CN114387144B

CN114387144B - Big data-based smart campus book management platform

Info

Publication number: CN114387144B
Application number: CN202210285236.9A
Authority: CN
Inventors: 夏凯军
Original assignee: Wuhan Infinite Imagination Network Technology Co ltd
Current assignee: Wuhan Infinite Imagination Network Technology Co ltd
Priority date: 2022-03-23
Filing date: 2022-03-23
Publication date: 2022-06-14
Anticipated expiration: 2042-03-23
Also published as: CN114387144A

Abstract

The invention discloses a big data-based smart campus book management platform which comprises a smart campus book management system, wherein the smart campus book management system comprises an information identification unit, a central control processing unit, a book borrowing query management unit, a registration recording unit, a book returning management unit and a book sorting unit, and the central control processing unit identifies and logs in personal information identified by the information identification unit. This wisdom campus librarray management platform based on big data rotates through two gears and drives screw shaft normal running fit screw sleeve screw and drive the frame of depositing books and rise, deposit the book frame along the carriage rise in can with stop gear on the piece looks butt, the frame of depositing books can't rise, screw shaft stall, not only effectively realize the stop in advance to the frame of depositing books, also provide reasonable effectual time and accurate position for the work of title recognition plate and book pushing mechanism simultaneously.

Description

Big data-based smart campus book management platform

Technical Field

The invention relates to the technical field of book intelligent management, in particular to a smart campus book management platform based on big data.

Background

The library plays a great role in students as a knowledge source, is an indispensable public facility of each campus, and with the development of the era, smart campuses begin to develop gradually in each college, namely, an intelligent campus work, study and life integrated environment based on the internet of things is used as a carrier, the integrated environment fully integrates teaching, scientific research, management and campus life, and an intelligent book management platform under big data is brought about due to transportation.

When current wisdom campus librarian management system carries out the use, mostly still be numerous manual operation collocation semi-automatization's equipment operation, to the user, very little during the effect that it played, especially be directed at the librarian and categorised to the librarian, mostly still rely on operator's subjective experience to carry out books and classify, and the electrical equipment in the equipment is mostly more, energy resource consumption is great, and the noise is too big in the equipment use, disturbs personnel in the library easily.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides a smart campus book management platform based on big data, and solves the problems that the existing smart campus book management system is low in automation degree and high in noise during equipment use.

In order to realize the purpose, the invention is realized by the following technical scheme: wisdom campus librarray management platform based on big data, including wisdom campus librarray management system, wisdom campus librarray management system includes information identification unit, central control processing unit, borrows book inquiry management unit, registration record unit, still book management unit and books arrangement unit, central control processing unit discerns the personal information of information identification unit discernment login to through the cooperation of central control processing unit borrow book inquiry management unit inquire and borrow the book, and it also can cooperate still book management unit to register still the book, electric connection between central control processing unit and the books arrangement unit, books that still the book management unit is difficult to playback will be put back in order with the misplaced books under the central control processing unit record in books arrangement unit and playback.

Preferably, the registration recording unit records and stores books borrowed by the book borrowing inquiry management unit and books returned by the book returning management unit, the book arrangement unit comprises a supporting frame, a book storage frame is slidably mounted in the supporting frame, a driving mechanism is mounted in the supporting frame, a book arrangement mechanism is mounted in the book storage frame, a limiting mechanism is mounted on the supporting frame, the folding state of the limiting mechanism can achieve effective limiting in the process that the driving mechanism drives the book storage frame to ascend, the separation state of the limiting mechanism can achieve limiting relief in the process that the driving mechanism drives the book storage frame to ascend, and meanwhile the supporting frame can provide movable support for the book storage frame.

Preferably, actuating mechanism includes the motor, the top and the carriage fixed connection of motor, there is gear one at the output of motor through connecting axle fixed mounting, the telescopic link is installed to the carriage internal rotation, telescopic link surface cover is equipped with spring one, just be located spring below fixed mounting on the telescopic link and have gear two, the motor starts and drives gear two through connecting axle cooperation gear meshing and rotates, provides necessary prerequisite for subsequent mechanical operation, and the spring one of telescopic link surface can provide elastic support power for the telescopic link under the normality simultaneously, guarantees the effective transmission of telescopic link rotation power.

Preferably, the second gear is meshed with the first gear, a first dislocated fluted disc is fixedly mounted at the top end of the telescopic rod, a second dislocated fluted disc is movably mounted at the top of the first dislocated fluted disc, a threaded shaft is fixedly mounted at the top of the second dislocated fluted disc, the threaded shaft is in threaded connection with one side of the book storage frame through a threaded cylinder, the first dislocated fluted disc is movably meshed with the second dislocated fluted disc, when the second dislocated fluted disc cannot rotate, the first dislocated fluted disc rotates and is in dislocated abutment with the second dislocated fluted disc, the first dislocated fluted disc rotates and descends to extrude the telescopic rod and the first spring, the first spring contracts under force, and is attached to the second dislocated fluted disc along with further rotation of the first dislocated fluted disc, the first spring releases stress and drives the first dislocated fluted disc to reset, and drives the telescopic rod, the first dislocated fluted disc, the second dislocated fluted disc and the second fluted disc to rotate along with the threaded shaft through the second gear, the thread shaft is matched with the thread of the thread sleeve to drive the book storage frame to ascend.

Preferably, the top end of the threaded shaft is rotatably connected with the support frame, a column disc is slidably mounted above the second dislocated fluted disc, a connecting disc is abutted against the column disc, a spring column is fixedly mounted above the connecting disc, the book storage frame is abutted against a limiting mechanism through the lifting of the book storage frame along the support frame, the book storage frame cannot lift, the threaded shaft stops rotating, the first dislocated fluted disc and the second dislocated fluted disc are movably dislocated in a forced meshing manner, the first dislocated fluted disc extrudes the telescopic rod to reciprocate and the second dislocated fluted disc stops rotating, and when the first dislocated fluted disc extrudes the telescopic rod to reciprocate and is dislocated in a meshing manner, the connecting disc is pushed by the elasticity of the spring column to descend and pushes the column disc to descend, and the column disc is further movably dislocated in a forced meshing manner along with the first dislocated fluted disc and the second fluted disc, the first dislocated fluted disc pushes columns on the column disc to reset, the spring column comprises a main body and a third spring, and the third spring on the spring column is fixedly connected with the supporting frame.

Preferably, the top of threaded shaft runs through column dish and flange in proper order and all rotates with the surface of column dish and flange to be connected, the bottom of column dish run through dislocation fluted disc two and with the inner wall sliding connection of dislocation fluted disc two, the top fixed mounting of carriage has the air tank, and the intercommunication has the gas injection pipe on the air tank, and adjustable electromagnetism check valve on the gas injection pipe cooperation is it can carry out the one-way air extraction.

Preferably, the top of spring post runs through carriage and gas tank in proper order and extends to the inside of gas tank, the top fixed mounting of spring post has the piston, the top intercommunication of gas tank has the gas-supply pipe, it has pneumatic telescopic link to deposit fixed mounting in the book frame, the other end and the pneumatic telescopic link of gas-supply pipe are linked together, and dislocation fluted disc is rotated and is pushed drive column dish, flange and spring post and reset and rise, and spring post atress extrusion piston installs adjustable electromagnetism check valve on the gas-supply pipe, can adjust the flow direction of check valve, and the piston is with the one-way injection pneumatic telescopic link of the inside air press fit gas-supply pipe of gas tank and adjustable electromagnetism check valve.

Preferably, the book arrangement mechanism comprises a fixed plate, a cross beam plate is fixedly mounted on the back of the fixed plate, a book name identification plate is fixedly mounted on one side of the back of the cross beam plate, two sliding shafts are fixedly mounted in the book storage frame, the pneumatic telescopic rod can be stretched to push the cross beam plate to translate, the cross beam plate translates along the sliding shafts and drives the book name identification plate to translate, and a camera is mounted on the book name identification plate and can be used for identifying and comparing book names of book side marks and transmitting the book names into the central control processing unit for verification and comparison.

Preferably, the one end of slide-shaft run through the crossbeam board and with the inner wall sliding connection of crossbeam board, the cover is equipped with spring two on the slide-shaft, one side and book deposit frame fixed connection of spring two, the opposite side and the crossbeam board fixed connection of spring two, the back of fixed plate and the equal fixed mounting in the top and bottom that is located the crossbeam board have a book pushing mechanism, one side of crossbeam board just is located fixed mounting between two slide-shafts has kicking block one, when title discernment board and crossbeam board removed to the end department, the kicking block was one just to push stop gear, realizes then that it is spacing to relieve of book deposit frame, and spring two can pull the crossbeam board and reset, and air telescopic handle passes through gas-supply pipe cooperation gas tank and gas injection pipe discharge.

Preferably, stop gear includes two hack levers, the back and the carriage sliding connection of hack lever, two-way threaded rod is installed to the screw thread between the hack lever, is located one side fixed mounting of hack lever has to support the piece, is located the opposite side one side fixed mounting of hack lever has kicking block two, the front of carriage rotates through the support bar and two-way threaded rod to be connected, through the kicking block one just push the kicking block two on the stop gear, realizes one side hack lever translation then, one side hack lever translation cooperation two-way threaded rod drives opposite side hack lever translation, and opposite side hack lever translation drives and supports the piece translation, and then has realized spacing the relieving to the book frame.

Advantageous effects

The invention provides a smart campus book management platform based on big data. Compared with the prior art, the method has the following beneficial effects:

(1) this wisdom campus librarian management platform based on big data, it rotates to drive gear two through motor cooperation connecting axle and gear meshing, gear two rotate and drive the telescopic link, dislocation fluted disc one, dislocation fluted disc two and screw shaft rotate, screw shaft normal running fit screw thread sleeve screw thread drives the book frame and rises, the book frame of depositing can with stop gear on the butt joint in rising along the carriage, the book frame can't rise, screw shaft stall, not only effectively realized the pre-stop to the book frame, also provide reasonable effectual time and accurate position for the work of title recognition board and book pushing mechanism simultaneously, the automation effect of equipment has been improved, equipment operation's convenience and simplicity have also been improved simultaneously.

(2) The smart campus book management platform based on the big data has the advantages that the columns on the column disc are movably pushed in a staggered mode through the forced meshing between the first staggered fluted disc and the second staggered fluted disc to reset, then the column disc, the connecting disc and the spring column are driven to reset, the lifting is matched with the piston to inject air into the pneumatic telescopic rod, the crossbeam plate is pushed to translate to drive the book name recognition plate and the book pushing mechanism to translate, the camera on the book name recognition plate recognizes and compares the book names of the book side marks, the book pushing mechanism pushes books, and then the books are placed in a classified mode, not only is the power source when the book storage frame ascends effectively utilized, but also after the book storage frame is suspended, the motor can drive the crossbeam plate, the book name recognition plate and the book pushing mechanism to translate, the diversification of the functions of the device is improved, meanwhile, the reduction of the electrical device can effectively reduce the noise caused by the device in operation, energy consumption caused by excessive electrical equipment is reduced, and the problem that personnel in a library are disturbed due to excessive noise in the use of the equipment is avoided.

(3) The smart campus book management platform based on the big data has the advantages that the transverse beam plate moves to the end to be matched with the top block I to push the top block II on the limiting mechanism, then, the rack rod on one side is translated to be matched with the bidirectional threaded rod to rotate to drive the rack rod on the other side to translate, further, the book storage frame is relieved and limited, the staggered fluted disc I is meshed to drive the staggered fluted disc II and the threaded shaft to continue to rotate to drive the book storage frame to ascend to the upper layer of the rack column for continuous identification and classification, meanwhile, the two adjustable electromagnetic one-way valves are reversely exchanged, the transverse beam plate is pulled to reset by the spring II, the pneumatic telescopic rod discharges gas through the gas pipe matched with the gas tank and the gas injection pipe, the transverse beam plate is effectively utilized to move to relieve ascending clamping of the book storage frame, the continuity of dynamic work of equipment is realized, the working efficiency of the equipment is improved, and meanwhile, the setting of multiple electrical equipment is further avoided, the practicability and the applicability of the equipment are improved.

Drawings

FIG. 1 is a schematic block diagram of a smart campus book management system of the present invention;

FIG. 2 is a schematic diagram of a book organization unit structure provided by the present invention;

FIG. 3 is a schematic structural view of a book storage frame and a book collating mechanism provided by the present invention;

FIG. 4 is a schematic view of a book organization mechanism provided by the present invention;

FIG. 5 is a schematic view of a limiting mechanism according to the present invention;

FIG. 6 is a schematic diagram of a longitudinal sectional partial structure of the book collating unit provided by the present invention;

fig. 7 is an enlarged view of a in fig. 6 according to the present invention.

In figure 1, an information identification unit; 2. a central control processing unit; 3. a book borrowing query management unit; 4. a registration recording unit; 5. a book return management unit; 6. a book sorting unit; 61. a support frame; 62. storing a book frame; 63. a drive mechanism; 6301. a motor; 6302. a first gear; 6303. a telescopic rod; 6304. a second gear; 6305. a staggered fluted disc I; 6306. a second staggered fluted disc; 6307. a threaded shaft; 6308. a column tray; 6309. receiving a plate; 6310. a spring post; 6311. a piston; 6312. a gas tank; 6313. a gas delivery pipe; 6314. a pneumatic telescopic rod; 64. a book collating mechanism; 641. a fixing plate; 642. a beam plate; 643. a title recognition board; 644. a slide shaft; 645. a book pushing mechanism; 646. a first top block; 65. a limiting mechanism; 651. a frame bar; 652. a bidirectional threaded rod; 653. a resisting block; 654. and a second top block.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

referring to fig. 1, a smart campus book management platform based on big data comprises a smart campus book management system, the smart campus book management system comprises an information identification unit 1, a central control processing unit 2, a book borrowing query management unit 3, a registration recording unit 4, a book returning management unit 5 and a book sorting unit 6, the central control processing unit 2 identifies and logs in personal information identified by the information identification unit 1, personnel can perform query and book borrowing services of book name classification by matching with the book borrowing query management unit 3 through the central control processing unit 2, and can register and return books by matching with the book returning management unit 5 through the central control processing unit 2, the central control processing unit 2 is electrically connected with the book sorting unit 6, meanwhile, the central control processing unit 2 can also receive electric signals transmitted by an electric gasket and adjust the flow direction of an adjustable electromagnetic check valve, personnel's accessible books arrangement unit 6 will be difficult to directly arrange the playback through the books that return the position of management unit 5, and books arrangement unit 6 can arrange the misplaced books that central control processing unit 2 recorded simultaneously and return the position to realize automatic efficient arrangement books, and registration record unit 4 keeps borrowing the books that books inquiry management unit 3 borrowed and the books that return management unit 5 returned.

The second embodiment:

referring to fig. 2 to fig. 7, the present embodiment provides a technical solution based on the first embodiment: the book collating unit 6 comprises a supporting frame 61, a book storage frame 62 is slidably mounted in the supporting frame 61, a driving mechanism 63 is mounted in the supporting frame 61, a book collating mechanism 64 is mounted in the book storage frame 62, a limiting mechanism 65 is mounted on the supporting frame 61, effective limiting in the lifting process of the book storage frame 62 driven by the driving mechanism 63 can be realized in the folding state of the limiting mechanism 65, limiting releasing in the lifting process of the book storage frame 62 driven by the driving mechanism 63 can be realized in the separating state of the limiting mechanism 65, meanwhile, the supporting frame 61 can provide movable support for the book storage frame 62, the driving mechanism 63 comprises a motor 6301, the motor 6301 is electrically connected with an external power supply, the top of the motor 6301 is fixedly connected with the supporting frame 61, a first gear 6302 is fixedly mounted at the output end of the motor 6301 through a connecting shaft, a first telescopic rod 6303 is rotatably mounted in the supporting frame 61, and a first spring is sleeved on the outer surface of the telescopic rod 6303;

a second gear 6304 is fixedly mounted on the telescopic rod 6303 and located below the spring, the motor 6301 is started and is meshed with the first gear 6302 through a connecting shaft to drive the second gear 6304 to rotate, a necessary premise is provided for subsequent mechanical operation, meanwhile, a first spring on the outer surface of the telescopic rod 6303 can provide elastic supporting force for the telescopic rod 6303 in a normal state to ensure effective transmission of rotary power of the telescopic rod 6303, the second gear 6304 is meshed with the first gear 6302, a staggered fluted disc first 6305 is fixedly mounted at the top end of the telescopic rod 6303, a staggered fluted disc second 6306 is movably mounted at the top end of the staggered fluted disc first 6305, a threaded shaft 6307 is fixedly mounted at the top end of the staggered fluted disc second 6306, and the threaded shaft 6307 is in threaded connection with one side of the book storage frame 62 through a threaded cylinder;

The first staggered fluted disc 6305 is movably meshed with the second staggered fluted disc 6306, when the second staggered fluted disc 6306 cannot rotate, the first staggered fluted disc 6305 rotates and is in staggered contact with the second staggered fluted disc 6306, the first staggered fluted disc 6305 rotates and descends to extrude the telescopic rod 6303 and the first spring, and the first spring contracts under force, when the first dislocated toothed disc 6305 rotates further and is attached to the second dislocated toothed disc 6306, the first spring releases its force and drives the first dislocated toothed disc 6305 to ascend and reset, the telescopic rod 6303, the first staggered fluted disc 6305, the second staggered fluted disc 6306 and the threaded shaft 6307 are driven to rotate through rotation of the second gear 6304, the threaded shaft 6307 is rotationally matched with threads of the threaded sleeve to drive the book storage frame 62 to ascend, the top end of the threaded shaft 6307 is rotationally connected with the support frame 61, a column disc 6308 is slidably mounted above the second staggered fluted disc 6306, a connecting disc 6309 is abutted to the upper portion of the column disc 6308, and a spring column 6310 is fixedly mounted above the connecting disc 6309;

when the book storage frame 62 ascends along the support frame 61 and is abutted against the limiting mechanism 65, the book storage frame 62 cannot ascend, the threaded shaft 6307 stops rotating, the first staggered fluted disc 6305 and the second staggered fluted disc 6306 are movably staggered in a forced meshing manner, the first staggered fluted disc 6305 extrudes the telescopic rod 6303 to reciprocate up and down, the second staggered fluted disc 6306 and the threaded shaft 6307 stop rotating, and the connecting disc 6309 descends under the elastic pushing action of the spring column 6310 and pushes the column disc 6308 to descend along with the further movable staggering in a forced meshing manner between the first staggered fluted disc 6305 and the second staggered fluted disc 6306, the first staggered fluted disc 6305 pushes the column on the column disc 6308 to reset, the spring column 6310 comprises a main body and a spring third, the spring third on the spring column 6310 is fixedly connected with the support frame 61, the top end of the threaded shaft 6307 sequentially penetrates through the column disc 6308 and the connecting disc 6309 and is all rotatably connected with the surfaces of the column disc 6308 and the connecting disc 6309, the column disc 6308 comprises a disc body and a column body, and the column body at the bottom of the column disc 6308 penetrates through the second staggered fluted disc 6306 and is in sliding connection with the inner wall of the second staggered fluted disc 6306;

Meanwhile, the column body is also abutted against a staggered fluted disc I6305, an air tank 6312 is fixedly mounted at the top of the supporting frame 61, an air injection pipe is communicated on the air tank 6312 and matched with an adjustable electromagnetic check valve on the air injection pipe to perform one-way air extraction, the top end of the spring column 6310 sequentially penetrates through the supporting frame 61 and the air tank 6312 and extends into the air tank 6312, a piston 6311 is fixedly mounted at the top end of the spring column 6310, an air delivery pipe 6313 is communicated at the top end of the air tank 6312, a pneumatic telescopic rod 6314 is fixedly mounted in the book storage frame 62, and the other end of the air delivery pipe 6313 is communicated with the pneumatic telescopic rod 6314;

the staggered fluted disc I6305 rotates to push and drive the column disc 6308, the connecting disc 6309 and the spring column 6310 to reset and ascend, the spring column 6310 is stressed to extrude a piston 6311, an adjustable electromagnetic check valve is mounted on an air pipe 6313, so that the flow direction of the check valve can be adjusted, the piston 6311 extrudes air in the air box 6312 to be matched with the air pipe 6313 and the adjustable electromagnetic check valve to be injected into the pneumatic telescopic rod 6314 in a one-way manner, the book sorting mechanism 64 comprises a fixing plate 641, a beam plate 642 is fixedly mounted on the back of the fixing plate 641, a book name identification plate 643 is fixedly mounted on one side of the back of the beam plate 642, two sliding shafts 644 are fixedly mounted in the book storage frame 62, and the pneumatic telescopic rod 6314 can be stretched to push the beam plate 642 to move horizontally;

The transverse beam plate 642 translates along the sliding shaft 644 and drives the book name recognition plate 643 to translate, a camera is mounted on the book name recognition plate 643 and can recognize and compare the book names marked on the book side and transmit the book names into the central control processing unit 2 for verification and comparison, one end of the sliding shaft 644 penetrates through the transverse beam plate 642 and is in sliding connection with the inner wall of the transverse beam plate 642, a second spring is sleeved on the sliding shaft 644, one side of the second spring is fixedly connected with the book storage frame 62, the other side of the second spring is fixedly connected with the transverse beam plate 642, book pushing mechanisms are fixedly mounted on the back of the fixing plate 641 and above and below the transverse beam plate 642, the distance between the longitudinal extension line of the book pushing mechanism 645 and the longitudinal extension line of the book name recognition plate 643 is 1.5-3 CM, and a first top block 646 is fixedly mounted on one side of the transverse beam plate 642 and between the two sliding shafts 644;

when the book name recognition plate 643 and the crossbeam plate 642 move to the end, the first top block 646 pushes the limiting mechanism 65, so that the limitation of the book storage frame 62 is relieved, the crossbeam plate 642 can be pulled to reset by the second spring, air is exhausted by the aid of the air pipe 6313, the air box 6312 and the air injection pipe, the book pushing mechanism 645 comprises a plate, an electric telescopic rod and a push plate, a camera on the book name recognition plate 643 recognizes and determines and transmits a command to the central control processing unit 2, the electric telescopic rod is started by the central control processing unit 2, the limiting mechanism 65 comprises two rack rods 651, the back surfaces of the rack rods 651 are connected with the support frame 61 in a sliding mode, a bidirectional threaded rod 652 is arranged between the two rack rods 651, a resisting block 653 is fixedly arranged on one side of one rack rod 651, and a second top block 654 is fixedly arranged on one side of the other rack rod 653;

One side of the second top block 654 and one side of the first top block 646 are both provided with electric connection gaskets, after two electric connection gaskets are contacted, the adjustable electromagnetic check valve changes the flow direction, and after the two electric connection gaskets are separated, the flow direction of the adjustable electromagnetic check valve is restored, the front surface of the support frame 61 is rotationally connected with the bidirectional threaded rod 652 through a support bar, the second top block 654 on the limiting mechanism 65 is pushed through the first top block 646, then, one side frame rod 651 translation is realized, one side frame rod 651 translation is matched with the bidirectional threaded rod 652 to drive the other side frame rod 651 translation, the other side frame rod 651 translation drives the abutting block 653 translation, and then, the spacing of relieving of the book storage frame 62 is realized.

And those not described in detail in this specification are well within the skill of the art.

When the book borrowing management unit works, firstly, personnel log in the identified personal information into the central control processing unit 2 through the information identification unit 1, then, the central control processing unit 2 is matched with the book borrowing inquiry management unit 3 to inquire and borrow books, and the personnel can also be matched with the book returning management unit 5 to register and return the books, the book arrangement unit 6 arranges and returns the books which are difficult to return by the book returning management unit 5 and misplaced books recorded by the central control processing unit 2, and the registration recording unit 4 records and stores the books borrowed by the book borrowing inquiry management unit 3 and the books returned by the book returning management unit 5;

When a person places a book which is difficult to return on the book storage frame 62 on the book sorting unit 6, the book sorting unit 6 is placed in front of a bookshelf, the motor 6301 is started, the connecting shaft is matched with the first gear 6302 to be meshed with the second gear 6304 to drive the telescopic rod 6303, the first staggered fluted disc 6305, the second staggered fluted disc 6306 and the threaded shaft 6307 to rotate, and the threaded shaft 6307 is matched with the threaded sleeve to rotate to drive the book storage frame 62 to ascend;

when the book storage frame 62 ascends along the support frame 61 and abuts against the abutting block 653 on the limiting mechanism 65, the book storage frame 62 cannot ascend, the threaded shaft 6307 stops rotating, the first staggered fluted disc 6305 and the second staggered fluted disc 6306 are movably engaged and dislocated by force, meanwhile, the first staggered fluted disc 6305 extrudes the telescopic rod 6303 to reciprocate up and down, the second staggered fluted disc 6306 stops rotating with the threaded shaft 6307, and simultaneously, when the first staggered fluted disc 6305 extrudes the telescopic rod 6303 to reciprocate up and down and the second staggered fluted disc 6306 is movably engaged and dislocated by force, the connecting disc 6309 is pushed by the elasticity of the spring columns 6310 to descend and push the column discs 6308 to descend, and along with the further movable engagement and dislocation by force between the first staggered fluted disc 6305 and the second staggered fluted disc 6306, the first staggered fluted disc 6305 pushes columns on the column 6308 to reset, so as to drive the column discs 6308, the connecting disc 6309 and the spring columns 6310 to reset and ascend, the spring columns 6310 are extruded by force, the piston 6311 is used for extruding air in the air tank 6312 to match with the air conveying pipe 6313 and the adjustable electromagnetic check valve in a one-way mode and injecting the air into the pneumatic telescopic rod 6314, the air injection pipe on the air tank 6312 is used for matching with the adjustable electromagnetic check valve to perform one-way air extraction, so that the pneumatic telescopic rod 6314 is stretched and pushes the cross beam plate 642 to translate, the cross beam plate 642 translates along the sliding shaft 644 and drives the book name recognition plate 643 and the book pushing mechanism 645 to translate, a camera on the book name recognition plate 643 is used for recognizing and comparing the name of a book side mark, and when the book belongs to the column, the book pushing mechanism is started to push the book to further realize classified placement of the book;

When the book name recognition plate 643 and the cross beam plate 642 move to the end, the first top block 646 pushes the second top block 654 on the limiting mechanism 65, then, translation of the rack rod 651 on one side is achieved, translation and translation of the rack rod 651 on one side are matched with the bidirectional threaded rod 652 to drive the rack rod 651 on the other side to translate, translation of the rack rod 651 on the other side is used for driving the abutting block 653 to translate, further, spacing removal of the book storage frame 62 is achieved, the staggered fluted disc 6305 is meshed to drive the staggered fluted disc second 6306 and the threaded shaft 6307 to rotate continuously to drive the book storage frame 62 to ascend to the position of the upper layer of the book storage frame for continuous recognition and classification, meanwhile, the two adjustable electromagnetic one-way valves are exchanged reversely, the cross beam plate 642 is pulled to reset by the spring, the pneumatic telescopic rod 6314 discharges gas through the gas pipe 6313 matched with the gas tank 6312 and the gas injection pipe, and so on, and accurate classification of all books on the book storage frame 62 is achieved.

It should be noted that, in this document, relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. Wisdom campus librarray management platform based on big data, including wisdom campus libray management system, its characterized in that: the intelligent campus book management system comprises an information identification unit (1), a central control processing unit (2), a book borrowing query management unit (3), a registration recording unit (4), a book returning management unit (5) and a book sorting unit (6);

the central control processing unit (2) is used for identifying and logging in personal information identified by the information identification unit (1), inquiring and borrowing books through the central control processing unit (2) in cooperation with the book borrowing inquiry management unit (3), registering and returning books through the central control processing unit (2) in cooperation with the book returning management unit (5), and the central control processing unit (2) is electrically connected with the book arrangement unit (6);

the book sorting unit (6) sorts and resets the books which are difficult to reset by the book returning management unit (5) and the misplaced books recorded by the central control processing unit (2);

The book that registration record unit (4) was borrowed book inquiry administrative unit (3) and was borrowed book that still book administrative unit (5) was returned is recorded and is preserved, books arrangement unit (6) include support frame (61), slidable mounting has book frame (62) of depositing in support frame (61), install actuating mechanism (63) in support frame (61), it constructs (64) to deposit books arrangement in book frame (62), install stop gear (65) on support frame (61), motor (6301) among actuating mechanism (63) cooperates its connecting axle and gear (6302) meshing to drive gear two (6304) and rotates, gear two (6304) among actuating mechanism (63) rotate telescopic link (6303), dislocation fluted disc one (6305), dislocation fluted disc two (6306) and threaded shaft (6307) on it and rotate, the screw shaft (6307) in the driving mechanism (63) is matched with the screw sleeve to drive the book storage frame (62) to ascend in a rotating manner, the book storage frame (62) can be abutted against the abutting block (653) on the limiting mechanism (65) during ascending along the supporting frame (61), so that the existing book frame (62) cannot ascend, the screw shaft (6307) in the driving mechanism (63) stops rotating, the book storage frame (62) is pre-stopped, meanwhile, the book name identification plate (643) and the book pushing mechanism (645) in the book arranging mechanism (64) are provided with arranging time and arranging positions for work, a column disc (6308), a connecting disc (6309) and a spring column (6310) in the driving mechanism (63) are reset and meshed movably and dislocated between a dislocated first fluted disc (6305) and a dislocated second fluted disc (6306) to push columns on the column disc (6308) in a dislocated manner to reset manner, so that the piston (6311) in the driving mechanism (63) is matched with the pneumatic telescopic rod (6314) to inject air into the pneumatic telescopic rod (6314), the book sorting mechanism is characterized in that a transverse beam pushing plate (642) in the book sorting mechanism (64) is pushed to translate to drive a book name identifying plate (643) and a book pushing mechanism (645) to translate, a camera on the book name identifying plate (643) in the book sorting mechanism (64) identifies and compares book names marked on the book side, the book pushing mechanism (645) pushes books on the transverse beam plate (642), the book name identifying plate (643) and the book pushing mechanism (645) in the book sorting mechanism (64) to translate, after the book storage frame (62) is suspended, a motor (6301) in a driving mechanism (63) can drive the transverse beam plate (642), the book name identifying plate (643) and the book pushing mechanism (645) in the book sorting mechanism (64) to move to the end to be matched with a top block I (646) in the book sorting mechanism (64) to push a top block II (643) on a limiting mechanism (65), and the rack rod (651) on one side is translated to be matched with a top block I (646) in the limiting mechanism (65) to rotate to drive a rack rod (652) on the other side to translate to drive a rack rod (651) to translate, and then realized that it is spacing to relieve book frame (62) to deposit, dislocation fluted disc one (6305) meshing in actuating mechanism (63) drives dislocation fluted disc two (6306) and screw spindle (6307) and continues to rotate and drive book frame (62) and rise to upper strata bookshelf column position and continue discernment classification, two adjustable electromagnetism check valves in books arrangement mechanism (64) can carry out reverse exchange, and two pulling crossbeam boards of spring (642) reset, and pneumatic telescopic link (6314) in actuating mechanism (63) are discharged gas through gas-supply pipe (6313) cooperation gas tank (6312) and gas injection pipe, and crossbeam board (642) remove and relieve book frame (62) joint that rises.

2. The big data-based smart campus book management platform of claim 1, wherein: actuating mechanism (63) includes motor (6301), the top and carriage (61) fixed connection of motor (6301), there is gear one (6302) output of motor (6301) through connecting axle fixed mounting, telescopic link (6303) is installed to carriage (61) internal rotation, telescopic link (6303) surface cover is equipped with spring one, on telescopic link (6303) and be located spring below fixed mounting have gear two (6304).

3. The big data-based smart campus book management platform of claim 2, wherein: two (6304) and gear (6302) mesh mutually, the top fixed mounting of telescopic link (6303) has dislocation fluted disc one (6305), the top movable mounting of dislocation fluted disc one (6305) has dislocation fluted disc two (6306), the top fixed mounting of dislocation fluted disc two (6306) has threaded shaft (6307), threaded shaft (6307) passes through threaded cylinder threaded connection with one side of book deposit frame (62).

4. The big data-based smart campus book management platform of claim 3, wherein: the top and the carriage (61) swivelling joint of threaded shaft (6307), the top slidable mounting of dislocation fluted disc two (6306) has post dish (6308), the top of post dish (6308) has been supported flange (6309), the top fixed mounting of flange (6309) has spring post (6310).

5. The big data-based smart campus book management platform of claim 4, wherein: the top of threaded shaft (6307) runs through post dish (6308) and flange (6309) in proper order and all rotates with the surface of post dish (6308) and flange (6309) to be connected, the bottom of post dish (6308) run through dislocation fluted disc two (6306) and with the inner wall sliding connection of dislocation fluted disc two (6306), the top fixed mounting of carriage (61) has gas tank (6312).

6. The big data-based smart campus book management platform of claim 5, wherein: the top of spring post (6310) runs through carriage (61) and gas tank (6312) in proper order and extends to the inside of gas tank (6312), the top fixed mounting of spring post (6310) has piston (6311), the top intercommunication of gas tank (6312) has gas-supply pipe (6313), deposit book frame (62) internal fixation and have air telescopic rod (6314), the other end and the air telescopic rod (6314) of gas-supply pipe (6313) are linked together.

7. The big data-based smart campus book management platform of claim 1, wherein: the book arranging mechanism (64) comprises a fixing plate (641), a beam plate (642) is fixedly mounted on the back surface of the fixing plate (641), a book name recognition plate (643) is fixedly mounted on one side of the back surface of the beam plate (642), and two sliding shafts (644) are fixedly mounted in the book storage frame (62).

8. The big data-based smart campus book management platform of claim 7, wherein: the one end of sliding shaft (644) runs through crossbeam board (642) and with the inner wall sliding connection of crossbeam board (642), the cover is equipped with spring two on sliding shaft (644), one side and book frame (62) fixed connection of spring two, the opposite side and crossbeam board (642) fixed connection of spring two, the back of fixed plate (641) and the equal fixed mounting in upper and lower side that is located crossbeam board (642) have and push away book mechanism (645), one side of crossbeam board (642) and be located between two sliding shaft (644) fixed mounting have kicking block (646).

9. The big data-based smart campus book management platform of claim 1, wherein: stop gear (65) include two hack levers (651), the back and support frame (61) sliding connection of hack lever (651), two-way threaded rod (652) are installed to the screw between hack lever (651), lie in one side fixed mounting of hack lever (651) has and supports piece (653), lie in the opposite side one side fixed mounting of hack lever (651) has kicking block two (654), the front of support frame (61) is passed through the support bar and is rotated with two-way threaded rod (652) and be connected.