CN204872411U - Part storage device - Google Patents
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- CN204872411U CN204872411U CN201520640507.3U CN201520640507U CN204872411U CN 204872411 U CN204872411 U CN 204872411U CN 201520640507 U CN201520640507 U CN 201520640507U CN 204872411 U CN204872411 U CN 204872411U
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Abstract
The utility model provides a part storage device, install the component case on goods shelves including goods shelves and through location structure, when component case outwards pulled out from installation space, location structure fixed a position component case and fixes on goods shelves to make component case's upper shed unlimited completely, owing to often have multiple compartment in the component case, even if what be located component case is close to that the compartment of goods shelves one end is built -in to load little volume part, component case also can fix a position under location structure's positioning action and fix on goods shelves, and make the upper shed unlimited completely, thereby conveniently get and put the part, here on the basis, people can be with a plurality of component case are comparatively intensive installs on goods shelves (also the headspace between the adjacent component case adjacent about or is possible very narrow about promptly), it occupies to reduce the space, the storage of realization densification.
Description
Technical field
The utility model relates to material storage container technical field, is specifically related to a kind of part memory storage.
Background technology
Workbin, is widely used in the fields such as machinery, automobile, household electrical appliances, light industry, electronics, is applicable to the storage of various miniature parts, material, stationery etc. and takes.Workbin turnover is convenient, stacking is neat, is convenient to management, is applicable to the links such as transport, dispensing, storage, circulation and process in plant produced.At production link more and more by today that vast enterprise payes attention to, workbin can help through universalization that element deposits, integrated management, more and more becomes the necessary article that production and circulation enterprise carry out Modern Materials Circulation management.
Chinese patent literature CN201287871Y discloses a kind of workbin being convenient to combine, as shown in Figure 1-2, comprise the box body 01 with upper shed, the upper and lower end face of box body 01 offers four connecting through holes 03, during multiple workbin 01 stacked on top, it is inner that pipe link 02 inserts two connecting through holes 03 opposing upper and lower, realizes the combination of box body 01 at above-below direction; Box body 01 left surface forms card article, right flank forms draw-in groove 04, when multiple box body about 01 is placed, card article coordinates insertion draw-in groove 04 inside to realize the combination of multiple box body 01 at left and right directions.Workbin in above-mentioned patent documentation, multiple workbin can be combined at above-below direction and left and right directions, reduction takes up room, but when needing to pick and place part from the workbin inside being positioned at midway location, because the spacing distance between upper and lower two workbins is shorter, there is pickup inconvenience, and if the spacing distance increased between upper and lower two workbins, then can increase space hold, densification cannot be realized and store.
Therefore, how to provide one conveniently can pick and place part, can realize again the part memory storage that densification stores, be still unsolved technical barrier in prior art.
Utility model content
Therefore, the technical problems to be solved in the utility model is that overcoming workbin of the prior art picks and places part inconvenience, and the technological deficiency of densification storage can not be realized, thus provide one conveniently can not only pick and place part, and the part memory storage of densification storage can be realized.
Therefore, the utility model provides a kind of part memory storage, comprises
Shelf, have many rows installing space of stacked setting;
Workbin, is at least one, has the spatial accommodation for holding part, and the upper shed be communicated with described spatial accommodation, with can the mode of pull to be arranged on described installing space inner;
Location structure, is arranged on described workbin, when described workbin pulls out from described installing space, is fixed on described shelf described workbin location, and makes the upper shed of described workbin completely unlimited.
As a kind of preferred version, described workbin comprises bottom surface, and to be fixedly connected with described bottom surface and to form the left and right sidewall of described spatial accommodation and forward and backward sidewall, the height of left and right sidewall described in the height < of described front side wall is to form open front in described workbin front.
As a kind of preferred version, described location structure comprises and being arranged on described shelf and the radius stay be positioned at above described workbin, and the detent that be located at described workbin on suitable with described radius stay.
As a kind of preferred version, described left and right sidewall all has the first end for being inserted into described installing space inside, and second end relative with described first end, described detent to be opened on the left and right sidewall end face near described first end and opening up.
As a kind of preferred version, described detent has the first side wall near described first end, and the second sidewall of close described second end, and the height of the second sidewall described in the height > of described the first side wall.
As a kind of preferred version, the height of radius stay bottom surface described in the height > of described rear wall end face, or described rear wall end face is provided with stopper, the height of radius stay bottom surface described in the height > of described stopper end face.
As a kind of preferred version, stackedly on described shelf be provided with multiple bottom support, described installing space is formed between neighbouring two described bottom supports, described radius stay is fixed on and is positioned on the described bottom support bottom surface at described installing space top, and arranges to downward-extension certain distance.
As a kind of preferred version, also comprise front apron, described front apron is installed in rotation in described open front by mounting structure, and has the primary importance of closed described open front, and is different from the second place of described primary importance.
As a kind of preferred version, described mounting structure comprises two shaft holes be oppositely arranged on described left and right sidewall, and relative with two described shaft holes, be separately positioned on two rotating shafts on described front apron.
As a kind of preferred version, also comprise the location structure that the described front apron location for turning to described primary importance is fixed, described location structure comprises the positioning groove be located on described left side wall and/or right side wall, the fix shaft that be located at described front apron on suitable with described positioning groove, further, described shaft hole has the mobile space allowing to be inserted into the described rotating shaft in described shaft hole and move up.
As a kind of preferred version, also comprise at least one separator of battery plates, it is inner that described separator of battery plates inserts described workbin by connected structure detouchable, for described spatial accommodation is separated into multiple independent accommodation space; Further, along described separator of battery plates direction of insertion, the sidewall being provided with described connected structure comprises at least two side plates set gradually, and is fixedly connected with by connecting panel between adjacent two described side plates, and described connecting panel is simultaneously perpendicular to coupled two side plates; Described connected structure is arranged on described connecting panel and coupled and on the side of being located thereon side plate simultaneously.
As a kind of preferred version, described connected structure comprises and to be arranged in parallel and in a distance to form two first positioning plates in grafting space, and to be oppositely arranged on two described first positioning plates and non-touching two the second positioning plates, described separator of battery plates is fixed with the 3rd positioning plate, described 3rd positioning plate can insert described second positioning plate and for be fixedly connected with described first positioning plate side plate between space in.
Part memory storage of the present utility model, has following technological merit:
1. part memory storage of the present utility model, by workbin can the mode of pull be arranged in the installing space of shelf, and be provided with location structure, when workbin pulls out from installing space, workbin location is fixed on shelf by location structure, and makes the upper shed of workbin completely unlimited; Owing to often there is the multiple compartment in workbin, even if the compartment being positioned at close shelf one end of workbin is mounted with small size part, workbin also can be located and is fixed on shelf under the positioning action of location structure, and make upper shed completely unlimited, thus conveniently pick and place part, on this basis, people can by comparatively intensive for multiple workbin being arranged on shelf (headspace also namely between neighbouring or workbin that left and right is adjacent can be accomplished very narrow), reduce space hold, realize densification and store.
2. part memory storage of the present utility model, the height of the left and right sidewall of height < of workbin front side wall, thus form open front in workbin front, workman can observe the part situation in workbin by aperture position in the past, be convenient to accurately get thing, and be conducive to realizing visualizing management.
3. part memory storage of the present utility model, location structure comprises radius stay and detent, when workbin is outwards drawn to certain length from shelf inside and unclamps workbin by workman, workbin one end away from shelf sinks under gravity, now detent upward movement the radius stay of shelf is contained in detent inside, thus be fixed on shelf workbin location, and ensure the completely unlimited of workbin upper shed.
4. part memory storage of the present utility model, the height of height higher than the second sidewall of the first side wall is set further, detent can be prevented when upward movement, and radius stay slips over detent and does not hold the situation appearance entering detent inside, promotes location fixed precision further.
5. part memory storage of the present utility model; the height of height higher than radius stay bottom surface of rear wall end face is set further; or on rear wall end face, stopper is set; the height of stopper end face is greater than the height of radius stay bottom surface; when workman outwards extracts workbin out; the combination of higher rear wall or rear wall and stopper; can prevent that workman is firmly excessive directly to be detached the workbin that shelf cause and fall problem by workbin; further increase Product's Ease of Use, and be conducive to protecting workbin not fallen damage.
6. part memory storage of the present utility model, radius stay is fixedly installed on and is positioned on the bottom support bottom surface at installing space top, and arrange to downward-extension certain distance, can when facilitating workbin pull, mutually stop with rear wall or the stopper be positioned on rear wall, prevent workbin from being fallen phenomenon by what pull out that shelf cause easily.
7. part memory storage of the present utility model, is also comprised the front apron be arranged on by mounting structure on workbin, when current flapper is to primary importance, can close open front, prevent dust from dropping into workbin inside from open front; When the inner short supply of workbin needs to replenish, front apron can be turned to the second place different from primary importance by workman, thus the workman that conveniently replenishes searches out rapidly the workbin needing to replenish in numerous similar workbin, realizes replenishing fast; In addition, the workbin that usually offers open front be cannot loading height higher than the part of open front bottom surface, and after using above-mentioned front apron, when front apron is in primary importance, open front is closed by front apron, thus can load more part, reduce the frequency that replenishes, increase work efficiency.
8. part memory storage of the present utility model, location structure comprises the positioning groove be located on left side wall and/or right side wall, and the fix shaft that be located at front apron on suitable with positioning groove, and shaft hole has the mobile space allowing rotating shaft to move up, current flapper is to during close to primary importance, upwards mention front apron, fix shaft is made to cross positioning groove sidewall and be positioned at directly over positioning groove upper shed, then front apron is put down, fix shaft enters positioning groove inside and is limited, thus front apron location is fixed on primary importance.
9. part memory storage of the present utility model, along separator of battery plates direction of insertion, the sidewall being provided with connected structure comprises at least two side plates set gradually, and be fixedly connected with by connecting panel between adjacent two side plates, perpendicular to coupled two side plates while of connecting panel, the setting of connecting panel, when not increasing sidewall thickness, enhance the withstand voltage properties of sidewall, sidewall can be avoided to occur the situation overstocking distortion or damage, thus extend the service life of product; Connected structure is arranged on connecting panel and coupled and on the side of being located thereon side plate, not only improve the withstand voltage properties of sidewall, brings also can not to the pickup of workman operation and hinder or injury, thus easy to use, be worth of widely use.
10. part memory storage of the present utility model, two the first positioning plates are also relatively set with two non-touching second positioning plates, separator of battery plates is provided with the 3rd positioning plate, 3rd positioning plate can insert the second positioning plate and for be fixedly connected with the first positioning plate side plate between space in, when the part installed in workbin more and heavier time, even if the madial wall of workbin is outwards out of shape, mutual barrier effect between second positioning plate and the 3rd positioning plate, also the inwall of workbin can be stoped outwards to be out of shape, thus strengthen the withstand voltage properties of workbin madial wall further.
Accompanying drawing explanation
Fig. 1 is the perspective view of workbin in prior art.
Fig. 2 is the perspective view in prior art after workbin combination.
Fig. 3 is the perspective view of the utility model part memory storage.
Fig. 4 is the structure enlarged diagram of part A in Fig. 3.
Fig. 5 is the perspective view of workbin.
Fig. 6 is another three-dimensional view of Fig. 5.
Fig. 7 is the structure enlarged diagram of part B in Fig. 6.
Fig. 8 is the perspective view of front apron.
Fig. 9 is another perspective view of workbin.
Figure 10 is the structure enlarged diagram of C part in Fig. 9.
Figure 11 is the structure enlarged diagram of D part in Fig. 9.
Figure 12 is the another perspective view of workbin.
Figure 13 is another three-dimensional view of Figure 12.
Figure 14 is the structure enlarged diagram of E part in Figure 13.
Figure 15 is the spatial structure view of separator of battery plates.
Figure 16 is the structure enlarged diagram of F part in Figure 15.
Figure 17 is the spatial structure view of another separator of battery plates.
Figure 18 is the structure enlarged diagram of G part in Figure 17.
Reference numeral: 01-box body, 02-pipe link, 03-connecting through hole, 04-draw-in groove, 1-shelf, 11-radius stay, 12-bottom support, 2-workbin, 20-upper shed, 21-bottom surface, 22-left side wall, 23-right side wall, 24-front side wall, 25-rear wall, 251-stopper, 26-open front, 27-detent, 271-the first side wall, 272-second sidewall, 28-first end, 29-second end, 3-front apron, 30-bearing surface, 31-shaft hole, 32-rotating shaft, 33-positioning groove, 34-fix shaft, 35-plane of orientation, 36-blocking surface, 37-stopper, 38-first side, 39-second side, 4-separator of battery plates, 41-side plate, 42-connecting panel, 43-first positioning plate, 44-second positioning plate, 45-the 3rd positioning plate, 51-first inclined-plane, 52-second inclined-plane, 53-the 4th positioning plate, 54-the 5th positioning plate, 55-the 6th positioning plate.
Detailed description of the invention
Below in conjunction with accompanying drawing, a kind of part memory storage of the present utility model is described in further detail.
Embodiment
This enforcement provides a kind of part memory storage, as shown in Figure 3-4, comprises shelf 1, has many rows installing space of stacked setting; Multiple workbin 2, has the spatial accommodation for holding part, and the upper shed 20 be communicated with described spatial accommodation, with can the mode of pull to be arranged on described installing space inner; Location structure, is arranged on described workbin 2, when described workbin 2 pulls out from described installing space, is fixed on described shelf described workbin 2 location, and makes the upper shed 20 of described workbin 2 completely unlimited.
The part memory storage of the present embodiment, by workbin 2 can the mode of pull be arranged in the installing space of shelf 1, and be provided with location structure, when workbin 2 pulls out from installing space, workbin 2 location is fixed on shelf, and makes the upper shed of workbin 2 completely unlimited, owing to often there is the multiple compartment in workbin 2, even if the compartment being positioned at close shelf 1 one end of workbin 2 carries small size part, when workbin 2 pulls out from shelf 1 by workman, workbin 2 also can be located and is fixed on shelf 1 under the positioning action of location structure, and make upper shed 20 completely unlimited, thus conveniently pick and place part, on this basis, people can by comparatively intensive for multiple workbin 2 being arranged on shelf 1 (headspace also namely between neighbouring or workbin 2 that left and right is adjacent can be accomplished very narrow), reduce space hold, realize densification to store.
As shown in Figure 5, workbin 2 comprises bottom surface 21, and to be fixedly connected with described bottom surface 21 and to form the left side wall 22 of described spatial accommodation, right side wall 23 and front side wall 24, rear wall 25, the height < left side wall 22 of described front side wall 24 and the height of right side wall 23 are to form open front 26 in described workbin 2 front.Workman can observe the part situation in workbin 2 from open front 26 position, be convenient to accurately get thing, and is conducive to realizing visualizing management.
As shown in Figure 4 and Figure 5, described location structure comprises and being arranged on described shelf 1 and the radius stay 11 be positioned at above described workbin 2, and the detent 27 that be located at described workbin 2 on suitable with described radius stay 11.Described left and right sidewall 22,23 all has the first end 28 for being inserted into described installing space inside, and second end 29 relative with described first end 28, described detent 27 to be opened on left and right sidewall 22,23 end face near described first end 28 and opening up.When workbin 2 is outwards drawn to certain length from shelf 1 inside and unclamps workbin 2 by workman, workbin 2 one end away from shelf 1 sinks under gravity, now detent 27 upward movement the radius stay 11 of shelf 1 to be contained in detent 27 inner, thus be fixed on shelf 1 workbin 2 location, and ensure the completely unlimited of workbin 2 upper shed.
Described detent 27 has the first side wall 271 near described first end 28, and the second sidewall 272 of close described second end 29, and the height of the second sidewall 272 described in the height > of described the first side wall 271.Detent 27 can be prevented when upward movement, and radius stay 11 slips over detent 27 and does not hold the situation appearance entering detent 27 inside, promotes location fixed precision further.
Described rear wall 25 end face is provided with stopper 251, the height of radius stay 11 bottom surface described in the height > of described stopper 251 end face.When workman outwards extracts workbin out; higher rear wall 25 and the combination of stopper 251; can prevent that workman is firmly excessive directly to be detached the workbin 2 that shelf 1 cause and fall problem by workbin 2, further increase Product's Ease of Use, and be conducive to protection workbin 2 and do not fallen damage.The height higher than radius stay 11 bottom surface that the height of rear wall 25 end face also can arrange by those skilled in the art, can reach substantially identical technique effect.
As shown in Figure 3, stackedly on described shelf 1 be provided with multiple bottom support 12, described installing space is formed between neighbouring two described bottom supports 12, described radius stay 11 is fixed on and is positioned on described bottom support 12 bottom surface at described installing space top, and arranges to downward-extension certain distance.Described bottom support 12 is the supporting bable tops be made up of multiple strut bar for supporting described bottom surface 21.As deformation program, above-mentioned bottom support 12 has also been designed to brace table or strut bar.
As shown in figs 6-8, also comprise front apron 3, described front apron 3 is installed in rotation in described open front 26 by mounting structure, and has the primary importance of closed described open front 26, and is different from the second place of described primary importance.When front apron 3 turns to primary importance, open front 26 can be closed, prevent dust from dropping into workbin 2 from open front 26 inner; When the inner short supply of workbin 2 needs to replenish, front apron 3 can be turned to the second place different from primary importance by workman, thus the workman that conveniently replenishes searches out rapidly the workbin 2 needing to replenish in numerous similar workbin 2, realizes replenishing fast.
Described mounting structure comprises two shaft holes 31 be oppositely arranged on described left and right sidewall 22,23, and relative with two described shaft holes 31, be separately positioned on two rotating shafts 32 on described front apron 3.
Also comprise for the described front apron 3 turning to described primary importance is located fixing location structure, described location structure comprises the positioning groove 33 be located on described left side wall 22 and right side wall 23, the fix shaft 34 that be located at described front apron 3 on suitable with described positioning groove 33, further, described shaft hole 31 has the mobile space allowing to be inserted into the described rotating shaft 32 in described shaft hole 31 and move up.When front apron 3 turns to close to primary importance, upwards mention front apron 3, fix shaft 34 is made to cross positioning groove 33 sidewall and be positioned at directly over positioning groove 33 upper shed, then front apron 3 is put down, fix shaft 34 enters positioning groove 33 inside and is limited, thus front apron 3 location is fixed on primary importance.
Be out of shape as one, as shown in Figure 7, described location structure comprises plane of orientation 35, be arranged on described left and right sidewall 22,23, it is fixedly installed stopper 37, and the blocking surface 36 relative with described stopper 37, form positioning groove 33 between described stopper 37 and described blocking surface 36, and the height of described stopper 37 is lower than the height of described blocking surface 36; Fix shaft 34, suitable with described positioning groove 33, and be arranged on described front apron 3; Further, described shaft hole 31 has the mobile space allowing to be inserted into the described rotating shaft 32 in described shaft hole 31 and move up.The height of stopper 37, lower than the height of blocking surface 36, can facilitate fix shaft 34 to cross stopper 37 and turn to positioning groove 33 inner to realize location fast fixing.
Described stopper 37 has the first side 38 near described blocking surface 36, and second side 39 relative with described first side 38, the angle of the angle between described first side 38 and described plane of orientation 35 >=between described second side 39 and described plane of orientation 35.Easy to operate when outwards rotating front apron 3 to open open front 26, and the maloperations such as workman's hand touches can be avoided to cause front apron 3 to transfer back to the situation of positioning groove 33 inside easily.
Specifically in the present embodiment, the angle between described first side 38 and described plane of orientation 35 is 150 °; Angle between described second side 39 and described plane of orientation 35 is 75 °.As a kind of deformation program, the angle between described first side 38 and described plane of orientation 35 be can between 130-160 ° unrestricted choice, the angle between described second side 39 and described plane of orientation 35 can between 55-85 ° unrestricted choice.
As shown in Figure 8, described front apron 3 has the bearing surface 30 relative with described open front 26 bottom surface.Specifically in the present embodiment, described front apron 3 is L-type plate, and described rotating shaft 32 and described fix shaft 34 are separately positioned on two free ends of described L-type plate.As a kind of improvement project, front apron 3 can also be designed to transparent panel, when front apron 3 is in primary importance, workman can see the part situation of workbin inside equally by open front 26, is convenient to accurately get thing and realize visualizing management.
As shown in Fig. 9-18, also comprise separator of battery plates 4, it is inner that described separator of battery plates 4 inserts described workbin 2 by connected structure detouchable, for described spatial accommodation is separated into multiple independent accommodation space; And, along described separator of battery plates 4 direction of insertion, the sidewall being provided with described connected structure comprises three side plates 41 set gradually, and is fixedly connected with by connecting panel 42 between adjacent two described side plates 41, and described connecting panel 42 is simultaneously perpendicular to coupled two side plates 41; Described connected structure is arranged on described connecting panel 42 and coupled and on the side of being located thereon side plate 41 simultaneously.The quantity people of side plate 41 of a composition sidewall can adjust as required flexibly, as being set to 2,4,5 etc.
Along separator of battery plates 4 direction of insertion, the sidewall being provided with connected structure comprises three side plates 41 set gradually, and be fixedly connected with by connecting panel 42 between adjacent two side plates 41, connecting panel 42 is simultaneously perpendicular to coupled two side plates 41, the setting of connecting panel 42, when not increasing sidewall thickness, enhances the withstand voltage properties of sidewall, sidewall can be avoided to occur the situation overstocking distortion or damage, thus extend the service life of product; Connected structure is arranged on connecting panel 42 and coupled and on the side of being located thereon side plate 41, not only improve the withstand voltage properties of sidewall, brings also can not to the pickup of workman operation and hinder or injury, thus easy to use, be worth of widely use.
As shown in Figure 10 and Figure 15-16, described connected structure comprises and to be arranged in parallel and in a distance to form two first positioning plates 43 in grafting space, separator of battery plates 4 inserts grafting interior volume and realizes socket connection; Or, as shown in figure 11, described connected structure comprises and to be arranged in parallel and in a distance to form two first positioning plates 43 in grafting space, and to be oppositely arranged on two described first positioning plates 43 and non-touching two the second positioning plates 44, described separator of battery plates 4 is fixed with the 3rd positioning plate 45, described 3rd positioning plate 45 can insert described second positioning plate 44 and for be fixedly connected with described first positioning plate 43 side plate 41 between space in.When in workbin 2 install part more and heavier time, even if the madial wall of workbin 2 is outwards out of shape, mutual barrier effect between second positioning plate 44 and the 3rd positioning plate 45, also can stop the inwall of workbin 2 to be outwards out of shape, thus strengthens the withstand voltage properties of workbin 2 madial wall further.People can use above-mentioned two kinds of connected structures flexibly in a workbin, as in the present embodiment, the first connected structure is employed near between the bottom side plate 41 and middle side plate 41 of bottom surface 21, employ the second connected structure between top side plate 41 and middle side plate 41, those skilled in the art can any choice for use as required.
As shown in Figure 12-14 and Figure 17-18, above-mentioned connected structure also comprises two the 4th positioning plates 53 be fixedly installed on front side wall 24 medial surface and rear wall 25 medial surface parallel and in a distance, and two the 5th positioning plates 54 be relatively located on two the 4th positioning plates 53, separator of battery plates 2 is provided with equally the 6th positioning plate 55 in the space can inserted between the 5th positioning plate 54 and front side wall 24, to strengthen the installation effect of separator of battery plates 2 on this barrier structure.
As shown in Figures 12 and 13, the first inclined-plane 51 connecting front side wall 24 and bottom surface 21 is also comprised; With the second inclined-plane 52 being connected rear wall 25 and bottom surface 21.When being placed on the volume of part in workbin and being less, the design on above-mentioned inclined-plane can facilitate workman to obtain small size part from workbin inside, and the problem that is difficult to because small size part is positioned at right angle corner point that bottom surface 21 connects with front side wall 24 or rear wall 25 take out can not occur.The first above-mentioned inclined-plane 51 and the second inclined-plane 52 also can be designed to cambered surface by people, can reach substantially identical effect.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain of the invention.
Claims (10)
1. a part memory storage, is characterized in that: comprise
Shelf (1), have many rows installing space of stacked setting;
Workbin (2), is at least one, has the spatial accommodation for holding part, and the upper shed (20) be communicated with described spatial accommodation, with can the mode of pull to be arranged on described installing space inner;
Location structure, be arranged on described workbin (2), when described workbin (2) pulls out from described installing space, described workbin (2) location is fixed on described shelf (1), and makes the upper shed of described workbin (2) (20) completely unlimited.
2. part memory storage according to claim 1, it is characterized in that: described workbin (2) comprises bottom surface (21), and to be fixedly connected with described bottom surface (21) and to form left and right sidewall (22,23) and the forward and backward sidewall (24,25) of described spatial accommodation, the height of left and right sidewall (22,23) described in the height < of described front side wall (24) is to form open front (26) in described workbin (2) front.
3. part memory storage according to claim 2, it is characterized in that: described location structure comprises that to be arranged on described shelf (1) upper and be positioned at the radius stay (11) of described workbin (2) top, and the detent (27) that be located at described workbin (2) on suitable with described radius stay (11).
4. part memory storage according to claim 3, it is characterized in that: described left and right sidewall (22,23) all has the first end (28) for being inserted into described installing space inside, and second end (29) relative with described first end (28), described detent (27) to be opened on left and right sidewall (22, the 23) end face near described first end (28) and opening up.
5. part memory storage according to claim 3, it is characterized in that: the height of radius stay (11) bottom surface described in the height > of described rear wall (25) end face, or described rear wall (25) end face is provided with stopper (251), the height of radius stay (11) bottom surface described in the height > of described stopper (251) end face.
6. part memory storage according to claim 3, it is characterized in that: described shelf (1) are above stacked is provided with multiple bottom support (12), described installing space is formed between neighbouring two described bottom supports (12), described radius stay (11) is fixed on and is positioned on described bottom support (12) bottom surface at described installing space top, and arranges to downward-extension certain distance.
7. part memory storage according to claim 2, it is characterized in that: also comprise front apron (3), described front apron (3) is installed in rotation in described open front (26) by mounting structure, and there is the primary importance of closed described open front (26), and be different from the second place of described primary importance.
8. part memory storage according to claim 7, it is characterized in that: described mounting structure comprises two shaft holes (31) be oppositely arranged on described left and right sidewall (22,23), and relative with two described shaft holes (31), be separately positioned on upper two rotating shafts (32) of described front apron (3).
9. part memory storage according to claim 8, it is characterized in that: also comprise the location structure that described front apron (3) location for turning to described primary importance is fixed, described location structure comprises the positioning groove (33) be located on described left side wall (22) and/or right side wall (23), the fix shaft (34) that be located at described front apron (3) on suitable with described positioning groove (33), further, described shaft hole (31) has the mobile space allowing to be inserted into the described rotating shaft (32) in described shaft hole (31) and move up.
10. part memory storage according to claim 1, it is characterized in that: also comprise at least one separator of battery plates (4), it is inner that described separator of battery plates (4) inserts described workbin (2) by connected structure detouchable, for described spatial accommodation is separated into multiple independent accommodation space; And, along described separator of battery plates (4) direction of insertion, the sidewall being provided with described connected structure comprises at least two side plates (41) set gradually, and be fixedly connected with by connecting panel (42) between adjacent two described side plates (41), described connecting panel (42) is simultaneously perpendicular to coupled two side plates (41); Described connected structure is arranged on described connecting panel (42) and coupled and on the side of being located thereon side plate (41) simultaneously.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520640507.3U CN204872411U (en) | 2015-08-24 | 2015-08-24 | Part storage device |
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| CN201520640507.3U CN204872411U (en) | 2015-08-24 | 2015-08-24 | Part storage device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105253505A (en) * | 2015-08-24 | 2016-01-20 | 青岛冠宇工业设备有限公司 | Part storage device |
| CN107973046A (en) * | 2016-10-25 | 2018-05-01 | 中国计量科学研究院 | Big mass weight storage device and big mass weight processing module |
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2015
- 2015-08-24 CN CN201520640507.3U patent/CN204872411U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105253505A (en) * | 2015-08-24 | 2016-01-20 | 青岛冠宇工业设备有限公司 | Part storage device |
| CN105253505B (en) * | 2015-08-24 | 2018-09-11 | 青岛冠宇工业设备有限公司 | A kind of part storage device |
| CN107973046A (en) * | 2016-10-25 | 2018-05-01 | 中国计量科学研究院 | Big mass weight storage device and big mass weight processing module |
| CN107973046B (en) * | 2016-10-25 | 2019-09-17 | 中国计量科学研究院 | Big mass weight storage device and big mass weight processing module |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151216 Termination date: 20190824 |