Automatic rotating and conveying device for bottle-shaped materials

Abstract

The invention discloses a bottle-shaped material automatic rotation and conveying device, which includes a frame assembly and a transmission assembly. The frame assembly includes a base, a bracket, a material guide sleeve, a transfer seat and a support seat. Set on the rear side of the base, the material guide sleeve is set on the bracket; there is a material guide space inside the material guide sleeve, the top and bottom openings of the material guide space, bottle-shaped materials are introduced into the bottom opening through the top opening of the material guide space In the transfer seat on the front side; the above-mentioned support seat is set on the front side of the transfer seat, the transmission assembly is arranged on the support seat, and is rotatably connected to the support seat through a torsion spring, and the bottle-shaped material slides into the transmission assembly through the transfer seat. Turn the transfer assembly outwards and stretch the torsion spring until the bottled material is placed vertically. The invention is used between the material conveying belt and the filling mechanism to carry out self-adaptive and sequential rotation of the material, thereby realizing filling automation and continuity, and effectively improving the filling efficiency.

Description

technical field [0001] The invention relates to the field of automatic filling production, in particular to an automatic rotation and conveying device for bottle-shaped materials. Background technique [0002] The bottle is a liquid container commonly used in modern production and life, especially in the medical field and food field, the bottle-shaped container is very common, often used as a liquid medicine in the medical field and a beverage container in the food industry; because the bottle-shaped container The bottle mouth is small. During the filling process of liquid medicine or beverage, in order to ensure that the preset capacity can be filled and avoid spilling of liquid medicine or beverage during the filling process, the bottle-shaped container needs to be placed vertically during the filling process so that The mouth of the bottle is upward; the early filling process was manually operated, that is, the bottle-shaped container was placed vertically by hand, and th...

AI Technical Summary

Problems solved by technology

[0002] The bottle is a liquid container commonly used in modern production and life, especially in the medical field and food field, the bottle-shaped container is very common, often used as a liquid medicine in the medical field and a beverage container in the food industry; because the bottle-shaped container The bottle mouth is small. During the filling process of liquid medicine or beverage, in order to ensure that the preset capacity can be filled and avoid spilling of liquid medicine or beverage during the filling process, the bottle-shaped container needs to be placed vertically during the filling process so that The mouth of the bottle is upward; the early filling process was manually operated, that is, the bottle-shaped container was placed vertically by hand, and the mouth of the liquid medicine or beverage was aligned with the mouth of the bottle-shaped container for filling. , the production efficiency is backward, the production cost is high, and it is not suitable for modern industrial production; filling automation is the development trend of modern industrial production

[0003] In the actual automatic assembly line, the bottle-shaped materials are generally transported on the material transportation line by placing them horizontally. The reason is that the height of the bottle-shaped materials themselves, when placed vertically, the center of gravity is too high, the stability is poor, and the transmission speed of the material belt is difficult to increase. , takes up a lot of space; and the horizontal placement of materials can effectively reduce the center of gravity of bottle-shaped materials, ensure the stability of transmission, and the speed of the material belt can be greatly improved, and the space of the material belt can be used to the maximum; however, in the filling During the filling process, the bottle-shaped material needs to be placed vertically. Therefore, in the actual filling process, a device is required between the material conveyor belt and the filling mechanism that can not only ensure the continuous transmission of the material, but also complete the horizontal rotation of the bottle-shaped material. The device in the vertical direction ensures the automation of the bottle-shaped material transfer process and filling process

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