CN105800351B - A kind of gilding press side mark positioner - Google Patents
A kind of gilding press side mark positioner Download PDFInfo
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- CN105800351B CN105800351B CN201410852050.2A CN201410852050A CN105800351B CN 105800351 B CN105800351 B CN 105800351B CN 201410852050 A CN201410852050 A CN 201410852050A CN 105800351 B CN105800351 B CN 105800351B
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Abstract
The present invention relates to a kind of gilding press side mark positioner, including exhaust tube, switch module and draw component；Discouraged through hole is offered on the side wall of exhaust tube；Switch module includes switch fixture and switch sliders, switch fixture has the exhaust passage being connected with discouraged through hole, exhaust passage extends to the surface of switch fixture, block is provided with switch sliders, slide switch sliding part, block is set to offset or separate with switch fixture, to be turned on and off exhaust passage；Draw component includes offering the air intake passage being connected with exhaust tube on slidable draw sliding part, draw sliding part, and air intake passage extends to the top surface of draw sliding part；Exhaust passage is closed, exhaust tube air-breathing makes paper be attracted to above draw sliding part, slides draw sliding part to move paper to predeterminated position.The problem of gilding press side mark positioner in the present invention can solve paper thickness applicability, the problem of paper impression and back side of paper generation paper powder can be solved again.
Description
Technical field
The present invention relates to gilding press technical field, more particularly to a kind of gilding press side mark positioner.
Background technology
In the prior art, gilding press side mark positioner is usually cam-type mechanical positioner, is operationally divided into
Following two modes：
One kind is draw positioning, be by bearing above compress paper and positioned at paper sheet underneath cam displacement come
Realize positioning.Have the advantages that to use scope wide, positioned available for the paper to various grammes per square metres.But in the movement of above-mentioned compression
During, the cam displacement that can be produced on paper below impression, and paper can make back side of paper because of cam friction
Produce paper powder.
Another is to push away paper positioning, and this positioning method is only applicable to the paper of more than 170mg grammes per square metres, because relatively thin paper
Zhang Rongyi is deformed in operation, so that positioning failure.
The content of the invention
The technical problem to be solved in the present invention is to solve drawbacks described above of the prior art that there is provided a kind of gilding press side mark
Positioner, the problem of can solving paper thickness applicability, can solve paper impression again and back side of paper produces asking for paper powder
Topic.
The technical solution adopted for the present invention to solve the technical problems is：A kind of gilding press side mark positioner is provided, wrapped
Include and offer discouraged through hole on exhaust tube, the side wall of the exhaust tube；Switch module, including switch fixture and switch are slided
Part, the switch fixture has the exhaust passage being connected with the discouraged through hole, and the exhaust passage extends to described open
Close the surface of fixture, block be provided with the switch sliders, slide the switch sliders, make the block with it is described
Fixture is offseted or separated, to be turned on and off the exhaust passage；Draw component, including can be slided along the moving direction of paper
Draw sliding part, offer the air intake passage being connected with the exhaust tube, the air intake passage on the draw sliding part
Extend to the top surface of the draw sliding part and be connected with the external world；The exhaust passage is closed, the exhaust tube air-breathing makes to treat
Mobile paper is attracted to above the draw sliding part, slides the draw sliding part with the mobile paper to be moved
To default destination locations.
In the specific embodiment of the present invention, gilding press side mark positioner also includes frame, and the frame encloses shape
Into an installing space；One end of the exhaust tube is through the side of the frame and extends in the installing space, described to lose heart
Through hole is located in the installing space；The switch module and the draw component are installed in the installing space.
In this embodiment, the fixed via passed through for the exhaust tube, the row are offered on the switch fixture
Gas passage is connected with the fixed via；The discouraged through hole is located in the fixed via and connected with the exhaust passage
It is logical.
Should be in embodiment, gilding press side mark positioner also includes the guide rail extended along paper moving direction, described
Switch sliders and the draw sliding part are slidably mounted on the guide rail；Institute is slided along the bearing of trend of the guide rail
Switch sliders are stated to be turned on and off the exhaust passage, along the bearing of trend of the guide rail slide the draw sliding part with
The mobile paper to be moved.
Should be in embodiment, gilding press side mark positioner also includes being used to promote the switch sliders and the drawing
Rotation cam, switch back-moving spring and draw back-moving spring that bearing of trend of the paper sliding part along the guide rail is slided, it is described
Rotation cam includes connecting rod and guide protrusions；The connecting rod is arranged on the switch sliders and the draw sliding part
Lower section, one end of the connecting rod is circumferentially outwardly to form the guide protrusions, the other end of the connecting rod and institute
Frame is stated to be connected；The guide protrusions are fastened between the switch sliders and the draw sliding part, the guide protrusions
The shape of side and the mobile route of the switch sliders and the draw sliding part match；The switch back-moving spring edge
The bearing of trend of the guide rail is set, and its one end is connected with the frame, and its other end is connected with the switch sliders；It is described
Bearing of trend of the draw back-moving spring along the guide rail is set, and its one end is connected with the frame, its other end and the draw
Sliding part is connected；The switch back-moving spring and the draw back-moving spring are in compressive state to ensure that the switch is slided
The both sides of part and the draw sliding part respectively with the guide protrusions offset.
In this embodiment, the switch sliders include the first camshaft bearing, and first camshaft bearing is located at described
The bottom of switch sliders, and tight against in the side of the guide protrusions in the presence of the switch back-moving spring elastic-restoring force
Bian Shang；The draw sliding part includes the second camshaft bearing, and second camshaft bearing is located at the bottom of the draw sliding part,
And tight against on another side of the guide protrusions in the presence of the draw back-moving spring elastic-restoring force.
In this embodiment, it is equipped with the first sliding bearing, the draw sliding part and houses in the switch sliders
There is the second sliding bearing；First sliding bearing and second sliding bearing are respectively sleeved on the guide rail.
In this embodiment, gilding press side mark positioner also includes the gear paper structure for being arranged on the frame top, institute
The moving direction for stating the bearing of trend for keeping off paper structure and paper is perpendicular, to limit the displacement of paper.
In this embodiment, gilding press side mark positioner also includes the workbench that lid is located on the frame top surface,
The workbench includes sliding platform, and the sliding platform is fixed on the upper of the air intake passage at the top of the draw sliding part
Side；The sliding platform offers multiple passages in the region relative with the air intake passage.
In this embodiment, the top surface of the draw sliding part offers recess, and the air intake passage extends to described recessed
The bottom surface in portion.
Implement gilding press side mark positioner provided by the present invention and change cam of the prior art to be fixedly clamped paper
And the mode of mobile paper, but fixed paper is adsorbed by the negative pressure produced on draw sliding part, and pass through rotation cam
Rotation promote bearing of trend of the draw sliding part along guide rail to slide, the paper adsorbed above draw sliding part is delivered to predetermined
Destination；The problem of present apparatus can solve paper thickness applicability, can solve paper impression again and back side of paper produces paper powder
The problem of.
Brief description of the drawings
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Fig. 1 is that the gilding press side mark positioner in a specific embodiment of the invention is removing workbench and rotation cam
Stereogram afterwards；
Fig. 2 is the top view of gilding press side mark positioner in Fig. 1；
Fig. 3 is the stereogram of exhaust tube in Fig. 1；
Fig. 4 is the stereogram of switch fixture in Fig. 1；
Fig. 5 is the stereogram of switch sliders in Fig. 1；
Fig. 6 is the front view of switch sliders in Fig. 5；
Fig. 7 is the stereogram of draw sliding part in Fig. 1；
Fig. 8 is the front view of draw sliding part in Fig. 7；
Fig. 9 is the stereogram of the rotation cam of gilding press side mark positioner in Fig. 1；
Figure 10 is the front view of rotation cam in Fig. 9；
Figure 11 is circumferential expanded schematic diagram of the guide protrusions along connecting rod in Fig. 9；
Figure 12 is the stereogram of the fixed platform of gilding press side mark positioner in Fig. 1；
Figure 13 is the stereogram of the sliding platform of gilding press side mark positioner in Fig. 1；
Figure 14 is the stereogram of the gear paper structure of gilding press side mark positioner in Fig. 1.
Embodiment
In order that the purpose of the present invention, technical scheme and advantage are more clearly understood, below in conjunction with drawings and examples,
The present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only used for explaining this hair
It is bright, it is not intended to limit the present invention.
Fig. 1 shows the stereogram of the gilding press side mark positioner in a specific embodiment of the invention, the gold stamping pusher side
Predetermined bits device includes frame 1, exhaust tube 2, switch module 3, guide rail 4, draw component 5, gear the paper structure 6, (Fig. 1 of workbench 7
Not shown in, referring to Figure 12 and 13) and rotation cam 8 (not shown in Fig. 1, referring to Fig. 9).
In order to be able to combine figure clearly explanation the present embodiment, by the device vertically close to the end of paper to be moved
Face is referred to as top surface, and the end face vertically away from paper to be moved is referred to as bottom surface.
Frame 1 is used to whole side mark positioner being arranged on gilding press.There is frame 1 one to run through the installation of itself
Space 101, to house switch module 3, guide rail 4 and draw component 5.
With reference to Fig. 2, in the present embodiment, the frame structure that frame 1 is generally rectangular shaped, installing space 101 is by frame 1 four
Face enclose formed by square space.The installation through-hole passed through for exhaust tube 2 is offered on the side wall of frame 1 (in figure not show
Go out).Workbench 7 is removably connected with the end face of frame 1, is offered on the top surface of frame 1 for fixing workbench 7
Fixing hole 102.
With reference to Fig. 3, exhaust tube 2 is used to be connected with outside air extractor (not shown), including the larger limit of external diameter
Position pipeline section 21 and the less guiding pipeline section 22 of external diameter.
It is preferred that, the exhaust tube 2 is formed in one structure.One end of exhaust tube 2 passes through the installation that is opened up on the side wall of frame 1
Through hole is extended in installing space 101, and discouraged through hole 221 is offered on the side wall of exhaust tube 2, is taken out so that ambient atmos enter
In tracheae 2.
Switch module 3 includes switch fixture 31, switch sliders 32 and switch back-moving spring 33.
With reference to Fig. 4, switch fixture 31 has the exhaust passage 311 being connected with discouraged through hole 221, exhaust passage 311
The side surface of switch fixture 31 is extended to, for being connected with ambient atmos.It is further opened with switch fixture 31 for pumping
The fixed via 312 that the guiding pipeline section 22 of pipe 2 is passed through, exhaust passage 311 is connected with fixed via 312, and when mounted,
Discouraged through hole 221 is located in fixed via 312 and ensure that discouraged through hole 221 is connected with exhaust passage 311.
With reference to Fig. 5, switch sliders 32 are slidably sleeved on guide rail 4, including block 321 and switch sliding body
322, preferably integrated formed structure.
Block 321 extends and formed by switching the end face on sliding body 322 close to switch fixture 31, for opening
The slip of sliding part 32 is closed, block 321 is offseted or is separated with switching the side surface of fixture 31, it is logical to be turned on and off exhaust
Road 311.
The switch passed through for guide rail 4 is offered on the side for switching sliding body 322 and slides through hole 323, switch slides logical
The first sliding bearing 324 is equipped with hole 323, to reduce along the friction loss in the sliding process of guide rail 4 and surface abrasion.The
One sliding bearing 324 is common linear slide bearing, is set between guide rail 4 and the switch slip internal face of through hole 323.
It is preferred that, with reference to Fig. 6, switch mounting hole 325 is offered on the top surface for switching sliding body 322, positioned at switch peace
Helicitic texture 326 in dress hole 325 is used to fix the first camshaft bearing 327, and first camshaft bearing 327 is arranged on switch and slided
It is common discoid rolling bearing on the bottom surface of main body 322.In the presence of the elastic-restoring force of switch back-moving spring 33,
Slided tight against in rotation cam 8 for when rotation cam 8 is rotated, reducing switch the side of first camshaft bearing 327
Friction loss and abrasion between main body 322 and rotation cam 8.
As shown in Fig. 2 bearing of trend of the switch back-moving spring 33 along guide rail 4 is set, the inner side of its one end and frame 1 is fixed
Connection, its other end is connected with switch sliders 32.Switch back-moving spring 33 maintains compressive state all the time, to ensure that switch is slided
The first camshaft bearing 327 in dynamic main body 322 is reliably abutted with rotation cam 8.
Draw component 5 is used to move paper, including draw sliding part 51 and draw back-moving spring 52.
With reference to Fig. 7, draw sliding part 51 is slidably sleeved on guide rail 4, including integrally formed suction unit and draw
Sliding body, in the present embodiment, the side of draw sliding body is vertical with suction unit to be connected, and makes the transversal of draw sliding part 51
Face is in inverted L-shaped, in the space formed below for being used to accommodate rotation cam 8 of draw sliding body.
Air intake passage 511 is offered in suction unit, one end 511a of air intake passage 511 is connected with exhaust tube 2, air-breathing is led to
The other end 511b in road 511 extends to the top surface of draw sliding part 51 and is connected with the external world.Guiding pipeline section 22 in exhaust tube 2
Extend in one end 511a of air intake passage 511, so as to be connected with air intake passage 511, and be oriented to pipeline section 22 and air intake passage 511
Between be arranged with sealing structure, to prevent from leading to not because of gas pressure leak producing negative pressure space, or the negative pressure produced is not enough
To adsorb paper to be moved.
When block 321 offsets with switch fixture 31, and outside air extractor by 2 air-breathing of exhaust tube when, exhaust passage
311 close because being blocked by block 321, and it is in negative pressure state to make in air intake passage 511, so as to adsorb fixed paper to be moved；
Now, draw sliding part 51 is moved along guide rail 4, suction unit is moved therewith along guiding pipeline section 22, but in whole moving process
In, exhaust tube 2 is not separated with draw sliding part 51, so that mobile be adsorbed securing paper to be moved.
The draw passed through for guide rail 4 is offered on the side of draw sliding body and slides through hole 513, draw slides through hole
The second sliding bearing 514 is equipped with 513, to reduce it along the friction loss in the sliding process of guide rail 4 and surface abrasion.The
Two sliding bearings 514 are also common linear slide bearing, between the internal face for being set in guide rail 4 and draw slip through hole 513.
It is preferred that, the top surface of draw sliding part 51 offers recess 512, and air intake passage 511 extends to the bottom of recess 512
Face.When air extractor pumping and the closing of exhaust passage 311, it is in negative pressure state in recess 512, can significantly increases negative pressure empty
Between active area between paper to be moved, to lift the stability and reliability that absorption is fixed.
It is preferred that, with reference to Fig. 8, draw mounting hole 515 is further opened with the top surface of draw sliding body, is installed positioned at draw
Helicitic texture 516 in hole 515 is used to fix the second camshaft bearing 517.Second camshaft bearing 517 is arranged on draw and slides master
On the bottom surface of body, and it is the discoid rolling bearing similar with the first camshaft bearing 327.In draw back-moving spring 52
In the presence of elastic-restoring force, the side of second camshaft bearing 517 is convex in rotation tight against in rotation cam 8, being equally used for
When wheel 8 is rotated, the friction loss and abrasion between draw sliding body and rotation cam 8 are reduced.Draw back-moving spring 52 is along leading
The bearing of trend of rail 4 is set, and its one end is connected with the inwall of frame 1, and its other end is connected with draw sliding part 51, and such as Fig. 2 institutes
Show, two side inside walls relative with frame 1 are connected respectively for draw back-moving spring 52 and switch back-moving spring 33.
It is preferred that, switch module 3 is arranged on draw component 5 and the installation that exhaust tube 2 is passed through that is used for opened up in frame 1
Between through hole, with the sensitivity of lifting switch component.
Guide rail 4 along paper moving direction extension, therefore switch sliders 32 and draw sliding part 51 can along paper shifting
Dynamic direction is that the bearing of trend of guide rail 4 is slided.Along the bearing of trend slide switch sliding part 32 of guide rail 4, make block 321 and switch
The side surface of fixture 31 offsets or separated, so as to be turned on and off exhaust passage 311；In block 321 and switch fixture 31
Offset, and outside air extractor by 2 air-breathing of exhaust tube when, slide draw sliding part 51 to move along the bearing of trend of guide rail 4
Paper to be moved.
As depicted in figs. 1 and 2, it has been arranged side by side on two guide rails 4, switch sliding body 322 and has offered in the present embodiment
One, which is provided with, in the switches slip through hole 323 that two confession guide rails 4 are passed through, each switch slip through hole 323 is set in guide rail 4
On the first sliding bearing 324.Similar, two are offered on draw sliding body and slides through hole for the draw that guide rail 4 is passed through
513, each draw is slided in through hole 513 and is provided with second sliding bearing 514 being set on guide rail 4.Two guide rails 4
Design the slip of switch sliders 32 and draw sliding part 51 can be made more steady reliable.
With reference to Fig. 9 and Figure 10, rotation cam 8 is used for pull switch sliding part 32 and draw sliding part 51 is slided along guide rail 4,
Including connecting rod 81 and guide protrusions 82.
Connecting rod 81 is located at the lower section of switch sliding body 322 and draw sliding body, and the extension of its axis and guide rail 4
Direction is parallel.One end of connecting rod 81 is circumferentially outwardly to form guide protrusions 82, and the other end of connecting rod 81 passes through
Helicitic texture is connected with the rolling bearing installed in frame 1.Connecting rod 81 passes through endoporus installation key (not shown) and outside
Drive mechanism in drive component is connected, to realize the rotation around own axes.
Guide protrusions 82 are fastened between switch sliders 32 and draw sliding part 51, in the present embodiment, guide protrusions
82 be preferably to be fastened between the first camshaft bearing 327 and the second camshaft bearing 517.It is understood that guide protrusions 82
Can directly it be fastened in the gap between the bottom of switch sliders 32 and the bottom of draw sliding part 51, the present embodiment is only to provide
A kind of preferred embodiment, is not intended to limit the present invention.
Switch back-moving spring 33 and draw back-moving spring 52 and be in compressive state all the time, to ensure the first camshaft bearing 327
Both sides with the lateral wall of the second camshaft bearing 517 respectively with guide protrusions 82 offset.
As shown in figure 11, guide protrusions 82 are along the bearing of trend of guide rail 4, i.e., along the axial direction of connecting rod 81, length change with
The mobile route of switch sliders 32 and draw sliding part 51 matches.
The first side 821 of guide protrusions 82 offsets with the first camshaft bearing 327 in switch sliders 32, and its shape becomes
Change the slip for controlling switch sliding part 32；When the first camshaft bearing 327 offsets with the lower concave segment 823 in first side 821
When, block 321 is offseted with switch fixture 31, and exhaust passage 311 is closed.
The second side 822 of guide protrusions 82 offsets with the second camshaft bearing 517 in draw sliding part 51, and its shape becomes
Change the slip for controlling draw sliding part 51；When the second camshaft bearing 517 offsets with the convex section 824 in second side 822
When, paper to be moved is delivered to intended destination by draw sliding part 51.
When rotation cam 8 is rotated, can drive therewith tight against 517 turns of the first camshaft bearing 327 and the second camshaft bearing
Dynamic, according to the operation principle of camshaft bearing, the structure can realize that reduction switch sliders 32 and draw sliding part 51 are convex with rotating
Friction loss and abrasion between wheel 8.
With reference to Figure 12 and Figure 13, workbench 7 lid be located on the top surface of frame 1, including fixed platform 71 and with recess 512
The sliding platform 72 being oppositely arranged.
Opening 711 is offered in fixed platform 71, for housing sliding platform 72 and being moved for the sliding platform 72, at this
In embodiment, opening 711 is opened up along the bearing of trend of guide rail 4.In addition, be further opened with fixed platform 71 for frame 1
The connecting hole 712 that top surface is detachably connected, connecting hole 712 and fixing hole 102 are connected by common helicitic texture, will be fixed
Platform 71 is fixed on the top surface of frame 1.
Sliding platform 72 is fixed in draw sliding part 51 top of suction unit by helicitic texture and covers recess
512, so that in pumping and the closing of exhaust passage 311, a negative pressure space is cooperatively formed with recess 512.Sliding platform 72 with
The relative region uniform intervals of recess 512 offer multiple passages 721, are fixed for absorption on sliding platform 72
The paper to be moved of side.
When bearing of trend of the draw sliding part 51 along guide rail 4 is moved, sliding platform 72 can be driven to move, now,
Opening 711 also acts as the effect being oriented to for sliding platform 72.
It is preferred that, the top of frame 1 is additionally provided with gear paper structure 6 as shown in figure 14, keep off the bearing of trend of paper structure 6 with
The moving direction of paper is perpendicular, to limit the displacement of paper.
The operation principle of the gilding press side mark positioner is as follows：
When paper is reached before gilding press front lay (not shown), the gilding press side mark positioner in the application is motionless
Make, block 321 is separated with switch fixture 31, and exhaust passage 311 is in opening because being communicated with the external world.Now, due to
The pressure release of exhaust passage 311, no matter whether outside air extractor is evacuated, and enough bear can not be all formed in draw sliding part 51
Pressure is fixed and mobile paper to adsorb.
When paper reaches gilding press front lay, the gilding press side mark positioner in the application is started working, including：
Control rotation cam 8 is rotated, under the motive force effect of switch back-moving spring 33, when the in switch sliders 32
When one camshaft bearing 327 offsets with the lower concave segment 823 in first side 821, block 321 offsets with switch fixture 31, is vented
Passage 311 is closed because being blocked by block 321.
Now, air extractor is evacuated by exhaust tube 2, can make the recess 512 and sliding platform 72 on draw sliding part 51
Between form negative pressure space, so as to adsorb fixed paper to be moved.
In addition, with reference to Figure 11, when the first camshaft bearing 327 offsets with the lower concave segment 823 in first side 821, draw
The second camshaft bearing 517 in sliding part 51 offsets with the convex section 824 in second side 822 just, the second camshaft bearing 517
Draw sliding part 51 is driven to be gradually distance from switch sliders 32 under the guide effect of convex section 824, so that by paper to be moved
It is sent to intended destination.When paper is encountered positioned at the gear paper structure 6 of the top of workbench 7, i.e., stop movement because being blocked,
Paper is sent to intended destination.
With being rotated further for rotation cam 8, when the second camshaft bearing 517 is located at the limit most protruded on convex section 824
During position, it can be seen that the first camshaft bearing 327 initially moves off lower concave segment 823, the block 321 in switch sliders 32 is driven to start
Gradually separated with switch fixture 31, until exhaust passage 311 is in opening because being communicated with the external world.Now, due to row
The pressure release effect of gas passage 311, shape between the recess 512 on draw sliding part 51 and sliding platform 72 can not also be made by continuing to be evacuated
Suction-operated is lost into negative pressure space, therefore to paper.
With being rotated further for rotation cam 8, guide effect and draw of second camshaft bearing 517 in second side 822
Under the restoring force effect of back-moving spring 52, draw sliding part 51 is driven gradually to be reset to initial position, due to losing to paper
Suction-operated, it is to avoid take back the paper for having delivered to destination again.To sum up, gilding press side mark positioning provided by the present invention
Device changes cam of the prior art and is fixedly clamped the mode of paper and mobile paper, but passes through and produced on draw sliding part 51
Raw negative pressure promotes bearing of trend of the draw sliding part 51 along guide rail 4 to adsorb fixed paper by the rotation of rotation cam 8
Slide, the paper adsorbed in the top of draw sliding part 51 is delivered into intended destination；The present apparatus can solve paper thickness and be applicable
Property the problem of, the problem of paper impression and back side of paper produce paper powder can be solved again.
Embodiments of the invention are described above in conjunction with accompanying drawing, but the invention is not limited in above-mentioned specific
Embodiment, above-mentioned embodiment is only schematical, rather than restricted, one of ordinary skill in the art
Under the enlightenment of the present invention, in the case of present inventive concept and scope of the claimed protection is not departed from, it can also make a lot
Form, these are belonged within the protection of the present invention.
Claims (6)
1. a kind of gilding press side mark positioner, it is characterised in that including：
Discouraged through hole (221) is offered on exhaust tube (2), the side wall of the exhaust tube (2)；
Switch module (3), including switch fixture (31) and switch sliders (32),
The switch fixture (31) has the exhaust passage (311) being connected with the discouraged through hole (221), and the exhaust is logical
Road (311) extends to the surface of the switch fixture (31),
Block (321) is provided with the switch sliders (32), the switch sliders (32) is slided, makes the block
(321) offset or separate with the switch fixture (31), to be turned on and off the exhaust passage (311)；
Draw component (5), including the draw sliding part (51) that can be slided along the moving direction of paper, the draw sliding part (51)
On offer the air intake passage (511) being connected with the exhaust tube (2), the air intake passage (511) extends to the draw
The top surface of sliding part (51) is simultaneously connected with the external world；
The exhaust passage (311) is closed, exhaust tube (2) air-breathing makes paper to be moved be attracted to the draw slip
Above part (51), the draw sliding part (51) is slided with the mobile paper to be moved to default destination locations；
Also include frame (1), the frame (1) encloses to form an installing space (101)；One end of the exhaust tube (2) is passed through
The side of the frame (1) is simultaneously extended in the installing space (101), and the discouraged through hole (221) is located at the installing space
(101) in；The switch module (3) and the draw component (5) are installed in the installing space (101)；
The fixed via (312) passed through for the exhaust tube (2), the exhaust passage are offered on the switch fixture (31)
(311) it is connected with the fixed via (312)；The discouraged through hole (221) be located at the fixed via (312) in and with institute
State exhaust passage (311) connection；
Also include the guide rail (4) extended along paper moving direction, the switch sliders (32) and the draw sliding part (51)
It is slidably mounted on the guide rail (4)；Slide the switch sliders (32) to open along the bearing of trend of the guide rail (4)
The exhaust passage (311) is opened or closed, the draw sliding part (51) is slided with movement along the bearing of trend of the guide rail (4)
The paper to be moved；
Also include being used to promote the extension side of the switch sliders (32) and the draw sliding part (51) along the guide rail (4)
To the rotation cam (8) of slip, switch back-moving spring (33) and draw back-moving spring (52), the rotation cam (8) includes
Connecting rod (81) and guide protrusions (82)；
The connecting rod (81) is arranged on the lower section of the switch sliders (32) and the draw sliding part (51), the connection
One end of bar (81) is circumferentially outwardly to form the guide protrusions (82), the other end of the connecting rod (81) with it is described
Frame (1) is connected；
The guide protrusions (82) are fastened between the switch sliders (32) and the draw sliding part (51), described to be oriented to
The shape and the mobile route of the switch sliders (32) and the draw sliding part (51) of raised (82) side match；
Bearing of trend of the switch back-moving spring (33) along the guide rail (4) is set, and its one end is connected with the frame (1),
Its other end is connected with the switch sliders (32)；
Bearing of trend of the draw back-moving spring (52) along the guide rail (4) is set, and its one end is connected with the frame (1),
Its other end is connected with the draw sliding part (51)；
The switch back-moving spring (33) and the draw back-moving spring (52) are in compressive state to ensure that the switch is slided
The both sides of moving part (32) and the draw sliding part (51) respectively with the guide protrusions (82) offset.
2. gilding press side mark positioner according to claim 1, it is characterised in that the switch sliders (32) include
First camshaft bearing (327), first camshaft bearing (327) is located at the bottom of the switch sliders (32), and described
Tight against on the side of the guide protrusions (82) in the presence of switch back-moving spring (33) elastic-restoring force；
The draw sliding part (51) includes the second camshaft bearing (517), and second camshaft bearing (517) is located at the draw
The bottom of sliding part (51), and tight against in the guide protrusions in the presence of draw back-moving spring (52) elastic-restoring force
(82) on another side.
3. gilding press side mark positioner according to claim 1, it is characterised in that switch sliders (32) content
It is equipped with the first sliding bearing (324), the draw sliding part (51) and is equipped with the second sliding bearing (514)；Described first slides
Dynamic bearing (324) and second sliding bearing (514) are respectively sleeved on the guide rail (4).
4. gilding press side mark positioner according to claim 1, it is characterised in that also including being arranged on the frame
(1) the gear paper structure (6) at the top of, the bearing of trend of the gear paper structure (6) and the moving direction of paper are perpendicular, to limit paper
The displacement opened.
5. gilding press side mark positioner according to claim 1, it is characterised in that be also located at the frame including lid
(1) workbench (7) on top surface, the workbench (7) includes sliding platform (72), and the sliding platform (72) is fixed on
The top of air intake passage (511) at the top of the draw sliding part (51)；The sliding platform (72) with the air intake passage
(511) relative region offers multiple passages (721).
6. gilding press side mark positioner according to claim 1, it is characterised in that the top of the draw sliding part (51)
Face offers recess (512), and the air intake passage (511) extends to the bottom surface of the recess (512).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410852050.2A CN105800351B (en) | 2014-12-31 | 2014-12-31 | A kind of gilding press side mark positioner |
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| CN201410852050.2A CN105800351B (en) | 2014-12-31 | 2014-12-31 | A kind of gilding press side mark positioner |
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| CN105800351A CN105800351A (en) | 2016-07-27 |
| CN105800351B true CN105800351B (en) | 2017-11-07 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4215226A1 (en) * | 1992-05-09 | 1993-11-11 | Kba Planeta Ag | Rotary slide valve for controlling pressure and partial vacuum systems in printing machines - contains rotary slider with its own pressure reservoir and has overflow channels in line with outlets and connected to separating and lift suction members |
| DE10028071A1 (en) * | 2000-06-09 | 2001-12-13 | Koenig & Bauer Ag | Sheet aligner has side pulling element, side stop, rotary vane valve and housing, radial cam, drive shaft and guide surface |
| GB2354975B (en) * | 1999-10-05 | 2003-04-02 | Hewlett Packard Co | Belt-type media support for a printer |
| CN101898694A (en) * | 2010-08-05 | 2010-12-01 | 深圳市科彩印务有限公司 | Paper feeding device for gold stamping machine |
| CN203855188U (en) * | 2014-05-29 | 2014-10-01 | 温州市通达包装机械厂 | Stamping machine conveyer |
-
2014
- 2014-12-31 CN CN201410852050.2A patent/CN105800351B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4215226A1 (en) * | 1992-05-09 | 1993-11-11 | Kba Planeta Ag | Rotary slide valve for controlling pressure and partial vacuum systems in printing machines - contains rotary slider with its own pressure reservoir and has overflow channels in line with outlets and connected to separating and lift suction members |
| GB2354975B (en) * | 1999-10-05 | 2003-04-02 | Hewlett Packard Co | Belt-type media support for a printer |
| DE10028071A1 (en) * | 2000-06-09 | 2001-12-13 | Koenig & Bauer Ag | Sheet aligner has side pulling element, side stop, rotary vane valve and housing, radial cam, drive shaft and guide surface |
| CN101898694A (en) * | 2010-08-05 | 2010-12-01 | 深圳市科彩印务有限公司 | Paper feeding device for gold stamping machine |
| CN203855188U (en) * | 2014-05-29 | 2014-10-01 | 温州市通达包装机械厂 | Stamping machine conveyer |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105800351A (en) | 2016-07-27 |
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Effective date of registration: 20220127 Address after: No.29 Hanjiang North Road, Xiangyang City, Hubei Province Patentee after: XIANGYANG JINFEIHUAN COLOR PACKAGING Co.,Ltd. Address before: 518118 Lanzhu Avenue, Shenzhen Industrial Zone, Pingshan street, Pingshan New District, Shenzhen City, Guangdong Province Patentee before: SHENZHEN KECAI PRINTING Co.,Ltd. |
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