CN210989029U

CN210989029U - File compact shelf with stable storage

Info

Publication number: CN210989029U
Application number: CN201921840740.0U
Authority: CN
Inventors: 于伊华
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-28
Filing date: 2019-10-28
Publication date: 2020-07-14
Anticipated expiration: 2029-10-28

Abstract

The utility model discloses a storage-stable file compact shelf, which comprises a shelf body guide rail, wherein the shelf body guide rail is sequentially provided with a compact shelf body, and the rectangular space of the compact shelf body is divided into a plurality of storage lattices; the storage rack is characterized in that each layer of storage grids are arranged on the dense rack body, storage stop rods are respectively arranged on the lower portions of outer ports of the storage grids, at least one blocking box sleeve is slidably mounted on each storage grid correspondingly and fixedly provided with a blocking box baffle, the transverse partition plate and the bottom plate of the dense rack body are respectively provided with a plurality of baffle slots, and the blocking box baffle is provided with an inserting part. The utility model discloses can be terminal near the archives box insert in the baffle slot hinder the box baffle, the archives box can be effectively blockked, reduces the archives box slope, emptys the emergence, reduces the archives box and drops the emergence. The utility model discloses hinder box baffle and also can arrange the archives box department of taking out in as the mark plate, conveniently will get box position and mark, deposit fast again conveniently.

Description

File compact shelf with stable storage

Technical Field

The utility model relates to a compact shelf, in particular to a stable storage file compact shelf.

Background

Departments such as the national Bureau, the human resources department all store a large amount of paper archives, and these archives are generally sealed with the archives box and are deposited in the archives, and for the purpose that improves storage space utilization, adopt intensive frame storage these a large amount of paper archives in the archives more.

The compact shelf is generally provided with a shelf body guide rail fixedly arranged on the ground, a plurality of compact shelf bodies which are sequentially arranged are arranged on the shelf body guide rail, and each compact shelf body is provided with an arbor wheel which can walk on the shelf body guide rail and a driving part which is in power connection with the arbor wheel. A plurality of intensive support bodies lean on each other under most state, when the archives box needs to be accessed, only need to drive the intensive support body of intensive support body one side at target archives place in proper order, make it keep away from, until target archives department appear can supply the passageway that personnel passed in and out.

The storage of the file box by the dense frame body is realized by arranging a plurality of storage lattices on the dense frame body. The depth of the storage grid is usually wider than the width of the file box by 1-2 cm, so that the file box cannot interfere with each other when the dense frame bodies are attached; the storage lattice height is usually higher than about 2-4 cm of the height of the file box, so that the file box is convenient to take and place. In the process of moving the compact shelf, the file box is easy to extend outwards due to reasons such as the vibration of the shelf body, the inertia when the shelf body is attached and the like, if the extending part is just attached to the adjacent compact shelf body, when the compact shelf is moved back, the extending file box is very likely to fall out of the storage cell due to the traction of the attaching part, which can cause the damage of the file box and even the scattering of the file files, thus causing a plurality of troubles. Meanwhile, a plurality of storage lattices which are not filled with the file boxes usually exist on the intensive frame body, the file boxes in the storage lattices are more prone to tilting or even falling due to reasons such as vibration, inertia and the like, and falling accidents are more prone to occurring. In addition, when the staff got the archives box, rely on the storage information on support body and the archives box to find the target usually, and when having used up put back, still need be according to the instruction of storage information on support body, the archives box, find back one step by one, place according to the order of archives box in this matter storage lattice again, it is lower to deposit efficiency again.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a reducible file box slope is provided, is emptyd the emergence, reduces the file box and drops the emergence, and conveniently will get the box position and mark, the convenient stable archives compact shelf of storing that deposits again fast.

In order to solve the technical problem, the technical scheme of the utility model is that: the storage-stable file compact shelf comprises a shelf body guide rail fixedly arranged on the ground, wherein a plurality of rectangular compact shelf bodies are sequentially arranged on the shelf body guide rail, a shelf moving control device is arranged between each compact shelf body and the corresponding guide rail, a rectangular space of each compact shelf body is divided into a plurality of storage layers through transverse clapboards, and each storage layer is divided into a plurality of storage lattices through vertical clapboards; a storage stop rod is arranged on the lower portion of the outer port of each layer of the storage lattice on the dense frame body, and a stop rod fixing device is arranged between the storage stop rod and the dense frame body; the storage blocking rod is provided with at least one blocking box sleeve corresponding to each storage lattice in a sliding mode respectively, a blocking box baffle is fixedly arranged on the blocking box sleeve, the transverse partition plate and the bottom plate of the dense frame body are provided with a plurality of baffle slots corresponding to the storage lattices respectively in sequence, and the blocking box baffle is provided with inserting parts corresponding to the baffle slots.

As a preferred technical scheme, the stop lever fixing device comprises stop lever mounting holes correspondingly arranged on two side walls of the dense frame body, a rod end fixing rod penetrates through the stop lever mounting holes, a rod end fixing bulge is arranged at the inner end of the rod end fixing rod, and a rod end fixing groove corresponding to the rod end fixing bulge is arranged at the end part of the storage stop lever; the inner wall of the stop lever mounting hole is provided with a fixing lever mounting thread, the rod end fixing lever is provided with a fixing lever adjusting thread corresponding to the fixing lever mounting thread, and the outer end of the rod end fixing lever is fixedly provided with a fixing lever adjusting part.

As an optimized technical scheme, the vertical partition plate is provided with a stop lever through hole corresponding to the storage stop lever.

As a preferable technical scheme, the box blocking baffle is fixedly arranged close to one end of the corresponding box blocking sleeve.

As a preferable technical scheme, a dividing device is arranged in the middle of each storage lattice.

As the preferred technical scheme, the storage blocking rod is provided with one blocking box sleeve corresponding to the storage lattice.

As the preferred technical scheme, two of the blocking box sleeves are arranged on the storage blocking rod corresponding to the storage lattices.

As a preferred technical scheme, the frame moving control device comprises a shaft wheel arranged at the bottom of the dense frame body, a frame moving driver is arranged on one side of the dense frame body, and the frame moving driver and the shaft wheel are in power transmission.

By adopting the technical scheme, the file compact shelf with stable storage comprises a shelf body guide rail fixedly arranged on the ground, a plurality of compact shelf bodies which are arranged in a rectangular shape are sequentially arranged on the shelf body guide rail, a shelf moving control device is arranged between each compact shelf body and the corresponding guide rail, the rectangular space of each compact shelf body is divided into a plurality of storage layers through transverse clapboards, and each storage layer is divided into a plurality of storage grids through vertical clapboards; a storage stop rod is arranged on the lower portion of the outer port of each layer of the storage lattice on the dense frame body, and a stop rod fixing device is arranged between the storage stop rod and the dense frame body; the storage blocking rod is provided with at least one blocking box sleeve corresponding to each storage lattice in a sliding mode respectively, a blocking box baffle is fixedly arranged on the blocking box sleeve, the transverse partition plate and the bottom plate of the dense frame body are provided with a plurality of baffle slots corresponding to the storage lattices respectively in sequence, and the blocking box baffle is provided with inserting parts corresponding to the baffle slots. When hindering the box baffle and breaking away from when the baffle slot, hinder the box sleeve pipe and can slide on the storing pin, closely arrange the back with the archives box in the matter storage check, at the end near the archives box insert again in the baffle slot hinder the box baffle, because of the blockking of baffle slot, hinder the box sleeve pipe and be difficult for producing axial slip, when the archives box has the tendency of empting, hinder the box baffle and can block it, reduce archives box slope, empty the emergence. The storing pin also can prevent that the archives box from because of vibration or the outside roll-off matter storage lattice of inertia, reduces the archives box and drops and take place. The utility model discloses can be when the assigned position takes out the archives box, will hinder the box baffle and arrange the archives box department of taking out in as the mark plate, conveniently will get the box position and mark, deposit again convenient quick.

Drawings

The drawings are only intended to illustrate and explain the present invention and do not limit the scope of the invention. Wherein:

fig. 1 is a schematic perspective view of an embodiment of the present invention, and for convenience, only one of the dense frame bodies is shown in this embodiment;

FIG. 2 is an enlarged schematic view of the structure at I in FIG. 1;

FIG. 3 is a schematic view of an enlarged cross-sectional view of a side bar fixing device according to an embodiment of the present invention;

FIG. 4 is an enlarged schematic view of the case baffle of the embodiment of the present invention when blocking the file case;

fig. 5 is an enlarged schematic view of the state of the baffle plate for taking the box mark.

In the figure: 1-a frame guide rail; 2-a dense frame body; 21-a frame moving control device; 22-transverse partitions; 23-a vertical partition; 24-a binning means; 25-a baffle slot; 3-storage stop lever; 4-a stop lever fixing device; 41-rod end fixing rod; 42-a rod end fixing bulge; 43-a fixation rod adjusting part; 44-a screw hole seat; 5-blocking the cartridge sleeve; 51-a cassette blocking baffle; 52-an insertion portion; 6-file box.

Detailed Description

The invention is further explained below with reference to the drawings and examples. In the following detailed description, exemplary embodiments of the invention are described by way of illustration only. Needless to say, a person skilled in the art will recognize that the described embodiments can be modified in various different ways without departing from the spirit and scope of the invention. Accordingly, the drawings and description are illustrative in nature and not intended to limit the scope of the claims.

As shown in fig. 1 to 5, the storage-stable compact file shelf comprises a shelf body guide rail 1 fixedly arranged on the ground, wherein a plurality of compact shelf bodies 2 arranged in a rectangular shape are sequentially arranged on the shelf body guide rail 1, and a shelf moving control device 21 is arranged between each compact shelf body 2 and the guide rail. The intensive frame body 2 is formed by welding or assembling profile steel and sheet metal parts. Move a controlling means 21 and be used for removing intensive support body 2, move a controlling means 21 include with install the arbor wheel of 2 bottoms of intensive support body, one side of intensive support body 2 is installed and is moved a driver, move a driver with power transmission between the arbor wheel. This embodiment shows move a driver for moving a drive hand wheel, move a drive hand wheel accessible chain drive, gear drive etc. and make the arbor wheel roll, realize moving a frame. The arrangement of the frame guide rails 1, the dense frame 2 and the frame-moving control device 21 is well known to those skilled in the art, and will not be described herein and not illustrated in detail in the drawings.

The rectangular space of the dense frame body 2 is divided into a plurality of storage layers by transverse partition plates 22, each storage layer is divided into a plurality of storage lattices by vertical partition plates 23, the transverse partition plates 22 and the vertical partition plates 23 are formed by welding profile steel and sheet metal, the technology is well known by the technical personnel in the field, and the description is omitted. The rectangular space of the dense frame body 2 is divided into a plurality of storage lattices which are uniformly arranged, and each storage lattice has two outer ports for taking and placing the file box 6. Can store one row of archives box 6 in the matter storage lattice, all can realize getting from two outer port departments and put, do two rows of archives box 6 are stored in the matter storage lattice, and every row of archives box 6 is got from the outer port department realization of corresponding side and is put. Preferably, two rows of file boxes 6 are stored in the storage compartment, which may improve some space utilization. In this embodiment, the middle of each storage cell is provided with a dividing device 24, and the dividing device 24 is used to separate two rows of file boxes 6, so as to avoid the disorder of the file boxes 6. The grid device 24 can be welded to a metal plate or a stop lever in the middle of the storage grid, and the stop lever is used for indicating the structure of the stop lever in the embodiment.

The storage rack is characterized in that storage stop rods 3 are respectively arranged on the lower portions of the outer ports of the storage lattices on each layer of the dense rack body 2, and stop rod fixing devices 4 are arranged between the storage stop rods 3 and the dense rack body 2. The storage stop lever 3 is used for stopping the bottom of the file box 6 and preventing the storage stop lever from extending out of the storage lattice due to vibration or inertia. Certainly for avoiding storage pin 3 influences adjacent two dense support body 2 pastes and leans on, the matter storage lattice outer end is followed and is answered the concave yield the rectangle space outer end of dense support body 2 is followed, perhaps the matter storage lattice outer end is followed the distance of box device 24 should slightly be greater than the width of archives box 6, this embodiment like this storage pin 3 just sets up after the archives box 6 was placed to the matter storage lattice,

archives box

6 and 2 rectangle space outer ends of dense support body are followed surplus space department between. Meanwhile, in order to avoid the influence of the storage stop rod 3 on the taking and placing of the file box 6, the storage stop rod 3 reaches the distance between the top plates of the storage lattices is larger than the height of the file box 6. For the dense frame body 2 in the prior art, the spare space outside the file box 6 and the spare space at the top of the file box 6 in the storage lattice make the present embodiment be considered to be used for modification in the prior art.

The stop lever fixing device 4 is used for installing the storage stop lever 3. The stop lever fixing device 4 is arranged on the two side walls of the intensive support body 2 through corresponding stop lever mounting holes, rod end fixing rods 41 are installed in the stop lever mounting holes in a penetrating mode, rod end fixing protrusions 42 are arranged at the inner ends of the rod end fixing rods 41, and the end portions of the storage stop levers 3 are provided with rod end fixing grooves corresponding to the rod end fixing protrusions 42. This embodiment the storing pin 3 cavity sets up, the fixed arch 42 of rod end is cylindric, the hole of storing pin 3 is promptly the fixed recess of rod end. The inner wall of the stop lever mounting hole is provided with a fixing lever mounting thread, the rod end fixing lever 41 is provided with a fixing lever adjusting thread corresponding to the fixing lever mounting thread, and the outer end of the rod end fixing lever 41 is fixedly provided with a fixing lever adjusting part 43. By operating the fixing rod adjusting part 43, the rod end fixing rod 41 can rotate, so that the meshing position of the fixing rod adjusting thread on the fixing rod mounting thread can be adjusted, the storage stop rod 3 can be conveniently fastened by the two rod end fixing rods 41, and the two rod end fixing rods 41 can be conveniently detached, so that the storage stop rod 3 can be conveniently detached. The present embodiment illustrates that the fixing rod adjusting portion 43 has an outer hexagonal shape. The setting of dead lever mounting thread can drill out on intensive support body 2 behind the pin mounting hole, adopt the form of additionally welding a screw hole seat 44 on the lateral wall of intensive support body 2, and the screw of screw hole seat 44 with the coaxial setting of pin mounting hole, the screw thread of screw forms promptly on the screw hole seat 44 in the pin mounting hole dead lever mounting thread. The setting of this embodiment pin fixing device 4 for this embodiment can be more convenient to reform transform on prior art basis and use.

This embodiment be equipped with on the vertical baffle 23 with the pin via hole that storing pin 3 corresponds, the pin via hole can be right storing pin 3 consolidates the support, improves its bulk strength that blocks archives box 6.

Correspond on the storing pin 3 respectively the matter storage lattice slidable mounting has at least one to hinder box sleeve pipe 5, it hinders box baffle 51 to hinder to fix being equipped with on the box sleeve pipe 5, transverse baffle 22 with correspond each on the bottom plate of intensive support body 2 the matter storage lattice is equipped with a plurality of baffle slots 25 respectively in proper order, hinder to be equipped with on the box baffle 51 with the portion 52 that closes of inserting that baffle slot 25 corresponds. Because the box blocking sleeve 5 is sleeved, the box blocking baffle 51 can rotate out or into the storage compartment along with the rotation because the box blocking sleeve can also rotate on the storage blocking rod 3. When the inserting portion 52 of the blocking box baffle 51 is inserted into one of the baffle slots 25, the baffle slot 25 can form axial position limitation of the blocking box sleeve 5 on the storage blocking rod 3, the blocking box sleeve 5 is not easy to slide, when an external force (such as an acting force of the file box 6 which generates a tilting trend) presses the blocking box baffle 51 from one side, the blocking box baffle 51 generates a tilting trend towards the direction of the external force, the blocking box baffle 51 simultaneously transmits the trend to the blocking box sleeve 5, and the blocking box sleeve 5 is limited by the storage blocking rod 3, so that the blocking box baffle 51 is not easy to tilt, thereby being easy to form balance with the external force and playing a role of blocking objects.

In the embodiment, when the storage compartment is used, if the storage compartment is not filled with the file boxes 6, after the file boxes 6 are closely arranged in the storage compartment, a worker slides the box blocking sleeve 5 corresponding to the storage compartment to the tail end of the file box 6, and then inserts the insertion part 52 of the box blocking baffle 51 into the baffle insertion slot 25 near the tail end of the file box 6, so that the file box 6 can be prevented from falling down by the box blocking baffle 51, and the box blocking baffle 51 is also matched with the storage blocking rod 3 to enclose and block the file boxes 6 in a smaller range in the storage compartment, thereby effectively reducing the occurrence of falling of files. When the file box 6 is continuously placed in the storage compartment, the inserting part 52 of the box blocking baffle 51 is firstly withdrawn from the baffle slot 25 in a rotating mode, the box blocking sleeve 5 is operated to be far away from the file box 6, a new file box 6 is placed and tightly arranged, and then the box blocking baffle 51 is moved back again to block the file box 6. When the storage compartment inner baffle box 6 is full, the box blocking sleeve 5 is moved to one end of the storage compartment, the box blocking baffle 51 can be freely abutted against the transverse partition plate 22, and if the baffle slot 25 is arranged at the end of the storage compartment, the insertion part 52 of the box blocking baffle 51 can be inserted into the baffle slot 25. In order to reduce the space occupied by the box blocking baffle 51 when the box blocking sleeve 5 moves to one end of the storage compartment, in the embodiment, the box blocking baffle 51 is fixedly arranged near the corresponding end of the box blocking sleeve 5, so that when the box blocking sleeve 5 moves to one end of the storage compartment, the box blocking baffle 51 is basically attached to the side wall of the storage compartment. In addition, after taking the file box 6 in the full storage lattice, the box blocking sleeve 5 can slide to the position of the file box 6 taken away, the box blocking baffle 51 rotates to the space vacated by the file box 6 taken away, the position of the file box 6 taken away is marked, and when the file box 6 is placed back, the storage position can be found easily, so that one box blocking sleeve 5 is installed on the storage blocking rod 3 corresponding to the storage lattice, and the use requirement can be met. When taking archives box 6 in not storing up full matter storage lattice, correspond on the storing pin 3 the matter storage lattice installs two hinder box sleeve 5, one is used for enclosing fender archives box 6, and one is used for making the sign to the 6 positions of archives box of taking out. This embodiment the convenient dismouting of storing pin 3 also can be convenient singly storage lattice department the change of the quantity of hindering box sleeve 5.

This embodiment can guarantee the stable storage of archives box 6 through simple structure, reduces the slope, emptys the condition and takes place, reduces archives box 6 and drops the emergence, conveniently gets a box sign, conveniently improves 6 playback efficiency of archives box. The embodiment is also convenient to directly modify and use in the prior art, is simple and reliable to operate, and can be popularized and applied in the fields of book storage and the like.

The basic principles, main features and advantages of the present invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. Store stable archives intensive, including fixed setting at subaerial support body guide rail, be equipped with a plurality of intensive support bodies that are the rectangle setting on the support body guide rail in proper order, intensive support body with be equipped with between the guide rail and move a controlling means, its characterized in that: the rectangular space of the dense frame body is divided into a plurality of storage layers by transverse partition plates, and each storage layer is divided into a plurality of storage lattices by vertical partition plates; a storage stop rod is arranged on the lower portion of the outer port of each layer of the storage lattice on the dense frame body, and a stop rod fixing device is arranged between the storage stop rod and the dense frame body; the storage blocking rod is provided with at least one blocking box sleeve corresponding to each storage lattice in a sliding mode respectively, a blocking box baffle is fixedly arranged on the blocking box sleeve, the transverse partition plate and the bottom plate of the dense frame body are provided with a plurality of baffle slots corresponding to the storage lattices respectively in sequence, and the blocking box baffle is provided with inserting parts corresponding to the baffle slots.

2. A storage-stable compact archive shelf as claimed in claim 1, wherein: the stop lever fixing device comprises stop lever mounting holes correspondingly arranged on two side walls of the dense frame body, a rod end fixing rod penetrates through the stop lever mounting holes, a rod end fixing bulge is arranged at the inner end of the rod end fixing rod, and a rod end fixing groove corresponding to the rod end fixing bulge is formed in the end part of the storage stop lever; the inner wall of the stop lever mounting hole is provided with a fixing lever mounting thread, the rod end fixing lever is provided with a fixing lever adjusting thread corresponding to the fixing lever mounting thread, and the outer end of the rod end fixing lever is fixedly provided with a fixing lever adjusting part.

3. A storage-stable compact archive shelf as claimed in claim 1, wherein: and the vertical partition plate is provided with a stop lever via hole corresponding to the storage stop lever.

4. A storage-stable compact archive shelf as claimed in claim 1, wherein: the box blocking baffle is fixedly arranged close to one end of the corresponding box blocking sleeve.

5. A storage-stable compact archive shelf as claimed in claim 1, wherein: and the middle part of each storage lattice is respectively provided with a lattice device.

6. A storage-stable compact archive shelf as claimed in claim 1, wherein: one of the storage blocking rods is installed corresponding to the storage lattice and the box blocking sleeve is installed.

7. A storage-stable compact archive shelf as claimed in claim 1, wherein: two of the storage blocking rods are arranged corresponding to the storage lattices and are provided with a box blocking sleeve.

8. A storage-stable compact archive shelf as claimed in any one of claims 1 to 7, characterized in that: the frame moving control device comprises a shaft wheel arranged at the bottom of the dense frame body, a frame moving driver is arranged on one side of the dense frame body, and the frame moving driver and the shaft wheel are in power transmission.