Multi-channel pressure maintaining device

Abstract

The invention discloses a multi-channel pressure maintaining device, which is used for continuously performing multi-pass pressure maintaining treatment on products to be maintained under pressure, including a carrier capable of clamping the product to be maintained under pressure, and a device for providing the carrier to be transported along a first direction. The first transfer seat, the second transfer seat that provides the transport of the carrier along the second direction, the first transfer mechanism that is arranged on the first transfer seat and used to transfer the carrier from the first transfer seat to the second transfer seat, The second transfer mechanism, which is arranged on the second transfer seat and is used to transfer the carrier from the second transfer seat to the first transfer seat, and the pressure holding mechanism for carrying out the pressure holding process on the product to be held on the carrier mod. Among them, the first transfer seat, the second transfer seat, the first transfer seat and the second transfer seat can form a cycle working system, the overall layout is reasonable and compact, the space occupied is small, and the continuity of the transfer between the stations Preferably, not only the productivity is improved, but also the overall structure of the pressure maintaining device can be significantly simplified.

Description

technical field [0001] The invention relates to a multi-channel pressure maintaining device. Background technique [0002] In some industrial productions, due to process requirements, it is often necessary to carry out multi-pass pressure-holding processing on the product to meet the quality requirements and process requirements of the product. In the prior art, each pressure-holding device is independent of each other, and the pressure-holding devices are usually arranged in the same linear direction, so as to facilitate the transmission of the product to be maintained in the linear direction, which has the following problems: 1. 1. All the pressure holding devices are arranged along the same straight line, resulting in a longer production line in the pressure holding process, resulting in a longer overall size of the equipment and a larger workshop area; Loading and positioning are required before the first pressure holding process, so that the position of the product to ...

AI Technical Summary

Problems solved by technology

In the prior art, each pressure-holding device is independent of each other, and the pressure-holding devices are usually arranged in the same linear direction, so as to facilitate the transmission of the product to be maintained in the linear direction, which has the following problems: 1. 1. All the pressure holding devices are arranged along the same straight line, resulting in a longer production line in the pressure holding process, resulting in a longer overall size of the equipment and a larger workshop area; Loading and positioning are required before the first pressure holding process, so that the position of the product to be held corresponds to the position of the pressure holding head. After the pressure holding process is completed and transferred to the next pressure holding process, it needs to be repositioned. As a result, many position adjustment devices need to be installed on the equipment, which increases the cost of the equipment and complicates the equipment, and seriously affects the production efficiency.

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