Bottle washing holder

Abstract

The invention discloses a bottle washing holder comprising a nozzle, a bearing body, a small shaft, a roll-over stand, a sliding yoke, a disinfectant fluid inlet and a chuck. One end of the roll-over stand is arranged at the front end of the bearing body in a rotatable mode through the small shaft. The sliding yoke is installed on the lateral side of the roll-over stand. The sliding yoke is used for being installed on a guide rail and sliding along the guide rail when being in working, so as to guide the roll-over stand to roll over. The chuck is installed at the other end of the roll-over stand. The nozzle is installed on the upper side of the bearing body. The nozzle is connected with the disinfectant fluid inlet through a flushing medium channel. A guide device is arranged on the roll-over stand, wherein the guide device is used for improving the levelness of the chuck at a bottle in-out position and is matched with a guide groove fixed at the bottle in-out position. When the bottle washing holder is rotated to the bottle in-out position, a guide column on a guide pressing plate enters the guide groove, the levelness of the chuck at the bottle in-out position can be controlled through the guide pressing plate and the bottle loss ratio is reduced. In addition, by adding a U-shaped connection pipe on the bearing body, the flushing medium flowing channel is transited smoothly, health dead angles do not exist and cleaning is convenient.

Description

[0001] technical field [0002] The invention relates to production equipment of a beverage or wine filling line, in particular to a bottle washing clamp for clamping and cleaning a bottle. Background technique [0003] Bottle washing machine is an automatic production equipment that uses cleaning liquid to clean bottles, and is an important component of beverage or wine filling production lines. The bottle washing clamp is the core component used to hold the bottle on the bottle washing machine. It needs to complete a series of actions such as clamping the bottle, flipping, rinsing, returning the flip, and unloading the bottle during work. And the completion of action needs the sliding fork on the bottle washing clip to move along the guide rail, which is realized by the fixed track of the guide rail. [0004] The current bottle washing clamp only adopts a single fulcrum guide between the sliding fork and the guide rail when the bottle is in and out. Since the sliding ...

AI Technical Summary

Problems solved by technology

[0004] The current bottle washing clamp only adopts a single fulcrum guide between the sliding fork and the guide rail when the bottle is in and out. Since the sliding fork and the guide rail need to slide relative to each other, there must be a gap between the two, resulting in high and low bottle clamps, resulting in Easy to drop the bottle when entering and exiting the bottle

In addition, in the prior art, the nozzles required for the flushing process and the disinfectant liquid inlet are both arranged on the support body, and the nozzles and the disinfectant liquid inlet are connected through a flushing medium channel, which is directly on the support body. It is processed by the intersection of one section of horizontal hole and two sections of vertical hole, but there will be dead angle at the intersection of horizontal hole and vertical hole, which is not conducive to cleaning

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