CN207645449U - With the shielding film adhesive tape gluing machine from tonality receiving mechanism - Google Patents
With the shielding film adhesive tape gluing machine from tonality receiving mechanism Download PDFInfo
- Publication number
- CN207645449U CN207645449U CN201721801032.7U CN201721801032U CN207645449U CN 207645449 U CN207645449 U CN 207645449U CN 201721801032 U CN201721801032 U CN 201721801032U CN 207645449 U CN207645449 U CN 207645449U
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- Prior art keywords
- shielding film
- clutch discs
- adhesive tape
- material receiving
- roller
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Abstract
The utility model provides a kind of shielding film adhesive tape gluing machine having from tonality receiving mechanism, it includes rack, emptying roller, adhesive tape roller, material receiving roller, drive roll, pressure roller and transmission system, wherein, drive roll is connect with motor drive, transmission system includes the first clutch component, first clutch discs of the first clutch component are sequentially connected with drive roll, and the second clutch discs and the material receiving roller of the first clutch component are sequentially connected, with a setting frictional contact transmission between the first clutch discs and the second clutch discs.Having from the drive roll of the shielding film adhesive tape gluing machine of tonality receiving mechanism for the utility model is driven the setting frictional force for driving material receiving roller to rotate by the first clutch component to material receiving roller, so that when shielding film is in setting value to the pulling force of material receiving roller, material receiving roller just rotates rewinding with a setting speed；When pulling force is excessive, material receiving roller, which reduces rotating speed, to be prevented from shielding film drawing deformation；When pulling force is too small, material receiving roller, which increases speed, prevents from winding pine.
Description
Technical field
The utility model is related to shielding film adhesive tape gluing machine field, more particularly to a kind of screening having from tonality receiving mechanism
Cover membrane adhesive tape make-up machine.
Background technology
The shielding film that shielding film adhesive tape gluing mechanism in the utility model is made, be mainly used for automobile, furniture etc. into
When row spraying operation, the region that need not be sprayed is blocked, to smoothly complete specific region spraying operation, shielding film is general
By being constituted as the plastic film of masking main body and the adhesive tape positioned at one or both sides as binding material positioned at middle part.
Shielding film adhesive tape gluing equipment in the prior art is rotated generally by motor direct-drive drive roll, main simultaneously
Dynamic roller strap dynamic pressure roller carries out rubberizing to shielding film, on the other hand drives material receiving roller to drive the rotation of coiled strip cylinder to gradually by motor
Wind the shielding film after rubberizing；
Shielding film adhesive tape gluing equipment in the prior art is during coiled strip, it is difficult to control between material receiving roller and drive roll
One section of shielding film tensioning or relaxation, this section of shielding film, which is too tensioned, will make shielding film coiled strip that can roll up to obtain tension, in turn
It being easy to draw shielding film and deform, influence subsequent use effect, it is too loose will so that shielding film coiled strip can be rolled up for too relaxation, into
And so that entire shielding film coiled strip loosely dissipates, it influences transport and is used with follow-up.
Therefore needing to provide a kind of there is the shielding film adhesive tape gluing machine from tonality receiving mechanism to solve above-mentioned technical problem.
Utility model content
The utility model provides a kind of shielding film adhesive tape gluing machine having from tonality receiving mechanism, passes through the first clutch
Component drive connection drive roll and material receiving roller, material receiving roller are rotated using the frictional force from the first clutch component, to solve
Shielding film adhesive tape gluing equipment in the prior art is during coiled strip, it is difficult to control one section of screening between material receiving roller and drive roll
The tensioning or relaxation of film are covered, this section of shielding film, which is too tensioned, will make shielding film coiled strip that can roll up to obtain tension, and then be easy to hide
Covering film draws deformation, too relaxation that will make shielding film coiled strip that can roll up problem too loose.
In order to solve the above technical problems, the technical solution of the utility model is：A kind of screening having from tonality receiving mechanism
Cover membrane adhesive tape make-up machine comprising：
Rack；
Emptying roller is rotatably arranged on one end of the rack, and for installing shielding film barrel, the shielding film barrel is used for
The shielding film of band to be rubberized is provided；
Adhesive tape roller is arranged in the rack, for installing the adhesive tape barrel for providing adhesive tape；
Rubberizing unit；Including drive roll and pressure roller, the drive roll is rotatably arranged in the rack and and motor drive
To obtain the driving force of rotation, the pressure roller is rotatably arranged on the side in the rack and positioned at the drive roll, institute for connection
The extending direction for stating pressure roller is consistent with the drive roll, the glue on shielding film and the adhesive tape barrel on the shielding film barrel
Band connection makes the pressure roller by adhesive tape rolling extremely between the drive roll and the pressure roller by the rotation of the drive roll
On shielding film, while the drive roll and the pressure roller are rotatably assorted and pull the shielding film barrel and adhesive tape barrel rotation
Blowing；
Material receiving roller is rotatably arranged on the other end of the rack, for clamping and coiled strip cylinder is driven to rotate, the coiled strip cylinder
For furling the shielding film for posting adhesive tape between the drive roll and the pressure roller；And
Transmission system, for the drive roll and the material receiving roller of being sequentially connected, including the first clutch component, described first
Clutch component includes the first clutch discs and the second clutch discs, and first clutch discs and the drive roll are sequentially connected, and described the
Two clutch discs are sequentially connected with the material receiving roller, with a setting frictional force between first clutch discs and second clutch discs
Contact Transmission, first clutch discs drive second clutch discs to rotate by the setting frictional force.
In the present invention, when the material receiving roller is with setting speed uniform rotation, shielding film has the material receiving roller
Corresponding setting value of thrust, when shielding film is more than the setting value of thrust to the value of thrust of the material receiving roller, the material receiving roller
Velocity of rotation be less than the setting speed, when shielding film is less than the setting value of thrust to the value of thrust of the material receiving roller,
The velocity of rotation of the material receiving roller is more than the setting speed.
In the present invention, the transmission system includes the Coupling Shaft for connecting first clutch component, described
For Coupling Shaft through being rotatably connected in the rack, the Coupling Shaft is extended is connected with the first tune in one end of the shell outside
It saves part and the first limiting section, first clutch component is described between first regulating part and first limiting section
First clutch discs be rotatably connected in the Coupling Shaft by bearing and with first limiting section limit contact, described second from
It closes disk to be slidably connected in the Coupling Shaft and positioned at first clutch discs close to the side of first regulating part, described
The first spring is provided between second clutch discs and first regulating part, first spring is used to be first clutch discs
Frictional force is generated between second clutch discs, and pressure is provided.
Further, first regulating part is an annular disc, is provided with screw thread on the inside of first regulating part, institute
The end that the first regulating part is threaded in the material receiving roller is stated, the periphery of first regulating part is provided with conducive to control rotation
Roughness.
Further, it is provided with locating slot corresponding with first spring on first regulating part, described second
Clutch discs are contacted by plane bearing with first spring.
In addition, being connected with a gear in the Coupling Shaft on the inside of the rack, second is provided on the material receiving roller
Clutch component, second clutch component include third clutch discs and the 4th clutch discs, the third clutch discs and the gear
Be sequentially connected, the 4th clutch discs and the material receiving roller are sequentially connected, the third clutch discs and the 4th clutch discs it
Between with one setting frictional contact transmission.
Further, one end of the material receiving roller is connected with the second regulating part and the second limiting section, the second clutch group
Between second regulating part and second limiting section, the third clutch discs are rotatably connected on described part by bearing
It is contacted on material receiving roller and with second limiting section limit, the 4th clutch discs are slidably connected on the material receiving roller and are located at
The third clutch discs are set close to the side of second regulating part between the 4th clutch discs and second regulating part
It is equipped with second spring, the second spring is used to generate frictional force between the third clutch discs and the 4th clutch discs and carry
For pressure.
In the present invention, one end of the drive roll is connected with a toothed disc, is provided in first clutch discs
The gear ratio of gear part for being sequentially connected with the toothed disc, the toothed disc and the gear part is more than 1.
In the present invention, it is provided with the guide face for guiding shielding film to move in the rack, is led described
A positioning briquetting is connected on stream interface, one end of the graduated scale of a strip positions pressing in institute by the positioning briquetting
It states on guide face, shielding film is between the graduated scale and the guide face.
Further, by tape-stripping on the guide face, shielding film is located at the quarter at the both ends of the graduated scale
It spends between the adhesive tape at ruler both ends.
Compared to the prior art, advantage is the utility model：The utility model has from tonality receiving mechanism
The drive roll of shielding film adhesive tape gluing machine be driven one for driving material receiving roller to rotate to material receiving roller by the first clutch component
Setting frictional force so that when shielding film is in setting value to the pulling force of material receiving roller, material receiving roller just with a setting speed rotate
Rewinding, when pulling force is excessive, material receiving roller, which reduces rotating speed, to be prevented from shielding film drawing deformation, and when pulling force is too small, material receiving roller increases speed anti-
Only wound pine.
Description of the drawings
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below in embodiment
Required attached drawing is briefly described, and the accompanying drawings in the following description is only that the section Example of the utility model is corresponding
Attached drawing.
Fig. 1 is the knot with the preferred embodiment from the shielding film adhesive tape gluing machine of tonality receiving mechanism of the utility model
Structure schematic diagram.
Fig. 2 is the front view having from the shielding film adhesive tape gluing machine of tonality receiving mechanism of the utility model.
Fig. 3 is sectional view made by the A-A cutting lines in Fig. 2.
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 skilled in the art are obtained without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
Shielding film adhesive tape gluing equipment in the prior art is rotated generally by motor direct-drive drive roll, main simultaneously
Dynamic roller strap dynamic pressure roller carries out rubberizing to shielding film, on the other hand drives material receiving roller to drive the rotation of coiled strip cylinder to gradually by motor
Wind the shielding film after rubberizing；
Shielding film adhesive tape gluing equipment in the prior art is during coiled strip, it is difficult to control between material receiving roller and drive roll
One section of shielding film tensioning or relaxation, this section of shielding film, which is too tensioned, will make shielding film coiled strip that can roll up to obtain tension, in turn
It being easy to draw shielding film and deform, influence subsequent use effect, it is too loose will so that shielding film coiled strip can be rolled up for too relaxation, into
And so that entire shielding film coiled strip loosely dissipates, it influences transport and is used with follow-up.
It the following is a kind of screening having from tonality receiving mechanism that can solve the above technical problem provided by the utility model
Cover the preferred embodiment of membrane adhesive tape make-up machine.
It is pasted referring to Fig.1 and 2, wherein Fig. 1 is having from the masking membrane adhesive tape of tonality receiving mechanism for the utility model
The structural schematic diagram of the preferred embodiment of conjunction machine, Fig. 2 are the masking membrane adhesive tape having from tonality receiving mechanism of the utility model
The front view of make-up machine.
The similar unit of structure is to be given the same reference numerals in the figure.
It is provided by the utility model have from the preferred embodiment of the shielding film adhesive tape gluing machine of tonality receiving mechanism be：One
Kind has the shielding film adhesive tape gluing machine from tonality receiving mechanism comprising rack 11, emptying roller 12, adhesive tape roller 13, rubberizing list
Member, material receiving roller 14 and transmission system；Emptying roller 12 and adhesive tape roller 13 exports shielding film respectively and adhesive tape is enterprising to rubberizing unit
Row rubberizing, material receiving roller 14 then drive the rotation of coiled strip cylinder to furl the shielding film that rubberizing unit posts adhesive tape；
Wherein, emptying roller 12 is rotatably arranged on one end of rack 11, and for installing shielding film barrel, shielding film barrel is used for
The shielding film of band to be rubberized is provided；
Adhesive tape roller 13 is arranged in rack 11, for installing the adhesive tape barrel for providing adhesive tape；
Rubberizing unit, including drive roll 15 and pressure roller 16, drive roll 15 are rotatably arranged in rack 11 and are located at emptying roller
Between 12 and material receiving roller 14, it is connect with motor drive to obtain the driving force of rotation, the wherein electronic box 17 of motor setting in Fig. 1
Interior, pressure roller 16 is rotatably arranged on the side in rack 11 and positioned at drive roll 15, extending direction and the drive roll 15 1 of pressure roller 16
It causes；
Adhesive tape on shielding film on shielding film barrel and adhesive tape barrel is connected between drive roll 15 and pressure roller 16, is passed through
The rotation of drive roll 15 makes pressure roller 16 by adhesive tape rolling to shielding film, while drive roll 15 and pressure roller 16 are rotatably assorted pulling
Shielding film barrel and adhesive tape barrel rotate blowing；
Wherein, being rotatably assorted by drive roll 15 and pressure roller 16 pulls shielding film barrel and adhesive tape barrel to rotate blowing, phase
Compared with pulling shielding film barrel and adhesive tape barrel to rotate blowing when being furled completely by material receiving roller 14, it can prevent shielding film from furling
Tightly, simultaneously because the thickness in the place that shielding film has pasted the place of adhesive tape and do not taped is inconsistent, furling tension can cause to hide
The formation fold of film is covered, retracting effect is poor；
Material receiving roller 14 is rotatably arranged on the other end of rack 11, for clamping and coiled strip cylinder is driven to rotate, coiled strip cylinder is used for
Retracting posts the shielding film of adhesive tape；
Transmission system is for be sequentially connected drive roll 15 and material receiving roller 14, including the first clutch component 19, the first clutch group
Part 19 includes the first clutch discs 21 and the second clutch discs 22, and the first clutch discs 21 are sequentially connected with drive roll 15, the second clutch discs
22 are sequentially connected with material receiving roller 14, are driven with a setting frictional contact between the first clutch discs 21 and the second clutch discs 22, the
One clutch discs drive the rotation of the second clutch discs by setting frictional force.
It is that drive roll 15 is by the first clutch component 19 to rewinding by the principle of the first clutch component 19 transmission retracting
Roller 14 is driven the setting frictional force for driving material receiving roller 14 to rotate so that when shielding film is in the pulling force of material receiving roller 14
When setting value, 14 ability of material receiving roller rotates rewinding with a setting speed, and when pulling force is excessive, material receiving roller 14, which reduces rotating speed, to be prevented to cover
Film draws deformation, and when pulling force is too small, material receiving roller 14, which increases speed, prevents from winding pine；
When material receiving roller 14 is with setting speed uniform rotation, shielding film has corresponding setting value of thrust to material receiving roller 14,
When shielding film is more than setting value of thrust to the value of thrust of material receiving roller 14 so that pass to material receiving roller by the first clutch component 19
14 are short of power so that it continues to the setting speed, prevent from drawing shielding film and become so that material receiving roller 14 reduces rotating speed
Shape.
When shielding film is less than setting value of thrust to the value of thrust of material receiving roller 14 so that transmitted by the first clutch component 19
To the power bigger of material receiving roller 14 so that material receiving roller 14 can be rotated with the rotating speed more than setting speed, and then prevent from winding
Cross pine.
Fig. 3 is please referred to, wherein Fig. 3 is sectional view made by the A-A cutting lines in Fig. 2.
Specifically, transmission system includes the Coupling Shaft 28 for connecting the first clutch component 19, Coupling Shaft 28 is through rotation
It is connected in rack 11；
Coupling Shaft 28 is extended is connected with the first regulating part 24 and the first limiting section 26 in the one end in the outside of rack 11, first from
Seaming element 19 is between the first regulating part 24 and the first limiting section 26；
First clutch discs 21 are rotatably connected in Coupling Shaft 28 by bearing 27 and are contacted with the limit of the first limiting section 26, the
Two clutch discs 22 are slidably connected in Coupling Shaft 28 and positioned at the first clutch discs 21 close to the side of the first regulating part 24, second
The first spring 23 is provided between clutch discs 22 and the first regulating part 24, the first spring 23 is used to be the first clutch discs 21 and second
Frictional force is generated between clutch discs 22, and pressure is provided.
The first regulating part 24 in this preferred embodiment is an annular disc, and the inside of the first regulating part 24 is provided with spiral shell
Line, the first regulating part 24 are threaded in the end of material receiving roller 14, and the periphery of the first regulating part 24 is provided with conducive to control rotation
Roughness.
Further, locating slot corresponding with the first spring 23, the second clutch discs 22 are provided on the first regulating part 24
It is contacted with the first spring 23 by plane bearing 25.
In addition, being connected with a gear 29 in the Coupling Shaft 28 of 11 inside of rack, the second clutch is provided on material receiving roller 14
Component is driven by the way that two groups of clutch components are arranged, is further ensured that the fineness of frictional force transmission, while also making material receiving roller
The variation of 14 pairs of shielding film value of thrust has faster response speed.
Second clutch component includes third clutch discs 2A and the 4th clutch discs 2B, and third clutch discs 2A connects with the transmission of gear 29
It connects, the 4th clutch discs 2B is sequentially connected with material receiving roller 14, is rubbed with a setting between third clutch discs 2A and the 4th clutch discs 2B
Power Contact Transmission.
One end of material receiving roller 14 is connected with the second regulating part 2D and the second limiting section, and the second clutch component is located at second and adjusts
Between part 2D and the second limiting section, third clutch discs 2A be rotatably connected on material receiving roller 14 by bearing 2F and with the second limiting section
Limit contact, the 4th clutch discs 2B are slidably connected on material receiving roller 14 and positioned at third clutch discs 2A close to the second regulating part 2D's
Side, is provided with second spring 2C between the 4th clutch discs 2B and the second regulating part 2D, second spring 2C be used for for third from
Generation frictional force provides pressure between closing disk 2A and the 4th clutch discs 2B.
Locating slot corresponding with second spring 2C is provided on second regulating part 2D, the 4th clutch discs 2B passes through plane axis
2E is held to contact with second spring 2C.
In the preferred embodiment, one end of drive roll 15 is connected with a toothed disc 18, is provided in the first clutch discs 21
The gear ratio of gear part for being sequentially connected with toothed disc 18, toothed disc 18 and gear part is more than 1, to ensure drive roll 15
The maximum rewinding rotating speed that material receiving roller 14 is driven by the first clutch component 19 is more than drive roll 15 and pressure roller 16 pulls shielding film
Speed.
In addition, being provided with the guide face for guiding shielding film to move in rack 11, it is connected on guide face
One end of one positioning briquetting 1A, the graduated scale 1B of a strip position pressing on guide face by positioning briquetting 1A, shielding film
Between graduated scale 1B and guide face.
Meanwhile the both ends of graduated scale 1B are pasted onto by adhesive tape 1C on guide face, shielding film is located at the both ends graduated scale 1B
Between adhesive tape, while preventing shielding film deviation, deviation situation is most directly showed by calibration information.
The operation principle of the utility model：The clamping adhesive tape first on adhesive tape roller 13, the clamping screening on emptying roller 12
Film raw material is covered, then the clamping coiled strip cylinder on material receiving roller 14, is adjusted by screwing the first regulating part 24 and the second regulating part 2D
Drive roll 15 passes to the power of material receiving roller 14 by the first clutch component 19 and the second clutch component；
Later, a part of adhesive tape first is posted in masking film raw material manually, and extended through in drive roll 15 and pressure roller 16
Between, it subsequently opens motor and drive roll 15 is driven to rotate, drive roll 15 and pressure roller 16 coordinate realization is automatic to carry out rubberizing；
It shuts down later, the unqualified part for the shielding film for posting adhesive tape is cut off, and manually will patch since right rail
There is the shielding film of adhesive tape to be wound on coiled strip cylinder, is then then turned on motor, drive roll 15 and pressure roller 16 coordinate automatic progress rubberizing,
Material receiving roller 14 carries out coiled strip automatically simultaneously；
If it was found that winding is more loose, the first regulating part 24 and the second regulating part 2D can be suitably tightened, it is dynamic to increase winding
Power so that winding it is tighter, it is opposite suitably to unscrew the first regulating part 24 and the second regulating part 2D if winding is relatively tight.
The rubberizing having from the shielding film adhesive tape gluing machine of tonality receiving mechanism of this preferred embodiment is completed in this way
The process of rewinding.
This preferred embodiment have from the drive roll of the shielding film adhesive tape gluing machine of tonality receiving mechanism by first from
Seaming element is driven the setting frictional force for driving material receiving roller to rotate to material receiving roller so that when drawing of the shielding film to material receiving roller
When power is in setting value, material receiving roller just rotates rewinding with a setting speed；When pulling force is excessive, material receiving roller, which reduces rotating speed, to be prevented to hide
It covers film and draws deformation；When pulling force is too small, material receiving roller, which increases speed, prevents from winding pine.
In conclusion although the utility model is disclosed above with preferred embodiment, above preferred embodiment is not used
To limit the utility model, those skilled in the art can make without departing from the spirit and scope of the utility model
It is various to change and retouch, therefore the scope of protection of the utility model is subject to the range that claim defines.
Claims (10)
1. a kind of shielding film adhesive tape gluing machine having from tonality receiving mechanism, which is characterized in that including：
Rack；
Emptying roller is rotatably arranged on one end of the rack, and for installing shielding film barrel, the shielding film barrel is for providing
The shielding film of band to be rubberized；
Adhesive tape roller is arranged in the rack, for installing the adhesive tape barrel for providing adhesive tape；
Rubberizing unit, including drive roll and pressure roller, the drive roll are rotatably arranged in the rack and are connect with motor drive
To obtain the driving force of rotation, the pressure roller is rotatably arranged on the side in the rack and positioned at the drive roll, the pressure
The extending direction of roller is consistent with the drive roll, and the adhesive tape on the shielding film and the adhesive tape barrel on the shielding film barrel connects
It is connected between the drive roll and the pressure roller, makes the pressure roller by adhesive tape rolling to masking by the rotation of the drive roll
On film, while the drive roll and the pressure roller are rotatably assorted and the shielding film barrel and adhesive tape barrel rotation are pulled to put
Material；
Material receiving roller is rotatably arranged on the other end of the rack, for clamping and coiled strip cylinder is driven to rotate, the coiled strip cylinder is used for
Furl the shielding film that adhesive tape is posted between the drive roll and the pressure roller；And
Transmission system, for the drive roll and the material receiving roller of being sequentially connected, including the first clutch component, first clutch
Component includes the first clutch discs and the second clutch discs, and first clutch discs and the drive roll are sequentially connected, described second from
It closes disk to be sequentially connected with the material receiving roller, with a setting frictional contact between first clutch discs and second clutch discs
Transmission, first clutch discs drive second clutch discs to rotate by the setting frictional force.
2. the shielding film adhesive tape gluing machine according to claim 1 having from tonality receiving mechanism, which is characterized in that described
When material receiving roller is with setting speed uniform rotation, shielding film has corresponding setting value of thrust to the material receiving roller, when shielding film pair
When the value of thrust of the material receiving roller is more than the setting value of thrust, the velocity of rotation of the material receiving roller is less than the setting speed,
When shielding film is less than the setting value of thrust to the value of thrust of the material receiving roller, the velocity of rotation of the material receiving roller is more than described
Setting speed.
3. the shielding film adhesive tape gluing machine according to claim 1 having from tonality receiving mechanism, which is characterized in that described
Transmission system includes the Coupling Shaft for connecting first clutch component, and the Coupling Shaft, which runs through, is rotatably connected on the rack
On, the Coupling Shaft is extended is connected with the first regulating part and the first limiting section in one end of the shell outside, described first from
Between first regulating part and first limiting section, first clutch discs are rotatably connected on seaming element by bearing
In the Coupling Shaft and with first limiting section limit contact, second clutch discs be slidably connected in the Coupling Shaft and
Positioned at first clutch discs close to the side of first regulating part, second clutch discs and first regulating part it
Between be provided with the first spring, first spring is used to generate for first clutch discs and second clutch discs between and rub
Power provides pressure.
4. the shielding film adhesive tape gluing machine according to claim 3 having from tonality receiving mechanism, which is characterized in that described
First regulating part is an annular disc, and screw thread is provided on the inside of first regulating part, and first regulating part is threadedly coupled
In the end of the material receiving roller, the periphery of first regulating part is provided with the roughness conducive to control rotation.
5. the shielding film adhesive tape gluing machine according to claim 4 having from tonality receiving mechanism, which is characterized in that described
Locating slot corresponding with first spring is provided on first regulating part, second clutch discs pass through plane bearing and institute
State the contact of the first spring.
6. the shielding film adhesive tape gluing machine according to claim 3 having from tonality receiving mechanism, which is characterized in that in institute
It states and is connected with a gear in the Coupling Shaft on the inside of rack, be provided with the second clutch component on the material receiving roller, described second
Clutch component includes third clutch discs and the 4th clutch discs, and the third clutch discs are connect with the gear drive, and the described 4th
Clutch discs are sequentially connected with the material receiving roller, are connect with a setting frictional force between the third clutch discs and the 4th clutch discs
Touch transmission.
7. the shielding film adhesive tape gluing machine according to claim 6 having from tonality receiving mechanism, which is characterized in that described
One end of material receiving roller is connected with the second regulating part and the second limiting section, second clutch component be located at second regulating part and
Between second limiting section, the third clutch discs are rotatably connected on the material receiving roller by bearing and are limited with described second
The limit contact of position portion, the 4th clutch discs are slidably connected on the material receiving roller and positioned at the third clutch discs close to described
The side of second regulating part, is provided with second spring between the 4th clutch discs and second regulating part, and described second
Spring, which is used to generate frictional force between the third clutch discs and the 4th clutch discs, provides pressure.
8. the shielding film adhesive tape gluing machine according to claim 1 having from tonality receiving mechanism, which is characterized in that described
One end of drive roll is connected with a toothed disc, and the tooth for being sequentially connected with the toothed disc is provided in first clutch discs
The gear ratio of wheel portion, the toothed disc and the gear part is more than 1.
9. the shielding film adhesive tape gluing machine according to claim 1 having from tonality receiving mechanism, which is characterized in that in institute
The guide face being provided in rack for guiding shielding film to move is stated, a positioning briquetting is connected on the guide face,
One end of the graduated scale of one strip positions pressing on the guide face by the positioning briquetting, and shielding film is located at the quarter
It spends between ruler and the guide face.
10. the shielding film adhesive tape gluing machine according to claim 9 having from tonality receiving mechanism, which is characterized in that institute
The both ends of graduated scale are stated by tape-stripping on the guide face, shielding film is located between the adhesive tape at the graduated scale both ends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721801032.7U CN207645449U (en) | 2017-12-20 | 2017-12-20 | With the shielding film adhesive tape gluing machine from tonality receiving mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721801032.7U CN207645449U (en) | 2017-12-20 | 2017-12-20 | With the shielding film adhesive tape gluing machine from tonality receiving mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207645449U true CN207645449U (en) | 2018-07-24 |
Family
ID=62877725
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721801032.7U Expired - Fee Related CN207645449U (en) | 2017-12-20 | 2017-12-20 | With the shielding film adhesive tape gluing machine from tonality receiving mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207645449U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109279425A (en) * | 2018-11-15 | 2019-01-29 | 威海英木胶粘制品有限公司 | A kind of adhesive tape processing machine |
-
2017
- 2017-12-20 CN CN201721801032.7U patent/CN207645449U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109279425A (en) * | 2018-11-15 | 2019-01-29 | 威海英木胶粘制品有限公司 | A kind of adhesive tape processing machine |
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