CN204700107U - A kind of metallic plate indent equipment - Google Patents
A kind of metallic plate indent equipment Download PDFInfo
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- CN204700107U CN204700107U CN201520392905.8U CN201520392905U CN204700107U CN 204700107 U CN204700107 U CN 204700107U CN 201520392905 U CN201520392905 U CN 201520392905U CN 204700107 U CN204700107 U CN 204700107U
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Abstract
The utility model relates to mechanical equipment technical field, particularly relates to a kind of metallic plate indent equipment; Metallic plate indent equipment of the present utility model, comprises mainframe, also comprises the second driver part, support component, spinning roller, drive disk assembly and the first driver part; Described spinning roller comprises master rotor, fixed side, main mount pad, pressure head, clip plate, interior top-fastening rod, holds out against spring, drive cavity and the seat that spins; Metallic plate indent equipment indent efficiency of the present utility model is high, and indent is effective, easy to operate, easy to adjust.
Description
Technical field
The utility model relates to mechanical equipment technical field, particularly relates to a kind of metallic plate indent equipment.
Background technology
Usually the surperficial indent at metal material is needed in the process of Production of bearing.But traditional metal indent equipment regulates inconvenient, and inconvenient operation, indent inefficiency, indent effect is poor.Therefore, need to provide a kind of easy to operate, easy to adjust, indent efficiency is high, the metal indent equipment that indent is effective.
Utility model content
The purpose of this utility model is to provide a kind of metallic plate indent equipment, solves traditional metal indent equipment and regulates inconvenient, the problem of indent inefficiency.
The technical scheme that the utility model adopts for its technical problem of solution is:
A kind of metallic plate indent equipment, comprise mainframe, also comprise the second driver part of the bottom being arranged at described mainframe, be arranged in described mainframe and be in the upper end of described mainframe support component, be arranged in described mainframe and be in the top of described mainframe spinning roller, revolve the drive disk assembly of the end being located at described spinning roller and revolve the first driver part of the end being located at described drive disk assembly, described spinning roller comprises master rotor, be embedded at the fixed side in the sidewall of described master rotor, be arranged at the main mount pad in described fixed side, revolve the pressure head be located in described main mount pad, be arranged at the clip plate on the inwall of described fixed side, revolve the interior top-fastening rod be located on described clip plate, to be sheathed on described interior top-fastening rod and to be pressed in and described clip plate holds out against spring, drive cavity and the seat that spins be arranged on the sidewall of described drive cavity of the recessed end in described master rotor of the axis along described master rotor.
Wherein, described master rotor is cylindric; Radial direction along described master rotor is provided with the first holddown groove in the concave side wall of described master rotor, and the longitudinal section of described first holddown groove is trapezoidal; Described first holddown groove and described fixed side adapt; In described fixed side, be arranged with pressing groove, described pressing groove is cylindric, and described pressing groove and described main mount pad adapt; Main mount pad described in several is distributed on described fixed side uniformly; Axis along described main mount pad is equipped with first and spins hole in described main mount pad, and the described first spin hole and described pressure head adapts; The outer wall of described pressure head is ellipsoid; In the described seat that spins, be arranged with rotation locating slot, the sidewall of described rotation locating slot is curved surface; Be arranged with in described clip plate and hold out against installing hole, described in hold out against installing hole and described interior top-fastening rod adapts; Described interior top-fastening rod is cylindrical bar; Concave side wall in described clip plate is provided with the first positioning ring groove, and described first positioning ring groove and the described spring that holds out against adapt.
Wherein, described drive disk assembly comprises main rotation pedestal, the second shaft part be through in described main rotation pedestal, the first shaft part being axially set in the end of described second shaft part along described second shaft part, the transmission side plate be arranged on the outer wall of described first shaft part, the set part be arranged in along the radial direction of described main rotation pedestal in described main rotation pedestal, revolves the location shank be located in described set part and revolve and be located on the shank of described location and the first spinning seat be pressed on the sidewall of described set part.
Wherein, described main rotation pedestal is ellipsoid shape; Radial direction along described main rotation pedestal is equipped with the first installing hole and the second installing hole in described main rotation pedestal, and described first installing hole is mutually vertical with described second installing hole; Described first installing hole and described second shaft part adapt; Described second installing hole and described set part adapt; Described first shaft part is cylindric; Concave side wall in described first shaft part is provided with clamping mounting groove, and described clamping mounting groove and described transmission side plate adapt; The outer wall of described transmission side plate is ellipsoid; Described transmission side plate and the described seat that spins adapt; Described first spinning seat is hemispherical; Concave side wall in described set part is provided with the first mounting groove, and described first mounting groove and described set part adapt; The number of described location shank is 2.
Wherein, described support component comprises main support frame, is embedded at the delivery board on the top of described main support frame, the dish that spins be embedded in the sidewall of described main support frame, revolves and to spin the driving wheel on dish described in being located at and be embedded at the interior connectivity kit of bottom of described main support frame.
Wherein, be arranged with main mounting groove in the top of described main support frame, described main mounting groove and described delivery board adapt; The longitudinal section of described delivery board is trapezoidal; Be arranged with the first link slot in the bottom of described main support frame, described first link slot is round table-like; Described first link slot and described interior connectivity kit adapt; The number of described first link slot is 2; The described dish that spins is for discoid; First to spin hole along being axially arranged with in the described dish that spins of the described dish that spins, the described first spin hole and described driving wheel adapts.
Wherein, described second driver part comprise motor, revolve the retainer of the upper end being located at described motor, revolve the final drive shaft of the upper end being located at described retainer along the axis of described retainer, the upper end driving cover outward, be arranged at described final drive shaft of revolving the top of being located at described final drive shaft and be in and describedly drive actuator in cover, the first rotary joint along the gangbar describedly driving the radial direction of cover to revolve to be located at the side driving member on the described outer outer wall driving cover outward, be arranged at the upside of described side driving member and the upper end that is arranged at described gangbar outward.
Wherein, described retainer is round table-like; Described final drive shaft is cylindric; In described retainer, be equipped with the first drive cavity along the axial of described retainer, described first drive cavity and described final drive shaft adapt; Described outer driving cover is for spherical; Be equipped with guiding member rotating in described outer driving in the sidewall of cover, described guiding member rotating is cylindric; Described final drive shaft is arranged in described guiding member rotating; Described side driving member comprises main rod body and is sheathed on the first transmission cylindrical shell in described main rod body; Described first transmission cylindrical shell is cylindric; Described main rod body is cylindric; Two described main rod body are arranged at the described outer both sides driving cover respectively; Described gangbar is obliquely installed relative to the axis of described side driving member; In described first rotary joint, be equipped with first to spin groove, the described first spin groove and described gangbar adapts; Described first rotary joint comprises the first pontes and the second coupling part; Described the first pontes is round table-like; Described second coupling part is hemispherical.
Wherein, the described pressure head clamping block that comprises main fastening body, be arranged at first section of spinning of the lower end of described main fastening body, revolve the interior reinforcing ring in the outside being located at described main fastening body, cover at the outer Withstand voltage layer in the outside of described interior reinforcing ring and be embedded in the sidewall of described first section of spinning.
Wherein, described clamping block is cube; In described first section of spinning sidewall inside spin be arranged with the first connecting thread; The outer wall of described main fastening body is ellipsoid; The outer wall of described outer Withstand voltage layer is ellipsoid; Described interior reinforcing ring is circular; In described in several, reinforcing ring is distributed on described main fastening body uniformly.
The utility model has the advantage of:
Metallic plate indent equipment of the present utility model, comprise mainframe, also comprise the second driver part of the bottom being arranged at described mainframe, be arranged in described mainframe and be in the upper end of described mainframe support component, be arranged in described mainframe and be in the top of described mainframe spinning roller, revolve the drive disk assembly of the end being located at described spinning roller and revolve the first driver part of the end being located at described drive disk assembly, described spinning roller comprises master rotor, be embedded at the fixed side in the sidewall of described master rotor, be arranged at the main mount pad in described fixed side, revolve the pressure head be located in described main mount pad, be arranged at the clip plate on the inwall of described fixed side, revolve the interior top-fastening rod be located on described clip plate, to be sheathed on described interior top-fastening rod and to be pressed in and described clip plate holds out against spring, drive cavity and the seat that spins be arranged on the sidewall of described drive cavity of the recessed end in described master rotor of the axis along described master rotor, metallic plate indent equipment indent efficiency of the present utility model is high, and indent is effective, easy to operate, easy to adjust.
Accompanying drawing explanation
Fig. 1 is the front view of metallic plate indent equipment of the present utility model.
Fig. 2 is the front view of spinning roller of the present utility model.
Fig. 3 is the front view of drive disk assembly of the present utility model.
Fig. 4 is the front view of support component of the present utility model.
Fig. 5 is the front view of pressure head of the present utility model.
Fig. 6 is the front view of the second driver part of the present utility model.
1-mainframe; 2-spinning roller; 21-spins seat; 22-master rotor; 23-fixed side; 24-pressure head; The outer Withstand voltage layer of 241-; The main fastening body of 242-; Reinforcing ring in 243-; 244-clamping block; 245-first section of spinning; The main mount pad of 25-; 26-clip plate; 27-holds out against spring; Top-fastening rod in 28-; 3-drive disk assembly; 31-transmission side plate; 32-first shaft part; 33-second shaft part; 34-locates shank; 35-gathers part; 36-first spinning seat; The main rotation pedestal of 37-; 4-first driver part; 5-support component; 51-delivery board; The main support frame of 52-; 53-spins dish; 54-driving wheel; Connectivity kit in 55-; 6-second driver part; 61-first rotary joint; 62-gangbar; 63-drives cover outward; Actuator in 64-; 65-final drive shaft; 66-retainer; 67-motor; 68-side driving member.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with diagram and specific embodiment, setting forth the utility model further.
Composition graphs 1 to Fig. 6 is described in detail to metallic plate indent equipment of the present utility model.
Metallic plate indent equipment of the present utility model, comprise mainframe 1, also comprise the second driver part 6 of the bottom being arranged at described mainframe 1, be arranged in described mainframe 1 and be in the upper end of described mainframe 1 support component 5, be arranged in described mainframe 1 and be in the top of described mainframe 1 spinning roller 2, revolve the drive disk assembly 3 of the end being located at described spinning roller 2 and revolve the first driver part 4 of the end being located at described drive disk assembly 3, described spinning roller 2 comprises master rotor 22, be embedded at the fixed side 23 in the sidewall of described master rotor 22, be arranged at the main mount pad 25 in described fixed side 23, revolve the pressure head 24 be located in described main mount pad 25, be arranged at the clip plate 26 on the inwall of described fixed side 23, revolve the interior top-fastening rod 28 be located on described clip plate 26, to be sheathed on described interior top-fastening rod 28 and to be pressed in and described clip plate 26 holds out against spring 27, drive cavity and the seat 21 that spins be arranged on the sidewall of described drive cavity of the recessed end in described master rotor 22 of the axis along described master rotor 22.
Described master rotor 22 is cylindric; Radial direction along described master rotor 22 is provided with the first holddown groove in the concave side wall of described master rotor 22, and the longitudinal section of described first holddown groove is trapezoidal; Described first holddown groove and described fixed side 23 adapt; In described fixed side 23, be arranged with pressing groove, described pressing groove is cylindric, and described pressing groove and described main mount pad 25 adapt; Main mount pad 25 described in several is distributed on described fixed side 23 uniformly; Axis along described main mount pad 25 is equipped with first and spins hole in described main mount pad 25, and the described first spin hole and described pressure head 24 adapts; The outer wall of described pressure head 24 is ellipsoid; In the described seat 21 that spins, be arranged with rotation locating slot, the sidewall of described rotation locating slot is curved surface; Be arranged with in described clip plate 26 and hold out against installing hole, described in hold out against installing hole and described interior top-fastening rod 28 adapts; Described interior top-fastening rod 28 is cylindrical bar; Concave side wall in described clip plate 26 is provided with the first positioning ring groove, and described first positioning ring groove and the described spring 27 that holds out against adapt.
Described drive disk assembly 3 comprises main rotation pedestal 37, be through at the second shaft part 33 in described main rotation pedestal 37, along first shaft part 32 being axially set in the end of described second shaft part 33 of described second shaft part 33, be arranged at the transmission side plate 31 on the outer wall of described first shaft part 32, radial direction along described main rotation pedestal 37 is arranged in the set part 35 in described main rotation pedestal 37, revolve the location shank 34 be located in described set part 35 to be located on described location shank 34 and the first spinning seat 36 be pressed on the sidewall of described set part 35 with revolving.
Described main rotation pedestal 37 is ellipsoid shape; Radial direction along described main rotation pedestal 37 is equipped with the first installing hole and the second installing hole in described main rotation pedestal 37, and described first installing hole is mutually vertical with described second installing hole; Described first installing hole and described second shaft part 33 adapt; Described second installing hole and described set part 35 adapt; Described first shaft part 32 is cylindric; Concave side wall in described first shaft part 32 is provided with clamping mounting groove, and described clamping mounting groove and described transmission side plate 31 adapt; The outer wall of described transmission side plate 31 is ellipsoid; Described transmission side plate 31 and the described seat 21 that spins adapt; Described first spinning seat 36 is hemispherical; Concave side wall in described set part 35 is provided with the first mounting groove, and described first mounting groove and described set part 35 adapt; The number of described location shank 34 is 2.
Described support component 5 comprises main support frame 52, is embedded at the delivery board 51 on the top of described main support frame 52, the dish 53 that spins be embedded in the sidewall of described main support frame 52, revolve and to spin the driving wheel 54 on dish 53 described in being located at and be embedded at the interior connectivity kit 55 of bottom of described main support frame 52.
Be arranged with main mounting groove in the top of described main support frame 52, described main mounting groove and described delivery board 51 adapt; The longitudinal section of described delivery board 51 is trapezoidal; Be arranged with the first link slot in the bottom of described main support frame 52, described first link slot is round table-like; Described first link slot and described interior connectivity kit 55 adapt; The number of described first link slot is 2; The described dish 53 that spins is for discoid; Axis along the described dish 53 that spins is arranged with first and spins hole in the described dish 53 that spins, and the described first spin hole and described driving wheel 54 adapts.
Described second driver part 6 comprises motor 67, revolve the retainer 66 of the upper end being located at described motor 67, axis along described retainer 66 revolves the final drive shaft 65 of the upper end being located at described retainer 66, revolve the outer driving cover 63 on the top being located at described final drive shaft 65, be arranged at the upper end of described final drive shaft 65 and the interior actuator 64 be in described outer driving cover 63, radial direction along described outer driving cover 63 revolves the side driving member 68 on the outer wall being located at described outer driving cover 63, first rotary joint 61 of the gangbar 62 being arranged at the upside of described side driving member 68 and the upper end being arranged at described gangbar 62.
Described retainer 66 is round table-like; Described final drive shaft 65 is cylindric; In described retainer 66, be equipped with the first drive cavity along the axial of described retainer 66, described first drive cavity and described final drive shaft 65 adapt; Described outer driving cover 63 is spherical; In the sidewall of described outer driving cover 63, be equipped with guiding member rotating, described guiding member rotating is cylindric; Described final drive shaft 65 is arranged in described guiding member rotating; Described side driving member 68 comprises main rod body and is sheathed on the first transmission cylindrical shell in described main rod body; Described first transmission cylindrical shell is cylindric; Described main rod body is cylindric; Two described main rod body are arranged at the both sides of described outer driving cover 63 respectively; Described gangbar 62 is obliquely installed relative to the axis of described side driving member 68; In described first rotary joint 61, be equipped with first to spin groove, the described first spin groove and described gangbar 62 adapts; Described first rotary joint 61 comprises the first pontes and the second coupling part; Described the first pontes is round table-like; Described second coupling part is hemispherical.
Described pressure head 24 comprises main fastening body 242, is arranged at the first section of spinning 245 of the lower end of described main fastening body 242, revolves the interior reinforcing ring 243 in the outside being located at described main fastening body 242, covers at the outer Withstand voltage layer 241 in the outside of described interior reinforcing ring 243 and is embedded at the clamping block 244 in the sidewall of described first section of spinning 245.
Described clamping block 244 is cube; In described first section of spinning 245 sidewall inside spin be arranged with the first connecting thread; The outer wall of described main fastening body 242 is ellipsoid; The outer wall of described outer Withstand voltage layer 241 is ellipsoid; Described interior reinforcing ring 243 is circular; In described in several, reinforcing ring 243 is distributed on described main fastening body 242 uniformly.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. a metallic plate indent equipment, comprise mainframe (1), it is characterized in that: the second driver part (6) also comprising the bottom being arranged at described mainframe (1), to be arranged in described mainframe (1) and to be in the support component (5) of the upper end of described mainframe (1), to be arranged in described mainframe (1) and to be in the spinning roller (2) on the top of described mainframe (1), revolve the drive disk assembly (3) of the end being located at described spinning roller (2) and revolve first driver part (4) of the end being located at described drive disk assembly (3), described spinning roller (2) comprises master rotor (22), be embedded at the fixed side (23) in the sidewall of described master rotor (22), be arranged at the main mount pad (25) in described fixed side (23), revolve the pressure head (24) be located in described main mount pad (25), be arranged at the clip plate (26) on the inwall of described fixed side (23), revolve the interior top-fastening rod (28) be located on described clip plate (26), be sheathed on described interior top-fastening rod (28) upper and be pressed in described clip plate (26) holds out against spring (27), drive cavity and the seat that spins (21) be arranged on the sidewall of described drive cavity of the recessed end in described master rotor (22) of the axis along described master rotor (22).
2. a kind of metallic plate indent equipment according to claim 1, is characterized in that: described master rotor (22) is for cylindric; Radial direction along described master rotor (22) is provided with the first holddown groove in the concave side wall of described master rotor (22), and the longitudinal section of described first holddown groove is trapezoidal; Described first holddown groove and described fixed side (23) adapt; In described fixed side (23), be arranged with pressing groove, described pressing groove is cylindric, and described pressing groove and described main mount pad (25) adapt; Main mount pad (25) described in several is distributed on described fixed side (23) uniformly; Axis along described main mount pad (25) is equipped with first and spins hole in described main mount pad (25), and the described first spin hole and described pressure head (24) adapts; The outer wall of described pressure head (24) is ellipsoid; In the described seat that spins (21), be arranged with rotation locating slot, the sidewall of described rotation locating slot is curved surface; Be arranged with in described clip plate (26) and hold out against installing hole, described in hold out against installing hole and described interior top-fastening rod (28) adapts; Described interior top-fastening rod (28) is cylindrical bar; Concave side wall in described clip plate (26) is provided with the first positioning ring groove, and described first positioning ring groove and the described spring (27) that holds out against adapt.
3. a kind of metallic plate indent equipment according to claim 2, it is characterized in that: described drive disk assembly (3) comprises main rotation pedestal (37), be through at the second shaft part (33) in described main rotation pedestal (37), along first shaft part (32) being axially set in the end of described second shaft part (33) of described second shaft part (33), be arranged at the transmission side plate (31) on the outer wall of described first shaft part (32), radial direction along described main rotation pedestal (37) is arranged in the set part (35) in described main rotation pedestal (37), revolve the location shank (34) be located in described set part (35) and revolve and be located at upper and the first spinning seat (36) be pressed on the sidewall of described set part (35) in described location shank (34).
4. a kind of metallic plate indent equipment according to claim 3, is characterized in that: described main rotation pedestal (37) is ellipsoid shape; Radial direction along described main rotation pedestal (37) is equipped with the first installing hole and the second installing hole in described main rotation pedestal (37), and described first installing hole is mutually vertical with described second installing hole; Described first installing hole and described second shaft part (33) adapt; Described second installing hole and described set part (35) adapt; Described first shaft part (32) is for cylindric; Concave side wall in described first shaft part (32) is provided with clamping mounting groove, and described clamping mounting groove and described transmission side plate (31) adapt; The outer wall of described transmission side plate (31) is ellipsoid; Described transmission side plate (31) and the described seat that spins (21) adapt; Described first spinning seat (36) is for hemispherical; Concave side wall in described set part (35) is provided with the first mounting groove, and described first mounting groove and described set part (35) adapt; The number of described location shank (34) is 2.
5. a kind of metallic plate indent equipment according to claim 4, is characterized in that: described support component (5) comprises main support frame (52), is embedded at the delivery board (51) on the top of described main support frame (52), the dish (53) that spins be embedded in the sidewall of described main support frame (52), revolve and to spin the driving wheel (54) on dish (53) described in being located at and be embedded at the interior connectivity kit (55) of bottom of described main support frame (52).
6. a kind of metallic plate indent equipment according to claim 5, it is characterized in that: be arranged with main mounting groove in the top of described main support frame (52), described main mounting groove and described delivery board (51) adapt; The longitudinal section of described delivery board (51) is trapezoidal; Be arranged with the first link slot in the bottom of described main support frame (52), described first link slot is round table-like; Described first link slot and described interior connectivity kit (55) adapt; The number of described first link slot is 2; The described dish (53) that spins is for discoid; Axis along the described dish (53) that spins is arranged with first and spins hole in the described dish (53) that spins, and the described first spin hole and described driving wheel (54) adapts.
7. a kind of metallic plate indent equipment according to claim 6, it is characterized in that: described second driver part (6) comprises motor (67), revolve the retainer (66) of the upper end being located at described motor (67), axis along described retainer (66) revolves the final drive shaft (65) of the upper end being located at described retainer (66), revolve outer driving cover (63) on the top being located at described final drive shaft (65), be arranged at the upper end of described final drive shaft (65) and be in the described outer interior actuator (64) driven in cover (63), radial direction along described outer driving cover (63) revolves the side driving member (68) be located on the described outer outer wall driving cover (63), first rotary joint (61) of the gangbar (62) being arranged at the upside of described side driving member (68) and the upper end being arranged at described gangbar (62).
8. a kind of metallic plate indent equipment according to claim 7, is characterized in that: described retainer (66) is for round table-like; Described final drive shaft (65) is for cylindric; In described retainer (66), be equipped with the first drive cavity along the axial of described retainer (66), described first drive cavity and described final drive shaft (65) adapt; Described outer driving cover (63) is for spherical; Be equipped with guiding member rotating in described outer driving in the sidewall of cover (63), described guiding member rotating is cylindric; Described final drive shaft (65) is arranged in described guiding member rotating; Described side driving member (68) comprises main rod body and is sheathed on the first transmission cylindrical shell in described main rod body; Described first transmission cylindrical shell is cylindric; Described main rod body is cylindric; Two described main rod body are arranged at the described outer both sides driving cover (63) respectively; Described gangbar (62) is obliquely installed relative to the axis of described side driving member (68); In described first rotary joint (61), be equipped with first to spin groove, the described first spin groove and described gangbar (62) adapts; Described first rotary joint (61) comprises the first pontes and the second coupling part; Described the first pontes is round table-like; Described second coupling part is hemispherical.
9. a kind of metallic plate indent equipment according to claim 8, is characterized in that: the clamping block (244) that described pressure head (24) comprises main fastening body (242), is arranged at first section of spinning (245) of the lower end of described main fastening body (242), revolves the interior reinforcing ring (243) in the outside being located at described main fastening body (242), covers at the outer Withstand voltage layer (241) in the outside of described interior reinforcing ring (243) and be embedded in the sidewall of described first section of spinning (245).
10. a kind of metallic plate indent equipment according to claim 9, is characterized in that: described clamping block (244) is cube; In described first section of spinning (245) sidewall inside spin be arranged with the first connecting thread; The outer wall of described main fastening body (242) is ellipsoid; The outer wall of described outer Withstand voltage layer (241) is ellipsoid; Described interior reinforcing ring (243) is for circular; In described in several, reinforcing ring (243) is distributed on described main fastening body (242) uniformly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520392905.8U CN204700107U (en) | 2015-06-09 | 2015-06-09 | A kind of metallic plate indent equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520392905.8U CN204700107U (en) | 2015-06-09 | 2015-06-09 | A kind of metallic plate indent equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204700107U true CN204700107U (en) | 2015-10-14 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520392905.8U Expired - Fee Related CN204700107U (en) | 2015-06-09 | 2015-06-09 | A kind of metallic plate indent equipment |
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| CN (1) | CN204700107U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907378A (en) * | 2015-06-09 | 2015-09-16 | 嘉善三星轴承有限公司 | Metal plate groove pressing device |
| CN105383981A (en) * | 2015-11-12 | 2016-03-09 | 嘉善龙翔人造毛绒有限公司 | Double-drum yarn compacting machine |
| TWI632098B (en) * | 2016-07-13 | 2018-08-11 | 萬潤科技股份有限公司 | Inverting mechanism and inspection method and device using the same |
-
2015
- 2015-06-09 CN CN201520392905.8U patent/CN204700107U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907378A (en) * | 2015-06-09 | 2015-09-16 | 嘉善三星轴承有限公司 | Metal plate groove pressing device |
| CN104907378B (en) * | 2015-06-09 | 2017-07-11 | 徐州欧普莱斯工业机械有限公司 | A kind of metallic plate indent equipment |
| CN105383981A (en) * | 2015-11-12 | 2016-03-09 | 嘉善龙翔人造毛绒有限公司 | Double-drum yarn compacting machine |
| CN105383981B (en) * | 2015-11-12 | 2017-10-13 | 嘉善龙翔人造毛绒有限公司 | A kind of bitubular yarn compacting machine |
| TWI632098B (en) * | 2016-07-13 | 2018-08-11 | 萬潤科技股份有限公司 | Inverting mechanism and inspection method and device using the same |
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