LINKAGE MECHANISM BETWEEN LIFTING AND BILATERAL POSITIONING OF BOTTOM DIE
A linkage mechanism between lifting and bilateral positioning of a bottom die comprises: a bottom die lifting component and a positioning component (3). The lifting component comprises a lifting rod (12), and the bottom die (1) is disposed on the lifting rod (12). Lifting of the lifting rod (12) is...
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| creator | HE, DEPING CAI, TONGJING DONG, HAILONG CHU, XINGAN |
| description | A linkage mechanism between lifting and bilateral positioning of a bottom die comprises: a bottom die lifting component and a positioning component (3). The lifting component comprises a lifting rod (12), and the bottom die (1) is disposed on the lifting rod (12). Lifting of the lifting rod (12) is driven by a driving component (4), and the driving component (4) comprises a rotation shaft (5) rotationally disposed on a rack (2), a cam (6) fixedly connected to the rotation shaft (5), a guiding slot (8) formed on the cam (6), and a sliding element (13) disposed on the lifting rod (12). The sliding element (13) is inserted in the guiding slot (8). When the rotation shaft (5) rotates, a part of the guiding slot (8) contacting the sliding element (13) changes in an up and down manner. The positioning component (3) comprises multiple sliding blocks (31, 32), multiple swinging elements (35, 36) driving the sliding blocks (31, 32) to move during swinging, and a rotation element (7) fixed on the rotation shaft (5) and |
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The lifting component comprises a lifting rod (12), and the bottom die (1) is disposed on the lifting rod (12). Lifting of the lifting rod (12) is driven by a driving component (4), and the driving component (4) comprises a rotation shaft (5) rotationally disposed on a rack (2), a cam (6) fixedly connected to the rotation shaft (5), a guiding slot (8) formed on the cam (6), and a sliding element (13) disposed on the lifting rod (12). The sliding element (13) is inserted in the guiding slot (8). When the rotation shaft (5) rotates, a part of the guiding slot (8) contacting the sliding element (13) changes in an up and down manner. 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The lifting component comprises a lifting rod (12), and the bottom die (1) is disposed on the lifting rod (12). Lifting of the lifting rod (12) is driven by a driving component (4), and the driving component (4) comprises a rotation shaft (5) rotationally disposed on a rack (2), a cam (6) fixedly connected to the rotation shaft (5), a guiding slot (8) formed on the cam (6), and a sliding element (13) disposed on the lifting rod (12). The sliding element (13) is inserted in the guiding slot (8). When the rotation shaft (5) rotates, a part of the guiding slot (8) contacting the sliding element (13) changes in an up and down manner. 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The lifting component comprises a lifting rod (12), and the bottom die (1) is disposed on the lifting rod (12). Lifting of the lifting rod (12) is driven by a driving component (4), and the driving component (4) comprises a rotation shaft (5) rotationally disposed on a rack (2), a cam (6) fixedly connected to the rotation shaft (5), a guiding slot (8) formed on the cam (6), and a sliding element (13) disposed on the lifting rod (12). The sliding element (13) is inserted in the guiding slot (8). When the rotation shaft (5) rotates, a part of the guiding slot (8) contacting the sliding element (13) changes in an up and down manner. The positioning component (3) comprises multiple sliding blocks (31, 32), multiple swinging elements (35, 36) driving the sliding blocks (31, 32) to move during swinging, and a rotation element (7) fixed on the rotation shaft (5) and</abstract><oa>free_for_read</oa></addata></record> |
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| language | chi ; eng ; fre |
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| source | esp@cenet |
| subjects | AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULARARTICLES PERFORMING OPERATIONS SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDEDFOR SHAPING OR JOINING OF PLASTICS TRANSPORTING WORKING OF PLASTICS WORKING OF SUBSTANCES IN A PLASTIC STATE, IN GENERAL |
| title | LINKAGE MECHANISM BETWEEN LIFTING AND BILATERAL POSITIONING OF BOTTOM DIE |
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