CN209157559U - A kind of metal embossing machine of highly-efficient processing - Google Patents
A kind of metal embossing machine of highly-efficient processing Download PDFInfo
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- CN209157559U CN209157559U CN201821556321.XU CN201821556321U CN209157559U CN 209157559 U CN209157559 U CN 209157559U CN 201821556321 U CN201821556321 U CN 201821556321U CN 209157559 U CN209157559 U CN 209157559U
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Abstract
The utility model relates to embossing machines, it discloses a kind of metal embossing machines of highly-efficient processing, solve the low technical problem of current processing efficiency, including driving mechanism, transmission device and embossed wheel group, driving mechanism and transmission device are drivingly connected and embossed wheel group driven to rotate；Driving mechanism includes force piece, the power output shaft with the power wheel of force piece V belt translation and with power wheel synchronous rotation, transmission device includes transmission shaft, transmission shaft is equipped with clutch and brake component, and clutch and brake component includes the actuator of clutch unit, brake unit and synchronous driving clutch unit and brake unit.According to above technical scheme, by clutch unit transmission shaft is separated with power output shaft, motor is allowed to dally, meanwhile brake unit makes transmission shaft fast braking, to achieve the purpose that highly-efficient processing, the practicality is good, application easy to spread, has biggish value.
Description
Technical field
The utility model relates to embossing machine fields, more specifically, it relates to a kind of metal embossing machine of highly-efficient processing.
Background technique
Metal embossing machine is a kind of equipment for being embossed operation to rod-shaped workpiece, by embossed wheel rod-shaped
Processing has the decorative pattern section of decorative pattern on one section surface of workpiece, and decorative pattern section is mainly used for increasing the frictional force on rod-shaped workpiece surface.
Scroll bar 04 is driven to rotate as shown in Figure 1, embossing work mainly passes through motor 03, scroll bar 04 and two turbines 05
Engagement, and two turbines 05 are connect with the first embossed wheel 01 and the second embossed wheel 02 respectively, for driving 01 He of the first embossed wheel
Second embossed wheel 02 rotates towards each other.The side of first embossed wheel 01 and the second embossed wheel 02 is equipped with decorative pattern, thus, by rod-shaped work
Part is placed between the first embossed wheel 01 and the second embossed wheel 02, and the first embossed wheel 01 and the second embossed wheel 02 is driven to rotate towards each other,
The rod-shaped workpiece being placed between it is rolled, embossing work is completed.
However, need to close motor 03 when rod-shaped workpiece is after the completion of embossing, then after waiting scroll bar 04 to stop operating,
So that the first embossed wheel 01 and the second embossed wheel 02 also stop operating, the rod-shaped workpiece that can complete embossing work is taken out,
It places into new rod-shaped workpiece and carries out embossing work next time, thus, a large amount of time is wasted in the process, so that processing
Inefficiency.
Utility model content
For the low technical problem of processing efficiency in background technique, the utility model is intended to provide a kind of highly-efficient processing
Metal embossing machine makes transmission shaft and power output shaft by clutch unit when embossing work is completed and needs to take out workpiece
Separation, allows motor to dally, meanwhile, brake unit makes transmission shaft fast braking, to achieve the purpose that highly-efficient processing.
To achieve the above object, the utility model provides following technical solution:
A kind of metal embossing machine of highly-efficient processing, including pedestal, driving mechanism, transmission device and embossed wheel group, driving
Mechanism and transmission device are drivingly connected and embossed wheel group are driven to rotate；Driving mechanism includes force piece and force piece V belt translation
Power wheel and the power output shaft rotated synchronously with power wheel, transmission device includes transmission shaft；
Clutch and brake component is installed on the transmission shaft, the clutch and brake component include clutch unit, brake unit,
The first actuator being drivingly connected with clutch unit and the second actuator being drivingly connected with brake unit, the clutch unit
It is mounted on transmission shaft and is abutted with power output shaft far from one end of driving mechanism, the brake unit is mounted on transmission shaft
On.
It abuts or divides between clutch unit and power output shaft through the above technical solutions, the first actuator can drive
From, the second actuator can driving and braking units transmission shaft is braked.To, after embossed wheel group completes embossing work,
When needing to take out the rod-shaped workpiece that embossing is completed, the first actuator driving clutch unit is separated with power output shaft, so that driving
Mechanism idle running, transmission shaft no longer driven-mechanism are driven；Meanwhile brake unit is mounted on transmission shaft, and transmission shaft is quickly made
It is dynamic, it is convenient for operating personnel's picking up work piece.
The utility model is further arranged to: the clutch unit includes sliding the drive block being set on transmission shaft, setting
Set the mounting base in drive block side and the adjusting rod that is rotatably connected in mounting base, one end of the adjusting rod and drive block
For driving drive block to move on transmission shaft and abut or separate with power output shaft, the other end of the adjusting rod turns for connection
Dynamic to be connected in mounting base, first actuator and adjusting rod are drivingly connected.
Through the above technical solutions, the first actuator driving adjusting rod rotates in mounting base, adjusting rod is in rotation, band
Dynamic drive block slides on transmission shaft, so as to realize abutting and the isolated purpose between drive block and power output shaft.
The utility model is further arranged to: the drive block side is equipped with rotating member, and the adjusting rod is fixed on rotation
On part.
Through the above technical solutions, since drive block can be with shaft together high-speed rotation, if directly consolidated adjusting rod
It is scheduled on drive block, adjusting rod and drive block rotate synchronously, and cannot reach regulatory function so as to cause adjusting rod.To be driven
Block side is equipped with rotating member, and adjusting rod is fixed on rotating member.
The utility model is further arranged to: one end that the adjusting rod is used to connect with rotating member is equipped with connector, institute
State the side that connector is rotatably connected on rotating member.
Through the above technical solutions, due to when adjusting rod rotates, at the end of adjusting rod with the meeting of the distance between rotating member
It changes, it, may between Slave Block and transmission shaft when adjusting rod is mobile if adjusting rod and rotating member is directly fixed
It is stuck.To which setting connector is rotatably connected on the side of rotating member, can play anti-jamming effect.
The utility model is further arranged to: the drive block is fixed with mounting blocks far from the side of power output shaft, institute
It states and is equipped with elastic component between mounting blocks and drive block, one end of the elastic component is abutted with mounting blocks, the other end and drive block
It abuts.
Through the above technical solutions, setting elastic component, one end of elastic component are abutted with mounting blocks, the other end is supported with drive block
It connects, when drive block is abutted against with power output shaft, elastic component provides elastic force, so that drive block abuts more with power output shaft
Securely, so that transmission effect is more preferable.
The utility model is further arranged to: the face that the drive block is used to abut with power output shaft is equipped with protrusion.
Through the above technical solutions, protrusion is provided with, so that frictional force when abutting between drive block and power output shaft
It is bigger, so that transmission effect is more preferable.
The utility model is further arranged to: the brake unit include be fixed on transmission shaft side ratio wheel and with
The brake block of ratio wheel side fitting, the driving end of the brake block and the second actuator is fixed.
Through the above technical solutions, the second actuator driving brake block fitted closely with ratio wheel so that brake block with subtract
Frictional force between speed wheel is gradually increased, to achieve the purpose that fast braking.
The utility model is further arranged to: the pedestal is equipped with hinged seat, and the brake block is hingedly mounted on hingedly
On seat, the power output end of second actuator is hinged with pushing block, and one end of the pushing block is dynamic with the second actuator
Power output end is hinged, and the other end is hinged with hinged seat, and the side of the pushing block is abutted with brake block.
Through the above technical solutions, the second actuator drives pushing block to rotate around hinged seat, pushing block pushes support therewith again
The brake block connect is abutted with ratio wheel, to achieve the purpose that fast braking.
In conclusion the utility model has the following beneficial effects:
(1) by setting clutch unit, driving mechanism idle running can be easily controlled, transmission shaft is slowly stopped
Rotation；
(2) by setting brake unit, so that driving unit can allow transmission when driven-mechanism does not drive transmission shaft
Axis fast braking.
Detailed description of the invention
Fig. 1 is background technique referring to figure；
Fig. 2 is the overall structure diagram of metal embossing machine；
Fig. 3 is the structural schematic diagram of clutch and brake component；
Fig. 4 is the structure chart for showing spline connection.
Appended drawing reference: 01, the first embossed wheel；02, the second embossed wheel；03, motor；04, scroll bar；05, turbine；10, bottom
Seat；1, driving mechanism；11, force piece；12, power wheel；13, power output shaft；2, transmission device；21, transmission shaft；3, embossing group
Part；4, clutch and brake component；5, clutch unit；51, drive block；511, raised；52, mounting base；53, adjusting rod；54, it rotates
Part；55, connector；56, spline；6, brake unit；61, ratio wheel；62, brake block；63, hinged seat；64, pushing block；7,
One actuator；8, mounting blocks；81, elastic component；9, the second actuator.
Specific embodiment
Below with reference to examples and drawings, the utility model is described in further detail, but the implementation of the utility model
Mode is not limited only to this.
A kind of metal embossing machine of highly-efficient processing, is mainly used for the embossing work of metal material bar, as shown in Figure 1, it is wrapped
Pedestal 10, driving mechanism 1, transmission device 2 and embossed wheel group 3 are included, driving mechanism 1 is mounted on pedestal 10, and driving mechanism 1
Driving transmission device 2 rotates, and drives the rotation of embossed wheel group 3 to be embossed operation by transmission device 2.
As shown in Fig. 2, driving mechanism 1 includes force piece 11, power wheel 12 and and power with 11 V belt translation of force piece
The power output shaft 13 that wheel 12 rotates synchronously, power output shaft 13 provide the rotation of transmission device 2 for connecting with transmission device 2
Power.
As shown in figures 1 and 3, transmission device 2 includes transmission shaft 21, and the transmission shaft 21 is passed by turbine 05, scroll bar 04
Flowing mode drives the first embossed wheel 01 and the second embossed wheel 02 synchronous rotation in embossed wheel group 3 to be embossed operation.
For convenience after the completion of embossing work, in the case where not closing motor, easily by rod-shaped workpiece from first
It is taken out between embossed wheel 01 and the second embossed wheel 02, as shown in figure 3, being equipped with clutch and brake component 4, clutch system on transmission shaft 21
Dynamic component 4 includes clutch unit 5, brake unit 6, the first actuator 7 and and brake unit being drivingly connected with clutch unit 5
6 the second actuators 9 being drivingly connected, clutch unit 5 are mounted on transmission shaft 21 and with power output shaft 13 far from driving mechanism 1
One end abut, brake unit 6 is mounted on transmission shaft 21.Wherein, the first actuator 7 and the second actuator 9 can use
Cylinder.
Specifically, as shown in Figure 3 and Figure 4, clutch unit 5 includes sliding the drive block 51 being set on transmission shaft 21, setting
Set the mounting base 52 in 51 side of drive block and the adjusting rod 53 that is rotatably connected in mounting base 52, one end of adjusting rod 53 with
Drive block 51 is connected for driving drive block 51 to move on transmission shaft 21, and the other end of adjusting rod 53 and the first actuator 7 connect
It connects.Wherein, 56 connection type of spline is used between transmission shaft 21 and drive block 51, to realize drive block 51 on transmission shaft 21
It can either slide, the purpose that can be also driven；Meanwhile it being equipped with rotating member 54 in 51 side of drive block, rotating member 54 can be to turn
Adjusting rod 53 is fixed on rotating member 54 by dynamic bearing, so that adjusting rod 53 will not be rotated together with drive block 51.
In order to enable transmission when drive block 51 is abutted with power output shaft 13, between drive block 51 and power output shaft 13
Effect is more preferable, is used to be equipped with protrusion 511 on the face that abuts with power output shaft 13 in drive block 51, for increase drive block 51 and
Frictional force between power output shaft 13.
Due to when adjusting rod 53 rotates, can be changed at the end of adjusting rod 53 with the distance between rotating member 54, such as
Fruit is directly fixed by adjusting rod 53 and rotating member 54, can be stuck between Slave Block 51 and transmission shaft 21 when adjusting rod 53 is mobile,
And cause adjusting rod 53 that the purpose of mobile drive block 51 is not achieved.To be used to connect with drive block 51 in adjusting rod 53 one
End is equipped with connector 55, connector 55 is rotatably connected on the side of rotating member 54.
In order to enable the abutting between drive block 51 and power output shaft 13 is more stable and secured, in drive block 51 far from dynamic
The side of power output shaft 13 is fixed with mounting blocks 8, between mounting blocks 8 and drive block 51 be equipped with elastic component 81, the one of elastic component 81
End is abutted with mounting blocks 8, and the other end is abutted with drive block 51.Wherein, rotation axis is equipped between mounting blocks 8 and transmission shaft 21
It holds, so as to which mounting blocks 8 are fixed on transmission shaft 21.Meanwhile elastic component 81 uses compressed spring.
Due to enabling to power output shaft 13 no longer to drive transmission shaft when drive block 51 is separated with power output shaft 13
21 rotations, still, due to effect of inertia, the first embossed wheel 01 and the second embossed wheel 02 still can rotate one end time, so that people
Need to wait, thus, setting brake unit 6 include be fixed on 21 side of transmission shaft ratio wheel 61 and with ratio wheel 61 weeks
The brake block 62 of side fitting, brake block 62 and the driving end of actuator 7 are fixed, so that 62 locking ratio wheel 61 of brake block, reaches
The purpose of fast braking.
Wherein, pedestal 10 is equipped with hinged seat 63, and brake block 62 is hingedly mounted on hinged seat 63, the second actuator 9
Power output end is hinged with pushing block 64, and one end of pushing block 64 and the power output end of the second actuator 9 is hinged, another
End is hinged with hinged seat 63, and the side of pushing block 64 is abutted with brake block 62.
When use: after the completion of embossing work, when needing to carry out shutdown operation, the first actuator 7 drive drive block 51 with
Power output shaft 13 separates, so that driving assembly 1 no longer drives transmission shaft 21 to rotate, meanwhile, the second actuator 9 is pushed away by driving
Motion block 64 pushes brake block 62 to compress ratio wheel 61, and ratio wheel 61 is wholely set with transmission shaft 21, to realize to transmission shaft 21
Fast braking purpose.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of metal embossing machine of highly-efficient processing, including pedestal (10), driving mechanism (1), transmission device (2) and embossed wheel
Group (3), the driving mechanism (1) and transmission device (2) are drivingly connected and embossed wheel group (3) are driven to rotate；The driving mechanism
(1) it is mounted on pedestal (10), the transmission device (2) includes transmission shaft (21), which is characterized in that
Be equipped with clutch and brake component (4) on the transmission shaft (21), the clutch and brake component (4) include clutch unit (5),
Brake unit (6), the first actuator (7) being drivingly connected with clutch unit (5) and be drivingly connected with brake unit (6) the
Two actuators (9), the clutch unit (5) are mounted on transmission shaft (21) and with power output shaft (13) far from driving mechanism
(1) one end abuts, and the brake unit (6) is mounted on transmission shaft (21).
2. a kind of metal embossing machine of highly-efficient processing according to claim 1, which is characterized in that the clutch unit (5)
Including slide be set on transmission shaft (21) drive block (51), setting drive block (51) side mounting base (52) and turn
The dynamic adjusting rod (53) being connected on mounting base (52), one end of the adjusting rod (53) is connect with drive block (51) for driving
Drive block (51) moved on transmission shaft (21) and with power output shaft (13) abut or separate, the adjusting rod (53) it is another
End is rotatably connected on mounting base (52), and first actuator (7) and adjusting rod (53) are drivingly connected.
3. a kind of metal embossing machine of highly-efficient processing according to claim 2, which is characterized in that drive block (51) week
Side is equipped with rotating member (54), and the adjusting rod (53) is movably connected on rotating member (54).
4. a kind of metal embossing machine of highly-efficient processing according to claim 2, which is characterized in that the adjusting rod (53) is used
Connector (55) are equipped in the one end connecting with rotating member (54), the connector (55) is rotatably connected on the week of rotating member (54)
Side.
5. a kind of metal embossing machine of highly-efficient processing according to claim 2, which is characterized in that the drive block (51) is remote
Side from power output shaft (13) is fixed with mounting blocks (8), and elastic component is equipped between the mounting blocks (8) and drive block (51)
(81), one end of the elastic component (81) is abutted with mounting blocks (8), and the other end is abutted with drive block (51).
6. a kind of metal embossing machine of highly-efficient processing according to claim 2, which is characterized in that the drive block (51) is used
Raised (511) are equipped in the face abutted with power output shaft (13).
7. a kind of metal embossing machine of highly-efficient processing according to claim 1, which is characterized in that the brake unit (6)
It is described including the brake block (62) for being fixed on the ratio wheel (61) of transmission shaft (21) side and being bonded with ratio wheel (61) side
The drive connection of brake block (62) and the second actuator (9).
8. a kind of metal embossing machine of highly-efficient processing according to claim 7, which is characterized in that set on the pedestal (10)
Have hinged seat (63), the brake block (62) is hingedly mounted on hinged seat (63), the power output of second actuator (9)
End is hinged with pushing block (64), and one end of the pushing block (64) and the power output end of the second actuator (9) are hinged, another
Hingedly with hinged seat (63), the side of the pushing block (64) is abutted with brake block (62) at end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821556321.XU CN209157559U (en) | 2018-09-21 | 2018-09-21 | A kind of metal embossing machine of highly-efficient processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821556321.XU CN209157559U (en) | 2018-09-21 | 2018-09-21 | A kind of metal embossing machine of highly-efficient processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209157559U true CN209157559U (en) | 2019-07-26 |
Family
ID=67332011
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821556321.XU Active CN209157559U (en) | 2018-09-21 | 2018-09-21 | A kind of metal embossing machine of highly-efficient processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209157559U (en) |
-
2018
- 2018-09-21 CN CN201821556321.XU patent/CN209157559U/en active Active
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