CN203267638U

CN203267638U - Automatic mounting machine

Info

Publication number: CN203267638U
Application number: CN 201320221683
Authority: CN
Inventors: 冯玉棠
Original assignee: DONGGUAN CHENGSHI BOOK BINDING EQUIPMENT Co Ltd
Current assignee: DONGGUAN CHENGSHI BOOK BINDING EQUIPMENT Co Ltd
Priority date: 2013-04-26
Filing date: 2013-04-26
Publication date: 2013-11-06
Anticipated expiration: 2023-04-26

Abstract

The utility model discloses an automatic mounting machine, which comprises a rack, a controller, a paper feed device electrically connected with the controller, a sizing device, an edge trimming device and a compressing device, wherein the controller is arranged on the rack, the paper feed device, the sizing device, the edge trimming device and the compressing device are sequentially arranged on the rack from one side to the other side of the rack, the output end of the paper feed device is in transmission butt joint with the input end of the sizing device, the output end of the sizing device is in transmission butt joint with the input end of the edge trimming device, and the output end of the edge trimming device is in transmission butt joint with the input end of the compressing device. On the one hand, the problem of being easy to have inferior-quality products caused by uneven sizing on a section, deviation in aligning of the section and bookblock which is not bonded firmly and the like is solved, so that the percent of pass of section mounting and bookblock manufacture is improved; on the other hand, the automation of the production process of section mounting and bookblock manufacture is realized, the production efficiency of section mounting and bookblock manufacture is improved, and the labor cost is lowered.

Description

Automatic pasting machine

Technical field

The utility model relates to the paper making mechanical field, relates in particular to a kind of signature to be carried out mounting and be made into the automatic pasting machine of bookblock.

Background technology

Along with improving constantly of socioeconomic development and people's living standard, make people also more and more to the user demand amount of all kinds of paper products, this has pulled the fast development of paper making industry further, and the paper making machinery that uses in the paper making industry also more and more is subject to the attention of manufacturer, is having vast potential for future development.

As everyone knows, be processed in the production process of bookblock at signature, much that mode by manual work is with signature gluing, alignment and the bonding bookblock of making, but, this artificial operating type can cause not only that the signature gluing is inhomogeneous, there is deviation in the signature alignment and made bookblock is bonding insecure etc. easily produces the problem of substandard products, but also has the low problem of production efficiency; Simultaneously, the quality of the bookblock that this artificial operating type is made is that the experience by operating personnel guarantees, therefore different operating personnel can produce the bookblock of different quality, thereby make the quality conformance of made bookblock poor, increased far and away human cost.

Therefore, be badly in need of wanting a kind of automatic pasting machine to overcome the problem of above-mentioned existence.

The utility model content

The purpose of this utility model is to provide a kind of and can reduces human cost and can improve signature to the qualification rate of mounting and be made into bookblock and the automatic pasting machine of production efficiency.

for realizing above-mentioned purpose, the utility model provides a kind of automatic pasting machine, be applicable to signature is carried out mounting and be made into bookblock, wherein, automatic pasting machine of the present utility model comprises: frame, controller and the paper-advance unit that is electrically connected with described controller, sizer, edge alignment device and hold down gag, described controller is arranged on described frame, described paper-advance unit, sizer, edge alignment device and hold down gag in turn are arranged on described frame along a side to the opposite side direction of described frame, and the input Transmission Connection of the output of described paper-advance unit and described sizer, the input Transmission Connection of the output of described sizer and described edge alignment device, the input Transmission Connection of the output of described edge alignment device and described hold down gag.

Preferably, described paper-advance unit comprises paper advance mechanism and paper feed mechanism, described paper advance mechanism and described paper feed mechanism all are arranged on described frame, the output of described paper advance mechanism and described paper feed mechanism input Transmission Connection, the input Transmission Connection of the output of described paper feed mechanism and described sizer.

preferably, described paper advance mechanism comprises the first rotating driver, the first conveyer belt and the first neat book plate, described the first rotating driver drives the signature on described this first conveyer belt of the first conveyer belt rotational conveyance, and the described first neat book plate movably is arranged at the both sides of described the first conveyer belt, described paper feed mechanism comprises the second rotating driver, the second conveyer belt, the second neat book plate, the first book block board and first sensor, described the second rotating driver drives the signature on described this second conveyer belt of the second conveyer belt rotational conveyance, the output Transmission Connection of the input of described the second conveyer belt and described the first conveyer belt, the output of described the second conveyer belt and described sizer input Transmission Connection, the described second neat book plate is along the direction of transfer perpendicular to described the second conveyer belt the both sides that movably are arranged at described the second conveyer belt, described the first book block board is arranged at the output of described the second conveyer belt, and the output of the bottom of described the first book block board and described the second conveyer belt is and arranges at interval to form a signature delivery outlet, described first sensor is arranged on described the first book block board to detect the stacks as high of described signature.

Preferably, described paper-advance unit also comprises the mobile adjusting part of regulating described paper advance mechanism, described mobile adjusting part comprises gear, the first handwheel and bar shaped tooth, described gear is articulated on described frame, described the first handwheel is connected in described gear, described bar shaped tooth movably is arranged at described frame along the direction of transfer of described the first conveyer belt, and an end of described bar shaped tooth is coordinating of engagement with described gear, and the other end of described bar shaped tooth is connected with described paper advance mechanism.

Preferably, described sizer comprises the 3rd rotating driver, conveying cylinder assembly, gluing drum assembly and supplies the glue device, described the 3rd rotating driver orders about described conveying cylinder assembly and the gluing drum assembly rotates, and described conveying cylinder assembly is between the output and described gluing drum assembly of described the second conveyer belt of being located at of Transmission Connection; Described conveying cylinder assembly comprises cylinder and bottom roll, described upper cylinder and described bottom roll all are articulated on described frame, described bottom roll be positioned at described upper cylinder under, and described upper cylinder and described bottom roll are isolated the setting and form a signature transfer passage; Described gluing drum assembly comprises spreading roller and driving drum, described spreading roller and driving drum all are articulated on described frame, described driving drum be positioned at described spreading roller under, and described spreading roller and described driving drum are isolated the setting and form a signature gluing delivery outlet, and described spreading roller is connected in described for the glue device.

Preferably, described edge alignment device comprises the 4th rotating driver, the 3rd conveyer belt, the first linear actuator, connects bookshelf and neat book assembly, described the 4th rotating driver drives described the 3rd conveyer belt and rotates, the input of described the 3rd conveyer belt is positioned at the below of described signature gluing delivery outlet, the input Transmission Connection of the output of described the 3rd conveyer belt and described hold down gag; Describedly connect the output that bookshelf is connected in described the first linear actuator, described the first linear actuator order about described connect top that bookshelf moves to described the 3rd conveyer belt with form with described signature gluing delivery outlet Transmission Connection connect the book position, perhaps described the first linear actuator orders about the described bookshelf that connects and moves to the same level of the below of described the 3rd conveyer belt or described the 3rd conveyer belt to form delivering position; Described neat book assembly is arranged on described frame, and described neat book components distribution is arranged at the described surrounding that connects bookshelf and forms simultaneously the book district.

Preferably, described neat book assembly comprises: the first driven unit, the first neat book sliding seat, the second driven unit, the second neat book sliding seat, the second linear actuator, the first neat book piece, the 3rd linear actuator and the second neat book piece, described the first driven unit orders about the described first neat book sliding seat and moves along the direction of transfer of described the 3rd conveyer belt, the described second neat book sliding seat is arranged at the described both sides that connect bookshelf, and described the second driven unit orders about the described second neat book sliding seat and moves along the direction of transfer perpendicular to described the 3rd conveyer belt; Described the second linear actuator is arranged on the described second neat book sliding seat along the moving direction of the described second neat book sliding seat, and the described first neat book piece is connected in the output of described the second linear actuator; Described the 3rd linear actuator is along the direction of transfer setting of described the 3rd conveyer belt and be positioned at the below of described signature gluing delivery outlet, the described second neat book piece is connected in the output of described the 3rd linear actuator, the described second neat book piece and the described first neat book piece are vertical setting mutually, the described first neat book sliding seat, the second neat book sliding seat, the first neat book piece, the second neat book piece and connect bookshelf and form described neat book district.

Preferably, described the first driven unit comprises the 5th rotating driver and the first screw mandrel, described the first screw mandrel is on the described frame of being articulated in of screw thread transmission, the movement that described the first screw mandrel rotated and then drove the described first neat book sliding seat is ordered about in one end of described the first screw mandrel and the described first neat book sliding seat pivot joint, described the 5th rotating driver; Described the second driven unit comprises the 6th rotating driver and the second screw mandrel, described the second screw mandrel is on the described frame of being articulated in of screw thread transmission, the movement that described the second screw mandrel rotated and then drove the described second neat book sliding seat is ordered about in the output of described the second screw mandrel and the described second neat book sliding seat pivot joint, described the 6th rotating driver.

preferably, described hold down gag comprises the 7th rotating driver, the 4th conveyer belt, the second sensor, the 3rd sensor, the 4th linear actuator, movable pressing base, fixing pressing base, the 5th linear actuator and the second book block board, described the 7th rotating driver orders about described the 4th conveyer belt and rotates, the output Transmission Connection of the input of described the 4th conveyer belt and described the 3rd conveyer belt, described the 4th linear actuator is perpendicular on the described frame of being arranged at of described the 4th conveyer belt, described movable pressing base is connected in the output of described the 4th linear actuator, the liftable top that is positioned at described the 4th conveyer belt of described movable pressing base, described fixedly pressing base be positioned at described movable pressing base under, and described the 4th conveyer belt is at described movable pressing base and described fixedly between pressing base, described movable pressing base and describedly fixedly form one between pressing base and press the book district, described the 5th linear actuator is and is parallel on the described frame of being arranged at of described the 4th linear actuator, described the second book block board is connected in the output of described the 5th linear actuator, the liftable top that is positioned at described the 4th conveyer belt of described the second book block board, described the second sensor and the 3rd sensor are one in front and one in back and the isolated side that is arranged at described the 3rd conveyer belt, and described movable pressing base and the second book block board are between described the second sensor and described the 3rd sensor.

Preferably, described hold down gag also comprises the compression thickness adjusting mechanism, described compression thickness adjusting mechanism comprises one second handwheel and a rotating shaft, described the second handwheel and rotating shaft are articulated on described frame, and the lower end of described rotating shaft is described the 4th linear actuator of being connected in of screw thread transmission, and described rotating shaft is being connected of transmission with described the second handwheel.

Compared with prior art, because automatic pasting machine of the present utility model comprises: frame, controller and the paper-advance unit, sizer, edge alignment device and the hold down gag that are electrically connected with controller, paper-advance unit, sizer, edge alignment device and hold down gag in turn are arranged on frame along a side to the opposite side direction of frame, and the input Transmission Connection of the output of paper-advance unit and sizer, the input Transmission Connection of the output of sizer and edge alignment device, the input Transmission Connection of the output of edge alignment device and hold down gag.On the one hand, avoided that the signature gluing is inhomogeneous, there is deviation in the signature alignment and made bookblock is bonding insecure etc. easily produces the problem of substandard products, thereby improved signature to mounting and be made into the qualification rate of bookblock; On the other hand, make signature realize the flow process operation of automation to the production process of mounting and be made into bookblock, not only replaced manual work mode in the past, improved signature to mounting and be made into the production efficiency of bookblock, and can realize the rawness operation, reduce human cost.

Description of drawings

Fig. 1 is the three-dimensional structure diagram of automatic pasting machine of the present utility model.

Fig. 2 is the top view of Fig. 1.

Fig. 3 is the cutaway view along A-A line in Fig. 2.

Fig. 4 is the paper-advance unit of automatic pasting machine of the present utility model and the full sectional view of sizer.

Fig. 5 is the three-dimensional structure diagram of the edge alignment device of automatic pasting machine of the present utility model.

Fig. 6 is the top view of Fig. 5.

Fig. 7 is the three-dimensional structure diagram after the edge alignment device of automatic pasting machine of the present utility model is removed neat book assembly.

Fig. 8 is the three-dimensional structure diagram of the hold down gag of automatic pasting machine of the present utility model.

The specific embodiment

In order to describe technology contents of the present utility model, structural feature in detail, below in conjunction with embodiment and coordinate accompanying drawing to be described further.

see also Fig. 1 to Fig. 3, automatic pasting machine 100 of the present utility model comprises: frame 10, controller 20 and the paper-advance unit 30 that is electrically connected with controller 20, sizer 40, edge alignment device 50 and hold down gag 60, controller 20 is arranged on frame 10, paper-advance unit 30, sizer 40, edge alignment device 50 and hold down gag 60 in turn are arranged on frame 10 along a side to the opposite side direction of frame 10, and the input Transmission Connection of the output of paper-advance unit 30 and sizer 40, the input Transmission Connection of the output of sizer 40 and edge alignment device 50, the input Transmission Connection of the output of edge alignment device 50 and hold down gag 60.Thereby realized the production operation of automation, improved the continuity of production operation, and then improved 200 pairs of production efficiencys of mounting and being made into the bookblock (not shown) of signature.Particularly, as follows:

See also Fig. 1 to Fig. 4, paper-advance unit 30 comprises paper advance mechanism 31 and paper feed mechanism 32, paper advance mechanism 31 and paper feed mechanism 32 all are arranged on frame 10, the output of paper advance mechanism 31 and paper feed mechanism 32 input Transmission Connections, the input Transmission Connection of the output of paper feed mechanism 32 and sizer 40, make paper advance mechanism 31 and paper feed mechanism 32 that layout is set is more reasonable compact.Particularly: paper advance mechanism 31 comprises the first rotating driver 311, the first conveyer belt 312 and the first neat book plate 313, the first rotating driver 311 drives both sides that the neat book plate 313 of signature 200, the first on first these first conveyer belts 312 of conveyer belt 312 rotational conveyance movably is arranged at the first conveyer belt 312 with the conveying of the signature 200 that adapts to different size.specifically, in the present embodiment, the first conveyer belt 312 be arranged at some be parallel to each other be articulated in the first roller bearing 312a on frame 10, the first rotating driver 311 is connected in one in the first roller bearing 312a by one first belt 311a, thereby drives the transmission of rotation of the first conveyer belt 312 by the first roller bearing 312a, an end near the first conveyer belt 312 inputs of the first neat book plate 313 is towards two lateral bucklings of the first conveyer belt 312, makes signature 200 to transmit alignedly, and, in the present embodiment, paper advance mechanism 31 also is provided with one for the first tension assembly 315 of regulating the first conveyer belt 312 tensioning degrees, this first tension assembly 315 comprises one first threaded rod 315a and one first tensioning roller bearing 315b, the first threaded rod 315a is threadedly connected on frame 10, the first tensioning roller bearing 315b is articulated in the first threaded rod 315a, and the first tensioning roller bearing 315b is parallel to the first roller bearing 312a, the first tensioning roller bearing 315b friction contacts at the first conveyer belt 312, regulate by rotation the position that the first threaded rod 315a can conveniently adjust the first tensioning roller bearing 315b, thereby change the tensioning degree of the first conveyer belt 312 to satisfy the transmission requirement to different signatures 200, certainly, the concrete structure of the first tension assembly 315 is not limited to this, can also select according to the user demand of reality the first tension assembly 315 of other structures, in order to make automatic pasting machine 100 of the present utility model can adapt to the signature 200 of the more different sizes of processing, improve the adaptive capacity of automatic pasting machine 100 of the present utility model, in the present embodiment, paper-advance unit 30 comprises that also regulating paper advance mechanism 31 moves adjusting part 33, make paper advance mechanism 31 to move along the exercisable adjusting of direction of signature 200 transmission, specifically, mobile adjusting part 33 comprises gear 331, the first handwheel 332 and bar shaped tooth 333, gear 331 is articulated on frame 10, the first handwheel 332 is connected in gear 331, bar shaped tooth 333 movably is arranged on frame 10 along the direction of transfer of the first conveyer belt 312, and an end of bar shaped tooth 333 is coordinating of engagement with gear 331, the other end of bar shaped tooth 333 is connected with paper advance mechanism, namely order about by the first handwheel 332 movement that gear 331 rotarily drives bar shaped tooth 333, thereby the mobile position with respect to paper feed mechanism 32 of adjusting paper advance mechanism 31 by bar shaped tooth 333, the specific constructive form of certain mobile adjusting part 33 is not limited to this, can also be according to the user demand of reality and select flexibly different version.and paper feed mechanism 32 comprises the second rotating driver 321, the second conveyer belt 322, the second neat book plate 323, the first book block board 324 and first sensor 325, the signature 200 that the second rotating driver 321 drives on second this second conveyer belt 322 of conveyer belt 322 rotational conveyance, specifically, in the present embodiment, the second conveyer belt 322 be arranged at some be parallel to each other be articulated in the second roller bearing 322a on frame 10, the second rotating driver 321 is connected in one in the second roller bearing 322a by one second belt 321a, thereby drive the transmission of rotation of the second conveyer belt 322 by the second roller bearing 322a, the output Transmission Connection of the input of the second conveyer belt 322 and the first conveyer belt 312, the output of the second conveyer belt 322 and sizer 40 input Transmission Connections, and in the present embodiment, the second conveyer belt 322 positions are lower than the first conveyer belt 312 positions, the signatures 200 that make the second conveyer belt 322 better to accept to be come by the first conveyer belt 312 transmission, the second neat book plate 323 is along the direction of transfer perpendicular to the second conveyer belt 322 both sides that movably are arranged at the second conveyer belt 322, namely can by movement regulate the second neat book plate 323 between the signature 200 of distance to adapt to different size, specifically, in this enforcement, the second neat book plate 323 is L-shaped, and the second neat book plate 323 falls near signature 200 on the side of the second conveyer belt 322 and offers the ramp structure 323a that signature 200 is had the edging effect, makes the edging operation of signature 200 more convenient, the first book block board 324 is arranged at the output of the second conveyer belt 322, and the output of the bottom of the first book block board 324 and the second conveyer belt 322 is and arranges at interval to form a signature delivery outlet 326, and conveyer belt 322 is each only takes a signature 200 out of when rotating and be transferred in signature transfer passage 424 thereby the effect of keeping out of the rubbing action by the second conveyer belt 322 and the first book block board 324 makes second, first sensor 325 is arranged on the first book block board 324 to detect the stacks as high of signature 200, when the stacks as high of signature 200 above the second conveyer belt 322 during lower than the default detection height of first sensor 325, can be by first sensor 325 with the data feedback that detects to controller 20, drive the first conveyer belts 312 and carry signatures 200 to the second conveyer belt 322 thereby control the first rotating drivers 311 by controller 20, when the stacks as high of signature 200 surpasses first sensor 325 another default detection height, can be by first sensor 325 with the data feedback that detects to controller 20, thereby stop operating by controller 20 control the first rotating drivers 311 and order about the first conveyer belt 312 time-outs to the second conveyer belt 322 conveying signatures 200, make the transmission operation of signature 200 smooth and easy more in order, and, in the present embodiment, paper feed mechanism 32 also is provided with one for the second tension assembly 327 of regulating the second conveyer belt 322 tensioning degrees, this second tension assembly 327 comprises a tensioner arm 327a and a tightener sheave, the end of tensioner arm 327a is articulated on frame 10, tightener sheave is articulated in the other end of tensioner arm 327a, regulating wheel 327b friction contacts at the second conveyer belt 322, and the drive-connecting shaft of tensioner arm 327a and regulating wheel 327b all is parallel to the second roller bearing 322a, can change the tensioning degree of the second conveyer belt 322 by the pivot angle that changes tensioner arm 327a, to better meet the transmission demand to different signatures 200, certainly, the concrete structure of the second tension assembly 327 is not limited to this, can also select according to the user demand of reality the second tension assembly 327 of other structures.

see also Fig. 1 to Fig. 4, sizer 40 comprises the 3rd rotating driver 41, conveying cylinder assembly 42, gluing drum assembly 43 and confession glue device 44, the 3rd rotating driver 41 orders about conveying cylinder assembly 42 and gluing drum assembly 43 rotates, conveying cylinder assembly 42 is between the output of being located at the second conveyer belt 322 and gluing drum assembly 43 of Transmission Connection, and in the present embodiment, the second conveyer belt 322, conveying cylinder assembly 42 and gluing drum assembly 43 are positioned at same level, make the second conveyer belt 322, the Transmission Connection of conveying cylinder assembly 42 and gluing drum assembly 43 is more coherent smooth and easy, particularly, conveying cylinder assembly 42 comprises cylinder 421 and bottom roll 423, upper cylinder 421 and bottom roll 423 all are articulated on frame 10, bottom roll 423 be positioned at cylinder 421 under, in the present embodiment, spacing between upper cylinder 421 and bottom roll 423 can move adjustment, and upper cylinder 421 and bottom roll 423 are isolated the setting and form a signature transfer passage 424, gluing drum assembly 43 comprises spreading roller 431 and driving drum 432, spreading roller 431 and driving drum 432 all are articulated on frame 10, driving drum 432 be positioned at spreading roller 431 under, spacing between spreading roller 431 and driving drum 432 can move adjustment, and spreading roller 431 and driving drum 432 are isolated the setting and form a signature gluing delivery outlet 433, spreading roller 431 is connected in for glue device 44.And, the spacing of signature transfer passage 424 and signature gluing delivery outlet 433 spacings can also be adjusted by cylinder guiding mechanism 45 separately according to the thickness of different size signature 200, make the gluing effect of different size signature 200 reach best state, and the concrete structure of the cylinder guiding mechanism 45 that signature transfer passage 424 and signature gluing delivery outlet 433 use is known in the art, therefore no longer they are said at this and be described in detail.In addition, in the present embodiment, the 3rd rotating driver 41 orders about the rotation of conveying cylinder assembly 42 and gluing drum assembly 43 by one first gear drive 46, and the concrete structure of this first gear drive 46 is known in the art, therefore no longer it is said at this and be described in detail.

see also Fig. 1 to Fig. 3 and Fig. 5 to Fig. 7, edge alignment device 50 comprises the 4th rotating driver 51, the 3rd conveyer belt 52, the first linear actuator 53, connect bookshelf 54 and neat book assembly 55, the 4th rotating driver 51 drives the 3rd conveyer belt 52 and rotates, the input of the 3rd conveyer belt 52 is positioned at the below of signature gluing delivery outlet 433, the input Transmission Connection of the output of the 3rd conveyer belt 52 and hold down gag 60, specifically, in the present embodiment, the 3rd conveyer belt 52 be arranged at some be parallel to each other be articulated in the 3rd roller bearing 521 on frame 10, the 4th rotating driver 51 is connected in one in the 3rd roller bearing 521 by one the 3rd belt 511, thereby drive the transmission of rotation of the 3rd conveyer belt 52 by the 3rd roller bearing 521, and edge alignment device 50 also comprises the 3rd tension assembly 57 for the tensioning degree of regulating the 3rd conveyer belt 52, specifically, the 3rd tension assembly 57 comprises one the 3rd threaded rod 571 and the 3rd tensioning roller bearing 572, the 3rd threaded rod 571 is being connected on frame 10 of screw thread transmission, the 3rd tensioning roller bearing 572 is articulated in the 3rd threaded rod 571, and the 3rd tensioning roller bearing 572 is parallel to the 3rd roller bearing 521, the 3rd tensioning roller bearing 572 frictions contact at the 3rd conveyer belt 52, regulate by rotation the position that the 3rd threaded rod 571 can conveniently be adjusted the 3rd tensioning roller bearing 572, thereby change the tensioning degree of the 3rd conveyer belt 52 to satisfy the transmission requirement to different signatures 200, in the present embodiment, in order to simplify the 3rd tension assembly 57 structures, the 3rd tensioning roller bearing 572 can directly adopt the one of the 3rd roller bearing 521, certainly, the concrete structure of the 3rd tension assembly 57 is not limited to this, can also select according to the user demand of reality the 3rd tension assembly 57 of other structures.And connect the output that bookshelf 54 is connected in the first linear actuator 53, the first linear actuator 53 order about connect top that bookshelf 54 moves to the 3rd conveyer belt 52 with form with signature gluing delivery outlet 433 Transmission Connections connect the book position, the first linear actuator 53 order about connect that bookshelf 54 moves to the below of the 3rd conveyer belt 52 or with the same level of the 3rd conveyer belt 52 to form delivering position; Neat book assembly 55 is arranged on frame 10, and neat book assembly 55 distributes and is arranged at the surrounding that connects bookshelf 54 and forms simultaneously book district 56, namely when connecing bookshelf 54 and connecing signature 200 quantity of the book position accepting and reach default signature 200 quantity, the first linear actuator 53 will order about and connect bookshelf 54 and move to delivering position, makes signature 200 smooth and easyly to transmit.particularly, neat book assembly 55 comprises: the first driven unit 551, the first neat book sliding seat 552, the second driven unit 553, the second neat book sliding seat 554, the second linear actuator 555, the first neat book piece 556, the 3rd linear actuator 557 and the second neat book piece 558, the first driven unit 551 orders about the first neat book sliding seat 552 and moves along the direction of transfer of the 3rd conveyer belt 52, the second neat book sliding seat 554 is arranged at the both sides that connect bookshelf 54, and the second driven unit 553 orders about the second neat book sliding seat 554 and moves along the direction of transfer perpendicular to the 3rd conveyer belt 52, in the present embodiment, be provided with two second neat book sliding seat 554, these two second neat book sliding seat 554 are the both sides that relative being arranged at connects bookshelf 54, and the second linear actuator 555 is arranged in two second neat book sliding seat 554 on one along the moving direction of the second neat book sliding seat 554, and to simplify the structure of neat book assembly 55, the first neat book piece 556 is connected in the output of the second linear actuator 555, the 3rd linear actuator 557 is along the direction of transfer setting of the 3rd conveyer belt 52 and be positioned at the below of signature gluing delivery outlet 433, the second neat book piece 558 is connected in the output of the 3rd linear actuator 557, the second neat book piece 558 and the first neat book piece 556 are vertical setting mutually, the first neat book sliding seat 552, the second neat book sliding seat 554, the first neat book piece 556, the second neat book piece 558 and meet the bookshelf 54 neat book of formation districts 56.More specifically, the first driven unit 551 comprises the 5th rotating driver 551a and the first screw mandrel 551b, the first screw mandrel 551b is being articulated on frame 10 of screw thread transmission, the end of the first screw mandrel 551b and the first neat book sliding seat 552 pivot joints, the 5th rotating driver 551a orders about the movement that the first screw mandrel 551b rotated and then drove the first neat book sliding seat 552; The second driven unit 553 comprises the 6th rotating driver 553a and the second screw mandrel 553b, the second screw mandrel 553b is being articulated on frame 10 of screw thread transmission, the output of the second screw mandrel 553b and the second neat book sliding seat 554 pivot joints, the 6th rotating driver 553a orders about the movement that the second screw mandrel 553b rotated and then drove the second neat book sliding seat 554.Namely can order about the first screw mandrel 551b by the 5th rotating driver 551a rotarily drives the first neat book sliding seat 552 and carries out way moving along the direction of arrow B indication in Fig. 6, and order about the second screw mandrel 553b by the 6th rotating driver 553a and rotarily drive the second neat book sliding seat and carry out way moving along the direction of arrow C indication in Fig. 6, but change the signature 200 of size to adapt to different size of the edging scope in neat book district 56; Ordering about the first neat book piece 556 by the second linear actuator 555 again moves back and forth along the direction of arrow C indication in Fig. 6, and order about the second neat book piece 558 by the 3rd linear actuator 557 and move back and forth along the direction of arrow B indication in Fig. 6, carry out the edging operation with the signatures 200 in alignment book district 56, thereby complete the edging operation of neat book assembly 55.

see also Fig. 1 to Fig. 3 and Fig. 8, hold down gag 60 comprises the 7th rotating driver 61, the 4th conveyer belt 62, the second sensor 63a, the 3rd sensor 63b, the 4th linear actuator 64, movable pressing base 65a, fixing pressing base 65b, the 5th linear actuator 66 and the second book block board 67, the 7th rotating driver 61 orders about the 4th conveyer belt 62 and rotates, specifically, in the present embodiment, the 4th conveyer belt 62 be arranged at some be parallel to each other be articulated in the 4th roller bearing 621 on frame 10, the 7th rotating driver 61 is connected in one in the 4th roller bearing 621 by one the 4th belt 611, thereby drive the transmission of rotation of the 4th conveyer belt 62 by the 4th roller bearing 621, the output Transmission Connection of the input of the 4th conveyer belt 62 and the 3rd conveyer belt 52, in the present embodiment, the 4th conveyer belt 62 and the 3rd conveyer belt 52 are positioned at same level, make the transmission of signature 200 more coherent smooth and easy, the 4th linear actuator 64 is being arranged on frame 10 perpendicular to the 4th conveyer belt 62, movable pressing base 65a is connected in the output of the 4th linear actuator 64, the liftable top that is positioned at the 4th conveyer belt 62 of movable pressing base 65a, fixedly pressing base 65b be positioned at movable pressing base 65a under, and the 4th conveyer belt 62 is at movable pressing base 65a and fixedly between pressing base 65b, movable pressing base 65a reaches and fixedly forms a pressure book district 60a between pressing base 65b, namely ordering about movable pressing base 65a by the 4th linear actuator 64 presses the signature 200 of book district 60a to push to being transmitted by neat book apparatus to be positioned at, make more firm that the bookblock made can be bonding.the 5th linear actuator 66 is and is parallel to being arranged on frame 10 of the 4th linear actuator 64, the second book block board 67 is connected in the output of the 5th linear actuator 66, the second book block board 67 liftable top that is positioned at the 4th conveyer belt 62, when movable pressing base 65a moves down, the second book block board 67 also move down withstand will be compacted signature 200, prevent it because inertia continues to move forward, make the extrusion operation of slip pressing base more accurately convenient, the second sensor 63a and the 3rd sensor 63b are one in front and one in back and the isolated side that is arranged at the 3rd conveyer belt 52, movable pressing base 65a and the second book block board 67 are between the second sensor 63a and the 3rd sensor 63b, wherein, whether the second sensor 63a enters in the pressure book district 60 of movable pressing base 65a below fully for detection of signature 200, and whether the bookblock that the 3rd sensor 63b makes after compressing for detection of the movable pressing base 65a of process leaves below pressing base fully, when the second sensor 63a detects signature 200 and has entered the below of movable pressing base 65a fully, the data feedback that the second sensor 63a is about to detect is to controller 20, 20 of controllers are controlled the 7th rotating driver 61 and are stopped operating, make the 4th conveyer belt 62 suspend running, to provide order about movable pressing base 65a for the 4th linear actuator 64 off time, signature 200 is pushed, when movable pressing base 65a complete extrusion operation offer rise leave the bookblock that is crushed to after, and book block board also rises thereupon together, controller 20 is controlled again the 7th rotating driver 61 and is rotated further operation and remains in operation to order about the 4th conveyer belt 62, when the 3rd sensor 63b detects the bookblock of having made and shifts out from the below of movable pressing base 65a, can play and prevent that movable pressing base 65a from moving down and the bookblock through extruding is damaged, make being transferred that the bookblock finished product can be safer.than the superior, hold down gag 60 also comprises compression thickness adjusting mechanism 68, compress thickness adjusting mechanism 68 and comprise one second handwheel 681 and a rotating shaft 682, the second handwheel 681 and rotating shaft 682 are articulated on frame 10, and the lower end of rotating shaft 682 is the 4th linear actuator 64 that is connected in of screw thread transmission, rotating shaft 682 is being connected of transmission with the second handwheel 681, thereby the thickness of the bookblock of suppressing of the pressing base of adjustment activity easily 65a, to satisfy the demand of producing different bookblocks, the person of meriting attention, in the present embodiment, the second handwheel 681 also by one with sizer 40 in the second gear drive 683 of the first gear drive 46 analog structures of using come the rotation of driven rotary axle 682, thereby the adjusting operation that can more convenient labour-saving the second handwheel 681 be rotated, namely the concrete structure of the second gear drive 683 of this place use is also known in the art, therefore no longer it is said at this and is described in detail.and, in the present embodiment, hold down gag 60 also is provided with one for the 4th tension assembly 69 of regulating the 4th conveyer belt 62 tensioning degrees, the 4th tension assembly 69 comprises one the 4th threaded rod 691 and one the 4th tensioning roller bearing 692, the 4th threaded rod 691 is being connected on frame 10 of screw thread transmission, the 4th tensioning roller bearing 692 is articulated in the 4th threaded rod 691, and the 4th tensioning roller bearing 692 is parallel to the 4th roller bearing 621, the 4th tensioning roller bearing 692 frictions contact at the 4th conveyer belt 62, regulate by rotation the position that the 4th threaded rod 691 can conveniently be adjusted the 4th tensioning roller bearing 692, thereby change the tensioning degree of the 4th conveyer belt 62 to satisfy the transmission requirement to different signatures 200, certainly, the concrete structure of the 4th tension assembly 69 is not limited to this, can also select according to the user demand of reality the 4th tension assembly 69 of other structures.

by reference to the accompanying drawings, operation principle to automatic pasting machine 100 of the present utility model elaborates: at first, as Fig. 1 or shown in Figure 4, by mobile adjusting part 33, paper advance mechanism 31 is adjusted to the position of signature 200 sizes that adaptation processes, again signature 200 tiltedly is positioned on the first conveyer belt 312 as shown in Figure 4, and signature 200 abuts against one in the first neat book plate 313, when signature 200 stacks as high above the second conveyer belt 322 detect height lower than first sensor 325 is default, can be by first sensor 325 with the data feedback that detects to controller 20, thereby control the first rotating driver 311 by controller 20 and drive the first conveyer belt 312 runnings, signature 200 on the first conveyer belt 312 is transported to the second conveyer belt 322, another is default when detecting height higher than first sensor 325 when signature 200 stacks as high above the second conveyer belt 322, can be by first sensor 325 with the data feedback that detects to controller 20, stop operating and order about the first conveyer belt 312 and suspend to the second conveyer belt 322 and carry signatures 200 thereby control the first rotating drivers 311 by controller 20, then, the friction of the second conveyer belt 322 by running is each to be driven a signature 200 and is exported and entered into the formed signature transfer passage 424 of conveying cylinder assembly 42 of sizer 40 by signature delivery outlet 326, transfer to again gluing drum assembly 43, by give simultaneously signature 200 gluings in the process of transmission signature 200 with the spreading roller 431 that is connected for glue device 44, after signature 200 is completed gluing, export and enter again that being positioned at of edge alignment device 50 connect the book position connects bookshelf 54 by signature gluing delivery outlet 433, and the first neat book sliding seat 552 by neat book assembly 55 in the neat book district on connecing bookshelf 54 56, the second neat book sliding seat 554, the start edging that cooperatively interacts of the first neat book piece 556 and the second neat book piece 558, complete the edging operation of neat book apparatus, when connecing bookshelf 54 and connecing signature 200 quantity of the book position accepting and reach default signature 200 quantity, the first linear actuator 53 will order about and connect bookshelf 54 and move to delivering position, transmit by the 3rd the 4th conveyer belt 62 for the treatment of the signature 200 of completing the edging operation is sent into hold down gag 60 again, in the time of in the second sensor 63a detects the pressure book district 60a that signature 200 entered movable pressing base 65a below fully, the data feedback that the second sensor 63a is about to detect is to controller 20,20 of controllers are controlled the 7th rotating driver 61 and are stopped operating, make the 4th conveyer belt 62 suspend running, stop that to provide order about the second book block board 67 for the 5th linear actuator 66 off time signature 200 is because inertia continues mobile and orders about movable pressing base 65a for the 4th linear actuator 64 signature 200 is pushed, when movable pressing base 65a complete extrusion operation offer rise leave the bookblock that is crushed to after, and book block board also rises thereupon together, controller 20 is controlled again the 7th rotating driver 61 and is rotated further operation and remains in operation to order about the 4th conveyer belt 62, when the 3rd sensor 63b detects the bookblock of having made and shifts out from the below of movable pressing base 65a, can play and prevent that movable pressing base 65a from moving down and the bookblock through extruding is damaged, make being transferred that the bookblock finished product can be safer, thereby complete the work flow that automatic pasting machine 100 signatures 200 of the present utility model are made bookblock.

compared with prior art, because automatic pasting machine 100 of the present utility model comprises: frame 10, controller 20 and the paper-advance unit 30 that is electrically connected with controller 20, sizer 40, edge alignment device 50 and hold down gag 60, paper-advance unit 30, sizer 40, edge alignment device 50 and hold down gag 60 in turn are arranged on frame 10 along a side to the opposite side direction of frame 10, and the input Transmission Connection of the output of paper-advance unit 30 and sizer 40, the input Transmission Connection of the output of sizer 40 and edge alignment device 50, the input Transmission Connection of the output of edge alignment device 50 and hold down gag 60.On the one hand, avoided that signature 200 gluings are inhomogeneous, there is deviation in signature 200 alignment and made bookblock is bonding insecure etc. easily produces the problem of substandard products, thereby improved 200 pairs of qualification rates of mounting and being made into bookblock of signature; On the other hand, the production process that makes 200 pairs of signatures mount and be made into bookblock has realized the flow process operation of automation, has not only replaced manual work mode in the past, has improved 200 pairs of production efficiencys of mounting and being made into bookblock of signature, and can realize the rawness operation, reduce human cost.

Above disclosed is only preferred embodiment of the present utility model, certainly can not limit with this interest field of the utility model, and the equivalent variations of therefore doing according to the utility model claim still belongs to the scope that the utility model is contained.

Claims

1. automatic pasting machine, be applicable to signature is carried out mounting and be made into bookblock, it is characterized in that, comprise: frame, controller and the paper-advance unit that is electrically connected with described controller, sizer, edge alignment device and hold down gag, described controller is arranged on described frame, described paper-advance unit, sizer, edge alignment device and hold down gag in turn are arranged on described frame along a side to the opposite side direction of described frame, and the input Transmission Connection of the output of described paper-advance unit and described sizer, the input Transmission Connection of the output of described sizer and described edge alignment device, the input Transmission Connection of the output of described edge alignment device and described hold down gag.

2. automatic pasting machine as claimed in claim 1, it is characterized in that, described paper-advance unit comprises paper advance mechanism and paper feed mechanism, described paper advance mechanism and described paper feed mechanism all are arranged on described frame, the output of described paper advance mechanism and described paper feed mechanism input Transmission Connection, the input Transmission Connection of the output of described paper feed mechanism and described sizer.

3. automatic pasting machine as claimed in claim 2, it is characterized in that, described paper advance mechanism comprises the first rotating driver, the first conveyer belt and the first neat book plate, described the first rotating driver drives the signature on described this first conveyer belt of the first conveyer belt rotational conveyance, and the described first neat book plate movably is arranged at the both sides of described the first conveyer belt, described paper feed mechanism comprises the second rotating driver, the second conveyer belt, the second neat book plate, the first book block board and first sensor, described the second rotating driver drives the signature on described this second conveyer belt of the second conveyer belt rotational conveyance, the output Transmission Connection of the input of described the second conveyer belt and described the first conveyer belt, the output of described the second conveyer belt and described sizer input Transmission Connection, the described second neat book plate is along the direction of transfer perpendicular to described the second conveyer belt the both sides that movably are arranged at described the second conveyer belt, described the first book block board is arranged at the output of described the second conveyer belt, and the output of the bottom of described the first book block board and described the second conveyer belt is and arranges at interval to form a signature delivery outlet, described first sensor is arranged on described the first book block board to detect the stacks as high of described signature.

4. automatic pasting machine as claimed in claim 3, it is characterized in that, described paper-advance unit also comprises the mobile adjusting part of regulating described paper advance mechanism, described mobile adjusting part comprises gear, the first handwheel and bar shaped tooth, described gear is articulated on described frame, described the first handwheel is connected in described gear, described bar shaped tooth movably is arranged at described frame along the direction of transfer of described the first conveyer belt, and an end of described bar shaped tooth is coordinating of engagement with described gear, and the other end of described bar shaped tooth is connected with described paper advance mechanism.

5. automatic pasting machine as claimed in claim 3, it is characterized in that, described sizer comprises the 3rd rotating driver, conveying cylinder assembly, gluing drum assembly and supplies the glue device, described the 3rd rotating driver orders about described conveying cylinder assembly and the gluing drum assembly rotates, and described conveying cylinder assembly is between the output and described gluing drum assembly of described the second conveyer belt of being located at of Transmission Connection; Described conveying cylinder assembly comprises cylinder and bottom roll, described upper cylinder and described bottom roll all are articulated on described frame, described bottom roll be positioned at described upper cylinder under, and described upper cylinder and described bottom roll are isolated the setting and form a signature transfer passage; Described gluing drum assembly comprises spreading roller and driving drum, described spreading roller and driving drum all are articulated on described frame, described driving drum be positioned at described spreading roller under, and described spreading roller and described driving drum are isolated the setting and form a signature gluing delivery outlet, and described spreading roller is connected in described for the glue device.

6. automatic pasting machine as claimed in claim 5, it is characterized in that, described edge alignment device comprises the 4th rotating driver, the 3rd conveyer belt, the first linear actuator, connects bookshelf and neat book assembly, described the 4th rotating driver drives described the 3rd conveyer belt and rotates, the input of described the 3rd conveyer belt is positioned at the below of described signature gluing delivery outlet, the input Transmission Connection of the output of described the 3rd conveyer belt and described hold down gag; Describedly connect the output that bookshelf is connected in described the first linear actuator, described the first linear actuator order about described connect top that bookshelf moves to described the 3rd conveyer belt with form with described signature gluing delivery outlet Transmission Connection connect the book position, perhaps described the first linear actuator orders about the described bookshelf that connects and moves to the same level of the below of described the 3rd conveyer belt or described the 3rd conveyer belt to form delivering position; Described neat book assembly is arranged on described frame, and described neat book components distribution is arranged at the described surrounding that connects bookshelf and forms simultaneously the book district.

7. automatic pasting machine as claimed in claim 6, it is characterized in that, described neat book assembly comprises: the first driven unit, the first neat book sliding seat, the second driven unit, the second neat book sliding seat, the second linear actuator, the first neat book piece, the 3rd linear actuator and the second neat book piece, described the first driven unit orders about the described first neat book sliding seat and moves along the direction of transfer of described the 3rd conveyer belt, the described second neat book sliding seat is arranged at the described both sides that connect bookshelf, and described the second driven unit orders about the described second neat book sliding seat and moves along the direction of transfer perpendicular to described the 3rd conveyer belt, described the second linear actuator is arranged on the described second neat book sliding seat along the moving direction of the described second neat book sliding seat, and the described first neat book piece is connected in the output of described the second linear actuator, described the 3rd linear actuator is along the direction of transfer setting of described the 3rd conveyer belt and be positioned at the below of described signature gluing delivery outlet, the described second neat book piece is connected in the output of described the 3rd linear actuator, the described second neat book piece and the described first neat book piece are vertical setting mutually, the described first neat book sliding seat, the second neat book sliding seat, the first neat book piece, the second neat book piece and connect bookshelf and form described neat book district.

8. automatic pasting machine as claimed in claim 7, it is characterized in that, described the first driven unit comprises the 5th rotating driver and the first screw mandrel, described the first screw mandrel is on the described frame of being articulated in of screw thread transmission, the movement that described the first screw mandrel rotated and then drove the described first neat book sliding seat is ordered about in one end of described the first screw mandrel and the described first neat book sliding seat pivot joint, described the 5th rotating driver; Described the second driven unit comprises the 6th rotating driver and the second screw mandrel, described the second screw mandrel is on the described frame of being articulated in of screw thread transmission, the movement that described the second screw mandrel rotated and then drove the described second neat book sliding seat is ordered about in the output of described the second screw mandrel and the described second neat book sliding seat pivot joint, described the 6th rotating driver.

9. automatic pasting machine as claimed in claim 8, it is characterized in that, described hold down gag comprises the 7th rotating driver, the 4th conveyer belt, the second sensor, the 3rd sensor, the 4th linear actuator, movable pressing base, fixing pressing base, the 5th linear actuator and the second book block board, described the 7th rotating driver orders about described the 4th conveyer belt and rotates, the output Transmission Connection of the input of described the 4th conveyer belt and described the 3rd conveyer belt, described the 4th linear actuator is perpendicular on the described frame of being arranged at of described the 4th conveyer belt, described movable pressing base is connected in the output of described the 4th linear actuator, the liftable top that is positioned at described the 4th conveyer belt of described movable pressing base, described fixedly pressing base be positioned at described movable pressing base under, and described the 4th conveyer belt is at described movable pressing base and described fixedly between pressing base, described movable pressing base and describedly fixedly form one between pressing base and press the book district, described the 5th linear actuator is and is parallel on the described frame of being arranged at of described the 4th linear actuator, described the second book block board is connected in the output of described the 5th linear actuator, the liftable top that is positioned at described the 4th conveyer belt of described the second book block board, described the second sensor and the 3rd sensor are one in front and one in back and the isolated side that is arranged at described the 3rd conveyer belt, and described movable pressing base and the second book block board are between described the second sensor and described the 3rd sensor.

10. automatic pasting machine as claimed in claim 9, it is characterized in that, described hold down gag also comprises the compression thickness adjusting mechanism, described compression thickness adjusting mechanism comprises one second handwheel and a rotating shaft, described the second handwheel and rotating shaft are articulated on described frame, and the lower end of described rotating shaft is described the 4th linear actuator of being connected in of screw thread transmission, and described rotating shaft is being connected of transmission with described the second handwheel.