Ink reclaiming mechanism and seal device

Abstract

The invention provides an ink reclaiming mechanism and a seal device, and relates to the technical field of seals. The ink reclaiming mechanism comprises a support and a sleeve arranged on the support in a sliding and sleeving mannere, a seal installing clamp used for clamping a seal is arranged in the support, the seal installing clamp is fixedly connected with the sleeve, and a seal area is formed at one end of the support. The orthographic projection of the seal face of the seal clamped by the seal installing clamp is located in the seal area, a protective cover used for abutting against and covering the seal face of the seal is further arranged in the support, and the protective cover is rotationally connected with the support and the sleeve through a fulcrum shaft. The sleeve is pushed to slide in the direction close to the seal area, the protective cover rotates along with the fulcrum shaft to be exposed out of the seal face of the seal, and the seal linearly moves to the seal area of the support to conduct seal operation. The seal can be pressed and sealed, the seal face of the seal is covered in a non-seal state, the seal surface of the seal is protected, and the compactness of the structure is improved.

Description

technical field [0001] The application relates to the technical field of office supplies, in particular to an ink return mechanism and a stamp device. Background technique [0002] The seal is a symbol of the legitimacy and authority of a unit, directly representing its power, trust and responsibility. Seals are widely used in various industries such as banks, enterprises, schools, etc. As the most direct and effective legal certificate, the standardized use and safe storage of seals are of great significance in all walks of life. [0003] In the prior art, there is an automatic stamping device that can be automatically stamped by pressing. This kind of device usually has a complicated internal working mechanism. Moreover, in order to protect the surface of the stamp, it usually uses a rotating method, such as rotating 90° so that In the non-stamp state, turn the seal surface to the side inside the mechanism, or turn it 180° so that in the non-stamp state, turn the seal sur...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, there is an automatic stamping device that can be automatically stamped by pressing. This kind of device usually has a complicated internal working mechanism. Moreover, in order to protect the surface of the stamp, it usually uses a rotating method, such as rotating 90° so that In the non-stamped state, turn the stamp surface to the side inside the mechanism, or turn it 180° so that in the non-stamped state, turn the stamp surface upwards, and hide it inside the mechanism to achieve the purpose of protecting the stamp surface

[0004] Based on this structure for stamp flip protection, on the one hand, the devices of the prior art will definitely have a larger overall size (it needs to reserve space for the stamp to rotate inside and stay in different states), and the frequent flip angles of the stamp , it is easy to cause uneven distribution of ink on the surface of the stamp, and the stamp will not be displayed clearly when the stamp is stamped next time. For stamps with heavy weight such as brass stamps, frequent flipping of the mechanism is also easy to wear and tear, etc.

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