JPS6037083Y2 - Granule quantitative discharge machine - Google Patents

Description

[Detailed description of the invention] This invention relates to a quantitative discharge machine for granules such as coffee beans, and its purpose is to store and permanently store granules such as coffee beans in advance on the countertop or dining table in the kitchen, and then release them as needed. By repeating the lever,
This invention relates to a granule dispensing machine capable of dispensing a fixed amount of granules such as coffee beans stored therein into a measuring cup placed at a predetermined position.

The embodiment of the present invention will be described with reference to the attached drawings. 1 is a discharging machine body, the outer surface of which is approximately prismatic, and the upper half of which is made of a transparent material to enable transparent observation of granules such as coffee beans. The formed storage chamber 2 is the storage chamber 2, and the lower half is the storage chamber 4 for the measuring cup 3.
It is said that

The bottom plate 5 of the storage chamber 2 has a square funnel-like shape with a V-shaped cross section in both the front-rear and left-right directions.

The ceiling 6 of the storage chamber 2 is covered with a removable cover plate 7 for filling replenishment particles.

A small square outlet 8 is bored in the center of the square funnel-shaped bottom plate 5 having a V-shaped cross section in both the front and rear directions and the left and right directions.

Reference numeral 13 denotes a stopper plate which is slidably movably connected to the bottom of the outlet 18, and is mounted on the upper horizontal partition plate 14 which has been installed in advance directly below the square funnel-shaped upper bottom plate 5a. The upper end surface of the swing shaft 20, which is swingable by upper and lower hinges 16a and 16b, moves integrally with the upper stopper plate 13a with respect to the vertical plane of the horizontal plate 19, which is installed parallel to the front wall at a position near the back of the wall. The upper stopper plate 13a is fixed as much as possible.
The front part of the main body is operated by the horizontal movement of a knob 18 projecting from a horizontal guide groove 17 formed in the front wall of the main body.

A lower stopper plate 13b is fixed to the lower end face of the shaft rod, as will be described later, with the mounting angle set in advance to be shifted in position so that the lower stopper plate 13b opens alternately at the upper and lower positions.

In other words, when the knob 18 protruding from the front wall of the main body 1 is horizontally moved in one direction, the portion fixed by the hinges 16a and 16b provided above and below the vertical line of the horizontal plate 19 becomes the fulcrum in connection with the movement operation. As a result, the rear portion slides in the other direction from the late closing state from the lower surface of the outlet 8 of the upper bottom plate 5a to open the outlet 8 and cause the granules charged in the storage chamber 2 to flow down.

Directly below the outlet 8, a lower horizontal partition plate 14b is provided at a short distance, and an upper bottom plate 5a is provided on the upper surface of the lower horizontal partition plate 14b.
A square funnel-shaped lower bottom plate 5b having a similar structure is installed to form a metering chamber 21.

On the bottom surface of the lower outlet 8b of the lower bottom plate 5b, a lower stopper plate 13b is slidably movably connected to the lower horizontal partition plate 14b, as in the case of the upper bottom plate 5a.
The hinge 16b provided at the lower part of the horizontal plate 19 interlocks with the upper stopper plate 13a, but since the mounting angle is set in advance to be off-set, the upper stopper plate 13a keeps the outlet 8a in a good open state. In this case, the lower stopper plate 13b
The lower outlet 8b is closed, and the upper and lower stopper plates 13a and 13b alternately open the respective outlets 8a and 8b by the lateral movement of the knob 18, so that the metering chamber 21 that has fallen from the storage chamber 2 The packed granules are at the lower outlet 8b.
The discharge port 23 is guided by the guide swash plate 22 installed directly below the
and into the measuring cup 3 located directly below.

Since the present invention has the above-described configuration, the knob piece 18 is connected to the upper and lower stopper plates 13a and 13b, which alternately open and close in conjunction with the opening and closing of the outlet 8a of the upper bottom plate 5a in the storage chamber 2.
The metered granules flowing into the metering chamber 21 by the forward movement of the knob 18 can be reliably taken out from the lower outlet 8b by a simple operation of moving the knob 18 in the backward direction, and the structure is simple and inexpensive. Since the lower half of the main body is used as the storage chamber 4 for the measuring cup 3, it is a useful device that also exhibits practicality, making it extremely easy to organize when not in use.

It is also possible to take out an arbitrary amount of granules as a guideline before filling the metering chamber 21.

[Brief explanation of the drawing]

The drawings illustrate embodiments of the invention, FIG. 1 being a longitudinal sectional view;
FIG. 2 is a partially cutaway front view, FIG. 3 is a plan view of the same, and FIG. 4 is a perspective view of the principle of the upper and lower stopper plates. 1... Discharger body, 2... Storage chamber, 3
...Measuring cup, 4...Storage room, 5.
...Bottom plate, 6...Ceiling part, 7...
・Lid plate, 8...Outflow part, 13...Stopper plate, 14...Horizontal partition plate, 16...
...Hinge, 17...Horizontal guide groove, 18...
...Pick piece, 19...Horizontal board, 20...
Swing shaft rod, 21... Quantification chamber, 22...
Guide swash plate, 23...Discharge port.

Claims (1)

[Scope of utility model registration request] The upper half of the approximately prismatic main body is a granular storage chamber that can be transparently observed and has a lid plate on the ceiling, the lower half is a measuring cup storage chamber, and the upper bottom plate of the storage chamber is shaped like a square funnel. A square funnel-shaped lower bottom plate is installed directly below the outlet to form a metering chamber, and upper and lower stopper plates are installed on the outside of the front wall of the main body, which act as slide valves to preset the upstream and downstream outlets at different positions. 1. A fixed-quantity discharger for fluid, characterized in that it is configured to be operable by a protruding knob.