CN208740286U

CN208740286U - Supporter and its framing component

Info

Publication number: CN208740286U
Application number: CN201721670134.XU
Authority: CN
Inventors: 金晓江; 蒋建平
Original assignee: NINGBO JUNMAO ENVIRONMENTAL PROTECTION EQUIPMENT Co Ltd
Current assignee: NINGBO JUNMAO ENVIRONMENTAL PROTECTION EQUIPMENT Co Ltd
Priority date: 2017-05-19
Filing date: 2017-12-05
Publication date: 2019-04-16
Anticipated expiration: 2027-12-05
Also published as: CN208863835U; CN108937168A; CN110179252A; CN108937168B

Abstract

The utility model discloses a supporter and its framing components, wherein the supporter includes a bottom frame member, one top frame member, one middle frame component and four side frame members, the end of the low side of side frame members described in two of them and the high-end end for being installed in the bottom frame member respectively and the middle frame component, the end of the low side of other two side frame members and the high-end end for being installed in the middle frame component respectively and the top frame member, the supporter is formed with assembling, the wherein bottom frame member, the top frame member, it is mutually restrained between the middle frame component and each side frame members, to guarantee the stability and reliability of the supporter.

Description

Supporter and its framing component

Technical field

The utility model relates to a supporter and its framing components, wherein the supporter is easy to assembled.

Background technique

Supporter is widely used in the places such as market, supermarket, storehouse, storage, office and family.In recent years, with The continuous development of standardized production technique and continuing to increase for transportation cost, assembly type supporter become increased popularity.Assembling Formula supporter is being in unassembled state, at this moment, assembly type supporter the space occupied after being produced and during transport It is smaller, and appearance of the not assembled assembly type supporter after packaged is more regular, generally in the solid side of standard, this It is particularly useful for the transportation cost that assembly type supporter is greatly reduced.However, existing assembly type glove Frame still has many flaws.Specifically, needing to come using to connectors such as screws when assembling the assembly type supporter Two neighboring frame structure is connected, inevitably uses the tools such as spanner, screwdriver in this process, this is not only resulted in The packaging efficiency for assembling the assembly type supporter is low, and leads to the people for the assembling experience for not assembling the assembly type supporter Member can not even assemble the assembly type supporter.Even the assembly type supporter is assembled reluctantly without the personnel of assembling experience Afterwards, the gap between the two neighboring frame structure of the assembly type supporter may also can be bigger, and cause assembling after should The strong degree and stability of assembly type supporter are affected, and influence the aesthetics of the assembly type supporter after assembling.Especially It is for small-sized supermarket, office and family, due to the small number of the assembly type supporter of its purchase, out The manufacturer for selling the assembly type supporter will not provide installation service, and buyer can not also afford the peace of qualified installation person Dress expense, this brings many troubles to the use of the assembly type supporter.

Utility model content

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter be easy to by Assembling, to be conducive to improve the packaging efficiency of the supporter.

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter allows not having Have supporter assembling experience personnel easily assemble, such as the supporter allow user easily to its into Row assembling.

One of the utility model is designed to provide a supporter and its framing component, wherein assembling the supporter During, it may not be necessary to by tools such as any screwdriver, spanners, so that the supporter can be assembled manually.

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter being capable of root According to needing to be assembled into different forms, to meet the individual demand of user.

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter allows quilt It is rapidly assembled, to be conducive to improve the packaging efficiency of the supporter.

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter includes more A framing component can be assembled mutually between the adjacent framing component, and can when assembling the adjacent framing component Not need by any auxiliary tool, so that the supporter manually and can be assembled rapidly.

One of the utility model is designed to provide a supporter and its framing component, wherein the adjacent framing component Between mutually assembled in a manner of being mutually clamped, to can not need when assembling the adjacent framing component by any Auxiliary tool.

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter allows quilt Disassembly, and after the framing component of the supporter is disassembled, the structure of the framing component will not be destroyed, with Be conducive to reuse the framing component, to reduce the use cost of the supporter.

One of the utility model is designed to provide a supporter and its framing component, wherein the supporter is adjacent The framing component is mutually assembled in a manner of being mutually clamped, and in each of the supporter framing component by group After dress, mutually restrained between multiple framing components, to avoid occurring the bad phenomenon rocked between the supporter, thus Guarantee the stability and reliability of the supporter.

According to the one aspect of the utility model, the utility model provides a supporter comprising:

One bottom frame member, wherein the bottom frame member includes a under(-)chassis main body and two under(-)chassis sides Wall, each under(-)chassis side wall is integrally upwardly extended from the both ends of the under(-)chassis main body respectively, and each institute It states under(-)chassis side wall and is respectively provided with an at least bottom sidewall mounting hole；

One top frame member, wherein the top frame member includes a top frame main body and two top frame sides Wall, each top frame side wall is integrally extended downwardly from the both ends of the top frame main body respectively, and each institute It states top frame side wall and is respectively provided with an at least top sidewall mounting hole；And

One middle frame component, wherein the middle frame component includes a middle frame main body and two middle frame sides Wall, each middle frame side wall is integrally extended downwardly from the both ends of the middle frame main body respectively, and each institute It states middle frame side wall and is respectively provided with an at least low side middle frame side wall mounting holes and at least one high-end middle frame side wall peace Fill hole；And

Four side frame members, wherein each side frame members respectively include a side chassis body and at least two Side frame hold-down hook, wherein the low side of the side frame main body is formed at least one described side frame hold-down hook, institute It states the high-end of side frame main body and is formed at least one described side frame hold-down hook；Wherein it is formed in the side frame master The side frame hold-down hook of the low side of body can be after the bottom sidewall mounting hole for passing through the bottom frame member The part for being used to form the bottom sidewall mounting hole of the under(-)chassis side wall of the bottom frame member is caught on, it will The side frame members are installed on the bottom frame member, or be formed in the side frame main body low side it is described Side frame hold-down hook can catch on institute after the high-end middle frame side wall mounting holes for passing through the middle frame component The part for being used to form the high-end middle frame side wall mounting holes of the middle frame side wall of middle frame component is stated, with The side frame members are installed on the middle frame component, wherein being formed in the institute of the low side of the side frame main body The top can be caught on after the top sidewall mounting hole for passing through the top frame main body by stating side frame hold-down hook The part for being used to form the top sidewall mounting hole of the top frame side wall of framing component, by the side frame Component is installed on the top frame member, or is formed in the side frame installation of the low side of the side frame main body Hook can catch on the middle frame structure after the low side middle frame side wall mounting holes for passing through the middle frame component The part for being used to form the low side middle frame side wall mounting holes of the middle frame side wall of part, by the side frame Frame member is installed on the middle frame component.

One embodiment according to the present utility model, the supporter further comprise a back frame member, wherein institute Stating back frame member includes a rear frame main body and at least two rear frame hold-down hooks, each of described rear frame main body Side is respectively formed at least one described rear frame hold-down hook, wherein each side frame members further comprise one Side frame rear wall, the side frame rear wall integrally extend the rear frame main body, and after the side frame Wall has an at least side frame mounting hole；Wherein the rear frame hold-down hook of the back frame member can pass through The side frame rear wall of the side frame members is caught on after the side frame mounting hole of the side frame members The part for being used to form the side frame mounting hole, the back frame member is installed on each side frame Component.

One embodiment according to the present utility model, the back frame member further comprise at least rear frame peace Element is filled, each rear frame installation elements are respectively formed in the high-end of the rear frame main body, and in each institute It states and forms an at least installation space between rear frame installation elements and the rear frame main body, wherein the top frame master Body further comprises a top frame rear wall, and the rear side of the top frame rear wall from the top frame main body is integrally downward Extend, wherein the top frame rear wall of the top frame member can be installed in each of described back frame member The installation space.

One embodiment according to the present utility model, the back frame member further comprise rear frame engaging member Part, the rear frame snap-fit element of one of them back frame member can be installed in another rear portion frame The installation space of frame member.

One embodiment according to the present utility model, the supporter further comprise one first middle frame component, Described in the first middle frame component include one first middle frame main body and at least two first middle frame installation elements, wherein Each end of the first middle frame main body is respectively formed at least one described first middle frame installation elements, wherein Each side frame members respectively include an at least side frame installing tache, and each side frame installing tache distinguishes shape Side frame main body described in Cheng Yu, and one is formed between each side frame installing tache and the side frame main body Space is buckled, wherein each of described first middle frame component the first middle frame installation elements can be mounted respectively In the buckle space of each side frame members, the first middle frame component is installed on each side Portion's framing component.

One embodiment according to the present utility model, the first middle frame component further comprise two first middle part frames Frame side wall, each first middle frame side wall is respectively from the both ends of the first middle frame main body integrally to downward It stretches, and each first middle frame side wall is respectively provided at least one side wall notch, the first middle frame installation member Part is located at the side wall notch, wherein the first middle frame component be installed in each side frame members it Afterwards, each of described first middle frame component the first middle frame side wall fits in each side frame structure respectively The side frame main body of part.

One embodiment according to the present utility model, after the first middle frame component further comprises a side frame The rear side of wall, the side frame rear wall from the first middle frame main body integrally extends downwardly, wherein described first Middle frame component is installed in after each side frame members, the first middle frame component described first in Portion's frame rear wall fits in the rear frame main body of the back frame member.

One embodiment according to the present utility model, the supporter further comprises an at least cabinet door, wherein the cabinet The low side and high-end respectively by axis connection in the bottom frame member and the top frame member of door.

Other side under this invention be used to group and be shaped to one set the present invention further provides a framing component Rack, and after the completion of the supporter is assembled, the framing component forms a side frame members of the supporter, Wherein the framing component includes:

At least both sides frame hold-down hook；With

One side chassis body, wherein the low side of the side frame main body is formed at least one described side frame peace Setting hook and the high-end of the side frame main body are formed at least one described side frame hold-down hook.

One embodiment according to the present utility model, the framing component further comprise an at least side frame rear wall, Wherein the side frame rear wall integrally extends the side frame main body, and the side frame rear wall has at least One side frame mounting hole.

One embodiment according to the present utility model, the framing component further comprise the installation of an at least side frame Button wherein each side frame installing tache is respectively formed in the side frame main body, and is pacified in the side frame A buckle space is formed between dress button and the side frame main body.

One embodiment according to the present utility model, the side frame main body form the side frame installation of two column It detains, each of side frame installing tache described in each column side frame installing tache is respectively along the side frame main body Short transverse arrangement, and the two column side frame installing taches are symmetrical.

One embodiment according to the present utility model, the framing component further comprise a side frame antetheca, wherein The side frame antetheca integrally extends the side frame main body.

One embodiment according to the present utility model, the framing component further comprise side part sealing structure, wherein The side seal structure includes first sealing element of side, and first sealing element of side is from the side frame antetheca Integrally extend back.

One embodiment according to the present utility model, the side seal component include second sealing element of side, institute It states the second sealing element of side and integrally extends first sealing element of side.

Detailed description of the invention

Fig. 1 be according to the stereoscopic schematic diagram of a framing component of a supporter of a preferred embodiment of the utility model, Wherein the framing component is a bottom frame member.

Fig. 2 is shown according to the solid of another framing component of the supporter of the above-mentioned preferred embodiment of the utility model It is intended to, wherein the framing component is a side frame members.

Fig. 3 is shown according to the solid of another framing component of the supporter of the above-mentioned preferred embodiment of the utility model It is intended to, wherein the framing component is a back frame member.

Fig. 4 is shown according to the solid of another framing component of the supporter of the above-mentioned preferred embodiment of the utility model It is intended to, wherein the framing component is a top frame member.

Fig. 5 A and Fig. 5 B are another framing components according to the supporter of the above-mentioned preferred embodiment of the utility model Stereoscopic schematic diagram, wherein the framing component be a middle frame component.

Fig. 6 is the schematic diagram according to one of the assembling process of the supporter of above-mentioned preferred embodiment of the utility model.

Fig. 7 A to Fig. 7 C be according to the supporter of the above-mentioned preferred embodiment of the utility model assembling process two Schematic diagram.

Fig. 8 A to Fig. 8 C be according to the supporter of the above-mentioned preferred embodiment of the utility model assembling process three Schematic diagram.

Fig. 9 A to Fig. 9 C be according to the supporter of the above-mentioned preferred embodiment of the utility model assembling process four Schematic diagram, which illustrate by one

Figure 10 is five schematic diagram according to the assembling process of the supporter of the above-mentioned preferred embodiment of the utility model.

Figure 11 A to Figure 11 C be according to the supporter of the above-mentioned preferred embodiment of the utility model assembling process six Schematic diagram.

Figure 12 A to figure 12 C be according to the supporter of the above-mentioned preferred embodiment of the utility model assembling process six Schematic diagram

Figure 13 A is a visual angle according to a state of the supporter of the above-mentioned preferred embodiment of the utility model Stereoscopic schematic diagram.

Figure 13 B is another visual angle according to the above-mentioned state of the supporter of the above-mentioned preferred embodiment of the utility model Stereoscopic schematic diagram.

Figure 13 C is the three-dimensional signal according to another state of the supporter of the above-mentioned preferred embodiment of the utility model Figure.

Figure 14 A is the schematic diagram after splitting along the line A-A in Figure 13 A.

Figure 14 B is the schematic diagram after splitting along the line B-B in Figure 13 A.

Figure 14 C is the schematic diagram after splitting along the line C-C in Figure 13 A.

Figure 15 is shown according to one of supporter deformation assembling mode of the above-mentioned preferred embodiment of the utility model It is intended to.

Figure 16 is another deformation assembling mode according to the supporter of the above-mentioned preferred embodiment of the utility model Schematic diagram.

Figure 17 is another deformation assembling mode according to the supporter of the above-mentioned preferred embodiment of the utility model Schematic diagram.

Specific embodiment

It is described below to be disclosed for so that those skilled in the art manufacture and use the utility model.Middle offer described below Preferred embodiment only as the example and modification that will be apparent to those skilled in the art, do not constitute to the utility model The limitation of range.General Principle defined in described below can be answered without departing substantially from the spirit of the present invention and utility model range For other embodiments, optional substitution, modification, equivalent implementation and application.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore Above-mentioned term should not be understood as limiting the present invention.

With reference to the attached drawing 13A to Figure 14 C of the Figure of description of the utility model, according to a preferred embodiment of the utility model A supporter be disclosed for and be set forth in following description, wherein the supporter include a bottom frame member 10, Both sides framing component 20, at least a back frame member 30, a top frame member 40 and an at least middle frame component 50, wherein each side frame members 20 are installed in the bottom frame member 10, the back frame member respectively 30 are installed in the bottom frame member 10 and each side frame members 20 respectively, and the top frame member 40 divides Be not arranged at the back frame member 30 and each side frame members 20, with the bottom frame member 10, One is formed between each side frame members 20, the back frame member 30 and the top frame member 40 accommodates sky Between 100, wherein the middle frame component 50 is arranged at each side frame members 20, by the middle frame Component 50 separates the accommodation space 100 and forms at least two memory spaces 200, wherein can be stored in by storage object described Memory space 200.

Specifically, in this specific example of the supporter shown in attached drawing 13A to Figure 14 C, each side The low side of portion's framing component 20 is installed in the both ends of the bottom frame member 10 respectively, wherein the back frame member 30 Low side be installed in the rear side of the bottom frame member 10, and the two sides of the back frame member 30 are set respectively In the rear side of each side frame members 20, wherein the rear side of the top frame member 40 is installed in the rear portion frame Frame member 30 it is high-end, and the both ends of the top frame member 40 are installed in each side frame members 20 respectively It is high-end, wherein the both ends of the middle frame component 50 are installed in the middle part of each side frame members 20 respectively.

Preferably, two side frame members 20 are parallel to each other, the bottom frame member 10, the middle frame Component 50 and the top frame member 40 are parallel to each other.

It is noted that in this specific example of the supporter shown in attached drawing 13A to Figure 14 C, with institute State bottom frame member 10, each side frame members 20, the back frame member 30, the top frame member 40 and the middle frame component 50 be implemented as illustrating for plate the supporter of the utility model content and Feature, such as sheet metal component.Those skilled in the art it should be understood that the supporter of the utility model other In example, the bottom frame member 10, each side frame members 20, the back frame member 30, the top At least one of framing component 40 and the middle frame component 50 also may be implemented as frame structure, for example, the bottom Portion's framing component 10, each side frame members 20, the back frame member 30 and the top frame member 40 can To be implemented as frame structure, the middle frame component 50 may be implemented as plate construction.Therefore, the technology of this field Personnel should be appreciated that the bottom frame member 10, each described of the supporter shown in attached drawing 13A to Figure 14 C Side frame members 20, the back frame member 30, the top frame member 40 and the middle frame component 50 are by reality Apply the limitation that should not be considered as content and range to the supporter of the utility model for plate.

With reference to attached drawing 1, the bottom frame member 10 includes a under(-)chassis main body 11, two under(-)chassis side walls 12, one Under(-)chassis rear wall 13 and a under(-)chassis antetheca 14, wherein each under(-)chassis side wall 12 is respectively from the bottom frame The end of frame body 11 integrally upwardly extends, and the under(-)chassis rear wall 13 and the under(-)chassis antetheca 14 are respectively from institute It upwardly extends with stating rear side and the front side integral of under(-)chassis main body 11.It is understood that the under(-)chassis main body 11, every A under(-)chassis side wall 12, the under(-)chassis rear wall 13 and the under(-)chassis antetheca 14 are integrated ground structure.It is preferred that Ground, the extending direction point of each under(-)chassis side wall 12, the under(-)chassis rear wall 13 and the under(-)chassis antetheca 14 Not perpendicular to the plane where the under(-)chassis main body 11.

Further, the bottom frame member 10 has two bottom holding tanks 15, wherein each bottom holding tank 15 are respectively formed at each under(-)chassis side wall 12, the under(-)chassis antetheca 14 and the under(-)chassis main body 11.

Further, the bottom frame member 10 further comprises a sealed bottom structure 16, wherein the bottom Sealing structure 16 includes a bottom level sealing element 161 and a bottom vertical seal element 162, wherein the bottom level is close Envelope element 161 integrally extends back from the under(-)chassis antetheca 14, and the bottom vertical seal element 162 is from the bottom The rear side of horizontal seal element 161 integrally upwardly extends.

The under(-)chassis main body 11 of the bottom frame member 10 has multiple bottom mounting apertures 111.Following Description in, illustrated so that the bottom mounting apertures 111 of the under(-)chassis main body 11 are implemented as four as an example practical The content and feature of the novel supporter, wherein each bottom mounting apertures 111 are respectively formed in the under(-)chassis Each corner of main body 11.In other words, each corner of four corners of the under(-)chassis main body 11 is respectively equipped with one A bottom mounting apertures 111.

In addition, each of described bottom frame member 10 under(-)chassis side wall 12 is respectively provided with an at least bottom sidewall Mounting hole 121.Preferably, two ends of the under(-)chassis side wall 12 are respectively equipped with the bottom sidewall mounting hole 121, the bottom sidewall mounting hole 121 in addition is set to the middle part of the under(-)chassis side wall 12 spaced reciprocally.Preferably, The bottom sidewall mounting hole 121 of the under(-)chassis side wall 12 is square hole.

The bottom frame member 10 is preferably implemented as a sheet metal component, wherein the bottom frame member 10 Manufacturing process are as follows:

Step (a.1) provides a plate, wherein the plate is sheet metal or sheet alloy.Certainly, practical at this In other possible examples of the novel supporter, the plate is also possible to but is not limited to macromolecule plate.

Step (a.2) is respectively formed column perforation and two mounting holes at the both ends of the plate along predeterminated position, In form the perforation and the mode of the mounting hole at the both ends of the plate and can be but not limited to punching press, that is to say, that Can the perforation and the mounting hole be formed at the both ends of the plate through the stamping process.

Step (a.3) is respectively formed a notch in the position of the close front side at the both ends of the plate, wherein in the plate The mode that the position of the close front side at the both ends of material forms the notch can be but not limited to punching press, that is to say, that Ke Yitong It crosses Sheet Metal Forming Technology and forms the notch at the both ends of the plate.

The both ends, front side and rear side of the plate are carried out bending along predeterminated position by step (a.4) respectively, so that described The middle part of plate forms the under(-)chassis main body 11, and the both ends, front side and rear side point of the plate is made to be formed each institute Under(-)chassis side wall 12, the under(-)chassis antetheca 14 and the under(-)chassis rear wall 13 are stated, wherein the perforation is formed in often A under(-)chassis side wall 12, to form the bottom sidewall mounting hole of the under(-)chassis side wall 12 by described perforate 121, wherein the mounting hole is formed in the corner of the under(-)chassis main body 11, to form the bottom by the mounting hole The bottom mounting apertures 111 of portion's chassis body 11, wherein the notch is formed in the under(-)chassis side wall 12 and the bottom Between portion's frame antetheca 14, to form the bottom holding tank 15 of the under(-)chassis main body 11 by the notch.

It is noted that the institute of the sealed bottom structure 16 can also be formed simultaneously in the step (a.4) State bottom level sealing element 161 and the bottom vertical seal element 162.

It's also worth mentioning that in a specific example of the supporter of the utility model, the step (a.3) it can also be carried out simultaneously with the step (a.2), that is, can be formed simultaneously on the plate by the technique of punching press The perforation, the mounting hole and the notch.It is described in another specific example of the supporter of the utility model Step (a.3) can also carry out before the step (a.2), that is, form institute on the plate through the stamping process first Notch is stated, then forms the perforation and the mounting hole on the plate through the stamping process again.

With reference to attached drawing 2, the side frame members 20 include a side chassis body 21, a side frame rear wall 22 and One side frame antetheca 23, wherein the side frame rear wall 22 and the side frame antetheca 23 are respectively from the side frame Extend to the same side of the side frame main body 21 to the rear side and front side integral of frame body 21.The side frame members 20 It further comprise two column side frame hold-down hooks 24, wherein a column side frame hold-down hook 24 is formed in the side frame The low side of main body 21, another column side frame hold-down hook 24 are formed in the high-end of the side frame main body 21, and two The side frame hold-down hook 24 is arranged to extend from the rear side of the side frame main body 21 to front side.Preferably, the side Frame hold-down hook 24 is rectangular hold-down hook.

With continued reference to attached drawing 2, the side frame members 20 further comprise an at least side frame installing tache 25, Described in side frame installing tache 25 be arranged at the side frame main body 21 or the side frame installing tache 25 formation It is formed in the side frame main body 21, and between the side frame installing tache 25 and the side frame main body 21 One buckle space 251.Preferably, the side frame members 20 include the two column side frame installing taches 25, wherein two column The side frame installing tache 25 is spaced apart from each other and symmetrically, and the two column side frame installing tache 25 is each along described The short transverse of side frame main body 21 extends.Preferably, the side frame installing tache 25 and the side frame main body 21 It is integral structure.It is noted that being formed with the side frame installing tache at the middle part of the side frame main body 21 25 mode can enhance the intensity of the side frame main body 21, to be conducive to make the side frame main body 21 to keep flat It is whole.

With continued reference to attached drawing 2, the side frame members 20 further comprise side part sealing structure 26, wherein the side Part sealing structure 26 includes side first sealing element 261 and second sealing element of side 262, wherein the side the One sealing element 261 integrally extends to the direction of the side frame rear wall 22 from the side frame antetheca 23, the side The second sealing element of portion 262 integrally extends to side from first sealing element of side 261.

In addition, the side frame rear wall 22 of the side frame members 20 has a column side frame mounting hole 221. Preferably, the low side of the side frame rear wall 22 and it is high-end be respectively equipped with the side frame mounting hole 221, in addition The side frame mounting hole 221 is set to the middle part of the side frame rear wall 22 spaced reciprocally respectively.Preferably, the side The side frame mounting hole 221 of portion's frame rear wall 22 is square hole.

The side frame members 20 are preferably implemented as a sheet metal component, wherein the side frame members 10 Manufacturing process are as follows:

Step (b.1) provides a plate, wherein the plate is sheet metal or sheet alloy.Certainly, practical at this In other possible examples of the novel supporter, the plate is also possible to but is not limited to macromolecule plate.

Step (b.2) forms at least one button at the middle part of the plate along predeterminated position, wherein in the plate The mode that middle part forms the button can be punching press, that is to say, that can be formed through the stamping process at the middle part of the plate The button.Preferably, it in the step (b.2), can be formed described in two column along predeterminated position at the middle part of the plate Button.

Step (b.3) forms a column along the rear side of the plate and perforates, for example, can be through the stamping process in the plate The rear side of material forms the perforation.

The rear side of the plate and front side are carried out bending along predeterminated position by step (b.4) respectively, so that the plate Middle part form the side frame main body 21, and the rear side of the plate and front side is made to be respectively formed the side frame rear wall 22 and the side frame antetheca 23, wherein each button is respectively formed each side frame installing tache 25, wherein often A described perforate is respectively formed the side frame mounting hole 221 of the side frame rear wall 22.

It is noted that the institute of the side seal structure 26 can also be formed simultaneously in the step (b.4) State the first sealing element of side 261 and the second sealing element of the side 262.

It's also worth mentioning that in a specific example of the supporter of the utility model, the step (b.3) it can also be carried out simultaneously with the step (b.2), that is, can be formed simultaneously on the plate by the technique of punching press The perforation and the button.In another specific example of the supporter of the utility model, the step (b.3) can also To be carried out before the step (b.2), that is, form the perforation on the plate through the stamping process first, then again The button is formed on the plate through the stamping process.

With reference to attached drawing 3, the back frame member 30 includes a rear frame main body 31, a rear frame snap-fit element 32, an at least rear frame installation elements 33 and at least two rear frame hold-down hooks 34, wherein rear frame engaging member The low side of part 32 from the rear frame main body 31 integrally extends downwardly, wherein each 33 quilt of rear frame installation elements The high-end or each rear frame installation elements 33 for being set to the rear frame main body 31 are formed in the rear portion frame Frame body 31 it is high-end, and form one between each rear frame installation elements 33 and the rear frame main body 31 Installation space 331, wherein each side of the rear frame main body 31 is equipped at least one described rear frame respectively Each side of hold-down hook 34 or the rear frame main body 31 is respectively formed at least one described rear frame hold-down hook 34, and each rear frame hold-down hook 34 extends from the low side of the rear frame main body 31 to high extreme direction respectively.

Preferably, each side of the rear frame main body 31 is respectively formed with two rear frame hold-down hooks 34, one of them described rear frame hold-down hook 34 is formed in the low side of the side of the rear frame main body 31, another institute State rear frame hold-down hook 34 be formed in the rear frame main body 31 side it is high-end.

Preferably, the rear frame snap-fit element 32 can protrude from the rear frame main body 31, that is, the rear portion Frame snap-fit element 32 and the rear frame main body 31 be not in approximately the same plane.Preferably, the rear frame hold-down hook 34 be rectangular hold-down hook.

Further, the back frame member 30 is preferably implemented as a sheet metal component, and the rear frame The manufacturing process of component 30 can it is identical as the manufacturing process of the bottom frame member 10 and the side frame members 20 or Person is consistent.

With reference to attached drawing 4, the top frame member 40 includes a top frame main body 41, two top frame side walls 42, one Top frame rear wall 43 and a top frame antetheca 44, wherein each top frame side wall 42 is respectively from the top frame The end of frame body 41 integrally extends downwardly, and the top frame rear wall 43 and the top frame antetheca 44 are respectively from institute It extends downwardly with stating rear side and the front side integral of top frame main body 41.It is understood that the top frame main body 41, every A top frame side wall 42, the top frame rear wall 43 and the top frame antetheca 44 are integrated ground structure.It is preferred that Ground, the extending direction point of each top frame side wall 42, the top frame rear wall 43 and the top frame antetheca 44 Not perpendicular to the plane where the top frame main body 41.

Further, the top frame member 40 has two top holding tanks 45, wherein each top holding tank 45 be respectively formed at each top frame side wall 42, the top frame antetheca 44 and the top frame main body 41 it Between.

Further, the top frame member 40 further comprises a top sealing structure 46, wherein the top Sealing structure 46 includes a top horizontal sealing element 461 and a top vertical seal element 462, wherein the top horizontal is close Envelope element 461 integrally extends back from the top frame antetheca 44, and the top vertical seal element 462 is from the top The rear side of horizontal seal element 461 integrally extends downwardly.

Each of the top frame member 40 top frame side wall 42 is respectively provided with the installation of an at least top sidewall Hole 421.Preferably, two ends of the top frame side wall 42 are respectively equipped with the top sidewall mounting hole 421, separately The outer top sidewall mounting hole 421 is set to the middle part of the top frame side wall 42 spaced reciprocally.Preferably, the top The top sidewall mounting hole 421 of portion's frame side wall 42 is square hole.

Correspondingly, the top frame member 40 is preferably implemented as a sheet metal component, and the top frame framework The manufacturing process of part 40 can be with the bottom frame member 10, the side frame members 20 and the back frame member 30 Manufacturing process it is identical or consistent.

Attached drawing 5A and Fig. 5 B show the two kinds of middle frame component 50, wherein by the institute shown in attached drawing 5A It states middle frame component 50 and is defined as one first middle frame component 50a, and the middle frame component shown in by attached drawing 5B 50 are defined as one second middle frame component 50b.

With reference to attached drawing 5A, the first middle frame component 50a includes one first middle frame main body 51a and at least two the One middle frame installation elements 52a, wherein two ends of the first middle frame main body 51a are equipped with respectively or shape At there is at least one described first middle frame installation elements 52a.Preferably, two of the first middle frame main body 51a End is respectively arranged with two the first middle frame installation elements 52a.In addition, the first middle frame component 50a into One step includes two first middle frame side wall 53a, one first middle frame rear wall 54a and one first middle frame antetheca 55b, wherein each first middle frame side wall 53a respectively from the two sides of the first middle frame main body 51a integrally It extends downwardly, the first middle frame rear wall 54a and the first middle frame antetheca 55b are respectively from first middle part frame It extends downwardly to the rear side and front side integral of frame body 51a, wherein each first middle frame side wall 53a is respectively provided with At least one side wall notch 531a, the first middle frame installation elements 52a are located at the institute of the first middle frame side wall 53a State side wall notch 531a.

Correspondingly, the first middle frame component 50a is preferably implemented as a sheet metal component, and in described first The manufacturing process of portion framing component 50a can be with the bottom frame member 10, the side frame members 20, the rear portion frame The manufacturing process of frame member 30 and the top frame member 40 is identical or consistent.

With reference to attached drawing 5B, the second middle frame component 50b includes one second middle frame main body 51b, at least two the Two middle frame side wall 52b, one second middle frame rear wall 53b and one second middle frame antetheca 54b, wherein each described Second middle frame side wall 52b is integrally extended downwardly from the both ends of the second middle frame main body 51b respectively, and described Two middle frame rear wall 53b and the second middle frame antetheca 54b are respectively from the rear side of the second middle frame main body 51b With front side integral extend downwardly.

Further, each of described second middle frame component 50b the second middle frame side wall 52b is set respectively There are at least two middle part of sliding channel mounting hole 521b.Preferably, each second middle frame side wall 52b is respectively equipped with two column institutes Middle part of sliding channel mounting hole 521b is stated, wherein a column middle part of sliding channel mounting hole 521b is defined a high-end middle part of sliding channel installation Hole 5211b, another column middle part of sliding channel mounting hole 521b are defined as a low side middle part of sliding channel mounting hole 5212b.Preferably, The middle part of sliding channel mounting hole 521b is square hole.In addition, the second middle frame rear wall 53b is equipped with an at least rear wall notch 531b。

Correspondingly, the second middle frame component 50b is preferably implemented as a sheet metal component, and in described second The manufacturing process of portion framing component 50b can be with the bottom frame member 10, the side frame members 20, the rear portion frame The manufacturing process of frame member 30, the top frame member 40 and the first middle frame component 50a is identical or consistent.

Further, with reference to attached drawing 13A to Figure 14 C, the supporter further comprises an at least supporting leg 60, wherein Each supporting leg 60 is arranged at the bottom frame member 10 respectively, so that each supporting leg 60 can be used in hindering Only the bottom frame member 10 is directly contacted with ground, in this way, can prevent the bottom frame member 10 It is oxidized, to guarantee the reliability of the supporter and extend the service life of the supporter.

Specifically, in this specific example of the supporter shown in attached drawing 13A to Figure 14 C, the glove Frame includes four supporting legs 60, wherein each supporting leg 60 is installed in the institute of the bottom frame member 10 respectively Each of under(-)chassis main body 11 bottom mounting apertures 111 are stated, so that each corner of the under(-)chassis main body 11 is punished It is not equipped with the supporting leg 60.It is noted that the material of the supporting leg 60 is described in the utility model It is unrestricted in supporter, such as the supporting leg 60 can be but not limited to metal material, alloy material, rubber material etc..

It is noted that in other possible examples of the supporter of the utility model, each support Leg 60 and the bottom frame member 10 also may be integrally formed or each supporting leg 60 can be welded in institute State bottom frame member 10.

With continued reference to attached drawing 13A to Figure 14 C, the supporter further comprises an at least cabinet door 70, wherein the cabinet door 70 be used to close the opening of the accommodation space 100.Specifically, in the supporter shown in attached drawing 13A to Figure 14 C In this specific example, the supporter includes two cabinet doors 70, wherein the low side of each cabinet door 70 and high-end Respectively by axis connection in the end of the bottom frame member 10 and the top frame member 40, so that each cabinet door 70 can be operated in rotary manner and open the opening of the accommodation space 100 or close the accommodation space 100 Opening.And in other possible examples of the supporter of the utility model, each cabinet door 70 can also respectively by Axis connection is in the front side of each side frame members 20, so that each cabinet door 70 can be operated in rotary manner And open the opening of the accommodation space 100 or the opening of the closing accommodation space 100.

Nevertheless, it will be understood by those of skill in the art that other in the supporter of the utility model may Example in, the quantity of the cabinet door 70 of the supporter can also be more or less.

Attached drawing 6 shows the process that the supporter is assembled to Figure 11 B.

In the stage shown in attached drawing 6, each supporting leg 60 is respectively arranged in the institute of the bottom frame member 10 State the bottom mounting apertures 111 of under(-)chassis main body 11.When each supporting leg 60 is installed in the bottom frame respectively After the bottom mounting apertures 111 of frame body 11, each supporting leg 60 is located at the four of the under(-)chassis main body 11 A corner, and each supporting leg 60 and the under(-)chassis side wall 12, the under(-)chassis rear wall 13 and the bottom Portion's frame side wall 12 is located at the not ipsilateral of the under(-)chassis main body 11.

It is noted that each supporting leg 60 to be respectively arranged in the bottom of the bottom frame member 10 The mounting means of the bottom mounting apertures 111 of chassis body 11 unrestricted, example in the supporter of the utility model Such as in a specific example of the supporter, the bottom mounting apertures 111 of the under(-)chassis main body 11 have screw thread Structure, the supporting leg 60 also has helicitic texture, wherein the helicitic texture of the supporting leg 60 and the bottom mounting apertures 111 Helicitic texture cooperate and the supporting leg 60 and the under(-)chassis main body 11 can be made mutual in a manner of being spirally connected Installation, in this process, do not require installation personnel have any supporter assemble experience, in this embodiment it is not even necessary to installation personnel by The supporting leg 60 only can be manually installed on the bottom installation of the under(-)chassis main body 11 by any auxiliary tool Hole 111.Certainly, those skilled in the art is it should be understood that in other possible examples of the supporter, described After one end of supporting leg 60 passes through the bottom mounting apertures 111 of the under(-)chassis main body 11, one can also be passed through A nut is bolted in the end of the supporting leg 60, and the supporting leg 60 is installed on to the institute of the under(-)chassis main body 11 State bottom mounting apertures 111.

Attached drawing 7A to Fig. 7 C, which is shown, is assembled in the bottom frame member 10 for each side frame members 20 Process.

Specifically, the low side of the side frame members 20 is corresponded to the bottom in the stage shown in attached drawing 7A The front side of the side frame members 20 is corresponded to the front side of the bottom frame member 10 by the end of framing component 10, with And each of the side frame members 20 side frame hold-down hook 24 is corresponded to the institute of the bottom frame member 10 State each of under(-)chassis side wall 12 bottom sidewall mounting hole 121.

In the stage shown in attached drawing 7B, to the side of the under(-)chassis side wall 12 close to the bottom frame member 10 To the movement side frame members 20, so that each of described side frame members 20 side frame hold-down hook 24 is distinguished Each of the under(-)chassis side wall 12 across the bottom frame member 10 bottom sidewall mounting hole 121, and make institute The a part for stating the side seal structure 26 of side frame members 20 passes through the bottom of the bottom frame member 10 Holding tank 15.

In the stage shown in attached drawing 7C, the mobile side frame members 20 in the front side of Xiang Suoshu bottom frame member 10, So that each side frame hold-down hook 24 catches on the under(-)chassis side wall 12 of the bottom frame member 10 respectively It is used to form the part of each bottom sidewall mounting hole 121, at this point, each of described side frame members 20 side Frame hold-down hook 24 is respectively held in each of the under(-)chassis side wall 12 of the bottom frame member 10 bottom Side wall mounting holes 121, and the side seal structure 26 of side frame members 20 is made to be maintained at the bottom frame member 10 The holding tank 25, the side frame members 20 are installed on to an end of the bottom frame member 10. In the same way, another side frame members 20 can be installed on the another of the bottom frame member 10 A end.

It is understood that after the side frame members 20 are installed on the bottom frame member 10, it is described The first sealing element of the side 261 of the side seal structure 26 of side frame members 20 resists the under(-)chassis The bottom level sealing element 161 of the sealed bottom structure 16 of component 10 and the institute of the side seal structure 26 State the bottom vertical seal element 162 that the second sealing element of side 262 fits in the sealed bottom structure 16.It is preferred that Ground, the side frame hold-down hook 24 of the side frame members 20 are rectangular hold-down hook, the bottom frame member 10 The bottom sidewall mounting hole 121 is square hole, and the size of the side frame hold-down hook 24 of the side frame members 20 It is consistent with the size of the bottom sidewall mounting hole 121 of the bottom frame member 10, thus in the side frame members Each of 20 side frame hold-down hooks 24 are respectively across the bottom sidewall mounting hole of the bottom frame member 10 The bottom sidewall that is used to form that 121 mode catches on the under(-)chassis side wall 12 of the bottom frame member 10 is pacified Behind the part for filling hole 121, the side frame members 20 can be reliably mounted on the end of the bottom frame member 10. More importantly do not needed during the side frame members 20 are installed on bottom frame member 10 using It, also can be manually and rapidly by the side frame structure even without the personnel of supporter assembling experience to any auxiliary tool Part 20 is reliably mounted on the bottom frame member 10, this sets described in the packaging efficiency of the supporter, guarantee for improving The stability of rack and to reduce being assembled into for the supporter particularly useful for this.

Attached drawing 8A to Fig. 8 C, which is shown, is installed on each side frame members 20 for the back frame member 30 Process.

Specifically, two back frame members 30 are mounted on up-down structure in the stage shown in attached drawing 8A Together, to increase the area of the back frame member 30, wherein the superposed back frame member 30 it is described after Portion's frame snap-fit element 32 is installed in positioned at each of the back frame member 30 of the lower part installation space 331, with Make the rear frame main body 31 for being located at the back frame member 30 of lower part and each rear frame installation elements 33 state in the sandwich residence of the rear frame snap-fit element 32 of the superposed back frame member 30 respectively Rear frame snap-fit element 32, to guarantee the stability of the installation relation of two back frame members 30.Preferably, The rear frame snap-fit element 32 of the back frame member 30 can protrude from the rear frame main body 31, that is, institute Rear frame snap-fit element 32 and the rear frame main body 31 are stated not in approximately the same plane, thus when superposed described Back frame member 30 is installed in the rear frame snap-fit element 32 of the superposed back frame member 30 The mode of each of the back frame member 30 positioned at the lower part installation space 331 is installed in positioned at described in lower part When back frame member 30, the rear frame main body 31 of the superposed back frame member 30 and positioned at lower part The rear frame main body 31 of the back frame member 30 is in the same plane, that is, the superposed rear portion frame The rear frame main body of the rear frame main body 31 of frame member 30 and the back frame member 30 positioned at lower part 31 is concordant.It is noted that in other possible examples of the supporter of the utility model, if the rear frame The size of component 30 is sufficiently large, then does not need to splice two back frame members 30；If the back frame member 30 Size it is smaller, then three or more the back frame members 30 can be spliced according to aforesaid way.Then, will The low side of the back frame member 30 corresponds to the rear side of the bottom frame member 10, and by the back frame member 30 Each of the rear frame hold-down hook 34 correspond to the side frame members 20 each of the side frame rear wall 22 The side frame mounting hole 221.

In the stage shown in attached drawing 8B, to the side of the under(-)chassis rear wall 13 close to the bottom frame member 10 To the movement back frame member 30, so that each of described back frame member 30 rear frame hold-down hook 34 is distinguished Across the side frame mounting hole 221 of the side frame rear wall 22 of side frame peace component 20.

In the stage shown in attached drawing 8C, to the mobile back frame member in the direction far from the bottom frame member 10 30, so that each of described back frame member 30 rear frame hold-down hook 34 catches on the side frame members 20 respectively The side frame rear wall 22 the part for being used to form each side frame mounting hole 221, at this point, the rear portion frame Each of the frame member 30 rear frame hold-down hook 34 is respectively held in the side frame of the side frame members 20 Each of the frame rear wall 22 side frame mounting hole 221.Preferably, subsequent, the back frame member 30 it is described after Portion's frame snap-fit element 32 can also be installed in the under(-)chassis rear wall 13 of the bottom frame member 10, will be described Back frame member 30 and the bottom frame member 10 are mutually installed together.For example, this in the utility model is specific Example in, the supporter further comprises at least a connection piece 80, wherein the connector 80 is for connecting the rear portion The rear frame snap-fit element 32 of framing component 30 and the under(-)chassis rear wall 13 of the bottom frame member 10.Value It obtains one and is mentioned that the type of the connector 80 is unrestricted in the supporter of the utility model, for example, the connection Part 80 can be but not limited to mutually matched screw, glue etc..

It is understood that being installed in each side frame members 20 and institute in the back frame member 30 After stating bottom frame member 10, the side of the chassis body 31 of the back frame member 30 fits in each institute respectively State the side frame rear wall 22 of side frame members 20.Also, the back frame member 30, each side frame It can mutually be restrained between component 20 and the bottom frame member 10, occur shaking to avoid the supporter bad existing As to guarantee stability of supporter during by use.Preferably, the back frame member 30 is described Rear frame hold-down hook 34 is rectangular hold-down hook, and the side frame mounting hole 221 of the side frame members 20 is side Hole, and the institute of the size of the rear frame hold-down hook 34 of the back frame member 30 and the side frame members 20 The size for stating side frame mounting hole 221 inhibits, thus in the rear frame hold-down hook 34 of the back frame member 30 The side frame members 20 are caught in a manner of passing through the side frame mounting hole 221 of the side frame members 20 The side frame rear wall 22 be used to form the part of the side frame mounting hole 221 after, the back frame member 30 can be reliably mounted on the side frame members 20, and guarantee the rear portion frame of the back frame member 30 The end of frame body 31 fits in the side frame rear wall 22 of the side frame members 20.

More importantly during the back frame member 30 is installed on side frame members 20 not Need using to any auxiliary tool, even without supporter assembling experience personnel also can manually and rapidly will be described after Portion's framing component 30 is reliably mounted on the side frame members 20, this is for improving the packaging efficiency of the supporter, protecting It demonstrate,proves the stability of the supporter and to reduce being assembled into for the supporter particularly useful for this.

Attached drawing 9A to Fig. 9 C, which is shown, is installed on each side frame members for the second middle frame component 50b 20 process.

Specifically, in the stage shown in attached drawing 9A, it will be in each of described second middle frame component 50b described second Portion frame side wall 52b corresponds to the high-end of each side frame members 20, and by the second middle frame component 50b's The second middle frame antetheca 54b corresponds to the front side of the bottom frame member 10.

In the stage shown in attached drawing 9B, to close to mobile second middle frame in the direction of the bottom frame member 10 Component 50b, so that each of described side frame members 20 side frame hold-down hook 24 passes through second middle frame Each of the second middle frame side wall 52b of component 50b low side middle part of sliding channel mounting hole 5212b.At this point, described It is described that each of the two middle frame component 50b rear wall notch 531b corresponds respectively to each of described back frame member 30 Rear frame installation elements 33.

In the stage shown in attached drawing 9C, to close to mobile second middle frame in the direction of the back frame member 30 Component 50b, so that each of described side frame members 20 side frame hold-down hook 24 catches on second middle part respectively The second middle frame side wall 52b's of framing component 50b is used to form each low side middle part of sliding channel mounting hole 5212b Part, at this point, each of described side frame members 20 side frame hold-down hook 24 is respectively held in described second Each of the second middle frame side wall 52b of middle frame component 50b low side middle part of sliding channel mounting hole 5212b.It is excellent Selection of land, subsequent, the second middle frame rear wall 53b of the second middle frame component 50b can also be installed in institute The rear frame main body 31 for stating back frame member 30, by the second middle frame component 50b and the rear portion frame Frame member 30 is mutually installed together.

It is understood that being installed in each side frame members 20 in the second middle frame component 50b After the back frame member 30, each of described second middle frame component 50b the second middle frame side wall 52b The high-end of the side frame main body 21 of each side frame members 20, the second middle frame structure are fitted in respectively The second middle frame rear wall 53b of part 50b fits in the rear frame main body 31 of the back frame member 30, leads to Cross such mode, the second middle frame component 50b, each side frame members 20 and the back frame member It can mutually be restrained between 30, the bad phenomenon shaken occur to avoid the supporter, so that guarantee the supporter can By property.Preferably, the side frame hold-down hook 24 of the side frame members 20 is rectangular hold-down hook, in described second The low side middle part of sliding channel mounting hole 5212b of portion framing component 50b is square hole, thus in the institute of the side frame members 20 Side frame hold-down hook 24 is stated to pass through the low side middle part of sliding channel mounting hole 5212b of the second middle frame component 50b Mode catch on the second middle frame side wall 52b of the second middle frame component 50b and be used to form the low side Behind the part of middle part of sliding channel mounting hole 5212b, the second middle frame component 50b can be reliably mounted on each institute Side frame members 20 and the back frame member 30 are stated, and guarantee each institute of the second middle frame component 50b State the side frame main body 21 that the second middle frame side wall 52b fits in each side frame members 20 respectively.

More importantly the second middle frame component 50b is installed on each side frame members 20 During need using to any auxiliary tool, also can manually and quickly even without the personnel of supporter assembling experience The second middle frame component 50b is reliably mounted on each side frame members 20 by ground, this is for described in raising The packaging efficiency of supporter, the stability for guaranteeing the supporter and to reduce being assembled into for the supporter special for this It is useful.

Furthermore it is possible to by the connector 80 by second middle frame of the second middle frame component 50b The rear frame main body 31 of rear wall 53b and the back frame member 30 links together, to be further ensured that described set The stability and reliability of rack.

The low side of the other side frame members 20 can be installed respectively with reference to attached drawing 10 according to same mode In two ends of the second middle frame component 50b, the both ends of the back frame member 30 are installed on each described The rear side of side frame members 20, and the low side of the back frame member 30 is installed on the second middle frame component The rear side of 50b.

Attached drawing 11A to Figure 11 C, which is shown, is installed on each side frame members 20 for the top frame member 40 With the process of the back frame member 30.

Specifically, each end of the top frame member 40 is corresponded respectively in the stage shown in attached drawing 11A Each end of each side frame members 20, and the front side of the top frame member 40 is corresponded into the bottom frame The front side of frame member 10.

In the stage shown in attached drawing 11B, to close to the mobile top frame framework in the direction of the bottom frame member 10 Part 40, so that each of described side frame members 20 rear frame hold-down hook 34 passes through the top frame member 40 The top sidewall mounting hole 421 of the top frame side wall 42, and make the top frame of the top frame member 40 Frame rear wall 43 is installed in each of described back frame member 30 installation space 331, so that the back frame member Each of 30 rear frame installation elements 33 and the rear frame main body 31 clamp the top frame member 40 The top frame rear wall 43.

In the stage shown in attached drawing 11C, to close to the mobile top frame framework in the direction of the back frame member 30 Part 40, so that each of described side frame members 20 rear frame hold-down hook 34 catches on the top frame member respectively The part for being used to form the top sidewall mounting hole 421 of the 40 top frame side wall 42, at this point, the side frame Each of the component 20 side frame hold-down hook 24 is respectively held in the top frame of the top frame member 40 Each of the side wall 42 top sidewall mounting hole 421.

At this point, the sealed bottom structure 16 of the bottom frame member 10, each side frame members 20 The side seal structure 26 and the top sealing structure 46 of the top frame member 40 are corresponded to each other to form one Cabinet door accommodating chamber 90, for accommodating the cabinet door 70, wherein the cabinet door accommodating chamber 90 is connected to the accommodation space 100.

It is understood that being installed in each side frame members 20 and institute in the top frame member 40 After stating back frame member 30, each of described top frame member 40 top frame side wall 42 fits in often respectively The side frame main body 21 of a side frame members 20, the top frame rear wall of the top frame member 40 43 fit in the rear frame main body 31 of the back frame member 30, and the top of the top frame member 40 is close The top horizontal sealing element 461 of seal structure 46 resists the side seal structure 26 of the side frame members 20 First sealing element of side 261 and the top vertical seal element 462 of the top sealing structure 46 fit in institute State the second sealing element of the side 262 of side seal structure 26.And the top frame member 40, each side It can mutually be restrained between framing component 20 and the back frame member 30, occur shaking to avoid the supporter bad Phenomenon, to guarantee the reliability of the supporter when in use.Preferably, the side of the side frame members 20 Frame hold-down hook 24 is rectangular hold-down hook, and the top sidewall mounting hole 421 of the top frame member 40 is square hole, from And the top of the top frame member 40 is passed through in the side frame hold-down hook 24 of the side frame members 20 It is described that the mode of portion's side wall mounting holes 421 catches on being used to form for the top frame side wall 42 of the top frame member 40 Behind the part of top sidewall mounting hole 421, the top frame member 40 can be stably mounted in the side frame structure Part 20.

More importantly in the mistake that the top frame member 40 is installed on to each side frame members 20 It needs also can manually and rapidly incite somebody to action using to any auxiliary tool even without the personnel of supporter assembling experience in the middle part of journey The top frame member 40 is reliably mounted on each side frame members 20, the group of this supporter described for raising Efficiency is filled, guarantee the stability of the supporter and reduces being assembled into for the supporter is particularly useful for this.

Figure 12 A to figure 12 C, which is shown, is installed on each side frame members for the first middle frame component 50a 20 process.Specifically, in the stage shown in attached drawing 12A, by first middle part of the first middle frame component 50a Frame side wall 53 fits in the side frame main body 21 of each side frame members 20 respectively.In attached drawing 12B and figure Stage shown in 12C moves the mobile first middle frame component 50a to the direction close to the bottom frame member 10, So that the buckle space 251 of the side frame members 20 of the first middle frame component 50a, so that described first Middle frame component 50a is maintained at the accommodation space 100, and separates the appearance by the first middle frame component 50 It receives space 100 and forms each memory space 200.

It is noted that the first middle frame component 50a mounted position is set described in the utility model It is unrestricted in rack, allow user to select as needed.

It is understood that being installed in each side frame members 20 in the first middle frame component 50a Later, each of described first middle frame component 50a the first middle frame side wall 53a fits in each side respectively First middle frame of the side frame main body 21 of portion's framing component 20 and the first middle frame component 50a Rear wall 54a fit in the back frame member 30 the rear frame main body 31 and the first middle frame component The first middle frame antetheca 54a of 50a resists the side seal structure 26 of each side frame members 20 Second sealing element of side 262, in this way, the first middle frame component 50a, each side frame Frame member 20 and the back frame member 30 can be restrained mutually, the bad phenomenon rocked occur to avoid the supporter, To guarantee the stability of the supporter.

More importantly the first middle frame component 50a is installed on each side frame members 20 During need using to any auxiliary tool, also can manually and quickly even without the personnel of supporter assembling experience The first middle frame component 50a is reliably mounted on each side frame members 20 by ground, this is for described in raising The packaging efficiency of supporter, the stability for guaranteeing the supporter and to reduce being assembled into for the supporter special for this It is useful.

Subsequent, the cabinet door 70 is installed on the bottom frame member 10 and the top frame member 40, and permit Perhaps the described cabinet door 70 does the rotation relative to the bottom frame member 10 and the top frame member 20, to be completed The supporter.

Attached drawing 15 shows a deformation assembling mode of the supporter, with shown in attached drawing 13A to Figure 13 C described in set Unlike rack, in this specific example of the supporter shown in attached drawing 15, two side frame members 20 low side be installed in respectively the bottom frame member 10 both ends and two framing components 20 it is high-end respectively by The both ends of the top frame member 40 are installed on, and in the bottom frame member 10, each side frame members The accommodation space 100 is formed between 20 and the top frame member 40.

Attached drawing 16 shows another deformation assembling mode of the supporter, and the supporter shown in attached drawing 15 is not It is same, in this specific example of the supporter shown in attached drawing 16, the back frame member 30 is installed on The bottom frame member 10, each side frame members 20 and the top frame member 40, so that the rear portion frame Frame member 30, the bottom frame member 10, each side frame members 20 and the top frame member 40 are mutually led System, thus the bad phenomenon for avoiding the supporter from occurring shaking, to guarantee the reliability of the supporter when in use.

Nevertheless, in other specific examples of the supporter of the utility model, the rear frame structure Part 30 can also only be installed in the bottom frame member 10 and the top frame member 20.And in the institute of the utility model It states in other specific examples of supporter, the back frame member 30 can also only be installed in two side frames Frame member 10.

Attached another deformation assembling mode Figure 17 shows the supporter, the supporter shown in attached drawing 15 is not With in this specific example of the supporter shown in attached drawing 17, by the first middle frame component 50a peace Loaded on two side frame members 20, so that the first middle frame component 50a is maintained at the accommodation space 100, and the first middle frame component 50a separates the accommodation space 100 and forms at least two memory spaces 200.Preferably, it can mutually be restrained between the first middle frame component 50a and each side frame members 20, from And the bad phenomenon for avoiding the supporter from occurring shaking, to guarantee the reliability of the supporter when in use.

Those skilled in the art is it should be understood that described shown in attached drawing 13A, Figure 15, Figure 16 and Figure 17 set The specific assembling mode of rack is only for example, to be used for content and the spy of the supporter of exposure and elaboration the utility model Sign, but the limitation of the content and range to the supporter of the utility model should not be regarded as.

In addition, the supporter of the utility model can not need to use auxiliary tool and auxiliary during assembled Mounting structure is helped, and only leans on the bottom frame member 10, the side frame members 20, the back frame member 30, institute The intercombination for stating top frame member 40 and the middle frame component 50 can be assembled into stable and reliable institute Supporter is stated, this mode not only makes the packaging efficiency of the supporter higher and assembling cost is lower, but also the glove Frame also allows easily to be dismantled, and after the supporter is disassembled, the bottom frame member 10, the side frame Frame member 20, the back frame member 30, the structure of the top frame member 40 and the middle frame component 50 are not It can be damaged, in order to again by the bottom frame member 10, the side frame members 20, the back frame member 30, the top frame member 40 and the middle frame component 50 assemble use as required, this is conducive to substantially Degree ground reduces the use cost of the supporter.

It will be appreciated by those skilled in the art that above embodiments are only for example, wherein the feature of different embodiments It can be combined with each other, do not explicitly pointed out in the accompanying drawings with obtaining being readily conceivable that according to the content that the utility model discloses Embodiment.

It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention Can there are any deformation or modification.

Claims

1. a supporter characterized by comprising

One bottom frame member, wherein the bottom frame member includes a under(-)chassis main body and two under(-)chassis side walls, often A under(-)chassis side wall is integrally upwardly extended from the both ends of the under(-)chassis main body respectively, and each bottom Frame side wall is respectively provided with an at least bottom sidewall mounting hole；

One top frame member, wherein the top frame member includes a top frame main body and two top frame side walls, often A top frame side wall is integrally extended downwardly from the both ends of the top frame main body respectively, and each top Frame side wall is respectively provided with an at least top sidewall mounting hole；And

One middle frame component, wherein the middle frame component includes a middle frame main body and two middle frame side walls, often A middle frame side wall is integrally extended downwardly from the both ends of the middle frame main body respectively, and each middle part Frame side wall is respectively provided with an at least low side middle frame side wall mounting holes and at least one high-end middle frame side wall mounting holes；With And

Four side frame members, wherein each side frame members respectively include a side chassis body and at least both sides Frame hold-down hook, wherein the low side of the side frame main body is formed at least one described side frame hold-down hook, the side The high-end of portion's chassis body is formed at least one described side frame hold-down hook；Wherein it is formed in the side frame main body The side frame hold-down hook of low side can be caught on after the bottom sidewall mounting hole for passing through the bottom frame member The part for being used to form the bottom sidewall mounting hole of the under(-)chassis side wall of the bottom frame member, will be described Side frame members are installed on the bottom frame member, or are formed in the side of the low side of the side frame main body Frame hold-down hook can be caught in described after the high-end middle frame side wall mounting holes for passing through the middle frame component The part for being used to form the high-end middle frame side wall mounting holes of the middle frame side wall of portion's framing component, by institute It states side frame members and is installed on the middle frame component, wherein being formed in the side of the low side of the side frame main body Portion's frame hold-down hook can catch on the top frame after the top sidewall mounting hole for passing through the top frame main body The part for being used to form the top sidewall mounting hole of the top frame side wall of component, by the side frame members It is installed on the top frame member, or is formed in the side frame hold-down hook energy of the low side of the side frame main body It is enough to catch on the middle frame component after the low side middle frame side wall mounting holes for passing through the middle frame component The part for being used to form the low side middle frame side wall mounting holes of the middle frame side wall, by the side frame structure Part is installed on the middle frame component.

2. supporter according to claim 1, it is characterised in that: further comprise a back frame member, wherein described Back frame member includes a rear frame main body and at least two rear frame hold-down hooks, each side of the rear frame main body Portion is respectively formed at least one described rear frame hold-down hook, wherein each side frame members further comprise side Portion's frame rear wall, the side frame rear wall integrally extend the rear frame main body, and the side frame rear wall With an at least side frame mounting hole；Wherein the rear frame hold-down hook of the back frame member can pass through institute State the side frame rear wall that the side frame members are caught on after the side frame mounting hole of side frame members It is used to form the part of the side frame mounting hole, the back frame member is installed on each side frame structure Part.

3. supporter according to claim 2, it is characterised in that: wherein the back frame member further comprises at least One rear frame installation elements, each rear frame installation elements are respectively formed in the high-end of the rear frame main body, And an at least installation space is formed between each rear frame installation elements and the rear frame main body, wherein institute Stating top frame main body further comprises a top frame rear wall, and the top frame rear wall is from after the top frame main body Side integrally extends downwardly, wherein the top frame rear wall of the top frame member can be installed in the rear portion frame Each of frame member installation space.

4. supporter according to claim 3, it is characterised in that: wherein the back frame member further comprises after one Portion's frame snap-fit element, the rear frame snap-fit element of one of them back frame member can be installed in another The installation space of a back frame member.

5. supporter according to claim 1, it is characterised in that: it further comprise one first middle frame component, wherein The first middle frame component includes one first middle frame main body and at least two first middle frame installation elements, wherein institute The each end for stating the first middle frame main body is respectively formed at least one described first middle frame installation elements, wherein often A side frame members respectively include an at least side frame installing tache, and each side frame installing tache is respectively formed In the side frame main body, and a card is formed between each side frame installing tache and the side frame main body Space is detained, wherein each of described first middle frame component the first middle frame installation elements can be installed in respectively The buckle space of each side frame members, is installed on each side for the first middle frame component Framing component.

6. supporter according to claim 5, it is characterised in that: wherein the first middle frame component further comprises Two first middle frame side walls, each first middle frame side wall is respectively from the both ends one of the first middle frame main body It extends downwardly to body, and each first middle frame side wall is respectively provided at least one side wall notch, first middle part Frame installation elements are located at the side wall notch, wherein being installed in each side frame in the first middle frame component After frame member, each of described first middle frame component the first middle frame side wall fits in each side respectively The side frame main body of portion's framing component.

7. supporter according to claim 2, it is characterised in that: it further comprise one first middle frame component, wherein The first middle frame component includes one first middle frame main body and at least two first middle frame installation elements, wherein institute The each end for stating the first middle frame main body is respectively formed at least one described first middle frame installation elements, wherein often A side frame members respectively include an at least side frame installing tache, and each side frame installing tache is respectively formed In the side frame main body, and a card is formed between each side frame installing tache and the side frame main body Space is detained, wherein each of described first middle frame component the first middle frame installation elements can be installed in respectively The buckle space of each side frame members, is installed on each side for the first middle frame component Framing component.

8. supporter according to claim 7, it is characterised in that: wherein the first middle frame component further comprises The rear side of one side frame rear wall, the side frame rear wall from the first middle frame main body integrally extends downwardly, In after the first middle frame component is installed in each side frame members, the first middle frame component The first middle frame rear wall fit in the rear frame main body of the back frame member.

9. according to claim 1 to any supporter in 8, it is characterised in that: it further comprise an at least cabinet door, wherein The low side of the cabinet door and high-end respectively by axis connection in the bottom frame member and the top frame member.

10. a framing component is used for group and is shaped to a supporter, and after the completion of the supporter is assembled, described Framing component forms a side frame members of the supporter, which is characterized in that the framing component includes:

At least both sides frame hold-down hook；With

One side chassis body, wherein the low side of the side frame main body is formed at least one described side frame installation Hook and the high-end of the side frame main body are formed at least one described side frame hold-down hook.

11. framing component according to claim 10, it is characterised in that: it further comprise an at least side frame rear wall, Wherein the side frame rear wall integrally extends the side frame main body, and the side frame rear wall has at least One side frame mounting hole.

12. framing component according to claim 10, it is characterised in that: further comprise the installation of an at least side frame Button wherein each side frame installing tache is respectively formed in the side frame main body, and is pacified in the side frame A buckle space is formed between dress button and the side frame main body.

13. framing component according to claim 11, it is characterised in that: further comprise the installation of an at least side frame Button wherein each side frame installing tache is respectively formed in the side frame main body, and is pacified in the side frame A buckle space is formed between dress button and the side frame main body.

14. framing component according to claim 13, it is characterised in that: wherein the side frame main body forms two column institutes Side frame installing tache is stated, the side frame installing tache of each of side frame installing tache described in each column is respectively along described The short transverse of side frame main body arranges, and the two column side frame installing taches are symmetrical.

15. framing component according to claim 13, it is characterised in that: it further comprise a side frame antetheca, wherein The side frame antetheca integrally extends the side frame main body.

16. framing component according to claim 15, it is characterised in that: it further comprise side part sealing structure, wherein The side seal structure includes first sealing element of side, and first sealing element of side is from the side frame antetheca Integrally extend back.

17. framing component according to claim 16, it is characterised in that: wherein the side seal component includes a side Second sealing element, second sealing element of side integrally extend first sealing element of side.