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CN-116198135-B - Watchband processing jig and watchband processing method

CN116198135BCN 116198135 BCN116198135 BCN 116198135BCN-116198135-B

Abstract

The invention relates to the technical field of watchband processing, and particularly discloses a watchband processing jig and a watchband processing method, wherein the watchband processing jig is provided with a first groove and a second groove on a base, the first groove is used for accommodating a first girdle, and the second groove is used for accommodating a watchband, so that the first girdle and the watchband are limited in the width direction; the first annular belt is fixed at one end far away from the folding position through the first positioning component, the first annular belt can be limited in the length direction, one end far away from the folding position of the second annular belt bypasses the free end of the wrist-watch belt and is fixed above the second groove through the second positioning component, the second annular belt can be limited in the length direction, the position of the second annular belt bypassing the wrist-watch belt can be bent, a part of the second annular belt is pressed on the second surface through the gasket, the relative positions of the first annular belt, the second annular belt and the wrist-watch belt can be ensured to be stable, and the bending position is ensured to be accurate.

Inventors

  • NING YIBO
  • XUE JIANMIN
  • YANG JINFEI
  • LIU ZIHAO
  • FENG LEI
  • XU BO

Assignees

  • 立讯智造科技(常熟)有限公司

Dates

Publication Date
20260505
Application Date
20221219

Claims (14)

  1. 1. A watchband processing jig for processing a watchband semi-finished product (10), the watchband semi-finished product (10) includes a watchband (101) and a lifting ring belt, the lifting ring belt includes a first endless belt (102) and a second endless belt (103) which are folded in half, the watchband (101) has a first surface (1011) and a second surface (1012) which are oppositely arranged, a folded part (104) of the lifting ring belt is fixed on the first surface (1011) of the watchband (101), and the second endless belt (103) is positioned between the first endless belt (102) and the watchband (101), characterized in that the watchband processing jig comprises: A base (1), the base (1) being provided with a first slot (11) for accommodating the first band (102) and a second slot (12) for accommodating the watchband (101), the first band (102) being located below the watchband (101); the first positioning component (2) is arranged on the base (1) and is used for fixing one end of the first endless belt (102) far away from the folding position (104); A second positioning component (3) arranged on the base (1) and above the second groove (12), wherein the second positioning component (3) is used for fixing one end of the second endless belt (103) away from the doubling-up position (104) so that the second endless belt (103) can bypass the free end of the watchband (101) and be positioned above the second surface (1012); And a gasket (41) detachably arranged on the base (1) and positioned above the second groove (12), wherein the gasket (41) is provided with a hot-pressing position, and when the gasket (41) is positioned at the hot-pressing position, the gasket (41) is used for partially pressing a part of the second endless belt (103) on the second surface (1012).
  2. 2. The watchband processing jig according to claim 1, further comprising a first thermal block (81), the spacer (41) being provided with a clearance groove (412), the first thermal block (81) being configured to thermally press the second band (103) and the watchband (101) through the clearance groove (412) when the spacer (41) is located at the thermally pressed position, so that the second band (103) and the watchband (101) form a preliminary connection area.
  3. 3. The watchband processing jig according to claim 2, wherein the spacer (41) further has a laser cutting position, the spacer (41) is located between the second endless belt (103) and the watchband (101) when the spacer (41) is located at the laser cutting position, and the preliminary connection area can be inserted into the clearance groove (412).
  4. 4. The watchband processing jig according to claim 2, characterized in that the base (1) is provided with a guide hole (14), the first thermal block (81) is provided with a first guide post (811), and the first guide post (811) can be spliced with the guide hole (14); the watchband processing jig further comprises a second hot pressing block (82), the second hot pressing block (82) is provided with a second guide post (821), the second guide post (821) can be inserted into the guide hole (14), and the second hot pressing block (82) is used for hot-pressing the second annular band (103) and the watchband (101), so that the second annular band (103) and the watchband (101) form a final connection area, and the final connection area covers the preliminary connection area.
  5. 5. The watchband processing jig according to claim 4, further comprising a first pressure plate (51) assembly, the first pressure plate (51) assembly comprising a first pressure plate (51) rotatably connected to the base (1), and a first buckle (52) movably provided to the base (1), a portion of the first pressure plate (51) being located above the first groove (11) and being used for compressing the first endless belt (102) to the base (1), and another portion of the first pressure plate (51) being located above the second groove (12) and being used for compressing the watchband (101) to the base (1), the first buckle (52) being used for locking or unlocking a relative position of the first pressure plate (51) to the base (1), the first thermal press block (81) and the second thermal press block (82) being both capable of abutting the first pressure plate (51) in an extending direction of the guide hole (14).
  6. 6. The watchband processing jig according to claim 5, further comprising a second platen (61) assembly located above the first slot (11), the second platen (61) assembly comprising a second platen (61) rotatably connected with the base (1), and a second buckle (62) movably provided to the base (1), the second platen (61) being used for compressing the first endless belt (102) to the base (1), the second buckle (62) being used for locking or unlocking the relative positions of the second platen (61) and the base (1).
  7. 7. The watchband processing jig according to claim 1, wherein the first positioning component (2) comprises a first positioning column (21) and a second positioning column (22) protruding from the base (1), the first positioning column (21) is used for being inserted into a first positioning hole (1021) formed in the first endless belt (102), the second positioning column (22) is used for being inserted into a second positioning hole (1022) formed in the first endless belt (102), and diameters of the first positioning column (21) and the second positioning column (22) are different.
  8. 8. The watchband processing jig according to claim 7, wherein the first positioning component (2) further comprises a first slider (23) slidably connected with the base (1), a first fixing block (25) disposed on the base (1), a first boss (26) disposed on the first slider (23), a first spring disposed between the first fixing block (25) and the first slider (23), and a first baffle (24) disposed on the base (1), the base (1) is provided with a first sliding groove (18) and a first elongated hole (15) communicating with the first sliding groove (18), the first baffle (24) seals a notch of the first sliding groove (18), the first slider (23) is disposed in the first sliding groove (18), the first boss (26) is disposed through the first elongated hole (15), the first positioning column (21) and the second positioning column (22) are both fixed on the first sliding groove (18) and always move away from the first positioning column (23), and the first positioning column (23) is always kept away from the first positioning component (3).
  9. 9. The watchband processing jig according to any one of claims 1-8, further comprising a third pressure plate assembly (7) located above the second slot (12), the third pressure plate assembly (7) comprising a third pressure plate (71) rotatably connected with the base (1), and a third buckle (72) movably arranged at the base (1), the third pressure plate (71) being used for compressing the watchband (101) to the base (1), the third buckle (72) being used for locking or unlocking the relative positions of the third pressure plate (71) and the base (1), the second positioning assembly (3) being arranged at the third pressure plate (71).
  10. 10. The watchband processing jig according to claim 9, wherein the third platen assembly (7) further comprises a fourth platen (73) rotatably disposed on the third platen (71), the fourth platen (73) is used for pressing the second endless belt (103) on the third platen (71), and the third buckle (72) can lock or unlock the third platen (71) and the fourth platen (73) on the base (1) at the same time.
  11. 11. The watchband processing jig according to claim 10, wherein the second positioning component (3) comprises a third positioning column (31) and a fourth positioning column (32) protruding from the third pressing plate (71), the third positioning column (31) is used for being inserted into a third positioning hole (1031) formed in the second endless belt (103), the fourth positioning column (32) is used for being inserted into a fourth positioning hole (1032) formed in the second endless belt (103), and the diameters of the third positioning column (31) and the fourth positioning column (32) are different.
  12. 12. The watchband processing jig according to claim 11, wherein the third platen assembly (7) further comprises a second slider (74) slidably connected with the base (1), a second fixing block (76) disposed on the base (1), a second boss (77) and a third boss (78) disposed on the second slider (74), a second spring disposed between the second fixing block (76) and the second slider (74), a second baffle (75) disposed on the base (1), a second runner (27) and a second long hole (16) and a third long hole (17) both communicating with the second runner (27), the second baffle (75) seals the notch of the second runner (27), the second slider (74) is disposed in the second runner (27), the second boss (77) is disposed in the second long hole (16), the third boss (78) is disposed in the second boss (78), the third boss (71) is disposed in the third boss (71), the third pin (71) is disposed in the third boss (71), the second spring is always in a compressed state and is configured such that the second slider (74) always has a tendency to move in a direction away from the first positioning assembly (2).
  13. 13. A method of manufacturing a wristband, comprising: S10 providing a watchband semi-finished product (10) and a watchband processing jig as recited in any one of claims 1-10, wherein the watchband semi-finished product (10) comprises a watchband (101) and a lifting ring belt, the lifting ring belt comprises a first ring belt (102) and a second ring belt (103) which are folded in half, the lifting ring belt has a first surface (1011) and a second surface (1012) which are oppositely arranged, a folded-in-half part (104) of the lifting ring belt is fixed on the first surface (1011) of the watchband (101), and the second ring belt (103) is positioned between the first ring belt (102) and the watchband (101); And S20, clamping and positioning, namely placing the first ring belt (102) in the first groove (11), placing the wrist-watch belt (101) in the second groove (12), fixing one end of the first ring belt (102) far away from the folded part (104) through the first positioning component (2), then bypassing the free end of the wrist-watch belt (101) by the second ring belt (103), fixing through the second positioning component (3), and finally mounting the gasket (41) to a hot-pressing position.
  14. 14. The wristband processing method according to claim 13, wherein the wristband processing jig further includes a first thermal block (81) and a second thermal block (82), the wristband processing method further comprising: S30, performing primary hot pressing on the second endless belt (103) and the watchband (101) through the first hot pressing block (81) penetrating through a clearance groove (412) arranged on the gasket (41), forming a primary connecting area, and then removing the first hot pressing block (81); S40, laser cutting, namely adjusting the position of the gasket (41) between the second endless belt (103) and the watchband (101), enabling the preliminary connecting area to be inserted into the avoidance groove (412), cutting the second endless belt (103) on the gasket (41) through a laser cutting device, and removing the gasket (41) from the base (1) after cutting is completed; And S50, performing secondary hot pressing, namely performing secondary hot pressing on the second endless belt (103) and the watchband (101) through the second hot pressing block (82) to form a final connection area, wherein the final connection area covers the preliminary connection area.

Description

Watchband processing jig and watchband processing method Technical Field The invention relates to the technical field of watchband processing, in particular to a watchband processing jig and a watchband processing method. Background The wrist-watch band of wrist-watch adopts metal material, leather and fibre braided material generally, to the wrist-watch of wrist-watch band that adopts fibre braided material to make, still disposes rings, rings are made of fibre braided material equally, rings can play decorative effect on the one hand, but the application occasion of abundant wrist-watch on the other hand. In the prior art, the hanging ring and the watch band are assembled manually and manually. Specifically, the raw material of rings is usually long slice fibrous tape, need earlier with fibrous tape's middle part and watchband hot pressing, then still need bend and laser cutting many times to fibrous tape, finally connect the both ends of fibrous tape after cutting in order to form rings, and rely on the manual work to bend fibrous tape in the prior art generally, this leads to fibrous tape to be difficult to guarantee by the positional accuracy of bending the part, and then leads to the quality of product to be difficult to guarantee, production efficiency is lower simultaneously. Disclosure of Invention The invention aims to provide a watchband processing jig and a watchband processing method, which are used for solving the problems that in the prior art, the fiber band is bent by manpower, so that the positioning of the bent part of the fiber band is difficult to ensure, the quality of a product is difficult to ensure, and the production efficiency is low. The invention provides a watchband processing jig which is used for processing a watchband semi-finished product, wherein the watchband semi-finished product comprises a watchband and a lifting ring belt, the lifting ring belt comprises a first ring belt and a second ring belt which are folded in half, the watchband is provided with a first surface and a second surface which are oppositely arranged, the folded part of the lifting ring belt is fixed on the first surface of the watchband, and the second ring belt is positioned between the first ring belt and the lifting ring belt. This watchband processing tool includes: A base provided with a first slot for receiving the first band and a second slot for receiving the watchband, the first band being located below the watchband; the first positioning assembly is arranged on the base and used for fixing one end of the first girdle far away from the folded position; The second positioning component is arranged on the base and is positioned above the second groove, and is used for fixing one end of the second girdle away from the folded position so that the second girdle can bypass the free end of the watchband and is positioned above the second surface; The gasket is detachably arranged on the base and is positioned above the second groove, the gasket is provided with a hot pressing position, and when the gasket is positioned at the hot pressing position, the gasket is used for partially pressing a part of the second endless belt on the second surface. As the preferred technical scheme of watchband processing tool, watchband processing tool still includes first hot briquetting, the gasket is equipped with keeps away the position groove, works as the gasket is located when hot pressing position, first hot briquetting is used for passing keep away the position groove to the second clitellum with the watchband carries out hot pressing, so that the second clitellum with the watchband forms preliminary junction area. As the preferred technical scheme of watchband processing tool, the gasket still has the laser cutting position, works as the gasket is located when the laser cutting position, the gasket is located between the second clitellum with the watchband, just preliminary connecting region can peg graft in keep away the position groove. As the preferable technical scheme of the watchband processing jig, the base is provided with a guide hole, the first hot pressing block is provided with a first guide column, and the first guide column can be spliced with the guide hole; the watchband processing jig further comprises a second hot pressing block, the second hot pressing block is provided with a second guide column, the second guide column can be inserted into the guide hole, and the second hot pressing block is used for hot pressing the second annular band and the watchband, so that a final connection area is formed between the second annular band and the watchband, and the final connection area covers the preliminary connection area. As the preferred technical scheme of watchband processing tool, watchband processing tool still includes first clamp plate subassembly, first clamp plate subassembly include with the base rotates the first clamp plate of being connected, and the activity set up in the first b