CN109177576B - A kind of Full-automatic glue the machine - Google Patents
A kind of Full-automatic glue the machine Download PDFInfo
- Publication number
- CN109177576B CN109177576B CN201811135702.5A CN201811135702A CN109177576B CN 109177576 B CN109177576 B CN 109177576B CN 201811135702 A CN201811135702 A CN 201811135702A CN 109177576 B CN109177576 B CN 109177576B
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- Prior art keywords
- glue
- cover paper
- gluing
- page
- driven
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
- B42C—BOOKBINDING
- B42C9/00—Applying glue or adhesive peculiar to bookbinding
- B42C9/0006—Applying glue or adhesive peculiar to bookbinding by applying adhesive to a stack of sheets
- B42C9/0012—Applying glue or adhesive peculiar to bookbinding by applying adhesive to a stack of sheets with a roller
- B42C9/0018—Applying glue or adhesive peculiar to bookbinding by applying adhesive to a stack of sheets with a roller for binding stacks of sheets one at the time
- B42C9/0025—Applying glue or adhesive peculiar to bookbinding by applying adhesive to a stack of sheets with a roller for binding stacks of sheets one at the time and subsequently applying a cover
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
- B42C—BOOKBINDING
- B42C19/00—Multi-step processes for making books
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- Folding Of Thin Sheet-Like Materials, Special Discharging Devices, And Others (AREA)
Abstract
The invention discloses a kind of Full-automatic glue the machine, including gumming mechanism, cover paper transport mechanism, cover paper transport mechanism includes draw frame machine, conveying assembly, creasing mechanism；Draw frame machine attracts cover paper and cover paper is conveyed to conveying assembly, and conveying assembly receives the cover paper of draw frame machine conveying and sends the cover paper to creasing mechanism, and creasing mechanism exports after carrying out impression to cover paper；Gumming mechanism includes preliminary gluing component, supplement gluing component, frictioning component, has glue holding tank in assembling stand；Page transport mechanism drives page successively by preliminary gluing component, supplement gluing component, frictioning component, preliminary gluing component includes the first rotating shaft being rotatably connected on assembling stand, the first scraper plate being fixedly connected in first rotating shaft, the first gluing roller for being immersed in glue holding tank in glue and being rotatably connected on assembling stand, the present invention can automatically deliver cover paper liberation employee's both hands, while can guarantee to glue quality.
Description
Technical field
The present invention relates to bookbinding technical fields, specially one of cementing machine Full-automatic glue the machine.
Background technique
Cementing machine can be used for the books such as bound book, photograph album, scratchpad, de luxe edition as equipment after a kind of print, especially suitable
Close diagram text manufacture center, library, photo studio, medium and small printing enterprise, designing institute, research institute, publishing centre, government bodies, large size
The files of the mechanisms such as enterprise binds purposes, cooperates the output tool and good printing books of high-quality, be short version fast-assembling books,
The optimal selection of bidding documents bookbinding, mucilage binding effect can more embody the professional standards of file.
The cover paper of existing cementing machine is using the form placed by hand, such as mentions in application number 201721015643.9
A kind of cementing machine with control system, cover paper need it is artificial place, since cover paper needs accurate positioning, manually
The mode of placement needs the plenty of time in positioning, thus seriously reduces mucilage binding efficiency.
One kind is disclosed in the roller type glue pot and coating method of a kind of cementing machine of publication number CN105172416A simultaneously
Roller type glue pot carries out single gluing to page by going out rubber tire and gluing wheel cooperation, and this gluing mode is very big to be recorded out
It now glues imperfect, causes page bookbinding bad, the phenomenon that being easy to appear degumming, result in quality irregular in this way, be easy
Influence the renewal of subsequent clients.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide one kind to automatically deliver cover paper liberation
Employee's both hands, while can guarantee to glue Full-automatic glue the machine of quality.
To achieve the above object, the present invention provides the following technical scheme that a kind of Full-automatic glue the machine, including gluing machine
Structure, page transport mechanism, the mechanism that publishes books, mucilage binding mechanism further include cover paper transport mechanism, and the cover paper transport mechanism includes
Draw frame machine, conveying assembly, creasing mechanism；The draw frame machine attracts cover paper and cover paper is conveyed to conveying assembly, defeated
Sending component receives the cover paper of draw frame machine conveying and sends the cover paper to creasing mechanism, and the creasing mechanism is to cover paper
It is exported after carrying out impression, the mucilage binding component receives the cover paper of creasing mechanism output and by itself and manuscript mucilage binding；The gluing
Mechanism includes preliminary gluing component, supplement gluing component, frictioning component, has glue holding tank in the assembling stand；Page passes
Mechanism is sent to drive page successively by preliminary gluing component, supplement gluing component, frictioning component, the preliminary gluing component includes
The first rotating shaft that is rotatably connected on assembling stand, is immersed in glue holding tank at the first scraper plate being fixedly connected in first rotating shaft
In interior glue and the first gluing roller for being rotatably connected on assembling stand, when page transport mechanism drives page by the first gluing
When roller, the rotation of the first gluing roller drives glue to be applied on page；First scraper plate is located at close to the first gluing roller
Position on, when first rotating shaft rotation when, drive the first scraper plate overturn and be fitted on the first gluing roller, strike off the first gluing
Glue on roller.
As a further improvement of the present invention, the draw frame machine includes siphunculus, bleed motor；It is offered on the siphunculus
Multiple through-holes, are provided with blade in the bleed motor, and one end of the bleed motor and siphunculus connects, when bleed motor rotates
When, the air extracted in siphunculus is rotated with movable vane piece；The through-hole is towards cover paper place, when the air in siphunculus is extracted
When, outside air is inhaled into siphunculus by through-hole, while attracting cover paper；The siphunculus opens up coaxial on the position of through-hole
It is cased with absorption ring, the absorption ring is in palisade, and the through-hole adsorbs ring by palisade and the external world is interconnected.
As a further improvement of the present invention, the conveying assembly includes that active transmission wheel and active transmission wheel link
Driven transmission wheel, the feed belt covered in driven transmission wheel and active transmission wheel simultaneously, first with the linkage of active transmission wheel
Transport motor, Auxiliary transmission wheels, the second transport motor with Auxiliary transmission wheels linkage；The driven transmission wheel is coaxially rotatable
It is set on siphunculus；The active transmission wheel is linked by belt and driven transmission wheel；When cover paper is attracted on siphunculus simultaneously
When inconsistent with feed belt, the first transport motor drives the rotation of active transmission wheel, while feed belt drives cover paper to auxiliary
Transmission wheel is helped to convey, second transport motor drives Auxiliary transmission wheels to convey cover paper to creasing mechanism；The conveying group
Part further includes assembling item, the auxiliary wheel being rotatably connected on assembly item, assembly cross bar, the assembly being fixedly connected with assembly cross bar
Axis；The assembly item is rotatably connected in assembled shaft, and the auxiliary wheel is rotatably connected on one end of assembly item, the assembly item
The other end of opposite auxiliary wheel be provided with torsional spring, one end of the torsional spring connect with assembly item, the other end with assemble cross bar
Connection, the assembly item is by torsional spring elastic hinge joint in assembled shaft；When torsional spring tightening, one end that item is connect with torsional spring is assembled
It is pulled to assembly cross bar, the other end is squeezed with auxiliary wheel to Auxiliary transmission wheels, to cooperate clamping cover with Auxiliary transmission wheels
Paper.
As a further improvement of the present invention, the creasing mechanism includes driven spindle, is coaxially fixed on driven spindle
Driven pinch roller, with the second transport motor linkage transmission shaft, the coaxial active pinch roller being fixed on transmission shaft；It is described from turn
Axis is rotatably connected on assembly cross bar, and the active pinch roller is fixedly connected on transmission shaft, and the Auxiliary transmission wheels are coaxially fixed
On transmission shaft；The first groove that annular is coaxially offered on the driven pinch roller, on the active pinch roller with the first groove pair
The position answered is coaxially arranged with embeddable the first bulge loop in the first groove, when active pinch roller receives Auxiliary transmission wheels output
Cover paper when, active pinch roller and driven pinch roller mutual extrusion cover paper, while the first bulge loop is embedded into the first groove to envelope
Facial tissue carries out impression；The creasing mechanism further include the active auxiliary pressing wheel being coaxially fixed on transmission shaft, coaxially be fixed on from
Driven auxiliary pressing wheel on turn axis, the second groove of annular is coaxially offered on the driven auxiliary pressing wheel, and the active is auxiliary
Position corresponding with the second groove is coaxially arranged with embeddable the second bulge loop in the second groove on pressing aid wheel, when active assists
When pinch roller receives the cover paper of Auxiliary transmission wheels output, active auxiliary pressing wheel and driven auxiliary pressing wheel mutual extrusion cover paper,
The second bulge loop, which is embedded into the second groove, simultaneously carries out impression to cover paper.
As a further improvement of the present invention, the active pinch roller is fixedly connected with respect to one end of active auxiliary pressing wheel
One rotary table, first rotary table are coaxially fixed on transmission shaft, and the top surface of first rotary table is fixedly connected with active pinch roller, and
The top surface is identical as the end face size of active pinch roller；One end of the relatively driven auxiliary pressing wheel of driven pinch roller is fixedly connected with
Two rotary tables, second rotary table are coaxially fixed on driven spindle, and the bottom surface of second rotary table is fixedly connected with driven pinch roller,
And the bottom surface is identical as the end face size of driven pinch roller；First rotary table and the second rotary table are adapted, when active pinch roller with from
When dynamic pressure wheel mutual extrusion cover paper, the side mutual extrusion cover paper of the side of the first rotary table and the second rotary table.
As a further improvement of the present invention, supplement gluing component includes drive rod, two disks being arranged in pairs,
Two disks are coaxially fixed with driven gear, be arranged in pairs on the drive rod respectively with two driven gear positions
Corresponding transmission gear, and two transmission gears are meshed with two driven gears respectively, and two are driven when drive rod rotation
Transmission gear rotates together；The part of the disk is immersed in glue holding tank in glue, when external transport mechanism drives book
When page passes through the centre of two disks, transmission gear rotation is disc-rotated, the two sides of two disk fitting pages, simultaneously
Disk drives glue to be bonded on page.
As a further improvement of the present invention, the frictioning component include the second shaft being rotatably connected on assembling stand,
The second scraper plate for being fixedly connected in the second shaft is immersed in glue holding tank in glue and is rotatably connected on assembling stand
Second gluing roller is rotatably connected on assembling stand and scrapes glue cylinder；When external transport mechanism drives page to pass through rubber-surfaced roll on second
When cylinder, the rotation of the second gluing roller drives glue to be applied on page, supplements the glue on page；Second scraper plate
The second scraper plate is driven to overturn and be fitted in the second gluing when the rotation of the second shaft positioned at the position close to the second gluing roller
On roller, the glue on the second gluing roller is struck off；After the second gluing roller supplements the glue on page, outside is passed
It send mechanism to drive page by scraping glue cylinder, scrapes glue cylinder rotation and take away extra glue on page.
As a further improvement of the present invention, be provided with multiple heat transfer blocks in the glue holding tank, the heat transfer block with
Glue in glue holding tank is in contact, when the glue in heat transfer block adstante febre, glue holding tank receives the heat that heat transfer block issues
Amount.
As a further improvement of the present invention, it is triangle that truncation surface is coaxially fixed on the side of two disks
Bulge loop, two opposite sides of the disk are upturned and are inclined to set, the opposite other side leaching tilted of the disk
Entering into glue, the side of two bulge loops is corresponding, when page passes through from two middle of the disies, disk rotational and bulge loop band
Glue out, the side of two bulge loops and the two sides of page are inconsistent, and glue is applied on the two sides of page.
Beneficial effects of the present invention, the draw frame machine of setting can carry out the acquisition of cover paper, phase by way of absorption
Than crawl mode can better protective cover paper, avoid scratching cover paper when crawl, while compared to directly rubbing by idler wheel
The mode of wiping exports for cover paper, and idler wheel cannot squeeze too tight with cover paper, be easily damaged cover paper, is also easy simultaneously
Multiple cover paper are exported, what can not be squeezed is too loose, and it is easy friction and leads to not transmit less than cover paper, and the mode drawn is just
With biggish inspectable space, and the cover paper of top layer can be only drawn every time, the conveying assembly of setting can cooperate suction machine
Cover paper is transmitted by structure, and cover paper can be carried out impression by the creasing mechanism of setting, and subsequent mucilage binding component is facilitated to carry out glue
Bending mucilage binding when dress, for existing artificial placement cover paper and positioning cover paper, structure through this embodiment into
The artificial working time is greatly saved in row mechanical transfer, improves the efficiency of books mucilage binding.When the page that user folds heap
When paper is placed in external transport mechanism, page can be sequentially transmitted preliminary gluing component, supplement gluing by external transport mechanism
Component, frictioning component can tentatively glue page by tentatively gluing component, coat page surface at the beginning of one layer
The glue for walking gluing is then transported on mechanism for page and is sent to supplement gluing component, carried out by supplement gluing component to page
Supplement gluing, make page can more than glue supplemented, the glue on page is carried out perfect；Being then transported on mechanism can incite somebody to action again
Page by supplement gluing component supplement gluing is transmitted to frictioning component, will be on the page after supplement gluing by frictioning component
The phenomenon that extra glue is struck off, and avoids page from occurring glue in mucilage binding excessive, mucilage binding quality is caused to decline appearance, this
The step of sample is compared for the documents mentioned in background technique, and the present embodiment glues is rigorous, can greatly improve gluing
Effect can guarantee the quality of gluing；Wherein when tentatively gluing component glues page, the first gluing roller can turn
Dynamic, since part of it is immersed in glue, the rotation of the first gluing roller will come out together with glue, when page passes through
First gluing roller, while the first gluing roller is rotating, so that it may constantly take the glue in glue holding tank out of smearing
It is tentatively glued on page, when the first gluing roller is at the end of preliminary gluing, first rotating shaft rotation drives the first scraper plate
Overturning is close to the first gluing roller, when the first scraper plate is inconsistent with the first gluing roller and the first gluing roller continues to rotate
When, the first scraper plate strikes off the glue on the first gluing roller, under avoiding the glue on the first gluing roller from excessively causing successively
Occur glue when to page gluing and smear uneven phenomenon appearance, while also avoiding glue excessively continuous on the first gluing roller
Condensation, causes the diameter of last first gluing roller to become larger, and then influences gluing effect.
Detailed description of the invention
Fig. 1 is overall structure stereoscopic schematic diagram of the invention；
Fig. 2 is overall structure schematic front view of the invention；
Fig. 3 is overall structure schematic top plan view of the invention；
Fig. 4 is conveying assembly partial structure diagram of the invention；
Fig. 5 is feed belt assembling schematic diagram of the invention；
Fig. 6 is auxiliary wheel structural schematic diagram of the invention；
Fig. 7 is active pinch roller of the invention and auxiliary pressing wheel fit structure schematic diagram；
Fig. 8 is active auxiliary pressing wheel and driven auxiliary pressing wheel structural schematic diagram of the invention；
Fig. 9 is overall structure stereoscopic schematic diagram of the invention；
Figure 10 is overall structure schematic top plan view of the invention；
Figure 11 is that supplement of the invention glues modular construction enlarged diagram.
Drawing reference numeral: 101, draw frame machine；1011, siphunculus；10111, through-hole；1012, bleed motor；10121, blade；
1013, ring is adsorbed；102, conveying assembly；1021, active transmission wheel；1022, driven transmission wheel；1023, feed belt；1024,
First transport motor；1025, Auxiliary transmission wheels；1026, the second transport motor；10271, item is assembled；10272, auxiliary wheel；
10273, cross bar is assembled；10274, assembled shaft；10275, torsional spring；103, creasing mechanism；1031, driven spindle；1032, from dynamic pressure
Wheel；1033, transmission shaft；1034, active pinch roller；1035, the first groove；1036, the first bulge loop；1037, active auxiliary pressing wheel；
10371, the second bulge loop；1038, driven auxiliary pressing wheel；10381, the second groove；1041, the first rotary table；1042, the second rotary table；
201, assembling stand；2011, glue holding tank；20111, heat transfer block；202, gumming mechanism；2031, component is tentatively glued；20311,
First rotating shaft；20312, the first gluing roller；20313, the first scraper plate；2032, supplement gluing component；20321, drive rod；
20322, disk；20323, driven gear；20324, transmission gear；2033, frictioning component；20331, the second shaft；20332,
Second gluing roller；20333, glue cylinder is scraped；20334, the second scraper plate；204, bulge loop is glued.
Specific embodiment
The present invention is described in further detail below in conjunction with embodiment given by attached drawing.
Referring to Fig.1 shown in -11, a kind of Full-automatic glue the machine of the present embodiment, including passed including gumming mechanism 202, page
Mechanism, the mechanism that publishes books, mucilage binding mechanism are sent, further includes cover paper transport mechanism, the cover paper transport mechanism includes draw frame machine
101, conveying assembly 102, creasing mechanism 103；The draw frame machine 101 attracts cover paper and cover paper is conveyed to conveying assembly
102, conveying assembly 102 receives the cover paper that draw frame machine 101 conveys and sends the cover paper to creasing mechanism 103, described
Creasing mechanism 103 exports after carrying out impression to cover paper, and the mucilage binding component receives the cover paper that creasing mechanism 103 exports and will
Itself and manuscript mucilage binding；The gumming mechanism 202 includes preliminary gluing component 2031, supplement gluing component 2032, frictioning component
2033, the assembling stand 201 is interior to have glue holding tank 2011；External page transport mechanism drives page successively to pass through on preliminary
Glue component 2031, supplement gluing component 2032, frictioning component 2033, the preliminary gluing component 2031 includes being rotatably connected on dress
With on seat 201 first rotating shaft 20311, be fixedly connected in first rotating shaft 20311 the first scraper plate 20313, be immersed in glue
In holding tank 2011 in glue and the first gluing roller 20312 for being rotatably connected on assembling stand 201, when external page conveyer
When structure drives page to pass through the first gluing roller 20312, the rotation of the first gluing roller 20312 drives glue to be applied on page；
First scraper plate 20313 is located on the position of the first gluing roller 20312, when first rotating shaft 20311 rotates, drives
First scraper plate 20313 overturns and is fitted on the first gluing roller 20312, strikes off the glue on the first gluing roller 20312.
Through the above technical solutions, a placement cover paper can be set when user needs to carry out cover paper placement
Estrade, by the estrade close to draw frame machine 101, when the draw frame machine 101 starting, draw frame machine 101 attracts the envelope on estrade
Facial tissue can be contacted when cover paper is attracted up with conveying assembly 102, and cover paper can be transported and be transmitted by conveying assembly 102 at this time
To creasing mechanism 103, exported after carrying out impression to cover paper by creasing mechanism 103, conveying assembly 102 continues cover at this time
Paper conveying, the mucilage binding until carrying out books to subsequent mucilage binding component.The draw frame machine 101 being provided with can be by absorption
Mode carries out the acquisition of cover paper, compared to crawl mode can better protective cover paper, avoid scratching cover paper when crawl,
It compares directly by way of idler wheel friction and is exported for cover paper simultaneously, idler wheel cannot squeeze too tight with cover paper, hold
Cover paper easy to damage is also easy while exporting multiple cover paper, and what can not be squeezed is too loose, and be easy friction causes less than cover paper
The mode that can not be transmitted, and draw just has biggish inspectable space, and can only draw the cover paper of top layer every time, setting
Conveying assembly 102 can cooperate draw frame machine 101 to be transmitted cover paper, and the creasing mechanism 103 of setting can be by cover paper
Impression is carried out, bending mucilage binding when subsequent mucilage binding component being facilitated to carry out mucilage binding compares existing artificial placement cover paper and positioning
For cover paper, structure through this embodiment carries out mechanical transfer and the artificial working time is greatly saved, and improves books
The efficiency of mucilage binding.When the book page paper that user folds heap is placed in external page transport mechanism, external page transport mechanism
Page can be sequentially transmitted to preliminary gluing component 2031, supplement gluing component 2032, frictioning component 2033, by tentatively gluing
Component 2031 can tentatively glue page, so that page surface is coated one layer of glue tentatively glued, then page
Page is sent to supplement gluing component 2032 by transport mechanism, carries out supplement gluing to page by supplement gluing component 2032,
Make page can more than glue supplemented, the glue on page is carried out perfect；Then page transport mechanism can will pass through again
The page of the supplement gluing supplement gluing of component 2032 is transmitted to frictioning component 2033, will be after supplement gluing by frictioning component 2033
Page on extra glue struck off, avoiding page from occurring in mucilage binding, glue is excessive, causes what mucilage binding quality declined to show
As occurring, in this way compared to the documents mentioned in background technique for, the step of the present embodiment gluing, is rigorous, can mention significantly
The effect of height gluing, can guarantee the quality of gluing；Wherein when tentatively gluing component 2031 glues page, on first
Glue cylinder 20312 can rotate, and since part of it is immersed in glue, the rotation of the first gluing roller 20312 will be with glue
Liquid comes out together, and when page passes through the first gluing roller 20312, while the first gluing roller 20312 is being rotated, so that it may constantly
The glue in glue holding tank 2011 taken out of to be applied on page tentatively glued, when the first gluing roller 20312 exists
At the end of preliminary gluing, first rotating shaft 20311 is rotated, and the overturning of the first scraper plate 20313 is driven to be close to the first gluing roller 20312,
When the first scraper plate 20313 and when the first gluing roller 20312 is inconsistent and the first gluing roller 20312 continues to rotate, first
Scraper plate 20313 strikes off the glue on the first gluing roller 20312, and the glue on the first gluing roller 20312 is avoided excessively to lead
Occur glue when successively gluing to page under cause and smear uneven phenomenon appearance, while also avoiding the glue excessively rubber-surfaced roll on first
It is constantly condensed on cylinder 20312, the diameter of last first gluing roller 20312 is caused to become larger, and then influence gluing effect.
As an improved specific embodiment, the draw frame machine 101 includes siphunculus 1011, bleed motor 1012；Institute
It states and offers multiple through-holes 10111 on siphunculus 1011, blade 10121, the pumping electricity are provided in the bleed motor 1012
Machine 1012 is connect with one end of siphunculus 1011, and when bleed motor 1012 rotates, siphunculus 1011 is extracted in the band rotation of movable vane piece 10121
Interior air；The through-hole 10111 is towards cover paper place, and when the air in siphunculus 1011 is extracted, outside air is logical
It crosses through-hole 10111 to be inhaled into siphunculus 1011, while attracting cover paper；The siphunculus 1011 opens up the position of through-hole 10111
On be coaxially cased with absorption ring 1013, the absorption ring 1013 be in palisade, the through-hole 10111 by palisade adsorb ring 1013 with outside
Boundary is interconnected.
Through the above technical solutions, bleed motor 1012 is started when draw frame machine 101 attracts cover paper, pumping electricity
Machine 1012 will drive the rotation of blade 10121, and blade 10121 extracts the air in siphunculus 1011 out after rotating, in 1011 phase of siphunculus
After being sealed setting to the other end of bleed motor 1012, the efficiency of absorption can be improved, the air in siphunculus 1011 is taken out
Out after outside air can be entered in through-hole 10111 by through-hole 10111, at this time in air generate air-flow by cover paper attract to
The position of through-hole 10111 draws the injury that can be avoided completely to cover paper by way of generating air-flow, improves cover paper
Protective value, it is ensured that the integrality of product.When cover paper is attracted to 10111 position of through-hole on siphunculus 1011,
Cover paper can be fitted on absorption ring 1013, and absorption ring 1013 is arranged to palisade permeability with higher can be outer to avoid influencing
Portion's air enters the efficiency in through-hole 10111, while cover paper can be allowed to have better contact position, compared to being directly drawn
It conforms on siphunculus 1011, cover paper may close through-hole 10111, at this time the extraction air of bleed motor 1012
When intensity is excessively high, the draught head in siphunculus 1011 may result in cover paper breakage, can be kept away by the absorption ring 1013 of palisade
Exempt from such case appearance, it can better protective cover paper.
As an improved specific embodiment, the conveying assembly 102 includes active transmission wheel 1021 and actively transmits
The driven transmission wheel 1022 of 1021 linkage of wheel covers the feed belt in driven transmission wheel 1022 and active transmission wheel 1021 simultaneously
1023, the first transport motor 1024, Auxiliary transmission wheels 1025 and the Auxiliary transmission wheels 1025 to link with active transmission wheel 1021
The second dynamic transport motor 1026；The driven transmission wheel 1022 is coaxially rotatably set on siphunculus 1011；The active
Transmission wheel 1021 is linked by belt and driven transmission wheel 1022；When cover paper be attracted on siphunculus 1011 and and feed belt
1023 it is inconsistent when, the first transport motor 1024 drive active transmission wheel 1021 rotate, while feed belt 1023 drive cover
Paper is conveyed to Auxiliary transmission wheels 1025, and second transport motor 1026 drives Auxiliary transmission wheels 1025 by cover paper to marking press
Structure 103 conveys；The conveying assembly 102 further includes the auxiliary wheel for assembling item 10271, being rotatably connected on assembly item 10271
10272, the assembled shaft 10274 assembling cross bar 10273, being fixedly connected with assembly cross bar 10273；The assembly item 10271 rotates
It is connected in assembled shaft 10274, the auxiliary wheel 10272 is rotatably connected on one end of assembly item 10271, the assembly item
The other end of 10271 opposite auxiliary wheel 10272 is provided with torsional spring 10275, one end of the torsional spring 10275 and assembly item
10271 connections, the other end are connect with assembly cross bar 10273, and the assembly item 10271 is being filled by 10275 elastic hinge joint of torsional spring
With on axis 10274；When torsional spring 10275 is tightened, one end that assembly item 10271 is connect with torsional spring 10275 is pulled to assembly cross bar
10273, the other end is squeezed with auxiliary wheel 10272 to Auxiliary transmission wheels 1025, to cooperate clamping with Auxiliary transmission wheels 1025
Cover paper.
Through the above technical solutions, the driven transmission wheel 1022 of setting is located on siphunculus 1011, size is arranged can be with
It is identical to adsorb ring 1013, when cover paper is adsorbed on absorption ring 1013, cover paper will be inconsistent with feed belt 1023,
It is rotated since the rotation of the first transport motor 1024 will drive active transmission wheel 1021, and then driving belt is driven to be driven,
Driving belt will drive cover paper to be driven by the effect of frictional force at this time, when feed belt 1023 transmits cover paper
When to the position of Auxiliary transmission wheels 1025, the second transport motor 1026 drives Auxiliary transmission wheels 1025 to rotate, Auxiliary transmission wheels
Cover paper is transmitted to creasing mechanism 103 by 1025, transmits paper by feed belt 1023, paper will not be caused roll or
Person generates dent, can keep the original sample of cover paper, has better protective effect.When Auxiliary transmission wheels 1025 transmit cover paper
When, since the tightening of torsional spring 10275 acts on, the one end for assembling item 10271 is packed up, the other end is since lever principle is with auxiliary
Idler wheel 10272 is close to Auxiliary transmission wheels 1025, is bonded with Auxiliary transmission wheels 1025 and compresses cover paper, when Auxiliary transmission wheels 1025 pass
When sending cover paper, auxiliary wheel 10272 cooperates 1025 clamping cover paper of Auxiliary transmission wheels, can increase cover paper and auxiliary transmits
Frictional force between wheel 1025, can allow the transmission process of cover paper more stable, simultaneously because auxiliary wheel 10272 is to turn round
Cooperate transmission cover paper under the action of spring 10275 with Auxiliary transmission wheels 1025, selecting can under the torsional spring 10275 of reasonable coefficient of elasticity
Impression is generated to avoid to cover paper, while when this mode makes cover paper transmission process more stable, it can be to avoid cover paper
In transmission process locating bias is deviated and then caused since the friction unevenness that cover paper receives causes the position of cover paper to generate
The phenomenon that occur.The assembly cross bar 10273 of setting can provide assembled shaft 10274 and the better rigging position of torsional spring 10275；If
The assembled shaft 10274 set can allow assembly item 10271 to be assembled, and then assembly item 10271 and assembled shaft 10274 is allowed to form thick stick
Bar, and then have the function that auxiliary wheel 10272 is allowed to cooperate 1025 clamping cover paper of Auxiliary transmission wheels.
As an improved specific embodiment, the creasing mechanism 103 include driven spindle 1031, coaxially be fixed on from
Driven pinch roller 1032 on turn axis 1031, with the transmission shaft 1033 of the second transport motor 1026 linkage, coaxial be fixed on transmission
Active pinch roller 1034 on axis 1033；The driven spindle 1031 is rotatably connected on assembly cross bar 10273, the active pinch roller
1034 are fixedly connected on transmission shaft 1033, and the Auxiliary transmission wheels 1025 are coaxially fixed on transmission shaft 1033；It is described driven
The first groove 1035 that annular is coaxially offered on pinch roller 1032, it is corresponding with the first groove 1035 on the active pinch roller 1034
Position is coaxially arranged with embeddable the first bulge loop 1036 in the first groove 1035, passes when active pinch roller 1034 receives auxiliary
When sending the cover paper of 1025 output of wheel, active pinch roller 1034 and driven 1032 mutual extrusion cover paper of pinch roller, while the first bulge loop
1036 are embedded into the first groove 1035 to cover paper progress impression；The creasing mechanism 103 further includes coaxially being fixed on transmission
Active auxiliary pressing wheel 1037 on axis 1033, the driven auxiliary pressing wheel 1038 being coaxially fixed on driven spindle 1031, it is described from
The second groove 10381 that annular is coaxially offered on dynamic auxiliary pinch roller 1038, it is recessed with second on the active auxiliary pressing wheel 1037
The corresponding position of slot 10381 is coaxially arranged with embeddable the second bulge loop 10371 in the second groove 10381, when active assists
When pinch roller 1037 receives the cover paper of the output of Auxiliary transmission wheels 1025, active auxiliary pressing wheel 1037 and driven auxiliary pressing wheel 1038
Mutual extrusion cover paper, while the second bulge loop 10371 is embedded into the second groove 10381 to cover paper progress impression.
Through the above technical solutions, when Auxiliary transmission wheels 1025 send cover paper to creasing mechanism 103, the second transmission
It drives transmission shaft 1033 to rotate under 1026 driving effect of motor, drives active pinch roller 1034 and auxiliary when transmission shaft 1033 rotates simultaneously
Help transmission wheel 1025 to rotate, when Auxiliary transmission wheels 1025 and active pinch roller 1034 rotate, Auxiliary transmission wheels 1025 by cover paper to
The transmission of mucilage binding component, while active pinch roller 1034 and the cooperation of driven pinch roller 1032 squeeze cover paper, the first bulge loop 1036 is embedding at this time
Enter into the first groove 1035, impression processing is carried out to cover paper, the driven spindle 1031 of setting facilitates fixed driven pinch roller
1032, the transmission shaft 1033 of setting can drive Auxiliary transmission wheels 1025 and active pinch roller 1034 simultaneously, at this time can be by auxiliary
The cover paper for helping transmission wheel 1025 to transmit cover paper, while being transmitted can squeezing in active pinch roller 1034 and driven pinch roller 1032
Pressure forms impression, and the arrangement that removes photoresist after convenient carries out mucilage binding pressing, wherein driven pinch roller 1032 can use rubber material, tool
Have it is certain can deformability, avoiding active pinch roller 1034 and driven pinch roller 1032 from carrying out impression movement is to destroy cover paper.If
The active auxiliary pressing wheel 1037 and driven auxiliary pressing wheel 1038 set respectively correspond active pinch roller 1034 and driven pinch roller 1032, simultaneously
It is also corresponded to each other in its structure, transmission shaft 1033 will drive active auxiliary pressing wheel 1037 to rotate simultaneously when rotating, by this
Setting directly can carry out impression arranged side by side to cover paper, cooperation and active pinch roller 1034 and driven pinch roller 1032 can be pressed directly
Two parallel impressions out facilitate mucilage binding component in mucilage binding to the bending of cover paper, when cover paper and page are carried out mucilage binding
More convenient, bending cover paper will not be rolled over partially.
As an improved specific embodiment, one end of the opposite active auxiliary pressing wheel 1037 of the active pinch roller 1034 is solid
Surely it is connected with the first rotary table 1041, first rotary table 1041 is coaxially fixed on transmission shaft 1033, first rotary table 1041
Top surface be fixedly connected with active pinch roller 1034, and the top surface is identical as the end face size of active pinch roller 1034；It is described from dynamic pressure
One end of 1032 relatively driven auxiliary pressing wheels 1038 of wheel is fixedly connected with the second rotary table 1042, and second rotary table 1042 is coaxially solid
Be scheduled on driven spindle 1031, the bottom surface of second rotary table 1042 is fixedly connected with driven pinch roller 1032, and the bottom surface with from
The end face size of dynamic pressure wheel 1032 is identical；First rotary table 1041 and the second rotary table 1042 are adapted, when active pinch roller 1034
When with driven 1032 mutual extrusion cover paper of pinch roller, the side mutual extrusion of the side of the first rotary table 1041 and the second rotary table 1042
Cover paper.
Through the above technical solutions, when active pinch roller 1034 and 1032 mutual extrusion of driven pinch roller pressing cover paper, the
Meeting mutual extrusion in the side of one rotary table 1041 and the second rotary table 1042 is matched since the side of rotary table has certain tilt angle
The impression effect for closing the first bulge loop 1036 and the first groove 1035, cover paper can be bent along impression, so that subsequent
Mucilage binding component carries out being more easier to bend mucilage binding again when mucilage binding, and avoiding will not in the subsequent mucilage binding bending cover paper of mucilage binding component
Folding is inclined.
As an improved specific embodiment, the supplement gluing component 2032 includes drive rod 20321, two pairs of
The disk 20322 of setting, two disks 20322 are coaxially fixed with driven gear 20323, on the drive rod 20321
It has been arranged in pairs transmission gear 20324 corresponding with two 20323 positions of driven gear, and two transmission gears 20324 respectively
It is meshed respectively with two driven gears 20323, drives two transmission gears 20324 to turn together when drive rod 20321 rotates
It is dynamic；The part of the disk 20322 is immersed in glue holding tank 2011 in glue, when external page transport mechanism drives page
By two disks 20322 centre when, the rotation of transmission gear 20324 drives disk 20322 to rotate, and two disks 20322 paste
The two sides of page are closed, while disk 20322 drives glue to be bonded on page.
Through the above technical solutions, after page was transmitted the first gluing roller 20312 by page transport mechanism, after
It is continuous page is sent to supplement gumming mechanism 202 to carry out supplement gluing, wherein when page is by between two disks 20322,
The side of two disks 20322 can be mutually bonded with the two sides of page respectively, while drive rod 20321 rotates, and will drive biography
The dynamic transmission gear 20324 caught up with rotates, and transmission gear 20324 is meshed with driven gear 20323, then transmission gear
20324 drive driven gear 20323 to be driven, and then disk 20322 is driven to rotate, since 20322 part of disk is immersed in glue
In, glue can be taken out of when disk 20322 rotates at this time, glue then can be also had on the side of disk 20322, at this time disk
Glue can be applied on the two sides of page by 20322 rotations, and then carry out supplement gluing to page, simultaneously because to page
Two sides glued, cooperation the first gluing roller 20312 edge of page is glued, page can be allowed by glue at this time
The area of liquid package is more and more uniform, and when so that page and cover paper being carried out mucilage binding, mucilage binding effect is more preferable；Two transmissions
Gear 20324 is arranged on drive rod 20321, drives two transmission gears simultaneously when drive rod 20321 rotates in this way
20324 rotations as long as keeping the specification of two transmission gears 20324 consistent, while keeping the specification of two driven gears 20323
Unanimously, also keep the specification of disk 20322 consistent, so that it may keep the revolving speed of two disks 20322 consistent, two such disk
20322 there will be no rotational speed difference, avoids the phenomenon that rubbing page when being bonded page rotation appearance；It also only needs simultaneously
One power source drive drive rod 20321 rotates, and saves the space and cost of second power source of installation.
As an improved specific embodiment, the frictioning component 2033 includes being rotatably connected on assembling stand 201
Second shaft 20331, is immersed in glue holding tank 2011 the second scraper plate 20334 being fixedly connected in the second shaft 20331
In glue and be rotatably connected on assembling stand 201 the second gluing roller 20332, be rotatably connected on assembling stand 201 and scrape rubber-surfaced roll
Cylinder 20333；When external page transport mechanism drives page to pass through the second gluing roller 20332, the second 20332 turns of gluing roller
It is dynamic that glue is driven to be applied on page, the glue on page is supplemented；Second scraper plate 20334 is located on second
The position of glue cylinder 20332 drives the second scraper plate 20334 to overturn and is fitted in the second gluing when the rotation of the second shaft 20331
On roller 20332, the glue on the second gluing roller 20332 is struck off；When the second gluing roller 20332 to the glue on page into
After row supplement, external page transport mechanism drives page by scraping glue cylinder 20333, scrapes the rotation of glue cylinder 20333 and takes away page
Upper extra glue.
Through the above technical solutions, after page is transferred through supplement gluing component 2032 by page transport mechanism,
Continue to drive to page on the second gluing roller 20332, when the rotation of the second gluing roller 20332, with the first gluing roller
20312 is similar, can take glue, while the second constantly rotation of gluing roller 20332 out of, glue is applied on the edge of page,
The edge of page is glued again, the glue for avoiding page from leading to edge under the fitting of two disks 20322 drips not
, while the glue of page edge and two sides can also be carried out in succession, making the glue on page mutually blend integrally, improving
Glue effect；And compared to the mode for omitting the first gluing roller 20312, the present embodiment also passes through the first gluing roller of setting
20312 guarantee the effect of most important edge gluing on page；And page is glued in the second gluing roller 20332 and is completed
Afterwards, the second shaft 20331 can be rotated, the second scraper plate 20334 and the second gluing roller 20332 are wanted to contradict, while rotating the
Two gluing rollers 20332 allow the glue on the second gluing roller 20332 to be struck off by the second scraper plate 20334, to avoid glue
It is condensed on two gluing rollers 20332, influences the gluing effect of the second gluing roller 20332, while also avoiding the second gluing roller
The glue that glue on 20332 excessively causes smear when gluing next time is excessive；It is finished in the gluing of the second gluing roller 20332
Afterwards, page is sent to by page transport mechanism scrapes glue cylinder 20333 and rotates, and the edge for scraping glue cylinder 20333 and page keeps one
Fixed gap, scrape glue cylinder 20333 and rotate take away be more than on page edge the gap glue, it is more on the page that can go out in this way
Remaining glue makes the mucilage binding effect of page more preferable, while also avoiding the waste of glue, and extra glue is scraped glue cylinder 20333
It can be continuously introduced in glue holding tank 2011 after taking away.
As an improved specific embodiment, multiple heat transfer blocks 20111, institute are provided in the glue holding tank 2011
It states heat transfer block 20111 to be in contact with the glue in glue holding tank 2011, when 20111 adstante febre of heat transfer block, glue holding tank
Glue in 2011 receives the heat that heat transfer block 20111 issues.
Through the above technical solutions, heat generating device is a simple heating board in the prior art, glue is placed it in
The bottom of liquid holding tank 2011 is provided with multiple heat transfer blocks 20111 in the present embodiment in glue holding tank 2011, in this way heat transfer
Block 20111 can be contacted directly with glue, increase the heating surface area of glue, be improved fast to the thawing of glue when starting device
Degree reduces the waiting time, while also greatly reducing a possibility that glue condensation during gluing, improves on the ground of weather cold
The adaptability of side.
As an improved specific embodiment, truncation surface is coaxially fixed on the side of two disks 20322
For the gluing bulge loop 204 of triangle, two opposite sides of the disk 20322 are upturned and are inclined to set, the circle
The opposite other side tilted of disk 20322 is immersed in glue, and the side of two gluing bulge loops 204 is corresponding, when page is from two
When passing through among disk 20322, disk 20322, which rotates and glues bulge loop 204, takes glue, the side of two gluing bulge loops 204 out of
Face and the two sides of page are inconsistent, and glue is applied on the two sides of page.
Through the above technical solutions, when two disks 20322 glue the two sides of page, 20322 turns of disk
Dynamic to take the glue in glue holding tank 2011 out of, glue will be had by then gluing on bulge loop 204, when two gluings are convex
When the side of ring 204 is inconsistent with written two sides respectively, the glue glued on bulge loop 204 is applied on page, the gluing
The truncation surface of bulge loop 204 can be improved between gluing bulge loop 204 and page the clamping of page at triangle, by its two sides
Contact area, simultaneously because disk 20322 is inclined to set, the extra glue of glue on such disk 20322 can be in weight
It is flow back into glue holding tank 2011 under power effect along the inclined-plane that disk 20322 is formed, also glue is avoided excessively to remain in circle
Occurs glue on disk 20322 the phenomenon that condensing on disk 20322.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (9)
1. a kind of Full-automatic glue the machine, including gumming mechanism (202), page transport mechanism, the mechanism that publishes books, mucilage binding mechanism and it is used for
The assembling stand (201) of gumming mechanism is installed, which is characterized in that it further include cover paper transport mechanism, the cover paper transport mechanism
Including draw frame machine (101), conveying assembly (102), creasing mechanism (103)；The draw frame machine (101) attracts cover paper and handle
Cover paper is conveyed to conveying assembly (102), and conveying assembly (102) receives the cover paper of draw frame machine (101) conveying and by the envelope
Facial tissue is sent to creasing mechanism (103), and the creasing mechanism (103) exports after carrying out impression to cover paper, the mucilage binding mechanism
Receive the cover paper of creasing mechanism (103) output and by itself and manuscript mucilage binding；The gumming mechanism (202) includes preliminary gluing group
Part (2031), supplement gluing component (2032), frictioning component (2033), the assembling stand (201) is interior to have glue holding tank
(2011)；External transport mechanism drives page successively by preliminary gluing component (2031), supplement gluing component (2032), frictioning
Component (2033), preliminary gluing component (2031) includes the first rotating shaft being rotatably connected on assembling stand (201)
(20311), the first scraper plate (20313) for being fixedly connected on first rotating shaft (20311) is immersed in glue holding tank (2011)
In glue and the first gluing roller (20312) for being rotatably connected on assembling stand (201), when external transport mechanism drives page warp
When crossing the first gluing roller (20312), the first gluing roller (20312) rotation drives glue to be applied on page；Described first
Scraper plate (20313) is located on the position of the first gluing roller (20312), when first rotating shaft (20311) rotation, drives the
One scraper plate (20313) overturns and is fitted on the first gluing roller (20312), strikes off the glue on the first gluing roller (20312)
Liquid.
2. Full-automatic glue the machine according to claim 1, which is characterized in that the draw frame machine (101) includes siphunculus
(1011), bleed motor (1012)；Multiple through-holes (10111), the bleed motor are offered on the siphunculus (1011)
(1012) it is provided on blade (10121), the bleed motor (1012) connect with one end of siphunculus (1011), works as bleed motor
(1012) when rotating, the air extracted in siphunculus (1011) is rotated with movable vane piece (10121)；Through-hole (10111) the direction envelope
Facial tissue place, when the air in siphunculus (1011) is extracted, outside air is inhaled into siphunculus by through-hole (10111)
(1011) in, while attracting cover paper；The siphunculus (1011), which opens up, is coaxially cased with absorption ring on the position of through-hole (10111)
(1013), the absorption ring (1013) is in palisade, and the through-hole (10111) is mutually interconnected by palisade absorption ring (1013) with extraneous
It is logical.
3. Full-automatic glue the machine according to claim 2, which is characterized in that the conveying assembly (102) includes actively passing
It send wheel (1021), the driven transmission wheel (1022) to link with active transmission wheel (1021) while covering in driven transmission wheel (1022)
With the feed belt (1023) on active transmission wheel (1021), the first transport motor with active transmission wheel (1021) linkage
(1024), Auxiliary transmission wheels (1025), the second transport motor (1026) with Auxiliary transmission wheels (1025) linkage；The driven biography
Wheel (1022) is sent coaxially rotatably to be set on siphunculus (1011)；The active transmission wheel (1021) passes through belt and driven biography
Wheel (1022) are sent to link；When cover paper is attracted on siphunculus (1011) and is inconsistent with feed belt (1023), first is passed
Power transmission machine (1024) drives active transmission wheel (1021) rotation, while feed belt (1023) drives cover paper to Auxiliary transmission wheels
(1025) it conveys, second transport motor (1026) drives Auxiliary transmission wheels (1025) by cover paper to creasing mechanism (103)
Conveying；The conveying assembly (102) further includes the auxiliary wheel for assembling item (10271), being rotatably connected in assembly item (10271)
(10272), the assembled shaft (10274) assembling cross bar (10273), being fixedly connected with assembly cross bar (10273)；The assembly item
(10271) it is rotatably connected on assembled shaft (10274), the auxiliary wheel (10272) is rotatably connected on assembly item (10271)
The other end of one end, the opposite auxiliary wheel (10272) of assembly item (10271) is provided with torsional spring (10275), the torsional spring
(10275) one end is connect with assembly item (10271), and the other end is connect with assembly cross bar (10273), the assembly item
(10271) through torsional spring (10275) elastic hinge joint on assembled shaft (10274)；When torsional spring (10275) tightening, item is assembled
(10271) one end connecting with torsional spring (10275) is pulled to assembly cross bar (10273), and the other end is with auxiliary wheel (10272)
It is squeezed to Auxiliary transmission wheels (1025), to cooperate clamping cover paper with Auxiliary transmission wheels (1025).
4. Full-automatic glue the machine according to claim 3, which is characterized in that the creasing mechanism (103) includes from turn
Axis (1031), the driven pinch roller (1032) being coaxially fixed on driven spindle (1031) link with the second transport motor (1026)
Transmission shaft (1033), the active pinch roller (1034) that is coaxially fixed on transmission shaft (1033)；The driven spindle (1031) turns
Dynamic to be connected in assembly cross bar (10273), the active pinch roller (1034) is fixedly connected on transmission shaft (1033), the auxiliary
Transmission wheel (1025) is coaxially fixed on transmission shaft (1033)；The first of annular is coaxially offered on the driven pinch roller (1032)
Groove (1035), position corresponding with the first groove (1035) is coaxially arranged with embeddable on the active pinch roller (1034)
The first bulge loop (1036) in one groove (1035), when active pinch roller (1034) receives the envelope of Auxiliary transmission wheels (1025) output
When facial tissue, active pinch roller (1034) and driven pinch roller (1032) mutual extrusion cover paper, while the first bulge loop (1036) is embedded into
Impression is carried out to cover paper in first groove (1035)；The creasing mechanism (103) further includes coaxially being fixed on transmission shaft
(1033) active auxiliary pressing wheel (1037) on, the driven auxiliary pressing wheel (1038) being coaxially fixed on driven spindle (1031),
The second groove (10381) of annular, the active auxiliary pressing wheel are coaxially offered on the driven auxiliary pressing wheel (1038)
(1037) position corresponding with the second groove (10381) is coaxially arranged with embeddable second in the second groove (10381) on
Bulge loop (10371) is actively assisted when active auxiliary pressing wheel (1037) receives the cover paper of Auxiliary transmission wheels (1025) output
Pinch roller (1037) and driven auxiliary pressing wheel (1038) mutual extrusion cover paper, while to be embedded into second recessed for the second bulge loop (10371)
Impression is carried out to cover paper in slot (10381).
5. Full-automatic glue the machine according to claim 4, which is characterized in that the active pinch roller (1034) is opposite actively auxiliary
One end of pressing aid wheel (1037) is fixedly connected with the first rotary table (1041), and first rotary table (1041) is coaxially fixed on transmission shaft
(1033) on, the top surface of first rotary table (1041) is fixedly connected with active pinch roller (1034), and the top surface and active pinch roller
(1034) end face size is identical；One end of the relatively driven auxiliary pressing wheel (1038) of the driven pinch roller (1032) is fixedly connected with
Second rotary table (1042), second rotary table (1042) are coaxially fixed on driven spindle (1031), second rotary table
(1042) bottom surface is fixedly connected with driven pinch roller (1032), and the bottom surface is identical as the end face size of driven pinch roller (1032)；
First rotary table (1041) and the second rotary table (1042) are adapted, when active pinch roller (1034) and driven pinch roller (1032) are mutual
When squeezing cover paper, the side of the first rotary table (1041) and the side mutual extrusion cover paper of the second rotary table (1042).
6. Full-automatic glue the machine according to claim 1, which is characterized in that supplement gluing component (2032) includes passing
Lever (20321), two disks (20322) being arranged in pairs, two disks (20322) are coaxially fixed with driven gear
(20323), transmission corresponding with two driven gear (20323) positions respectively has been arranged in pairs on the drive rod (20321)
Gear (20324), and two transmission gears (20324) are meshed with two driven gears (20323) respectively, work as drive rod
(20321) two transmission gears (20324) are driven to rotate together when rotating；The part of the disk (20322) is immersed in glue
In holding tank (2011) interior glue, when external transport mechanism drives page to pass through the centre of two disks (20322), driving cog
It takes turns (20324) rotation and drives disk (20322) rotation, the two sides of two disk (20322) fitting pages, while disk
(20322) glue is driven to be bonded on page.
7. Full-automatic glue the machine according to claim 6, which is characterized in that the frictioning component (2033) includes that rotation connects
It connects in the second shaft (20331) on assembling stand (201), the second scraper plate for being fixedly connected on the second shaft (20331)
(20334), it is immersed in the second gluing roller in glue holding tank (2011) interior glue and being rotatably connected on assembling stand (201)
(20332), it is rotatably connected on assembling stand (201) and scrapes glue cylinder (20333)；When external transport mechanism drives page to pass through second
When gluing roller (20332), the second gluing roller (20332) rotation drives glue to be applied on page, to the glue on page
It is supplemented；Second scraper plate (20334) is located at close to the position of the second gluing roller (20332), when the second shaft
(20331) it when rotating, drives the second scraper plate (20334) to overturn and is fitted on the second gluing roller (20332), strike off on second
Glue on glue cylinder (20332)；After the second gluing roller (20332) supplements the glue on page, outside transmission
Mechanism drives page by scraping glue cylinder (20333), scrapes glue cylinder (20333) rotation and takes away extra glue on page.
8. Full-automatic glue the machine according to claim 7, which is characterized in that be provided in the glue holding tank (2011)
Multiple heat transfer blocks (20111), the heat transfer block (20111) are in contact with the glue in glue holding tank (2011), work as heat transfer block
(20111) adstante febre, the glue in glue holding tank (2011) receive the heat that heat transfer block (20111) issue.
9. Full-automatic glue the machine according to claim 8, which is characterized in that on the side of two disks (20322)
It is coaxially fixed with the gluing bulge loop (204) that truncation surface is triangle, two opposite sides of the disk (20322) are upward
Tilting is inclined to set, and the opposite other side tilted of the disk (20322) is immersed in glue, two gluing bulge loops (204)
Side it is corresponding, when page passes through among two disks (20322), disk (20322) rotates and glues bulge loop
(204) glue is taken out of, the sides of two gluings bulge loop (204) and the two sides of page are inconsistent, and glue is applied to page
Two sides on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811135702.5A CN109177576B (en) | 2018-09-28 | 2018-09-28 | A kind of Full-automatic glue the machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811135702.5A CN109177576B (en) | 2018-09-28 | 2018-09-28 | A kind of Full-automatic glue the machine |
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| Publication Number | Publication Date |
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| CN109177576A CN109177576A (en) | 2019-01-11 |
| CN109177576B true CN109177576B (en) | 2019-08-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811135702.5A Active CN109177576B (en) | 2018-09-28 | 2018-09-28 | A kind of Full-automatic glue the machine |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112278923B (en) * | 2020-10-11 | 2021-07-02 | 广东金宣发包装科技有限公司 | Local plate combining machine |
| CN113147213B (en) * | 2021-06-01 | 2023-07-04 | 杭州惠宝机电股份有限公司 | Clamp-in type cover indentation conveying mechanism of cementing machine and control method thereof |
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|---|---|---|---|---|
| EP2589498A1 (en) * | 2011-11-07 | 2013-05-08 | Smyth S.r.l. | Brochure producing machine |
| CN105818565A (en) * | 2015-01-08 | 2016-08-03 | 北京金海王星信息咨询有限公司 | Spine shaping device and full-automatic envelope gumming machine, envelope gumming method thereof |
| CN107933131A (en) * | 2017-12-18 | 2018-04-20 | 杭州中冠瀚明科技有限公司 | The gear wheel linkage open-and-close mechanism and cementing machine of cementing machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5267231B2 (en) * | 2009-03-11 | 2013-08-21 | コニカミノルタビジネステクノロジーズ株式会社 | Punching device, post-processing device and image forming system |
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2018
- 2018-09-28 CN CN201811135702.5A patent/CN109177576B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2589498A1 (en) * | 2011-11-07 | 2013-05-08 | Smyth S.r.l. | Brochure producing machine |
| CN105818565A (en) * | 2015-01-08 | 2016-08-03 | 北京金海王星信息咨询有限公司 | Spine shaping device and full-automatic envelope gumming machine, envelope gumming method thereof |
| CN107933131A (en) * | 2017-12-18 | 2018-04-20 | 杭州中冠瀚明科技有限公司 | The gear wheel linkage open-and-close mechanism and cementing machine of cementing machine |
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