A self-inking stamp is configured such that, in a marking preparation state, a marking member is maintained in a state in which it is oriented upwardly within a stamp body of the self-inking stamp and pressed against an ink pad to supply ink thereto, and, during a marking operation, after the inner frame is moved downwardly while being reversingly rotated and oriented downwardly, the downwardly-oriented marking member is exposed from the stamp body and enabled to make a mark. The self-inking stamp is also configured to lock the marking member in a state in which it is exposed from the stamp body, for replacement and cleaning of the marking member.

A self-inking stamp is configured such that, in a marking preparation state, a marking member is maintained in a state in which it is oriented upwardly within a stamp body of the self-inking stamp and pressed against an ink pad to supply ink thereto, and, during a marking operation, after the inner frame is moved downwardly while being reversingly rotated and oriented downwardly, the downwardly-oriented marking member is exposed from the stamp body and enabled to make a mark. The self-inking stamp is also configured to lock the marking member in a state in which it is exposed from the stamp body, for replacement and cleaning of the marking member.

A self-inking stamping device includes a housing, in which a stamping unit is mounted that is coupled to an actuation part, the actuation part being movable relative to the housing. The actuation part has a snap-in location for receiving a snap hook of a cover of the self-inking stamping device. A pusher is arranged on the actuation part in order to release a snap hook which is snapped in at the snap-in location.

A self-inking stamping device includes a housing, in which a stamping unit is mounted that is coupled to an actuation part, the actuation part being movable relative to the housing. The actuation part has a snap-in location for receiving a snap hook of a cover of the self-inking stamping device. A pusher is arranged on the actuation part in order to release a snap hook which is snapped in at the snap-in location.

Disclosed are an intelligent seal mold device having multifunctional areas and a method for generating an image of a seal mold having multifunctional areas, the intelligent seal mold device having multifunctional areas including a seal housing, a seal mold having multifunctional areas, a distributed ink tank, a storage module, and a selection module. The seal mold having multifunctional areas includes a plurality of functional areas; the distributed ink tank includes a plurality of ink grooves; the storage module stores a comparison table and a plurality of pieces of functional data of a registered user; and the selection module selects the number of functional areas of the seal mold having multifunctional areas, etc., according to a selection instruction. After being authorized, the registered user is permitted to invoke an image of the seal mold having multifunctional areas to complete digital sealing.

Disclosed are an intelligent seal mold device having multifunctional areas and a method for generating an image of a seal mold having multifunctional areas, the intelligent seal mold device having multifunctional areas including a seal housing, a seal mold having multifunctional areas, a distributed ink tank, a storage module, and a selection module. The seal mold having multifunctional areas includes a plurality of functional areas; the distributed ink tank includes a plurality of ink grooves; the storage module stores a comparison table and a plurality of pieces of functional data of a registered user; and the selection module selects the number of functional areas of the seal mold having multifunctional areas, etc., according to a selection instruction. After being authorized, the registered user is permitted to invoke an image of the seal mold having multifunctional areas to complete digital sealing.