JPS60183376A - Method and device for simultaneously extruding content from two vessel - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method and apparatus for simultaneously extruding two authentic and counterfeit clays from two containers to mix them.

Conventionally, when commercially using two-component adhesives, for example, the adhesive and curing agent contained in two containers such as tubes or bottles of different sizes were measured based on an empirical guideline from each container. Extrusion or ib extrusion is carried out in quantity, and both liquids are mixed and used for bonding work. Unfortunately, the mixed liquid may be more or less than necessary, and if it is too large, it is uneconomical, and if it is too small, it is inconvenient to prepare the mixed liquid again. For viscous materials such as adhesives, for which an appropriate mixing ratio is specified, the above-mentioned method of measuring by eye cannot fully demonstrate the mixing effect. Naoshi seven mountain techniques are highly requested.

In response to the above-mentioned needs, the present invention provides a method and apparatus for simultaneously extruding contents in an amount corresponding to a mixing ratio from two different types of containers, specifically, two extrusion type containers with movable bottoms. In the method, two cylindrical containers whose internal cross-sectional areas are fixed and whose bottoms are movable are held in parallel, and each cylindrical container is placed in the bottom of the two containers according to the mixing ratio. The front ends of parallel rods movable in the axial direction of the containers are brought into contact with each other, and the parallel rods are moved in the same direction to advance the bottom surfaces of the two containers, thereby simultaneously discharging the viscous material inside the two containers. The apparatus is characterized in that a parallel rod extending in the axial direction of the two containers is provided at the rear of the frame that accommodates and holds the two containers with their discharge ports protruding from each other. The parallel rod is supported and mounted so that it can be moved in the axial direction, and a scale is provided on the parallel rod or the monk body side to display the movement t of the parallel rod, so that the parallel rod can be forcibly moved forward by operating the handle. It is characterized by the following structure.

The drawings showing the embodiments of the present invention will be explained below.
FIGS. 1 and 2 show a mode in which the contents are simultaneously pushed out from two containers by operating the grip handle, and the device main body (1) is used to push out the contents from two containers (A) of different types.
) in a parallel state with their discharge ports (AI) (Bl) protruding outward;
The push-out operation part (3) is connected to the rear part of the push-out operation part (3).

The frame body (2) accommodates two containers (A
(4) (5) with a front wall (6) and a large diameter container (A
) and a short cylindrical portion (8) for holding the outer surfaces of both ends of the two containers (A)
) (9). Rear wall surface 00 of the frame (2)
There are two rods Ql) oriented toward the movable bottom part (A2) of the container (A) and the movable bottom part (B2) of the container (inside the container).
A parallel rod 0 field consisting of 2 is inserted and the parallel rod α3
By first pushing the container H (A) (B) toward the container H (A) (B), the movable bottom parts (A2) (B2) of the container (A) (B) accommodated in the frame body (2) are moved and the discharge port ( A1)(B
1) The contents can be extruded at the same time. The means for pushing the parallel rod 0→ is not particularly limited, but in the embodiment shown in FIG. 1, it is carried out by gripping the handle oui. That is, the frame (4) extending rearward from the frame body (2) includes a fixed nondle 0a extending downward and the fixed nondle 04).
A movable handle 06) pivotally mounted on the upper part of the rear wall surface 0
1 and the rear surface αη of the frame (4).
1), the push plate 0# is inserted into the rear surface θη
A first spring biased toward the side is provided, and further behind the rear surface a of the frame, a nuclear frame α7) (
A movable handle 0 is provided with a presser plate holder which is swingably suspended from the handlebar holder and is supported so that the rod 01) can be loosely passed therethrough, and a second spring Q which presses and biases the presser plate rearward. By gripping the movable handle in the direction of the arrow, the bottle provided at the upper part of the movable handle acts on the lower part of the push plate (G), tilting the push plate (T), and inserting the rod Qlj. The lower edge of the hole presses strongly against the lower surface of the rod 01), compressing the spring 01) and moving the rod α1) forward. Then, when the movable handle 01 is released, the elasticity of the w-1 spring α Samurai The handle 00 is restored, but the rear presser plate becomes upright when the rod Qn moves forward, and then the rod α]) stops moving and is moved by the elasticity of the second spring 91). The movable handle α is restored to the inclined state and prevents the rod 01) from retreating.
The parallel rod ←■ is configured to be intermittently advanced by gripping and releasing υ. and parallel rod 0
At least one of the rods in No. 3 is provided with a scale rod for determining the forward movement of the parallel rod (2), and more preferably a scale rod is provided at the rear of the rod α1) for predetermining the amount of movement of the parallel rod (2). A possible slider (c) is fitted,
The discharge amount of the contents from the container body) can be set in advance. In the figure, (c) is a disc that comes into contact with the movable bottom surface (A2) of the large diameter container (A).

FIG. 3 shows another embodiment for simultaneously extruding contents from two containers (A>Φ), in which two containers with different diameters (A>(B) are connected to their discharge ports ( A1) (B
A frame (4) is extended behind the frame (2) that protrudes and accommodates the frame (2), and the frame (4) is placed behind the frame (2) @y.
A screw shaft (1) is rotatably supported between surface 1 (9) and the rear surface Q force of the frame part (b), and a female screw member (8) screwed onto the screw shaft is fitted with a container. Scale fA consisting of rods 01) and 02 oriented in the axial direction of (A) and container (B)
Attach the parallel rod with the threaded shaft, turn the handles provided at the end of the threaded shaft to rotate the threaded shaft, and thereby move the rod 01) θ together with the female thread member skin to open the container. (A) Two containers (A) (B) whose movable bottoms (A2) (B2) are pushed and accommodated in the frame (2)
The contents can be discharged from B) at the same time.

In this way, the present invention provides two containers (A) with an internal cross-sectional area corresponding to the mixing ratio and whose bottom parts are movable, and a frame body (2).
), and the front ends of parallel rods movable in the axial direction of the containers (A) and (13) are brought into contact with the bottom surfaces of the two containers (A) and (B), respectively. Move the parallel rod to open the bottoms of the two containers (A) and (B).
Since it is designed to push out the viscous material inside at the same time by advancing the amount, it is especially suitable for extruding a predetermined amount of viscous material with a fixed mixing ratio, such as a two-component warming type eyebrow agent. It has a great effect. In other words, as shown in FIGS. 4 and 5, the adhesive agent (liquid A) and the curing agent (liquid B) form a cylinder whose total length is equal and whose cross-sectional area ratio corresponds to the mixing ratio of the two. respectively housed in shaped containers (A) and (B),
And from the two containers (A) and (B) of the two-component hot adhesive, the bottom parts (A2) and (B2) are slidably inserted without being in close contact with the inner surface of the container (A)ω). , it is possible to extrude liquids A and B at the same time, and the extruded liquids A and B are in amounts that match a predetermined mixing ratio. Therefore, according to the present invention, not only the work efficiency is improved, but also the extrusion of a predetermined amount of viscous material from two containers is achieved extremely accurately, which helps to prevent waste of viscous material, and also helps to prevent waste of viscous material. In this case, it is possible to reliably extrude an amount corresponding to the specified mixing ratio.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, and FIG. 1 is a side sectional view showing a grip handle type, and FIG.
1 is a front view showing the front part of FIG. 1, FIG. 3 is a side sectional view showing the rotary handle type, and FIGS. FIG. 3 is a partially sectional side view. (1)...Device body, (2)...Frame, (3)...
・Extrusion operation part, (to)...parallel rod, wire...
Scale, (A) (B)... Container, (AI) (B1)
...Discharge port of the container, (A2) (B2)...Movable bottom surface of the container.

Claims (2)

[Claims] (1) Two cylindrical containers with internal cross-sectional areas corresponding to the mixing ratio and movable bottoms are held in parallel, and each bottom of the two containers is movable in the axial direction of each container. The front ends of parallel rods are brought into contact with each other, and the parallel rods are moved in the same direction to advance the bottom surfaces of the two containers, thereby simultaneously discharging the viscous material inside the two containers. A method of extruding the contents from two containers at the same time. (2) A parallel rod extending in the axial direction of the two containers is installed at the rear of a frame that accommodates and holds two containers with movable bottoms with their discharge ports projecting outward. The parallel rod is supported and mounted so as to be movable in the axial direction of the two containers, and the parallel rod i! A device for simultaneously extruding the contents from two containers, the glaze feature being that the parallel rod is forcibly moved forward by the operation of a handle, and a scale is provided for displaying .