JP6242498B2 - Spray type semi-automatic quarantine sterilizer including compression chemical supply means - Google Patents

Description

  The present invention is capable of semi-automatically supplying a chemical solution required for smoke prevention for the prevention of epidemics by compression, greatly improving spray efficiency and operability and performance of the smoke curtain. The present invention relates to a spray type epidemic sterilizer including a new compressive chemical supply means that can contribute.

  A normal spray-type quarantine disinfection device has been filed by the applicant and registered as Korean Patent No. 0732376, but as described in the registration gazette, it is caused by ignition by butane gas or a gas regulator at the rear end. The liquid tube coil wound around the burner net is heated, and at that time, by operating the lever 50 at the upper end, the chemical solution stored in the lower chemical liquid tank is transferred to the direction switching valve or the heated liquid tube coil. When the liquid is discharged through the nozzle, a smoke screen is generated at the tip nozzle while the chemical liquid is vaporized, and a desired smoke screen can be formed.

The normal spray-type disinfectant disinfectant is a phenomenon in which solidified oily impurities settle around the nozzle due to friction with the air having a large temperature difference when sprayed / smoke through the liquid tube coil or nozzle. In addition, in order to prevent the phenomenon that the nozzle clogs due to the increase of the precipitated oily impurities, the chemical solution remaining in the heated liquid tube coil is oxidized, and the oxide accumulates, the precipitation, clogging and accumulation In order to remove or to clean the inside of the nozzle and liquid tube coil,
One side has a connection port that connects to the above chemical coil, the other side has a chemical solution discharge port that connects to the bottom chemical solution box, and the other side has a cleaning liquid introduction port through which cleaning liquid is introduced from the rear end Is connected to the direction switching valve provided from three directions, the cleaning liquid inlet side of the direction switching valve, the connection pipe having a predetermined length and diameter, and the other end of the connection pipe is closed, the front side The cleaning liquid inlet that is provided at one end of the cleaning liquid tank and the cleaning liquid inflow from the cleaning liquid tank, and the connecting pipe on one side of the front side of the cleaning liquid inlet is formed at an obtuse angle, and the cleaning liquid inlet And a cleaning liquid discharge cylinder that allows the cleaning liquid to be sucked and discharged from the cleaning liquid tank through the cleaning liquid inflow port, and the direction switching valve, the connecting pipe, the cleaning liquid inlet, the cleaning liquid Chemical leakage between the discharge cylinders, Food, requires no a connecting portion which causes chipping and, to a very rigid bond structure, the whole is provided with the cleaning liquid discharge connection device emitted-molded integrally.

  However, as described above, the conventional spray type disinfectant disinfector having such a structure repeatedly pulls / releases the handle lever during the smoke screen when supplying the chemical liquid required when performing the smoke screen or spraying. In addition, since the chemical solution is supplied very passively, it is very inconvenient and inconvenient.

  In addition, when spraying the supplied chemical solution toward the target area, the chemical solution is supplied via the liquid tube coil heated by the gas's thermal power, and fogging is performed based on the vaporization and explosion caused by the high heat. Since this occurs, it is inevitable that the substantial agricultural chemical raw material contained in the chemical solution is partially damaged (oxidation of the raw material), which is the main factor that reduces the effectiveness of the chemical solution and prevention of epidemics, Furthermore, in the liquid tube coil, which is the supply path for the chemical solution, the residue resulting from oxidation of the stock solution sticks and accumulates, the coil tube is often clogged, and considerable effort is required to clean the clog. There was a problem that took.

  In addition, as described above, the conventional smoke screen action causes the vaporization and smoke screen by heating the chemical solution (water is 90% or more) containing the agricultural chemical raw material. There was a problem in that there was a limit in distance, range of prevention and efficiency.

  The present invention was devised in order to solve the above-mentioned conventional problems, and when supplying a chemical solution for smoke screen injection in a quarantine apparatus, automatic continuous supply by air compression becomes possible, In addition to proposing a preferable chemical supply system that can fundamentally suppress the causes of chemical modification and prevention of epidemics due to fever, the smoke liquid can be activated from the vaporization phenomenon caused by the chemical heat generation, resulting in partial damage of the chemical (chemical Unlike conventional cases where problems such as oxidation of the undiluted solution contained in the liquid are unavoidable, the chemical solution has a prevention of epidemiology by avoiding the chemical solution and the route of the chemical solution from being exposed to high-temperature locations as much as possible. It is intended to provide a new smoke screen that can be distributed while maintaining its efficacy.

  In order to solve the above-mentioned problem, the present invention stores a chemical liquid box 610 in which a smoke screen disinfectant is stored, and a smoke generation liquid in one side and the other side separated in half at the lower part of the main body case 400. Each of the chemical liquid box 610 and the smoke liquid box 620 is subjected to predetermined compression when the piston lever 631 is actuated several times, and the liquid inside is stored in the upper discharge ports 632 and 632 ′. Liquid semi-automatic discharge compressors 630 and 630 ′ which are ejected in the direction and ejected semi-automatically and continuously are provided.

  The spray type semi-automatic quarantine disinfectant including the compression type chemical solution supply means of the present invention as described above, the chemical solution and the fumed liquid are separately discharged, and the chemical solution is a route through which damage due to heat is avoided to the maximum. In addition to greatly improving the efficiency of smoke screen spraying and disinfection by being guided and discharged by, it is possible to discharge chemicals and fumes generated liquid by semi-automatic compression, which is convenient for operators and efficient valve operation It is beneficial to greatly improve.

It is a front structural view of the smoke screen sprayer shown in the present invention. It is a back surface structure diagram of a smoke screen sprayer shown in the present invention. It is a left side structural view of a smoke screen sprayer shown in the present invention. It is an enlarged view regarding the three-way valve shown in this invention. It is the side view of the chemical | medical solution box shown in this invention, the haze production | generation liquid box, and the illustration figure which showed the coupling | bonding with the washing | cleaning liquid box couple | bonded with it.

  The spray-type epidemic sterilizer including the compression-type chemical liquid supply means according to the present invention will be described in more detail with reference to the accompanying drawings.

FIG. 1 is an exemplary side view of the overall configuration showing a preferred embodiment of the present invention. A front side of a main body case 400 is provided with an ignition box 820 that generates heat by gas ignition. In addition, a liquid discharge guide pipe unit 500 having a three-way valve 510 is provided, and fuel for heating the smoke-generating liquid transfer coil pipe 823 provided in the inside of the ignition box 820 is stored at the lower rear end. A gas cylinder 810 is provided, and in front of the gas cylinder 810, a cleaning liquid submerged box 700 used for cleaning the inside of the coil tube 823 for transporting the fog generating liquid is provided.

Further, in the liquid discharge guide tube unit 500, the smoke generation liquid inlet 511 and the smoke generation liquid outlet 512 form an angle of 90 ° and are directed in different directions, and behind the cleaning liquid inlet 513. Has a three-way valve 510 further provided,
A cleaning liquid guide pipe 520 having a predetermined diameter and length is provided behind the cleaning liquid inlet 513 at the rear of the three-way valve 510.
A cleaning liquid discharge cylinder 530 having a chemical liquid manual discharge piston 531 and a handle 532 is formed at the upper end at the rear of the cleaning liquid guide tube 520.
At the other end behind the cleaning liquid guide pipe 520, a cleaning liquid draw-out pipe engagement port 530 is formed.

Further, in front of the lower part of the main body case 400, on one side separated from each other and on the other side, there are a chemical liquid box 610 for storing the smoke disinfecting liquid and a fume liquid box 620 for storing the smoke generation liquid. Each provided,
The drug solution box 610 and the smoke solution box 620 are bonded to each other like an integrated type, and then coupled to the main body,
When the piston lever 631 is actuated several times in each of the chemical liquid box 610 and the smoke liquid box 620, compression occurs, and the internal liquid is expelled toward the upper discharge ports 632 and 632 'and continuously and semi-automatically ejected. Liquid semi-automatic discharge compressors 630 and 630 ′ are provided.

Also, after being in close contact with each other as in an integrated type, it is used when cleaning the inside of the coil tube 823 for transporting the smoke generating liquid behind the chemical liquid box 610 and the fumes liquid box 620 coupled to the main body case. A cleaning liquid submerged box 700 may be further provided. This may be configured separately, but more preferably, as shown in the drawing, a recess capable of integrally connecting the cleaning liquid submersible box 700 to a part of the rear of the chemical liquid box 610 and the fume liquid box 620. An installation space 710 may be formed, and the cleaning liquid submerged box 700 may be fitted therein.

Further, a gas cylinder 810 for storing fuel for heating the coil is provided at the rear end of the lower part of the main body case 400,
In front of the main body case 400, there is provided a ignition box 820 in which a gas injection nozzle 821, an ignition filter 822, and a coil tube 823 for transporting the smoke generation liquid are provided,
In front of the ignition box 820, a smoke discharge nozzle 830 and a chemical solution discharge nozzle connected to the coil tube 823 for transporting the smoke generation liquid so as to cause a smoke screen action due to the spray phenomenon and a spray of a wide range of chemical liquid due thereto. Smoke blowout boxes 850 each provided with 841 are provided.

Further, a valve rotation gear 501 having a predetermined diameter and pitch is formed outside the three-way valve 510 provided in front of the liquid discharge guide pipe unit 500, and any one of the outer circumferences of the valve rotation gear 501 is formed. By forming an operation gear 502 having a short circumference at about 1/4 of the circumference of the valve rotation gear 501 at the end,
When the operation gear 502 is rotated once, the valve rotation gear 501 meshing with the operation gear 502 rotates finely so as to correspond to the 1/4 number,
Since the valve operating lever 503 is formed outside the operation gear 502, the operation gear 502 can be easily operated.

On the other hand, out of the chemical solution box 610 and the smoke solution box 620 that are joined together on the lower side of the main body case 400,
At the upper discharge port 632 of the liquid semi-automatic discharge compressor 630 provided in the chemical liquid box 610, a smoke liquid supply pipe 910 connected to the smoke generation liquid inlet 511 of the three-way valve 510 is formed,
The upper discharge port 632 ′ of the liquid semi-automatic discharge compressor 630 ′ provided in the fumes liquid box 620 is disposed outside the ignition box 820 where a large amount of heat is generated by gas ignition, and the foremost smoke screen jet A chemical solution supply pipe 840 connected to the chemical solution discharge nozzle 841 of the box 850 is provided.

A cleaning liquid supply pipe 750 is provided between the cleaning liquid submerged box 700 and the cleaning liquid inlet 513 at the rear of the liquid discharge guide pipe unit 500.
A gas supply pipe 811 necessary for ignition is connected between the gas cylinder 810 and the gas injection nozzle 821 in the ignition box,
A smoke generation liquid output pipe 824 is connected between the smoke generation liquid outlet 512 of the three-way valve 510 and the smoke generation liquid transfer coil pipe 823 wound in the ignition box.

The spray type semi-automatic quarantine disinfectant including the compression type chemical solution supply means of the present invention configured as described above,
Unlike conventional technology, where chemicals are heated and vaporized through a single path to achieve a smoke screen, damage to chemicals and reduced disinfection efficiency are inevitable.
For chemicals containing disinfecting raw materials, they are guided to the outside of the ignition box, which is a separate path where direct contact with heat is avoided to the maximum extent, and then discharged.
Smoke generation liquids (light oil, water, other oil liquids, etc.) that are the raw materials that realize the smoke screen and the fog phenomenon are coiled while passing through the inside of the ignition box 820, which is a central path that can generate sufficient heat. By improving the heat generation efficiency by winding and guiding and discharging,
During smoke screen disinfection, high-efficiency smoke screens and fumes are expected while damaging the raw materials of chemicals to the greatest extent possible.

In addition, when using the liquid semi-automatic discharge compressors 630 and 630 ′ to discharge the chemical liquid and the fumes generated liquid, when the compressor lever is operated and compressed at a predetermined pressure,
Since it is possible to run a smoke screen semi-automatically during a considerable time, there is an advantage that convenience is improved for the operator.

Further, by further forming a smoke screen ejection box 850 in front of the ignition box 820 and accommodating both the smoke discharge nozzle 830 and the chemical solution discharge nozzle 841 in the inside thereof, the smoke generated by the smoke generation liquid and the smoke screen phenomenon are caused. An undamaged chemical solution is injected, and the injection particles of the chemical solution are guided and mixed well by the action of smoke and smoke.

In addition, when supplying the smoke generation liquid and the cleaning liquid to the smoke generation liquid output pipe 824, when the operation is performed on the three-way valve 510 which is the intersection, the gear rotates on one side of the valve rotation gear 501 having a large diameter. The operation is performed by forming a small operation gear 502 (preferably having a short circumference of about 1/4) and forming a valve operation lever 503 outside the operation gear 502.
When supplying the haze generating liquid or the cleaning liquid toward the haze generating liquid output pipe 824, the supply amount can be adjusted very finely.

400: Body case
610: Chemical solution box
620: Smoke liquid box
630,630 ': Liquid semi-automatic discharge compressor
631: Piston lever
632,632 ': Upper discharge port

Claims (4)

In front of the body case 400, firing box 820 heat is generated is provided by the gas fire, inside, the liquid discharge guide tube unit 500 is provided with a three-way valve 510, the lower portion of the rear end, said firing A gas cylinder 810 for storing fuel for heating the smoke generation liquid transfer coil tube 823 provided inside the box 820 is provided, and in front of the gas cylinder 810, the smoke generation liquid transfer coil pipe 823 is provided. A cleaning liquid submerged box 700 used for cleaning the inside is provided,
On the lower side of the main body case 400, one side separated by half and the other side are respectively provided with a chemical liquid box 610 for storing the smoke disinfectant and a fume liquid box 620 for storing the fume generating liquid,
When the piston lever 631 is actuated several times in each of the chemical liquid box 610 and the fumes liquid box 620, predetermined compression is performed, and the liquid inside is continuously ejected toward the upper discharge ports 632, 632 ′, and continuously and semi-automatically. A spray type semi-automatic epidemic sterilizer including a compressive chemical solution supply means, characterized in that it is provided with semi-automatic liquid ejecting compressors 630 and 630 'which are ejected automatically. At the tip of the ignition box 820, a smoke screen ejection box 850 provided with a smoke discharge nozzle 830 and a chemical solution discharge nozzle 841 is provided so that a smoke screen action caused by the fog phenomenon and spraying of a wide range of chemical solution thereby occur. The spray-type semi-automatic epidemic sterilizer including the compression-type chemical solution supply means according to claim 1, further comprising: A valve rotation gear 501 having a predetermined diameter and pitch is formed on the outside of the three-way valve 510 provided in the liquid discharge guide pipe unit 500,
An operation gear 502 having a circumference shorter than the circumference of the valve rotation gear 501 is formed on the outer periphery of the valve rotation gear 501.
The spray type semi-automatic epidemic sterilizer including a compression-type chemical supply unit according to claim 1, wherein a valve operating lever 503 is formed outside the operation gear 502. Between the upper discharge ports 632 and 632 ′ of the liquid semi-automatic discharge compressor 630 provided in the chemical liquid box 610 and the chemical liquid discharge nozzle 841 inside the smoke screen discharge box 850 , the ignition is caused by gas ignition. The spray type including the compressive chemical supply means according to claim 1, wherein a chemical supply pipe 840 guided to the outside of the box 820 is connected so as to avoid contact with the box 820 as much as possible. Semi-automatic quarantine disinfector

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