be attached to attach the power cord assembly to the bottom housing portion.

9. The food waste disposer according to claim 1, characterized in that, a) The cover control switch cord extends between the main body and the terminal cover of the terminal assembly or the power cord assembly; or b) When the terminal assembly is connected to the surface, the power connection, which is either a Romex cable or a BX cable, is also connected to the switch module by the terminal assembly.

10. A food waste disposer system, characterized in that, The food waste disposer system includes the food waste disposer according to claim 1, and further includes the terminal assembly or the power cord assembly.

11. A power cord assembly for implementation relative to a waste disposer, characterized in that, The power cord assembly includes: A plug adapted for connection to a wall-mounted power outlet; Terminal cover; A power cord extending between the plug and the first surface of the terminal cover; and A power switch interface connector is attached to the second surface of the terminal cover, wherein the wires within the power cord are connected to the power switch interface connector. The start switch interface connector, the power cord, the terminal cover, and the plug form an integrated assembly, and The terminal cover is configured to be positioned along the outer surface of the housing of the waste disposer to cover an opening defined by the surface, and the start switch interface connector extends at least partially into the interior of the housing and is capable of being coupled to a start switch located within the housing.

12. The power cord assembly according to claim 11, characterized in that, The terminal cover includes an opening through which screws can be positioned to secure the terminal cover to the outer surface of the housing.

13. The power cord assembly according to claim 12, characterized in that, The start switch interface connector includes multiple structural parts configured to pass through multiple bonding recesses formed in the orifice when the start switch interface connector travels from a first position outside the housing to a second position, in which the start switch interface connector extends at least partially into the interior of the housing.

14. A food waste disposer system, characterized in that, The food waste disposer system includes a power cord assembly as claimed in claim 11 and a food waste disposer, the food waste disposer including the housing and the start switch, wherein each of the bottom housing portion of the housing and the switch module of the food waste disposer is configured to be connected to each of the terminal assembly and the power cord assembly respectively at a first time and a second time, the food waste disposer being able to receive power from a hardwired power connection through the terminal assembly, and the food waste disposer being able to receive power from a wall-mounted power outlet through the power cord assembly.

15. The food waste disposer system according to claim 14, characterized in that, The orifice defined by the surface of the housing includes a first bonding recess and a second bonding recess along the periphery of the orifice, wherein the first bonding recess and the second bonding recess are respectively configured to complement a first structural portion and a second structural portion disposed on the terminal assembly, and are also respectively configured to complement a third structural portion and a fourth structural portion disposed on the power cord assembly.

Images