CN208020330U - Plastic film hole-cutting device and its waste disposal mechanism - Google Patents
Plastic film hole-cutting device and its waste disposal mechanism Download PDFInfo
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- CN208020330U CN208020330U CN201820143213.3U CN201820143213U CN208020330U CN 208020330 U CN208020330 U CN 208020330U CN 201820143213 U CN201820143213 U CN 201820143213U CN 208020330 U CN208020330 U CN 208020330U
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- inlet channel
- cutting device
- plastic film
- tracheae
- fluid valve
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Abstract
The utility model discloses a kind of plastic film hole-cutting device and its waste disposal mechanisms,The waste disposal mechanism includes the first tracheae,The first solenoid valve being electrically connected on the first tracheae and with a control unit,Second tracheae,The second solenoid valve being electrically connected on second tracheae and with the control unit of the plastic film hole-cutting device,The first inlet channel on the upper cutter component of the plastic film hole-cutting device,On the lower chisel holder system of the plastic film hole-cutting device and the second inlet channel that can be connected to first inlet channel,Set on the lower chisel holder system bottom with the fluid valve being connected to second inlet channel and the trash discharge pipeline being connected to the lower end of the fluid valve,The output end of first tracheae is connected to the input terminal of first inlet channel,The output end of second tracheae is connected to the upper end of the fluid valve.The plastic film hole-cutting device includes above-mentioned waste disposal mechanism.
Description
Technical field
The utility model relates to a kind of plastic film hole-cutting device and its waste disposal mechanism.
Background technology
In plastic film cut hole technique, it is general using plastic film hole-cutting device to convey so far plastic film (such as
Plastic hand bag) carry out cut hole operation.Plastic film cut hole generally uses the punch-die hole punched device of cylinder driving at present.The punching
Aperture apparatus it is existing the disadvantage is that：Durability is not high, and by cylinder operation rate limitation, operating rate is not high, is not suitable for requiring high speed
The type of punching.Punching is of high cost, and user cannot repair after abrasion, and the service life is shorter etc. after manufacturer repairs.This technology is from original
Solves problem above in reason and structure.In addition, traditional punch-die waste disposal is pressed into die hole after being cut by punch-pin,
It is fallen to by dead weight and connects waste material device or taken away with exhaust column, after plastic film hole-cutting device principle changes, need new give up
Processing mechanism is expected, to better adapt to new plastic film hole-cutting device.
Utility model content
In view of this, it is really necessary to provide a kind of plastic film hole-cutting device and its waste disposal mechanism for the utility model.
A kind of plastic film hole-cutting device and its waste disposal mechanism be provided, including the first tracheae, is set on the first tracheae
And be electrically connected with a control unit the first solenoid valve, the second tracheae, be set to second tracheae on and with the plastic film
Hole-cutting device control unit electrical connection second solenoid valve, on the upper cutter component of the plastic film hole-cutting device
First inlet channel can connect on the lower chisel holder system of the plastic film hole-cutting device and with first inlet channel
Logical the second inlet channel, set on the lower chisel holder system bottom with the fluid valve that is connected to second inlet channel and with
The trash discharge pipeline of the lower end connection of the fluid valve, the output end of first tracheae are defeated with first inlet channel
Enter end connection, the output end of second tracheae is connected to the upper end of the fluid valve.
Further, the horizontal position where the output end of second tracheae is less than the upper surface of the fluid valve.
A kind of plastic film hole-cutting device, including control unit, cut hole mechanism and cut hole mechanism drive component are also provided,
The cut hole mechanism includes lower chisel holder system and upper cutter component, the upper cutter component and cut hole mechanism drive component
Connection further includes above-mentioned waste disposal mechanism.
Further, the upper cutter component include the lower plate from top to bottom set gradually, upper slitter template, swaging clamp plate with
And cut hole blade, the lower plate are connect with cut hole mechanism drive component with can be under its driving to the lower tool apron group
Part direction is mobile and return, the cut hole blade are detachably arranged on the swaging clamp plate, and the knife of the cut hole blade
Convex in the lower surface of the swaging clamp plate under sword, the projection of the cut hole blade in the horizontal plane is in elongated poroid；Described first into
Gas channel includes first inlet channel opened up inwards corresponding to the one side of first tracheae by the lower plate, by institute
The inner end for stating first inlet channel extend straight down and downward through the lower plate, the following swaging clamp plate of upper slitter template
Two inlet channels, the lower end of second inlet channel are located at the centre position of the cut hole blade.
Further, the lower chisel holder system include from top to bottom set gradually cut the following tool apron of template, described
Two inlet channels include vertical through the third branch inlet channel for cutting template and lower tool apron, the upper end of the fluid valve
It is connected to the lower end of the third branch inlet channel.
Further, the lower chisel holder system further includes two connecting seats disposed in parallel, and the lower tool apron is set to two companies
On joint chair；Second inlet channel further includes the 4th inlet channel, the upper end of the 4th inlet channel and described the
The lower end connection of three inlet channels, lower end is connected to the upper end of the fluid valve.
Further, the output end of second tracheae is connected to the respective side of the upper end of the fluid valve, to pass through
The respective side is connected to the fluid valve, and the horizontal position where the output end of second tracheae is less than the fluid valve
Upper surface.
The plastic film hole-cutting device and its waste disposal mechanism of the utility model, pass through above-mentioned hardware configuration, Neng Goushi
Now when, to when moving and being butted on described cut in template, position detecting element sends out the signal detected under the upper cutter component
Control unit is given, described control unit can control first solenoid valve and second solenoid valve while open so that air source
Distinguish upward cutter assembly by the first tracheae and the second tracheae and fluid valve is blown, or successively (time interval can be by client
Voluntarily it is arranged) control the first solenoid valve and second solenoid valve unlatching so that and air source first passes through the upward cutter assembly of the first tracheae and blows
Gas, then blown to fluid valve by the second tracheae.When upward cutter assembly is blown, air-flow is downwardly towards by the first inlet channel
Second inlet channel works as the second tracheae to jet stream at this time since the lateral surface in the upper end of fluid valve is arranged in the second tracheae
In valve when air inlet, fluid valve generates air-breathing, and to suck waste material in fluid valve, the gas in fluid valve flows downward, to
So that waste material enters trash discharge pipeline, the processing of waste material is completed.The structure of above-mentioned waste disposal mechanism is very simple ingenious, gives up
Expect that treatment effect is preferable.The cut hole mechanism of the utility model with swaging clamp plate due to being detachably connected using cut hole blade and (can be
Be clamped, be spirally connected etc.), therefore, compared with the mode of concave-convex mold, it is only necessary to replace cut hole blade, the cost of cut hole blade
Far below the cost of concave-convex mold, therefore cost can be reduced, while replacing construction is shorter, complexity is more supported.
Description of the drawings
Fig. 1 is the cut hole mechanism of the utility model plastic film hole-cutting device and the structural schematic diagram of waste disposal mechanism.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
Fig. 1 is referred to, the plastic film hole-cutting device of the utility model includes control unit (not shown), hole cutting machine
Structure, cut hole mechanism drive component (not shown) and waste disposal mechanism.Wherein, the cut hole mechanism includes lower chisel holder system
10 and upper cutter component 12, the upper cutter component 12 is connect with cut hole mechanism drive component, the hazardous waste handlers
The first solenoid valve 21, the second tracheae that structure includes the first tracheae 20, is electrically connected on the first tracheae 20 and with a control unit
22, the second solenoid valve being electrically connected on second tracheae 22 and with the control unit of the plastic film hole-cutting device
23, the first inlet channel 24 on the upper cutter component 12 of the plastic film hole-cutting device, be set to the plastic film
It can connect on the lower chisel holder system 10 of hole-cutting device and with first inlet channel 24 in the downward cut hole of the upper knife assembly
Logical the second inlet channel 25, the fluid valve set on 10 bottom of lower chisel holder system to be connected to second inlet channel 25
26, the trash discharge pipeline that is connected to the lower end of the fluid valve 26 and for detect 12 position of upper cutter component and with
Described control unit electrical connection position detecting element (not shown), the output end of first tracheae 20 with described first into
The input terminal in gas channel 24 is connected to, and the output end of second tracheae 22 is connected to the upper end of the fluid valve 26.
Any plastic film hole-cutting device in the prior art can be used in the cut hole mechanism, cut hole mechanism drive component etc.
Cut hole mechanism and cut hole mechanism drive component.Such as cut hole mechanism may be used the mode of concave-convex mold and carry out plastic film
Cut hole, in another example about the 12 upper cutter component that cylinder drives the cut hole mechanism may be used in cut hole mechanism drive component
Movement, the cut hole to carry out plastic film work.
Existing travel switch may be used, close to switch etc. in the position detecting element, when the cut hole mechanism drives
It when dynamic component is that motor drives, can also be detected by encoder, just be supported as long as can detect and cut the position of also component on described
In in the upper slitter template.
In the present embodiment, the upper cutter component 12 includes the lower plate 121 from top to bottom set gradually, upper slitter template
122, swaging clamp plate 123 and cut hole blade 124, the lower plate 121 are connect with cut hole mechanism drive component with can be
It is detachably arranged in described under driving to 10 direction of lower chisel holder system movement and return, the cut hole blade 124
On swaging clamp plate 123, and it is convex in the lower surface of the swaging clamp plate 123, the cut hole blade under the blade of the cut hole blade 124
124 projection in the horizontal plane can be in that elongated poroid or long arc shape is poroid；First inlet channel 24 includes by under described
Connecting plate 121 corresponding to first tracheae 20 one side open up inwards first inlet channel 241, by described first into
The inner end in gas channel 241 extends and straight down downward through the lower plate 121, upper slitter template 122 or less swaging clamp plate 123
Second inlet channel 242, the lower end of second inlet channel 242 are located at the hollow position of the cut hole blade 124.It should
Hollow position refers in projection in the horizontal plane, and second inlet channel 242 is located at the elongated poroid cut hole knife
The centre of piece 124, or be from looking up direction, second inlet channel 242 is located at the elongated poroid cut hole knife
The centre of piece 124.
In the present embodiment, the cut hole blade 124 is connected on the swaging clamp plate 123, really uses interior wild card
Cut hole blade 124 is blocked in the annulus equal with blade thickness that knife plate is formed, and more allowing blade replacement is very convenient in this way.
The lower chisel holder system 10 includes the lower tool apron 101 that sets gradually from the bottom to top and cuts template 102, and described the
Two inlet channels 25 include the vertical third branch inlet channel 251 that template 102 and lower tool apron 101 are cut described in, described
The upper end of fluid valve 26 is connected to the lower end of the third branch inlet channel 251.The third branch inlet channel 251 is under described
Tool apron 101 and the position cut in template 102 are corresponding to second inlet channel 242, they can be concentric, in this way,
When the upper cutter component 12 moves down and is butted on described cut in template 102, the air-flow come in from the first tracheae 20 is
It can lead in the third branch inlet channel 251.
Further, in the present embodiment, the lower chisel holder system 10 further includes two connecting seats 103 disposed in parallel, described
Lower tool apron 101 is set on two connecting seats 103；Second inlet channel 25 further includes the 4th inlet channel, and the described 4th
The upper end of branch inlet channel 252 is connected to the lower end of the third branch inlet channel 251, the upper end of lower end and the fluid valve 26
Connection.Since two connecting seat 103 is disposed in parallel, they are not closed, therefore the 4th inlet channel 252
For a closed channel, it is set between two connecting seat 103.Again due to the lower tool apron 101 be two be placed on it is described two connect
On joint chair 103, the spacing between two connecting seats 103 is larger, in order to enhance the intensity of air-flow, it is required that the 4th into
The more downward the width in gas channel 252 or aperture the narrower, is effectively connected to the upper end of fluid valve 26, therefore the 4th air inlet
The vertical section in channel 252 is in osculum taper directed downwardly or tubaeform.
In the present embodiment, the output end of second tracheae 22 is connected to the respective side of the upper end of the fluid valve 26,
To be connected to the fluid valve 26 by the respective side, the horizontal position where the output end of second tracheae 22 is less than institute
State the upper surface of fluid valve 26.
In the present embodiment, it includes a regulating mechanism 3, the regulating mechanism that the plastic film hole-cutting device is also selectable
3 including an adjusting guide holder 31 being connect with the bottom of two connecting seat 103 and in the adjusting guide holder 31
Adjust guide rod 32, it is described adjust guide rod 32 both ends can be fixed in factory at corresponding position, when need adjusting institute
When stating the position of cut hole mechanism, the mobile guide holder 31 that adjusts is in the position for adjusting guide rod 32.It in this way can be with
The cut hole position of the cut hole mechanism on a plastic film is adjusted, when the plastic film is handbag, is adjusted by this way
The position for saving cut hole mechanism is the position of the hand-held hole of adjustable handbag, i.e., hand-held hole is at a distance from edge.
In the present embodiment, the cut hole blade 124 and the hardness for cutting template 102 are HRC63.
The plastic film hole-cutting device and waste disposal mechanism of the utility model, pass through above-mentioned hardware configuration, Neng Goushi
Now when to when moving and being butted on described cut in template 102, (the i.e. described upper cutter component 12 is downward under the upper cutter component 12
When cut hole), the signal detected is sent to control unit by position detecting element, and described control unit can control described first
Solenoid valve 21 and second solenoid valve 23 are opened simultaneously so that air source is by the first tracheae 20 and the second tracheae 22 respectively to upper cutter
Component 12 and fluid valve 26 are blown, or successively (time interval can be voluntarily arranged by client) controls the first solenoid valve 21 and second
Solenoid valve 23 is opened so that air source first passes through the air blowing of 20 upward cutter assembly 12 of the first tracheae, then by the second tracheae 22 to penetrating
Valve 26 is flowed to blow.When upward cutter assembly 12 is blown, air-flow is downwardly towards the second inlet channel 25 by the first inlet channel 24,
At this time since the lateral surface in the upper end of fluid valve 26 is arranged in the second tracheae 22, when the second tracheae 22 into fluid valve 26 into
When gas, fluid valve 26 generates air-breathing, and to suck waste material in fluid valve 26, the gas in fluid valve 26 flows downward, to
So that waste material enters trash discharge pipeline, the processing of waste material is completed.The structure of above-mentioned waste disposal mechanism is very simple ingenious, gives up
Expect that treatment effect is preferable.The cut hole mechanism of the utility model using cut hole blade 124 with swaging clamp plate 123 due to being detachably connected
(can be clamped, be spirally connected etc.), therefore, compared with the mode of concave-convex mold, it is only necessary to replace cut hole blade 124, cut hole
The cost of blade 124 is far below the cost of concave-convex mold, therefore can reduce cost, while replacing construction is shorter, and complexity is more supported.
It these are only the embodiment of the utility model, it does not limit the scope of the patent of the present invention, every profit
The equivalent structure or equivalent flow shift made by the utility model specification and accompanying drawing content, is applied directly or indirectly in it
His relevant technical field, is equally included in the patent within the scope of the utility model.
Claims (7)
1. a kind of plastic film hole-cutting device and its waste disposal mechanism, it is characterised in that：Including the first tracheae, it is set to the first gas
The first solenoid valve for being electrically connected on pipe and with a control unit, the second tracheae, be set on second tracheae and with the plastics
Film hole-cutting device control unit electrical connection second solenoid valve, set on the upper cutter component of the plastic film hole-cutting device
On the first inlet channel, on the lower chisel holder system of the plastic film hole-cutting device and can be logical with first air inlet
Second inlet channel of road connection, set on the lower chisel holder system bottom with the fluid valve that is connected to second inlet channel with
And the trash discharge pipeline being connected to the lower end of the fluid valve, the output end of first tracheae and first inlet channel
Input terminal connection, the output end of second tracheae is connected to the upper end of the fluid valve.
2. plastic film hole-cutting device as described in claim 1 and its waste disposal mechanism, it is characterised in that：Second gas
Horizontal position where the output end of pipe is less than the upper surface of the fluid valve.
3. a kind of plastic film hole-cutting device, including control unit, cut hole mechanism and cut hole mechanism drive component, the cut hole
Mechanism includes lower chisel holder system and upper cutter component, and the upper cutter component is connect with cut hole mechanism drive component,
It is characterized in that：It further include waste disposal mechanism as claimed in claim 1 or 2.
4. plastic film hole-cutting device as claimed in claim 3, it is characterised in that：The upper cutter component includes from top to bottom
Lower plate, upper slitter template, swaging clamp plate and the cut hole blade set gradually, the lower plate and cut hole mechanism drive component
Connection under its driving to the lower chisel holder system direction movement and return, the cut hole blade can removably be arranged
In on the swaging clamp plate, and it is convex in the lower surface of the swaging clamp plate under the blade of the cut hole blade, the cut hole blade is in water
Projection in plane is in elongated poroid；First inlet channel includes one that first tracheae is corresponded to by the lower plate
First inlet channel that side opens up inwards, extended straight down by the inner end of first inlet channel and downward through
The lower end of second inlet channel of the following swaging clamp plate of the lower plate, upper slitter template, second inlet channel is located at institute
State the centre position of cut hole blade.
5. plastic film hole-cutting device as claimed in claim 3, it is characterised in that：The lower chisel holder system includes from top to bottom
What is set gradually cuts the following tool apron of template, and second inlet channel includes cutting template and lower tool apron described in vertical run through
Third branch inlet channel, the upper end of the fluid valve is connected to the lower end of the third branch inlet channel.
6. plastic film hole-cutting device as claimed in claim 5, it is characterised in that：The lower chisel holder system further includes two parallel
The connecting seat of setting, the lower tool apron are set on two connecting seats；Second inlet channel further includes the 4th inlet channel,
The upper end of 4th inlet channel is connected to the lower end of the third branch inlet channel, the upper end of lower end and the fluid valve
Connection.
7. such as plastic film hole-cutting device described in claim 5 or 6, it is characterised in that：The output end of second tracheae connects
It is connected to the respective side of the upper end of the fluid valve, to be connected to the fluid valve by the respective side, second tracheae
Output end where horizontal position be less than the fluid valve upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820143213.3U CN208020330U (en) | 2018-01-26 | 2018-01-26 | Plastic film hole-cutting device and its waste disposal mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820143213.3U CN208020330U (en) | 2018-01-26 | 2018-01-26 | Plastic film hole-cutting device and its waste disposal mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208020330U true CN208020330U (en) | 2018-10-30 |
Family
ID=63903380
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820143213.3U Active CN208020330U (en) | 2018-01-26 | 2018-01-26 | Plastic film hole-cutting device and its waste disposal mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208020330U (en) |
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2018
- 2018-01-26 CN CN201820143213.3U patent/CN208020330U/en active Active
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