CN204658931U - Embossing mechanism - Google Patents
Embossing mechanism Download PDFInfo
- Publication number
- CN204658931U CN204658931U CN201520133994.4U CN201520133994U CN204658931U CN 204658931 U CN204658931 U CN 204658931U CN 201520133994 U CN201520133994 U CN 201520133994U CN 204658931 U CN204658931 U CN 204658931U
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- CN
- China
- Prior art keywords
- embossing
- described front
- mounting holes
- described rear
- frame
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- Expired - Fee Related
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Abstract
The utility model discloses a kind of embossing mechanism, comprise embossing support, front embossing assembly and rear embossing assembly, front embossing assembly comprises front embossing frame, front embossing cylinder and lower end are provided with the front embossed portion of some front embossing heads, front embossing frame offers front embossing cylinder mounting holes, front embossing cylinder is installed in front embossing cylinder mounting holes, and the output shaft of front embossing cylinder stretches out front embossing cylinder mounting holes downwards connects with the upper end of front embossed portion, rear embossing assembly comprises rear embossing frame, rear embossing cylinder and lower end are provided with the rear embossed portion of some rear embossing heads, rear embossing frame offers rear embossing cylinder mounting holes, rear embossing cylinder is installed in rear embossing cylinder mounting holes, and after the output shaft of embossing cylinder stretch out rear embossing cylinder mounting holes downwards and connect with the upper end of rear embossed portion, rear embossing head is positioned at the lower rear of front embossing head.This embossing mechanism can prevent flower blank layer from being turned over or dispelling, thus improves embossing efficiency.
Description
Technical field
The utility model relates to embossing automatic field, particularly relates to a kind of embossing mechanism.
Background technology
Embossed technology is that design has the master mold in embossing chamber and has the male model of embossing head, flower blank is positioned in embossing chamber, then by embossing head press-in embossing chamber, thus flower blank is pressed into the shape of specifying.Now, generally one deck flower blank is placed on a hoistable platform, by the mechanical arm being equiped with chuck, the top one film clips blank of flower blank layer is clamped and is transferred in embossing chamber, then pressed by embossing primary drying thus complete embossed technology.During the top one film clips blank of then chuck gripping flower blank layer, easily flower blank layer to be turned over or flower blank easily dispels by extraneous wind-force, cause needs that blank layer will be spent to rearrange, affect embossing efficiency.
Summary of the invention
The purpose of this utility model is to provide the utility model to provide a kind of embossing mechanism that can prevent flower blank layer from being turned over or dispelling, thus improves embossing efficiency.
To achieve these goals, the technical solution of the utility model is: provide a kind of embossing mechanism, comprise embossing support, front embossing assembly and rear embossing assembly, described front embossing assembly comprises front embossing frame, front embossing cylinder and lower end are provided with the front embossed portion of some front embossing heads, described front embossing frame offers front embossing cylinder mounting holes, described front embossing cylinder is installed in described front embossing cylinder mounting holes, and the output shaft of described front embossing cylinder stretches out described front embossing cylinder mounting holes downwards connects with the upper end of described front embossed portion, described rear embossing assembly comprises rear embossing frame, rear embossing cylinder and lower end are provided with the rear embossed portion of some rear embossing heads, described rear embossing frame offers rear embossing cylinder mounting holes, described rear embossing cylinder is installed in described rear embossing cylinder mounting holes, and the output shaft of described rear embossing cylinder stretches out described rear embossing cylinder mounting holes downwards connects with the upper end of described rear embossed portion, described rear embossing head is positioned at the lower rear of described front embossing head.
Embossing side frame before described front embossing frame comprises two, embossing hold-down screw before contiguous block and two in the middle of front embossing, described front embossing side frame offers some tandem front embossing fixing threaded holes, the front embossing frame that in the middle of described front embossing, the two ends of contiguous block are moved towards before and after being respectively equipped with regulates slotted eye, described front embossing hold-down screw screws through corresponding front embossing frame adjustment slotted eye and corresponding described front embossing fixing threaded hole and connects thus be fixed on described front embossing side frame by contiguous block in the middle of front embossing, described front embossing cylinder mounting holes is located at the middle part of contiguous block in the middle of described front embossing, embossing side frame after described rear embossing frame comprises two, embossing hold-down screw after contiguous block and two in the middle of rear embossing, described rear embossing side frame offers some tandem rear embossing fixing threaded holes, the rear embossing frame that in the middle of described rear embossing, the two ends of contiguous block are moved towards before and after being respectively equipped with regulates slotted eye, described rear embossing hold-down screw screws through corresponding rear embossing frame adjustment slotted eye and corresponding described rear embossing fixing threaded hole and connects thus be fixed on described rear embossing side frame by contiguous block in the middle of rear embossing, described rear embossing cylinder mounting holes is located at the middle part of contiguous block in the middle of described rear embossing.
Described front embossed portion also comprises front embossing connecting plate and some front embossing head connecting rods, and upper end and the described front embossing connecting plate of described front embossing head connecting rod are affixed, and the lower end of described front embossing head connecting rod and corresponding front embossing are affixed; Described rear embossed portion also comprises rear embossing connecting plate and some rear embossing head connecting rods, and the upper end of described rear embossing head connecting rod is connected with described rear embossing connecting plate, and the lower end of described rear embossing head connecting rod and corresponding rear embossing are affixed.
Embossing guide rod before the plan vertical of described front embossing connecting plate is connected with two, embossing guide hole before correspondence is provided with two on contiguous block in the middle of described front embossing, the sliding plug of described front embossing guide rod is in described front embossing guide hole; The plan vertical of described rear embossing connecting plate is connected with two rear embossing guide rods, and embossing guide holes after correspondence is provided with two on contiguous block in the middle of described rear embossing, the sliding plug of described rear embossing guide rod is in described rear embossing guide hole.
Described front embossing head is character cut in bas-relief shape.
Compared with prior art, the utility model embossing mechanism can prevent flower blank layer from being turned over or dispelling, thus improves embossing efficiency.
By following description also by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structure chart of the utility model embossing mechanism.
Detailed description of the invention
With reference to figure 1, the utility model embossing mechanism 60 comprises embossing support 61, front embossing assembly and rear embossing assembly.
Described front embossing assembly comprises the front embossed portion 623 that front embossing frame 621, front embossing cylinder 622 and lower end are provided with some front embossing 6231, and in the present embodiment, described front embossing 6231 is in caviton shape.Described front embossing frame 621 offers front embossing cylinder mounting holes (not shown).Described front embossing cylinder 622 is installed in described front embossing cylinder mounting holes, and the output shaft of described front embossing cylinder 622 stretches out described front embossing cylinder mounting holes downwards connects with the upper end of described front embossed portion 623.Described rear embossing assembly comprises the rear embossed portion 633 that rear embossing frame 631, rear embossing cylinder 632 and lower end are provided with some rear embossing 6331.Described rear embossing frame 631 offers rear embossing cylinder mounting holes (not shown).Described rear embossing cylinder 632 is installed in described rear embossing cylinder mounting holes, and the output shaft of described rear embossing cylinder 632 stretches out described rear embossing cylinder mounting holes downwards connects with the upper end of described rear embossed portion 633, described rear embossing 6331 is positioned at the lower rear of described front embossing 6231.
Particularly, embossing hold-down screw (not shown) before contiguous block 6212 and two in the middle of embossing side frame 6211 before described front embossing frame 621 comprises two, front embossing.Described front embossing side frame 6211 offers some tandem front embossing fixing threaded holes 62111.The front embossing frame that in the middle of described front embossing, the two ends of contiguous block 6212 are moved towards before and after being respectively equipped with regulates slotted eye 62121.Described front embossing hold-down screw screws through corresponding front embossing frame adjustment slotted eye 62121 and corresponding described front embossing fixing threaded hole 62111 and connects thus be fixed on described front embossing side frame 6211 by contiguous block 6212 in the middle of front embossing, and described front embossing cylinder mounting holes is located at the middle part of contiguous block 6212 in the middle of described front embossing.Embossing side frame 6311, the middle contiguous block of rear embossing 6312 and two rear embossing hold-down screw (not shown) after described rear embossing frame 631 comprises two, described rear embossing side frame 6311 offers some tandem rear embossing fixing threaded hole (not shown), the rear embossing frame that in the middle of described rear embossing, the two ends of contiguous block 6312 are moved towards before and after being respectively equipped with regulates slotted eye 63121.Described rear embossing hold-down screw screws through corresponding rear embossing frame adjustment slotted eye 63121 and corresponding described rear embossing fixing threaded hole 63111 and connects thus be fixed on described rear embossing side frame 6311 by contiguous block 6312 in the middle of rear embossing.Described rear embossing cylinder mounting holes 6313 is located at the middle part of contiguous block 6312 in the middle of described rear embossing.
Particularly, described front embossed portion 623 also comprises front embossing connecting plate 6232 and some front embossing head connecting rods 6233, upper end and the described front embossing connecting plate 6232 of described front embossing head connecting rod 6233 are affixed, and the lower end of described front embossing head connecting rod 6233 and corresponding front embossing 6231 is affixed.Described rear embossed portion 633 also comprises rear embossing connecting plate 6332 and some rear embossing head connecting rods 6333.The upper end of described rear embossing head connecting rod 6333 is connected with described rear embossing connecting plate 6332, and the lower end of described rear embossing head connecting rod 6333 and corresponding rear embossing 6331 is affixed.
Preferably, embossing guide rod 62321 before the plan vertical of described front embossing connecting plate 6232 is connected with two, embossing guide hole (not shown) before correspondence is provided with two on contiguous block 6212 in the middle of described front embossing, the sliding plug of described front embossing guide rod 62321 is in described front embossing guide hole; The plan vertical of described rear embossing connecting plate 6332 is connected with two rear embossing guide rods 63321, and embossing guide holes 63122 after 6312 correspondences are provided with two on contiguous block in the middle of described rear embossing, the sliding plug of described rear embossing guide rod 63321 is in described rear embossing guide hole 63122.
When the utility model embossing mechanism 60 uses, when chuck does not also do gripping action, front embossing 6231 and rear embossing 6331 is pressed in the rear and front end of colored blank layer upper surface respectively under the driving of front embossing cylinder 622 and rear embossing cylinder 632; When chuck does gripping action, front embossing cylinder 622 bounces back, front embossing 6231 is made to leave the front end of colored blank layer, chuck is made to clamp the front end of colored blank layer the top one film clips blank smoothly, then after, embossing cylinder 632 bounces back, make rear embossing 6331 leave the rear end of colored blank layer, afterwards chuck by flower blank layer topmost a film clips blank folder walk, last front embossing 6231 and rear embossing 6331 reset.
The utility model embossing mechanism can prevent flower blank layer from being turned over or dispelling, thus improves embossing efficiency.
By being described the utility model in conjunction with most preferred embodiment above, but the utility model is not limited to the embodiment of above announcement, and should contain amendment that the various essence according to the present embodiment carries out, equivalent combinations.
Claims (5)
1. an embossing mechanism, it is characterized in that: comprise embossing support, front embossing assembly and rear embossing assembly, described front embossing assembly comprises front embossing frame, front embossing cylinder and lower end are provided with the front embossed portion of some front embossing heads, described front embossing frame offers front embossing cylinder mounting holes, described front embossing cylinder is installed in described front embossing cylinder mounting holes, and the output shaft of described front embossing cylinder stretches out described front embossing cylinder mounting holes downwards connects with the upper end of described front embossed portion, described rear embossing assembly comprises rear embossing frame, rear embossing cylinder and lower end are provided with the rear embossed portion of some rear embossing heads, described rear embossing frame offers rear embossing cylinder mounting holes, described rear embossing cylinder is installed in described rear embossing cylinder mounting holes, and the output shaft of described rear embossing cylinder stretches out described rear embossing cylinder mounting holes downwards connects with the upper end of described rear embossed portion, described rear embossing head is positioned at the lower rear of described front embossing head.
2. embossing mechanism as claimed in claim 1, it is characterized in that: embossing side frame before described front embossing frame comprises two, embossing hold-down screw before contiguous block and two in the middle of front embossing, described front embossing side frame offers some tandem front embossing fixing threaded holes, the front embossing frame that in the middle of described front embossing, the two ends of contiguous block are moved towards before and after being respectively equipped with regulates slotted eye, described front embossing hold-down screw screws through corresponding front embossing frame adjustment slotted eye and corresponding described front embossing fixing threaded hole and connects thus be fixed on described front embossing side frame by contiguous block in the middle of front embossing, described front embossing cylinder mounting holes is located at the middle part of contiguous block in the middle of described front embossing, embossing side frame after described rear embossing frame comprises two, embossing hold-down screw after contiguous block and two in the middle of rear embossing, described rear embossing side frame offers some tandem rear embossing fixing threaded holes, the rear embossing frame that in the middle of described rear embossing, the two ends of contiguous block are moved towards before and after being respectively equipped with regulates slotted eye, described rear embossing hold-down screw screws through corresponding rear embossing frame adjustment slotted eye and corresponding described rear embossing fixing threaded hole and connects thus be fixed on described rear embossing side frame by contiguous block in the middle of rear embossing, described rear embossing cylinder mounting holes is located at the middle part of contiguous block in the middle of described rear embossing.
3. embossing mechanism as claimed in claim 2, it is characterized in that: described front embossed portion also comprises front embossing connecting plate and some front embossing head connecting rods, upper end and the described front embossing connecting plate of described front embossing head connecting rod are affixed, and the lower end of described front embossing head connecting rod and corresponding front embossing are affixed; Described rear embossed portion also comprises rear embossing connecting plate and some rear embossing head connecting rods, and the upper end of described rear embossing head connecting rod is connected with described rear embossing connecting plate, and the lower end of described rear embossing head connecting rod and corresponding rear embossing are affixed.
4. embossing mechanism as claimed in claim 3, it is characterized in that: embossing guide rod before the plan vertical of described front embossing connecting plate is connected with two, embossing guide hole before correspondence is provided with two on contiguous block in the middle of described front embossing, the sliding plug of described front embossing guide rod is in described front embossing guide hole; The plan vertical of described rear embossing connecting plate is connected with two rear embossing guide rods, and embossing guide holes after correspondence is provided with two on contiguous block in the middle of described rear embossing, the sliding plug of described rear embossing guide rod is in described rear embossing guide hole.
5. embossing mechanism as claimed in claim 4, is characterized in that: described front embossing head is character cut in bas-relief shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520133994.4U CN204658931U (en) | 2015-03-09 | 2015-03-09 | Embossing mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520133994.4U CN204658931U (en) | 2015-03-09 | 2015-03-09 | Embossing mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204658931U true CN204658931U (en) | 2015-09-23 |
Family
ID=54129356
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520133994.4U Expired - Fee Related CN204658931U (en) | 2015-03-09 | 2015-03-09 | Embossing mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204658931U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104742357A (en) * | 2015-03-09 | 2015-07-01 | 陈伟玉 | Knurling mechanism |
| CN109624289A (en) * | 2019-02-03 | 2019-04-16 | 倪晋挺 | A kind of channel pressing die of the adjustable depth |
-
2015
- 2015-03-09 CN CN201520133994.4U patent/CN204658931U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104742357A (en) * | 2015-03-09 | 2015-07-01 | 陈伟玉 | Knurling mechanism |
| CN109624289A (en) * | 2019-02-03 | 2019-04-16 | 倪晋挺 | A kind of channel pressing die of the adjustable depth |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150923 Termination date: 20170309 |