JP3151791U - Plant solid materials and quantitative supply equipment - Google Patents

Abstract

The present invention provides a plant solid material raw material and a quantitative supply device which can easily and reliably supply a large amount of raw material, and can perform environmental preservation and continuous quantitative supply without scattering of fine powder. The plant solid material is a solid material having a round shape or a square shape and a thickness of a plate shape. On the supply plate of the quantitative supply device 20 & 20 ′, one or more holes of the same shape as the vegetable solid material raw material are formed in one or a plurality of holes, slightly larger than the size of the external shape of the vegetable solid material raw material, The plate thickness of the supply plate is characterized by being slid with a plate thickness slightly smaller than the thickness of the vegetable solid material. [Selection] Figure 1

Description

  The present invention relates to a plant solid material raw material and a quantitative supply device used as a raw material for a container to be heat-molded by a compression molding press.

  In the conventional plant raw materials and compression feeders for compression molding press, the plant raw materials are generally in a fine powder state, noodle dough (sheet shape) or sheet shape baked over time. It was unsuitable for mass production and inconvenient for a quantitative supply device.

  However, since the plant material is in the form of fine powder or noodle dough (sheet shape), any material may stick to the feeding device, etc. Baking in the sheet state takes a long time and is inefficient. It is unsuitable for mass-production factories, and when fine powder is supplied to the molding die, it is a problem to solve problems such as fine powder scattering and not being able to supply accurately, but also being bad in terms of environment. To do.

  The device of claim 1 for solving this problem is mixed, kneaded and shaped into a required shape by mixing, kneading, and mixing with a plant-like powdery or fine-grained raw material and either a powder adhesive or a liquid adhesive. By doing so, it is possible to prevent sticking to the supply device, etc., and the round or square plate-like vegetable solid material and the supply plate are slightly larger in the same shape as the vegetable solid material. One or more holes are opened in the plate, and the plate thickness is slightly smaller than the thickness of the vegetable solid material. By sliding the supply plate, the vegetable solid material is easily and reliably quantified in the mold. It can be supplied and is suitable for mass production, and it is safe from the environmental viewpoint without scattering of fine powder.

  Further, the invention of claim 2 is that the feed plate in claim 1 is slid through either a pneumatic, hydraulic or electric drive device, so that the quantitative supply of raw materials is accurate, The problem can be solved by being able to move continuously.

  Furthermore, the invention of claim 3 is arranged such that a fixed amount supply part is provided at the lower part and a stock bin (storage bin) is provided at the upper part, a buffer cylinder is provided at the intermediate part, and an outer periphery of the upper stock bottle (storage bin) is provided. The unit is equipped with one or more vibration generators, and the plant solid material supplied and stored in the stock bin (storage bin) is vibrated so that it is not clogged by the squeezed portion below the stock bin (storage bin). By vibrating the stock bin (storage bin) with the generator, the raw material can smoothly pass through the middle buffer cylinder, and the vegetable solid material can be easily aligned vertically in the lower quantitative feeder. In addition, it is possible to use a sealed structure because of no scattering of fine powder, and to solve the problem by making environmental protection and quantitative supply easy, reliable and capable of mass production.

  Therefore, the combination of the plant solid material raw material and the quantitative supply device of the present invention makes it possible to easily and reliably supply a large amount of raw materials, and to protect the environment and supply a continuous quantitative amount without scattering of fine powder. It contributes to production and has a great effect.

Best mode for carrying out the invention

  As shown in FIG. 1, a stock bin (storage bin) 10 for storing the vegetable solid material G & G ′ is provided in the upper portion, and the vibration generator 3 is provided in one or more on the outer periphery of the squeezed portion 1 below the stock bin. The buffer cylinder 2 is provided in the middle part, and the upper and lower end cylinders of the buffer cylinder 2 may be matched to the shape of G & G ′ of the vegetable solid material, and the lower-quantity supply device 20 & 20 ′. The structure is such that the perforated supply plates 6 & 6 ′ are slid through the slide drive device 30, and the material of the device is preferably made of steel except for the buffer cylinder 2 because the molding die is hot.

  It is sectional drawing of the structure of the vegetable solid raw material which concerns on this invention, and a fixed quantity supply apparatus.   It is an arrow view of the AA cross section of the perforated hole of the supply plate of the fixed supply apparatus part of this invention.   It is an arrow line view of the A'-A 'cross section of the perforated hole of the supply plate of the fixed supply apparatus part of this invention.

DESCRIPTION OF SYMBOLS 1 ... The downward throttle part of a stock bin 2 ... Buffer cylinder 3 ... Vibration generator 4 ... Fixing bracket of an upper end buffer cylinder 5 ... Fixing bracket of a lower end buffer cylinder 6 & 6 '... Perforated supply plate 7 & 7 '... Supply port for plant solid material to mold 10 ... Stock bin (storage bin)
20 & 20 '... Quantitative supply device 30 ... Slide drive device G &G' ... Plant solid material

Claims (3)

  In the plant solid material and the quantitative supply device, the external shape of the vegetable solid material is a round shape or a square shape, and the thickness is a plate-shaped solid material, and is a part of the supply device. The supply plate should have one or more holes of the same shape as the vegetable solid material, with a hole slightly larger than the outer shape of the vegetable solid material, and the thickness of the supply plate should be A fixed plant material and a quantitative supply device, characterized in that it is made to slide with a plate thickness slightly thinner than the thickness of the plant solid material.   2. The plant solid material and the quantitative supply device according to claim 1, wherein the slide of the supply plate is slid by any one of a pneumatic type, a hydraulic type, and an electric type drive. Plant solid material raw material and quantitative supply equipment.   In the plant solid material and fixed quantity supply device, a fixed quantity supply part is arranged at the bottom and a stock bottle (storage bin) at the top, and vibration is generated at an appropriate position on the outer periphery of the stock bottle (storage bottle). The plant solid material raw material and the quantitative supply device according to claim 1, wherein one or a plurality of machines are provided and a buffer cylinder is provided in an intermediate part.

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