JP3208536U - Simple dust collector using aerosol - Google Patents

Abstract

The present invention provides an easy-to-use simple dust collector that can be expected to achieve economic effects by separating the aerosol part and the dust collector part, which are consumables, into a structure that can be reused. To do. A jig connecting an aerosol body 100 and a vinyl pipe to be attached to the aerosol body 100, one end of the vinyl pipe being an inlet port 2, the other end being an outlet port 4, and a dust collecting portion being arranged at the outlet port 4. An injection hole 3 is formed between the suction port 2 and the discharge port 4 to form a simple dust collector body, and the aerosol sprayed from the aerosol body 100 is guided to the spray hole 3 and mixed with the air flowing from the suction port 2 And ejected to the outlet 4. [Selection] Figure 1

Description

The present invention relates to a simple dust collector that can be used for commercially available aerosols and can be easily detached.

Conventional dust collectors using aerosols do not require a power source, and have the advantage that they can be used easily for the purpose of inhaling “dust” and “dust”. (For example, see Patent Document 1).

However, due to the structure of the conventional dust collector, the aerosol body and the dust collector body are integrated, so if the pressure inside the aerosol drops and wears out, it becomes a consumable item including the dust collector part and is economical. There was not a fault.

56-00299

The problem to be solved is that the aerosol is a consumable part. Therefore, the aerosol body and the dust collector are separated so that the dust collector can be reused. Can be expected, and a simple dust collector can be provided.

In order to solve the above-described object, the present invention uses the nozzle attached to the aerosol body, inserts the simple dust collector body and the nozzle into an acute angle and inserts it into the dust collector body through the injection hole. The most common feature is the structure that shares the connected vinyl pipes.

According to the present invention, since the aerosol body and the simple dust collector can be easily attached and detached, the simple dust collector can be reused, so that an economical simple dust collector can be provided.

As a result of making a prototype device that looks like a simple dust collector and conducting experiments related to dust collection, although there is a difference in the spraying power unique to aerosol products, not only "Chile" and "Dust" but also hexagon bolt M3 (length under neck 6 mm) It was possible to collect metal with mass m = 0.67 g.
Also, it could be used for cleaning narrow offices where OA nozzles do not fit and OA equipment.
In general, commercially available aerosol nozzles with a diameter of φ2.5 mm are often used, but nozzles with other diameters can be handled by using a nozzle attachment.

The external structure of the simple dust collector concerning one Embodiment of this invention is represented. It is the figure which attached the aerosol main body and the simple dust collector which are marketed with the magnet 6 for mounting. It is a figure that keeps the shape of a simple dust collector in a “spiral shape” so that it can be wound around a commercially available aerosol body.

An embodiment of the present invention will be described with reference to the drawings.

When the commercially available aerosol 100 and the simple dust collector 1 are installed. As shown in FIG. 1, a commercially available aerosol 100 and a simple dust collector 1 are mounted by a mounting jig 5, and a nozzle 103 attached to the aerosol is inserted into the injection hole 3. The insertion length should not be removed.

The gas injected by operating the aerosol injection button 101 is guided through the aerosol attached nozzle 102 to the inside of the simple suction device 1 through the injection hole 3, and a constant air flow is generated in the direction of the discharge port (dust collecting portion) 4. .

The discharge port (dust collecting part) 4 has the role of separating the airflow from the commercially available aerosol 100 and “dust” and “dust”, so materials such as gauze, cloth, tissue paper, and kitchen draining filters are suitable. ing.

Since the jetted airflow is Q = AV = constant according to the continuous equation based on the law of mass conservation (energy conservation), the flow rate flowing into the simple suction device 1 is constant in any cross section. If the cross-sectional area of the simple suction device 1 is the same, the flow velocity will be the same. Accordingly, “dust” and “dust” are sucked from the suction port 2, and the gas is separated from “dust” and “dust” at the discharge port (dust collector) 4 through the simple dust collector 1.
That is, the gas injected from the aerosol main body A flows from B to D. Since the flow rate at this time is constant in any cross section according to the above equation, this gas flow is also generated at the suction port 2 and becomes a suction force.

When removing commercially available aerosol 100.
The nozzle 102 attached to the aerosol is removed from the injection hole 3, and the mounting jig 5 is removed from the simple dust collector 1.

When changing the aerosol, the above method should be used.

The function of the mounting jig 5 is replaced with a mounting magnet 6 and mounted on a simple dust collector.

In Fig. 2, the outer diameter of commercially available aerosol is approximately 65mm, so the lower part of the simple dust collector 1 is held in a "spiral" shape. As for the mounting method, a spiral-shaped simple suction device is dropped and mounted from above the aerosol 100, and the nozzle 103 attached to the aerosol is inserted into the injection hole 3 as described above.

The aerosol and the simple dust collector are completely separated and can be easily attached and detached, and the simple structure allows the product cost to be reduced and can be used as a simple dust collector.

DESCRIPTION OF SYMBOLS 1 Simple suction apparatus 2 Suction port 3 Injection hole 4 Discharge port (dust collecting part)
DESCRIPTION OF SYMBOLS 5 Mounting jig 6 Mounting magnet 7 Spiral shape simple suction device 100 Aerosol body 101 Aerosol injection button 102 The nozzles A to D attached to the aerosol indicate the flow of gas

Claims (3)

A jig connecting an aerosol main body and a vinyl pipe to be attached to the aerosol main body, one end of which is a suction port, the other end is a discharge port, and a dust collecting part is disposed in the discharge port. A simple dust collector main body formed with an injection hole therebetween, and the aerosol ejected from the aerosol main body is guided to the injection hole and mixed with the air flowing in from the suction port and ejected to the discharge port. A simple dust collector. The simple dust collector according to claim 1, wherein the jig is attached to the aerosol main body with a magnet. The simple dust collector according to claim 1, wherein the vinyl pipe is wound around the aerosol body.

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