ELECTRICAL BOX SUPPORT

Abstract

Electrical box assemblies are described that have a bracket adjustable to different sizes. The supplied electrical box assemblies also include a cable support that moves from a shipping position to an installed position.

Description

ELECTRICAL BOX SUPPORT Field of Invention This description pertains to electrical boxes. More specifically, this description pertains to an electrical box assembly having a bracket that can be adjusted to different sizes. This description also pertains to an electrical box assembly having a cable support that moves from a shipping, packaging, or transport position to an installed position. Background of the Invention Electrical boxes are used to enclose and support electrical devices, wires, and wiring. Electrical boxes can be secured to a structure such as a ceiling or wall. One way to attach an electrical box to a wall is to connect it to a stud so that the box spans between a front and back drywall panel of the wall. However, electrical boxes secured to structural studs, especially metal studs, need additional support to prevent movement. A common method for providing stability is to support the box from the drywall on the opposite side of the wall from where the box is mounted—that is, the back drywall panel. The problem Ref. 339169, with this method, is the number of post sizes used in construction. Such posts are manufactured in depths of 6.35 cm (2.5 inches), 8.89 cm (3.5 inches), 9.20 cm (3.625 inches), 10.2 cm (4 inches), 13.97 cm (5.5 inches), and 15.24 cm (6 inches). A common practice to accommodate varying stud sizes is to mount the electrical box to a bracket that attaches to the stud and provides selectable support to match the stud depths that will rest against the back drywall. However, this requires having brackets of various sizes available during installation or knowing the exact measurement beforehand. Some electrical boxes also include a cable support bracket. This cable support bracket must be attached to the electrical box during manufacturing or improperly attached during installation. Typically, the cable support bracket extends outward from a front opening in the electrical box in a cantilevered configuration when attached during manufacturing. However, this configuration can be damaged before installation, for example, during shipping or transport. Accordingly, it has been determined from the present description that there is a continuing need for electrical boxes and supports that overcome, alleviate and / or mitigate one or more of the aforementioned effects and other harmful effects of prior art conduits. Brief Description of the Invention Electrical box assemblies are provided that have an adjustable bracket to accommodate different sizes. The supplied electrical box assemblies also include a cable support that moves from a shipping position to an installed position. An electrical box assembly is provided, comprising a box body and a bracket attached to the box body. The bracket has multiple extensions. These extensions are adjustable to multiple configurations to adjust the size of the bracket. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the support has a support body and the plurality of appendages extend outwards from the support body. In some modalities alone or together with one or more of the modalities mentioned above and / or mentioned below, the support body has a U-shaped opening that forms a fin that folds outwards from the support body. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the plurality of appendages can be folded to adjust their size. In some configurations, either alone or in conjunction with one or more of the previously mentioned and / or subsequently mentioned configurations, the support can be moved from a shipping configuration, where the support body is adjacent to the box body, to an installed position where the support body is moved away from the box body. In some embodiments, either alone or together with any one or more of the aforementioned and / or subsequently mentioned embodiments, the support body has a first side projection on a first side of the support body that extends outward from the support body in a first direction, and the support has a second side projection extending from the support body that can be folded from a shipping configuration to an installed configuration, such that the second side projection extends outward from the support body in a second direction that is opposite to the first direction to maintain the support in the installed position. In some modalities, either alone or together with one or more of the modalities mentioned above and / or mentioned below, a support extension is included that can be attached to the stand and the support extension can be attached to different positions along the stand to adjust the size of the stand. IVIA / a / ZUZZ / UI ¿ / 3Ί In some embodiments, either alone or together with any one or more of the aforementioned and / or subsequently mentioned embodiments, the support has a plurality of openings through a support body and the support extension connects to different openings of the plurality of openings to adjust the size of the support. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the support extension has a tab that folds over the support to hold the support. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the support extension has a plurality of tabs and each of the plurality of tabs folds over the support to hold the support in a different position than another of the plurality of tabs. In some modalities, either alone or together with any of the modalities mentioned above and / or mentioned later, the support is made of 0.062 galvanized steel. In some configurations, either alone or together with any one or more of the aforementioned and / or subsequently mentioned configurations, the support may be in the shipping position when connected to an upright. An electrical box assembly is also provided, which includes a box body and a cable support bracket attached to the box body. The cable support bracket can be moved from a shipping position to an installed position. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the box body has a back wall opposite an opening and the support bracket is connected to the back wall. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the cable support bracket has a connection portion attached to the box body and a support portion that extends away from the connection portion. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the support portion is adjacent to the back wall in the shipping position. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the support portion folds over the connection portion in the installed position. In some modalities, either alone or together with any one or more of the modalities mentioned above and / or mentioned below, the support portion extends far from the back wall in the installed position. An electrical box assembly is also provided, which includes a box body, a support base that is connected to the box body, and a support base extension that can be connected to the support base in a plurality of positions, such that the support base extension assembly that is connected to the support base has a different size in each of the plurality of positions. An electrical box assembly is also provided, comprising a box body, a support element, and a fastener. The support element is selectively connected to the box body. The support element has at least one opening between its two ends. The fastener can be selectively connected to the support element through at least one opening to connect the support element to the box body, such that the support element can be bent on at least one side of the fastener. The features and advantages described above and others in this description will be appreciated and understood by those experienced in the art of the following detailed description, figures and attached claims. Brief Description of the Figures Figure 1 is a perspective view from below of an exemplary modality of an electrical box assembly having a support according to the present description in a first installed position; Figure 2 is a top perspective view of Figure 1; Figure 3 is a front perspective view of Figure 1; Figure 4 is a bottom perspective view of the support in Figure 1 in an installed configuration; Figure 5 is a top perspective view of Figure 4; Figure 6 is a perspective view from below of the electrical box assembly having the bracket and cable support of Figure 1 in a shipping position; Figure 7 is a top perspective view of Figure 6; Figure 8 is a bottom perspective view of the support in Figure 1 in a shipping configuration; Figure 9 is a top perspective view of Figure 8; Figure 10 is a front perspective view of the cable support of the electrical box assembly in Figure 1; Figure 11 is a rear perspective view of Figure 10; iviA / a / zuzz / ui z / υ i Figure 12 is an enlarged partial front view of Figure 6; Figure 13 is a partial enlarged front view of Figure 1; Figure 14 is a bottom perspective view of the electrical box assembly having the bracket in a second installed position; Figure 15 is a top perspective view of Figure 14; Figure 16 is a rear view of Figure 14; Figure 17 is a perspective view from below of the electrical box assembly having the bracket in a third installed position; Figure 18 is a top perspective view of Figure 17; Figure 19 is a bottom perspective view of the electrical box assembly having the bracket in a fourth installed position; Figure 20 is a top perspective view of Figure 19; Figure 21 is a bottom perspective view of the electrical box assembly having the bracket in a fifth position installed with a bracket extension connected to the bracket in a first connected position; Figure 22 is a top perspective view of Figure 21; Figure 23 is a bottom perspective view of the support extension of Figure 21; Figure 24 is a top perspective view of Figure 23; Figure 25 is a bottom perspective view of the electrical box assembly having the bracket in a sixth position installed with the bracket extension connected to the bracket in a second connected position; Figure 26 is a top perspective view of Figure 25; Figure 27 is a bottom perspective view of an exemplary embodiment of a second embodiment of an electrical box assembly having a support base and a support base extension according to the present description in a first installed position; Figure 28 is a top perspective view of Figure 27; Figure 29 is a front perspective view of Figure 27; Figure 30 is a bottom perspective view of the support base of Figure 27 in an installed configuration; Figure 31 is a top perspective view of Figure 30; Figure 32 is a bottom perspective view of the iviA / a / zuzz / ui z / υ i support base extension of Figure 27; Figure 33 is a top perspective view of Figure 32; Figure 34 is a top perspective view of the electrical box assembly of Figure 27 in a shipping position; Figure 35 is a bottom perspective view of Figure 34; Figure 36 is a bottom perspective view of the support base and support base extension of Figure 27 in a shipping configuration; Figure 37 is a top perspective view of Figure 36; Figure 38 is a bottom perspective view of the second modality of the electrical box assembly having the support base and support base extension in a second installed position; Figure 39 is a top perspective view of Figure 38; Figure 40 is a rear view of Figure 38; Figure 41 is a front view of Figure 38; Figure 42 is a bottom perspective view of the second modality of the electrical box assembly having the support base and support base extension in a third installed position; Figure 43 is a top perspective view of Figure 42; Figure 44 is a bottom perspective view of the second modality of the electrical box assembly having the support base and support base extension in a fourth installed position; Figure 45 is a top perspective view of Figure 44; Figure 46 is a bottom perspective view of the second modality of the electrical box assembly having the support base and support base extension in a fifth installed position; Figure 47 is a top perspective view of Figure 46; Figure 48 is a bottom perspective view of the second modality of the electrical box assembly having the support base and support base extension in a sixth installed position; Figure 49 is a top perspective view of Figure 48; Figure 50 is a bottom perspective view of an exemplary embodiment of a third embodiment of an electrical box assembly having a support element according to the present description in a first installed position; Figure 51 is a top perspective view of the MA / a / ZUZZ / UI Z l »1 figure 50; Figure 52 is a front view of Figure 50; Figure 53 is a top perspective view of the third mode of electrical box assembly of Figure 50 in a shipping position; Figure 54 is a bottom perspective view of Figure 53; Figure 55 is a top perspective view of the third modality of the electrical box assembly which has the support element in a second installed position; Figure 56 is a bottom perspective view of Figure 55; Figure 57 is a bottom perspective view of the third modality of the electrical box assembly which has the support element in a third installed position; Figure 58 is a top perspective view of Figure 57; Figure 59 is a bottom perspective view of the third modality of the electrical box assembly having the support element in a fourth installed position; Figure 60 is a top perspective view of Figure 59; Figure 61 is a bottom perspective view of the third modality of the electrical box assembly having the support element in a fifth installed position; Figure 62 is a top perspective view of Figure 61; Figure 63 is a top perspective view of the support element of the third mode of electrical box mounting and Figure 64 is a bottom perspective view of Figure 63. Detailed Description of the Invention Referring to the figures, and in particular to figures 1-3, an exemplary embodiment of an electrical box assembly according to the present description is shown and is generally referred to by reference number 100. The electrical box assembly 100 has a box body 102 that is connected to a support 10 shown in a first installed position in figures 1-3. Advantageously, the bracket 10 can be adjusted to different installed positions, making it a stabilizer with selectable appendages for various stud depths. The studs can be made of various materials, such as metal or wood. Consequently, the bracket 10 eliminates the need for additional box mounting brackets by incorporating a universal stabilizer into the electrical box 100 assembly. Another advantage of the electrical box assembly 100 is a cable support bracket 101 that moves from a shipping or transport position to an installed position. In the shipping position, the cable support bracket 101 can be positioned next to the box body 102 to minimize damage to the cable support 101 before installation. The cable support bracket 101 can then be moved away from the box body 102 to the installed position for use. The cable support bracket 101 is also connected to a rear portion of the box body 102 of the electrical box assembly 100, so that the cable support bracket 101 does not extend beyond the box body 102 in the shipping position to further minimize damage before installation. The electrical box assembly 100 can be made of any desired material that has sufficient strength and rigidity to enclose and / or support the devices, cables, and connections placed within it. In some embodiments, the electrical box assembly 100 is made of carbon steel or galvanized steel. The cable support bracket 101 is made of a material that allows flexing between the folded and unfolded positions, for example, galvanized carbon steel with a thickness greater than 0.762 mm (0.030 in) and less than 1.02 mm (0.040 in). In some embodiments, the electrical box assembly 100 can be painted or powder-coated as required. The support 10 is made of a material that allows flexing while remaining robust. The support 10 is, for example, galvanized steel greater than 1.29 mm (0.051 in) and can be galvanized steel 1.57 mm (0.062 in). In Figures 1 through 5, the bracket 10 is shown in the first of six installed positions in the electrical box assembly 100 for a first stud depth, for example, a stud depth of 9.21 cm (3.625 in). The electrical box assembly 100 has a box body 102. The box body 102 encloses and / or supports the electrical devices, cables, and connections. The box body 102 forms five sides 104a-e and an opening 106, as shown in Figure 3. Five sides 104a-e have one or more holes 108a-c. The box body 102 includes various other features for enclosing and / or supporting the electrical devices, cables, wires, and connections, as known in the art. The box body 102 may also have other shapes known in the art. The box body 102 is connected to a first bracket 110 as shown in Figure 1 and to a second bracket 112 as shown in Figure 2. Alternatively, the box body 102 can have only one of the first bracket 110 and the second bracket 112. The first bracket 110 and the second bracket 112 connect the box body assembly 102 to another structure, for example, a stud, by means of one or more fasteners. The fasteners are, for example, screws or bolts and nuts that pass through holes 120 in the first bracket 110 and the second bracket 112, aligned with holes in the stud. With reference again to figure 1, support 10 has a support body 12 and rear appendages 22, 24 extending from the support body 12. Rear appendages 22, 24 are folded to be in the first installed position. Each of the posterior appendages 22, 24 has holes 25. The support 10 has a first lateral projection 26 extending from the support body 12. The support 10 has an external lateral projection 27 and a second lateral projection 28 extending from the support body 12 on a side opposite the first lateral projection 26. The support body 12 has a U-shaped opening 30 forming a fin 32. The support 10 has two holes 34 through the fin 32. The fin 32 has an opening 36. The support body 12 has two openings 37, 39 and two openings 38, 40 on opposite sides of the fin 32. With reference to Figure 2, the cable support bracket 101 has a connection portion 114. The connection portion 114 is connected to side 104e of the box body 102. The connection portion 114 has a support portion 116. The support portion 116 is configured to connect cables and / or wires to the electrical box assembly 100. With reference to Figure 3, the support portion 116 of the cable support bracket 101 has upper tab elements 138, 140, 142, and 144 extending from an opposite-end connecting portion 114. The support portion 116 has a lower tab element 146 opposite the upper tab element 144 and a lower tab element 148 opposite the upper tab element 140. The support portion 116 has an open portion to form the lower tab element 148. The upper tab elements 138, 140, 142, and 144 and the lower tab elements 146 and 148 extend from a support element 149. The box body 102 also has levers 136a-c. With reference to Figures 4 and 5, the support 10 has a first hook 14 and a second hook 16. The first hook 14 and second hook 16 are flexed, such that they are angular with respect to the support body 12. Referring to Figure 3, the first hook 14 is a through hole 108b and the second hook 16 is a through hole 108c. As shown in Figure 13, each of the first hook 14 and second hook 16 may have a protrusion 20, such that the first hook 14 is larger than the hole 108b and the second hook 16 is larger than the hole 108c to retain the first hook 14 in the hole 108b and the second hook 16 in the hole 108c, which also maintains the connection between the support 10 and the box body 102. Referring to Figures 6 and 7, the electrical box assembly 100, cable support bracket 101, and bracket 10 can be manufactured in a shipping position. The shipping position minimizes damage to the electrical box assembly 100, cable support bracket 101, and bracket 10 before installation and, in particular, during shipping. In the shipping position, the bracket 10 has a side 42, as shown in Figure 8, which is positioned adjacent to side 104e of the box body 102, such that the first hook 14 passes through hole 108b and the second hook 16 passes through hole 108c, as shown in Figure 12. In the shipping position, the cable support bracket 101 also helps to retain the first hook 14 and second hook 16 in holes 108b and 108c. Referring to Figures 8 and 9, the bracket 10 has a shipping configuration in which the second side projection 28 is not bent. The bracket body 12 has a hole 41 in the second side projection 28. The shipping configuration of the bracket 10 allows the second side projection 28 to lie flat adjacent to the box body 102 in the shipping position of the electrical box assembly 100 and bracket 10. Referring to Figures 10 and 11, the cable support bracket 101 has a connection portion 114 and a support portion 116. The connection portion 114 has a contact section 121 that is connected to the box body 102, for example, by welding in four areas 118. The connection portion 114 has a connection section 119 between a first bend 122 and a second bend 124. As shown in Figure 11, the support element 149 has openings 150 in all the tabs of the upper element 138, 140, 142, 144 and the tabs of the lower element 146, 148. The connection portion 114 has hook-shaped elements 152. Referring back to Figure 7, the contact section 121 of the connection portion 114 is welded to the box body 102. in four areas 118.The connection section 119 extends away from the box body 102 to separate the support portion 116 away from the box body 102 above support 10, such that a surface 126, as shown in Figure 10, is adjacent to support 10 in the shipping configuration. Still with reference to figure 7, to install the electrical box assembly 100, the cable support bracket 101 and support 10, which are in the shipping position on a stud, the user moves the support portion 116 away from the box body 102, such that the connection section 119 rotates along the fold line 124 over the contact section 121 and the support portion 116 rotates along the fold line 122 from the shipping position to the installation position, as shown in figure 1. Next, the support body 12 is moved away from the box body 102 from the shipping configuration, as shown in figure 7, to the first installed position, as shown in figure 1, when installed on a 9.21 cm (3.625 inches); however, the bracket may alternatively be in the second, third, fourth, fifth, or sixth installation positions as described herein, depending on the size of the upright. With reference to Figures 12 and 13, when the bracket body 12 is moved from the shipping configuration to the first installed position, the first hook 14 and second hook 16 move from the position in Figure 12 to the position in Figure 13. With reference to Figure 9, the second side projection 28 is then bent along the hole 41, such that the bracket 10 is in the first installed position, as shown in Figure 1. The second side projection 28 limits movement in one direction away from the cable support bracket 101, and the first side projection 26 limits movement toward the cable support bracket 101 to maintain the bracket 10 in the first installed position.Next, the first bracket 110 and / or second bracket 112 can be connected to a stud that will be placed between the front and back drywall panels of the wall. The appendages 22 and 24 in the first installed position of the bracket 10 rest against the back drywall panel when the first bracket 112 and / or second bracket are connected to the stud, to support the electrical box mount 100 in the installed position. The folded configuration of the appendages 22 and 24 minimizes damage to the back drywall panel. To install the cables, once the electrical box assembly 100, cable support bracket 101, and support 10 are in the installed position, as shown in Figure 11, the support element 149 has openings 150 in all the tabs of the upper element 138, 140, 142, 144 and the tabs of the lower element 146, 148, such that the tabs of the upper element 138, 140, 142, 144 and the tabs of the lower element 146, 148 can be bent into the openings 150 to the desired positions for receiving the cables. With reference to Figure 3, the levers 136a-c are removed to expose the cable holes, and a cable is inserted through each cable hole. A first cable is placed between the upper tab element 138 and the upper tab element 140 and through the uncovered cable hole, using lever 136a.A second cable is placed between the upper flange element 140 and the upper flange element 142 and through the uncovered cable hole, using lever 136b. A third cable is placed between the upper flange element 142 and the upper flange element 144 and through the uncovered cable hole, using lever 136c. The lower flange element 148 can be bent along the opening 150 upward between the first and second cables to hold the cables in place, so that the support element 149 is positioned between the back drywall and the first, second, and third cables. Hook-shaped elements 152 can be attached to cables with corrugated or wavy outer surfaces. The cables can be received in RACO® STAB-IT® boxes. Advantageously, the configuration of bracket 10 allows the use of a more robust material than typical brackets, given its shape. The shipping position allows the electrical box 100, cable support bracket 101, and bracket 10 to be prefabricated in the shipping position to minimize damage before installation. Connecting the cable support bracket 101 to the back of the box body 10, such that the cable support bracket 101 does not extend beyond the box body 102 in the shipping position, also helps minimize damage before installation. Referring to Figures 14-16, the electrical box assembly 100 and bracket 10 are shown in a second installed position, rather than the first installed position. The second installed position is the same as the first installed position in Figures 1-13, except that when moved from the shipping position to the second installed position, the bracket 10 remains in the shipping configuration. For example, the user can use the bracket 10 in the second installed position, instead of the first installed position, when the stud is narrower than when using the first installed position, such as a 2.5-inch (6.35 cm) stud. When installed on the 2.5-inch (6.35 cm) stud, the bracket 10 will rest against the back drywall in the second installed position when the first bracket 110 and / or the second bracket 112 are attached to the stud to support the electrical box assembly 100. Referring to Figures 17-18, the electrical box 100 and bracket 10 assembly are shown in a third installed position, rather than the first installed position. The third installed position is the same as the first installed position in Figures 1-13, except that the rear appendages 22 and 24 are bent along the holes 25 to lie flush with the bracket body 12. For example, the user can move the bracket 10 to the third installed position instead of the first installed position when the stud is narrower than when using the first installed position, such as an 8.89 cm (3.5 in) stud. When installed on the 8.89 cm (3.5 inch) stud, the rear appendages 22, 24 will rest against the rear drywall in the third installed position, when the first bracket 110 and / or the second bracket 112 are connected to the stud to support the electrical box mount 100. Referring to Figures 19-20, the electrical box 100 and bracket 10 assembly are shown in a fourth installed position, rather than the first installed position. The fourth installed position is the same as the first installed position in Figures 1-13, except that the flap 32 is bent along two holes 34 away from the box body 102 to extend above the rest of the bracket body 12. For example, the user can move the bracket 10 to the fourth installed position, instead of the first installed position, when the stud is wider than when using the first installed position, such as a 4.5-inch (11.4 cm) stud. When installed on the 11.4 cm (4.5 inch) stud, the 32 fin will rest against the back drywall in the fourth installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the electrical box 100 mount. Referring to Figures 21-24, the electrical box 100 and bracket 10 assembly are shown in a fifth installed position, instead of the first installed position. The fifth installed position is the same as the first installed position in Figures 1-13, except that a bracket extension 2100 is attached to the bracket 10. Referring to Figures 23-24, the bracket extension 2100 has a bracket extension body 2102. The bracket extension 2100 has a first opening 2104 and a second opening 2106 through the extension body 2102. The extension body 2102 has a fold 2108 at one end. The extension body 2102 has protrusions 2110 and 2112 on opposite sides. A C-shaped element 2114 is at one end of the shoulder 2110. A C-shaped element 2116 is at one end of the shoulder 2112. The first opening 2104 has a tab 2118 extending from it.The second opening 2106 has a tab 2020 extending from it. Each of the tabs 2118 and 2020 has an extended position, as shown by tab 2020 in Figure 24, and a folded position, as shown by tab 2118 in Figure 24. Referring back to Figures 21-22, to connect the bracket extension 2100 to bracket 10 in the fifth installed position, the C-shaped element 2116 extends through opening 39 of bracket 10, and the C-shaped element 2114 extends through opening 40 of bracket 10. Tab 2118 is unfolded in the extended position to extend through opening 36 of bracket 10, and then tab 2118 is moved to the folded position. The 2020 tab is folded over the support body 12 from the extended position to the folded position between the posterior appendages 22, 24 and is held in place on the support 10.The user can move bracket 10 to the fifth installed position, instead of the first installed position, when the stud is wider than when using the first installed position, for example, the stud is a 13.97 cm (5.5 in) stud. When installed on the 13.97 cm (5.5 in) stud, the fold 2108 rests against the back drywall, in the fifth installed position, when the first bracket 112 and / or the second bracket are connected to the stud to support the electrical box mount 100. Referring to Figures 25-26, the electrical box 100 and bracket 10 assembly are shown in a sixth installed position, rather than the first installed position. The sixth installed position is the same as the fifth installed position in Figures 21-24, except that the bracket extension 2100 is connected in a different position. To connect the bracket extension 2100 to the bracket 10 in the sixth installed position, the C-shaped element 2116 extends through opening 37 in the bracket 10, and the C-shaped element 2114 extends through opening 38 in the bracket 10. The tab 2118 is then folded over the bracket body 12 from the extended position to the folded position between the rear appendages 22 and 24 and clamped in place on the bracket 10.The user can move bracket 10 to the sixth installed position, instead of the first installed position, when the stud is wider than when using the first installed position, for example, if the stud is a 6-inch (15.24 cm) stud. When installed on the 6-inch stud, the 2108 fold rests against the back drywall in the fifth installed position when the first bracket 112 and / or the second bracket are connected to the stud to support the electrical box mount 100. Consequently, bracket 10 can be adjusted to different installed positions, namely the first installed position in Figure 1, the second installed position in Figure 14, the third installed position in Figure 17, the fourth installed position in Figure 19, the fifth installed position in Figure 21, and the sixth installed position in Figure 25, such that bracket 10 accommodates various stud or upright depths. As a result, bracket 10 eliminates the need for additional box mounting brackets by incorporating a universal stabilizer into the electrical box assembly 100. Bracket 10 is a plate that includes legs, namely the first hook 14 and second hook 16, designed to engage with a NEMA hole pattern on the box body 102 and is supplied flat on the back of the box body 102 to save shipping space.Bracket 10 is a plate that hinges 90 degrees, and the second side projection 28 is bent 90 degrees to lock bracket 10 in position. No further alterations are required for 3-5 / 8-inch (9.21 cm) studs. Other tabs, namely rear appendages 22 and 24, and fin 32, bend to accommodate 3-1 / 2-inch (8.89 cm) or 4-inch (10.16 cm) studs. A separate extension, namely bracket extension 2100, is available and locks in place for studs of [missing information - likely a specific size or size]. 13.97 cm (5-1 / 2 inches) and 15.24 cm (6 inches). Referring to Figures 27-28, a second form of electrical box assembly is shown, in accordance with the present description, and is generally designated by the reference number 2700. Electrical box assembly 2700 is the same as box assembly 100, except that it has a support base 2702 and a support base extension 2704 instead of the support 10 and support extension 2100. Consequently, features that are the same for electrical box assembly 2700 and electrical box assembly 100 have the same reference numbers. The support base 2702 and support extension 2704 are shown in the first of six installed positions on the electrical box assembly 2700 for a first stud depth, for example, a stud depth of 9.21 cm (3.625 in). The support base 2702 has the support base body 2706. The support base body 2706 has protrusions 2708, 2710, 2712, and an opening 2714, as shown in Figure 30, between protrusions 2708 and 2710. The support base 2702 has a first side projection 2716 on one side and a second side projection 2718 on a second side opposite the first side. The second side projection 2718 is bent along a hole 2719. Referring to Figure 28, the support base extension 2704 has a support extension body 2720 that has support protrusions 2722, 2724 on opposite sides of the support extension body 2720. The support base extension 2704 has a tab element 2726 at one end of the support protrusion 2722. The support base extension 2704 has a tab element 2728 at one end of the support protrusion 2724. The support base extension 2704 has an elongated opening 2730 through the support extension body 2720 adjacent to the support protrusion 2722. The support base extension 2704 has holes 2732, 2734, 2736 through the support extension body 2720 adjacent to the support protrusion 2724.In the first installed position, the protrusions 2708, 2710 of the support base 2702 pass through the elongated opening 2730 of the support base extension 2704 and the protrusion 2712 of the support base 2702 passes through the hole 2736 of the support base extension 2704. A fastener 2715, for example a screw, passes through the elongated opening 2730 of the support base extension 2704 and the opening 2714 of the support base 2702 to secure the support base 2702 and support base extension 2704 together in the first installed position. With reference to Figures 29-31, the support base 2700 has a first hook 2738 and a second hook 2740. The first hook 2738 and second hook 2740 are bent so that they are angled with respect to the support base body 2706. The first hook 2738 passes through hole 108b and the second hook 2740 passes through hole 108c. Each of the first hook 2738 and second hook 2740 may have a protrusion 2742 such that the first hook 2738 is larger than hole 108b and the second hook 2740 is larger than hole 108c to keep the first hook 2738 in hole 108b and the second hook 2740 in hole 108c which also maintains the connection between the bracket 2700 and the box body 102. With reference to Figures 34-35, the electrical box assembly 2700, cable support bracket 101, support base 2702, and support base extension 2704 can be manufactured in a shipping position. The shipping position minimizes damage to the electrical box assembly 2700, cable support bracket 101, support base 2702, and support base extension 2704 before installation and, in particular, during shipping. With reference to Figures 36-37, the support base 2702 has a shipping configuration in which the second side projection 2718 is unbent. The support base body 2706 has a hole 2719 in the second side projection 2718. The shipping configuration of the support base 2702 allows the second side projection 2718 to lie flat adjacent to the box body 102 in the shipping position of the electrical box assembly 2700 and support base 2702. The support base 2702 is connected to the support base extension 2704 in the first installed position when in the shipping position. In the shipping position, the support base 2702 has a side 2744, as shown in Figure 36, which is positioned adjacent to side 104e of the box body 102, such that the first hook 2738 passes through hole 108b and the second hook 2740 passes through hole 108c, as shown in Figure 41. In the shipping position, the cable support bracket 101 also helps to retain the first hook 2738 and second hook 2740 in holes 108b and 108c. Returning to Figure 34, the connection section 119 of the cable support bracket 101 extends far from the box body 102 to separate the support portion 116 from the box body 102 above the support base 2702 and support base extension 2704, such that a surface 126, as shown in Figure 10, is the adjacent support base 2702 and support base extension 2704 in the shipping configuration. Still with reference to figures 34-35, to install the electrical box assembly 2700, cable support bracket 101, support base 2702 and support base extension 2704 which are in the shipping position on a stud, the user moves the support portion 116 away from the box body 102, so that the connection section 119 rotates along the fold line 124 over the contact section MA / a / ZUZZ / UI Z l »1 121 and the support portion 116 rotates along the fold line 122 from the shipping position to the installed position, as shown in Figure 28. Next, the support base body 2706 is moved away from the box body 102 from the shipping configuration, as shown in Figure 38, to the first installed position, as shown in Figure 28, when installed on a 9.21 cm (3.625 in) stud; however, the support may alternatively be in the second, third, fourth, fifth, or sixth installation positions, as described herein, depending on the stud size. When the support base body 2706 is moved from the shipping configuration to the first installed position, the first hook 2738 and second hook 2740 move from the position shown in Figure 41 to the position in Figure 29.Referring to Figure 36, the second side projection 2718 is then bent along the hole 2719, so that the support base 2702 is in its first installed position, as shown in Figure 28, and the support base extension 2704 is also placed in its first installed position. The second side projection 2718 limits movement away from the cable support bracket 101, and the first side projection 2716 limits movement toward the cable support bracket 101 to maintain the support base 2702 in its first installed position. The first bracket 110 and / or second bracket 112 can then be attached to a stud to be placed between the front and back drywall panels of the wall.The support shoulder 2722 of the support base extension 2704, in its first installed position, rests against the back drywall when the first bracket 112 and / or second bracket are connected to the stud to support the electrical box mount 2700 in its installed position. The folded configuration of the shoulder 2722 minimizes damage to the back drywall. Wires for the electrical box mount 2700 can then be installed as described above for the electrical box mount 100. Advantageously, the configuration of the 2702 support base and 2704 support base extension allows the use of a more robust material than typical supports, given the shape of the 2702 support base and 2704 support base extension. The shipping position allows the 2700 electrical box assembly, 101 cable support bracket, 2702 support base, and 2704 support base extension to be prefabricated in the shipping position to minimize damage before installation. Referring to Figures 38-41, the electrical box assembly 2700, mounting base 2702, and mounting base extension 2704 are shown in a second installed position, rather than the first installed position. The second installed position is the same as the first installed position in Figures 27-37, except that when moved from the shipping position to the second installed position, the mounting base 2702 and mounting base extension 2704 remain in the shipping configuration. For example, a user might use the mounting base 2702 and mounting base extension 2704 in the second installed position, instead of the first installed position, when the stud is narrower than when using the first installed position, such as a 6.35 cm (2.5 in.) stud. When installed on the 6.35 cm (2.5 in.) stud...5 inches), the support base 2702 and support base extension 2704 will rest against the back drywall in the second installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the electrical box mount 2700. Referring to Figures 42-43, the electrical box assembly 2700, mounting base 2702, and mounting base extension 2704 are shown in a third installed position, rather than the first installed position. The third installed position is the same as the first installed position in Figures 27-37, except that the mounting base extension 2704 is removed. For example, a user can move the mounting base 2702 and mounting base extension 2704 to the third installed position, instead of the first installed position, and remove the mounting base extension 2704 when the stud is narrower than when using the first installed position, such as an 8.89 cm (3.5 in.) stud. When installed on the 8.89 cm (3.5 in.) stud...5 inches), the support base 2702 will rest against the back drywall in the third installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the electrical box mount 2700. Referring to Figures 44-45, the electrical box assembly 2700, support base 2702, and support base extension 2704 are shown in a fourth installed position, instead of the first installed position. The fourth installed position is the same as the first installed position in Figures 27-37, except that the support base extension 2704 is connected in a different position on the support base 2702. To connect the support base 2702 and support base extension 2704 in the fourth installed position, the support base extension 2704 is rotated 180 degrees from the first installed position, such that the protrusions 2708, 2710 of the support base 2702 pass through the elongated opening 2730 of the support base extension 2704 and the holes 2732, 2734, 2736 are on a portion of the support base extension 2704 that extends beyond the support base 2702.The fastener 2715, for example, a screw, passes through the elongated opening 2730 of the support base extension 2704 and the opening 2714 of the support base 2702 to secure the support base 2702 and support base extension 2704 together in the fourth installed position. For example, a user can move the support base 2702 and support base extension 2704 to the fourth installed position instead of the first installed position when the stud is wider than when using the first installed position, such as a 10.16 cm (4 in.) stud. When installed on the 10.16 cm (4 inch) stud, the support shoulder 2724 will rest against the back drywall in the fourth installed position, when the first bracket 110 and / or second bracket 112 are attached to the stud to support the electrical box mount 2700. Referring to Figures 46-47, the electrical box assembly 2700, support base 2702, and support base extension 2704 are shown in a fifth installed position, instead of the first installed position. The fifth installed position is the same as the first installed position in Figures 27 to 37, except that the support base extension 2704 is connected in a different position on the support base 2702. To connect the support base 2702 and support base extension 2704 in the fifth installed position, the support base extension 2704 is rotated from the first installed position so that the protrusion 2708 of the support base 2702 passes through the hole 2734 of the support base extension 2704 and the protrusion 2712 of the support base 2702 passes through the elongated opening 2730 of the support base extension 2704.The fastener 2715, for example, a screw, passes through the elongated opening 2730 of the support base extension 2704 and the opening 2714 of the support base 2702 to secure the support base 2702 and support base extension 2704 together in the fifth installed position. A user can move the support base 2702 and support base extension 2704 to the fifth installed position, instead of the first installed position, when the stud is wider than when using the first installed position, for example, if the stud is 13.97 cm (5.5 in). When installed on the 13.97 cm (5.5 inch) stud, the flange elements 2726, 2728 rest against the back drywall in the fifth installed position, when the first bracket 112 and / or the second bracket are connected to the stud to support the electrical box mount 2700. Referring to Figures 48-49, the electrical box assembly 2700, support base 2702, and support base extension 2704 are shown in a sixth installed position, rather than the first installed position. The sixth installed position is the same as the first installed position in Figures 27-37, except that the support base extension 2704 is connected in a different position on the support base 2702. To connect the support base 2702 and support base extension 2704 in the sixth installed position, the support base extension 2704 is rotated from the first installed position so that the protrusion 2708 of the support base 2702 passes through the hole 2732 of the support base extension 2704 and the protrusion 2712 of the support base 2702 passes through the elongated opening 2730 of the support base extension 2704.The fastener 2715, for example, a screw, passes through the elongated opening 2730 of the support base extension 2704 and the opening 2714 of the support base 2702 to secure the support base 2702 and support base extension 2704 together in the sixth installed position. A user can move the bracket 10 to the sixth installed position, instead of the first installed position, when the stud is wider than when using the first installed position, for example, a 6-inch (15.24 cm) stud. When installed on the 6-inch stud, the flange elements 2726 and 2728 rest against the back drywall in the sixth installed position when the first bracket 112 and / or the second bracket are connected to the stud to support the electrical box mount 2700. The 2702 support base and 2704 support base extension are made of a material that allows for flexing while remaining robust. For example, the 2702 support base and 2704 support base extension are made of galvanized steel thicker than 1.29 mm (0.051 in) and can be made of galvanized steel thicker than 1.57 mm (0.062 in). Consequently, the support base 2702 and support base extension 2704 can be adjusted to different installed positions, namely the first installed position in Figures 27-37, the second installed position in Figures 38-41, the third installed position in Figures 42-43, the fourth installed position in Figures 44-45, the fifth installed position in Figures 46-47, and the sixth installed position in Figures 48-49, such that the support base 2702 and support base extension 2704 accommodate various stud depths. As a result, the support base 2702 and support base extension 2704 eliminate the need for additional box mounting brackets by incorporating a universal stabilizer into the electrical box 2700 assembly.The 2702 support base and 2704 support base extension are a plate that includes legs, namely the first hook 2738 and second hook 2740, designed to mate with a NEMA hole pattern on the 102 enclosure body and are supplied flat on the rear portion of the 102 enclosure body to save shipping space. The 2702 support base is a plate that is hinged 90 degrees, and the second side projection 2718 is bent 90 degrees to lock the 2702 support base in position. No other alterations are required for 3-5 / 8 inch (9.21 cm) studs. With reference to Figures 50-51, a third modality of an electrical box assembly is shown according to the present description and is generally designated by the reference number 5000. The electrical box assembly 5000 is the same as the box assembly 100 except that it has a support element 5002 instead of the support 10 and support extension 2100. Consequently, the features that are the same for electrical box assembly 5000 and electrical box assembly 100 have the same reference numbers. The support element 5002 is shown in the first installed position of six installed positions in the electrical box assembly 5000 for a first stud depth, e.g., a stud depth of 9.21 cm (3.625 inches). The support base 5002 has a support element body 5004. The support element body 5004 has a first fold 5006 along a first end of the support element body 5004 and a second fold 5008 along a second end of the support element body 5004. The support element 5002 has a length in a direction extending from the first fold 5006 to the second fold 5008 and a width in a direction extending along the first and second ends of the support element body 5004. The support element 5002 has an elongated opening 5010 extending in the longitudinal direction.Support element 5002 has a first slot 5012, a second slot 5014, a third slot 5016, a fourth slot ινΐΛ / a / zuzz / ui ¿ i. 5018 and a fifth slot 5020 through the body of the support element 5004 extending in the width direction and intersecting the elongated opening 5010 at a different location along the length direction. The support element 5002 has linear depressions 5024 on opposite sides of each of the first slot 5012, second slot 5014, third slot 5016, and fifth slot 5020. The support element 5002 is connected to the box body 102 by means of a fastener 5022 that passes through the elongated opening 5010 and the hole 108b through the box body 102 as shown in Figure 53. The support element 5002 has first marks 5026, second marks 5028, third marks 5030, fourth marks 5032, and fifth marks 5034.Each of the first marks 5026, second marks 5028, third marks 5030, fourth marks 5032, and fifth marks 5034 indicates a location for attaching the fastener 5022 to the support element 5002 by means of circular markings and the size of a stud, for example, a metal or wood stud. The first mark 5026 is between the first groove 5012 and the crease 5006, indicating a location for attaching the fastener 5022 for a 15.24 cm (6 in.) stud. The second mark 5028 is between the first groove 5012 and the second groove 5014, indicating a location for attaching the fastener 5022 for a 13.97 cm (5.5 in.) stud. The third mark 5030 is adjacent to a slot 5016 between the third slot 5016 and the fourth slot 5018 indicating a location for attaching fastener 5022 for a 9.21 cm (3.625 inch) stud.The fourth mark 5032 is adjacent to a fourth slot 5018 between the third slot 5016 and the fourth slot 5018, indicating the location for attaching fastener 5022 for a 10.16 cm (4 in.) stud. The fifth mark 5034 is adjacent to a fourth slot 5018 between the fourth slot 5018 and the fifth slot 5020, indicating the location for attaching fastener 5022 for an 8.89 cm (3.5 in.) stud. With reference to Figure 50, the fastener 5022 is inserted through the elongated opening 5010 at the third mark 5030 and the hole 108b through the box body 102 in the first installed position. One side of the support element body 5004, which includes the fold 5006, is also folded into the third groove 5016 along the depression 5024 away from the box body 102 in the first installed position. With reference to Figures 53-54, the electrical box assembly 5000, cable support bracket 101, and support element 5002 can be manufactured in a shipping position. This shipping position minimizes damage to the electrical box assembly 5000, cable support bracket 101, and support element 5002 before installation and, in particular, during shipping. Support element 5002 has a shipping configuration, where the body of support element 5004 is unbent. In the shipping position, the connecting section 119 of the cable support bracket 101 extends away from the box body 102 to separate the support portion 116 from the box body 102 above the support element 5002 such that a surface 126, as shown in Figure 10, is adjacent to the support element 5002 in the shipping configuration. Still with reference to Figures 53-54, to install the electrical box assembly 5000, cable support bracket 101, and support element 5002, which are in the shipping position on the stud, the user moves the support portion 116 away from the box body 102, such that the connection section 119 rotates along the fold line 124 over the contact section 121, and the support portion 116 rotates along the fold line 122 from the shipping position, as shown in Figure 53, to the installed position, as shown in Figure 50. The body side of the support element 5004 that includes the fold 5006 is also folded in the third groove 5016 along the depression 5024 away from the box body 102 from the shipping configuration, as shown in Figure 55. up to the first installed position, as shown in Figure 50, when installed on a 9.21 cm (3.625 inches); however, the bracket may alternatively be in the second, third, fourth, fifth, or sixth installation positions, as described herein, depending on the stud size. Fastener 5022 holds the support member 5002 in position at the third mark 5030, and a material of the support member 5002 holds the fold in the third groove 5016. The first bracket 110 and / or second bracket 112 may be attached to a stud that will be positioned between the front and back drywall of the wall. The fold 5006 of the support member 5002 in the first installed position rests against the back drywall when the first bracket 112 and / or second bracket are attached to the stud to support the electrical box mount 5000 in the installed position. The folded configuration of the fold 5006 minimizes damage to the back drywall.Next, cables can be installed for the 5000 electrical box assembly as explained above for the 100 electrical box assembly. Advantageously, the configuration of the support element 5002 allows the use of a material that is more robust than typical supports, given the shape of the support element 5002. The shipping position allows the electrical box assembly 5000, cable support bracket 101, and support element 5002 to be prefabricated into the shipping or packaging position to minimize damage before installation and to save shipping space. Referring to Figures 55-56, the electrical box assembly 5000, cable support bracket 101, and support element 5002 are shown in a second installed position, rather than the first installed position. The second installed position is the same as the first installed position in Figures 50-54, except that when moved from the shipping position to the second installed position, support element 5002 remains in the shipping configuration. For example, a user might use support element 5002 in the second installed position, instead of the first installed position, when the stud is narrower than when using the first installed position, such as a 6.35 cm (2.5 in.) stud. When installed on the 6.35 cm (2.5 in.) stud...5 inches), the support element 5002 will rest against the back drywall in the second installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the electrical box mount 5000. Referring to Figures 57-58, the electrical box assembly 5000, cable support bracket 101, and support element 5002 are shown in a third installed position, rather than the first installed position. The third installed position is the same as the first installed position in Figures 50-54, except that the support element 5002 is in a different position. To connect the support element 5002 in the third installed position, the fastener 5022 is moved to the fourth mark 5032 and inserted through the elongated opening 5010 at the fourth mark 5032, and one side of the support body 5004, including the fold 5008, is folded into the fourth slot 5018. For example, a user may move the support element 5002 to the third installed position, instead of the first installed position, when the stud is wider than when using the first installed position, such as a 10.16 cm (4 in) stud.When installed on the 10.16 cm (4 inch) stud, the 5008 fold will rest against the back drywall in the third installed position when the first bracket 110 and / or second bracket 112 are connected to the stud to support the 5000 electrical box mount. With reference to Figures 59-60, the electrical box assembly 5000, cable support bracket 101, and support element 5002 are shown in a fourth position, installed instead of the first installed position. The fourth installed position is the same as the first installed position in Figures 50-54, except that the support element 5002 is in a different position. To connect the support element 5002 in the fourth installed position, the fastener 5022 is moved to the second mark 5028 and inserted through the elongated opening 5010 at the second mark 5028, and the side of the support body 5004 that includes the fold 5008 is folded into the second slot 5014. For example, a user can move the support element 5002 to the fourth installed position, instead of the first installed position, when the stud is wider than when using the first installed position, such as a 13.97 cm (5.5 in) stud.When installed on the 13.97 cm (5.5 inch) stud, the 5008 fold will rest against the back drywall in the fourth installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the 5000 electrical box mount. With reference to Figures 60-61, the electrical box assembly 5000, cable support bracket 101, and support element 5002 are shown in a fifth installed position, instead of the first installed position. The fifth installed position is the same as the first installed position in Figures 50-54, except that the support element 5002 is in a different position. To connect the support element 5002 in the fifth installed position, the fastener 5022 is moved to the first marks 5026 and inserted through the elongated opening 5010 at the first marks 5026, and the side of the support body 5004 that includes the fold 5008 is folded into the first groove 5012. For example, a user can move the support element 5002 to the fifth installed position, instead of the first installed position, when the bolt is wider than when using the first installed position, such as a 15.24 cm (6 in.) bolt.When installed on the 15.24 cm (6 inch) stud, the 5008 fold will rest against the back drywall in the fifth installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the 5000 electrical box mount. The electrical box assembly 5000, cable support bracket 101, and support element 5002 can be moved to a sixth installed position, instead of the first installed position. The sixth installed position is the same as the first installed position in Figures 50 to 54, except that the support element 5002 is in a different position. To connect the support element 5002 in the sixth installed position, the fastener 5022 is moved to the fifth mark 5034 and inserted through the elongated opening 5010 at the fifth mark 5034, and one side of the support body 5004, including the fold 5008, is folded into the fifth slot 5020. For example, a user can move the support element 5002 to the sixth installed position, instead of the first installed position, when the stud is narrower than when using the first installed position, such as an 8.89 cm (3.5 in) stud. When installed on the 8.89 cm (3.5 in) stud...5 inches), the 5008 fold will rest against the back drywall in the sixth installed position, when the first bracket 110 and / or second bracket 112 are connected to the stud to support the 5000 electrical box mount. With reference to Figures 63-64, the support element 5002 is shown bent along the first groove 5012 for the fifth installed position. The support element 5002 has first markings 5026 to indicate the location for placing the fastener 5022 in the fifth installed position, as indicated by 6. The support element 5002 has second markings 5028 to indicate the location for placing the fastener 5022 in the fourth installed position, as indicated by 5.5. The support element 5002 has third markings 5030 to indicate the location for placing the fastener 5022 in the first installed position, as indicated by 3.625. The support element 5002 has a fourth marking 5032 to indicate the location for placing the fastener 5022 in the third installed position, as indicated by 4.The support element 5002 has fifth marks 5034 to indicate the location for placing the fastener 5022 in the sixth installed position, as indicated by 3.5. Note that there are no marks for the second installed position, since there is no need to move the fastener 5022 or bend the body of the support element 5004 from the shipping position. The 5002 support element is a material that allows for bending while remaining robust. The 5002 support element is, for example, made of galvanized steel thicker than 1.29 mm (0.051 in) and can be galvanized steel thicker than 1.57 mm (0.062 in). Consequently, the 5002 support element can be adjusted to different installation positions, namely the first installed position in Figures 50-54, the second installed position in Figures 55-56, the third installed position in Figures 57-58, the fourth installed position in Figures 59-60, the fifth installed position in Figures 60-61, and the sixth installed position, such that the 5002 support element accommodates various stud or post depths. As a result, the 5002 support element eliminates the need for additional box mounting brackets, incorporating a universal stabilizer into the 5000 electrical box assembly. The 5002 support element is a plate designed to mate with a NEMA hole pattern on the 102 box body and is supplied flat on the rear portion of the 102 box body to save shipping space. It should also be noted that the terms first, second, third, superior, inferior, and similar terms may be used herein to modify various elements. These modifiers do not imply a spatial, sequential, or hierarchical order of the modified elements unless specifically stated. Although the present invention has been described with reference to one or more exemplary embodiments, those skilled in the art will understand that various changes can be made and elements of the invention can be substituted with equivalents without departing from the scope of this description. Furthermore, many modifications can be made to adapt a particular situation or material to the teachings of the description without departing from its scope. Therefore, it is intended that this description not be limited to the particular embodiment or embodiments described as the best contemplated mode, but rather that the description include all embodiments that fall within the scope of the appended claims. Parts List Support 10 Electrical box assembly 100 Support extension 2100 Support body 12 Cable support bracket 101 Support extension body 2102 First hook 14 Box body 102 First opening 2104 Second hook 16 Five sides 104a-e Second opening 2106 Protrusion 20 Opening 106 Fold 2108 Rear appendages 22, 24 Holes 108a-c Raise 2110, 2112 Holes 25 First bracket 110 C-shaped element 2114, 2116 First side projection 26 Second bracket 112 Tab 2118, 2120 Second side projection 28 U-shaped opening 30 Fin 32 Holes 34 Opening 36 Two openings 37, 38 Two openings 39, 40 Hole 41 Connection portion 114 Support portion 116 Four areas 118 Connection section 119 Holes 120 Contact section 121 First bend 122 Second bend 124 Surface 126 Levers 136a-c Upper flange elements 138,140,142,144 Lower flange elements 146,148 Support element 149 Openings 150 Hook-shaped elements 152, Electrical box assembly 2700 Support base 2702 Support base extension 2704 Base support body 2706 Protrusions 2708, 2710, 2712 Opening 2714 Bra 2714 First lateral projection 2716 Second lateral projection 2718 Hole 2719 Support extension body 2720 Support highlight 2722 Support highlight 2724 Tab element 2726 Tab element 2728 Elongated opening 2730 Holes 2732, 2734, 2736 First hook 2738 Second hook 2740 Protuberance 2742 Side 2744 The method known by the aforementioned invention is noted, along with a description of the Electrical box assembly 5000 Support element 5002 Support element body 5004 First fold 5006 Second fold 5008 Elongated opening 5010 First slot 5012 Second slot 5014 Third slot 5016 Fourth slot 5018 Fifth slot 5020 Bra 5022 Linear depressions 5024 Top brands 5026 Second brands 5028 Third-party brands 5030 Fourth marks 5032 Fifth marks 5034 which in relation to the applicant is the one that results invention. This date, the best to put into practice is clear from the present

Claims

1. An electrical box assembly, characterized in that it comprises: a box body and a support connected to the box body, the support having a plurality of appendages, the plurality of appendages being adjustable to a plurality of configurations to fit the size of the support.

2. The electrical box assembly according to claim 1, characterized in that the support has a support body and wherein the plurality of appendages extends outwards from the support body.

3. The electrical box assembly according to claim 2, characterized in that the support body has a U-shaped opening forming a fin that bends outwards from the support body.

4. The electrical box assembly according to claim 2, characterized in that the plurality of appendages can be bent to adjust their size.

5. The electrical box assembly according to claim 1, characterized in that the support can be moved from a shipping configuration, wherein a support body is adjacent to the box body, to an installed position, wherein the support body is moved away from the box body.

6. The electrical box assembly according to claim 5, characterized in that the support body has a first lateral projection on a first side of the support body extending outwards from the support body in a first direction and wherein the support has a second lateral projection extending from the support body that can be folded from a shipping configuration to an installed configuration, such that the second lateral projection extends outwards from the support body in a second direction that is opposite to the first direction to maintain the support in the installed position.

7. The electrical box assembly according to claim 1, characterized in that it further comprises a support extension that can be connected to the support, wherein the support extension can be connected at different positions along the support to adjust to the size of the support.

8. The electrical box assembly according to claim 7, characterized in that the support has a plurality of openings through the support body and wherein the support extension connects to different openings of the plurality of openings to fit the size of the support.

9. The electrical box assembly according to claim 7, characterized in that the support extension has a tab that folds over the support to secure the support.

10. The electrical box assembly according to claim 9, characterized in that the support extension has a plurality of tabs, wherein each of the plurality of tabs folds over the support to hold the support in a position different from another of the plurality of tabs.

11. The electrical box assembly according to claim 1, characterized in that the support is made of galvanized steel 0.

062.

12. The electrical box assembly according to claim 10, characterized in that the support can be in the shipping position when connected to a stud.

13. An electrical box assembly, characterized in that it comprises: a box body and a cable support bracket connected to the box body, the cable support bracket being movable from a shipping or transport position to an installed position.

14. The electrical box assembly according to claim 13, characterized in that the box body has a rear wall opposite an opening and wherein the support bracket is connected to the rear wall.

15. The electrical box assembly according to claim 13, characterized in that the cable support bracket has a connection portion connected to the box body and a support portion extending away from the connection portion.

16. The electrical box assembly according to claim 15, characterized in that the support portion is adjacent to the rear wall in the shipping position.

17. The electrical box assembly according to claim 16, characterized in that the support portion folds over the connection portion in the installed position.

18. The electrical box assembly according to claim 15, characterized in that the support portion extends far from the back wall in the installed position.

19. An electrical box assembly, characterized in that it comprises: a box body; a support base that connects to the box body; and a support base extension that can be connected to the support base in a plurality of positions, such that the assembly of the support base extension that is connected to the support base has a different size in each of the plurality of positions.

20. An electrical box assembly, characterized in that it comprises: 5 a box body and a support element selectively connected to the box body, the support element having at least one opening between two ends and a fastener that can be selectively connected to the 10 support element through at least one opening to connect the support element to the box body, such that the support element can be bent on at least one side of the fastener.

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