The present disclosure relates to a stamp, comprising at least a stamping component and a stamping insert. The stamping component is formed of a top part and a bottom part with a cushion -receiving element and the stamping insert is connected to the top part via a reversing mechanism. The stamping insert is mounted via a continuous axle in an axle bearing element. In the resting position a text plate and/or MB unit (mounted band unit) mounted on the impression unit butts against an ink cartridge with ink pad soaked with stamping ink in the cushion-receiving element and in a stamping process for producing a stamp impression in a stamp position the stamping insert can be shifted by the reversing mechanism into a stamping position. The axle bearing element can be inserted and fastened in the top part via guide webs.

The present disclosure relates to a stamp, comprising at least a stamping component and a stamping insert. The stamping component is formed of a top part and a bottom part with a cushion -receiving element and the stamping insert is connected to the top part via a reversing mechanism. The stamping insert is mounted via a continuous axle in an axle bearing element. In the resting position a text plate and/or MB unit (mounted band unit) mounted on the impression unit butts against an ink cartridge with ink pad soaked with stamping ink in the cushion-receiving element and in a stamping process for producing a stamp impression in a stamp position the stamping insert can be shifted by the reversing mechanism into a stamping position. The axle bearing element can be inserted and fastened in the top part via guide webs.

Self-inking stamp comprises: a porous marking block; an ink storage body disposed on an upper surface of the porous marking block; an absorber disposed on an upper surface of the ink storage body and configured to generate a capillary force less than that of the ink storage body, and absorb excess ink from the ink storage body; an ink tank comprising an ink supply tube having an open distal end connected to the ink storage body; a wall member covering an outer lateral peripheral surface of the ink storage body in such a manner as to prevent ink leakage; an ink outlet opening provided in a part or an entirety of a lower surface of the ink storage body; and an air passage opening provided in at least a part of an outer lateral peripheral surface of the absorber in communicating relation with atmospheric air.

A stamp has a retaining seat, a moving seat, a spring, a handle, and a bottom cover. The moving seat is moveably mounted in the retaining seat. The spring is mounted on the moving seat and abuts the retaining seat. The handle is mounted on the moving seat and extends around the retaining seat. The bottom cover is mounted on a bottom of the retaining seat. The moving seat has a printing assembly and an ink-filling member. The printing assembly has a printing face and multiple ink-filling holes. The ink-filling member is mounted on the printing assembly and has multiple ink-filling tubes. Each one of the ink-filling tubes has a caliber smaller than a caliber of each one of the ink-filling holes. The printing assembly may perform the test print. The combining time of the stamp and operating time of the test print are also decreased.

A stamp has a retaining seat, a moving seat, a spring, a handle, and a bottom cover. The moving seat is moveably mounted in the retaining seat. The spring is mounted on the moving seat and abuts the retaining seat. The handle is mounted on the moving seat and extends around the retaining seat. The bottom cover is mounted on a bottom of the retaining seat. The moving seat has a printing assembly and an ink-filling member. The printing assembly has a printing face and multiple ink-filling holes. The ink-filling member is mounted on the printing assembly and has multiple ink-filling tubes. Each one of the ink-filling tubes has a caliber smaller than a caliber of each one of the ink-filling holes. The printing assembly may perform the test print. The combining time of the stamp and operating time of the test print are also decreased.

A stamp handle mounted on a stamp seat of a stamp comprises a handle main body and a transparent housing. The handle main body comprises a top board portion and an exterior wall extending downwardly from the top board portion. The transparent housing comprises a top cover wall and an annular cover wall extending downwardly from the top cover wall, so is unlikely to deform. The transparent housing is detachably mounted outside of the handle main body. The top board portion and the exterior wall are revealed through the transparent housing, thereby enlarging an area for setting figures, improving variabilities of the stamp. The transparent housing is unlikely to deform. The transparent housing is mounted on the handle main body through at least one engaging portion and clamping portion, thereby securely mounted on the handle main body to protect the figure on the handle main body.

A stamp handle mounted on a stamp seat of a stamp comprises a handle main body and a transparent housing. The handle main body comprises a top board portion and an exterior wall extending downwardly from the top board portion. The transparent housing comprises a top cover wall and an annular cover wall extending downwardly from the top cover wall, so is unlikely to deform. The transparent housing is detachably mounted outside of the handle main body. The top board portion and the exterior wall are revealed through the transparent housing, thereby enlarging an area for setting figures, improving variabilities of the stamp. The transparent housing is unlikely to deform. The transparent housing is mounted on the handle main body through at least one engaging portion and clamping portion, thereby securely mounted on the handle main body to protect the figure on the handle main body.

An example stamp capable of handling tilted surfaces is disclosed. The stamp includes a holding frame, a tray, a first elastic member, and a stamp member. The tray is configured to engage with the holding frame. The first elastic member is disposed between the holding frame and the tray on a first side of the stamp. The stamp element is configured to engage with the tray. In response to a first force pressing against the first elastic member, the holding frame tilts toward the first side.

An example stamp capable of handling tilted surfaces is disclosed. The stamp includes a holding frame, a tray, a first elastic member, and a stamp member. The tray is configured to engage with the holding frame. The first elastic member is disposed between the holding frame and the tray on a first side of the stamp. The stamp element is configured to engage with the tray. In response to a first force pressing against the first elastic member, the holding frame tilts toward the first side.