CN205770543U - A kind of automatic film tearing device - Google Patents
A kind of automatic film tearing device Download PDFInfo
- Publication number
- CN205770543U CN205770543U CN201620446052.6U CN201620446052U CN205770543U CN 205770543 U CN205770543 U CN 205770543U CN 201620446052 U CN201620446052 U CN 201620446052U CN 205770543 U CN205770543 U CN 205770543U
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- China
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- dyestripping
- guide
- material transfer
- cylinder
- keepers
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Abstract
This utility model provides a kind of automatic film tearing device, belong to pressing equipment field, it includes pedestal, guide cylinder and dyestripping cylinder, pedestal includes two substrates, two substrates are vertically aligned the both sides being arranged on pedestal, guide cylinder and dyestripping cylinder horizontal parallel are arranged between two substrates, and dyestripping cylinder is in above guide cylinder and aligns with guide cylinder, and dyestripping cylinder can slide up and down between two substrates.Compared with prior art, this automatic film tearing device uses dyestripping cylinder automatically to remove the thin film of aluminum flake surface to be punched, saves labour turnover, and shortens the dyestripping time, improves the work efficiency of pressing equipment.
Description
Technical field
This utility model relates to pressing equipment field, particularly a kind of automatic film tearing device.
Background technology
Punch process is made by the power of routine or special pressing equipment, makes plate directly be deformed by stamping press in module, thus obtains the production technology of the product parts of definite shape, size and performance.Punch process is the processing method of a kind of metal cold deformation.Often in order to better ensure that product shaping radian, it is ensured that the stability of R angle size, before punch process, just need the thin film tearing aluminum flake surface off can carry out punching press.The thin film of the aluminum flake surface to be punched of package is the most all to use artificial dyestripping.The mode of artificial dyestripping not only adds labour cost, and the sordid situation of dyestripping easily occurs in artificial dyestripping process, needs secondary operations, and artificial dyestripping efficiency is low, and labor intensity is big, directly affects the work efficiency of whole stamping machine.
Utility model content
For the problems referred to above, this utility model provides a kind of automatic film tearing device, automatically removes the thin film of aluminum flake surface to be punched, saves labour turnover, and shortens the dyestripping time.
The technical solution adopted in the utility model is:
A kind of automatic film tearing device, including: pedestal, guide cylinder and dyestripping cylinder, pedestal includes two substrates, two substrates are vertically aligned the both sides being arranged on pedestal, guide cylinder and dyestripping cylinder horizontal parallel are arranged between two substrates, dyestripping cylinder is in above guide cylinder and aligns with guide cylinder, and dyestripping cylinder can slide up and down between two substrates.
Preferably, each substrate is provided with the most leading post and horizontal stop bit post, and the bottom of leading post is fixing with stop bit post to be connected, and the leading post parallel alignment on two substrates, dyestripping cylinder slides up and down between two substrates along leading post.
Preferably, dyestripping cylinder includes dyestripping drum shaft, dyestripping barrel and two dyestripping keepers, and dyestripping barrel is enclosed within dyestripping drum shaft, and two dyestripping keepers are respectively fitted over the two ends of dyestripping drum shaft.
More preferably, each dyestripping keeper includes dyestripping locating dowel, dyestripping hole, location and dyestripping locating slot, hole, dyestripping location and dyestripping locating dowel coaxial line, dyestripping locating dowel is run through in hole, dyestripping location, dyestripping locating slot is arranged on the one end of dyestripping locating dowel, the hole, dyestripping location of two dyestripping keepers is respectively fitted over the two ends of dyestripping drum shaft, and the dyestripping locating slot of two dyestripping keepers is respectively fitted on two leading posts.
Preferably, guide cylinder includes guide drum shaft, guide barrel and two guide keepers, and guide barrel is enclosed within guide drum shaft, and two guide keepers are respectively fitted over the two ends of guide drum shaft.
More preferably, each guide keeper includes guide locating dowel, guide hole, location and guide locating slot, hole, guide location and guide locating dowel coaxial line, guide locating dowel is run through in hole, guide location, guide locating slot is arranged on the one end of guide locating dowel, the hole, guide location of two guide keepers is respectively fitted over the two ends of guide drum shaft, and the guide locating slot of two guide keepers is respectively fitted on two leading posts.
Preferably, automatic film tearing device also includes a material transfer cylinder, material transfer cylinder is arranged between two substrates, material transfer cylinder is parallel with guide cylinder and horizontal alignment, material transfer cylinder includes material transfer drum shaft, material transfer barrel and two material transfer keepers, material transfer barrel is enclosed within material transfer drum shaft, and two material transfer keepers are respectively fitted over the two ends of material transfer drum shaft.
More preferably, each material transfer keeper includes material transfer locating dowel, material transfer hole, location and material transfer locating slot, hole, material transfer location and material transfer locating dowel coaxial line, material transfer locating dowel is run through in hole, material transfer location, material transfer locating slot is arranged on the one end of material transfer locating dowel, and the hole, material transfer location of two material transfer keepers is respectively fitted over the two ends of material transfer drum shaft.
It is highly preferred that be additionally provided with guidance post on each substrate, teaching the bottom of post to be vertically fixed on stop rod, teach post parallel with leading post, the material transfer locating slot of two material transfer keepers is respectively fitted on two guidance posts.
Compared with prior art, the beneficial effects of the utility model are: this utility model provides a kind of automatic film tearing device, use dyestripping cylinder automatically to remove the thin film of aluminum flake surface to be punched, save labour turnover, shorten the dyestripping time.
Accompanying drawing explanation
The axonometric chart of a kind of automatic film tearing device that Fig. 1 provides for this utility model；
The explosive view of a kind of automatic film tearing device that Fig. 2 provides for this utility model；
The axonometric chart of dyestripping keeper in a kind of automatic film tearing device that Fig. 3 provides for this utility model.
Detailed description of the invention
The preferred implementation provided this utility model with reference to the accompanying drawings illustrates.
Fig. 1 to Fig. 3, for the preferred implementation of a kind of automatic film tearing device that this utility model provides.As shown in Figure 1 to Figure 3, this automatic film tearing device is arranged on during punching press arranges, for the thin film of aluminium flake to be punched is removed, it includes pedestal 10, guide cylinder 20 and dyestripping cylinder 30, pedestal 10 includes two substrates 11, two substrates 11 are vertically aligned the both sides being arranged on pedestal 10, guide cylinder 20 and dyestripping cylinder 30 horizontal parallel are arranged between two substrates 11, dyestripping cylinder 30 is in above guide cylinder 20 and aligns with guide cylinder 20, dyestripping cylinder 30 can slide up and down between two substrates 11, after so having rolled up plural layers on dyestripping cylinder 30, dyestripping cylinder 30 can upper move.
Each substrate 11 is provided with the most leading post 111 and horizontal stop bit post 112, the bottom of leading post 111 is fixing with stop bit post 112 to be connected, leading post 111 parallel alignment on two substrates 11, guide cylinder 20 and dyestripping cylinder 30 slide up and down between two substrates 11 along leading post 111, so position guide cylinder 20 and dyestripping cylinder 30 in the horizontal direction.
Guide cylinder 20 includes guide drum shaft 21, guide barrel 22 and two guide keepers 23, and guide barrel 22 is enclosed within guide drum shaft 21, and two guide keepers 23 are respectively fitted over the two ends of guide drum shaft 21.
nullEach guide keeper 23 includes guide locating dowel 231、Guide hole 232, location and guide locating slot 233，Hole, guide location 232 and guide locating dowel 231 coaxial line，Guide locating dowel 231 is run through in hole 232, guide location，Guide locating slot 233 is arranged on the one end of guide locating dowel 231，The hole 232, guide location of two guide keepers 23 is respectively fitted over the two ends of guide drum shaft 21，The guide locating slot 233 of two guide keepers 23 is respectively fitted on two leading posts 111，When guide cylinder 20 is laid，The guide locating slot 233 of two guide keepers 23 is enclosed within two leading posts 111 from the top ends of two leading posts 111 respectively，Guide cylinder 20 is vertically displaced downwardly to leading post 111 bottom along leading post 111，Guide cylinder 20 is positioned by stop bit post 112.
Dyestripping cylinder 30 includes dyestripping drum shaft 31, dyestripping barrel 32 and two dyestripping keepers 33, and dyestripping barrel 32 is enclosed within dyestripping drum shaft 31, and two dyestripping keepers 33 are respectively fitted over the two ends of dyestripping drum shaft 31.
nullEach dyestripping keeper 33 includes dyestripping locating dowel 331、Dyestripping hole 332, location and dyestripping locating slot 333，Hole, dyestripping location 332 and dyestripping locating dowel 331 coaxial line，Dyestripping locating dowel 331 is run through in hole 332, dyestripping location，Dyestripping locating slot 333 is arranged on the one end of dyestripping locating dowel 331，The hole 332, dyestripping location of two dyestripping keepers 33 is respectively fitted over the two ends of dyestripping drum shaft 31，The dyestripping locating slot 333 of two dyestripping keepers 33 is respectively fitted on two leading posts 111，When laying dyestripping cylinder 30，Two dyestripping locating slots 333 on dyestripping cylinder 30 vertically move down along two leading posts 111，It is placed on the guide barrel 22 of guide cylinder 20 to dyestripping barrel 32，Aluminium flake to be punched is between guide cylinder 20 and dyestripping cylinder 30；During dyestripping, along with aluminium flake to be punched moves forward, dyestripping barrel 32 rotates, film rolling is on dyestripping barrel 32, thin layer on dyestripping barrel 32 gradually increases, the radius of the most whole dyestripping cylinder 30 becomes big, and the dyestripping locating slot 333 on dyestripping keeper 33 moves along leading post 111 is gradually upper；After thin film reaches certain thickness on dyestripping barrel 32, whole dyestripping cylinder 30 can be moved to dominate the top of post 111 on two leading posts 111, take out between two substrates 11.
Automatic film tearing device also includes a material transfer cylinder 40, material transfer cylinder 40 is arranged between two substrates 11, material transfer cylinder 40 is parallel with guide cylinder 20 and horizontal alignment, material transfer cylinder 40 includes material transfer drum shaft 41, material transfer barrel 42 and two material transfer keepers 43, material transfer barrel 42 is enclosed within material transfer drum shaft 41, two material transfer keepers 43 are respectively fitted over the two ends of material transfer drum shaft 41, and aluminium flake to be punched is transferred between guide cylinder 20 and dyestripping cylinder 30 by material transfer cylinder 40.
Each material transfer keeper 43 includes material transfer locating dowel 431, material transfer hole 432, location and material transfer locating slot 433, hole, material transfer location 4333 and material transfer locating dowel 431 coaxial line, material transfer locating dowel 431 is run through in hole 432, material transfer location, material transfer locating slot 433 is arranged on the one end of material transfer locating dowel 431, and the hole 432, material transfer location of two material transfer keepers 43 is respectively fitted over the two ends of material transfer drum shaft 41.
Guidance post 113 it is additionally provided with on each substrate 11, the bottom teaching post 113 is vertically fixed on stop rod 112, teach post 113 parallel with leading post 111, the material transfer locating slot 433 of two material transfer keepers 43 is respectively fitted on two guidance posts 113, when material transfer cylinder 40 is laid, the material transfer locating slot 433 of two material transfer keepers 43 is enclosed within two leading posts 111 from the top ends of two leading posts 111 respectively, material transfer cylinder 40 is vertically displaced downwardly to leading post 111 bottom along leading post 111, and material transfer cylinder 40 is positioned by stop bit post 112.
It is noted that guide keeper 23, dyestripping keeper 33 are the most identical with size with the structure of material transfer keeper 43, it is simple to exchange and use.
As a kind of embodiment, leading post 111, stop bit post 112 and teach post 113 can use welding, be spirally connected or other modes are fixed on panel 11, leading post 111, stop bit post 112 and guidance post 113 on two panels 11 all align.
As another embodiment, the side of leading post 111 top ends is provided with hanger bracket, uses hanger bracket to hang over the mode on panel 11 and is positioned on panel 11.
The work process of this automatic film tearing device is: be first arranged between dyestripping cylinder 30 and guide cylinder 20 through material transfer cylinder 40 by the to be punched aluminium flake having thin film, the thin film on this to be punched aluminium flake having thin film is removed a part again on the dyestripping barrel 32 of dyestripping cylinder 30, rolls up 2 ~ 3 layers, finally drag aluminium flake without thin film to be punched, dyestripping cylinder 30 is driven to rotate, thin film is gradually rolled up on dyestripping barrel 32 by dyestripping cylinder 30, after on dyestripping barrel 32, thin film reaches certain thickness, whole dyestripping cylinder 30 can be moved to dominate the top of post 111 on two leading posts 111, take out between two substrates 11, the dyestripping cylinder 30 more renewed.
In sum, the technical solution of the utility model sufficiently effective can realize above-mentioned utility model purpose, and structure of the present utility model and principle of work and power the most sufficiently verified, intended effect and purpose can be reached, on the premise of without departing substantially from principle of the present utility model and essence, the embodiment of utility model can be made various changes or modifications.Therefore, this utility model include all be previously mentioned in patent claim in the range of all replacement contents, any made in this utility model claim equivalence change, all belong to this case application the scope of the claims within.
Claims (9)
1. an automatic film tearing device, it is characterized in that, including: pedestal, guide cylinder and dyestripping cylinder, pedestal includes two substrates, two substrates are vertically aligned the both sides being arranged on pedestal, guide cylinder and dyestripping cylinder horizontal parallel are arranged between two substrates, and dyestripping cylinder is in above guide cylinder and aligns with guide cylinder, and dyestripping cylinder can slide up and down between two substrates.
Automatic film tearing device the most according to claim 1, it is characterized in that: each substrate is provided with the most leading post and horizontal stop bit post, the bottom of leading post is fixing with stop bit post to be connected, leading post parallel alignment on two substrates, dyestripping cylinder slides up and down between two substrates along leading post.
Automatic film tearing device the most according to claim 2, it is characterized in that: dyestripping cylinder includes dyestripping drum shaft, dyestripping barrel and two dyestripping keepers, dyestripping barrel is enclosed within dyestripping drum shaft, and two dyestripping keepers are respectively fitted over the two ends of dyestripping drum shaft.
Automatic film tearing device the most according to claim 3, it is characterized in that: each dyestripping keeper includes dyestripping locating dowel, dyestripping hole, location and dyestripping locating slot, hole, dyestripping location and dyestripping locating dowel coaxial line, dyestripping locating dowel is run through in hole, dyestripping location, dyestripping locating slot is arranged on the one end of dyestripping locating dowel, the hole, dyestripping location of two dyestripping keepers is respectively fitted over the two ends of dyestripping drum shaft, and the dyestripping locating slot of two dyestripping keepers is respectively fitted on two leading posts.
Automatic film tearing device the most according to claim 2, it is characterized in that: guide cylinder includes guide drum shaft, guide barrel and two guide keepers, guide barrel is enclosed within guide drum shaft, and two guide keepers are respectively fitted over the two ends of guide drum shaft.
Automatic film tearing device the most according to claim 5, it is characterized in that: each guide keeper includes guide locating dowel, guide hole, location and guide locating slot, hole, guide location and guide locating dowel coaxial line, guide locating dowel is run through in hole, guide location, guide locating slot is arranged on the one end of guide locating dowel, the hole, guide location of two guide keepers is respectively fitted over the two ends of guide drum shaft, and the guide locating slot of two guide keepers is respectively fitted on two leading posts.
Automatic film tearing device the most according to claim 2, it is characterized in that: automatic film tearing device also includes a material transfer cylinder, material transfer cylinder is arranged between two substrates, material transfer cylinder is parallel with guide cylinder and horizontal alignment, material transfer cylinder includes material transfer drum shaft, material transfer barrel and two material transfer keepers, material transfer barrel is enclosed within material transfer drum shaft, and two material transfer keepers are respectively fitted over the two ends of material transfer drum shaft.
Automatic film tearing device the most according to claim 7, it is characterized in that: each material transfer keeper includes material transfer locating dowel, material transfer hole, location and material transfer locating slot, hole, material transfer location and material transfer locating dowel coaxial line, material transfer locating dowel is run through in hole, material transfer location, material transfer locating slot is arranged on the one end of material transfer locating dowel, and the hole, material transfer location of two material transfer keepers is respectively fitted over the two ends of material transfer drum shaft.
Automatic film tearing device the most according to claim 8, it is characterized in that: on each substrate, be additionally provided with guidance post, the bottom teaching post is vertically fixed on stop rod, teaches post parallel with leading post, and the material transfer locating slot of two material transfer keepers is respectively fitted on two guidance posts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620446052.6U CN205770543U (en) | 2016-05-17 | 2016-05-17 | A kind of automatic film tearing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620446052.6U CN205770543U (en) | 2016-05-17 | 2016-05-17 | A kind of automatic film tearing device |
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| Publication Number | Publication Date |
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| CN205770543U true CN205770543U (en) | 2016-12-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620446052.6U Active CN205770543U (en) | 2016-05-17 | 2016-05-17 | A kind of automatic film tearing device |
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| CN (1) | CN205770543U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109110235A (en) * | 2018-09-10 | 2019-01-01 | Tcl王牌电器(惠州)有限公司 | Automatic film tearing device |
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2016
- 2016-05-17 CN CN201620446052.6U patent/CN205770543U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109110235A (en) * | 2018-09-10 | 2019-01-01 | Tcl王牌电器(惠州)有限公司 | Automatic film tearing device |
| CN109110235B (en) * | 2018-09-10 | 2021-07-06 | Tcl王牌电器(惠州)有限公司 | Automatic film tearing device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |