TH19649A - Surgical knife blade removal section - Google Patents

Abstract

Surgical knife blade removal section (3) Remove blade (5) from tank (6) of surgical knife (8) surgical knife (8) rub the insertion in and remove from blade removal section. Knife (3) along the exact same straight path, this knife ejector has a rocking block (12) which rotates on the pivot around. The transverse axis and the path of insertion When the surgical knife (8) is inserted into the blade tank removal part (6), push against the contact surface (15) of the rocking block (12), causing the block to be rotated on a pivot. One pair of legs (14) on the other end of this block (12) exerts a transverse force on the blade flexion (5) on either side of the tank (6). Lifting the blade bent away from the tank. When the surgical knife has been inserted very far enough, the spring valve (16) falls behind the flexion of the blade (5), the spring flap disconnects the blade (5) from the tank (6) on the side. The surgical knife (8) has been removed, the blade remover (3) is generally bolted into the cover (2) of the spiky container (1).

Claims (2)

1. Blade removal part of surgical knife. For removing the blade from the stab of the surgical knife, it consists of a shape that allows the surgical knife to be inserted and removed from the blade removal part. A truly straight path Mechanism triggered by the forward movement of the tank in the blade removal part. To lift the blade bend away from the tank and The blade stop piece resists the bent part of the blade being lifted after the blade has been Sliding through this stop piece Where when withdrawing the surgical knife This stop piece prevents it from moving. At the end of the blade and thus the blade to be disengaged from the tank. 2. Blade removal part as held in Claim 1 here, this mechanism consists of A movable part containing the first and second parts. This moving part will be positioned. That one part was attached to a tank When this tank is practically inserted into the blade remover, this movable part is moved by the physical protrusion of the anti-tank against the part. And here, the movement of the movable part makes the second existing part to apply force accordingly. The true transverse section of the blade to lift it out of the tank. 3. Removing the blade as it holds the rights in the 2 right clauses, here the part that can Movable, can be rotated on the pivot around. Axis of insertion path 4. The blade removal part, as it holds in claim 3, also consists of a pathway. Way to convince a movable part in a certain direction. Spindle top 5. The blade removal part as held in claim 2 herein, the second part consists of With a common straight contact surface With a tank in the path of insertion 6. The blade removal part as held in claim 2 herein. This second part is made. Two rhizomes to form a pair of leg pieces. Each leg is on the opposite side of the tank and placed. The same with the blade When the blade is inserted in the blade removal section 7. blade removal part of the surgical knife as held in claim 6, herein the blade stop part consists of The catheter is performed on the free end of at least one leg piece. 8. Blade removal part, as held by claim 6, here the blade stop part is A spring tongue that is placed between the leg piece and is opposite it. 9. The blade removal part, as held by claim 8, here the spring tongue is fixed. Extensively attached 1 0. blade removal part as held in claim 1. Here, blade removal part is fastened. Attached to the cover of container 1 1.Surgical knife blade removal part for removing the blade from the knife tank. Surgery consists of Equipment for receiving tanks of surgical knives A device for lifting the blade bent away from the tank and a device for stopping the blade to prevent movement towards the rear of the blade at To do this, the blade is disengaged from the tank when the surgical knife is removed. It is characterized by the fact that this blade lifter consists of a mechanism that is activated by Move the forward direction of the tank to apply force to the bent portion of the blade across the path. Of the insertion of this tank 1 2. The blade removal part as held in claim 11 herein. With the rocker block attached to the pivot-pivot movement around the pivot pivot to the path of this rocking block insertion. Can be rotated on the pivot by Protrusion of the tank against the existing contact surface. This rocking block has a lifting element away from the surface of the face.This lifting section provides a transverse force on the blade flexion when this rocking block is rotated. On the spur with a tank