CN206940064U - Film diced system - Google Patents
Film diced system Download PDFInfo
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- CN206940064U CN206940064U CN201720902649.1U CN201720902649U CN206940064U CN 206940064 U CN206940064 U CN 206940064U CN 201720902649 U CN201720902649 U CN 201720902649U CN 206940064 U CN206940064 U CN 206940064U
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- supporting station
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Abstract
The utility model provides a kind of film diced system, including：Support, there is the support shaft for being used for supporting film roll cylinder；Clamping jaw, there is the closed mode of membrane material of the clamping from film roll cylinder and unclamp the open mode of membrane material；Clamping jaw open-and-close mechanism, with clamping jaw drive connection so that clamping jaw switches to closed mode or open mode；First straight line drive mechanism, with clamping jaw drive connection to drive clamping jaw to do straight reciprocating motion in the horizontal direction, clamping jaw is set to switch between initial material folding position and loose metal position；For supporting the first supporting station of membrane material, the membrane material bearing-surface of the first supporting station is located at the downstream of the loose metal position of clamping jaw；Cutting gap is provided with the membrane material bearing-surface of the first supporting station；Holding meanss, it is engaged with the first supporting station that will can be each attached to positioned at the membrane material of cutting gap both sides on the membrane material bearing-surface of the first supporting station；Cutting knife, alignment cutting gap are set；Knife drive mechanism, it is connected with cutter driving to drive cutting knife to cut membrane material at cutting gap.
Description
Technical field
Processing film apparatus field is the utility model is related to, more particularly, to a kind of film diced system.
Background technology
Air-vent is usually provided with the lid of the controller of vehicle, to avoid steam from entering controller by air-vent
Internal corrosion electronic component is, it is necessary to using wave welding head of ultrasonic wave by the film solder with waterproof and breathable performance to controller lid
To cover the air-vent on lid.
Film product with waterproof and breathable performance generally it is elongated make after be wound up on film roll, it is necessary in life
Production workshop cuts into strip film after square block or rectangular block to be welded on controller lid again.The cutting of current thin film is led to
Often cut by manual control, the cutting degree of accuracy is low, and the size for causing the film block of cutting formation is difficult control.If for example, cut
The film block for cutting to obtain is too small, because of film block can not can be completely covered air-vent after being welded on lid and caused by lid report
It is useless；If it is too big to cut obtained film block, the waste of thin-film material can be caused again.In addition, the process of cutting film is by artificial
Control cutting, easily causes the fatigue of operating personnel.
Utility model content
The utility model aims to provide a kind of film diced system, and the film diced system can ensure the quality of film cutting,
And can saves manpower.
It is of the present utility model to provide a kind of film diced system, including：Support, there is the supporting for being used for supporting film roll cylinder
Axle；Clamping jaw, with spacer support frame preset distance；Clamping jaw has the closed mode of membrane material of the clamping from film roll cylinder and unclamps membrane material
Open mode；Clamping jaw open-and-close mechanism, with clamping jaw drive connection so that clamping jaw switches to closed mode or open mode；First straight line
Drive mechanism, with clamping jaw drive connection to drive clamping jaw to do straight reciprocating motion in the horizontal direction, make clamping jaw in initial material folding position
Put and switch between loose metal position；For supporting the first supporting station of membrane material, the membrane material bearing-surface of the first supporting station is located at clamping jaw
The downstream of loose metal position；Cutting gap is provided with the membrane material bearing-surface of the first supporting station；Holding meanss, with the first supporting station
It is engaged that will can be each attached to positioned at the membrane material of cutting gap both sides on the membrane material bearing-surface of the first supporting station；Cutting knife, it is right
Quasi- cutting gap is set；Knife drive mechanism, it is connected with cutter driving to drive cutting knife to cut membrane material at cutting gap.
Further, the membrane material bearing-surface of the first supporting station is divided into by cutting gap：Positioned at cutting gap upstream
One bearing-surface, and the second bearing-surface positioned at cutting gap downstream；Holding meanss include：Pressure head, positioned at the upper of the first bearing-surface
Side；Second straight line drive mechanism, with pressure head drive connection；Second straight line drive mechanism can drive ram vertically do directly
Line moves back and forth, so that membrane material can be clamped between pressure head and the first bearing-surface；The vacuum being opened in the first supporting station is inhaled
Attached hole, one end of vacuum absorption holes are located on the second bearing-surface, and the other end is suitable to connect with vacuum withdraw device by pipeline, with
Can be by membrane material vacuum suction to the second bearing-surface.
Further, the film diced system also includes：For supporting the second supporting station of membrane material, the membrane material of the second supporting station
Bearing-surface is arranged between support and the initial material folding position of clamping jaw；With the pressing device for compressing disk roller, compress disk roller and be located at
Above the membrane material bearing-surface of second supporting station, membrane material is suitable to from the outer peripheral face and the membrane material bearing-surface of the second supporting station for compressing disk roller
Between pass through.
Further, pressing device also includes：Link, compress one end that disk roller is attached to link；It is attached to fixation
Bearing pin in frame, the other end and hinge of link；The bolt arranged vertically, bolt pass through link after with second
Cushion cap is spirally connected；The flexible member being set on bolt, flexible member are located between head and the link of bolt.
Further, pressing device is provided with two groups, and the compression disk roller of one group of pressing device is arranged in the second supporting station
The feed end of membrane material bearing-surface, the compression disk roller of another group of pressing device are arranged in the discharging of the membrane material bearing-surface of the second supporting station
End.
Further, clamping jaw includes：Upper clamping part, upper clamping part have the upper clamping face above membrane material；Lower clamping
Portion, lower clamping part have the lower clamping face below membrane material；Upper clamping part and lower clamping part are separately mounted to what is be vertically arranged
In slideway, upper clamping face and lower clamping face are positioned opposite to clamp membrane material；Clamping jaw open-and-close mechanism includes：Respectively with upper clamping part and
The link assembly of lower clamping part connection, and first cylinder being connected with link assembly, the first cylinder pass through link assembly
Upper clamping part and lower clamping part is driven to do move toward one another or mutually from motion simultaneously；Or clamping jaw open-and-close mechanism includes：With upper folder
Portion's connection is held to be connected to be operated alone the 3rd of lower clamping part the so that the second cylinder of upper clamping part is operated alone, and with lower clamping part
Cylinder.
Further, transition roller wheel is provided with one end of the close support of the second supporting station, the periphery of transition roller wheel is set
It is equipped with the annular groove suitable for supporting membrane material.
Further, the film diced system also includes：The first position detection means set close to the first supporting station, and with
First controller of first position detection means electrical connection；Whether the head end that first position detection means is used to detect membrane material reaches
Predetermined rest position, and when membrane material reaches predetermined rest position, the first information is sent to the first controller；First controller root
According to the first information, control holding meanss fix membrane material, and control knife drive mechanism driving cutting knife to do cutting membrane material motion.
Further, the film diced system also includes the second place detection means set close to transition roller wheel, and with the
The second controller of two position detecting devices electrical connection；Second place detection means is used to detect in the annular groove of transition roller wheel
It is no to have membrane material, and when not having membrane material in annular groove, secondary signal is sent to second controller；Second controller is according to the second letter
The film diced system number is controlled to shut down.
Further, cutting movement direction of the cutting gap along cutting knife penetrates the first supporting station, and the cutting movement of cutting knife
Direction is parallel with horizontal plane.
Film diced system provided by the utility model first pacifies the film roll cylinder for being wound with bar shaped membrane material when cutting film
Loaded on support so that film roll cylinder can be around the axis rotation of support shaft, and the head end of bar shaped membrane material is overlapped on the first supporting
On platform and the cutting gap that reclines, the action of clamping jaw open-and-close mechanism is then set to control clamping jaw to clamp bar shaped membrane material, then it is straight by first
Line driving mechanisms control is clamped with the clamping jaw of membrane material, and along linear running preset distance, to realize feeding, (preset distance is with required film
The size of material is relevant) so that membrane material bearing-surface of the head end of bar shaped membrane material along the first supporting station is moved to cutting gap downstream
Predetermined rest position, then membrane material that the membrane material positioned at cutting gap both sides is fixed on to the first supporting station by holding meanss support
On face, knife drive mechanism driving cutting knife is cut membrane material at cutting gap afterwards and obtain required film block, realize to bar
The automation cutting of shape membrane material.After the completion of once cutting, after loose metal position that clamping jaw was cut by last time returns to initial clip position
Again membrane material is clamped, releases fixation of the holding meanss to membrane material head end, you can the feeding carried out to membrane material next time is cut.
Film diced system provided by the utility model, can by controlling each feed distance of first straight line drive mechanism
To ensure that the film block size cut out meets the requirements, avoid causing waste of material.In addition, whole cutting process can be realized
Automated condtrol, manpower can be saved, moreover it is possible to greatly improve membrane material cutting efficiency and cut quality.
Brief description of the drawings
The technical scheme of embodiments of the invention is further described hereinafter with reference to accompanying drawing.It is apparent that in the following drawings
Structural representation is not drawn necessarily to scale, but each feature is presented in simplified form.Moreover, drawings in the following description are only
It is related to some embodiments of the present invention, and not limits the invention.
Fig. 1 diagrammatically illustrates the stereochemical structure of the film diced system of the utility model embodiment offer；
Fig. 2 diagrammatically illustrates the sectional perspective structure of the film diced system of the utility model embodiment offer；And
Fig. 3 diagrammatically illustrates the main view knot of the pressing device in the film diced system of the utility model embodiment offer
Structure.
Embodiment
To make those skilled in the art more fully understand solution of the present utility model, below in conjunction with the accompanying drawings and specifically
The film diced system that embodiment is provided embodiment of the present utility model is described in detail.It should be noted that this reality
The membrane material that can cut of film diced system that example offer is provided can be have the plastic sheeting of waterproof and breathable performance, non-woven fabrics,
Any thin material such as paper.
Referring to Fig. 1 and Fig. 2, the stereogram for the film diced system that the present embodiment provides is shown.The film diced system is main
Including：Support 1, clamping jaw 2, clamping jaw open-and-close mechanism 31, first straight line drive mechanism 32, the first supporting station 4, holding meanss, cutting knife 6
With knife drive mechanism 33 etc..
Its medium-height trestle 1 has the support shaft 10 for being used for supporting film roll cylinder so that film roll cylinder can be around the axle center of support shaft 10
Rotation.Strip membrane material (also abbreviation membrane material 100 below) is wound with film roll cylinder (not shown).It is appreciated that according to film roll
The difference of itself configuration of cylinder, its mode being supported in support shaft 10 also have difference.Such as in one embodiment, film roll cylinder
It can directly be supported by support shaft 10, or gone out as shown in this embodiment, being provided with disc in support shaft 10 fixes
Frame 11, film roll cylinder can be set on disc fixed mount 11, film roll cylinder is supported indirectly by support shaft 10.
Clamping jaw 2 is positioned at the position with support 1 spaced a predetermined distance, and clamping jaw 2 is used to clamp the progress feeding of membrane material 100, and it has
There is the closed mode of clamping membrane material 100 and unclamp the open mode of membrane material 100.Clamping jaw 2 can have a variety of configurations, as long as can
Membrane material 100 is unclamped in clamping, does not damage surface and the shape of membrane material 100.Clamping jaw open-and-close mechanism 31 connects with the driving of clamping jaw 2
Connect, clamping jaw open-and-close mechanism 31 is used to drive clamping jaw 2 to close or open, so that clamping jaw 2 switches to closed mode or switching is in dozen
Open state.
Present embodiment illustrates the preferred embodiment of clamping jaw 2, and referring specifically to Fig. 2 and Fig. 3, clamping jaw 2 includes upper clamping
Portion 21 and lower clamping part 22, upper clamping part 21 have the upper clamping face 210 positioned at the top of membrane material 100, and lower clamping part 22 has position
Lower clamping face 210 in the lower section of membrane material 100, the phase of lower clamping face 220 of the upper clamping face 210 of upper clamping part 21 and lower clamping part 22
To arrangement.The opposite of upper and lower clamping part is driven or mutually from motion by clamping jaw open-and-close mechanism 31, the He of clamping face 210 can be made
Lower clamping face 220 does move toward one another or mutually from motion, to clamp membrane material 100 or unclamp membrane material 100.Preferably, upper clamping face
210 and lower clamping face 220 be preferably respectively plane, can also be set respectively not on upper clamping face 210 and lower clamping face 220
The protective polyurethane layer on the surface of membrane material 100 can be damaged.In addition, protective polyurethane layer is set to also help the upper and lower of increase clamping jaw 2
Frictional force between clamping face and membrane material 100, avoid skidding in clamping process.Preferably, upper clamping part 21 and lower clamping part 22
It is separately mounted in the slideway 20 that is vertically arranged, upper and lower clamping part is slided up and down by the drives edge slideway 20 of clamping jaw open-and-close mechanism 31,
The alignment of upper clamping face 210 and lower clamping face 220 can be ensured.
Clamping jaw open-and-close mechanism 31 can have numerous embodiments, if clamping jaw 2 can be driven to act so that clamping jaw 2 close or
Opening.In an advantageous embodiment, the clamping jaw open-and-close mechanism 31 includes：Respectively with upper clamping part 21 and lower clamping part 22
The link assembly of connection, and first cylinder being connected with link assembly, first cylinder can be same by link assembly
When drive upper clamping part 21 and lower clamping part 22 does move toward one another or mutually from motion, realize the link assembly of above-mentioned linkage function
It is in the prior art to relate to more, it will not be repeated here.Or in another preferred embodiment, clamping jaw open-and-close mechanism 31 wraps
Include：It is connected with upper clamping part 21 so that the second cylinder of upper clamping part 21 is operated alone, and be connected with lower clamping part 22 individually to drive
3rd cylinder of dynamic lower clamping part 22, that is, the motion that the second cylinder is individually for clamping part 21 provides power, the 3rd cylinder list
Solely the motion for lower clamping part 22 provides power.
First straight line drive mechanism 32 and the drive connection of clamping jaw 2, first straight line drive mechanism 32 can drive clamping jaw 2 along water
Square to straight reciprocating motion is done, clamping jaw 2 is set to be toggled between initial material folding position and loose metal position.It is appreciated that clamping jaw 2
Initial material folding opening position clamp membrane material 100 after, drive membrane material 100 downwardly together downstream with feeding；When clamping jaw 2 is with membrane material
100 when being moved to loose metal position, and now the feed length of membrane material 100 is already adapted to cut, and clamping jaw 2 no longer continues toward downstream direction
Motion；Afterwards, clamping jaw 2 is opened to unclamp membrane material in loose metal opening position, then can be returned to initial material folding opening position, is next
Secondary feeding is prepared.It is appreciated that the length of 2 each feeding of clamping jaw is controlled by first straight line drive mechanism 32, it can be ensured that
The film block size that cutting membrane material obtains meets to require.Preferably, first straight line drive mechanism 32 can use cylinder, hydraulic cylinder
Or other suitable mechanisms.
First supporting station 4 is used to support membrane material 100, and the membrane material bearing-surface of the first supporting station 4 is located at the loose metal position of clamping jaw 2
Downstream, not interfere the motion of clamping jaw 2.Membrane material supports surface bearing by the horizontally disposed membrane material of the first supporting station 4.First
Cutting gap 40 is additionally provided with the membrane material bearing-surface of supporting station 4.The cutting gap 40 is by the membrane material bearing-surface of the first supporting station 4
It is divided into two parts：A part is the first bearing-surface 41 positioned at the upstream of cutting gap 40, and another part is positioned at cutting gap
Second bearing-surface 42 in 40 downstreams.
Holding meanss are engaged with the first supporting station 4 can be fixed on the membrane material 100 positioned at the both sides of cutting gap 40
On the membrane material bearing-surface of first supporting station 4.It is appreciated that membrane material on the first bearing-surface 41 and positioned at the second bearing-surface 42
On membrane material can respectively by holding meanss fixed position, during avoiding cutting, membrane material shifts causes cutting error.
The embodiment of holding meanss also has many kinds, in a kind of mode gone out as shown in this embodiment, holding meanss
Mainly include pressure head 51, second straight line drive mechanism 52 and vacuum absorption holes 53.Wherein, pressure head 51 is located at the first bearing-surface 41
Top, have and be suitable to the surface that is contacted with membrane material 100.Second straight line drive mechanism 52 and the drive connection of pressure head 51, second is straight
Line drive mechanism 52 can drive ram 51 vertically do linear reciprocation movement, with can when needing to fix membrane material 100,
Drive ram 51 is moved down, and membrane material 100 is clamped between the bearing-surface 41 of pressure head 51 and first；Or membrane material need not fixed
When, lift in drive ram 51, move membrane material to unclamp membrane material.Preferably, second straight line drive mechanism 52 can use
Cylinder, hydraulic cylinder or other suitable mechanisms.Vacuum absorption holes 53 are opened in the first supporting station 4, and the one of vacuum absorption holes 53
On the second bearing-surface 42, the other end is suitable to connect with vacuum withdraw device by pipe joint 54, pipeline at end, with solid in needs
When determining membrane material, vacuum withdraw device is opened with by the vacuum suction of membrane material 100 to the second bearing-surface 42.Certainly, implement at other
In example, the membrane material that is supported on the first bearing-surface 41 and the membrane material supported on the second bearing-surface 42 can be made to be fixed respectively by pressure head.
Cutting knife 6 is directed at cutting gap 40 and set, it will be understood that cutting knife 6 is located at when not cutting does not interfere membrane material 100 to be moved
Position.Cutting knife 6 and the drive connection of knife drive mechanism 33, knife drive mechanism 33 can drive cutting knife 6 to move to cut
Membrane material 100 is cut at gap 40, cutting gap 40 provides activity space for the cutting movement of cutting knife 6.It is appreciated that cutting knife 6 can
Be it is vertically moving to cut membrane material 100 from the upper surface of membrane material 100, can also be as shown in this embodiment, cut
The cutting movement direction of knife 6 is parallel with horizontal plane and extension direction with membrane material 100 is perpendicular, from a lateral incision of membrane material 100
Cut membrane material 100.By making the cutting movement direction of cutting knife 6 parallel with horizontal plane, be advantageous to the overall structure of film diced system
Layout, also can make cutting knife 6 more easily cut membrane material open.Preferably, knife drive mechanism 33 can use cylinder, hydraulic cylinder or
Other suitable mechanisms.
The film diced system that the utility model above-described embodiment provides will be wound with bar shaped membrane material first when cutting film
Film roll cylinder be installed on support 1 so that film roll cylinder can be around the axis rotation of support shaft 10, and takes the head end of membrane material 100
It is connected on the first bearing-surface 41 and the cutting gap 40 that reclines, then acts clamping jaw open-and-close mechanism 31 to control clamping jaw 2 to clamp
Membrane material 100, then controlled by first straight line drive mechanism 32 and to be clamped with the clamping jaw 2 of membrane material 100 (this is pre- along linear running preset distance
Set a distance is relevant with the size of required membrane material) arrive loose metal position, realize a feeding of membrane material so that the head end of membrane material 100 from
First bearing-surface 41 is crossed cutting gap 40 and is moved on the second bearing-surface 42, until the head end of membrane material 100 reaches predetermined cut-off
Position, the membrane material 100 positioned at the both sides of cutting gap 40 is then separately fixed at the first bearing-surface 41 and second by holding meanss
On bearing-surface 42, knife drive mechanism 33 is set to drive cutting knife 6 to cut membrane material 100 at cutting gap 40 afterwards required to obtain
Film block, realize the automation cutting to bar shaped membrane material.
After the completion of once cutting, holding meanss can unclamp the membrane material on the second bearing-surface 42 first, make well cutting
Film block welding position can be grabbed by wave welding head of ultrasonic wave to weld together with vehicle control device lid；In holding meanss
Before unclamping the membrane material on the first bearing-surface 41, clamping jaw 2 can be made to be opened in loose metal position to unclamp membrane material, clamping jaw 2 with
Open configuration clamps membrane material again after returning to initial clip position, holding meanss is unclamped on the first bearing-surface 41
Membrane material, above-mentioned feeding cutting process is repeated, realizes that the automation of membrane material 100 is continuously cut.
The utility model embodiment provide film diced system, by control each feeding of first straight line drive mechanism away from
From, it is ensured that the film block size cut out meets the requirements, and avoids causing waste of material.In addition, whole cutting process can
To realize Automated condtrol, manpower can be saved, moreover it is possible to greatly improve membrane material cutting efficiency and cut quality.
Preferably, the film diced system also includes being used for the second supporting station 7 for supporting membrane material 100, second supporting station 7
Membrane material bearing-surface 70 is located between support 1 and the initial material folding position of clamping jaw 2.Preferably, the membrane material bearing-surface of the second supporting station 7
Gap between 70 discharge end and the initial material folding position of clamping jaw 2 is smaller, so, can be in order to ensureing membrane material 2 flatly
Clamped after extending at clamping jaw 2 by clamping jaw 2.Preferably, the film diced system also includes pressing device 8, and pressing device 8 has pressure
Tight disk roller 81, compresses the top of membrane material bearing-surface 70 that disk roller 81 is located at the second supporting station 7, and membrane material 100 is suitable to from compression disk roller 81
Outer peripheral face and membrane material bearing-surface 70 between pass through.Compress disk roller 81 to be used to compress membrane material 100, ensure that membrane material 100 was conveying
Tensioning is kept in journey.
Pressing device 8 can have numerous embodiments, as long as can compress membrane material 100 has no effect on the normal of membrane material 100
Feeding.Present embodiment illustrates a kind of preferred structure of pressing device 8, as shown in figure 3, pressing device 8 also includes connecting
Connect frame 82, bearing pin 83, bolt 84 and flexible member 85.Wherein, one end that disk roller 81 is attached to link 82, link 82 are compressed
The other end and bearing pin 83 it is be hinged；Bearing pin 83 is attached on a fixed frame 80, and the fixed frame 80 can be by any suitable
The relatively-stationary part in position provides.Bolt 84 arranges that bolt 84 is spirally connected after passing through link 82 with the second supporting station 7 vertically,
It is appreciated that bolt 84 will not be to membrane material 100 mobile generation interference.Flexible member 85 is set on bolt 84, and is located at spiral shell
The head (one end relative with the end of thread) of bolt 84 is between link 82, and flexible member 85 is for example with spring.So, pass through
Tighten or looser a bolt 84, change the compressed state of flexible member 85, can adjust and compress disk roller 81 and be applied to membrane material branch
The power in membrane material 100 in bearing surface 70, can avoid the over-tension of membrane material 100 or relaxation.
Preferably, pressing device 8 is provided with two groups in the present embodiment, and the compression disk roller 81 of one group of pressing device 8 is arranged in
The feed end of the membrane material bearing-surface 70 of second supporting station 7, the compression disk roller of another group of pressing device are arranged in membrane material bearing-surface 70
Discharge end, it is so more preferable to the tension effects of membrane material 100.Certainly, in other embodiments, according to the structure of pressing device 8
Difference, the number and set location of the compression disk roller 81 on membrane material bearing-surface 70 can also have numerous embodiments,
This is repeated no more.
Preferably, transition roller can also be set by the one end for the close support 1 that the second supporting station 7 is can also be seen that in Fig. 2
Wheel 71, the periphery of transition roller wheel 71 are provided with the annular groove 710 suitable for supporting membrane material 100.Membrane material on membrane cylinder is by annular
After groove 710, then from the feed end of membrane material bearing-surface 70 enter membrane material bearing-surface 70, can so avoid membrane material peaceful at second
The charging end margin of platform 7 damages caused by friction.
Preferably, the film diced system also includes the controller of first position detection means 91 and first of electrical connection.This
One position detecting device 91 is set close to the second bearing-surface 42 of the first supporting station 4, and whether the head end for detecting membrane material 100 arrives
Up to predetermined rest position.When the head end of membrane material 100 reaches the predetermined rest position, the head end of membrane material 100 is between cutting gap
Film block size meet require.When the head end of membrane material 100 reaches predetermined rest position, first position detection means 91 is to
One controller sends the first information.According to the first information, control holding meanss start first controller, and membrane material is fixed into the
On one bearing-surface 41 and the second bearing-surface 42 (specifically, pressure head 51 pushes membrane material, and vacuum absorption holes 53 adsorb membrane material), and control
Knife drive mechanism 33 drives cutting knife 6 to do cutting membrane material motion.By setting the controller of first position detection means 91 and first,
Cutting knife 6 cuts membrane material when can avoid the clamping jaw 2 from not being sent to membrane material, causes to cut out film block too small non-serviceable
Problem.
Preferably, the second place detection means 92 that the film diced system is also set including close transition roller wheel 71, and with
The second controller of the second place detection means 92 electrical connection.Second place detection means 92 is used to detect transition roller wheel 71
Whether membrane material 100 is had in annular groove 710, and when not having membrane material in annular groove 710, second place detection means 92 controls to second
Device sends secondary signal.Second controller controls the film diced system to shut down according to secondary signal, avoids system from dallying.
Preferably, above-mentioned first position detection means 91 and second place detection means 92 can vacantly be set respectively
Photosensitive sensors.Certainly, first position detection means 91 and second place detection means 92 are not limited to above-mentioned light sensation biography
Sensor, in other embodiments, such as the detection means such as proximity switch can also be used.
In addition, referring to the part such as Fig. 1, the present embodiment medium-height trestle 1, the second supporting station 7, the first supporting station 4 it is basic directly or
Supported indirectly by fixed seat 900, it will be understood that in other embodiments, support 1, the second supporting station 7, the first supporting station 4
It can not be supported Deng part by same fixed seat.Such as support 1 directly can be supported on fixation by ground supporting, miscellaneous part
It is supported on seat 900 or respectively in different fixed seats.
In addition, cutting gap 40 does not penetrate along the cutting movement direction of cutting knife 6 in the present embodiment it can be seen from Fig. 2
First supporting station 4, cutting knife 6 can only unidirectionally cut membrane material, cutting knife 6 cut every time after membrane material will return to be cut next time
Cut.Preferably, in other embodiments, cutting movement direction of the cutting gap 40 along cutting knife 6 can also be penetrated to the first supporting
Platform 4, now cutting knife 6 can use bilateral blade so that cutting knife 6 can cut out a film in the process of stretching with side blade
Block, another film block can be cut out with opposite side blade in the process of withdrawal.
It is understood that various embodiments above of the present utility model be merely to illustrate that principle of the present utility model and
The exemplary embodiment of use, the utility model are not limited thereto.For those skilled in the art, not
In the case of departing from spirit and essence of the present utility model, various changes and modifications can be made therein, and these variations and modifications also regard
For within the scope of protection of the utility model.The scope of protection of the utility model is only by the language table of appended claims
The implication and its equivalents stated are limited.
Claims (10)
- A kind of 1. film diced system, it is characterised in that including：Support (1), there is the support shaft (10) for being used for supporting film roll cylinder；Clamping jaw (2), with the support (1) spaced a predetermined distance；The clamping jaw (2) has membrane material of the clamping from the film roll cylinder (100) closed mode and the open mode of the release membrane material (100)；Clamping jaw open-and-close mechanism (31), with the clamping jaw (2) drive connection so that the clamping jaw (2) switches to closed mode or opening State；First straight line drive mechanism (32), with the clamping jaw (2) drive connection to drive the clamping jaw (2) to do in the horizontal direction directly Line moves back and forth, and the clamping jaw (2) is switched between initial material folding position and loose metal position；For supporting the first supporting station (4) of the membrane material (100), the membrane material bearing-surface of first supporting station (4) is located at institute State the downstream of the loose metal position of clamping jaw (2)；Cutting gap is provided with the membrane material bearing-surface of first supporting station (4) (40)；Holding meanss, it is engaged with first supporting station (4) so that the membrane material of the cutting gap (40) both sides can will be located at It is each attached on the membrane material bearing-surface of first supporting station (4)；Cutting knife (6), it is directed at the cutting gap (40) setting；Knife drive mechanism (33), with the cutting knife (6) drive connection to drive the cutting knife (6) in the cutting gap (40) Cut the membrane material (100) in place.
- 2. film diced system according to claim 1, it is characterised in thatThe membrane material bearing-surface of first supporting station (4) is divided into by the cutting gap (40)：Positioned at the cutting gap (40) the first bearing-surface (41) of upstream, and the second bearing-surface (42) positioned at the cutting gap (40) downstream；The holding meanss include：Pressure head (51), positioned at the top of first bearing-surface (41)；Second straight line drive mechanism (52), with the pressure head (51) drive connection；The second straight line drive mechanism (52) can drive the pressure head (51) along perpendicular Nogata is to linear reciprocation movement is done, so that the membrane material (100) can be clamped in the pressure head (51) and first bearing-surface (41) between；The vacuum absorption holes (53) being opened in first supporting station (4), one end position of the vacuum absorption holes (53) In on second bearing-surface (42), the other end is suitable to connect with vacuum withdraw device by pipeline, with can be by the membrane material (100) vacuum suction is on second bearing-surface (42).
- 3. film diced system according to claim 1 or 2, it is characterised in that also include：For supporting the second supporting station (7) of the membrane material (100), the membrane material bearing-surface (70) of second supporting station (7) is set Put between the support (1) and the initial material folding position of the clamping jaw (2)；With the pressing device (8) for compressing disk roller (81), the membrane material for compressing disk roller (81) and being located at second supporting station (7) Above bearing-surface (70), the membrane material (100) is suitable to outer peripheral face and second supporting station (7) from the compression disk roller (81) Membrane material bearing-surface (70) between pass through.
- 4. film diced system according to claim 3, it is characterised in that the pressing device (8) also includes：Link (82), described one end for compressing disk roller (81) and being attached to the link (82)；The bearing pin (83) being attached on fixed frame (80), the other end and the bearing pin (83) of the link (82) are be hinged；The bolt (84) arranged vertically, the bolt (84) through the link (82) afterwards with the second supporting station (7) spiral shell Connect；The flexible member (85) being set on the bolt (84), the flexible member (85) are located at the head of the bolt (84) Between the link (82).
- 5. film diced system according to claim 4, it is characterised in that the pressing device (8) is provided with two groups, one group The compression disk roller (81) of pressing device (8) is arranged in the feed end of the membrane material bearing-surface (70) of second supporting station (7), another The compression disk roller (81) of group pressing device (8) is arranged in the discharge end of the membrane material bearing-surface (70) of the second supporting station (7).
- 6. film diced system according to claim 1 or 2, it is characterised in thatThe clamping jaw (2) includes：Upper clamping part (21), the upper clamping part (21) have above the membrane material (100) Upper clamping face (210)；Lower clamping part (22), the lower clamping part have the lower clamping face below the membrane material (100) (220)；The upper clamping part (21) and the lower clamping part (22) are separately mounted in the slideway (20) that is vertically arranged, it is described on Clamping face (210) and the lower clamping face (220) are positioned opposite to clamp the membrane material (100)；The clamping jaw open-and-close mechanism (31) includes：The company being connected respectively with the upper clamping part (21) and the lower clamping part (22) Bar assembly, and first cylinder being connected with the link assembly, first cylinder by the link assembly simultaneously The upper clamping part (21) and the lower clamping part (22) is driven to do move toward one another or mutually from motion；Or the clamping jaw open-and-close mechanism (31) includes：It is connected with the upper clamping part (21) so that the upper clamping is operated alone Second cylinder in portion (21), and be connected with the lower clamping part (22) so that the 3rd gas of the lower clamping part (22) is operated alone Cylinder.
- 7. film diced system according to claim 3, it is characterised in that in second supporting station (7) close to described One end of support (1) is provided with transition roller wheel (71), and the periphery of the transition roller wheel (71) is provided with suitable for supporting the membrane material (100) annular groove (710).
- 8. film diced system according to claim 1, it is characterised in that also include：Set close to first supporting station (4) The first position detection means (91) put, and the first controller electrically connected with the first position detection means (91)；It is described Whether the head end that first position detection means (91) is used to detect the membrane material (100) reaches predetermined rest position, and when described When membrane material (100) reaches predetermined rest position, the first information is sent to first controller；First controller is according to institute The first information is stated, controls the holding meanss to fix the membrane material, and controls and is cut described in the knife drive mechanism (33) driving Knife (6) does cutting membrane material motion.
- 9. film diced system according to claim 7, it is characterised in that also include setting close to the transition roller wheel (71) Second place detection means (92), and the second controller electrically connected with the second place detection means (92)；Described Whether two position detecting devices (92) are used to detect membrane material (100) in the annular groove (710) of the transition roller wheel (71), and works as When not having membrane material in the annular groove (710), secondary signal is sent to the second controller；The second controller is according to institute Stating secondary signal controls the film diced system to shut down.
- 10. film diced system according to claim 1 or 2, it is characterised in that the cutting gap (40) is along the cutting knife (6) cutting movement direction penetrates first supporting station (4), and the cutting movement direction of the cutting knife (6) and horizontal plane phase It is parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720902649.1U CN206940064U (en) | 2017-07-24 | 2017-07-24 | Film diced system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720902649.1U CN206940064U (en) | 2017-07-24 | 2017-07-24 | Film diced system |
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| Publication Number | Publication Date |
|---|---|
| CN206940064U true CN206940064U (en) | 2018-01-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720902649.1U Active CN206940064U (en) | 2017-07-24 | 2017-07-24 | Film diced system |
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| CN (1) | CN206940064U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108312585A (en) * | 2018-02-10 | 2018-07-24 | 无锡微研中佳精机科技有限公司 | A kind of tire tread Jia Zhuai mechanisms |
| CN108362709A (en) * | 2018-02-24 | 2018-08-03 | 林月洪 | The Quality Detection of soluble stanching gauze and the accurate method cut |
| CN109132654A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | Medical gauze trailer system based on constant tension stretch |
| CN109132655A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | gauze bandage flexible manufacturing system |
| CN111201190A (en) * | 2019-12-16 | 2020-05-26 | 苏州信运比尔精密机械有限公司 | Flexible film material cutting device of blowing integral type |
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2017
- 2017-07-24 CN CN201720902649.1U patent/CN206940064U/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108312585A (en) * | 2018-02-10 | 2018-07-24 | 无锡微研中佳精机科技有限公司 | A kind of tire tread Jia Zhuai mechanisms |
| CN108362709A (en) * | 2018-02-24 | 2018-08-03 | 林月洪 | The Quality Detection of soluble stanching gauze and the accurate method cut |
| CN109132654A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | Medical gauze trailer system based on constant tension stretch |
| CN109132656A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | The identical tension production system of hemostatic gauze |
| CN109132655A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | gauze bandage flexible manufacturing system |
| CN108362709B (en) * | 2018-02-24 | 2020-11-24 | 林月洪 | Quality detection and precise cutting method for soluble hemostatic gauze |
| CN111201190A (en) * | 2019-12-16 | 2020-05-26 | 苏州信运比尔精密机械有限公司 | Flexible film material cutting device of blowing integral type |
| CN111201190B (en) * | 2019-12-16 | 2021-04-16 | 苏州信运比尔精密机械有限公司 | Flexible film material cutting device of blowing integral type |
| WO2021119963A1 (en) * | 2019-12-16 | 2021-06-24 | 苏州信运比尔精密机械有限公司 | Discharging-integrated flexible thin film material cutting device |
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