CN104323590A

CN104323590A - Goods shelf crossbeam, goods shelf and method for manufacturing goods shelf crossbeam

Info

Publication number: CN104323590A
Application number: CN201410611821.9A
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: 2014-09-05
Filing date: 2014-11-04
Publication date: 2015-02-04
Anticipated expiration: 2034-11-04
Also published as: CN204120517U; CN104323590B

Abstract

The invention relates to a goods shelf crossbeam, a goods shelf and a method for manufacturing the goods shelf crossbeam. The goods shelf crossbeam comprises a fixed frame and at least one support frame, wherein each support frame is selectively arranged on the fixed frame in an integrated or mounted manner; each support frame comprises a support table and a support body, wherein the support body is connected to the support table, and the support table, the support body and the fixed frame form a polygonal structure, especially a stable triangular structure as a typical case. Therefore, the reliability and the stability of the goods shelf in the using process can be guaranteed.

Description

A kind of guard frame rail, shelf and method thereof

Technical field

The present invention relates to a kind of rack, particularly a kind of guard frame rail, shelf and method thereof, the shelf that wherein said guard frame rail is particularly suitable for for the preparation of bearing compared with heavy articles use.

Background technology

Shelf have purposes widely in all trades and professions, under normal circumstances, shelf are made up of column, crossbeam and shelf, in the process of assembling, crossbeam is fixed on column, shelf is placed or is fixed on crossbeam, and the distance between arbitrary neighborhood crossbeam can need to adjust, with the demand making the space formed between adjacent shelf can meet different article according to different uses.

A traditional shelf 10P as shown in Fig. 1 to Fig. 3 B, it comprises a column 11P, a crossbeam 12P and a shelf 13P, wherein said crossbeam 12P is formed by the mode of a sheet material by bending, specifically, described crossbeam 12P comprises an a sidewall 121P and brace table 122P, and described brace table 122P is arranged at the sidepiece of described sidewall 121P.Wherein, in the process that described shelf 10P assembles, described crossbeam 12P and described column 11P is fixed by the snap-in structure of detachable, that is, described sidewall 121P arranges a retaining element 1211P, described column 11P is provided with one group of fixing hole 111P, by described retaining element 1211P being fixed on the mode in described fixing hole 111P, realize the installation between described crossbeam 12P and described column 11P, and described shelf 13P is placed on the described brace table 122P of described crossbeam 12P formation, thus, described shelf 13P allows user article to be placed on its surface.

But, the described brace table 122P of described crossbeam 12P forms " cantilever beam " structure by the mode of bending, thus, easily form region of stress concentration at the link position of described brace table 122P and described sidewall 121P, so, described crossbeam 12P easily produces distortion when this region is stressed, thus, cause the damaged or article of described shelf 10P to suffer a loss.Specifically, in Fig. 3 A and Fig. 3 B, the article be placed on described shelf 13P can apply pressure to described brace table 122P according to Action of Gravity Field, and along with the weight of article is larger, the pressure that article put on described brace table 122P by described shelf 13P is larger, and the region of stress concentration that the link position that this pressure mainly concentrates on described brace table 122P and described sidewall 121P is formed, so, when Item Weight exceedes the design ability to bear of described shelf 10P, this region of stress concentration just cannot bear this pressure, in the ordinary course of things, just there will be the reclinate situation of described brace table 122P as shown in Figure 3 B, time serious, described rack 13P can be caused to get off from landing described brace table 122P, and once such situation occurs, the article on this layer of described shelf 13P not only can be caused to be destroyed, but also the article on the described shelf 13P of lower floor can be caused to be smashed, thus, cause unnecessary loss.

Another traditional shelf 10T as shown in Figure 4 and Figure 5, relative to above-mentioned shelf, which improve " cantilever beam " structure of brace table, specifically, described shelf 10T comprises a column 11T, an one crossbeam 12T and shelf 13T, wherein said crossbeam 12T comprises an a supporter 121T and brace table 122T, described supporter 121T and described brace table 122T forms, and the upper end of the lower end of described supporter 121T and described brace table 122T is respectively with the structure installment of detachable and described column 11T, that is, described supporter 121T and described brace table 122T arrange a retaining element 1211T respectively, described column 10T is provided with one group of fixing hole 111T, by described retaining element 1211T being fixed on the mode in described fixing hole 111T, realize the installation between described crossbeam 12T and described column 11T, and described shelf 13T is placed on the described brace table 122T of described crossbeam 12T formation, thus, described shelf 13T allows user article to be placed on its surface.Relative to above-mentioned shelf, although described shelf 10T improves first traditional shelf Problems existing to a certain extent, at it by the process that uses, still there is a lot of problems.

As shown in Figure 5, after described brace table 122T is stressed, the described retaining element 1211T of the position that this pressure can be connected with described column 11T by described brace table 122T on the one hand conducts, the described retaining element 1211T of the position that also can be connected with described column 11T by described supporter 121T is on the other hand conducted, and this pressure has and makes described brace table 122T have trend to the inner inclination of described shelf 10T and position, and described column 11T is in order to ensure the stability of described shelf 10T, there is the trend and the displacement that described brace table 122T are returned to home position, thus, the interaction of described column 11T and described brace table 122T, this pressure is caused to mainly act on the link position of described retaining element 1211T and described column 11T.And described column 11T is due to the setting of described fixing hole 111T, the ability to bear of the described column 11T between two described fixing hole 111T is caused to decline, thus, exceed design ability to bear once the stressed of this position, just there will be the situation of distortion.Those skilled in the art are to be understood that, along with the article be placed on described shelf 131T are heavier, the displacement movement of described brace table 122T is also more obvious, thus, the power causing the link position of described retaining element 1211T and described column 11T to bear is larger, and this power exceed design ability to bear time, the snap-in structure between original described column 11T and described brace table 122T will be caused to be destroyed, as shown in Figure 5, described retaining element 1211T can cause the described column 11T between two fixing hole 11T to produce distortion, its direct consequence with regard to time cause described crossbeam 12T cannot disassemble from described column 11T.

Be understandable that, the structural design of the described crossbeam 12T of traditional described shelf 10T has very large defect in ability to bear, and the method that traditional user overcomes this defect is the thickness by increasing the sheet material forming described crossbeam 12T.But, along with the increase of the thickness of the sheet material of the described crossbeam 12T of formation, on the one hand, cause the manufacture difficulty of described crossbeam 12T to increase, to such an extent as to add the production cost of described shelf 10T; On the other hand, the deadweight of described crossbeam 12T also can be caused to increase, this also just means that the weight of described shelf 10T is increased, thus, make the mobile inconvenience of described shelf 10T; Again on the one hand, the waste of material can also be caused.

Summary of the invention

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, and wherein said guard frame rail is particularly useful for making and uses compared with shelf of heavy articles for bearing.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, and wherein said guard frame rail only needs thinner thickness just can bear larger pressure, thus applicability is extremely strong.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, wherein said guard frame rail provides a bracing frame and a fixed mount, and described guard frame rail is installed on a column when forming described shelf, a polygonized structure can be formed between support frame as described above and described fixed mount, such as, stable triangular structure can be formed between support frame as described above and described fixed mount, thus, described shelf can be made to bear the pressure of heavier article.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, wherein said guard frame rail allows user to be fixed thereon in a hanging manner by article, that is, the described shelf that described guard frame rail is formed provide multiple different occupation mode, select based on different needs for user.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, wherein said bracing frame comprises a brace table, and the supporter to be integrally formed with described brace table, when described brace table is under pressure, described supporter is for supporting described brace table, and conduct and disperse this pressure, to strengthen the anti-pressure ability of described guard frame rail.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, wherein said fixed mount is removably installed in described column, and support frame as described above resistance to compression is optionally arranged at described fixed mount in the mode of one or installation, thus, stable triangular structure can be formed between described fixed mount and support frame as described above.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, and wherein said bracing frame and the relative position of described fixed mount allow user to need to make adjustment based on different uses, to expand the scope of application of described guard frame rail.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, wherein said guard frame rail can be formed by the mode of a series of bending by a complete sheet material, thus, the region of stress concentration formed on described guard frame rail can be reduced, and then, improve the ability to bear of described guard frame rail.

One object of the present invention is to provide a kind of guard frame rail, shelf and method thereof, and its simplicity of design, easy to process, applicability is extremely strong, thus can improving product yield cost-saving.

In order to achieve the above object, the invention provides a kind of guard frame rail, it comprises:

One fixed mount; And

At least one bracing frame, every support frame as described above is arranged at described fixed mount respectively, wherein every support frame as described above supporter of comprising a brace table respectively and being integrally formed with described brace table, and described brace table, described supporter and described fixed mount form a polygonized structure.

According to one embodiment of the invention, described fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and forms one first stopper slot between described first sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, and to form one first limit element, wherein often described first limit element is located in described first stopper slot.

According to one embodiment of the invention, described fixed mount comprises a fixed mount main body and one second sidepiece, and described second sidepiece extends described fixed mount main body, and forms one second stopper slot between described second sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 4th sidepiece, and described 4th sidepiece extends described brace table, and to form one second limit element, wherein often described second limit element is located in described second stopper slot.

According to one embodiment of the invention, described second sidepiece extends described fixed mount main body, and forms at least one hanging element further, for suspended item.

According to one embodiment of the invention, every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, to form one the 3rd stopper slot; Accordingly, described fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and is located in described 3rd stopper slot.

According to one embodiment of the invention, described fixed mount comprises a fixed mount main body, one first sidepiece and one second sidepiece, described first sidepiece and described second sidepiece extend described fixed mount main body respectively, and form one first stopper slot between described first sidepiece and described fixed mount main body, between described second sidepiece and described fixed mount main body, form one second stopper slot; Every support frame as described above also comprises one the 3rd sidepiece and one the 4th sidepiece, described 3rd sidepiece extends described brace table, to form one first limit element, described 4th sidepiece extends described supporter, to form one second limit element, wherein said first limit element is located in described first stopper slot, and described second limit element is located in described second stopper slot.

According to one embodiment of the invention, described guard frame rail also comprises at least one positioning component, and every described positioning component comprises the screw that is arranged at described fixed mount and the nut with described screw engagement further.

According to one embodiment of the invention, described guard frame rail also comprises at least one positioning component, every described positioning component comprises one first setting element being arranged at described fixed mount and one second setting element be integrally formed with described first setting element further, the diameter of wherein said second setting element is greater than the diameter of described first location original paper, to form a positioning chamber between described second setting element and described fixed mount.

The present invention also provides a kind of guard frame rail, and it is for shelf, and wherein said guard frame rail comprises:

One fixed mount, described fixed mount forms at least one stopper slot; And

At least one bracing frame, every support frame as described above forms at least one limit element respectively, and every described limit element is positioned described stopper slot respectively; Wherein every support frame as described above supporter of comprising a brace table and being integrally formed with described brace table, and described brace table, described supporter and described fixed mount form a polygonized structure.

The present invention also provides a kind of shelf, and it comprises:

At least one column;

At least one member for hanging object; And

At least one guard frame rail, every described guard frame rail comprises further:

One fixed mount, every described fixed mount is arranged at adjacent described column respectively; And

At least one bracing frame, every support frame as described above is arranged at described fixed mount respectively, wherein every support frame as described above supporter of comprising a brace table respectively and being integrally formed with described brace table, and described brace table, described supporter and described fixed mount form a polygonized structure; Wherein every described member for hanging object is arranged at every described brace table respectively.

According to one embodiment of the invention, one second column that every described column comprises one first column respectively and is integrally formed with described first column, wherein often described first column and every described second column are respectively equipped with a row locating hole.

According to one embodiment of the invention, described guard frame rail also comprises at least one positioning component, every described positioning component comprises the screw that is arranged at described fixed mount and the nut with described screw engagement further, and wherein every described screw is able to the described locating hole through every described first column or every described second column.

According to one embodiment of the invention, described guard frame rail also comprises at least one positioning component, every described positioning component comprises one first setting element being arranged at described fixed mount and one second setting element be integrally formed with described first setting element further, the diameter of wherein said second setting element is greater than the diameter of described first setting element, to form a positioning chamber between described second setting element and described fixed mount; Wherein often described second setting element is able to the described locating hole through every described first column or every described second column, corresponds to described locating hole to make described positioning chamber.

The present invention also provides a kind of shelf, and it comprises:

At least one column;

At least one member for hanging object;

At least one fixed mount, it is removably installed in described column; And

At least one bracing frame, every support frame as described above is removable installed in described every described fixed mount; Wherein every support frame as described above supporter of comprising a brace table and being integrally formed with described brace table, and described brace table, described supporter and shown fixed mount are able to formation one polygonized structure; Wherein, every described member for hanging object is arranged at every described brace table respectively.

The present invention also provides a kind of manufacture method of guard frame rail, and described method comprises step:

(A) on a sheet material, at least one bending line is determined; And

(B) along every described bending line, a series of bending is carried out to described sheet material, to form described fixed mount and support frame as described above respectively, the supporter that wherein said bracing frame comprises a brace table further and is integrally formed with described brace table.

According to one embodiment of the invention, described method also comprises step:

(C) at least one breach is formed in described sheet material.

According to one embodiment of the invention, described step (C) is after described step (A), thus first on described sheet material, determine every described bending line, next forms every described breach; Or described step (C) is before described step (A), thus first form every described breach in described sheet material, next determines every described bending line.

A () determines at least one bending line on a sheet material;

B () carries out a series of bending along every described bending line to described sheet material, at least to form a brace table and a supporter, wherein said brace table and described supporter form a bracing frame; And

C () configures a fixed mount in support frame as described above, with obtained described guard frame rail.

D () forms at least one breach in described sheet material.

The present invention also provides a kind of assemble method of shelf, and described method comprises step:

(I) guard frame rail comprising a fixed mount and a bracing frame is installed on adjacent upright posts, the supporter that wherein said bracing frame comprises a brace table and is integrally formed with described brace table, and described fixed mount, between described brace table and described supporter, form a polygonized structure; And

(II) member for hanging object is arranged at described brace table, to form described shelf.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of first traditional guard frame rail.

Fig. 2 is the cross-sectional schematic of first traditional guard frame rail.

Fig. 3 A and Fig. 3 B is the force analysis schematic diagram of first traditional guard frame rail respectively.

Fig. 4 is the cross-sectional schematic of second traditional guard frame rail.

Fig. 5 is the force analysis schematic diagram of second traditional guard frame rail.

Fig. 6 is the schematic perspective view according to the present invention first preferred embodiment.

Fig. 7 is the decomposing schematic representation according to the present invention first preferred embodiment.

Fig. 8 is the partial exploded view according to the present invention first preferred embodiment.

Fig. 9 A and Fig. 9 B is the different embodiment schematic diagrames of the positioning component according to the first preferred embodiment of the present invention respectively.

Figure 10 A to Figure 10 E is the different embodiment schematic diagrames of the guard frame rail according to the first preferred embodiment of the present invention respectively.

Figure 11 A, Figure 11 B and Figure 11 C are the different embodiment schematic diagrames of the sheet material according to the first preferred embodiment of the present invention respectively.

Figure 12 cuts open along the A-A line of Fig. 6 to show schematic diagram.

Figure 13 is the schematic perspective view according to the second preferred embodiment of the present invention.

Figure 14 is the decomposing schematic representation according to the present invention second preferred embodiment.

Figure 15 A and Figure 15 B is an embodiment schematic diagram of the guard frame rail according to the second preferred embodiment of the present invention.

Figure 16 is a variant embodiment of the guard frame rail according to the second preferred embodiment of the present invention.

Figure 17 cuts open along the B-B line of Figure 14 to show schematic diagram.

Figure 18 is the manufacturing process schematic diagram of guard frame rail of the present invention.

Figure 19 is another manufacturing process schematic diagram of guard frame rail of the present invention.

Figure 20 is the assembling flow path schematic diagram of shelf of the present invention.

Detailed description of the invention

Below describe and realize the present invention for disclosing the present invention to enable those skilled in the art.Preferred embodiment in below describing only as an example, it may occur to persons skilled in the art that other apparent modification.The general principle of the present invention defined in the following description can be applied to other embodiments, deformation program, improvement project, equivalent and not deviate from the other technologies scheme of the spirit and scope of the present invention.

With reference to Figure of description of the present invention Fig. 6 and Fig. 7 shown in, shelf that a preferred embodiment of the present invention provides allow article to be placed thereon, so that classify to article and store.Correspondingly, described shelf comprise the component (may not shown in Figure of description) of at least one column 10, at least one member for hanging object 20, at least one guard frame rail 30 and other necessity.A described guard frame rail 30 is arranged between adjacent described column 10, for the roughly framework forming described shelf, then, described member for hanging object 20 is placed or is installed on described guard frame rail 30, with support by described guard frame rail 30, thus the described shelf permission article of formation are placed on member for hanging object 20 and carry out classifying and storing.

It is worth mentioning that, in some embodiments of the invention, described member for hanging object 20 may be implemented as shelf, and that is, described member for hanging object 20 may be implemented as the flat board of monoblock; And in other embodiment of the present invention, described member for hanging object 20 can also be implemented as object placement net, specifically, between the substantially rectangular framework that can be formed at four or multiple bracing frame bracing frames, network-like plane is formed by the mode of braiding, to be placed thereon at follow-up permission article, like this, described member for hanging object 20 not only can be made when heavier article can be born, alleviate the deadweight of described member for hanging object 20 itself, but also a large amount of materials can be saved, thus, reduce the manufacturing cost of described shelf.Those skilled in the art are to be understood that, the embodiment of described member for hanging object 20 disclosed is in the present invention only illustrative explanation, so that those skilled in the art can understand spirit of the present invention and content better, but the embodiment of above-mentioned disclosed described member for hanging object 20 is not as the restriction to content of the present invention and scope.

With reference to Fig. 6 and Fig. 7, every described column 10 comprises one first column 11 and one second column 12 further, described first column 11 can form with described second column 12, specifically, described first column 11 is mutually vertical with described second column 12, and there is identical bearing of trend, preferably, described first column 11 and described second column 12 form " L " shape roughly by same sheet material by the mode of bending, can be installed on a described column 10 to allow two or more described guard frame rail 30 simultaneously, and the described column 10 be integrally formed can reduce the region of stress concentration formed on described column 10, thus, ensure the stability of described shelf in follow-up use procedure.

It is worth mentioning that, consistent with the bearing of trend of the bending line that the link position of described second column 12 is formed and described first column 11 and described second column 12 at described first column 11, so, when every described column 10 coordinates that such as described member for hanging object 20 forms described shelf with described guard frame rail 30, every described column 10 is vertically arranged, the effect of vertical pressure can be subject to described second column 12 to make described first column 11, now, bending line between described first column 11 and described second column 12 can also play the effect of reinforcement, thus, guarantee the described shelf of every described column 10 in follow-up formation, reliability in the process used by user and security.

Described first column 11 has a row locating hole 13 respectively with described second column 12, every described locating hole 13 interval and be arranged in described first column 11 and described second column 12 equably, certainly, those skilled in the art it should also be understood that, need based on different uses, every described locating hole 13 can also be located at the relevant position of described first column 11 and described second column 12.Further, every described guard frame rail 30 comprises at least two positioning components 31, and every described positioning component 31 is positioned the described locating hole 13 of every described column 10 respectively, thus, realize described guard frame rail 30 to be installed on adjacent described column 10.It is worth mentioning that, user can need based on different uses, described positioning component 31 is positioned in the described locating hole 13 of diverse location, thus, realize the adjustment of the position between described guard frame rail 30 and described column 10, and after described guard frame rail 30 is fixed on described column 10, then assemble described member for hanging object 20 in predeterminated position, to form described shelf.Also it is worth mentioning that, after position between described guard frame rail 30 and described column 10 is adjusted, the position of adjacent described member for hanging object 20 is synchronously adjusted, thus, the article of different size can be stored in the memory space that adjacent described member for hanging object 20 defines.

Exemplarily, in the embodiment as shown in figure 7, described shelf can also comprise at least one jockey 40, every described jockey 40 allows user to be installed together by two or more described column 10, to extend it, and by such mode, at the height of the described shelf that every described column 10 coordinates such as described member for hanging object 20 to be formed with every described guard frame rail 30, can use based on the difference of user and need to be adjusted, thus, the volume height of described shelf is made no longer to be confined to the length of described column 10, like this, not only can facilitate the manufacture of described column 10 and ensure the quality of described column 10, but also the various accessories of described shelf under can making to be in non-installment state transport easily and store.

Preferably, in shelf as described in Fig. 7 signal, described shelf can comprise eight described jockeys 40, each described jockey 40 connects two described columns 10 respectively, that is to say, the two ends of a described jockey 40 are connected to two described columns 10, by such mode, multiple described column 10 can optionally link together by described jockey 40, forms the supporting leg of described shelf.

As shown in Figure 7, every described guard frame rail 30 comprises the component an of fixed mount 32, at least one bracing frame 33 and other necessity respectively, is installed on described column 10, such as described positioning component 31 etc. with auxiliary described guard frame rail 30.

Specifically, every described fixed mount 32 is removably installed in adjacent described column 10, and every support frame as described above 33 is integrally formed in every described fixed mount 32.Further, every support frame as described above 33 also comprises brace table 331 and a supporter 332, and described brace table 331 is shaping integratedly with described supporter 332, wherein at described brace table 331, a polygonized structure can be formed between described supporter 332 and described fixed mount 32, such as, described brace table 331, stable triangular structure can be formed between described supporter 332 and described fixed mount 32.Described guard frame rail 30 is when coordinating described column 10 to form described shelf with described member for hanging object 20, every described guard frame rail 30 is installed between adjacent described column 10, described member for hanging object 20 is arranged on described guard frame rail 30, with support by described guard frame rail 30, preferably, described member for hanging object 20 is arranged on the described brace table 331 of described guard frame rail 30, by such mode, after described brace table 331 is stressed, described supporter 332 can support described brace table 331, reclinate situation is there is by pressure effect to prevent described brace table 331, and when there is downtrend and displacement when support frame as described above 33 effect of being stressed, described fixed mount 32 can also pull support frame as described above 33, with the displacement stoping support frame as described above 33 downward, like this, the reliability and stability of described shelf in the process used by user can be guaranteed.

As shown in Figure 8, the two ends of every described guard frame rail 30 are respectively arranged with chamfering, like this, two described guard frame rails 30 can be made to mate better together, to be installed on described first column 11 of the same horizontal level of described column 10 with on described second column 12, that is, the end of a described guard frame rail 30 is installed on described first column 11 of described column 10, and the end of guard frame rail 30 described in another is installed on described second column 12 of described column 10.Every described positioning component 31 is arranged at the end of described fixed mount 32 respectively, and every described positioning component 31 can be positioned in every described locating hole 13 respectively, by coordinating of described positioning component 31 and described locating hole 13, described guard frame rail 30 can be realized to be installed on described column 10, thus, form the roughly framework of described shelf.Correspondingly, every described positioning component 31 can also disassemble from every described locating hole 13, thus, facilitate the assembly and disassembly of described shelf, such design, be conducive to transport and the storage of described shelf.

Preferably, every described fixed mount 32 can be provided with four described positioning components 31, wherein two described positioning components 31 are arranged at one end of described fixed mount 32 respectively, by such mode, the described positioning component 31 of the both sides of described fixed mount 32 can be made simultaneously can be positioned described first column 11 of described column 10 with in the described locating hole 13 of described second column 12, more can to guarantee that described shelf are by the reliability in the process that uses.

As shown in Figure 9 A, in some embodiments of the invention, every described positioning component 31 may be implemented as intermeshing screw and nut, specifically, every described positioning component 31 comprises screw 311 and a nut 312 respectively, wherein said screw 311 can by install or the embodiment of other equivalences such as welding is arranged on described fixed mount 32, like this, first the described screw 311 be arranged on described fixed mount 32 can be passed every described locating hole 13, and then use described nut 312 by locked for described screw 311 on described column 10, thus, described guard frame rail 30 can be realized easily to be installed on described column 10, correspondingly, described nut 312 can also disassemble from described screw 311 by user easily, to realize described shelf to dismantle.

As shown in Figure 9 B, in other embodiment of the present invention, described positioning component 31C comprises one first setting element 311C and one second setting element 312C, wherein said first setting element 311C is provided and is arranged at described fixed mount 32, described second setting element 312C takes shape in the end of described first setting element 311C integratedly, the size of wherein said second setting element 312C is greater than the size of described first setting element 311C, such as, in this embodiment as shown in Figure 10 B, described first setting element 311C and described second setting element 312C can be implemented as cylindrical respectively, and the diameter of described second setting element 312C is greater than the diameter of described first setting element 311C, to form a positioning chamber 313C between described first setting element 311C and described second setting element 312C.By such mode, when described guard frame rail 30 is installed on described column 10, often described second setting element 312C is each passed through the described locating hole 13 of every described first column 11 and every described second column 12, and make described positioning chamber 313C corresponding with described locating hole 13, then, described guard frame rail 30 is according to gravity principle, under the effect not being subject to other external force, can naturally fall, thus, on the perisporium described first setting element 311C being stuck in form described locating hole 13, and under the effect of described second setting element 312C, described first setting element 311C can not slippage, thus, described guard frame rail 30 is installed on described column 10.It is worth mentioning that, the thickness of described first column 11 and described second column 12 is slightly less than the distance between described second setting element 312C and described fixed mount 32.

Further, described first column 11 has row first locating hole 131 and row second locating hole 132 respectively with described second column 12, described first locating hole 131 is corresponding with the position of described second locating hole 132, be connected with described second locating hole 132 to make described first locating hole 131, thus, form a described locating hole 13.In some embodiments of the invention, described first locating hole 131 is arranged at the top of described second locating hole 132, and the size of described first locating hole 131 is greater than the size of described second locating hole 132, by such mode, in the process of the described shelf of assembling, first described second setting element 312C can pass described first locating hole 131, makes described positioning chamber 313C corresponding with the position of described first locating hole 131; Then, described guard frame rail 30 according to gravity principle, not by other external force effect under, can automatically fall, to make described positioning chamber 313C be slipped to described second locating hole 132 from described first locating hole 131, thus, realize described guard frame rail 30 to be installed on described column 10.Correspondingly, according to guard frame rail 30 described in contrary direction operation, described guard frame rail 30 can also be disassembled from described column 10, thus, easy to use.

Those skilled in the art are to be understood that, described positioning component 31 can be the embodiment of foregoing description, also can be the embodiment of other equivalences, such as, in some embodiments of the invention, described positioning component 31 can also be independently intermeshing screw and nut, now, described guard frame rail 30 is provided with locating hole, to cooperatively interact with the described locating hole 13 of described column 10, and by described positioning component 31, described guard frame rail 30 is fixed together with described column 10.Therefore, the embodiment of described positioning component 31 is by the restriction that can not cause content of the present invention and scope.

The described guard frame rail 30 provided according to the present invention first preferred embodiment as shown in Figure 10 A, it is for the preparation of described shelf, wherein said guard frame rail 30 comprises a described fixed mount 32 and a support frame as described above 33, and described fixed mount 32 is consistent with the bearing of trend of support frame as described above 33.Further, described fixed mount 32 comprises one first sidepiece 321,1 second sidepiece 322 and a fixed mount main body 323, wherein said first sidepiece 321 and described second sidepiece 322 are located at the sidepiece of described fixed mount main body 323 respectively, for the size defining described fixed mount main body 323, such as width.Correspondingly, support frame as described above 33 comprises brace table 331, supporter 332, the 3rd sidepiece 333 and one the 4th sidepiece 334, wherein said brace table 331 forms with described supporter 332, and described 3rd sidepiece 333 extends described brace table 331, described 4th sidepiece 334 extends described supporter 332.

Further, described first sidepiece 321 extends described fixed mount main body 323 deviously, and forms one first stopper slot 324 between described first sidepiece 321 and described fixed mount main body 323; Correspondingly, described 3rd sidepiece 333 extends described brace table 331 deviously, to form one first limit element 3311, wherein said first limit element 3311 is located in described first stopper slot 324, thus, at described fixed mount 32, between described brace table 331 and described supporter 332, form stable triangular structure.By such mode, when described brace table 331 is stressed, described brace table 331 has trend away from described fixed mount 32 and displacement, on the one hand, because described first limit element 3311 is located in described first stopper slot 324, so described fixed mount 32 has and stops described brace table 331 to produce effect away from described fixed mount 32; On the other hand, described supporter 332 is brace table 331 described in the lower support of described brace table 331, is bent downwardly after stressed to stop described brace table 331; Again on the one hand, described fixed mount 32 pulls described supporter 332, is bent downwardly further or displacement to stop described supporter 332.Like this, even if when described brace table 331 bears larger pressure, also can not distortion be produced, thus, guarantee the reliability and stability of described shelf in the process used.

The described guard frame rail 30D provided according to the present invention second preferred embodiment as shown in Figure 10 B, wherein said guard frame rail 30D comprises a described fixed mount 32D and support frame as described above 33D, and described fixed mount 32D is consistent with the bearing of trend of support frame as described above 33D.Further, described fixed mount 32D comprises one first sidepiece 321D, one second sidepiece 322D and a fixed mount main body 323D, wherein said first sidepiece 321D and described second sidepiece 322D is located at the sidepiece of described fixed mount main body 323D respectively, for the size defining described fixed mount main body 323D, such as width.Correspondingly, support frame as described above 33D comprises a brace table 331D, a supporter 332D, one the 3rd sidepiece 333D and the 4th sidepiece 334D, wherein said brace table 331D and described supporter 332D forms, and described 3rd sidepiece 333D extends described brace table 331D, described 4th sidepiece 334D extends described supporter 332D.

Further, described second sidepiece 322D extends described fixed mount main body 323D deviously, and forms one second stopper slot 325 between described second sidepiece 322D and described fixed mount main body 323D; Correspondingly, described 4th sidepiece 334D extends described supporter 332D deviously, to form one second limit element 3321D, wherein said second limit element 3321D is located in described second stopper slot 325D, thus, at described fixed mount 32D, between described brace table 331D and described supporter 332D, form stable triangular structure.By such mode, when described brace table 331D is stressed, described brace table 331D has trend away from described fixed mount 32D and displacement, on the one hand, because described second limit element 3321D is located in described second stopper slot 325D, so described fixed mount 32D has the effect stoping described brace table 331D generation away from described fixed mount 32D; On the other hand, described supporter 332D is brace table 331D described in the lower support of described brace table 331D, is bent downwardly after stressed to stop described brace table 331D; Again on the one hand, described fixed mount 32D pulls described supporter 332D, be bent downwardly further or displacement to stop described supporter 332D, like this, even if when described brace table 331D bears larger pressure, also can not produce deformation, thus, guarantee described shelf use process in stability and reliability.

The described guard frame rail 30D provided according to the present invention the 3rd preferred embodiment as illustrated in figure 10 c, the described guard frame rail 30D structure that itself and above-mentioned preferred embodiment provide is similar, its difference is that described second sidepiece 322D extends to form at least one hanging element 326D further, thus, allow user by hang items in every described hanging element 326D, that is, the described shelf that described guard frame rail 30D is formed provide multiple different occupation mode, to classify and store with assisted user to article.

The described guard frame rail 30E provided according to the present invention the 4th preferred embodiment as shown in Figure 10 D, wherein said guard frame rail 30E comprises a described fixed mount 32E and support frame as described above 33E, and described fixed mount 32E is consistent with the bearing of trend of support frame as described above 33E.Further, described fixed mount 32E comprises one first sidepiece 321E, one second sidepiece 322E and a fixed mount main body 323E, wherein said first sidepiece 321E and described second sidepiece 322E is located at the sidepiece of described fixed mount main body 323E respectively, for the size defining described fixed mount main body 323E, such as width.Correspondingly, support frame as described above 33E comprises a brace table 331E, a supporter 332E, one the 3rd sidepiece 333E and the 4th sidepiece 334E, wherein said brace table 331E and described supporter 332E forms, and described 3rd sidepiece 333E extends described brace table 331E, described 4th sidepiece 334E extends described supporter 332E.

Closer, described 3rd sidepiece 333E extends described brace table 331E deviously, to form one the 3rd stopper slot 3331E, the described first sidepiece 321E of described fixed mount 32E extends described fixed mount main body 323E, to be located in described 3rd stopper slot 3331E, by such mode, when described brace table 331E is stressed, described brace table 331E has trend away from described fixed mount 32E and displacement, on the one hand, because described fixed mount main body 323E is located in described 3rd stopper slot 3331E, so, described fixed mount 32E has the effect stoping described brace table 331E generation away from described fixed mount 32E, on the other hand, described supporter 332E is brace table 331E described in the lower support of described brace table 331E, is bent downwardly after stressed to stop described brace table 331E, again on the one hand, described fixed mount 32 pulls described supporter 332E, be bent downwardly further or displacement to stop described supporter 332E, like this, even if when described brace table 331E bears larger pressure, also can not produce deformation, thus, guarantee described shelf use process in stability and reliability.

The described guard frame rail 30F provided according to the present invention the 5th preferred embodiment as shown in figure 10e, wherein said guard frame rail 30F comprises a described fixed mount 32F and two support frame as described above 33F, and described fixed mount 32F is consistent with the bearing of trend of every support frame as described above 33F.In this embodiment in accordance with the invention, every support frame as described above 33F takes shape in the end of described fixed mount 32F symmetrically, by such mode, not only can save the manufacturing cost of described guard frame rail 30F, but also can while guaranteeing that described guard frame rail 30F can bear larger gravity, reduce its deadweight as much as possible, thus, make described guard frame rail 30F coordinate the described shelf made by other components more light, easy-to-use.

It is worth mentioning that, described guard frame rail 30 can be formed through the mode of a series of bending by the sheet material 100 such as shown in Figure 11 A to Figure 11 C, specifically, and example as described in Figure 19, the invention provides a kind of manufacture method of described guard frame rail 30, wherein said method comprises the steps:

(A) on described sheet material 100, at least one bending line 101 is determined; And

(B) along every described bending line 101, a series of bending is carried out to described sheet material 100, to form described fixed mount 32 and support frame as described above 33 respectively, the supporter 332 that wherein said bracing frame 33 also comprises a brace table 331 and is integrally formed with described brace table.

That is, in this preferred embodiment of the present invention, described fixed mount 32 can integratedly by being formed the mode of described sheet material 100 bending with support frame as described above 33, and in other embodiment of the present invention, described fixed mount 32 can also be formed respectively with support frame as described above 33, then fitted together by the embodiment of welding or other equivalences, form described guard frame rail 30, the shortcoming of this forming mode is, the described fixed mount 32 of soldered formation is lowered with the ability to bear of the link position of support frame as described above 33, be unfavorable for that described shelf bear heavier article in the later stage.Therefore, in the effective process of the present invention, be preferably described fixed mount 32 and be shaped integratedly with support frame as described above 33.

Exemplarily, as shown in Figure 11 B, described sheet material 100 has at least one breach 102, thus, around described breach 102, described sheet material 100 is in " U " v notch v roughly, and at described sheet material 100 after a series of bending, described sheet material 100 is while the described fixed mount 32 of formation one, also form at least two support frames as described above 33, therefore, the manufacture method of described guard frame rail 30 can also comprise step (C): form breach 102 described at least one in described sheet material 100.

It is worth mentioning that, described step (C) can also before described step (A), thus, first form at least one breach 102 in described sheet material 100, and then determine bending line 101 described at least one on described sheet material 100; Correspondingly, described step (C) also can after described step (A), thus, first on described sheet material 100, determine bending line 101 described at least one, and then form breach 102 described at least one in described sheet material 100.Thus, after completing described step (A) and described step (C), again described sheet material 100 is carried out to the action of described step (B), namely along every described bending line 101, a series of bending is carried out to described sheet material 100, to form described fixed mount 32 and every support frame as described above 33, wherein said bracing frame 33 also comprises described brace table 331 and described supporter 332.

Specifically, as shown in figure 12, under the using state of described shelf, a described guard frame rail 30 is installed on adjacent described column 10, and described member for hanging object 20 is placed or is arranged on described guard frame rail 30.It is worth mentioning that, the length of described guard frame rail 30 is unrestricted, it can need to select according to different uses, such as, in the embodiment of described shelf as shown in Figure 6, the specification of described guard frame rail 30 comprises long and short two kinds, thus, make described shelf can have the corresponding degree of depth and width.Also it is worth mentioning that, distance between every layer of described guard frame rail 30 can be identical, also can be different, and when the distance between guard frame rail every layer described 30 is different, the space of differing heights can be formed between two-layer described member for hanging object 20, thus, described shelf can be made to be used for storing the article of different size.

When article are placed on described member for hanging object 20, article can produce pressure to described brace table 331 according to gravity principle, and along with the gravity of article is larger, it is larger that article give the pressure that described brace table 331 causes, due to described brace table 331, stable triangular structure can be formed between supporter 332 and described fixed mount 32, so, on the one hand, described fixed mount 32 has the effect stoping described brace table 331 away from described fixed mount 32, on the other hand, described supporter 332 can also support described brace table 331, displacement is produced to place described brace table 331.In this process, the pressure part that article act on described brace table 331 is conducted on described fixed mount 32, another part is conducted on described supporter 332, and conduct on described column 10 respectively by described fixed mount 31 with described supporter 332, thus, relative to the shelf of the crossbeam of traditional formation " cantilever beam " structure, even if described shelf are when bearing heavier article, the distortion of described guard frame rail 30 also can not be caused.Therefore, the advantage of described guard frame rail 30 is not only to guarantee described shelf reliability in use, and described guard frame rail 30 can not produce distortion, so, user is also made to be disassembled from described column 10 by described guard frame rail 30 easily follow-up, so that move or re-assembly described shelf.

As shown in Figure 13 to Figure 19 another preferred embodiment according to the present invention provide as described in shelf, wherein said shelf comprise at least one column 10G, at least one member for hanging object 20G, at least one guard frame rail 30G and other may necessary component not shown in Figure of description.Every described guard frame rail 30G is arranged between adjacent described column 10G, to form the roughly framework of described shelf, now, every described column 10G forms the supporting leg of described shelf, wherein said member for hanging object 20G is set up or is installed on described guard frame rail 30G, with support by described guard frame rail 30G, thus described shelf allow user to be positioned over by article on described member for hanging object 20G.

With reference to shown in Figure 13 and Figure 14, described column 10G comprise one first column 11G and with the integrated described second column 12G of described first column 11G, wherein said first column 11G is mutually vertical with described second column 12G, and there is identical bearing of trend, preferably, described first column 11G and described second column 12G forms " L " shape structure roughly by a sheet material by the mode of bending, thus described column 10G allows two multiple described guard frame rail 30G of goods can be installed on a described column 10G simultaneously.It is worth mentioning that, because described first column 11G and described second column 12G forms, thus, decrease the region of stress concentration of described column 10.Also it is worth mentioning that, the bending line formed between described first column 11G and described second column 12G, consistent with the bearing of trend of described second column 12G with described first column 11G, like this, when described column 10G is subject to the pressure from vertical direction, the bending line formed between described first column 11G and described second column 12G can also play the effect of reinforcement, for guaranteeing that described shelf are by the reliability and stability in the process that uses.

Further, described first column 11G and described second column 12G is also respectively equipped with a row locating hole 13G, every described locating hole 13G interval and be arranged in described first column 11G and described second column 12G equably; Accordingly, described guard frame rail 30G also comprises at least two positioning component 31G, every described positioning component 31G can be positioned the described locating hole 13G of described first column 11G and described second column 12G respectively, with by such mode, realize the installation between described guard frame rail 30G and described column 10G.It is worth mentioning that, every described positioning component 31G can be positioned the described locating hole 13G of the diverse location of described column 10G respectively, thus, make the position between described guard frame rail 30G from described column 10 can be needed to make adjustment based on different uses by user, and then, the position of the described member for hanging object 20G being placed or being installed on described guard frame rail 30G is correspondingly adjusted, with the article by described racks store different size.

As preferred example, as shown in figure 14, described shelf can also comprise at least one jockey 40G, described jockey 40G allows user to be installed together by two described column 10G, to extend it, and by such mode, such as described member for hanging object 20G is coordinated at described column 10G, after described guard frame rail 30G forms described shelf, the height of described shelf can be needed to make adjustment based on different uses by user, and the length of described column 10G need not be confined to again, like this, not only can facilitate the manufacture of described column 10G and guarantee the quality of described column 10G, but also the various accessories of described shelf under can making to be in non-installment state are transported and store easily.

As shown in fig. 15 a and fig. 15b, every described guard frame rail 30G comprises a fixed mount 32G and at least one bracing frame 33G respectively, wherein every support frame as described above 33G is removably installed in described fixed mount 32G, that is, in this preferred embodiment of the present invention, described fixed mount 32G and support frame as described above 33G is formed respectively, is then assembled together by the embodiment of installation or other equivalences, to form complete described guard frame rail 30G.

Further, described fixed mount 32G comprises one first sidepiece 321G, one second sidepiece 322G and a fixed mount main body 323G, wherein said first sidepiece 321G and described second sidepiece 322G is located at the sidepiece of described fixed mount main body 323G respectively, for the size defining described fixed mount main body 323G, such as width.Correspondingly, support frame as described above 33G comprises a brace table 331G, a supporter 332G, one the 3rd sidepiece 333G and the 4th sidepiece 334G, wherein said brace table 331G and described supporter 332G forms, and described 3rd sidepiece 333G extends described brace table 331G, described 4th sidepiece 334G extends described supporter 332G.

Further, described first sidepiece 321G extends described fixed mount main body 323G, and forms one first stopper slot 324G between described first sidepiece 321G and described fixed mount main body 323G; Accordingly, described second sidepiece 322G extends described fixed mount main body 323G, and forms one second stopper slot 325G between described second sidepiece 322G and described fixed mount main body 323G.Described 3rd sidepiece 333G extends described brace table 331G, and to form one first limit element 3311G, accordingly, described 4th sidepiece 334G extends described supporter 332G, to form one second limit element 3321G; Wherein said first limit element 3311G and described second limit element 3321G can lay respectively in described first stopper slot 324G and described second stopper slot 325G, with at described fixed mount 32G, form stable triangular structure between described brace table 331G and described supporter 332G.By such mode, when described brace table 331G is under pressure, described brace table 331G has trend away from described fixed mount 32G and displacement, on the one hand, because described first limit element 3311G is located in described first stopper slot 324G, so described fixed mount 32G has the effect stoping described brace table 331G generation away from described fixed mount 32G; On the other hand, because described second limit element 3321G is located in described second stopper slot 325G, so described supporter 332G is brace table 331G described in the lower support of described brace table 331G, is bent downwardly after stressed to stop described brace table 331G; Again on the one hand, described fixed mount 32G pulls described supporter 332G, is bent downwardly further or displacement to stop described supporter 332G.Like this, even if when described brace table 331G bears larger pressure, also can not displacement be produced, thus, guarantee that described shelf are by the stability in the process that uses and reliability.

It is worth mentioning that, in the process of the described shelf of assembling, need first support frame as described above 33G to be installed on described fixed mount 32G, that is, first respectively described first limit element 3311G and described second limit element 3321G is positioned in described first stopper slot 324G and described second stopper slot 325G respectively, and then described fixed mount 32G is installed on adjacent described column 10G by described positioning component 31G, thus, realize the installation of described shelf.

In some embodiments of the invention, a support frame as described above 33G can be arranged on a described fixed mount 32G, and support frame as described above 33G has identical bearing of trend with described fixed mount 32G; And in other embodiment of the present invention, as Figure 16 illustrates, two or more support frame as described above 33G can be arranged on same described fixed mount 32G, and position between support frame as described above 33G from described fixed mount 32G and quantity can also need to make adjustment based on different uses by user.Such as, in instantiation of the present invention, two support frame as described above 33G are configured in a described fixed mount 32G, and each support frame as described above 33G lays respectively at the end of described fixed mount 32G.After each support frame as described above 33 is configured at described fixed mount 32G, described brace table 331G is roughly in horizontal plane, described supporter 332G extends obliquely, described brace table 331G and described fixed mount 32G is connected to make the both sides of described supporter 332G, thus, at described brace table 331G, between described supporter 332G and described fixed mount 32G, form stable triangular structure.

As shown in figure 17, described fixed mount 32G is installed on described column 10G, and support frame as described above 33G is configured in described fixed mount 32G, and described member for hanging object 20G is placed or is installed on the described brace table 331G of support frame as described above 33G.When article are placed on described member for hanging object 20G, article due to itself gravity or produce pressure to described brace table 331G according to gravity principle, and the increase of weight along with article, it is also larger that article give the pressure that described brace table 331G causes.Due to described brace table 331G, the stable triangular structure that formed between described supporter 332G and described fixed mount 32G, now, on the one hand, described fixed mount 32G has the effect stoping described brace table 331G away from described fixed mount 32G; On the other hand, described supporter 332G can also support described brace table 331G, produces displacement to prevent described brace table 331G.

In above-mentioned process, the pressure part that article act on described brace table 331G can be conducted on described fixed mount 32G, another part can be conducted on described supporter 332G, and conduct on described column 10G follow-up respectively by described fixed mount 31G and described supporter 332G, thus, relative to the shelf of the crossbeam of traditional formation " cantilever beam " structure, even if described shelf are when bearing heavier article, the distortion of described guard frame rail 30G also can not be caused.Therefore, described guard frame rail 30G is on the basis not increasing material cost and manufacture difficulty, structural design is adopted to make described guard frame rail 30G can bear heavier article, thus, the stability of described shelf in the process used by user and reliability can be obtained and ensure greatly.

It is worth mentioning that, because described guard frame rail 30 can not produce distortion in the process used, therefore, user can also be made to be disassembled from described column 10 by described guard frame rail 30 easily follow-up, so that move and re-assembly described shelf.

Correspondingly, as shown in figure 18, the present invention also provides a kind of manufacture method of guard frame rail 30, and wherein said method comprises the steps:

A () determines bending line 101 described at least one on described sheet material 100;

B () carries out a series of bending along every described bending line 101 to described sheet material 100, at least to form a described brace table 331 and a described supporter 332, wherein said brace table 331 forms a support frame as described above 33 with described supporter 332; And

C () optionally forms or configures a described fixed mount 32 in support frame as described above 33, with obtained described guard frame rail 30.

In some embodiments of the invention, can also step (d) be comprised: form breach 102 described at least one in described sheet material 100, such as, every described breach 102 can be formed by the mode of cutting on described sheet material 100.

It is worth mentioning that, described step (d) before described step (a), thus, first on described sheet material 100, form every described breach 102, and then determine every described bending line 101 on described sheet material 100; Or described step (d) is after described step (a), thus, first on described sheet material 100, determine every described bending line 101, and then form every described breach 102 on described sheet material 100.

It is worth mentioning that, as shown in figure 20, the present invention also provides a kind of assemble method of shelf, and wherein said method comprises the steps:

(I) guard frame rail 30 comprising a fixed mount 32 and a bracing frame 33 is installed on adjacent upright posts 10, the supporter 332 that wherein said bracing frame 33 comprises a brace table 331 and is integrally formed with described brace table 331, and described fixed mount 32, between described brace table 331 and described supporter 332, form a polygonized structure; And

(II) member for hanging object 20 is arranged at described brace table 331, to form described shelf.

Foregoing is exemplifying of specific embodiments of the invention, for equipment and the structure of wherein not detailed description, should be understood to take the existing common apparatus in this area and universal method to be implemented.

The above embodiment of the present invention is only the use that technical solution of the present invention is described simultaneously, is only enumerating of technical solution of the present invention, is not limited to technical scheme of the present invention and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. is adopted to be considered to be to the improvement of the technical scheme disclosed in claims of the present invention and description the scope do not exceeded disclosed in claims of the present invention and description.

Claims

1. a guard frame rail, is characterized in that, comprising:

One fixed mount; And

2. guard frame rail as claimed in claim 1, wherein said fixed mount comprises a fixed mount main body and one first sidepiece, described first sidepiece extends described fixed mount main body, and forms one first stopper slot between described first sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, and to form one first limit element, wherein often described first limit element is located in described first stopper slot.

3. guard frame rail as claimed in claim 1, wherein said fixed mount comprises a fixed mount main body and one second sidepiece, described second sidepiece extends described fixed mount main body, and forms one second stopper slot between described second sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 4th sidepiece, and described 4th sidepiece extends described brace table, and to form one second limit element, wherein often described second limit element is located in described second stopper slot.

4. guard frame rail as claimed in claim 3, wherein said second sidepiece extends described fixed mount main body, and forms at least one hanging element further, for suspended item.

5. guard frame rail as claimed in claim 1, wherein every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, to form one the 3rd stopper slot; Accordingly, described fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and is located in described 3rd stopper slot.

6. guard frame rail as claimed in claim 1, wherein said fixed mount comprises a fixed mount main body, one first sidepiece and one second sidepiece, described first sidepiece and described second sidepiece extend described fixed mount main body respectively, and form one first stopper slot between described first sidepiece and described fixed mount main body, between described second sidepiece and described fixed mount main body, form one second stopper slot; Every support frame as described above also comprises one the 3rd sidepiece and one the 4th sidepiece, described 3rd sidepiece extends described brace table, to form one first limit element, described 4th sidepiece extends described supporter, to form one second limit element, wherein said first limit element is located in described first stopper slot, and described second limit element is located in described second stopper slot.

7. as the guard frame rail as described in arbitrary in claim 1 to 6, also comprise at least one positioning component, every described positioning component comprises the screw that is arranged at described fixed mount and the nut with described screw engagement further.

8. as the guard frame rail as described in arbitrary in claim 1 to 6, also comprise at least one positioning component, every described positioning component comprises one first setting element being arranged at described fixed mount and one second setting element be integrally formed with described first setting element further, the diameter of wherein said second setting element is greater than the diameter of described first location original paper, to form a positioning chamber between described second setting element and described fixed mount.

9. a guard frame rail, it, for shelf, is characterized in that, comprising:

One fixed mount, described fixed mount forms at least one stopper slot; And

10. shelf, is characterized in that, comprising:

At least one column;

At least one member for hanging object; And

11. shelf as claimed in claim 10, wherein every described column one second column of comprising one first column respectively and being integrally formed with described first column, wherein often described first column and every described second column are respectively equipped with a row locating hole.

12. shelf as claimed in claim 11, wherein said guard frame rail also comprises at least one positioning component, every described positioning component comprises the screw that is arranged at described fixed mount and the nut with described screw engagement further, and wherein every described screw is able to the described locating hole through every described first column or every described second column.

13. shelf as claimed in claim 11, wherein said guard frame rail also comprises at least one positioning component, every described positioning component comprises one first setting element being arranged at described fixed mount and one second setting element be integrally formed with described first setting element further, the diameter of wherein said second setting element is greater than the diameter of described first setting element, to form a positioning chamber between described second setting element and described fixed mount; Wherein often described second setting element is able to the described locating hole through every described first column or every described second column, corresponds to described locating hole to make described positioning chamber.

14. shelf as claimed in claim 11, wherein said fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and forms one first stopper slot between described first sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, and to form one first limit element, wherein often described first limit element is located in described first stopper slot.

15. shelf as claimed in claim 11, wherein said fixed mount comprises a fixed mount main body and one second sidepiece, and described second sidepiece extends described fixed mount main body, and forms one second stopper slot between described second sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 4th sidepiece, and described 4th sidepiece extends described brace table, and to form one second limit element, wherein often described second limit element is located in described second stopper slot.

16. shelf as claimed in claim 15, wherein said second sidepiece extends described fixed mount main body, and forms at least one hanging element further, for suspended item.

17. shelf as claimed in claim 11, wherein every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, to form one the 3rd stopper slot; Accordingly, described fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and is located in described 3rd stopper slot.

18. shelf as claimed in claim 11, wherein said fixed mount comprises a fixed mount main body, one first sidepiece and one second sidepiece, described first sidepiece and described second sidepiece extend described fixed mount main body respectively, and form one first stopper slot between described first sidepiece and described fixed mount main body, between described second sidepiece and described fixed mount main body, form one second stopper slot; Every support frame as described above also comprises one the 3rd sidepiece and one the 4th sidepiece, described 3rd sidepiece extends described brace table, to form one first limit element, described 4th sidepiece extends described supporter, to form one second limit element, wherein said first limit element is located in described first stopper slot, and described second limit element is located in described second stopper slot.

19. 1 kinds of shelf, is characterized in that, comprising:

At least one column;

At least one member for hanging object;

At least one fixed mount, it is removably installed in described column; And

20. shelf as claimed in claim 19, wherein said fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and forms one first stopper slot between described first sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, and to form one first limit element, wherein often described first limit element is located in described first stopper slot.

21. shelf as claimed in claim 19, wherein said fixed mount comprises a fixed mount main body and one second sidepiece, and described second sidepiece extends described fixed mount main body, and forms one second stopper slot between described second sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 4th sidepiece, and described 4th sidepiece extends described brace table, and to form one second limit element, wherein often described second limit element is located in described second stopper slot.

22. shelf as claimed in claim 19, wherein every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, to form one the 3rd stopper slot; Accordingly, described fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and is located in described 3rd stopper slot.

23. shelf as claimed in claim 19, wherein said fixed mount comprises a fixed mount main body, one first sidepiece and one second sidepiece, described first sidepiece and described second sidepiece extend described fixed mount main body respectively, and form one first stopper slot between described first sidepiece and described fixed mount main body, between described second sidepiece and described fixed mount main body, form one second stopper slot; Every support frame as described above also comprises one the 3rd sidepiece and one the 4th sidepiece, described 3rd sidepiece extends described brace table, to form one first limit element, described 4th sidepiece extends described supporter, to form one second limit element, wherein said first limit element is located in described first stopper slot, and described second limit element is located in described second stopper slot.

The manufacture method of 24. 1 kinds of guard frame rails, is characterized in that, described method comprises step:

(A) on a sheet material, at least one bending line is determined; And

25. methods as claimed in claim 24, described method also comprises step:

(C) at least one breach is formed in described sheet material.

26. methods as claimed in claim 25, wherein said step (C) is after described step (A), thus first on described sheet material, determine every described bending line, next forms every described breach; Or described step (C) is before described step (A), thus first form every described breach in described sheet material, next determines every described bending line.

27. as the method as described in arbitrary in claim 24 to 26, wherein said fixed mount comprises a fixed mount main body and one first sidepiece, described first sidepiece extends described fixed mount main body, and forms one first stopper slot between described first sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, and to form one first limit element, wherein often described first limit element is located in described first stopper slot.

28. as the method as described in arbitrary in claim 24 to 26, wherein said fixed mount comprises a fixed mount main body and one second sidepiece, described second sidepiece extends described fixed mount main body, and forms one second stopper slot between described second sidepiece and described fixed mount main body; Accordingly, every support frame as described above also comprises one the 4th sidepiece, and described 4th sidepiece extends described brace table, and to form one second limit element, wherein often described second limit element is located in described second stopper slot.

29. as the method as described in arbitrary in claim 24 to 26, and wherein every support frame as described above also comprises one the 3rd sidepiece, and described 3rd sidepiece extends described brace table, to form one the 3rd stopper slot; Accordingly, described fixed mount comprises a fixed mount main body and one first sidepiece, and described first sidepiece extends described fixed mount main body, and is located in described 3rd stopper slot.

The manufacture method of 30. 1 kinds of guard frame rails, is characterized in that, described method comprises step:

A () determines at least one bending line on a sheet material;

31. methods as claimed in claim 30, described method also comprises step:

D () forms at least one breach in described sheet material.

32. methods as described in claim 30 or 31, wherein said fixed mount comprises a fixed mount main body, one first sidepiece and one second sidepiece, described first sidepiece and described second sidepiece extend described fixed mount main body respectively, and form one first stopper slot between described first sidepiece and described fixed mount main body, between described second sidepiece and described fixed mount main body, form one second stopper slot; Every support frame as described above also comprises one the 3rd sidepiece and one the 4th sidepiece, described 3rd sidepiece extends described brace table, to form one first limit element, described 4th sidepiece extends described supporter, to form one second limit element, wherein said first limit element is located in described first stopper slot, and described second limit element is located in described second stopper slot.

The assemble method of 33. 1 kinds of shelf, is characterized in that, described method comprises step: