KR20030091128A - highpressure sterilizer for vehicle - Google Patents

Abstract

PURPOSE: A high pressure steam sterilizer for vehicles, which has a reel hose, is provided to enable the user to easily sterilize the interior space of a car so as to essentially eliminate various germs and bacteria. CONSTITUTION: The high pressure steam sterilizer for vehicles, having a sterilizing medicine filled tank and a high pressure steam boiler for ejecting high pressure steam, comprises a discharge pipe fixed at one end thereof to the boiler, a discharge pipe nipple connected to the other end of the discharge pipe, a rotating nipple coupled at one end thereof to the discharge pipe nipple and closed at the other end to form an annular groove therein, the rotating nipple being formed with a joint through hole having an O-ring groove, a joint pipe coupled inside the O-ring groove and connected at one end thereof to a high pressure hose(18), a wheel body(20) having plural supports(26), a wheel(24) and a wheel support(22), a high pressure hose(28) wound around the wheel body, and a hose returning device(10) fixed to the wheel support.

Description

High pressure sterilizer for vehicle with reel high pressure hose

The present invention relates to a high-pressure steam sterilizer for a vehicle equipped with a reel high-pressure hose, more specifically, the user can easily disinfect the inside of the vehicle at any time, and is easy to use, which can fundamentally eliminate mold or pathogens in the vehicle. A high pressure steam sterilizer for a vehicle equipped with a reel high pressure hose.

In general, disinfection kills pathogens for the purpose of preventing the spread of infectious diseases, and does not matter much about the killing of non-pathogens. About Disinfection Sterilization is the destruction of microorganisms, both pathogenic and non-pathogenic, and after sterilization, they become completely sterile.

It is often used to mean the same thing. The Enforcement Regulations of Infectious Disease Prevention Act specifically state the types and methods of disinfection. Methods of disinfection include incineration, daylight disinfection, steam disinfection, boiling sterilization and drug disinfection.

Incineration applies to clothing, bedding, inexpensive, and unused objects for infectious diseases.

Sunlight sterilization of clothing, bedding, utensils, cushions, books, documents, and other items in the sun.

Steam sterilization uses circulating steam and preferably removes the air in the sterilizer and contacts it with moist heat at least 100 ℃ for over 1 hour. For this reason, avoid fading or other things that are easy to be dyed, and clothing should be carefully examined beforehand if there is something that is easy to explode or ignite.

Mercy sterilization is to immerse all objects in water and boil for more than 30 minutes.

Drug disinfection is a method of disinfectant, which is disinfected according to the use of the disinfectant.

These disinfection methods are intended for residential fixtures. Vehicles such as cars, buses and trains, which are used by many people, are usually cleaned with a cloth moistened with a cleaning agent.

However, if you wipe the inside of a car used by everyone with a cleaning agent, it can be erased when it is dirty, but various pathogens and fungi that remain in the corners of the car will remain. This was a problem that greatly hurt the public health.

The present invention is to solve the conventional problems as described above, the user can easily disinfect the interior of the vehicle from time to time easy to use high pressure hose equipped with an easy-to-use reel to remove the fungi and pathogens in the vehicle fundamentally The purpose is to provide a high pressure steam sterilizer for vehicles.

In order to achieve the above object, the present invention provides a high pressure steam sterilizer having a filling tank filled with a compounding agent and ejecting high pressure steam by a high pressure steam boiler;

An exhaust pipe having one end fixed to the high pressure steam boiler as a pipe body;

A discharge pipe nipple connected to the other end of the discharge pipe;

A rotating nipple having one end coupled to the discharge pipe nipple and the other end closed to form an annular groove inside and a joint through hole having an O-ring groove;

A joint pipe coupled to the inner side of the o-ring groove of the rotating nipple to form a through hole, one end of which is coupled to the high pressure hose, and the other side of which is sealed;

A wheel body having wheels formed at both sides and having a plurality of supports for fixing the wheels at both sides, the wheel bodies being proximate to the wheels and fixed to the high pressure steam boiler, and pivotally fixed to the wheel supports;

A high pressure hose wound around the wheel body;

It is fixed to one wheel support has a feature that has a hose return means for rotating the high-pressure hose to its original state.

The hose return means includes a square spring wheel shaft at the center of the wheel body;

An intermittent gear axially coupled to the spring wheel shaft with a plurality of locking jaws as a plate body;

An upper spring wheel axially coupled to the spring wheel shaft in a cylindrical plate shape;

An intermittent key axially coupled to one side of the upper side spring wheel by an hinge pin, the other end of the reaction spring being fixed to the wheel support by a fixing bolt fixed to one side thereof, and having one end fixed to the locking jaw of the intermittent gear;

A lower spring spring wheel which is positioned at the lower end of the upper spring spring wheel in a cylindrical shape and pivoted;

One end is fixed to the circumferential edge of the upper side spring wheel, and the other end is wound to the circumferential edge of the lower side spring spring.

1 is a front view showing a state of the high pressure steam sterilizer of the embodiment of the present invention,

Figure 2 is a perspective view showing a state of the reel high pressure hose of the embodiment of the present invention,

3 is a front view of FIG. 2;

Figure 4 is a front view of the main part extract showing the state of the spring wheel of the embodiment of the present invention,

Figure 5 is an excerpt sectional view showing the combined appearance of the rotating nipple for the present invention.

* Description of the symbols for the main parts of the drawings *

10: hose return means 11: intermittent gear

12: engaging jaw 13: upper spring wheel

14: intermittent key 15: recoil spring

16: fixing bolt 17: hinge pin

18: lower spring wheel 19: spring

20: wheel body 21: wheel bracket

22: wheel support 23: spring wheel shaft

24: wheel 26: support

28: high pressure hose 30: joint pipe

32: through hole 34: O-ring

35: O-ring groove 40: rotating nipple

41: nipple connection hole 42: joint through hole

44: O-ring groove 46: annular groove

50; Outlet pipe nipple 60: Outlet pipe

100: high pressure steam boiler 102: burner

110: filling tank 120: charging motor

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a front view showing a state of the high-pressure steam sterilizer of the embodiment of the present invention, Figure 2 is a perspective view showing a state of the reel high pressure hose of the embodiment of the present invention, Figure 3 is a front view of Figure 2, Figure 4 of the embodiment of the present invention Fig. 5 is a front view showing the front part of the main part extract spring showing the appearance of the spring wheel, Figure 5 is a cross-sectional view of the main part excavation showing the combined appearance of the rotating nipple for the present invention.

The high pressure steam sterilizer for vehicles equipped with the reel high pressure hose of the present invention can be used as a manual high pressure car wash or a manual high pressure car wash, and includes a charging tank 110, a charging motor 120, a high pressure steam boiler 100, Burner 102, discharge pipe 60, rotary nipple 40, joint pipe 30, wheel support 22, wheel body 2, spring spring 19, intermittent gear ( 11) and the upper and lower spring wheels 13 and 18 largely.

Filling tank 110 is a place where the liquid disinfectant and water is filled in a suitable amount of proportion to the cylinder, forcing the compounding agent (mixed state of the drug and water) from the filling tank 110 to the high-pressure steam boiler (100) By connecting the forced hydraulic charging motor 120 to be charged is forced to charge the formulation drug into the high-pressure steam boiler (100).

The forced hydraulic filling motor 120 is configured to fill the formulation of the filling tank 110 with the high-pressure steam boiler 100 and at the same time prevent the high-pressure steam pressure of the high-steam steam boiler 100 to flow back.

The high-pressure steam boiler 100 has a large cylindrical shape, the same structure as a general boiler, but the means for supplying the compounding agent is forcibly filled by the filling motor 110, while the discharge means is filled with the compounding agent 170 ~ 170 While boiling at a high temperature of 210 ° C. or higher, a distinctive aroma and medicinal effects (sterilization) are generated and converted into high pressure steam and discharged into the high pressure hose 28 through the wheel body 20.

Burner 102 is located in the center of the high-pressure steam boiler 100 to heat the high-pressure steam boiler 100 to be able to use petroleum, diesel, which can generate high heat like a normal boiler.

Discharge pipe 60 is a pipe that is located between the high pressure steam boiler 100 and the high pressure steam generating rotary nipple 40 to be described later coupled to the wheel support 22 connected.

As shown in FIG. 5, the rotating nipple 40 has a hole penetrating in the horizontal direction and a nipple connecting hole 41 in the vertical one direction. The horizontal through-hole 32 is fitted with a joint pipe 30 to be described later with a step in one direction is coupled to the O-ring 34, the discharge nipple 50 is coupled to the vertical nipple connecting hole 41.

The rotating nipple 40 is stopped in a fixed state with the discharge pipe 60, the rotating nipple 40 connected to the high pressure hose 28 is connected to the rotating nipple 40 by the joint pipe 30 Rotate freely at

The high pressure steam introduced into the discharge pipe nipple 50 is discharged into the high pressure hose 28 through the annular groove 46 of the joint pipe 30 and introduced into the joint through hole 42 corresponding thereto.

The joint pipe 30 has a screw thread formed at one end thereof and is coupled to the wheel bracket 21, and the stepped portion is formed at both sides of the outer diameter of the central portion of the body so that the joint pipe 30 is closely coupled to the wheel bracket 21, while the other side is the joint pipe 30. To be tightly coupled. An annular groove 46 is formed between the O-ring groove 35 and the stepped jaw, and a joint through hole 42 is formed to couple the rotating nipple 40.

In particular, the joint pipe 30 is fixed to the wheel bracket 21 and rotates together when rotating on the wheel bracket 21, while the rotary nipple 40 is in a state in which the joint pipe 30 is stopped. As it rotates, it discharges high pressure steam.

The wheel support 22 is a plate, and serves as a fixed plate for supporting the wheel body 20.

The wheel 24 of the wheel body 20 is that two discs are coupled by a plurality of supports 26, the structure of Figure 5 is coupled to one side, and the other side as shown in Figure 3 Winding spring 19 is fitted into the S-shape is coupled to the reel function.

An intermittent gear 11 and an intermittent key 14 are coupled to the spring wheel shaft 23 on the upper side to release and lock the high pressure hose 28.

The mainspring spring 19 is wound on the mainspring spring 18 on the lower side so that the mainspring spring 19 is rotated in only one direction, and when the mainspring spring is rotated in only one direction, the springspring 19, which is released from the lower side, is the upper springspring. The wheel 13 is wound.

The loosening action of the spring spring 19 is released when the high pressure hose 28 is pulled from the outside, and the high pressure hose 28 that is released is caught by the control key 11 when the stopping action is stopped. Stopping the spring wheel shaft 23 is rotated while being caught by the jaw (12).

The intermittent gear 11 is constructed in the main spring wheel 13 so as to be in close contact with the upper side spring wheel 13, and the intermittent key 14 is installed to be close to one side of the intermittent gear 11 and hinged to rotate. It is mounted to the wheel support 22 by a pin 17, and the resilient key 14 is provided with a recoil spring 15 so that the force of the intermittent key 14 stops the main spring wheel 13 only in one direction. The reaction spring 15 is coalesced on one side of the wheel support 22 by the fixing bolt 16.

The mainspring springs (13) and (18), the upper springspring wheel (13) and the lower springspring wheel (18) are vertically interposed by the spring wheel shaft (23) on the wheel support 22, among which Both ends of the mainspring spring 19 are fixed to the mainspring spring 18 and the upper mainspring spring 13, respectively.

The spring spring 19 is only a very small part, i.e., only a very small part is wound around the upper spring wheel 13 so that the spring can be kept in tension, and the rest (about 98% of the total length) is the lower spring spring wheel. It is wound at 18.

Referring to the use state of the present invention as follows.

Since the state wound on the lower spring spring (18) in the form of a roll is the original state of the spring spring (19), when the user pulls out the high pressure hose (28), the upper spring wheel shaft (3) built up on the upper spring spring (13) 23, the intermittent gear 11 and the upper spring spring wheel 13 are rotated at the same time, and the spring spring 19 wound around the lower spring spring wheel 18 is moved to the upper spring spring wheel 13 to be wound. It becomes a state.

At this time, the intermittent key 14 is caught by the locking jaw 12 at the moment when the high pressure hose 28 is pulled while passing through the locking jaw 12 while slidingly contacting the outer surface of the rotating control gear 11. The high pressure hose 28 is interrupted so as not to be reversed in the reverse direction.

In this state, when the user pulls the high-pressure hose 28 again and releases it, the spring spring 19 wound around the upper spring spring wheel 13 as much as it is released at the time of recoil is the lower spring spring wheel 18 in the winding direction by a circular restoration action. While rewinding with), the high pressure hose 19 used to loosen and rewind the wheel body 20 is used again.

As described above, the present invention can easily disinfect the inside of the vehicle from time to time by the user, so that the fungus and pathogens in the vehicle can be essentially eliminated.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (2)

In the high pressure steam sterilizer having a filling tank (110) filled with the compounding agent to eject the high pressure steam by the high pressure steam boiler (100); A discharge pipe 60 having one end fixed to the high pressure steam boiler 100 as a tubular body; A discharge pipe nipple 50 connected to the other end of the discharge pipe 60; A rotary nipple 40 having one end coupled to the discharge pipe nipple 50 and the other end closed to form an annular groove 46 therein and a joint through-hole 42 having an O-ring groove 44; It is coupled to the inside of the O-ring groove 44 of the rotating nipple 40, the through-hole 32 is formed on the inside, one end is coupled to the high-pressure hose (18) side and the other side is sealed joint pipe 30; Wheels 24 are formed on both sides and have a plurality of supports 26 for fixing the wheels 24 on both sides, and have wheel supports 22 fixed to the high pressure steam boiler 100 in close proximity to the wheels 24. A wheel body 20 pivotally fixed to the wheel support 22; High pressure hose 28 wound on the wheel body 20 and A high pressure steam sterilizer for a vehicle equipped with a reel high pressure hose, which is fixed to one wheel support 22 and has a hose return means 10 for rotating the high pressure hose 28 to its original state. The method of claim 1; The hose return means 10 includes a square spring wheel shaft 29 at the center of the wheel body; An intermittent gear 11 axially coupled to the spring wheel shaft 29 with a plurality of locking jaws 12 as a plate body; An upper spring wheel 13 axially coupled to the spring wheel shaft 29 in a cylindrical plate shape; The other end of the reaction spring 15 fixed to one side of the upper spring wheel (13) is axially coupled by a hinge pin (17) and fixed to the wheel support (22) by a fixing bolt (16). An intermittent key 14 which is locked to the locking step 12 of the 11; A lower spring wheel (18) pivotally positioned at the lower end of the upper spring wheel (13) in a cylindrical plate shape; One end is fixed to the circumferential edge of the upper spring wheel (13) and the other end is wound on the circumferential edge of the lower spring spring (18) characterized by having a spring spring (19) restored to its original position by the lower spring spring wheel (18) High pressure steam sterilizer for vehicles equipped with a reel high pressure hose.