JP6561247B1 - Paper holder with slider based on machine principle and method of use - Google Patents

Abstract

The present invention discloses a paper holder with a slider based on a mechanical principle and a method of use. An input space is installed in the work table, a translation space is installed in an upper end wall of the input space, and a right end wall and a lower end wall are formed in the storage block. A communicating push space is installed, and a plurality of storage spaces in which the upper end wall communicates with the input space are equally distributed on the left and right sides of the lower end wall of the input space, and the upper end wall is stored in the work table. An extraction space that communicates with the lower end wall of the space and the right end wall communicates with the outside is installed, and an exercise space is installed on the lower end wall of the extraction space. The structure of this device is simple and convenient to operate, and files are stored. It is possible to automatically identify places that are not being used, and to preferentially store them according to their rank, to effectively use space, avoid wasting storage locations, and to automatically locate and retrieve files at the same position when retrieving files Can do. [Selection] Figure 1

Description

The present invention takes up the field of storage of paper holders with sliders, specifically, paper holders with sliders and methods of use based on mechanical principles.

Currently, with the advancement of science and technology and the development of society, storage and retrieval of paper holders are increasingly standardized, and memory devices for large-capacity files are increasing. However, existing memory devices are insufficiently automated and automatically The storage location cannot be specified and stored, the search point cannot be fixed in one position, the efficiency of storage and search is reduced, and it is difficult to apply it to large-capacity storage. Limited.

Chinese Patent Application No. 104732163

The object of the present invention is to provide a paper holder with a slider based on the mechanical principle and the method of use, which can solve the problems in the above current technology.

The present invention is realized through the following technical plan: a paper holder with a slider based on a mechanical principle and a method of use, including a workbench, wherein a loading space is installed in the workbench, and is translated into an upper end wall of the loading space A space is provided, a drive motor is embedded in the left end wall of the translation space, and a first screw shaft whose right end is rotationally connected to the right end wall of the translation space is connected to the right end surface of the drive motor by power, and A screw block is screwed to the right end of one screw shaft, the right end of the first screw shaft passes through the left and right cross-sections of the screw block and is rotationally connected to the right end wall of the translation space, and a support block is connected to the lower end surface of the screw block. Is fixedly connected, the lower end of the support block penetrates the lower end wall of the translation space and is located in the input space, the storage block is fixedly connected to the lower end of the support block, and the storage block A push space in which the right end wall and the lower end wall communicate with the input space is installed in the block, a first rotating shaft is fixedly connected to the front and rear end walls of the pushing space, and a first rotation is made at the front end of the first rotating shaft. A lever is rotationally connected, a first rotary spring wound around a first rotary shaft is fixedly connected to a rear end surface of the first rotary lever, and a rear end of the first rotary spring is connected to a rear end wall of the push space. A plurality of storage spaces with the upper end wall communicating with the input space are evenly distributed on the left and right sides of the lower end wall of the input space, and a symmetrical fixed block is fixedly connected to the left and right end walls of the storage space. A rotating space in which the end wall approaching the center in the left-right direction of the storage space communicates with the storage space is installed in the fixed block, and a second rotating shaft is rotationally connected to the front and rear end walls of the rotation space, A cam is fixedly connected to the front end of the second rotating shaft, and the cam A second rotary lever is fixedly connected to the second rotary shaft at the rear end, and one end of the second rotary lever that approaches the center in the left-right direction of the storage space is centered in the left-right direction of the storage space in the rotary space. A magnetic magnet is fixedly connected to a portion of the lower end surface of the second rotary lever that is positioned in the storage space, penetrating through the approaching end wall, and a rear end surface of the portion that is positioned in the rotation space The second rotary spring wound around the second rotary shaft is fixedly connected, the rear end of the second rotary spring is fixedly connected to the rear end wall of the rotary space, and the upper end of the cam in the rotary space. A catch bar is slid in a certain part, a lower end of the catch bar is slid connected to the cam, an upper end of the catch bar passes through a rotation space and is located in a storage space, and a baffle is formed on the upper end of the catch bar. The block is solid The first electromagnet is fixedly connected to an end wall far from the center in the left-right direction of the storage space among the lower side of the rotation space, and a spring groove is installed in the lower end of the rotation space, A compression spring is fixedly connected to an end wall of the spring groove away from the magnetic magnet, a spring block is fixedly connected to one end of the compression spring close to the magnetic magnet, and a hooking block is fixed to the upper end surface of the spring block. The upper end of the hooking block passes through the upper end wall of the spring groove and is located in the rotation space, and the portion of the front and rear end walls of the storage space that is located at the upper end of the fixed block is a symmetrical third A rotary shaft is fixedly connected, a third rotary lever is rotationally connected to the front end of the third rotary shaft, and a third rotary spring wound around the third rotary shaft is fixedly connected to the rear end surface of the third rotary lever The third rotating spring A takeout space is installed in which the rear end is fixedly connected to the rear end wall of the storage space, the upper end wall communicates with the lower end walls of the plurality of storage spaces, and the right end wall communicates with the outside. An exercise space is installed in the lower end wall of the motor , a rotary motor is embedded in the left end wall of the exercise space, and a second screw shaft whose right end is rotationally connected to the right end wall of the exercise space is connected to the right end surface of the rotary motor by power. A second screw block is threadably connected to the second screw shaft, and a lock groove is provided in the lower end of the second screw block. In the block, a ring groove is installed around the second screw shaft, and an end wall of the ring groove that is far from the center of the second screw shaft is communicated with the movement space, and is in the take-out space. The slide block is slid and connected. A storage groove in which the upper end wall and the right end wall communicate with the take-out space is installed in the id block, a drive lever is fixed to the lower end surface of the slide block, and the lower end of the drive lever moves with the lower end wall of the take-out space. A plurality of electromagnetic spaces that pass through the upper end wall of the space and are located in the ring groove and respectively correspond to the storage space are installed in the lower end wall of the exercise space, and the upper end wall of the electromagnetic space communicates with the exercise space A lock block is fixed to a portion of the lower end wall of the motion space located between two electromagnetic spaces, a second electromagnet is fixed to the lower end wall of the electromagnetic space, and an upper end of the second electromagnet An electromagnetic spring is fixed to the magnetic spring, and a magnetic block is fixed to an upper end of the electromagnetic spring.

The steps of the method are as follows:

First, when storing a file, the drive motor is activated, and the drive motor drives and rotates the first screw shaft through the power connection, thereby moving the first screw block to the right end, thereby driving the storage block. When the storage block moves to the rightmost position, the drive motor stops operating, thereby stopping the movement of the storage block, pulling the first rotation lever to the right, and pushing the file to be stored into the push space. , Release the first rotation lever to reset it clockwise, the first rotation lever pushes the file to the left, this places the file in the pushing space, the drive motor starts, the drive motor reverses, the drive motor Drives and reverses the first screw shaft through the power connection, thereby moving the first screw block to the left, thereby driving the storage block and moving it to the left. When the storage block drives and moves the file to the left, and the file moves to the top of the storage space where the file is not stored, the left third rotation lever rotates clockwise due to the gravity of the file, and the right The three-turn lever rotates counterclockwise, causing the file to fall into the storage space, the third turn lever to be reset, the drive motor to stop operating, and the file that has fallen into the storage space to reach the upper end of the second turn lever. Rotate the second left rotation lever clockwise until it is blocked by the left catching block, and rotate the second right rotation lever counterclockwise until it is blocked by the right catching block. Rotates to drive and rotate the second rotating shaft, and the second rotating shaft drives and rotates the cam, thereby moving the catch bar upward, Drives the baffle block and moves it up, so that the third rotation lever is caught and does not rotate without being affected by the gravity of the file, the file storage is completed, repeat the above steps and the file storage is full Can be stored multiple times until

When the file is taken out, the second electromagnet corresponding to the file to be taken out is energized, the magnetic block is moved downward by the action of the magnetic force, the rotary motor is started, the rotary motor is connected to power, and the second screw shaft is driven. Since the second screw block is caught by the lock block and the magnetic block and cannot be rotated, the second screw block is moved to the right by this, the second screw block drives the drive lever and moves it to the right, and the drive lever Drives the slide block to the right and moves to the magnetic block corresponding to the file to be retrieved. At this time, the magnetic block does not catch the second screw block, so that the second screw block moves to the right. Stop and rotate to stop the slide block at the bottom of the file to be retrieved, Rolling motor stops operating, the first electromagnet is turned on, by the action of magnetic force to rotate the second rotary lever to enter into the rotation space, thereby file falls to the lower end wall of the storage groove in the slide block, The rotary motor is activated, the rotary motor is connected to the power, and the second screw shaft is driven to rotate, the second electromagnet corresponding to the file to be taken out is turned off, and the magnetic block is moved upward by the action of elasticity. The second screw block is pulled again so as not to rotate, thereby moving the second screw block to the right, thereby driving the file and moving it to the rightmost position, the rotation motor is deactivated, and this moves the slide block. stops, takes out a file, the rotation motor starts reverse rotation motor drives the second screw shaft to the power connection is inverted, thereby returning to the original position or Moving the second screw block to the left, repeat the above operation until taking out all of the file, can be retrieved more than once, can be completed and storage retrieval of files repeating the entire above procedure.

Preferentially, the lock block and the magnetic block can enter the lock groove.

Preferentially, the elastic force of the compression spring is much larger than the elastic force of the second rotary spring, and the elastic force of the first electromagnet to the magnetic magnet after energization is much larger than the elastic force of the compression spring.

Compared with the existing technology, the beneficial effects of the present invention are as follows: When the present invention operates, when the file is stored, the drive motor is activated to drive and rotate the first screw shaft through the power connection Thus, the first screw block is moved to the rightmost end, thereby driving and moving the storage block to the right. When the storage block is moved to the rightmost end, the drive motor is deactivated, thereby moving the storage block. , Pull the first rotation lever to the right, put the file to be stored into the push space, release the first rotation lever to reset it clockwise, the first rotation lever pushes the file to the left, is positioned in a space press file, drive motor is activated, the drive motor is reversed, causes the drive motor to drive the first screw shaft via a power connection is reversed, thereby first screw Bro Move the storage block to the left, which drives the storage block to the left, the storage block drives the file and moves it to the left, and the file moves to the top of the storage space where the file is not stored. Due to gravity, the third rotating lever on the left side rotates clockwise, the third rotating lever on the right side rotates counterclockwise, and this causes the file to fall into the storage space, resetting the third rotating lever, and the drive motor Is stopped, the file that has fallen into the storage space falls to the upper end of the second rotation lever, and thereby the left second rotation lever rotates clockwise until it is blocked by the left hook block, and is blocked by the right hook block Rotate the right second rotary lever counterclockwise until the second rotary lever rotates to drive and rotate the second rotary shaft, and the second rotary shaft drives the cam Rotate, thereby moving the catch bar up, the catch bar drives the baffle block and moves it up, and this causes the third rotation lever to be hooked and unrotated without being affected by the file's gravity, storing the file The file can be stored multiple times until the above is completed and the above steps are repeated, and when the file is extracted, the second electromagnet corresponding to the file to be extracted is energized and the magnetic block is lowered by the action of the magnetic force. The rotary motor is started, the rotary motor is connected to the power, the second screw shaft is driven and rotated, and the second screw block is caught by the lock block and the magnetic block and cannot be rotated. Move to the right, the second screw block drives the drive lever to move it to the right, and the drive lever moves to the slide block. When the magnetic block is moved to the right and moved to the magnetic block corresponding to the file to be taken out, this magnetic block will not catch the second screw block at this time, so this stops the rightward movement of the second screw block The slide block is taken out and stopped at the lower end of the file to be taken out, the rotation motor is stopped, the first electromagnet is turned on, and the second rotation lever is rotated by the action of magnetic force to enter the rotation space. As a result, the file falls on the bottom wall of the storage groove in the slide block, the rotary motor is started, the rotary motor is connected to the power, the second screw shaft is driven and rotated, and the second electromagnet corresponding to the file to be taken out is The electricity is turned off, the magnetic block is moved upward by the action of elasticity, and the second screw block is hooked again so as not to rotate. By moving the second screw block to the right, thereby moving all the way to the right end drives the file, stopping the rotation motor is actuated, thereby stopping the movement of the slide block, remove the file, rotary motor reverse activity Then, the rotary motor is connected to the power and the second screw shaft is driven and reversed, so that the second screw block is moved to the left until it returns to the old position, and the above operation is repeated until the entire file is extracted several times. The file can be taken out and stored by repeating the above operations. The structure of the device is simple and the operation is convenient. The place where the file is not stored can be automatically identified, and priority is given according to the order. Storage, effective use of space, avoid waste of storage location, and automatic localization and retrieval at the same location when retrieving files Ri it can issue, a simple and convenient and high efficiency.

FIG. 1 is a schematic front view of a cross section of a workbench with a paper holder with a slider and a method of use based on the mechanical principle of the present invention; FIG. 2 is a schematic diagram of a front enlarged structure of a paper holder with a slider based on the mechanical principle of the present invention and a storage space for usage; FIG. 3 is a schematic diagram of a left side enlarged structure of a section of a motion space of a paper holder with a slider and a method of use based on the mechanical principle of the present invention; FIG. 4 is a schematic view of an enlarged overhead view of a local cross section of a paper holder with a slider based on the mechanical principle of the present invention and a third rotating lever in a storage space for usage; FIG. 5 is an enlarged schematic front view of a cross section of a rotating space of a paper holder with a slider and a method of use based on the mechanical principle of the present invention; FIG. 6 is a schematic diagram of a left side enlarged structure of a cross section of a pressing space of a paper holder with a slider and a usage method based on the mechanical principle of the present invention.

The accompanying drawings in the embodiments of the present invention are described below, the technical solutions of the embodiments of the present invention are clearly explained, and the described embodiments are only a part of the embodiments of the present invention and not all the embodiments. It is. Based on the embodiments of the present invention, all other embodiments obtained on the assumption that ordinary engineers in this area do not pay creative labor belong to the protection scope of the present invention.

As shown in FIGS. 1 to 6, a paper holder with a slider based on a mechanical principle according to an embodiment of the present invention and a usage method include a workbench 1, and a loading space 39 is installed in the workbench 1, and the loading translation space 35 is disposed on the upper end wall of the space 39, the drive motor 37 to the left end wall of the translation space 35 is embedded, the right end is rotated connected to the right end wall of the translation space 35 on the right end surface of the drive motor 37 The first screw shaft 36 is connected by power, the screw block 33 is screwed to the right end of the first screw shaft 36, the right end of the first screw shaft 36 passes through the left and right cross sections of the screw block 33, and is a translation space. The support block 34 is fixedly connected to the lower end surface of the screw block 33, the lower end of the support block 34 passes through the lower end wall of the translation space 35 and is positioned in the input space 39, Storage block 38 at the bottom of support block 34 In the storage block 38, a push space 32 in which a right end wall and a lower end wall communicate with the input space 39 is installed in the storage block 38, and the first rotary shaft 31 is fixedly connected to the front and rear end walls of the push space 32, A first rotary lever 30 is rotationally connected to the front end of the first rotary shaft 31, and a first rotary spring 45 wound around the first rotary shaft 31 is fixedly connected to the rear end surface of the first rotary lever 30. The rear end of the first rotary spring 45 is fixedly connected to the rear end wall of the push space 32, and a plurality of storage spaces 26 whose upper end walls communicate with the input space 39 are evenly arranged on the left and right sides of the lower end wall of the input space 39. The left and right end walls of the storage space 26 are fixedly connected to the left and right end walls of the storage space 26, and the end walls approaching the center in the left-right direction of the storage space 26 are connected to the storage space 26 in the fixed block 20. A communicating rotary space 17 is installed, and a second rotary shaft 18 is rotationally connected to the front and rear end walls of the rotary space 17. A cam 19 is fixedly connected to the front end of the second rotating shaft 18, a second rotating lever 25 is fixedly connected to the second rotating shaft 18 at the rear end of the cam 19, and a storage space 26 of the second rotating lever 25 is stored. One end approaching the center in the left-right direction passes through the end wall approaching the center in the left-right direction of the storage space 26 in the rotation space 17 and is located in the storage space 26, and the lower end surface of the second rotation lever 25 Among them, a magnetic magnet 15 is fixedly connected to a portion located in the storage space 26, and a second rotating spring 44 wound around the second rotating shaft 18 is fixed to a rear end surface of the portion located in the rotating space 17. Connected, the rear end of the second rotation spring 44 is fixedly connected to the rear end wall of the rotation space 17, and the catch bar 21 is slidably connected in the portion of the rotation space 17 at the upper end of the cam 19, The lower end of the catch bar 21 is slidably connected to the cam 19, and the top of the catch bar 21 Passes through the rotary space 17 and is located in the storage space 26, and a baffle block 22 is fixedly connected to the upper end of the catch bar 21, and the lower side of the rotary space 17 is from the center in the left-right direction of the storage space 26. A first electromagnet 16 is fixedly connected to the far end wall, a spring groove 14 is installed in the lower end of the rotating space 17, and a compression spring 27 is fixed to the end wall of the spring groove 14 away from the magnetic magnet 15. A spring block 28 is fixedly connected to one end of the compression spring 27 that approaches the magnetic magnet 15, a hook block 29 is fixedly connected to an upper end surface of the spring block 28, and an upper end of the hook block 29 is A symmetrical third rotating shaft 23 is fixedly connected to a portion of the front and rear end walls of the storage space 26 that is positioned at the upper end of the fixed block 20 and penetrates the upper end wall of the spring groove 14. The third rotation shaft 23 is connected to the front end of the third rotation shaft 23. A bar 24 is rotationally connected, a third rotary spring 43 wound around a third rotary shaft 23 is fixedly connected to a rear end surface of the third rotary lever 24, and a rear end of the third rotary spring 43 is a storage space. 26 is fixedly connected to the rear end wall, and an extraction space 42 in which the upper end wall communicates with the lower end walls of the plurality of storage spaces 26 and the right end wall communicates with the outside is installed in the work table 1. is lower end wall to the motion space 13 is disposed of, the rotated motor 3 is embedded in the left end wall of the movement space 13, the second screw shaft right end to the right end surface of the rotary motor 3 rotates connected to the right end wall of the movement space 12 Is connected by power, the second screw block 6 is screwed to the second screw shaft 12, and a lock in which the left and right end walls and the lower end wall communicate with the motion space 13 in the lower end of the second screw block 6 A groove 5 is provided, and a ring groove 4 is provided around the second screw shaft 12 in the second screw block 6. The end wall of the ring groove 4 that is far from the center of the second screw shaft 12 is in communication with the motion space 13, and a slide block 41 is slidably connected in the take-out space 42. A storage groove 40 in which an upper end wall and a right end wall communicate with the take-out space 42 is installed, the drive lever 2 is fixed to the lower end surface of the slide block 41, and the lower end of the drive lever 2 is connected to the lower end wall of the take-out space 42. A plurality of electromagnetic spaces 8 respectively penetrating the upper end wall of the exercise space 13 and positioned in the ring groove 4 and corresponding to the storage space 26 are installed in the lower end wall of the exercise space 13, An upper end wall communicates with the exercise space 13, and a lock block 7 is fixed to a portion of the lower end wall of the exercise space 13 positioned between the two electromagnetic spaces 8, and a second wall is connected to the lower end wall of the electromagnetic space 8. An electromagnet 9 is consolidated, and an electromagnetic wave is placed on the upper end of the second electromagnet 9. A magnetic block 11 is fixed to the upper end of the electromagnetic spring 10, and the upper end of the magnetic block 11 passes through the upper end wall of the electromagnetic space 8 and is located in the motion space 13;

The steps of the method are as follows:

First, when storing a file, the drive motor 37 is activated, and the drive motor 37 drives and rotates the first screw shaft 36 through the power connection, thereby moving the first screw block 33 to the rightmost end, thereby When the storage block 38 is driven and moved to the right, when the storage block 38 moves to the rightmost end, the drive motor 37 stops operating, thereby stopping the movement of the storage block 38, and pulling the first rotation lever 30 to the right, Put the file to be stored in the push space 32, release the first rotation lever 30 and reset it in the clockwise direction, the first rotation lever 30 pushes the file to the left, thereby positioning the file in the push space 32 and driving motor 37 starts, the drive motor 37 is reversed, the drive motor 37 drives the first screw shaft 36 via the power connection is reversed, thereby moving the first screw block 33 to the left, thereby storing Bed When the storage block 38 drives the file to the left and moves it to the left, and the file moves to the top of the storage space 26 where the file is not stored, the gravity of the file causes the left third The rotating lever 24 rotates clockwise, the right third rotating lever 24 rotates counterclockwise, so that the file falls into the storage space 26, the third rotating lever 24 is reset, and the drive motor 37 is Stopped, the file that has fallen into the storage space 26 falls to the upper end of the second rotation lever 25, thereby rotating the left second rotation lever 25 clockwise until it is blocked by the left hook block 29, and the right hook block The right second rotary lever 25 is rotated counterclockwise until it is blocked by 29, the second rotary lever 25 rotates to drive and rotate the second rotary shaft 18, and the second rotary shaft 18 drives the cam 19. Rotate, As a result, the catch bar 21 is moved up, and the catch bar 21 drives the baffle block 22 to move it up, so that the third rotation lever 24 is caught and is not affected by the gravity of the file and does not rotate. You can store multiple times until the storage is complete and repeat the above steps until the file storage is full;

When the file is taken out, the second electromagnet 9 corresponding to the file to be taken out is energized, the magnetic block 11 is moved downward by the action of the magnetic force, the rotary motor 3 is started, the rotary motor 3 is connected to the power and the second Since the screw shaft 12 is driven and rotated, the second screw block 6 is caught by the lock block 7 and the magnetic block 11 and cannot be rotated. As a result, the second screw block 6 is moved to the right, and the second screw block 6 is driven to the drive lever. 2 is driven and moved to the right, and the drive lever 2 drives the slide block 41 to move to the right and moves to the magnetic block 11 corresponding to the file to be taken out. This stops the second screw block 6 from moving to the right and rotates it, so that the slide block 41 is taken out. The first motor 16 is turned on, the second rotating lever 25 is rotated by the action of magnetic force to enter the rotating space 17, and the file is moved into the slide block 41. The rotary motor 3 is started, the rotary motor 3 is motively connected and the second screw shaft 12 is driven and rotated, and the second electromagnet 9 corresponding to the file to be taken out is turned off. The magnetic block 11 is moved upward by the action of elasticity, and the second screw block 6 is hooked again so as not to rotate, thereby moving the second screw block 6 to the right, thereby driving the file and moving the rightmost end. until moved, the rotary motor 3 is deactivated, thereby stopping the movement of the slide block 41 retrieves the file, the rotary motor 3 starts reverse rotation motor 3 drives the second screw shaft 12 to the power connection The second screw block 6 is moved to the left until it returns to the old position, and the above operation is repeated until the entire file is taken out, so that it can be taken out several times until the whole file is taken out. And storage can be completed.

Beneficially, the lock block 7 and the magnetic block 11 can enter the lock groove 5, thereby preventing the second screw block 6 from rotating, and its role is automatic positioning when taking the paper holder. Is to make it possible.

Beneficially, the elastic force of the compression spring 27 is much larger than the elastic force of the second rotary spring 44, and the elastic force of the first electromagnet 16 on the magnetic magnet 15 after energization is much larger than the elastic force of the compression spring 27. In particular, its role is to ensure that the file is retrieved successfully.

The specific usage is as follows: When the present invention is operated, when storing a file, the drive motor 37 is activated to drive and rotate the first screw shaft 36 through the power connection, thereby the first screw. The block 33 is moved to the right end, thereby driving the storage block 38 and moving it to the right. When the storage block 38 is moved to the right end, the drive motor 37 is deactivated, thereby stopping the movement of the storage block 38. Pull the first rotation lever 30 to the right, put the file to be stored in the push space 32, release the first rotation lever 30 and reset it clockwise, the first rotation lever 30 pushes the file to the left, Thus is positioned in a space 32 press the file, the drive motor 37 is activated, the drive motor 37 is reversed, the drive motor 37 drives the first screw shaft 36 via the power connection is inverted, thereby first screw block When 33 is moved to the left, thereby driving storage block 38 and moving it to the left, storage block 38 drives the file and moves it to the left, and the file moves to the top of storage space 26 that does not store the file The gravity lever of the file causes the third rotation lever 24 on the left to rotate clockwise, and the third rotation lever 24 on the right to rotate counterclockwise, which causes the file to fall into the storage space 26 and the third rotation lever. 24 is reset, the drive motor 37 stops operating, the file that has fallen into the storage space 26 falls to the upper end of the second rotary lever 25, and thus the left second rotary lever 25 is watched until it is blocked by the left catch block 29. The second rotating lever 25 rotates counterclockwise until it is blocked by the right catch block 29, the second rotating lever 25 rotates to drive and rotate the second rotating shaft 18, The rotating shaft 18 drives and rotates the cam 19, thereby moving the catch bar 21 upward, and the catch bar 21 drives the baffle block 22 and moves it upward, which causes the third rotating lever 24 to be hooked and the file It is not affected by the gravity of the file, it does not rotate, the file storage is completed, the file can be stored multiple times until there is no room by repeating the above steps, and when the file is extracted, the second corresponding to the file to be extracted The electromagnet 9 is energized, the magnetic block 11 is moved downward by the action of the magnetic force, the rotary motor 3 is started, the rotary motor 3 is connected to the power to drive and rotate the second screw shaft 12, and the second screw block 6 is rotated. The second screw block 6 is moved to the right by this because it is caught by the lock block 7 and the magnetic block 11 and cannot rotate, and the second screw block 6 drives the drive lever 2 to the right. When the drive lever 2 drives and moves the slide block 41 to the right and moves to the magnetic block 11 corresponding to the file to be taken out, this magnetic block 11 does not catch the second screw block 6 at this time. To stop the second screw block 6 from moving to the right and rotate it, so that the slide block 41 is stopped at the lower end of the file to be taken out, the rotary motor stops operating, the first electromagnet 16 is turned on, The second rotation lever 25 is rotated to enter the rotation space 17, whereby the file falls on the lower end wall of the storage groove 40 in the slide block 41, the rotation motor 3 is started, and the rotation motor 3 is powered. Then, the second screw shaft 12 is driven and rotated, the second electromagnet 9 corresponding to the file to be taken out is turned off, and the magnetic block 11 is moved upward by the action of elasticity. Is, again so as not to rotate the second screw block 6 catch, thereby moving the second screw block 6 to the right, thereby moving all the way to the right end drives the file, rotating the motor 3 is deactivated, this To stop the movement of the slide block 41, take out the file, the rotation motor 3 is activated in the reverse direction, the rotation motor 3 is connected to the power, and the second screw shaft 12 is driven and reversed, so that the second until it returns to the old position. The screw block 6 is moved to the left, the above operation is repeated, and it is possible to take out a plurality of times until all the files are taken out. By repeating the whole operation, the file can be taken out and stored, and the structure of this device is simple. It is convenient to operate, can automatically identify where files are not stored, and realizes preferential storage according to rank, effectively using space and storing position Avoiding waste, it can be retrieved and the same position and orientation in automated when retrieving files is simple and convenient and the efficiency is high.

For those skilled in the art, the present invention is not limited to the details of the exemplary embodiments described above, but can be realized in other specific forms without departing from the significance and basic features of the present invention. Therefore, considering that this embodiment is exemplary and not restrictive from any perspective, the scope of the present invention is limited to the attached rights requirements, and all changes falling within the meaning and scope of equivalent important documents of rights requirements. It is included in the present invention. Do not consider all attached marks in the claim as limiting the claim.

Claims (2)

A loading space is installed in the working table, a translation space is installed in the upper end wall of the loading space, a drive motor is embedded in the left end wall of the translation space, and a right end surface of the drive motor The first screw shaft whose right end is rotationally connected to the right end wall of the translation space is connected by power, a screw block is screwed to the right end of the first screw shaft, and the right end of the first screw shaft is the screw block It penetrates the right and left cross section and is rotationally connected to the right end wall of the translation space, a support block is fixedly connected to the lower end surface of the screw block, and the lower end of the support block passes through the lower end wall of the translation space and is located in the input space A storage block is fixedly connected to the lower end of the support block, and a push space in which a right end wall and a lower end wall communicate with the input space is installed in the storage block, and a first rotating shaft is disposed on the front and rear end walls of the push space. Fixedly connected, a first rotary lever is rotationally connected to the front end of the first rotary shaft, a first rotary spring wound around the first rotary shaft is fixedly connected to the rear end surface of the first rotary lever, and The rear end of the first rotary spring is fixedly connected to the rear end wall of the push space, and a plurality of storage spaces in which the upper end wall communicates with the input space are equally distributed and installed on the left and right sides of the lower end wall of the input space, A symmetric fixed block is fixedly connected to the left and right end walls of the storage space, and a rotating space in which the end wall approaching the center in the left-right direction of the storage space communicates with the storage space is installed in the fixed block. A second rotary shaft is rotationally connected to the front and rear end walls, a cam is fixedly connected to the front end of the second rotary shaft, a second rotary lever is fixedly connected to the second rotary shaft at the rear end of the cam, Close to the left / right center of the storage space One end of the rotating space passes through the end wall approaching the center in the left-right direction of the storage space and is positioned in the storage space, and the portion of the lower end surface of the second rotation lever positioned in the storage space is magnetic. A magnet is fixedly connected, a second rotary spring wound around a second rotary shaft is fixedly connected to a rear end surface of the portion located in the rotary space, and a rear end of the second rotary spring is a rear end of the rotary space A catch bar is slidably connected to the upper end of the cam in the rotating space, the lower end of the catch bar is slidably connected to the cam, and the upper end of the catch bar is connected to the rotating space. A baffle block is penetrated and located in the storage space, and a baffle block is fixedly connected to an upper end of the catch bar. A first electromagnet is provided on an end wall far from the center in the left-right direction of the storage space on the lower side of the rotation space. Fixed connection A spring groove is installed in the lower end of the rotation space, a compression spring is fixedly connected to an end wall of the spring groove away from the magnetic magnet, and a spring block is connected to one end of the compression spring close to the magnetic magnet. Fixedly connected, the hook block is fixedly connected to the upper end surface of the spring block, the upper end of the hook block passes through the upper end wall of the spring groove and is located in the rotation space, A left and right symmetrical third rotating shaft is fixedly connected to a portion located at the upper end of the fixed block, a third rotating lever is rotationally connected to the front end of the third rotating shaft, and the rear end surface of the third rotating lever is A third rotary spring wound around the third rotary shaft is fixedly connected, a rear end of the third rotary spring is fixedly connected to a rear end wall of the storage space, and a plurality of upper end walls are stored in the work table. The right end wall communicates with the lower end wall of the space Is installed extraction space communicating with parts, the extraction bottom wall motion space of the space is installed, the rotary motor to the left end wall of the motion space is embedded, right end wall of the right end to the right end surface of the rotary motor motion space The second screw shaft that is rotationally connected to the second screw shaft is connected by power, and the second screw block is screwed to the second screw shaft. In the lower end of the second screw block, the left and right end walls and the lower end wall are in motion space. A lock groove communicating with the second screw block is provided, a ring groove is provided in the second screw block around the second screw shaft, and an end wall far from the center of the second screw shaft in the ring groove Is connected to the exercise space, a slide block is slidably connected in the take-out space, and a storage groove in which an upper end wall and a right end wall communicate with the take-out space is installed in the slide block, and a lower end surface of the slide block In The moving lever is fixed, and the lower end of the drive lever passes through the lower end wall of the take-out space and the upper end wall of the exercise space and is located in the ring groove, and corresponds to the storage space in the lower end wall of the exercise space. A plurality of electromagnetic spaces are installed, an upper end wall of the electromagnetic space communicates with the exercise space, and a lock block is fixed to a portion located between two electromagnetic spaces of the lower end wall of the exercise space, A second electromagnet is consolidated to the lower end wall of the electromagnetic space, an electromagnetic spring is consolidated to the upper end of the second electromagnet, a magnetic block is consolidated to the upper end of the electromagnetic spring, and the upper end of the magnetic block is The lock block and the magnetic block pass through the upper end wall and are located in the movement space, so that the lock block and the magnetic block can enter the lock groove, thereby preventing the second screw block from rotating, and the elastic force of the compression spring is increased. Two revolutions A paper holder with a slider based on a mechanical principle, characterized in that it is much larger than the elastic force of a spring, and the elastic force of the first electromagnet after energization to the magnetic magnet is much larger than the elastic force of a compression spring . First, when storing a file, the drive motor is activated, and the drive motor drives and rotates the first screw shaft through the power connection, thereby moving the first screw block to the right end, thereby driving the storage block. When the storage block moves to the rightmost position, the drive motor stops operating, thereby stopping the movement of the storage block, pulling the first rotation lever to the right, and pushing the file to be stored into the push space. , Release the first rotation lever to reset it clockwise, the first rotation lever pushes the file to the left, this places the file in the pushing space, the drive motor starts, the drive motor reverses, the drive motor Drives and reverses the first screw shaft through the power connection, thereby moving the first screw block to the left, thereby driving the storage block and moving it to the left. When the storage block drives and moves the file to the left, and the file moves to the top of the storage space where the file is not stored, the left third rotation lever rotates clockwise due to the gravity of the file, and the right The three-turn lever rotates counterclockwise, causing the file to fall into the storage space, the third turn lever to be reset, the drive motor to stop operating, and the file that has fallen into the storage space to reach the upper end of the second turn lever. Rotate the second left rotation lever clockwise until it is blocked by the left catching block, and rotate the second right rotation lever counterclockwise until it is blocked by the right catching block. Rotates to drive and rotate the second rotating shaft, and the second rotating shaft drives and rotates the cam, thereby moving the catch bar upward, Drives the baffle block and moves it up, so that the third rotation lever is caught and does not rotate without being affected by the gravity of the file, the file storage is completed, repeat the above steps and the file storage is full Can be stored several times until the file is taken out, and when the file is taken out, the second electromagnet corresponding to the file to be taken out is energized, the magnetic block is moved down by the action of magnetic force, the rotary motor is started, and the rotary motor Since the second screw block is pulled by the lock block and the magnetic block and cannot be rotated, the second screw block is moved to the right by this, and the second screw block is driven to the drive lever. And move it to the right, and the drive lever drives the slide block and moves it to the right, corresponding to the file to be retrieved When moving to the magnetic block, the magnetic block will not catch the second screw block at this time, so this stops the second screw block from moving to the right and rotates it, so that the slide block is removed. It stops at the lower end, the rotation motor stops operating, the first electromagnet is turned on, the second rotation lever is rotated by the action of magnetic force and enters the rotation space, so that the file is at the lower end of the storage groove in the slide block Falling on the wall, the rotary motor is started, the rotary motor is connected to the power, the second screw shaft is driven and rotated, the second electromagnet corresponding to the file to be taken off turns off, and this magnetic block is raised by the action of elasticity Move the second screw block again so that it does not rotate, thereby moving the second screw block to the right, Drive the file and move it to the far right, the rotation motor stops operating, this stops the movement of the slide block, removes the file, the rotation motor starts in the reverse direction, the rotation motor is connected to the power and the second screw shaft is connected Drive and reverse, move the second screw block to the left until it returns to the old position, repeat the above operation, you can take out multiple times until all the files are taken out, if you repeat the whole operation, The method of using a paper holder with a slider based on the mechanical principle according to claim 1, which includes completion of removal and storage.

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