CN213487712U - Two-sided operation is intensive - Google Patents

Abstract

The utility model discloses a two-sided operation is intensive. Including the plywood, the fender of plywood separates the device, keeps apart the curb plate entirely, it separates the device for the ready-package from connecting the locking and keeps off the device to keep off the device from connecting, the ready-package keeps off the device from connecting the locking and includes independent body ready-package to and its both ends are connected in the separator of the full isolation curb plate in corresponding both sides through this independent body ready-package respectively, the separator presss from both sides dress formula baffle for the expansion of falling the U-shaped, the relative both sides board that the dress formula baffle was pressed from both sides in the expansion of falling the U-shaped expands along its U-shaped opening direction that leans out, and the U-shaped opening of this both sides board that leans out the expansion is equipped with the crimping wing limit respectively, independent body type ready-package is including articulating the cantilever type fast-assembling head, the relative both ends that the dress formula baffle was pressed from both sides in the U-shaped expansion of. The double-sided operation compact shelf has a simple and reasonable structure, and is firm and durable.

Description

Two-sided operation is intensive

Technical Field

The utility model relates to a two-sided operation is intensive.

Background

For a double-sided storage and retrieval type compact shelf, a bookshelf and the like, the storage show windows on two sides of the shelf body are usually separated from the middle of the shelf body from the direction of a side panel by a baffle device, the baffle devices of the existing compact shelf, bookshelf and the like are basically formed by fixing partition bodies on hanging plates on two opposite sides of the compact shelf and the bookshelf, no matter how the structure of the partition bodies is, the connection structure of the partition body and the frame body has certain problems of stability and firmness, and the connection structure and the shape of the connection part of some hanging type partition bodies make the manufacturing process more complicated, so that the cost is relatively high, and simultaneously, due to the characteristics of the centralized management public use place, the structural relationship of the borrowing personnel at the place, and the borrowing operation is convenient, the separating body can be disassembled by self to search books from the opposite collection show window, which not only causes difficulty to management, but also damages equipment. Particularly, the partition bodies are all open type compact shelves with frame type on two sides, no partition body structure exists for side-sealed type compact shelves, book shelves and the like, and because the side partition plates on the left side and the right side of the storage window are of full-isolation side plate structures, the difficulty in forming the whole compact shelf is increased.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the problems in the prior art and provides a double-sided operation compact shelf. The double-sided operation compact shelf has the advantages of simple and reasonable structure, compactness, firmness and durability.

The technical proposal of the double-sided operation compact shelf of the utility model comprises a laminate, a baffle device of the laminate, and a full-isolation side plate, wherein the baffle device is a fast-assembly self-connection locking baffle device, the fast-assembly self-connection locking baffle device comprises a single-body fast-assembly device, and a separating body, the two ends of which are respectively connected with the corresponding two-side full-isolation side plate through the single-body fast-assembly device, the separating body is an inverted U-shaped expansion clamping type baffle plate, the opposite two side plates of the inverted U-shaped expansion clamping type baffle plate are obliquely expanded along the U-shaped opening direction, the U-shaped opening parts of the two side plates which are obliquely expanded outwards are respectively provided with a crimping wing edge, the single-body device comprises a cantilever type hanging fast-assembly head, the opposite two ends of the inverted U-shaped expansion clamping type baffle plate are respectively clamped and hung at one end of the cantilever type hanging fast-assembly heads at the two ends, the other end of the cantilever type hanging fast-assembly head, the other end of the cantilever type hanging quick-mounting head is connected with the corresponding two sides of the full-isolation side plates in a self-fastening mode through the annular self-locking shoulder groove and the self-adaptive boundary locking connecting holes of the full-isolation side plates.

The utility model discloses not only the structure is simple very much, reasonable, and extremely firm moreover, especially it keeps off that the separator constitutes, connecting device constitutes and corresponding connected mode is extremely simple, reasonable, and the main part does not have uncoordinated connecting piece, uncoordinated and influence connection structure and the position that the operation used. Not only the blocking device is firm, but also the manufacturing and assembling processes are very simple, and simultaneously, the overall stability, firmness and service life of the frame body can be improved.

Drawings

FIG. 1 is an exploded view of an embodiment of the compact shelf for double-sided operation of the present invention; fig. 2 is a schematic perspective view of embodiment 2 of the present invention; FIG. 3 is a schematic diagram of the inverted gourd-shaped adaptive demarcation locking hole structure shown in FIG. 2; FIG. 4 is a schematic view of the separator construction of FIG. 2; FIG. 5 is a schematic cross-sectional view of the spacer of FIG. 4 from its inclined shape self-locking shoulder slot; FIG. 6 is a schematic view of the top view of the storage window of the double-sided compact shelving of the present invention; fig. 7 is a perspective view of the circular bar of fig. 6.

Detailed Description

In order to facilitate a better understanding of the present invention, the present invention will be further described with reference to the following embodiments and drawings.

As shown in fig. 1. In the embodiment, the double-sided operation compact shelf comprises a plurality of collection show windows 7 respectively consisting of full-isolation side plates 1 at two opposite sides and a plurality of layers of laminates 2, and the collection show windows are separated into two back (or front and back) side panes by a fast-assembly self-connection locking barrier device. Front and rear upright posts 8 fixed on the bottom frame are arranged between two adjacent collection show windows 7, and the full-isolation side plates 1 on the two opposite sides of each collection show window 7 are respectively and fixedly connected with the two opposite sides of the corresponding front and rear upright posts 8. Each layer plate can be fixedly connected to the two opposite side full-isolation side plates or the upright posts. The front and rear upright posts 8 on the two opposite sides of the double-sided operation compact shelf are respectively provided with a side panel 10.

The fast-assembly self-connection locking blocking device comprises a single-body type fast-assembly device, a self-adaptive demarcation locking hole which is arranged on the corresponding full-isolation side plate 1, and partition bodies and the like, wherein the two ends of the partition bodies are connected to the corresponding full-isolation side plates 1 on the two sides through the single-body type fast-assembly device respectively. The self-adaptive boundary lock-up hole is an inverted gourd-shaped self-adaptive boundary lock-up hole 4 which is arranged between the left pane 7a and the right pane 7b of the collection show window. The formula baffle 3c is pressed from both sides for the expansion of falling the U-shaped to the baffle, and the relative both sides board 3c1 that the formula baffle was pressed from both sides in the expansion of falling the U-shaped expands along its U-shaped opening direction and leans out the expansion, and the U-shaped space top cross-section or the width between the relative two panels of the formula baffle are pressed from both sides in the expansion of falling the U-shaped is trapezoidal, and the lower part U-shaped opening of the expansion of this both sides board that leans out the expansion is equipped with crimping wing limit 10 respectively, and the formula baffle is pressed from both sides in the expansion of falling the.

The single-body quick-mounting device comprises a cylindrical rod-shaped cantilever type hanging quick-mounting head 11. An annular self-locking shoulder groove 5 is formed in the peripheral wall face of one end of the cantilever type hanging quick-mounting head 11, and the cantilever type hanging quick-mounting head 11 is connected to the two side full-isolation side plates in a self-fastening mode through the annular self-locking shoulder groove 5 and the inverted gourd-shaped self-adaptive boundary locking hole 4 respectively. The two opposite ends of the inverted U-shaped expansion clamping type baffle are hung and connected with the tops of the inverted U-shaped spaces of the two side panels, and the cantilever type hanging quick-mounting heads at the two ends of the inverted U-shaped expansion clamping type baffle protrude out of one end of the full-isolation side panel. The laminates of the window frame are composed of a left laminate 2b and a right laminate 2a which are respectively positioned on the left pane and the right pane. The left layer board and the right layer board are respectively and oppositely extruded to the two side panels of the inverted U-shaped expansion clamping type baffle plate, and simultaneously press the two side pressing wing edges 10 downwards, and the right layer board 2a and the left layer board 2b are respectively clamped on the clamping and hanging plates (not shown in the figure) arranged on the full-isolation side plates through the connecting clamping grooves 12 at the two ends.

During connection, the cantilever type hanging quick-assembly head is inserted into a large aperture at the upper end of the inverted gourd-shaped self-adaptive boundary locking hole, and then the annular self-locking shoulder groove of the cantilever type hanging quick-assembly head is pressed downwards to be clamped into the trapezoidal reducing hole at the lower part of the gourd-shaped self-adaptive boundary locking hole of the full-isolation side plate. Due to the mutual extrusion of the left layer plate and the right layer plate, the width of the lower space and the top space between the two side panels 3c1 of the inverted U-shaped expansion clamping type baffle are nearly the same, and the cantilever type hanging quick-mounting head with the diameter being close to the width of the top U-shaped space of the inverted U-shaped expansion clamping type baffle can be clamped. The connecting structure is simple, stable and reliable, and the connection is quick.

Example 2, as shown in FIGS. 2-5. In this embodiment, the fast-assembly self-connection locking barrier device includes a rotating shaft blade type protection isolation frame 3a, a fast-connection self-locking shoulder neck portion, and the like. The rotating shaft blade type protective isolation frame 3a comprises a rectangular frame edge, and the fast-connection type self-locking shoulder neck comprises shoulder neck type integrated fast-assembly heads 9 which are respectively and fixedly connected with the two opposite ends of the rectangular frame edge. The shoulder neck type conjoined quick-mounting head is cylindrical, and the maximum diameter of the head is slightly smaller than the corresponding aperture of the upper end of the self-adaptive demarcation locking hole. The two opposite side walls of the shoulder neck type integrated quick assembly head 9 are provided with inclined self-locking shoulder grooves 5a, the inclined self-locking shoulder grooves 5a on the two sides are matched with the inverted gourd-shaped self-adaptive boundary locking hole 4 in a buckling manner, and the inclined self-locking shoulder grooves 5a are formed by respectively arranging straight or curved grooves which incline from top to bottom to the center on the two opposite side wall surfaces of the shoulder neck type integrated quick assembly head 9. The neck part 6a of the shoulder neck type conjoined fast-assembling head 9 is formed by a part which is between the self-locking shoulder grooves 5a with two inclined sides and has a cross section of approximate fan shape or trapezoid shape. The shoulder neck type integrated quick-mounting head is clamped on two side wall surfaces of the self-adaptive boundary locking hole through the neck part of the head, and forms transverse and longitudinal multi-direction simultaneously stressed anti-rotation self-fastening connection with the full-isolation side plate. While meeting the requirement of covering the separation of a larger area between the two panes, the strength and the stability of the quick assembly of the separating body are met.

When the equipment is connected, the upper end of the inverted gourd-shaped self-adaptive boundary locking hole of the full-isolation side plate on one side is inserted into the hole by the shoulder-neck type one-piece quick mounting head of the rotating shaft leaf type protection isolation frame, the inclined self-locking shoulder groove of the rotating shaft leaf type protection isolation frame is made to cross the full-isolation side plate, the shoulder-neck type one-piece quick mounting head of the other end can correspond to the inverted gourd-shaped self-adaptive boundary locking hole of the full-isolation side plate on the other side until the shoulder-neck type one-piece quick mounting head of the other end can be pulled back, the other end of the rotating shaft leaf type protection isolation frame is made to be inserted into the inverted gourd-shaped self-adaptive boundary locking hole of the full-isolation side plate on the other side, and finally the inclined self-locking shoulder groove.

The length of the shoulder-neck type connected quick-mounting head 9 meets the mounting requirement of the separating body. When the full-isolation side plates on the two sides are sequentially installed, the installation length of the shoulder-neck type connected quick installation head does not need to be considered, and the end faces of the two ends of the rotating shaft blade type protection isolation frame 3a can form a corresponding side wall surface of the inclined self-locking shoulder groove (namely, the corresponding side shoulder of the inclined self-locking shoulder groove is formed).

Example 3, as shown in FIGS. 6-7. The quick-fit self-coupling locking barrier in this example comprises a circular barrier rod 3, and its corresponding quick-coupling self-locking shoulder and neck, etc. The fast-connection type self-locking shoulder neck comprises annular self-locking shoulder grooves 5 which are respectively arranged on the peripheral wall surfaces of two ends of a circular blocking rod 3 and correspond to full-isolation side plates on two opposite sides of a collection show window, the width of each annular self-locking shoulder groove is adaptive to the wall thickness of each full-isolation side plate 1, the diameter of the neck 6 of the blocking rod formed by surrounding the annular self-locking shoulder grooves 5 is adaptive to an arc contraction section of the middle lower part of a reverse gourd-shaped self-adaptive boundary locking hole 4, and the diameter or the cross section of the circular blocking rod 3 is smaller than the corresponding cross section of the upper end of the reverse gourd-shaped self-adaptive boundary locking hole.

The method of connecting the devices is similar to the above embodiments. The circular blocking rod has the greatest characteristic that the circular blocking rod is very simple, convenient and quick to clamp, does not need to consider and identify the connecting direction, and is equivalent to blind-joint equipment. The rest of the structure and the corresponding assembly of this example can be similar to the above-mentioned embodiment.

In example 4, the partition body is a half-screen type partition net plate, the partition area is relatively larger, and the books, etc. can be seen by mutually observing from two sides. The rest of the structure and the corresponding assembly of this example can be the same as those of embodiment 1.

In embodiment 5, the cross sections of the upper end portions of the shoulder-neck type integral quick-mounting head and the adaptive demarcation locking hole are both rectangular, the lower portion of the adaptive demarcation locking hole is in an inverted trapezoid shape, and the inclined self-locking shoulder groove 5a of the shoulder-neck type integral quick-mounting head is opened into a corresponding inverted trapezoid shape. The remaining structure and corresponding connection of this example is similar to embodiments 2 and 4 described above.

Claims (1)

1. A double-sided operation compact shelf comprises a laminate, a blocking device of the laminate and full-isolation side plates, wherein the blocking device is a quick-assembly self-connection locking blocking device which comprises a single-body quick-assembly device and a separating body, two ends of the separating body are respectively connected with the corresponding two-side full-isolation side plates through the single-body quick-assembly device, the double-sided operation compact shelf is characterized in that the separating body is an inverted U-shaped expansion clamping type baffle, two opposite side plates of the inverted U-shaped expansion clamping type baffle are outwards and obliquely expanded along the direction of a U-shaped opening of the inverted U-shaped expansion clamping type baffle, the U-shaped opening parts of the two side plates which are obliquely expanded are respectively provided with a compression joint wing edge, the single-body type expansion clamping type quick-assembly device comprises a cantilever type hanging quick-assembly head, two opposite ends of the inverted U-shaped expansion clamping type baffle are respectively hung at one end of the cantilever type hanging quick-assembly heads at two ends of the cantilever type hanging, the other end of the cantilever type hanging quick-mounting head is connected with the corresponding two sides of the full-isolation side plates in a self-fastening mode through the annular self-locking shoulder groove and the self-adaptive boundary locking connecting holes of the full-isolation side plates.

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