A handle assembly and a stapler including the same are provided. The handle assembly includes: a first handle, a second handle, a sliding slot disposed on the first handle, a slider slidably disposed in the sliding slot, a second indicator and a first indicator connected to a first end of the second indicator; when the first indicator is rotated in a first direction, a second end of the second indicator is driven to rotate in the first direction and the slider is pushed to move from a first section of the sliding slot to a second section of the sliding slot; when the slider is pressed against the second handle due to rotation of the first handle in a second direction, the second handle is linked with the first handle and the second end of the second indicator is pushed by the slider to rotate in the second direction.

A handle assembly and a stapler comprising same, comprising a first handle (1) and a second handle (2), both the first handle (1) and the second handle (2) being rotatable about a first pin (31), the second handle (2) being recovered by means of a first torsion spring (32), the first handle (1) being recovered by means of a handle recovery member; the first handle (1) or the second handle (2) is provided with a sliding block (42) and a sliding groove (41); when the sliding block (42) moves from a first section (411) to a second section (412) of the sliding groove (41), the first handle (1) and the second handle (2) enter a linked state from a non-linked state. Before the stapler enters a state where it can be triggered, the first handle (1) can be pressed, but the second handle (2) does not rotate, such that the stapler will not be triggered. By providing two torsion springs (32, 34) and two pins (31, 33), the first handle (1) and the second handle (2) can be rotatably connected and can be recovered; moreover, the two handles (1, 2) rotate around the same rotation center, and the rotation center remains unchanged in both a failed state and a triggered state, making the structure more stable, improving the usage experience of an operator.

A handle assembly and a stapler comprising same, comprising a first handle (1) and a second handle (2), both the first handle (1) and the second handle (2) being rotatable about a first pin (31), the second handle (2) being recovered by means of a first torsion spring (32), the first handle (1) being recovered by means of a handle recovery member; the first handle (1) or the second handle (2) is provided with a sliding block (42) and a sliding groove (41); when the sliding block (42) moves from a first section (411) to a second section (412) of the sliding groove (41), the first handle (1) and the second handle (2) enter a linked state from a non-linked state. Before the stapler enters a state where it can be triggered, the first handle (1) can be pressed, but the second handle (2) does not rotate, such that the stapler will not be triggered. By providing two torsion springs (32, 34) and two pins (31, 33), the first handle (1) and the second handle (2) can be rotatably connected and can be recovered; moreover, the two handles (1, 2) rotate around the same rotation center, and the rotation center remains unchanged in both a failed state and a triggered state, making the structure more stable, improving the usage experience of an operator.

A circumcision apparatus includes a fixed support; a first through hole and a second through hole are machined on the fixed support along a same axial line; a knife rack shaft is penetrated through the first through hole; the first end of the knife rack shaft is connected with a locking mechanism to lock and position the knife rack shaft on the fixed support, the second end of the knife rack shaft is connected with a protective cover; the protective cover is extended to the exterior of the fixed support via the second through hole; the protective cover and the knife rack shaft are coaxial in detachable connection; a positioning sleeve in clearance fit with the protective cover is arranged at the second through hole; the positioning sleeve and the fixed support are in the detachable connection; and a space between the positioning sleeve and the protective cover is adaptive.

A circumcision apparatus includes a fixed support; a first through hole and a second through hole are machined on the fixed support along a same axial line; a knife rack shaft is penetrated through the first through hole; the first end of the knife rack shaft is connected with a locking mechanism to lock and position the knife rack shaft on the fixed support, the second end of the knife rack shaft is connected with a protective cover; the protective cover is extended to the exterior of the fixed support via the second through hole; the protective cover and the knife rack shaft are coaxial in detachable connection; a positioning sleeve in clearance fit with the protective cover is arranged at the second through hole; the positioning sleeve and the fixed support are in the detachable connection; and a space between the positioning sleeve and the protective cover is adaptive.

A circumcision device is provided by the present invention. The device comprises two jaws (1, 2) configured to crush a foreskin (3) between them along a crush region transverse to a foreskin and transverse to a general direction in which a penis being circumcised extends. The jaws are movable between an open inoperative position and a closed operative position in which a clamping and crushing force may be exerted to promote hemostasis within the crush region. The device includes a cutting assembly (7, 8, 9) capable of traversing and severing a crushed foreskin within or adjacent the crush region. The invention to a glans penis protector comprising a handle (41) separable from a transverse glans penis engaging cover (43) so that the handle can be separated from the glans penis engaging cover during a circumcision procedure.

A circumcision device is provided by the present invention. The device comprises two jaws (1, 2) configured to crush a foreskin (3) between them along a crush region transverse to a foreskin and transverse to a general direction in which a penis being circumcised extends. The jaws are movable between an open inoperative position and a closed operative position in which a clamping and crushing force may be exerted to promote hemostasis within the crush region. The device includes a cutting assembly (7, 8, 9) capable of traversing and severing a crushed foreskin within or adjacent the crush region. The invention to a glans penis protector comprising a handle (41) separable from a transverse glans penis engaging cover (43) so that the handle can be separated from the glans penis engaging cover during a circumcision procedure.

Circumcision device including a housing (10) comprising a handgrip part (13) and a control member (15), a guide part (20) comprising a stem (21) and a shearing template (23) fixedly arranged on a distal end of the stem (21), said shearing template having a concave distal surface (23a) and a side surface (23b) tapered in the proximal direction, a pair of arms (30, 30), each having a distal end provided with a semi-annular blade (31, 31), each arm being rotatable about an axis (y, y) perpendicular to the extension direction of the stem (21), between an open position and a shearing position in which the semi-annular blades (31, 31) are closed to form a ring perpendicular to the extension axis of the stem (21) and have a cutting edge (32, 32) which engages the side surface (23b) of the shearing template (23), and an actuating mechanism (40) for controlling rotation of the arms (30, 30) in response to an actuation of the control member (15).

Circumcision device including a housing (10) comprising a handgrip part (13) and a control member (15), a guide part (20) comprising a stem (21) and a shearing template (23) fixedly arranged on a distal end of the stem (21), said shearing template having a concave distal surface (23a) and a side surface (23b) tapered in the proximal direction, a pair of arms (30, 30), each having a distal end provided with a semi-annular blade (31, 31), each arm being rotatable about an axis (y, y) perpendicular to the extension direction of the stem (21), between an open position and a shearing position in which the semi-annular blades (31, 31) are closed to form a ring perpendicular to the extension axis of the stem (21) and have a cutting edge (32, 32) which engages the side surface (23b) of the shearing template (23), and an actuating mechanism (40) for controlling rotation of the arms (30, 30) in response to an actuation of the control member (15).

A circumcision apparatus is provided. The circumcision apparatus includes a first surgical scissors and a second surgical scissors. The first surgical scissors include two first clips and one pair of blades, and the second surgical scissors include one second clip and one pair of blades. In the circumcision operation, after the foreskin is cut by the first surgical scissors along the direction of the shaft of the penis, the two first clips clamp a part of the foreskin near a first incision. After the foreskin is cut further by the second surgical scissors along the circumference of the penis, the second clip clamps another part of the foreskin near a second incision. Therefore, bleeding from the first and second incisions can be effectively reduced.