KR200198338Y1 - Punch pin for inflammability residue gas extrude hole of high pressure gas receptacle - Google Patents

Abstract

The present invention is designed to release residual gas for safety when destroying high pressure vessels such as liquefied petroleum gas for various sprays along with combustible butane gas which has high fire power without smoke and can be easily stored and carried by a portable container. The present invention relates to a combustible residual gas discharge hole drilling pin of a high-pressure gas container that can easily drill the discharge hole.

Conventional high-pressure gas containers have a certain amount of remaining gas remaining in the container even after being used, and the resulting pressure is formed in the container. Therefore, when the container in which residual gas remains is put in high heat or compressed, the gas inside is exploded.

Due to these risks, manufacturers and countries puncture holes in containers to release residual gas after use of high pressure gas containers, but avoiding the risk of costing the containers and hitting nails with a hammer is not easy. Due to the disadvantage that the tools are not easily equipped, it is thrown away without forming a discharge hole that emits residual gas while recognizing that it is a dangerous material. Accordingly, many accidents due to many explosions occur during the removal operation.

The present invention is provided with a drill pin and a pin for integrally drilling the discharge hole for releasing residual gas in order to correct the above problems, so that the user can simply drill the container after use, so that the conventional closed In order to improve the design, the blades are sharp and pointed, and the bent lines are formed to be equally bent and formed at right angles to the container, and the blades are positioned on the container surface to press the bending pieces. A perforation pin formed at the end to perforate the container,

By attaching the perforated pin body portion on the outer circumferential surface of the high-pressure gas container to be carried and stored integrally with the container, the present invention relates to a design that can always be punctured by the container.

Description

Drill pins for residual gas discharge holes in flammable high-pressure gas containers

The present invention is a combustible one that makes it easy to drill residual gas discharge holes for releasing residual gas for safety when destroying high pressure containers such as liquefied petroleum gas for various sprays together with highly flammable butane gas without smoke. The present invention relates to a residual gas discharge hole punch pin of a high pressure gas container.

As is well known, flammable liquefied butane gas, which is easy to carry and has high thermal power, is used for cooking in the open air, and on the other hand, high pressure liquefied petroleum gas is used for releasing substances in containers for various sprays. .

This high pressure liquefied gas varies depending on its use, but has been used in many fields because it obtains many effects for its use.

For example, for the purpose of cooking butane gas, spraying, and spraying of various liquids, the material in the container is discharged together with the discharge of the high pressure gas filled in the container to obtain convenience of use, and the butane gas is conveniently placed in the container. I carry it.

However, such a container using a high-pressure gas has a disadvantage of explosion and when there is a risk of explosion, when stored at a high temperature inadvertently, there is a risk of human accident and fire.

Therefore, before use, it keeps safety and prevents accidents by keeping certain storage places and observance precautions.

However, after use, they have forgotten the previous caution and discarded them together with general wastes without any safety measures, and accidents caused by explosions during incineration of wastes and compression of containers have occurred.

In this explosion phenomenon, even after the high pressure gas container is used, a certain amount of remaining gas remains in the container and a pressure is formed in the container. Therefore, when the container in which residual gas remains is put in high heat or compressed, the gas inside is exploded.

Due to these risks, manufacturers and countries are enlightening to puncture holes in containers after use of high pressure gas containers to allow residual gas to be released and to discard them in a state where residual gas is released. However, these safety rules are not observed.

The reason is that it is not easy to hit a nail with a hammer, and it is not easy to equip the tool with the hammer and nail. Because there is.

Therefore, the consumers are discarded without forming a discharge hole that emits residual gas while recognizing that it is a dangerous dangerous goods, and thus many accidents due to many explosions are generated during the removal operation.

In order to remedy this problem, the Korean Utility Model Publication No. 20040, 1993, has designed a small gas container equipped with a hole opener.

In the above configuration, by forming a handle on the other side and a pointed pin on the other side constituting the hinge fastening to the rim of the container by pulling the handle hinged on the rim of the other side is punctured the container side.

This lever configuration has a disadvantage in that a lot of power is consumed to pin the container at the side with easy detachment of the hinge part, and not only the drilling work is difficult but also a lot of power is required.

The present invention has been devised to correct the above problems, in particular, the user can perforate the container with a simple operation by fastening the perforation pin and the perforation pin integrally with the container to easily perforate the discharge hole for releasing residual gas. It is designed to provide.

1 (a) is a perspective view of the present invention.

Figure 1 (b) is a perspective view showing a state of use.

Figure 2 is an exemplary perspective view showing an embodiment of the present invention.

Figure 3 is an exemplary perspective view showing a second embodiment of the present invention.

Figure 4 is an exemplary perspective view showing a third embodiment of the present invention.

5 is a perspective view showing another drilling pin of the present invention.

6 (a) and 6 (b) and 6 (c) is an exemplary view showing the fourth, fifth, and sixth embodiments of the present invention.

* Explanation of symbols for main parts of the drawings

10: punched pin 11: notched line

12: bending piece 13: fixed piece

14: image light portion 20: bending line

30: fastening creep 31: ring

32: fastening required 33: fastening

34: concave portion 40: high pressure vessel

41: fastening frame 42: recessed part

43: adhesive or adhesive tape

The present invention for achieving the above object is to form a bent line to be equally bent while forming a sharp and pointed punch pin inside the body portion of the rectangular system when the bent piece vertically bent together Is formed at right angles to the container and presses the bending piece so that the perforated pin formed at its end perforates the container, and the perforated pin body portion is attached to the outer circumferential surface of the high pressure gas container to carry and store the container integrally. Perforation work is to be made.

Referring to the configuration in more detail by the accompanying drawings as follows.

Figure 1 (a) is a perspective view of the present invention, Figure 1 (b) is a perspective view showing a state of use and Figure 2 shows an exemplary perspective view showing an embodiment of the present invention.

As shown in the drawing, a sharp and pointed punch pin 10 is formed inwardly into a rectangular shape in a “V” shape, and the hinge portion bent into the punch pin 10 is hinged to the high pressure container 40 to form a handle. In pulling the piece outward, the punching pin 10 on the other side presses and drills the outer circumferential surface of the high pressure container 40.

A cut line 11 connected to the image pickup portion 14 at the bend line 20 together with the bend line 20 so that the rectangular piece can be equally bent into the bent piece 12 and the fixed piece 13 is “V”. ”To form a punch pin (10) to be cut in a shape,

By pulling the bending piece 12, the drilling pins 10 are vertically erected together so that the high-pressure vessel 40 and the vertical drilling pins 10 are formed.

2 is a view illustrating an exemplary perspective view showing an embodiment of the present invention to be formed integrally bent the "C" shaped fastening clip 30 at the end of the fixing piece 13 to the upper or lower side of the high-pressure container 40 Is to be fastened to the fastening frame 41,

Figure 3 shows an exemplary perspective view showing a second embodiment of the present invention, the fixing piece 13 is configured to be bent extended to form an "L" shape, the end ring 31 is configured and the fastening recess 32 ) Is formed integrally with the fastening piece 33 formed so that the ring 31 and the fastening recess 32 are fastened to both fastening frames 41 of the high-pressure container 40 to form a separate portable.

4 is a perspective view showing a third embodiment of the present invention as a spot welding fixing the fixing piece 13 constituting the drilling pin 10 in the recess 42 formed in the bottom portion of the known high-pressure container 40 The perforated pins 10 and the bent piece 12 are to be routed out of the container,

In addition, Figure 5 is a perspective view showing another drilling pin 10 of the present invention by bending the end of the drilling pin 10 to one or more pins, or "W" shape to close the contact of the drilled hole and the drilling pin 10 Prevent,

6 (a) is a configuration for fastening the fixing piece 13 integrally with the fastening frame 41 of the high-pressure container 40 and 6 (b) is a fastening clip as shown in the second embodiment of the present invention ( It is shown that the configuration can be improved by fastening the 30 into the bottom concave portion 42 of the high-pressure container (40).

And Figure 6 (c) shows a state of bonding with the adhesive or adhesive tape 43.

It describes the effect of the present invention configured as described above.

Figure 1 (a) is a perspective view of the present invention and Figure 1 (b) is a perspective view showing a state of use and Figure 2 shows an exemplary perspective view showing an embodiment of the present invention as shown in the body portion of the rectangular piece Only the sharp and pointed perforated pin 10 is formed to be cut into the "V" -shaped cut line 11 inward, and form a bent line 20 that is connected to the upper side upper light portion 14 of the perforated pin 10. In order to be equally bent into the bending piece 12 and the fixing piece 13, it is configured in the known high-pressure container 40 as shown in FIG. 2, FIG. 3, and FIG. 4 or FIG.

Figure 2 by this configuration is shown an exemplary perspective view showing an embodiment of the present invention to the end of the fixing piece 13, the "C" shaped fastening clip 30 bend integrally configured with the body portion of the high pressure container ( 40 is fastened to the upper or lower fastening frame 41.

In such a configuration, when the high pressure vessel 40 is disposed after being used, it is packaged, stored, moved, and carried as used in the state of being fixed with the fastening clip 30 to the fastening frame 41 of the high pressure vessel 40. As shown in the drawing, when the bending piece 12 is pulled outward, the bending piece 12 is bent by the bending line 20 and bent outwardly vertically, and the punching piece 12 and the integral pin 10 are integrally formed. ) Is also extended from the inside with the bent piece 12 is formed at right angles to the outer peripheral surface of the container.

In this state, the user lifts the high-pressure container 40, and when the bending piece 12 in a right angle with the container is hit hard against a hard object such as stone or rock, the bending piece 12 is moved inward and the punch pin 10 at the end thereof. The gas remaining in the high pressure container 40 is completely discharged from the container as the discharge hole formed by puncturing the high pressure container 40.

Therefore, by removing the explosiveness by the used high-pressure container 40 is to obtain an effect that can completely prevent the explosion risk generated during the reprocessing of the container.

3 is a perspective view showing an example of a second embodiment of the present invention, the fixing piece 13 is extended to be configured to form the "L" shaped and the ring 31 and the fastening recess 32 to form a high-pressure container thereby The bottom side fastening frame (41) of 40 is easily detached from the unit bundle packaging of the container has one of the advantages of being portable can be used in a number of containers even if one of the perforated pin 10 is provided.

Figure 4 shows an exemplary perspective view showing a third embodiment of the present invention as a spot welding the fixing piece 13 constituting the drilling pin 10 in the recess 42 formed in the bottom portion of the known high-pressure container 40 By fixing the perforated pin 10 and the bent piece 12 not to be exposed to the outside of the container, it is beautiful in appearance and can improve the closure by exposure.

Figure 5 is to prevent the closing end of the discharge hole is blocked by preventing the close contact of the perforated hole and the perforated pin 10 with the ease of perforation by bending the end of the perforated pin 10 or one or more pins, or bent configuration,

6 (a) is a configuration for fastening the fixing piece 13 integrally with the fastening frame 41 of the high-pressure container 40 and Figure 6 (b) is a bottom surface of the high-pressure container 40 to the fastening clip (30). The fastening into the mouth 42 is a configuration that can increase the convenience and Figure 6 (c) shows a state of bonding with the adhesive or adhesive tape 43.

The present invention, as well as the means for attaching to the container with the above embodiment can be used as another fixing means as well as the features shown in the above embodiment.

As described above, the present invention is designed to easily discharge the high-pressure gas remaining when the high-pressure container is closed, thereby improving the risk of explosion that has occurred in the related art, and having a simple configuration and low-cost mass production.

The present invention forms a sharp and pointed perforated pin on a rectangular plate and forms an equally bendable bend line. The punching pin formed on the other side to pressurize and strike the container to puncture the container, and by simply drilling the discharge hole for releasing residual gas after use of the high pressure gas container to prevent the risk of explosion by residual gas and its It is a useful design having the advantage of preventing the dangerous explosion that occurs in the conventional configuration by the simple configuration and easy drilling by bending and hitting the bending piece because of its simple configuration.

Claims (6)

A sharp and pointed punch pin 10 is formed inwardly in a rectangular shape in a “V” shape and the hinge portion bent into the punch pin 10 is hinged to the high pressure container 40 to pull the handle piece outward. In the perforated pin 10 of the high-pressure container 40 to pressurize the periphery of the high-pressure container, the rectangular piece with the bend line 20 so as to be equally bent into the bent piece 12 and the fixing piece 13 By cutting the cutting line 11 connected to the light-receiving portion 14 in the bending line 20 to form a “V” shape, the boring pin 10 is formed and the drilling pin 10 is pulled by pulling the bending piece 12. Perforated pin (10) Residual gas discharge hole punch pin of the combustible high-pressure gas container, characterized in that it is built vertically together to puncture the high-pressure container. According to claim 1, wherein the end of the fixing piece 13 to form a "C" shaped fastening clip 30 bent in one body with the body to be fastened to the upper and lower fastening frame 41 of the high-pressure container (40). Perforation pins during discharge of residual gas from the flammable high-pressure gas container. According to claim 1, wherein the fixing piece 13 is extended bending configuration to form a "L" shaped ring 31 is formed at the end and the fastening piece 33 formed with a fastening recess 32 on the bent side is made in Japan Perforated pins for the residual gas discharge hole of the combustible high-pressure gas container, characterized in that configured to be detachable to the fastening frame 41 of the high-pressure container (40). The flammable high-pressure gas container according to claim 1, wherein the fixing piece (13) constituting the drilling pin (10) is fixed to the recess (42) formed at the bottom of the high pressure container (40) by spot welding. Perforation pins during gas discharge. According to claim 1, Retaining gas discharge hole punch pin of the high-pressure container 40, characterized in that the fastening piece 13 is integrally formed with the fastening frame (41) of the high-pressure container (40). According to claim 1, Retaining gas discharge hole punch pin of the combustible high-pressure gas container characterized in that the fixing piece (13) constituting the fastening pin (10) is adhered to the outer peripheral surface of the high-pressure container (40).