KR102165098B1 - The disinfection method for using the vehicle - Google Patents

Abstract

The present invention relates to a disinfection method using a disinfection vehicle. The disinfection method comprises the steps of: selecting a disinfection area requiring disinfection; positioning a disinfection vehicle in the selected disinfection area; disinfecting the disinfection area by operating a disinfection vehicle; and disinfecting or cleaning the disinfection vehicle with a fluid processing device. The disinfection method comprises: a vehicle body part (2a′); a storage tank (2b′) provided at the vehicle body part (2a′); and a spray means (2c′) for spraying a disinfection liquid from the storage tank (2b′). Accordingly, disinfection is effectively performed on a target area to be disinfected. Thus, a hygienic environment is composed, and the occurrence of various diseases is inhibited. Through effective washing or sterilizing of the vehicle body of a disinfection vehicle, more stable hygienic management is possible before and after a disinfection procedure.

Description

The disinfection method for using the vehicle

The present invention relates to a disinfection method using a disinfection vehicle, and more particularly, to create a sanitary environment and suppress the occurrence of various diseases by efficiently disinfecting a target area to be disinfected. It relates to a disinfection method using a disinfectant vehicle that enables more stable hygiene management before and after the disinfection process through effective cleaning or sterilization.

Methods of disinfection include disinfection equipment that workers carry around and perform disinfection in various spaces that require disinfection, and disinfection in a wide range of areas where the vehicle is installed and moved. It is important to thoroughly disinfect many areas in detail by performing such disinfection. However, as much as that, the self-disinfection and hygiene management of the disinfection means that performs disinfection is very important. If this is not done properly, there is a problem in that the process of disinfection may be turned into a sanitarily damaging part. However, technologies capable of solving this problem still have insufficient problems.

Korean Patent Registration No. 10-2090377

The present invention creates a sanitary environment by efficiently disinfecting the target area to be disinfected, suppresses the occurrence of various diseases, and provides more stable hygiene before and after the disinfection process through effective cleaning or sterilization of the disinfecting vehicle itself. Its purpose is to provide a disinfection method using a disinfecting vehicle that can be managed.

The present invention provides a disinfection method using a disinfection vehicle, comprising: selecting a disinfection area requiring disinfection; Positioning a disinfection vehicle in the selected disinfection area; Disinfecting the disinfection area by operating a disinfection vehicle; And disinfecting or washing the disinfecting vehicle with a fluid processing device, wherein the disinfecting vehicle includes a vehicle body portion 2a', a storage tank 2b' provided in the vehicle body portion 2a', and the It provides a disinfection method using a disinfection vehicle including a spraying means 2c' for injecting a disinfectant solution from the storage tank 2b'.

According to the present invention, as a disinfection method using a disinfecting vehicle, effective cleaning can be performed for hygiene management of the disinfecting vehicle, and customized cleaning of a disinfecting vehicle provided alone or in multiple units is possible through an increase in size or size It works. In addition, there is an effect of minimizing harm to the surrounding environment (eg, noise, shock, vibration, etc.) by stably performing more rapid and efficient cleaning in the cleaning process.

1A is a view showing a disinfecting vehicle according to an embodiment of the present invention.
1B is a view showing the disinfecting vehicle according to FIG. 1A.
2 is a flowchart sequentially showing a cleaning method using a disinfecting vehicle according to an embodiment of the present invention.
3 to 10 are views showing configurations according to an embodiment of the fluid processing apparatus according to FIG. 1.
11 to 14 are views showing configurations according to another embodiment of the fluid processing apparatus according to FIG. 1.
15 is a view showing configurations according to still another embodiment of a fluid treatment apparatus according to the present invention. 16 is a view showing a state in which some components are added to the fluid treatment apparatus in FIG. 15.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1A is a view showing a disinfecting vehicle according to an embodiment of the present invention. 1B is a view showing the configurations of the disinfecting vehicle according to FIG. 1A. 2 is a flowchart sequentially showing a cleaning method using a disinfecting vehicle according to an embodiment of the present invention. 1A to 3, a disinfection method using a disinfection vehicle, comprising: selecting a disinfection area requiring disinfection; Positioning a disinfection vehicle in the selected disinfection area; Disinfecting the disinfection area by operating a disinfection vehicle; And disinfecting or washing the disinfecting vehicle with a fluid processing device, wherein the disinfecting vehicle includes a vehicle body portion 2a', a storage tank 2b' provided in the vehicle body portion 2a', and the It includes a spraying means (2c') for spraying the disinfectant solution from the storage tank (2b'). Hereinafter, it should be understood as various fluids for cleaning and disinfection, such as a disinfectant solution as well as various cleaning solutions for cleaning.

3 to 10 are views showing configurations according to an embodiment of the fluid processing apparatus according to FIG. 1. 11 to 14 are views showing configurations according to another embodiment of the fluid processing apparatus according to FIG. 1. 3 and 4, in constituting the fluid processing apparatus (A) of the present invention, the fluid processing apparatus main body 2 facing each other at predetermined intervals as front and rear, and having a driving device installed therein, but one side fluid processing A plurality of operation switches (2a) are installed on the upper part of the device main body (2) to control the operation of the driving device, and the left nozzle dispensing stage (4) and the right nozzle dispensing unit (4) rotate by axial coupling between the front and rear fluid treatment unit main bodies (2). It is configured to be able to manually control the rotation of the base (6).

The separation distance between the front and rear fluid treatment device main bodies 2 is formed to be slightly wider than the width of the object so that the object can sufficiently enter and be positioned between the front and rear fluid treatment device main bodies 2. And on the upper side between the front and rear fluid treatment unit main body 2, the left and right nozzle dispensing table 4 and the right nozzle dispensing table 6, which are axially rotated by the driving device, are installed vertically facing each other. 4) (6) is composed of a "c" shape so as to be symmetrical to each other, and as shown in Fig. 4, the left nozzle dispensing table 4 and the right nozzle dispensing table 6 have the front and rear fluid treatment device main body 2 as the axis. Divided into both sides and configured to rotate. Therefore, in the present invention, the left and right nozzle dispensing tables 4 and 6 are axially rotated to both sides around the front and rear fluid treatment device main body 2, so that the object is cleaned while the object is located between the front and rear fluid treatment device main body 2 Because of this, it is possible to minimize the use of the cleaning space compared to the existing tunnel type or mobile fluid treatment device. In addition, the left and right nozzle dispensing tables 4 and 6 of the “c” shape are designed to facilitate entry between the front and rear fluid treatment unit main bodies 2 in a state of vertically facing each other from the front and rear fluid treatment unit body 2 In addition, since the object is positioned in the center while the left and right nozzle dispensing tables 4 and 6 swing to both sides with the object in the center, the object is rotated and cleaned without any interference with the collision. More specifically, the left and right nozzle dispensing tables 4 and 6 are axially coupled from the main body 2 of the fluid treatment device before and after the driving device is installed to receive bubble (foam) detergent water and water washing water. It is configured to be equipped with a plurality of injection nozzles (8) for injection at high pressure.

The left and right nozzle dispensing tables (4) (6) are made of corrosion-resistant aluminum, each in the form of a “c”, and are configured to form a pair, but inside the left and right nozzle dispensing tables (4) and 6, there are square or rounded The guide bar (10) is fixed and installed around the guide bar (10), and the fixing piece (12) on which the injection nozzle (8) is mounted is fastened with bolts. ), and a plurality of injection nozzles 8 are positioned inside the guide bar 10, and the position of the injection nozzle 8 is adjusted along the guide bar 10. In addition, since the injection nozzle 8 is coupled to the fixing piece 12 fastened to the guide bar 10, the injection nozzle 8 is installed so that it can rotate left and right on the fixing piece 12 to freely adjust the injection direction. Install it so that you can give it. In addition, the spray nozzle 8 mounted in the left and right nozzle dispensing tables 4 and 6 is connected to an external high pressure pump (not shown), but the detergent water hose 8a and the washing water hose 8a supply detergent water and washing water. 8b) is configured to be connected so that the bubble detergent water and the washing water are sequentially sprayed at high pressure by the operation of the high-pressure pump through the spray nozzle 8 by the control operation of the solenoid valve (not shown).

In addition, the left and right nozzle dispensing tables 4 and 6 are rotated to both sides to clean the object, and a plurality of proximity sensors 14 are mounted inside the left and right nozzle dispensing tables 4 and 6 to By detecting the separation distance, it is installed and configured to prevent collision due to the rotational operation of the left and right nozzle dispensing tables 4 and 6 when washing the object. Meanwhile, the left and right nozzle dispensing tables 4 and 6 are axially coupled to the front and rear fluid treatment apparatus main body 2 to constitute a driving device that rotates to both sides. As shown in FIGS. 6 to 8, the driving device is It is connected to support the left and right nozzle dispensing tables 4 and 6 in the front and rear body 2 of the fluid treatment apparatus and support them through the drive shaft 16 and the driven shaft 18 so as to rotate to both sides, and the drive shaft 16 ) And the driven shaft (18), respectively, the driving gear (16a) and the driven gear (18a) are mounted to engage each other so that the left nozzle injector (4) and the right nozzle injector (6) rotate in the reverse direction under interlocking with each other. Install and configure.

At this time, the reduction motor 20 is connected with a chain so that the driving force is transmitted to the drive shaft 16 on one side of the front and rear fluid processing apparatus main body 2 so that forward and reverse rotation is performed, and the driving gear rotates forward and backward according to the driving of the reduction motor 20 (16a) and the driven gear (18a) are rotated at a reduced speed so that the left nozzle injector table 4 and the right nozzle injector 6 can rotate at a relatively low speed. And on the drive shaft 16, a sensing rod 22 that rotates by axial coupling is further provided, so that the sensing rod 22 rotates along the driving shaft 16 while contacting the limit switch 22a installed at a constant vertical interval. Control the rotation angle of the left and right nozzle dispensing table (4) and (6) rotating by axially coupled to (16) and driven shaft (18). Further, on the driven shaft 18, the link bar 24 is shaft-coupled, but the link bar 24 is coupled to be connected to the gas shock absorber 26 installed on one side, and the driving gear 16a and the driven gear 18a The gas shock absorber 26 mitigates the driving force of the reduction motor 20 that rotates the left and right nozzle dispensing tables 4 and 6 when they are engaged with each other to prevent overload, and the left and right nozzles When the injection stand (4) (6) rotates forward and backward, it serves to balance weight with each other. Therefore, the fluid treatment device (A) of the present invention is to be axially coupled to the front and rear fluid treatment device body (2) on which the drive device is mounted, and the left and right nozzle dispensing tables (4) (6) of the "c" shape facing vertically After allowing the object to enter between the front and rear fluid treatment device main body 2, the left and right nozzle dispensing tables 4 and 6 in a vertical state around the object are rotated as if spreading to both sides, as shown in FIG. When the right nozzle dispensing table (4) (6) rotates outward with the object in the center, the injection nozzles (8) that have inside are moved to be located on the top, side, front, and rear surfaces of the object and bubbles (bubble) over the entire surface. Detergent water or washing water is sprayed evenly at high pressure to increase the efficiency of washing.

11 to 14 are views showing configurations according to another embodiment of the fluid processing apparatus according to FIG. 1. Hereinafter, based on the above-described contents, a description will be made focusing on a part having technical characteristics. 11 to 14, the fluid processing apparatus includes a body 110 including a left and right nozzle dispensing table 4 and 6 of a “c” shape in which a plurality of injection nozzles 8 are mounted inside. ); A first washing machine body 111 provided below one side of the body 110; A second washing machine body 112 provided below the other side of the body 110; A first extension body 113 provided below the first washing machine body 111; A second extension 114 provided below the second washing machine body 112; A first movable part 121 for receiving the first extension 113 and moving the first washing machine body 111 back and forth in a sliding manner based on the received first extension 113; A second movable part 122 for receiving the second extension body 114 and moving the second washing machine body 112 back and forth in a sliding manner based on the received second extension body 114; It is provided in front between the first movable part 121 and the second movable part 122 to generate a pulling force or a pushing force between the first movable part 121 and the second movable part 122. A first driving unit 130 that is driven so as to be; It is provided at the rear between the first movable part 121 and the second movable part 122 to generate a pulling force or a pushing force between the first movable part 121 and the second movable part 122. A second driving unit 140 that is driven to be driven; The left nozzle dispensing table 4 is accommodated and interlocked on one side, and the right nozzle dispensing table 6 is accommodated and interlocked on the other side, and the left nozzle dispensing table 4 and the right nozzle dispensing table 6 It includes an interlocking body 150 that drives to increase the distance between each other or to make them close.

The first driving unit 130 includes a first entry module 132 mounted at one end through the first accommodation space S1 of the first movable unit 121 and the second movable unit 122 at one end. A second entry module 133 mounted as a medium of the second accommodation space (S2), and the first entry module 132 and the second entry module 133 are interlocked on both sides, and the first entry module 132 And a first movable module 131 for advancing and retreating the second entry module 133.

The first entry module 132 protrudes a first entry shaft 1321a and a first pressing piece 1321b upwards and downwards from the first entry shaft 1321a so that the first accommodation space S1 And a first fixing body 1321 including a first protruding drive part 1321c for fixing the inner wall of the unit, and the first movable part 121 is the first entry shaft 1321a on the first accommodation space S1 ) Is provided with a first internal pressing piece 1211 for pressing the upper and lower sides of the), and the first pressing piece 1321b is the first internal pressing piece 1211 based on the retreat of the first entry module 132 ) Is hooked on the side of it and is in fixed contact.

The second entry module 133 protrudes a second pressing piece 1331b upwards and downwards from the second entry shaft 1331a and the second entry shaft 1331a so that the second accommodation space S2 is It includes a second fixture (1331) including a second protruding drive portion (1331c) for fixing the inner wall, the second movable portion (122) is the second entry shaft (1331a) on the second receiving space (S2) A second internal pressing piece 1212 for pressing the upper and lower sides of the is provided, and the second pressing piece 1331b is the second internal pressing piece 1212 based on the retraction of the second entry module 133 It is hung on the side part of the fixed contact.

The second driving part 140 includes a third entry module 142 mounted at one end of the third receiving space S3 of the first movable part 121 and the second movable part 122 at one end thereof. A fourth entry module 143 mounted as a medium of the fourth accommodation space (S4), and the third entry module 142 and the fourth entry module 143 are interlocked on both sides, and the third entry module 142 And a second movable module 141 for advancing and retreating the fourth entry module 143. The third entry module 142 protrudes a third pressing piece 1421b upwards and downwards from the third entry shaft 1421a and the third entry shaft 1421a so that the third receiving space S3 is It includes a third fixture (1421) including a third protruding drive (1421c) for fixing the inner wall.

The first movable part 121 is provided with a third internal pressing piece 1213 for pressing the upper and lower portions of the third entry shaft 1421a on the third receiving space S3, and the third pressing piece ( 1421b) is fixedly contacted by being caught on the side surface of the third internal pressing piece 1213 based on the retraction of the third entry module 142, and the fourth entry module 143 is a fourth entry shaft 1431a. And a fourth protruding drive part 1431c for fixing the inner wall of the fourth receiving space S4 by protruding the fourth pressing piece 1431b upward and downward from the fourth entry shaft 1431a. Including the congestion 1431. The second movable part 122 is provided with a fourth internal pressing piece 1214 for pressing the upper and lower sides of the fourth entry shaft 1431a on the fourth receiving space S4, and the fourth pressing piece ( 1431b) is fixedly contacted by being caught on the side of the fourth internal pressing piece 1214 based on the retraction of the fourth entry module 143.

FIG. 11 is a modified example of FIG. 10 and referring to FIG. 11, the first entry module 132 includes a 1-1 area body L11 and a 1-1 area body L11 at one end. The 1-2 extension area body L12 extending toward the first movable part 121 and the 1-2 extension area body L11 extending toward the first movable part 121 from the 1-1 area body L11 A 1-3 extended area body L13 positioned below the body L12 is provided, and the 1-2 extension area body L12 and the 1-3 extension area body L13 have the first Each of the fixtures 1321 is provided to enter and mount the first accommodation space S1 provided in a plurality of the first movable parts 121. The second entry module 133 has a 2-1 area body L21 at one end thereof, and a 2-2 extension extending from the 2-1 area body L21 toward the second movable part 122 A region body L22 and a 2-3rd extension region extending from the 2-1 region body L21 to the second movable part 122 and located below the 2-2 extension region body L22 A sieve (L23) is provided. The second fixed body 1331 is provided in the 2-2 extended area body L22 and the 2-3rd extended area body L23, respectively, so that a plurality of second movable parts 122 are provided. It is installed by entering the accommodation space (S2).

The third entry module 142 has a 3-1 area body L31 at one end and a 3-2 extension extending from the 3-1 area body L31 to the first movable part 121 A region body L32 and a third-third extension region extending from the 3-1 region body L31 to the first movable part 121 and located below the 3-2 extension region body L32 A body (L33) is provided, and the third fixed body (1421) is provided in the 3-2 extended area body (L32) and the 3-3 extension area body (L33), and the first movable part 121 ) Is installed by entering the third accommodation space (S3) provided in plurality. The fourth entry module 143 includes a 4-1 area body L41 at one end and a 4-2 extension extending from the 4-1 area body L41 to the second movable part 122 A region body L42 and a fourth-third extension region extending from the 4-1th region body L41 to the second movable part 122 and positioned below the 4-2th extension region body L42 A sieve (L43) is provided. The fourth fixed body 1431 is provided in the 4-2th extended area body L42 and the 4-3th extended area body L43, respectively, so that a plurality of fourths provided in the second movable part 122 It is installed by entering the accommodation space S4.

The 1-1 extension area body L11 and the 1-2 extension area body L12 are provided so as to flow up and down in a predetermined range on the 1-1 area body L11, and the first fixed body It is provided so that a fixing force acts while the 1321 is mounted in the first accommodation space S1, and the 2-1 extension area body L21 and the 2-2 extension area body L22 are 2-1 It is provided so as to flow up and down in a certain range on the region body L21, and is provided so that a fixing force acts while the second fixing body 1331 is mounted in the second accommodation space S2. The 3-1 extended area body L31 and the 3-2 extended area body L32 are provided so as to flow up and down in a predetermined range on the 3-1 area body L31, and the third fixed body It is provided so that a fixing force acts while the 1421 is mounted in the third accommodation space S3, and the 4-1 extended area body L41 and the 4-2th extended area body L42 are 4-1 It is provided to be able to flow up and down in a certain range on the region body L41, and is provided so that the fixing force acts while the fourth fixture 1431 is mounted in the fourth receiving space S4.

To further explain, the first movable part 121 advances and retreats the first washer body 111 by being installed with the first washer body 111 based on a motor-based electric slider (not shown) installed inside. Can be driven. In addition, the first movable part 121 drives the first washing machine body 111 forward and backward by installing one or more electric piston cylinder modules (not shown) therein so as to be interlocked with the first washing machine body 111 I can make it. The second movable part 122 may drive the second washing machine body 112 forward and backward by installing the second washing machine body 112 on the basis of a motor-based electric slider installed therein. In addition, the second movable part 122 may drive the second washing machine main body 112 forward and backward by installing one or more electric piston cylinder modules therein so as to be interlocked with the second washing machine main body 112. On the other hand, the fluid processing device is provided in front between the first movable part 121 and the second movable part 122 to generate a pulling force between the first movable part 121 and the second movable part 122. A first driving unit 130 that is driven to generate a pushing or pushing force, and provided at the rear between the first movable unit 121 and the second movable unit 122, the first movable unit 121 and the second A second driving unit 140 that is driven to generate a pulling force or a pushing force between the movable parts 122, and a first driving unit 140 located on one side and interlocking with the left nozzle dispensing table 4 accommodated at one side. The structure part 152, the second structure part 153, which is located on the other side and is interlocked with the right nozzle dispensing table 6, and the first structure part 152 and the second structure part 153 are accommodated therein The interlocking body 150 including a third structure unit 151 that advances and retreats in order to move the left nozzle dispensing table 4 and the right nozzle dispensing table 6 to increase or retreat from each other by moving forward and backward to both sides. It may include.

15 is a view showing configurations according to still another embodiment of a fluid treatment apparatus according to the present invention. 16 is a view showing a state in which some components are added to the fluid treatment apparatus in FIG. 15. Although the position or shape of the single nozzle is not specifically shown, it will be understood that it is provided to correspond to the above description. Parts similar to the above description are omitted, and parts with technical characteristics will be mainly described. In addition, since the proportions and sizes of the drawings as a whole are shown schematically in connection with the above-described contents and the contents to be described below, this specification should be understood on the premise that they are not limited only to the proportions and sizes of the drawings. The fluid processing device includes a base panel 210, a plurality of first extension parts 211 provided under the first movable part 121, and the base panel 210, and the first extension part A first support flow unit 212 for moving in a predetermined range or moving upward and downward in response to the flow of at least one of the first driving unit 130 and the second driving unit 140 while receiving 211 ), a plurality of second extension parts 213 provided under the second movable part, and the first driving part 130 provided on the base panel 210 and accommodating the second extension part 213 And a second support flow unit 214 for moving in a predetermined range or elevating upward and downward in response to the flow of at least one of the second driving units 140, a predetermined guide plate 215, and the The first extension part 211 is provided at one end of the guide plate 215 and is extrapolated to the first extension part 211, and is rotated on the guide plate 215 to apply a twisting force to the first extension part 211 ), a first extrapolated portion 216 capable of driving a first operation mode for holding), and is provided at the other end of the guide plate 215 and extrapolated to the second extension portion 213, and the guide plate 215 A second extrapolated portion 217 capable of driving a second operation mode for holding the second extension portion 213 by rotating on the second extension portion 213 by applying a twisting force to the second extension portion 213, and the base panel 210 ), the drive shaft part 218 provided to be elevating and descending, the flow shaft part 219 provided on the upper part of the drive shaft part 218 to rotate and flow, and the guide plate 215 at the upper part of the flow shaft part 219 ), the first interlocking shaft portion 221 interlocked with the bottom portion of the flow shaft portion 219 and the second interlocking shaft portion 222 interlocked with the bottom portion of the guide plate 215 in a diagonal direction from one side portion of the flow shaft portion 219 and the flow shaft portion ( It includes a third interlocking shaft portion 223 interlocked with the bottom portion of the guide plate 215 in a diagonal direction from the other side portion of the 219. It is preferable that the fluid treatment device is provided with an appropriate size to accommodate the fluid treatment object accommodated in the central space.

At this time, based on the rotation of the flow shaft part 219, the guide plate 215 applies a fixed rotational fixation force to the first extension part 211 and the second extension part 213, and the first extrapolation The part 216 is provided with a 1-1 buffer panel 224 on the upper side and a 1-2 buffer panel 225 on the lower side, and the second extrapolated part 217 is provided with a second buffer panel on the upper side. 1 A buffer panel 226 is provided, and a 2-2 buffer panel 227 is provided below.

On the other hand, in the first support flow part 212 and the second support flow part 214, the first extrapolated part 216 and the second extrapolated part 217 are respectively the first extension part 211 and It is possible to downwardly drive the first extension part 211 and the second extension part 213, respectively, in a release state in which no rotation-based pressing force is applied to the second extension part 213, and the When the first extension part 211 and the second extension part 213 are driven downward, each of the 1-1th buffer panel 224 and the 2-1th buffer panel 226 is the first movable part ( 121) and the lower portion of the second movable part 122 to perform buffering, and the 1-2 buffer panel 225 and the 2-2 buffer panel 227 are respectively the first support flow part 212 And the second support flow part 214 to perform buffering.

The base plate 210 includes a first upper protrusion 2101 protruding from an upper surface of one end, a first lower protrusion 2102 protruding from a lower surface of one end, and a second upper protrusion 2103 protruding from an upper surface of the other end. ), and a second lower protrusion 2104 protruding from a lower surface of the other end, and the fluid processing device includes a first gripping module part for gripping and fixing one end of the base plate 210, and the base plate ( 210) and a second gripping module for gripping and fixing the other end.

At this time, the first gripping module portion, the 1-1 vertical body portion 228 positioned at one end of the base plate 210, and the base plate 210 in the 1-1 vertical body portion 228 The first-first horizontal body portion 229 provided at the top of one end of the, and the first-first horizontal body portion 229 is provided on the upper portion, and the first upper protrusion 2101 is inserted into the base. A 1-1 mounting hole 231 for pressing the plate 210, and a 1-2 horizontal body part provided below one end of the base plate 210 from the 1-1 vertical body part 228 (230), a 1-2 mounting hole provided below the 1-2 horizontal body portion 230, the first lower protrusion 2102 is inserted into the inside, and pressurizing the base plate 210 ( 231).

The second gripping module part includes a 2-1 vertical body part 232 positioned at one end of the base plate 210, and one end of the base plate 210 at the 1-1 vertical body part 228. The 2-1 horizontal body portion 233 provided at the upper portion of the, and provided on the upper portion of the 2-1 horizontal body portion 233 and the second upper protrusion 2103 is inserted into the base plate ( A 2-1 mounting hole 234 for pressing 210, and a 2-2 horizontal body part 235 provided below one end of the base plate 210 from the 2-1 vertical body part 232 ), and a 2-2 mounting hole 236 provided below the 2-2 horizontal body part 235, the second lower protrusion 2104 inserted therein, and pressing the base plate 210 Includes.

The 1-1 mounting hole 231 is rotated in the 1-1 horizontal body portion 229 to generate a fixing force to the base plate 210 via the first upper protrusion 2101, and the The 1-2 mounting hole 231 is rotated in the 1-2 horizontal body portion 230 to generate a fixing force to the base plate 210 via the first lower protrusion 2102, and the first The 2-1 mounting hole 234 is rotated by the 2-1 horizontal body portion 233 to generate a fixing force to the base plate 210 via the second upper protrusion 2103. The 2-2 mounting hole 236 is rotated by the 2-2 horizontal body portion 235 to generate a fixing force to the base plate 210 via the second lower protrusion 2104.

The fluid treatment device includes a lower protruding structure 241 provided under the base plate 210, and a first push bar 243 provided with a first contact hole 242 at one side of the lower protruding structure 241 A first pressing structure for pressing the 1-2 horizontal body part 230 and the 1-2 mounting hole 231 by driving, and a second contact hole 244 from the other side of the lower protruding structure 241 It further includes a second pressing structure for pressing the 2-2 horizontal body portion 235 and the 2-2 mounting hole 236 by driving the second push bar 245 is provided. Here, the lower protruding structure part 241 is provided with a ground fixing protrusion 2411 inserted and fixed to the ground portion at the bottom thereof to prevent slipping on the ground by flow due to a physical impact.

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely exemplary, and those of ordinary skill in the art will appreciate that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical scope of the present invention should be determined by the technical spirit of the appended claims.

2': body
2a': Boarding seat
2b': wheel
2c': washing means
3': Control panel

Claims (6)

Selecting a disinfection area requiring disinfection; Positioning a disinfection vehicle in the selected disinfection area; Disinfecting the disinfection area by operating a disinfection vehicle; And disinfecting or washing the disinfecting vehicle with a fluid processing device, wherein the disinfecting vehicle includes a vehicle body portion 2a', a storage tank 2b' provided in the vehicle body portion 2a', and the In the disinfection method using a disinfection vehicle comprising a spraying means (2c') for spraying a disinfectant solution from the storage tank (2b'),
The fluid processing device,
A body 110 including a left and right nozzle dispensing table 4 and 6 in the form of “C” in which a plurality of injection nozzles 8 are mounted inside,
A first washing machine body 111 provided below one side of the body 110,
A second washing machine body 112 provided below the other side of the body 110,
A first extension 113 provided below the first washing machine body 111,
A second extension body 114 provided below the second washing machine body 112,
A first movable part 121 for receiving the first extension 113 and moving the first washing machine body 111 back and forth in a sliding manner based on the received first extension 113,
A second movable part 122 for receiving the second extension body 114 and moving the second washing machine body 112 back and forth in a sliding manner based on the received second extension body 114,
It is provided in front between the first movable part 121 and the second movable part 122 to generate a pulling force or a pushing force between the first movable part 121 and the second movable part 122. A first driving unit 130 that is driven to be
It is provided at the rear between the first movable part 121 and the second movable part 122 to generate a pulling force or a pushing force between the first movable part 121 and the second movable part 122. A second driving unit 140 that is driven to
A first structure part 152 which is located on one side and is interlocked by receiving the left nozzle dispensing table 4 on one side, and a second structure part 153 which is located at the other side and receiving and interlocking with the right nozzle dispensing table 6 Wow, by accommodating the first structure part 152 and the second structure part 153 inside and advancing to both sides, the distance between the left nozzle dispensing table 4 and the right nozzle dispensing table 6 is increased, or Disinfection method using a disinfecting vehicle including an interlocking body 150 including a third structure unit 151 that drives forward and backward to get closer. delete The method according to claim 1,
The first driving unit 130 is
A first entry module 132 mounted through the first accommodation space S1 of the first movable part 121 at one end, and a second accommodation space S2 of the second movable part 122 at one end The second entry module 133 is mounted as, and the first entry module 132 and the second entry module 133 are interlocked on both sides, and the first entry module 132 and the second entry module 133 ) And a first movable module 131 for advancing and retreating,
The first entry module 132,
A first protrusion driving part for fixing the inner wall of the first accommodation space S1 by protruding the first entry shaft 1321a and the first pressing piece 1321b upward and downward from the first entry shaft 1321a ( 1321c) including a first fixture (1321),
The first movable part 121 is provided with a first internal pressing piece 1211 for pressing the upper and lower sides of the first entry shaft 1321a on the first accommodation space S1,
The first pressing piece 1321b is fixedly contacted by being caught on the side of the first internal pressing piece 1211 based on the retraction of the first entry module 132,
The second entry module 133,
A second protruding drive part 1331c for fixing the inner wall of the second receiving space S2 by protruding the second pressing piece 1331b upward and downward from the second entry shaft 1331a and the second entry shaft 1331a Including a second fixture (1331) including,
The second movable part 122 is provided with a second internal pressing piece 1212 for pressing the upper and lower portions of the second entry shaft 1331a on the second receiving space S2,
The second pressing piece 1331b is a disinfecting method using a disinfecting vehicle that is fixedly contacted by a side portion of the second internal pressing piece 1212 based on the retraction of the second entry module 133. The method of claim 3,
The second driving unit 140 is
A third entry module 142 mounted as a medium of the third accommodation space S3 of the first movable part 121 at one end thereof,
A fourth entry module 143 mounted as a medium of the fourth accommodation space S4 of the second movable part 122 at one end thereof,
The third entry module 142 and the fourth entry module 143 are interlocked on both sides, and a second movable module 141 for advancing and retreating the third entry module 142 and the fourth entry module 143 Disinfection method using a disinfection vehicle comprising a. The method of claim 4,
The third entry module 142,
A third protruding drive part 1421c for fixing the inner wall of the third receiving space S3 by protruding a third pressing piece 1421b upward and downward from the third entry shaft 1421a and the third entry shaft 1421a. It includes a third fixture (1421) including,
The first movable part 121 is provided with a third internal pressing piece 1213 for pressing the upper and lower sides of the third entry shaft 1421a on the third receiving space S3,
The third pressing piece 1421b is a disinfection method using a disinfecting vehicle that is fixedly contacted by a side portion of the third internal pressing piece 1213 based on the retreat of the third entry module 142. The method of claim 5,
The fourth entry module 143,
A fourth protruding drive part 1431c for fixing the inner wall of the fourth receiving space S4 by protruding the fourth pressing piece 1431b upward and downward from the fourth entry shaft 1431a and the fourth entry shaft 1331a Including a fourth fixture (1431) including,
The second movable part 122 is provided with a fourth internal pressing piece 1214 that presses the upper and lower sides of the fourth entry shaft 1431a on the fourth receiving space S4,
The fourth pressing piece (1431b) is a disinfection method using a disinfecting vehicle that is fixedly contacted by a side portion of the fourth internal pressing piece (1214) based on the retraction of the fourth entry module (143).

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