Fluid filling device

Abstract

Provided is a fluid filling device which is light-weight in order to ensure that a large number of large capacity to-be-filled containers can be mounted thereupon, and by which a load of an operator in terms of material handling can be reduced. The fluid filling device is provided with a container which stores stirred and defoamed fluid, and to which a discharge nozzle for discharging the fluid is formed; a rotor which is secured to the outer periphery of a rotational shaft, and maintains a plurality of to-be-filled containers at an angle within a range of approximately 30° to approximately 90° with respect to the longitudinal direction of the rotational shaft; a distributor which is secured at one end of the rotational shaft and introduces the fluid discharged from the discharge nozzle of the container to the plurality of to-be-filled containers; and a rotational means for rotating the rotor and the distributor by rotating the rotational shaft and filling the fluid introduced by the distributor to the plurality of to-be-filed containers by a centrifugal force caused by the rotation.

Description

technical field [0001] The present invention relates to a fluid filling device for transferring and filling a liquid or pasty fluid into a container to be filled, and relates to transferring, for example, a fluid such as epoxy resin that has been stirred and degassed by a stirrer into a container to be filled, such as a syringe, in a defoamed state Filled fluid filled device. Background technique [0002] For example, when a fluid such as epoxy resin is applied to a substrate, the raw material components are stirred and mixed to form a paste-like fluid, the air bubbles in the fluid are removed to degas the fluid, and the degassed fluid is injected into a syringe or the like. The filling is transferred into the filling container for use. For example, the following method is adopted: First, the raw material components are stirred and mixed in a stirring container such as a mixer, and at the same time, the air bubbles contained in the raw material are removed, and the defoamed...

AI Technical Summary

Problems solved by technology

[0006] (2) In the area where the fluid 32 is transferred from the pressure feeding container 31 to the container 34 to be filled, outside air is drawn into the transfer path of the fluid 32, and air tends to be easily mixed into the degassed fluid 32.

[0009] (5) The number of components of the device used to pressure-feed and fill the fluid 32 to the container 34 to be filled is large, and therefore requires a lot of labor to maintain them, resulting in an increase in cost

[0012] In this kind of fluid filling device, use 8 or 12 such multiples with 100cm 3 For the above-mentioned large-capacity syringe, the jig becomes large and heavy, so there is a problem in material management

Also, the number of cleaning parts increases, and operator mistakes may occur for operators who are not familiar with the handling of the device

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