CN208898175U - A kind of cover paper transport mechanism - Google Patents
A kind of cover paper transport mechanism Download PDFInfo
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- CN208898175U CN208898175U CN201821595790.2U CN201821595790U CN208898175U CN 208898175 U CN208898175 U CN 208898175U CN 201821595790 U CN201821595790 U CN 201821595790U CN 208898175 U CN208898175 U CN 208898175U
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Abstract
The utility model discloses a kind of cover paper transport mechanisms, including transport mechanism ontology and mucilage binding component, which is characterized in that transport mechanism ontology includes draw frame machine, conveying assembly, creasing mechanism；The draw frame machine attracts cover paper and cover paper is conveyed to conveying assembly, conveying assembly receives the cover paper of draw frame machine conveying and sends the cover paper to creasing mechanism, the creasing mechanism exports after carrying out impression to cover paper, and the mucilage binding component receives the cover paper of creasing mechanism output and by itself and manuscript mucilage binding.The utility model can automatically deliver cover paper liberation employee's both hands.
Description
Technical field
The utility model relates to cementing machine technical fields, specially one of cementing machine cover paper transport mechanism.
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.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide one kind can automatically deliver cover paper
Liberate the cover paper transport mechanism of employee's both hands.
To achieve the above object, the utility model provides following technical solution: a kind of cover paper transport mechanism, including passes
Mechanism body and mucilage binding component are sent, transport mechanism ontology includes draw frame machine, conveying assembly, creasing mechanism；The draw frame machine
Attract cover paper that cover paper is simultaneously conveyed to conveying assembly, conveying assembly receives the cover paper of draw frame machine conveying and by the cover
Paper sends creasing mechanism to, and the creasing mechanism exports after carrying out impression to cover paper, and the mucilage binding component receives creasing mechanism
The cover paper of output and by itself and manuscript mucilage binding.
Draw frame machine includes siphunculus, bleed motor as a further improvement of the utility model,；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 and is coaxially cased with absorption ring on the position of through-hole as a further improvement of the utility model, institute
Absorption ring is stated in palisade, the through-hole adsorbs ring by palisade and the external world is interconnected.
The conveying assembly includes that active transmission wheel and active transmission wheel join as a further improvement of the utility model,
Dynamic driven transmission wheel, the feed belt covered in driven transmission wheel and active transmission wheel simultaneously, with the linkage of active transmission wheel
First transport motor, Auxiliary transmission wheels, the second transport motor with Auxiliary transmission wheels linkage；The driven transmission wheel can coaxially turn
Dynamic is set on siphunculus；The active transmission wheel is linked by belt and driven transmission wheel；When cover paper is attracted to siphunculus
When upper and inconsistent with feed belt, the first transport motor drives the rotation of active transmission wheel, while feed belt drives cover paper
It is conveyed to Auxiliary transmission wheels, second transport motor drives Auxiliary transmission wheels to convey cover paper to creasing mechanism.
The conveying assembly further includes assembly item, is rotatably connected on assembly item as a further improvement of the utility model,
On auxiliary wheel, assembly cross bar, with assemble the assembled shaft that is fixedly connected of cross bar；The assembly item is rotatably connected on assembled shaft
On, the auxiliary wheel is rotatably connected on one end of assembly item, and the other end of the opposite auxiliary wheel of the assembly item is provided with
One end of torsional spring, the torsional spring is connect with assembly item, and the other end is connect with assembly cross bar, and the assembly item is cut with scissors by torsional spring elasticity
It connects in assembled shaft；When torsional spring tightening, one end that assembly item is connect with torsional spring is pulled to assembly cross bar, and the other end is with auxiliary
Idler wheel is squeezed to Auxiliary transmission wheels, to cooperate clamping cover paper with Auxiliary transmission wheels.
The creasing mechanism includes driven spindle, is coaxially fixed on from turn as a further improvement of the utility model,
Driven pinch roller on axis, transmission shaft, the coaxial active pinch roller being fixed on transmission shaft with the linkage of the second transport motor；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 coaxial
It is fixed on transmission shaft；The first groove that annular is coaxially offered on the driven pinch roller, it is recessed with first on the active pinch roller
The corresponding position of slot is coaxially arranged with embeddable the first bulge loop in the first groove, when active pinch roller receives Auxiliary transmission wheels
When the cover paper of output, active pinch roller and driven pinch roller mutual extrusion cover paper, while the first bulge loop is embedded into the first groove
Impression is carried out to cover paper.
The creasing mechanism further includes the active being coaxially fixed on transmission shaft as a further improvement of the utility model,
Auxiliary pressing wheel is coaxially fixed on driven auxiliary pressing wheel on driven spindle, coaxially offers annular on the driven auxiliary pressing wheel
The second groove, position corresponding with the second groove is coaxially arranged with embeddable into the second groove on the active auxiliary pressing wheel
The second bulge loop, when active auxiliary pressing wheel receive Auxiliary transmission wheels output cover paper when, active auxiliary pressing wheel with it is driven auxiliary
Pressing aid wheel mutual extrusion cover paper, while the second bulge loop is embedded into the second groove to cover paper progress impression.
The active pinch roller is fixedly connected with respect to one end of active auxiliary pressing wheel as a further improvement of the utility model,
There is the first rotary table, first rotary table is coaxially fixed on transmission shaft, the top surface of first rotary table and the fixed company of active pinch roller
It connects, 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 fixed to be connected
It is connected to the second rotary table, second rotary table is coaxially fixed on driven spindle, and the bottom surface of second rotary table and driven pinch roller are solid
Fixed connection, 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 is pressed
When wheel is with driven pinch roller mutual extrusion cover paper, the side mutual extrusion cover paper of the side of the first rotary table and the second rotary table.
The draw frame machine of the beneficial effects of the utility model, setting can carry out obtaining for cover paper by way of absorption
Take, compared to crawl mode can better protective cover paper, avoid scratching cover paper when crawl, while compared to directly passing through rolling
The mode of friction is taken turns to export for cover paper, idler wheel cannot squeeze too tight with cover paper, be easily damaged cover paper, be also easy
Multiple cover paper are exported simultaneously, what can not be squeezed is too loose, is easy the side that friction leads to not transmit, and draws less than cover paper
Formula just has biggish inspectable space, and can only draw the cover paper of top layer every time, and the conveying assembly of setting can cooperate suction
Take mechanism to be transmitted cover paper, cover paper can be carried out impression by the creasing mechanism of setting, facilitate subsequent mucilage binding component into
Bending mucilage binding when row mucilage binding, for existing artificial placement cover paper and positioning cover paper, knot through this embodiment
Structure carries out mechanical transfer and the artificial working time is greatly saved, and improves the efficiency of books mucilage binding.
Detailed description of the invention
Fig. 1 is the overall structure stereoscopic schematic diagram of the utility model；
Fig. 2 is the overall structure schematic front view of the utility model；
Fig. 3 is the overall structure schematic top plan view of the utility model；
Fig. 4 is the conveying assembly partial structure diagram of the utility model；
Fig. 5 is the feed belt assembling schematic diagram of the utility model；
Fig. 6 is the auxiliary wheel structural schematic diagram of the utility model；
Fig. 7 is the active pinch roller and auxiliary pressing wheel fit structure schematic diagram of the utility model；
Fig. 8 is the active auxiliary pressing wheel and driven auxiliary pressing wheel structural schematic diagram of the utility model.
Drawing reference numeral: 1, draw frame machine；11, siphunculus；111, through-hole；12, bleed motor；121, blade；13, ring is adsorbed；
2, conveying assembly；21, active transmission wheel；22, driven transmission wheel；23, feed belt；24, the first transport motor；25, auxiliary passes
Send wheel；26, the second transport motor；271, item is assembled；272, auxiliary wheel；273, cross bar is assembled；274, assembled shaft；275, it turns round
Spring；3, creasing mechanism；31, driven spindle；32, driven pinch roller；33, transmission shaft；34, active pinch roller；35, the first groove；36,
One bulge loop；37, active auxiliary pressing wheel；371, the second bulge loop；38, driven auxiliary pressing wheel；381, the second groove；41, the first rotary table；
42, the second rotary table.
Specific embodiment
The utility model is described in further detail below in conjunction with embodiment given by attached drawing.
Referring to Fig.1 shown in -8, a kind of cover paper transport mechanism of the present embodiment, including transport mechanism ontology and mucilage binding group
Part, transport mechanism ontology include draw frame machine 1, conveying assembly 2, creasing mechanism 3；The draw frame machine 1 attracts cover paper and handle
Cover paper is conveyed to conveying assembly 2, and conveying assembly 2 receives the cover paper that draw frame machine 1 conveys and sends the cover paper to pressure
Trace mechanism 3, the creasing mechanism 3 export after carrying out impression to cover paper, and the mucilage binding component receives the envelope that creasing mechanism 3 exports
Facial tissue and by itself and manuscript mucilage binding.
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 1, when the draw frame machine 1 starting, draw frame machine 1 attracts the cover paper on estrade, when
It when cover paper is attracted up, can be contacted with conveying assembly 2, cover paper fortune can be transferred to creasing mechanism by conveying assembly 2 at this time
3, it is exported after carrying out impression to cover paper by creasing mechanism 3, conveying assembly 2 continues to convey cover paper at this time, after giving
Continuous mucilage binding component carries out the mucilage binding of books.The draw frame machine 1 being provided with can carry out cover paper by way of absorption
Obtain, compared to crawl mode can better protective cover paper, avoid scratching cover paper when crawl, while compared to directly passing through
The mode of idler wheel friction exports for cover paper, and idler wheel cannot squeeze too tight with cover paper, is easily damaged cover paper, also holds
Multiple cover paper easily are exported simultaneously, what can not be squeezed is too loose, and it is easy friction and leads to not transmit less than cover paper, and draw
Mode just has biggish inspectable space, and can only draw the cover paper of top layer every time, and the conveying assembly 2 of setting can cooperate
Cover paper is transmitted by draw frame machine 1, and cover paper can be carried out impression by the creasing mechanism 3 of setting, facilitates subsequent mucilage binding group
Part carries out bending mucilage binding when mucilage binding, for existing artificial placement cover paper and positioning cover paper, through this embodiment
Structure carry out mechanical transfer the artificial working time is greatly saved, improve the efficiency of books mucilage binding.
As an improved specific embodiment, draw frame machine 1 includes siphunculus 11, bleed motor 12；On the siphunculus 11
Multiple through-holes 111 are offered, blade 121, one end of the bleed motor 12 and siphunculus 11 are provided in the bleed motor 12
Connection rotates the air extracted in siphunculus 11 with movable vane piece 121 when bleed motor 12 is rotated；The through-hole 111 is towards cover
Paper place, when the air in siphunculus 11 is extracted, outside air is inhaled into siphunculus 11 by through-hole 111, is inhaled simultaneously
Draw cover paper.
Through the above technical solutions, bleed motor 12 is started, bleed motor 12 when draw frame machine 1 attracts cover paper
It will drive the rotation of blade 121, blade 121 extracts the air in siphunculus 11 out after rotating, in siphunculus 11 with respect to bleed motor 12
After the other end is sealed setting, the efficiency of absorption can be improved, the air in siphunculus 11, which is extracted rear outside air, to be passed through
Through-hole 111 enters in through-hole 111, generates air-flow in air at this time and cover paper is attracted the position to through-hole 111, pass through generation
The mode of air-flow draws the injury that can be avoided completely to cover paper, improves the protective value of cover paper, it is ensured that product
Integrality.
As an improved specific embodiment, the siphunculus 11, which opens up, is coaxially cased with absorption ring on the position of through-hole 111
13, the absorption ring 13 is in palisade, and the through-hole 111 adsorbs ring 13 by palisade and the external world is interconnected.
Through the above technical solutions, cover paper can be bonded when cover paper is attracted to 111 position of through-hole on siphunculus 11
On absorption ring 13, absorption ring 13, which is arranged to palisade permeability with higher, to enter through-hole to avoid outside air is influenced
Efficiency in 111, while cover paper can be allowed to have better contact position, it is conformed on siphunculus 11 compared to being directly drawn
It says, cover paper may close through-hole 111, when the intensity of the extraction air of bleed motor 12 is excessively high at this time, in siphunculus 11
Draught head may result in cover paper breakage, can occur by the absorption ring 13 of palisade to avoid such case, can be better
Protective cover paper.
As an improved specific embodiment, the conveying assembly 2 includes active transmission wheel 21 and active transmission wheel 21
The driven transmission wheel 22 of linkage, the feed belt 23 covered in driven transmission wheel 22 and active transmission wheel 21 simultaneously are passed with active
Send the first transport motor 24, Auxiliary transmission wheels 25, the second transport motor 26 to link with Auxiliary transmission wheels 25 of 21 linkage of wheel；Institute
Driven transmission wheel 22 is stated coaxially rotatably to be set on siphunculus 11；The active transmission wheel 21 passes through belt and driven transmission wheel
22 linkages；When cover paper is attracted on siphunculus 11 and is inconsistent with feed belt 23, the first transport motor 24 is driven actively
Transmission wheel 21 rotates, while feed belt 23 drives cover paper to convey to Auxiliary transmission wheels 25,26 band of the second transport motor
Dynamic auxiliary transmission wheel 25 conveys cover paper to creasing mechanism 3.
Through the above technical solutions, the driven transmission wheel 22 of setting is located on siphunculus 11, size setting can be with absorption
Ring 13 is identical, and when cover paper is adsorbed on absorption ring 13, cover paper will be inconsistent with feed belt 23, due to the first biography
The rotation of power transmission machine 24 will drive the rotation of active transmission wheel 21, and then driving belt is driven to be driven, and driving belt is just at this time
Cover paper can be driven to be driven by the effect of frictional force, when cover paper is transmitted to Auxiliary transmission wheels 25 by feed belt 23
When position, the second transport motor 26 drives Auxiliary transmission wheels 25 to rotate, and cover paper is transmitted to creasing mechanism by Auxiliary transmission wheels 25
3, paper is transmitted by feed belt 23, paper will not be caused to roll or generate dent, the original of cover paper can be kept
Sample has better protective effect.
As an improved specific embodiment, the conveying assembly 2 further includes assembly item 271, is rotatably connected on assembly
Auxiliary wheel 272, assembly cross bar 273 on item 271, the assembled shaft 274 being fixedly connected with assembly cross bar 273；The assembly item
271 are rotatably connected in assembled shaft 274, and the auxiliary wheel 272 is rotatably connected on one end of assembly item 271, the assembly item
The other end of 271 opposite auxiliary wheel 272 is provided with torsional spring 275, and one end of the torsional spring 275 is connect with assembly item 271, separately
One end is connect with assembly cross bar 273, and the assembly item 271 is by 275 elastic hinge joint of torsional spring in assembled shaft 274；When torsional spring 275
When tightening, one end for connecting with torsional spring 275 of assembly item 271, which is pulled to, assembles cross bar 273, the other end with auxiliary wheel 272 to
Auxiliary transmission wheels 25 squeeze, to cooperate clamping cover paper with Auxiliary transmission wheels 25.
Through the above technical solutions, when Auxiliary transmission wheels 25 transmit cover paper, it, will since the tightening of torsional spring 275 acts on
One end of assembly item 271 is packed up, and the other end is since lever principle with auxiliary wheel 272 is close to Auxiliary transmission wheels 25, with auxiliary
The fitting of transmission wheel 25 compresses cover paper, and when Auxiliary transmission wheels 25 transmit cover paper, auxiliary wheel 272 cooperates Auxiliary transmission wheels 25
Clamping cover paper can increase the frictional force between cover paper and Auxiliary transmission wheels 25, can allow cover paper transmission process more
Add stabilization, simultaneously because auxiliary wheel 272 is to cooperate transmission cover paper, choosing with Auxiliary transmission wheels 25 under the action of torsional spring 275
Impression can be generated under the torsional spring 275 of reasonable coefficient of elasticity to avoid to cover paper by selecting, while this mode allows cover paper to be transmitted across
When Cheng Gengjia stablizes, can to avoid cover paper in transmission process since the friction unevenness that cover paper receives leads to the position of cover paper
Set the phenomenon that generation deviates and then leads to locating bias appearance.The assembly cross bar 273 of setting can provide assembled shaft 274 and torsional spring
275 better rigging positions；The assembled shaft 274 of setting can allow assembly item 271 to be assembled, and then allow and assemble item 271 and dress
Lever is formed with axis 274, and then has the function that auxiliary wheel 272 is allowed to cooperate 25 clamping cover paper of Auxiliary transmission wheels.
As an improved specific embodiment, the creasing mechanism 3 includes driven spindle 31, is coaxially fixed on from turn
Driven pinch roller 32 on axis 31, with the transmission shaft 33 of the second transport motor 26 linkage, the coaxial active being fixed on transmission shaft 33
Pinch roller 34；The driven spindle 31 is rotatably connected on assembly cross bar 273, and the active pinch roller 34 is fixedly connected on transmission shaft 33
On, the Auxiliary transmission wheels 25 are coaxially fixed on transmission shaft 33；The first of annular is coaxially offered on the driven pinch roller 32
Groove 35, position corresponding with the first groove 35 is coaxially arranged with embeddable into the first groove 35 on the active pinch roller 34
First bulge loop 36, when active pinch roller 34 receives the cover paper of the output of Auxiliary transmission wheels 25, active pinch roller 34 and driven pinch roller
32 mutual extrusion cover paper, while the first bulge loop 36 is embedded into the first groove 35 to cover paper progress impression.
Through the above technical solutions, when Auxiliary transmission wheels 25 send cover paper to creasing mechanism 3, the second transport motor
It drives transmission shaft 33 to rotate under 26 driving effects, drives active pinch roller 34 and 25 turns of Auxiliary transmission wheels when transmission shaft 33 rotates simultaneously
Dynamic, when Auxiliary transmission wheels 25 and active pinch roller 34 rotate, Auxiliary transmission wheels 25 transmit cover paper to mucilage binding component, while actively
Pinch roller 34 and driven pinch roller 32 cooperation squeeze cover paper, the first bulge loop 36 is embedded into the first groove 35 at this time, to cover paper into
The processing of row impression, the driven spindle 31 of setting facilitate fixed driven pinch roller 32, and the transmission shaft 33 of setting can be simultaneously with dynamic auxiliary
Transmission wheel 25 and active pinch roller 34 can transmit cover paper, while the cover paper transmitted by Auxiliary transmission wheels 25 at this time
Impression can be formed under the extruding of active pinch roller 34 and driven pinch roller 32, the arrangement that removes photoresist after convenient carries out mucilage binding pressing, wherein
Driven pinch roller 32 can use rubber material, have it is certain can deformability, avoid active pinch roller 34 and driven pinch roller 32 into
The movement of row impression is to destroy cover paper.
As an improved specific embodiment, the creasing mechanism 3 further includes the master being coaxially fixed on transmission shaft 33
Dynamic auxiliary pinch roller 37 is coaxially fixed on driven auxiliary pressing wheel 38 on driven spindle 31, coaxial on the driven auxiliary pressing wheel 38
The second groove 381 of annular is offered, position corresponding with the second groove 381 is coaxially arranged on the active auxiliary pressing wheel 37
Embeddable the second bulge loop 371 in the second groove 381, when active auxiliary pressing wheel 37 receives the envelope of the output of Auxiliary transmission wheels 25
When facial tissue, active auxiliary pressing wheel 37 and driven 38 mutual extrusion cover paper of auxiliary pressing wheel, while the second bulge loop 371 is embedded into second
Impression is carried out to cover paper in groove 381.
Through the above technical solutions, the active auxiliary pressing wheel 37 and driven auxiliary pressing wheel 38 of setting respectively correspond active pinch roller
34 and driven pinch roller 32, while also being corresponded to each other in its structure, transmission shaft 33 will drive active auxiliary pressing wheel when rotating simultaneously
37 rotations directly can carry out impression arranged side by side to cover paper by this set, cooperate and active pinch roller 34 and driven pinch roller 32
Two parallel impressions can be directly extruded, facilitate mucilage binding component in mucilage binding to the bending of cover paper, by cover paper and book
More convenient when page progress mucilage binding, bending cover paper will not be rolled over partially.
As an improved specific embodiment, one end of the opposite active auxiliary pressing wheel 37 of the active pinch roller 34 is fixed to be connected
It is connected to the first rotary table 41, first rotary table 41 is coaxially fixed on transmission shaft 33, the top surface of first rotary table 41 and active
Pinch roller 34 is fixedly connected, and the top surface is identical as the end face size of active pinch roller 34；The driven pinch roller 32 is opposite from dynamic auxiliary
One end of pinch roller 38 is fixedly connected with the second rotary table 42, and second rotary table 42 is coaxially fixed on driven spindle 31, and described
The bottom surface of two rotary tables 42 is fixedly connected with driven pinch roller 32, and the bottom surface is identical as the end face size of driven pinch roller 32；Described
One rotary table 41 and the second rotary table 42 are adapted, when active pinch roller 34 and driven 32 mutual extrusion cover paper of pinch roller, the first rotary table
The side mutual extrusion cover paper of 41 side and the second rotary table 42.
Through the above technical solutions, when active pinch roller 34 and 32 mutual extrusion of driven pinch roller pressing cover paper, the first circle
The side of platform 41 and the second rotary table 42 meeting mutual extrusion, since the side of rotary table has certain tilt angle, cooperation first is convex
The effect of the impression of ring 36 and the first groove 35, cover paper can be bent along impression, so that subsequent mucilage binding component carries out
It is more easier to bend mucilage binding again when mucilage binding, avoids to roll over partially in the subsequent mucilage binding bending cover paper of mucilage binding component.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of cover paper transport mechanism, including transport mechanism ontology and mucilage binding component, which is characterized in that the transport mechanism sheet
Body includes draw frame machine (1), conveying assembly (2), creasing mechanism (3)；The draw frame machine (1) attracts cover paper and cover paper
It is conveyed to conveying assembly (2), conveying assembly (2) receives the cover paper of draw frame machine (1) conveying and sends the cover paper to pressure
Trace mechanism (3), the creasing mechanism (3) export after carrying out impression to cover paper, and it is defeated that the mucilage binding component receives creasing mechanism (3)
Cover paper out and by itself and manuscript mucilage binding.
2. cover paper transport mechanism according to claim 1, which is characterized in that the draw frame machine (1) includes siphunculus
(11), bleed motor (12)；It offers multiple through-holes (111) on the siphunculus (11), is provided on the bleed motor (12)
Blade (121), the bleed motor (12) connect with one end of siphunculus (11), when bleed motor (12) rotation, band movable vane piece
(121) air in siphunculus (11) is extracted in rotation；Sky of the through-hole (111) towards cover paper place, in siphunculus (11)
When gas is extracted, outside air is inhaled into siphunculus (11) by through-hole (111), while attracting cover paper.
3. cover paper transport mechanism according to claim 2, which is characterized in that the siphunculus (11) opens up through-hole (111)
Position on be coaxially cased with absorption ring (13), for the absorption ring (13) in palisade, the through-hole (111) adsorbs ring by palisade
(13) it is interconnected with the external world.
4. cover paper transport mechanism according to claim 2 or 3, which is characterized in that the conveying assembly (2) includes actively
Transmission wheel (21), is covered simultaneously in driven transmission wheel (22) and active the driven transmission wheel (22) to link with active transmission wheel (21)
Feed belt (23) in transmission wheel (21), the first transport motor (24), Auxiliary transmission wheels with active transmission wheel (21) linkage
(25), the second transport motor (26) to link with Auxiliary transmission wheels (25)；The coaxial rotatable set of the driven transmission wheel (22)
It is located on siphunculus (11)；The active transmission wheel (21) is linked by belt and driven transmission wheel (22)；When cover paper is attracted
When on to siphunculus (11) and inconsistent with feed belt (23), the first transport motor (24) drives active transmission wheel (21) rotation,
Feed belt (23) drives cover paper to convey to Auxiliary transmission wheels (25) simultaneously, and the second transport motor (26) band dynamic auxiliary passes
Wheel (25) is sent to convey cover paper to creasing mechanism (3).
5. cover paper transport mechanism according to claim 4, which is characterized in that the conveying assembly (2) further includes assembly
Item (271), the auxiliary wheel (272) being rotatably connected in assembly item (271), assembly cross bar (273) and assembly cross bar (273)
The assembled shaft (274) being fixedly connected；The assembly item (271) is rotatably connected on assembled shaft (274), the auxiliary wheel
(272) it is rotatably connected on one end of assembly item (271), the other end of the opposite auxiliary wheel (272) of assembly item (271) is set
It being equipped with torsional spring (275), one end of the torsional spring (275) is connect with assembly item (271), and the other end is connect with assembly cross bar (273),
The assembly item (271) is by torsional spring (275) elastic hinge joint on assembled shaft (274)；When torsional spring (275) tightening, item is assembled
(271) one end connecting with torsional spring (275) is pulled to assembly cross bar (273), and the other end is passed with auxiliary wheel (272) to auxiliary
Wheel (25) are sent to squeeze, to cooperate clamping cover paper with Auxiliary transmission wheels (25).
6. cover paper transport mechanism according to claim 5, which is characterized in that the creasing mechanism (3) includes from turn
Axis (31), the driven pinch roller (32) being coaxially fixed on driven spindle (31), the transmission shaft with the second transport motor (26) linkage
(33), the active pinch roller (34) being coaxially fixed on transmission shaft (33)；The driven spindle (31) is rotatably connected on assembly cross bar
(273) on, the active pinch roller (34) is fixedly connected on transmission shaft (33), and the Auxiliary transmission wheels (25) are coaxially fixed on biography
On moving axis (33)；The first groove (35) that annular is coaxially offered on the driven pinch roller (32), on the active pinch roller (34)
Position corresponding with the first groove (35) is coaxially arranged with embeddable the first bulge loop (36) in the first groove (35), when actively
When pinch roller (34) receives the cover paper of Auxiliary transmission wheels (25) output, active pinch roller (34) and driven pinch roller (32) mutual extrusion
Cover paper, while the first bulge loop (36) is embedded into the first groove (35) to cover paper progress impression.
7. cover paper transport mechanism according to claim 6, which is characterized in that the creasing mechanism (3) further includes coaxial
The active auxiliary pressing wheel (37) being fixed on transmission shaft (33), the driven auxiliary pressing wheel being coaxially fixed on driven spindle (31)
(38), the second groove (381) of annular, the active auxiliary pressing wheel (37) are coaxially offered on the driven auxiliary pressing wheel (38)
Upper position corresponding with the second groove (381) is coaxially arranged with embeddable the second bulge loop (371) in the second groove (381),
When active auxiliary pressing wheel (37) receive Auxiliary transmission wheels (25) output cover paper when, active auxiliary pressing wheel (37) with it is driven auxiliary
Pressing aid wheel (38) mutual extrusion cover paper, while the second bulge loop (371) is embedded into the second groove (381) and presses cover paper
Trace.
8. cover paper transport mechanism according to claim 7, which is characterized in that the active pinch roller (34) is opposite actively auxiliary
One end of pressing aid wheel (37) is fixedly connected with the first rotary table (41), and first rotary table (41) is coaxially fixed on transmission shaft (33)
On, the top surface of first rotary table (41) is fixedly connected with active pinch roller (34), and the end face of the top surface and active pinch roller (34)
Size is identical；One end of the relatively driven auxiliary pressing wheel (38) of the driven pinch roller (32) is fixedly connected with the second rotary table (42), institute
It states the second rotary table (42) to be coaxially fixed on driven spindle (31), the bottom surface and driven pinch roller (32) of second rotary table (42) are solid
Fixed connection, and the bottom surface is identical as the end face size of driven pinch roller (32)；First rotary table (41) and the second rotary table (42) phase
Adaptation, when active pinch roller (34) and driven pinch roller (32) mutual extrusion cover paper, the side of the first rotary table (41) and the second circle
The side mutual extrusion cover paper of platform (42).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821595790.2U CN208898175U (en) | 2018-09-28 | 2018-09-28 | A kind of cover paper transport mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821595790.2U CN208898175U (en) | 2018-09-28 | 2018-09-28 | A kind of cover paper transport mechanism |
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| CN208898175U true CN208898175U (en) | 2019-05-24 |
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| CN201821595790.2U Active CN208898175U (en) | 2018-09-28 | 2018-09-28 | A kind of cover paper transport mechanism |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110978851A (en) * | 2019-12-28 | 2020-04-10 | 安徽巨鹏儿童用品有限公司 | Spine shaping equipment of waterproof book |
| CN113771431A (en) * | 2021-09-07 | 2021-12-10 | 宁波荣华数码印刷设备有限公司 | Indentation machine and indentation cementing machine |
-
2018
- 2018-09-28 CN CN201821595790.2U patent/CN208898175U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110978851A (en) * | 2019-12-28 | 2020-04-10 | 安徽巨鹏儿童用品有限公司 | Spine shaping equipment of waterproof book |
| CN110978851B (en) * | 2019-12-28 | 2020-11-03 | 安徽巨鹏儿童用品有限公司 | Spine shaping equipment of waterproof book |
| CN113771431A (en) * | 2021-09-07 | 2021-12-10 | 宁波荣华数码印刷设备有限公司 | Indentation machine and indentation cementing machine |
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