KR20070055663A - Bubble washing machine used by air inlet - Google Patents

Abstract

The present invention relates to an air suction foam washing machine, by structurally removing the compressor for air supply in the system configuration, to reduce the volume and lower the production cost, induce the miniaturization and uniformity of detergent droplets, and simultaneously perform the washing and rinsing operations. In addition to the convenience of work, it can maximize the work effect.

As a technical means for achieving this, the water 22 passes through the pump 2 and the pressure regulator 51 through the water inlet pipe 41 from the bucket 1, and the detergent 21 is the detergent container 10. The detergent mixture from the through the detergent inlet pipe (42) through the detergent inlet tube (73), and the air mixture passed through the air recirculator (72) from the air inlet pipe (43) is the primary ejector 52 As the mixture flows into the water flow valve, a complex mixture of water, air, and detergent is formed to move toward the lance 30, and finally, from the air regulator 71 of the air inlet pipe 43 mounted at the front end of the lance 30. It is characterized in that the system is configured to flow secondary to the lance 30 is mixed with the incoming air.

Air suction, foam washing, lance, detergent bottle, foam spray, water inlet pipe, nozzle

Description

Bubble Washing Machine {Bubble washing machine used by air inlet}

1 is a block diagram of a conventional foam washer system.

2 is a block diagram of a foam washer system of the present invention.

Figure 3 is a structure diagram of a device commercialized foam washing machine of the present invention.

Figure 4 is a structural view of the washing gun applied to the foam washing machine of the present invention.

※ Explanation of code about main part of drawing ※

1 bucket 2 pump 3 solenoid valve

4: bypass tube 5: control panel 6: air compressor

9: detergent amount regulator 10: detergent container 21: detergent

22: water 30: lance 40: foam spray

41: water inlet pipe 42: bubble inlet pipe 43: air inlet pipe

51: pressure regulator 52: main ejector 81,82: check valve

72: air regulator 90: auxiliary detergent container 91: case cover

92: case body 93: moving wheel 94: handle

95: motor 96: air connection valve 97: influent connection valve

101: water diffuser 102: water diffuser cover 104: air inlet regulator

105: quick coupling 106: cleaning gun 107: nozzle

The present invention relates to an air suction foam washer by the ejector method. More specifically, the present invention relates to a natural suction foam washer for spraying by uniformly mixing and supplying a detergent mixture to washing water by using an ejector without using an air supply compressor.

In recent years, hygiene management is becoming more important with the maintenance of cleanliness not only in daily living space but also in factories such as food processing companies. Due to the necessity of such cleanliness, a general washer for water supply that can be easily used even in a large space is provided.

By the way, the general washer has the inconvenience and hassle to prepare a separate detergent for cleaning, such as to remove the dirt, and therefore, by mixing the detergent into the general washer more convenient water cleaning function and cleaning function at the same time An improvement to have is a foam washer.

In other words, in the case of general high-pressure washing machine, it is mostly used to simply remove foreign substances by water spray, and in order to remove the warning stains of organic and inorganic matters, detergent brushing work using detergent and washing work by washing machine This was mostly done at the same time.

On the other hand, the foam washer is a foam spray device used to remove steamed water with washing with water for food factories such as dairy processing, meat processing and fish food, kitchens of restaurants, swimming pools, buildings and public places. It is important that the detergent is uniformly well mixed and sprayed in the final effluent during foaming, and it is an important task to have a high pressure and low pressure spraying effect depending on the foaming and mixing, working purpose.

Conventional foam washing machine is equipped with a separate air supply compressor to induce detergent mixing and conveying, and as a result of deterioration of performance as a foam washing machine, increase in manufacturing price, restrictions on use, and frequent after-sales service. there was.

1 shows a system configuration of a conventional foam washing machine, in which water 22 in a bucket 1 is pumped from a bucket through a water inlet pipe 41 by an operation signal of a control panel 5. It is moved to the lance 30 through the (2) and the sole valve (3), wherein the detergent 21 of the detergent container 10 is the detergent amount regulator 9 and the check valve 82 through the detergent inlet pipe 42 After passing through the water flow pipe into the lance (30) is mixed with water to become a primary mixture.

Subsequently, air passing through the air compressor 72 and the check valve 81 from the air compressor 6 is introduced into the final detergent mixture, and the detergent mixture is foamed from the nozzle through the lance 30. As 40, it flows out. This has a disadvantage in that the mixture that is not uniformly distributed in the primary mixing becomes non-uniform even in the secondary mixing, and finally the non-uniform foam spray body 40 flows out.

In case of rinsing for simple washing, water inflow path is moved to bypass (4) by operation of sole valve (3), and detergent and air check valves (81, 82) are closed. Provide a final structure for use.

Such a conventional foam cleaner has a disadvantage in that a separate air compressor 6 is mounted to increase the volume of the system configuration. In addition, since the solenoid valve (3) must be installed for foaming and rinsing through the air compressor (6), the system configuration is complicated with the attachment of the control panel (5), which increases the cost due to A / S. It has a rise in price.

In addition, the compressor-type foam washer can be used only at low pressure due to breakage of the sole valve (3) at high pressure, there is a limit that can not be used for cleaning operations that require pressure when rinsing, detergent (21) And after the water 22 is first mixed, the air is introduced and finally mixed, so that the pressure of the air compressor 6 is increased to form a stable bubble, thereby restricting the piping hose. .

In addition, high pressure washing is used to remove the suspended solids attached to the floor, and low pressure washing is used for milk fat removal and sterilization. The conventional compressor-type foam washer was limited to low pressure washing.

In particular, the conventional compressor type foam washer can not use a high-pressure pump, it is not easy to remove the foreign matter attached firmly to the foam washing and rinse using a low pressure lance (30), and low pressure lance has a lot of water consumption Economic rinsing was caused by the large amount of water consumed, which usually increased by 5-10 times the high pressure. Unexplained reference numeral 6 shows a bypass tube.

The present invention has been developed to overcome the limitations of the size constraints of the system configuration of the existing compressor type foam washing machine, and thus increase the manufacturing cost, insufficiency of the refinement and uniformity of the detergent droplets due to heterogeneous mixing, and the use of high pressure and low pressure mixed use. By structurally eliminating compressor from the system configuration, it reduces volume and lowers production cost, induces miniaturization and uniformity of detergent droplets, and simultaneously performs cleaning and rinsing to maximize working convenience and work effects. It is an object of the present invention to provide an air inhalable foam washer.

As a technical means for achieving the above object, the air-suction foam washer of the present invention is not equipped with an air supply compressor, and detergent and air are primarily mixed with an additional operation of a nozzle by operating a motor and a pump. The water is passed from the bucket through the water inlet and through the pump and pressure regulator so that the mixture can be remixed with the air secondly to achieve uniform foaming, and the detergent is passed through the detergent inlet from the bottle. As the detergent mixture, firstly mixed with the air passing through the air and passed through the air inlet pipe from the air inlet pipe, enters the water flow valve through the main ejector, a complex mixture of water, air, and detergent is formed and moves toward the lance. Finally, the mixture flows into the lance by secondary mixing with the air flowing from the air factor of the air inlet pipe installed at the tip of the lance. System is configured.

In particular, the air inlet pipe is configured to be mounted to each of the plurality of the corresponding air letter. In addition, the lance is characterized in that the water diffuser is attached to the inside so that the foam mixture is sprayed finely and uniformly while at the same time the replacement and attachment of the high-pressure and low-pressure foam washing and rinsing operation is performed at the same time.

Hereinafter, with reference to Figures 2 to 4 of the preferred embodiment so that the configuration and operation of the air-suction bubble washing machine of the present invention can be easily understood. The same components as in Fig. 1 of the prior art drawings described above are denoted by the same reference numerals.

First, as shown in the system configuration diagram of FIG. 2, the air suction bubble washer of the present invention has a flow path of water 22 through the water inlet pipe 41 from the water bottle 1 and the newly configured pressure recur After passing through the Letta 51, it flows out through the lance (30).

In addition, the flow path of the detergent 21 passes from the detergent container 10 through the detergent inlet pipe 42 and also through the newly configured detergent factor 73, and then through the main ejector 52 to the outside through the lance 30. Spills into. In addition, the flow path of the air flows through the air inlet pipe 43 through the air inlet pipe 43, and then moves to the lance 30 and flows out.

As described above, the moving state in which water, detergent, and air are introduced and mixed through the newly formed bubble washer system of the present invention will be described.

Water 22 passes through the pump 2 and the pressure regulator 51 through the water inlet pipe 41 from the bucket 1, the detergent 21 is detergent detergent inlet pipe 42 from the detergent container 10 The detergent mixture, which passes through the detergent regulator 73, and the air mixture first mixed with the air passing through the air regulator 72 from the air inlet pipe 43, flows into the water flow valve through the main ejector 52. Finally, a complex mixture of water, air and detergent is formed to move towards the lance 30.

At this time, the lance 30 is secondly mixed with the air flowing from the air regulator 71 of the air inlet pipe 43 newly added to the front end to flow toward the lance 30. Therefore, air induction is induced over a second time, and a water diffuser 101 is newly attached to the pipe stop of the lance 30 to induce the injection of a finer and more uniform foam mixture.

As a result, the foam washer of the present invention is primarily a detergent 21 and air is mixed to form a detergent mixture, and then the detergent mixture and water 22 is mixed to form a final detergent drip, continue to the secondary The supply of air works to induce the refinement and homogenization of detergent droplets.

3 is a view illustrating a structure of a foam washer in which the system configuration of the present invention is manufactured, and the upper case cover 91 and the unit parts which can be opened and closed to facilitate removal and attachment of the internal unit parts, and after service, etc. The product is configured to include a lower case body 92, and a handle 94 protruding on one side and a moving wheel 93 attached to the bottom of the case body 92 to facilitate movement.

Therefore, inside the case body 92, the detergent container 10, the auxiliary detergent container 90, the pump 2, the motor 95, the pressure regulator 51, the main ejector 52, the water inlet pipe 41, Foam inlet pipe (42), air inlet pipe (43) and the like is configured to be connected to each other, in order to facilitate the inflow of air and water from the outside used by attaching the inlet water connection valve 97 and the air connection valve (96) Can be.

In particular, the detergent container 10 is attached to the upper case body 92 where the case cover 91 is located in consideration of frequent use due to the filling of the detergent 21, the water inlet pipe 41 and the air inlet pipe ( 43) is preferably fixed to the lower side of the case body 92 to facilitate removal and attachment.

On the other hand, Figure 4 shows a washing gun applied to the foam washing machine of the present invention, the washing gun 106, quick coupling 105, air inlet regulator 104, the water diffuser 101 is mounted therein The water diffuser cover 102, and the lance 30, the nozzle 107 is mounted in order. Such nozzles and lances can be easily replaced with low pressure and high pressure.

Therefore, the conventional foam washing operation was additionally needed to clean by a separate manual after washing the foam in the case of a low-pressure type, such as, when the low pressure lance is equipped with a high pressure lance in the washing gun through the present invention to facilitate in the field Separate rinsing can be done conveniently.

As described above, the air-suction foam washer of the present invention is not equipped with an additional air supply compressor is installed, the size of the system configuration is small, the installation manufacturing cost is small, there is no place constraint food It can be conveniently used at low prices in small businesses such as factories, offices and restaurants.

In addition, unlike conventional foam cleaners of the compressor type, since foam formation is uniform and the nozzle and the nozzle can be changed easily, the foam and the rinse can be used easily. In addition, it is possible to maximize the working convenience as well as the working effect by simultaneously performing the washing and rinsing work when it is easily steamed using one foam washer product. Furthermore, when the low pressure lance is mounted as a high pressure lance in the washing gun, many effects such as being able to easily perform a separate rinse operation in the field can be provided.

Claims (3)

In the bubble washing machine, the compressor for air supply is not equipped and the nozzle and the nozzle is operated by the motor and pump. So that this can be done, Water 22 passes through the pump 2 and the pressure regulator 51 through the water inlet pipe 41 from the water container 1, and the detergent 21 is a detergent inlet pipe 42 from the detergent container 10. The detergent mixture 73 passes through, and the detergent mixture primarily mixed with the air passing through the air filter 72 from the air inlet pipe 43 flows into the water flow valve through the main ejector 52. A complex mixture of water, air, and detergent is formed and moves toward the lance 30, and finally mixed with the air flowing from the air rectifier 71 of the air inlet pipe 43 mounted at the tip of the lance 30. And a system configured to flow toward the lance (30). The method of claim 1, The air inlet pipe 43 is characterized in that the air suction foam washing machine is configured to be mounted on a plurality of the corresponding air letter (71, 72), respectively. The method of claim 1, The lance 30 is air, characterized in that the water diffuser 101 is attached to the inside so that the foam mixture is finely and uniformly sprayed while at the same time performing the replacement and replacement of the high pressure and low pressure, if necessary Inhalation foam washer.

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