A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Assembling working platform for fingerprint coded lock production
The invention discloses an assembling working platform for fingerprint coded lock production. The assembling working platform comprises a mounting table, and a first supporting frame and a second supporting frame which are used for balancing and supporting the mounting table, a conveying frame is mounted on one side of the top of the mounting table, a connecting plate is mounted on one side of the conveying frame, an adsorption mechanism is mounted on one side of the mounting table in a supporting mode, a first laminating plate is fixed to one side of the connecting plate, and the adsorption mechanism comprises a fixed plate, a locking plate and a coded lock conveying seat. According to the scheme, through the arrangement of the adsorption mechanism, workpieces from a conveying belt are adsorbed, a driving air cylinder drives an adsorption assembly to turn over, the workpieces on the mechanism are taken to a sliding plate by means of the sliding plate through adsorption, the workpieces subjected to film pasting are taken from a carrier to the conveying belt, and under the cooperative work of a hot press, a guide shaft and a cutting roller, the film pasting efficiency of a strength film is greatly improved; and meanwhile, hot melting is conducted through a second laminating plate, a third laminating plate and a hot-pressing conveying cavity, so that the whole working platform is simple in structure, and the occupied space is greatly reduced.
本发明公开了一种指纹密码锁生产用组装工作平台，包括安装台和用于平衡支撑安装台的第一支撑架和第二支撑架，安装台顶部额一侧安装有传送架，传送架的一侧安装有衔接板，安装台的一侧支撑安装有吸附机构，衔接板的一侧固定有第一覆压板，吸附机构包括固定板、锁止板、密码锁传送座。上述方案，通过设置吸附机构，吸附来自输送带上的工件，驱动气缸带动吸附组件翻转，滑动板吸附机构上的工件取至滑动板上，并将贴膜完毕的工件从载具上取至输送带上，在热压器、导向轴和裁切辊的协同工作下，极大的提高了强度膜的贴膜效率，同时，利用第二覆压板、第三覆压板和热压传送腔体进行热熔，使整个工作平台结构简单，大幅缩减了占用空间。
Assembling working platform for fingerprint coded lock production
The invention discloses an assembling working platform for fingerprint coded lock production. The assembling working platform comprises a mounting table, and a first supporting frame and a second supporting frame which are used for balancing and supporting the mounting table, a conveying frame is mounted on one side of the top of the mounting table, a connecting plate is mounted on one side of the conveying frame, an adsorption mechanism is mounted on one side of the mounting table in a supporting mode, a first laminating plate is fixed to one side of the connecting plate, and the adsorption mechanism comprises a fixed plate, a locking plate and a coded lock conveying seat. According to the scheme, through the arrangement of the adsorption mechanism, workpieces from a conveying belt are adsorbed, a driving air cylinder drives an adsorption assembly to turn over, the workpieces on the mechanism are taken to a sliding plate by means of the sliding plate through adsorption, the workpieces subjected to film pasting are taken from a carrier to the conveying belt, and under the cooperative work of a hot press, a guide shaft and a cutting roller, the film pasting efficiency of a strength film is greatly improved; and meanwhile, hot melting is conducted through a second laminating plate, a third laminating plate and a hot-pressing conveying cavity, so that the whole working platform is simple in structure, and the occupied space is greatly reduced.
本发明公开了一种指纹密码锁生产用组装工作平台，包括安装台和用于平衡支撑安装台的第一支撑架和第二支撑架，安装台顶部额一侧安装有传送架，传送架的一侧安装有衔接板，安装台的一侧支撑安装有吸附机构，衔接板的一侧固定有第一覆压板，吸附机构包括固定板、锁止板、密码锁传送座。上述方案，通过设置吸附机构，吸附来自输送带上的工件，驱动气缸带动吸附组件翻转，滑动板吸附机构上的工件取至滑动板上，并将贴膜完毕的工件从载具上取至输送带上，在热压器、导向轴和裁切辊的协同工作下，极大的提高了强度膜的贴膜效率，同时，利用第二覆压板、第三覆压板和热压传送腔体进行热熔，使整个工作平台结构简单，大幅缩减了占用空间。
Assembling working platform for fingerprint coded lock production
一种指纹密码锁生产用组装工作平台
WU ZHENGZHONG (author) / YU HAILONG (author) / ZENG ZHIHUA (author)
2021-12-03
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
Fingerprint coded lock cylinder and dead bolt device thereof
| European Patent Office | 2020