Transfer device for medical storage rack

Abstract

The invention discloses a transfer device for a medical storage rack. The device comprises a front end butt joint mechanism, a second locking mechanism, a reset mechanism, a long connecting rod, a guide assembly, a transition connecting piece and a self-locking assembly, wherein the second locking mechanism and the reset mechanism are located at the rear end. The front end butt joint mechanism andthe second locking mechanism can be in first linkage through the long connecting rod and the transition connecting piece, and first linkage can be locked through self-locking connection of the self-locking assembly and the transition connecting piece. By means of the reset mechanism, self-locking connection can be relieved, and first linkage can be restored. Therefore, when an operator operates the device, the operator does not need to step back while treading on the second locking mechanism, the two actions can be conducted separately, the convenience degree of the device is improved, and meanwhile safety accidents such as rollover are avoided.

Description

technical field [0001] The invention relates to the field of medical device transportation, in particular to a transfer device for medical racks. Background technique [0002] In the daily work of the hospital, there are often a large number of medical related items that need to be sterilized. The existing practice is to pack and place all the medical items that need to be sterilized, such as clothes used by medical staff and related medical equipment bags. On a special rack; then send the special rack and the medical items placed on it to the transfer vehicle; then send the rack and the medical items to the sterilization center through the transfer vehicle for disinfection; the front end of the transfer vehicle There is a docking mechanism that is docked and fixed with the sterilization center, and an unlocking mechanism that can release the docking state is provided at the rear end. The unlocking mechanism and the docking mechanism realize linkage. When using it, the opera...

AI Technical Summary

Problems solved by technology

[0003] However, the sterilization process still has a lot of inconvenience in the specific operation:

[0004] One: The unlocking mechanism is set in the structure of a hand lever. Due to the structure of the transfer vehicle, the operator needs to bend down frequently when operating the unlocking mechanism on it, which increases the labor intensity, especially for some older operators.

[0005] Two: Some manufacturers have improved the unlocking mechanism and set it as a foot pedal, so that there is no need to bend over frequently, but with this structure, the operator pushes the sterilized rack to the transfer vehicle, and is about to push the transfer When the car moves to other positions, several actions need to be completed at the same time: 1) step on the unlocking mechanism to undock the docking mechanism at the front end; Bacteria center separation; when the above two actions are performed at the same time, the operator needs to step back while stepping on the unlocking mechanism. It can be imagined that these are two very contradictory actions, and the convenience of operation is greatly reduced. At the same time, the operator Standing instability may occur, and it is easy to cause safety accidents such as rollover

[0006] 3. On the basis of setting the unlocking mechanism in the form of a pedal, add self-locking parts so that after the pedal is stepped on, the front-end unlocking mechanism can be kept in an unlocked state, which can solve the problem of people needing to move while stepping on the pedal. The problem of retreat, but the self-locking reset still needs manual operation and cannot be automatically reset. Even if some structural design is used to achieve automatic reset, what kind of structure can ensure that the automatic reset process will not be stuck and can be sustainable and effective? is also a problem

Images