CN101468642B - Apparatus and method for sterilizing vehicle wheel - Google Patents
Apparatus and method for sterilizing vehicle wheel Download PDFInfo
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- CN101468642B CN101468642B CN2007103084140A CN200710308414A CN101468642B CN 101468642 B CN101468642 B CN 101468642B CN 2007103084140 A CN2007103084140 A CN 2007103084140A CN 200710308414 A CN200710308414 A CN 200710308414A CN 101468642 B CN101468642 B CN 101468642B
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Abstract
The invention relates to a device and a method for sterilization, in particular to a device and a method for sterilizing vehicle wheels. The method comprises: building a sterilization channel on a road; mounting a sensor under the sterilization channel or on the side face of the sterilization channel; mounting water spraying parts on two sides and in a central axis of the sterilization channel; and connecting the water spraying parts with a high-pressure water pump and a liquid tank through water pipes, wherein the high-pressure water pump and the liquid tank are arranged in an equipment room and connected with a power distribution cabinet in the equipment room through cables. A vehicle entering the sterilization channel is detected by the sensor, the high-pressure water pump is started to pump sterilizing liquid in the liquid tank to sterilize the vehicle wheels through the water pipes and the water spraying parts, and the equipment stops automatically after the vehicle passes through the sterilization channel. The device and the method have the advantages of quickly sterilizing vehicles from an infected area in cold winter.
Description
Technical field
The present invention relates to a kind of chlorination equipment and method, particularly the device and method that automotive wheel is carried out disinfection at cold district.
Background technology
In recent years, epidemic such as bird flu, aftosa takes place through China surrounding countries that are everlasting.Simultaneously, at port, the many land routes of China, the border trade transaction is very burning hot, and incoming and outgoing vehicles is frequent day by day.In order to prevent that epidemic situation is imported China into overseas, must carry out disinfection to the immigration vehicle, especially to the wheel of vehicle be carried out disinfection.Now current way has: disinfect personnel wear the band protective clothing with atomizing cone to wheel spray disinfectant soup; Or 3 meters left and right sides of excavation are wide on highway, and are long about 6 meters, about 0.4 meter in innermost, and turnover is the pond of gentle slope, puts into the sterilization soup in the pond, and automobile sails in the pond and just wheel is sterilized.Preceding kind method speed is slow, and efficient is low, and vehicle influences traffic for a long time, strengthens the length of the halt of some vehicles in epidemic situation.A kind of method in back is not suitable for cold winter, and soup all has corrosion attack to cement pavement and asphalt surface in addition, adds rolling of wheel, and it is uneven to become very soon at the bottom of the pond.In China northeast, Sino-Russian trade rapid growth, transit vehicle is various, but winter time is long, and vehicle sterilization in winter is a big problem.
Summary of the invention
Can not carry out fast speed sterilization operation problem the winter that the objective of the invention is to solve in cold to wheel, the invention provides a kind of device and method of can be automatically, carrying out disinfection fast.
Technical scheme of the present invention for achieving the above object is to adopt a kind of device that is used for sterilizing vehicle wheel, described device comprises: sterilizing path, below described sterilizing path and/or the side sensor is installed, on the both sides of described sterilizing path and axis, sprinkler part is installed, described sprinkler part is irritated with liquid storage by the high-pressure hydraulic pump in water pipe and the equipment room and is connected, and described sensor and high-pressure hydraulic pump are connected with electric power distribution cabinet in the equipment room by cable.
Wherein, on described water pipe three-way piece is housed, an end of described three-way piece is connected with sprinkler part, an end is connected with coolant inlet pipe, an end is connected with drain tank, on described three-way piece and coolant inlet pipe and pipeline that drain tank is connected electromagnetic valve is housed.
Wherein, also be provided with admission port and water return outlet on described drain tank, described water return outlet is connected with return water pipe, and return water pipe is irritated with liquid storage with the water pump in the equipment room and is connected.
Wherein, described coolant inlet pipe, drain tank, return water pipe are installed in the following of described sterilizing path or are installed in the warm material.
Wherein, described sensor is mounted in below the sterilizing path or at least one electromagnetic induction coil of sterilizing path one side, or is installed at least one infrared probe of sterilizing path one side.
Wherein, the electromagnetic induction coil that is installed in below the described sterilizing path has 2, and these 2 electromagnetic induction coiies are installed in respectively on the axis of sterilizing path and at a distance of 8～12m.
Wherein, being installed in described infrared probe has 6, and the distance in described 6 infrared probes between adjacent two infrared probes is 0.5～0.6m, and described infrared probe is 0.2～0.25m apart from ground-surface height.
Wherein, described sprinkler part comprises column and/or the ground injection nozzle carrier that is connected with water pipe, and the nozzle of scalable water spraying direction is housed on described column and/or ground injection nozzle carrier.
Wherein, described column has 3 pairs, described 3 columns are installed in the both sides of sterilizing path in twos relatively, wherein the distance between sterilizing path one side two adjacent upright is 0.7～0.9m, 2 nozzles are housed on each column, and described 2 nozzles are respectively 0.04～0.06m and 0.4～0.6m apart from ground-surface height.
Wherein, described ground injection nozzle carrier has 2, described 2 ground injection nozzle carriers are installed on the axis of sterilizing path and at a distance of 1.5～1.8m, wherein said 2 ground injection nozzle carriers are installed in respectively between the two adjacent upright of sterilizing path one side, and 1 in 2 electromagnetic induction coiies is installed between 2 ground injection nozzle carriers.
A kind of method that is used for sterilizing vehicle wheel is characterized in that, may further comprise the steps:
S1: sterilizing path and equipment room are set on highway;
S2: below sterilizing path and/or the side sensor is installed;
S3: on the both sides of sterilizing path and axis, sprinkler part is installed;
S4: sprinkler part irritated with liquid storage by the high-pressure hydraulic pump in water pipe and the equipment room be connected;
S5: in described liquid storage is irritated, thimerosal is housed;
S6: sensor and high-pressure hydraulic pump are connected with electric power distribution cabinet in the equipment room by cable;
S7: sensor is after have vehicle to enter sterilizing path, and sensor passes to electric power distribution cabinet with signal and starts high-pressure hydraulic pump;
S8: the thimerosal that high-pressure hydraulic pump extracts in the liquid storage filling sprays to wheel through water pipe from sprinkler part;
S9: vehicle is zero by the back sensor output signal, and high pressure pump quits work, and sprinkler part stops to spray thimerosal.
Wherein, described step S4 further comprises: adorn three-way piece on described water pipe, with an end of three-way piece be connected with sprinkler part, an end is connected with coolant inlet pipe, an end is connected with drain tank, adorns electromagnetic valve on described three-way piece and coolant inlet pipe and path that drain tank is connected.
Wherein, described step S4 further comprises: also be provided with admission port and water return outlet on described drain tank, water return outlet is connected with return water pipe, the water pump in return water pipe and the equipment room is irritated with liquid storage be connected.
Wherein, described step S4 further comprises: described coolant inlet pipe, drain tank, return water pipe are installed in the following of described sterilizing path or are installed in the warm material.
Wherein, described step S2 further comprises: described sensor is mounted in below the sterilizing path or at least one electromagnetic induction coil of sterilizing path one side, is installed at least one infrared probe of sterilizing path one side.
Wherein, described step S2 further comprises: the electromagnetic induction coil that is installed in below the described sterilizing path has 2, and these 2 electromagnetic induction coiies are installed in respectively on the axis of sterilizing path and at a distance of 8～12m.
Wherein, described step S2 further comprises: the infrared probe that is installed in described sterilizing path one side has 6, distance in described 6 infrared probes between adjacent two infrared probes is 0.5～0.6m, and it is 0.2～0.25m that described infrared probe is installed in apart from ground-surface height.
Wherein, described step S3 further comprises: described sprinkler part (3) comprises column and/or the ground injection nozzle carrier that is connected with water pipe, and the nozzle of scalable water spraying direction is housed on described column and/or ground injection nozzle carrier.
Wherein, described step S3 further comprises: described column has 3 pairs, with described 3 pairs of both sides that are installed in sterilizing path in twos relatively, wherein the distance between sterilizing path one side two adjacent upright is 0.7～0.9m, 2 nozzles are housed on each column, and described 2 nozzles are respectively 0.04～0.06m and 0.4～0.6m apart from ground-surface height.
Wherein, described S3 further comprises: described ground injection nozzle carrier has 2, be installed in described 2 ground injection nozzle carriers on the axis of sterilizing path and at a distance of 1.5～1.8m, wherein said 2 ground injection nozzle carriers are installed in respectively between two adjacent columns of sterilizing path one side, and 1 in 2 electromagnetic induction coiies is installed between 2 ground injection nozzle carriers.
Advantage of the present invention and beneficial effect are, can carry out the fast speed sterilization to the vehicle from the epidemic-stricken area in the winter of cold.Apparatus structure of the present invention is simple and practical, is easy to processing and manufacturing, and is thorough rapidly to the sterilization of wheel, and to vehicle and not infringement of road surface.
Description of drawings
Fig. 1 is the block diagram of sterilizing vehicle wheel device of the present invention;
Fig. 2 is the birds-eye view of sterilizing vehicle wheel device of the present invention;
Fig. 3 is nozzle distributing position and infrared probe distributing position figure in the device of the present invention;
Fig. 4 be sterilizing path upper pillar stand of the present invention, the local enlarged diagram of injection nozzle carrier, nozzle, infrared probe.
Fig. 5 is water pipe and the drain tank structural representation that is installed among the present invention under the sterilizing path;
Fig. 6 is drain tank and connected water pipe and an electromagnetic valve structure scheme drawing among the present invention;
Fig. 7 is work cycle scheme drawing that wheel is sterilized among the present invention;
Fig. 8 is three work cycle scheme drawings that wheel is sterilized among the present invention;
Fig. 9 is that vehicle begins to enter the sterilizing path scheme drawing among the present invention;
Figure 10 is that vehicle begins the sterilization operation scheme drawing after entering sterilizing path among the present invention;
Figure 11 is the front view of Fig. 9;
Figure 12 is the front view of Figure 10.
Among the figure: 1, sterilizing path; 2, equipment room; 3, sprinkler part; 4-1～4-6, infrared probe; 5, electromagnetic induction coil; 6, drain tank; 7, water pipe; 8, three-way piece; 9, electromagnetic induction coil; 10-1～10-2, electromagnetic valve; 11, return water pipe; 12, coolant inlet pipe; 13, admission port; 14, water return outlet; 15-1～15-3, column; 16-1～16-2, injection nozzle carrier; 17, water injector; 18, wheel; 19, vehicle; 20, sterilizing path inlet; 21, sputtering target picture; 22, work well head; 23, equipment room ground; 24, fluid reservoir; 25, thimerosal refluxing opening; 26, filling opening; 27, underfloor duct; 28,29,30, mounting hole.
The specific embodiment
Following examples are used to illustrate the present invention, but are not used for limiting practical range of the present invention.
As shown in Figure 1, the technical solution adopted for the present invention to solve the technical problems is: select suitable location on highway, the length and width of founding a capital are not less than 3.5 meters sterilizing path 1, at sterilizing path 1 center and both sides water pipe 7 and drain tank are installed respectively, one group of nozzle is installed on described water pipe 7, drain tank or be placed on the underground of sterilizing path 1, or the insulation measure is arranged.Build an equipment room 2 outside sterilizing path 1, electric power distribution cabinet and fluid reservoir are installed in the equipment room 2, thimerosal is housed in fluid reservoir, fluid reservoir is connected with high-pressure hydraulic pump, electric power distribution cabinet and underground water-supply-pipe.An electromagnetic induction coil 5,9 is respectively installed at inlet and setting place at sterilizing path 1, by certain requirement 6 infrared probes is installed on one side of sterilizing path 1.Before the sterilization operation, to fluid reservoir Nei Jiashui, add disinfectant.If temperature is lower than zero degree, then need add a certain proportion of alcohol, to reduce the freezing point of soup.Adding alcohol is to prevent to freeze after thimerosal from spraying automobile is skidded.After vehicle sailed sterilizing path 1 into, electromagnetic induction coil 5 started high-pressure hydraulic pump automatically, and the hydrojet sterilization is carried out to wheel 18 automatically in wheel 18 positions that control system is determined according to infrared probe.After sterilization operation finished, the residue soup in the water pipe 7 was taken out immediately and is let out in the drain tank.
The present invention be used to enter a country vehicle by Frontier Inspection after, enter a sterilizing path 1.Sterilizing path enter the mouth electromagnetic induction coil 5 that 20 places bury sense vehicle after (induction coil only has induction to large-scale metal objects such as vehicles), electromagnetic induction coil 5 is sent to electric power distribution cabinet in the equipment room 2 with induced signal, electric power distribution cabinet starts high-pressure hydraulic pump after receiving induced signal, the infrared probe 4 energising work on sterilizing path 1 side.About about 8 seconds, vehicle ' arrives the sterilization operation point in the sterilizing path 1, promptly the sterilize corresponding region (vehicle in sterilizing path 1 speed limit 5 kilometers) of column 15, the about 1MPa of pressure in the water-supply-pipe 7, this moment, second electromagnetic induction coil 9 of setting sensed vehicle arrival, and each infrared probe 4 also detects the position of wheel 18 successively simultaneously, after the control system electric power distribution cabinet of equipment room 2 obtains above-mentioned information, automatically the serial electromagnetic valve action in the operation coolant inlet pipe, sterilization operation begins.When vehicle crosses setting, control system electric power distribution cabinet SELF CL entire equipment.The following describes the sterilization method of wheel 18.
As shown in Figure 2, facility of the present invention is installed the distribution embodiment, on ground 23, build underground fluid reservoir 24, in fluid reservoir 24, be provided with thimerosal refluxing opening 25 and filling opening 26, between fluid reservoir 24 and sterilizing path 1, be provided with underfloor duct 27 and work well head 22, on the both sides of sterilizing path 1 and axis, be provided with the mounting hole 28,29,30 of 3 columns and 2 ground injection nozzle carriers, two electromagnetic induction coiies 5,9 are housed below sterilizing path, two induction coils wherein are installed in electromagnetic induction coil 5 between two ground injection nozzle carriers at a distance of 10m.
As accompanying drawing 3 and shown in Figure 4, in sterilizing path 1, be provided with 5 groups of sprinkler part mouths.3 groups of bottoms that are placed on No. 1 column 15-1 respectively wherein, the inside of No. 2 and No. 3 column 15-2,15-3, every group has two adjustable 17, two nozzles 17 of nozzle of water spraying direction to be arranged above and below, and top nozzle 17 is apart from about the 55cm of road surface, and following nozzle 17 is apart from about the 5cm of road surface.2 ground injection nozzle carrier 16-1,16-2 are placed on sterilizing path 1 axis in addition.2 ground injection nozzle carrier 16-1 and 16-2 are at a distance of 1.6 meters.The direction of all nozzles 17 can be adjusted.The technical parameter of nozzle 17 is: pressure 0.5MPa, and flow 2L/min, 40 ° of angle of sprays, nozzle 17 atomizing of liquids are covering of the fan, and jet length 〉=90cm looks like to be at distance nozzle 70cm sputtering target far away and is about 50cm, and wide about 5cm's is oval banded.
Infrared probe 4-1,4-2 in the present invention, column 15-3, injection nozzle carrier 16-2 constitute an operation unit, be called the unit No. 1.Infrared probe 4-3,4-4, column 15-2 constitutes an operation unit, is called the unit No. 2.Infrared probe 4-5,4-6, column 15-1, injection nozzle carrier 16-1 constitute an operation unit, be called the unit No. 3.
After vehicle 19 enters sterilizing path, and information of vehicles is sensed in No. 1 electromagnetic induction coil sense 5, infrared probe 4-1～4-6 work of switching on.When infrared probe 4-1 visits 18 times forward positions of wheel, column 15-3, the nozzle 17 on the injection nozzle carrier 16-2 begin to spray thimerosal.When 4-2 visits this wheel 18, column 15-3, injection nozzle carrier 16-2 continue the spray thimerosal.When wheel 18 shifts out the investigative range of infrared probe 4-1, but also in the investigative range of infrared probe 4-2 the time, column 15-3, injection nozzle carrier 16-2 still continue to spray thimerosal.When this wheel 18 shifts out the investigative range of infrared probe 4-1 and infrared probe 4-2, and infrared probe 4-1 and infrared probe 4-2 be not when all being blocked by follow-up wheel 18, column 15-3, the nozzle 17 on the injection nozzle carrier 16-2 stop to spray thimerosal.Distance between infrared spy 4-1 and the infrared spy 4-2 is 60cm, and the height of infrared probe 4-1 and infrared probe 4-2 is 22cm, and the 2 groups of wheels of truck or the minimum spacing of 3 groups of wheels are 20cm, and on the height of 22cm, minimum spacing is about 45cm.Under other situations, front and back two-wheel spacing all surpasses 1 meter.For the sterilised liq of as far as possible avoiding empty spray land icing, except front and back two wheels, 18 spacings less than the situation of 20cm under not the stop-spraying thimerosal, equal stop-spraying thimerosal in two wheels, 18 spaces under other situations.Column 15-3,15-2,15-1, the jet face of injection nozzle carrier 16-2,16-1 top nozzle 17 become 110 ° of angles with vehicle 19 working direction, the purpose that designs this angle is to allow penetrate thimerosal on the one hand in face of wheel 18 sprays, improve the soup adhesion effect, can pass the steamboat spacing of 20cm on the one hand.Vehicle is about 1.5 meter per seconds by the speed of sterilizing path 1, and the time of walking 20cm is 0.13 second.The pressure of jet expansion is about 0.5MPa, sterilised liq the outlet speed greater than 7 meter per seconds, so in 0.13 second time, can be sprayed onto the inside between the wheel 18 fully.Because for truck, the injection thimerosal column 15-1 on sterilizing path both sides, 15-2,15-3 is 70cm to the maximum apart from the vertical distance of wheel, is no more than 1 meter along the distance of 110 ° of oblique lines.
In the present invention, the mode of operation of No. 2 unit and No. 3 unit is identical with No. 1 unit process unit.
Fig. 5 and shown in Figure 6 be column 15-1,15-2,15-3, the structural assembly of injection nozzle carrier 16-1,16-2.Electromagnetic valve 10-1 and 10-2 are connected in parallel.At once sense when vehicle 19 enters 1, No. 1 electromagnetic induction coil 5 of sterilizing path, the high-pressure hydraulic pump of equipment room starts, and the hydraulic pressure in several seconds in the water-supply-pipe 7 reaches 1MPa, infrared probe 4-1 to 4-6 power connection.When infrared probe 4-1 visited wheel, electromagnetic valve 10-1,10-2 be energized simultaneously, and promptly 10-1 opens, and 10-2 closes, and thimerosal penetrates from column 15-3 rapidly, and sterilization operation begins.When infrared probe 4-1 and 4-2 visited less than wheel simultaneously, electromagnetic valve 10-1 and 10-2 be power cut-off simultaneously, and promptly 10-1 closes, and 10-2 opens.Residue thimerosal in this moment column 15-3 falls rapidly in drain tank 6 under the effect of gravity, and flows to along drain hose in the backflow well of equipment room in order to using again.Because electromagnetic valve 10-1,102 and drain tank etc. all in underground passage way, sealed each well head of underground passage way, be subzero 25 when spending in outdoor temperature winter, the temperature of underground passage way still has about 5 degree, so can not freeze.
Fig. 7 and shown in Figure 8 be that the single wheel of the present invention or three wheels 18 are detected the overall process of rolling water spray column 15-3 away from from beginning by infrared probe 4-1.
Fig. 9 and shown in Figure 10 be that vehicle 19 of the present invention begins to sail into and sprays before the sterilising zone and sail the constitution diagram that sprays behind the sterilising zone into.
Figure 11 and shown in Figure 12 be the front view of figure such as Fig. 9 and Figure 10.
The present invention adds right amount alcohol in thimerosal liquid, its ratio is: when temperature is subzero 3-5 when spending, and concentration≤5%; When temperature is subzero 6-10 when spending, concentration≤10%; When temperature is subzero 11-15 when spending, concentration≤15%; When temperature is subzero 16-20 when spending, concentration≤20%; When temperature is subzero 21-25 when spending, concentration≤25%.Close the border night at the highway port, so the general job temperature is no more than subzero 25 degree, it is safe being no more than 25% alcohol concentration.In addition, when snowing heavily, Russian aspect generally all can be closed the border.Under usual weather condition, owing to controlled medicine liquid spray amount and mode of operation, it is just air-dry before the alcohol volatilization to drop on the surplus liquid of ground-surface, and not causing has inconvenient traffic and influence immigration is open to the custom the time.
More than be preferred forms of the present invention, according to content disclosed by the invention, some identical, replacement schemes that those of ordinary skill in the art can expect apparently all should fall into the scope of protection of the invention.
Claims (16)
1. device that is used for sterilizing vehicle wheel, it is characterized in that, described device comprises: sterilizing path (1), below described sterilizing path and/or the side sensor is installed, on the both sides of described sterilizing path (1) and axis, sprinkler part (3) is installed, described sprinkler part is irritated with liquid storage by the high-pressure hydraulic pump in water pipe (7) and the equipment room (2) and is connected, and described sensor and high-pressure hydraulic pump are connected with electric power distribution cabinet in the equipment room by cable; Described sensor is mounted in below the sterilizing path (1) or at least one electromagnetic induction coil of sterilizing path one side, or is installed at least one infrared probe of sterilizing path (1) one side;
Wherein, the electromagnetic induction coil that is installed in below the described sterilizing path (1) has 2, and these 2 electromagnetic induction coiies (5,9) are installed in respectively on the axis of sterilizing path (1) and at a distance of 8～12m.
2. the device that is used for sterilizing vehicle wheel as claimed in claim 1, it is characterized in that, three-way piece (8) is housed on described water pipe (7), one end of described three-way piece (8) is connected with sprinkler part (3), an end is connected with coolant inlet pipe (12), an end is connected with drain tank (6), on described three-way piece (8) and coolant inlet pipe (7) and pipeline that drain tank (6) is connected electromagnetic valve (10-1,10-2) is housed.
3. the device that is used for sterilizing vehicle wheel as claimed in claim 2, it is characterized in that, also be provided with admission port (13) and water return outlet (14) on described drain tank (6), described water return outlet (14) is connected with return water pipe (11), and return water pipe (11) is irritated with liquid storage with the water pump in the equipment room (2) and is connected.
4. as claim 2 or the 3 described devices that are used for sterilizing vehicle wheel, it is characterized in that, described coolant inlet pipe (12), drain tank (6), return water pipe (11) are installed in the following of described sterilizing path (1) or are installed in the warm material.
5. the device that is used for sterilizing vehicle wheel as claimed in claim 1, it is characterized in that, be installed in described infrared probe and have 6, (distance among the 4-1～4-6) between adjacent two infrared probes is 0.5～0.6m to described 6 infrared probes, and (4-1～4-6) is 0.2～0.25m apart from ground-surface height to described infrared probe.
6. the device that is used for sterilizing vehicle wheel as claimed in claim 2, it is characterized in that, described sprinkler part (3) comprises the column that is connected with water pipe (7), and (15-1～15-3) and ground injection nozzle carrier (16-1,16-2) are at described column (15-1～15-3) and/or the nozzle (17) of scalable water spraying direction is housed on the ground injection nozzle carrier (16).
7. the device that is used for sterilizing vehicle wheel as claimed in claim 6, it is characterized in that, described column has 3 pairs, (15-1～15-3) is installed in the both sides of sterilizing path (1) to described 3 columns in twos relatively, wherein the distance between sterilizing path (1) one side two adjacent upright is 0.7～0.9m, 2 nozzles (17) are housed on each column, and described 2 nozzles are respectively 0.04～0.06m and 0.4～0.6m apart from ground-surface height.
8. as claim 1 or the 6 described devices that are used for sterilizing vehicle wheel, it is characterized in that, described ground injection nozzle carrier (17) has 2, described 2 ground injection nozzle carriers (17) are installed on the axis of sterilizing path (1) and at a distance of 1.5～1.8m, wherein said 2 ground injection nozzle carriers (17) are installed in respectively between the two adjacent upright of sterilizing path (1) one side, and 1 in 2 electromagnetic induction coiies (9) is installed between 2 ground injection nozzle carriers (17).
9. be used for a kind of method that is used for sterilizing vehicle wheel of sterilizing vehicle wheel device as claimed in claim 1, it is characterized in that, may further comprise the steps:
S1: sterilizing path (1) and equipment room (2) are set on highway;
S2: below sterilizing path (1) and/or the side sensor is installed, described sensor is mounted in below the sterilizing path (1) or at least one electromagnetic induction coil of sterilizing path (1) one side, is installed at least one infrared probe of sterilizing path one side; Described electromagnetic induction coil has 2, and these 2 electromagnetic induction coiies (5,9) are installed on the axis of sterilizing path respectively and at a distance of 8～12m;
S3: on the both sides of sterilizing path (1) and axis, sprinkler part (3) is installed;
S4: sprinkler part (3) irritated with liquid storage by the high-pressure hydraulic pump in water pipe (7) and the equipment room (2) be connected;
S5: in described liquid storage is irritated, thimerosal is housed;
S6: sensor is connected by the interior electric power distribution cabinet of cable and equipment room (2) with high-pressure hydraulic pump;
S7: sensor is after have vehicle to enter sterilizing path (1), and sensor passes to electric power distribution cabinet with signal and starts high-pressure hydraulic pump;
S8: the thimerosal that high-pressure hydraulic pump extracts in the liquid storage filling sprays to wheel (18) through water pipe (7) from sprinkler part (3);
S9: vehicle is zero by the back sensor output signal, and high pressure pump quits work, and sprinkler part stops to spray thimerosal.
10. the method that is used for sterilizing vehicle wheel as claimed in claim 9, it is characterized in that, described step S4 further comprises: adorn three-way piece (8) on described water pipe, with an end of three-way piece (8) be connected with sprinkler part (3), an end is connected with coolant inlet pipe (12), an end is connected with drain tank (6), adorns electromagnetic valve (10) on described three-way piece (8) and coolant inlet pipe (12) and path that drain tank (6) is connected.
11. the method that is used for sterilizing vehicle wheel as claimed in claim 10, it is characterized in that, described step S4 further comprises: also be provided with admission port (13) and water return outlet (14) on described drain tank (6), water return outlet (14) is connected with return water pipe (11), and the water pump that return water pipe (11) and equipment room (2) is interior is irritated with liquid storage and is connected.
12. as claim 10 or the 11 described methods that are used for sterilizing vehicle wheel, it is characterized in that described step S4 further comprises: described coolant inlet pipe (12), drain tank (6), return water pipe (11) are installed in the following of described sterilizing path (1) or are installed in the warm material.
13. the method that is used for sterilizing vehicle wheel as claimed in claim 11, it is characterized in that, described step S2 further comprises: the infrared probe that is installed in described sterilizing path (1) one side has 6, (distance among the 4-1～4-6) between adjacent two infrared probes is 0.5～0.6m to described 6 infrared probes, and (4-1～4-6) be installed in apart from ground-surface height is 0.2～0.25m to described infrared probe.
14. the method that is used for sterilizing vehicle wheel as claimed in claim 9, it is characterized in that, described step S3 further comprises: described sprinkler part (3) comprises column (15) and/or the ground injection nozzle carrier (16) that is connected with water pipe (7), and the nozzle (17) of scalable water spraying direction is housed on described column (15) and/or ground injection nozzle carrier (16).
15. the method that is used for sterilizing vehicle wheel as claimed in claim 14, it is characterized in that, described step S3 further comprises: described column has 3 pairs, (15-1～15-3) is installed in the both sides of sterilizing path (1) in twos relatively with described 3 columns, wherein the distance between sterilizing path (1) one side two adjacent upright is 0.7～0.9m, 2 nozzles (17) are housed on each column, and described 2 nozzles (17) are respectively 0.04～0.06m and 0.4～0.6m apart from ground-surface height.
16. as claim 11 or the 14 described methods that are used for sterilizing vehicle wheel, it is characterized in that, described S3 further comprises: described ground injection nozzle carrier has 2, be installed in described 2 ground injection nozzle carriers (16-1,16-2) on the axis of sterilizing path (1) and at a distance of 1.5～1.8m, wherein said 2 ground injection nozzle carriers (16-1,16-2) are installed in respectively between two adjacent columns of sterilizing path (1) one side, and 1 in 2 electromagnetic induction coiies (5,9) is installed between 2 ground injection nozzle carriers (16-1,16-2).
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| CN2007103084140A CN101468642B (en) | 2007-12-29 | 2007-12-29 | Apparatus and method for sterilizing vehicle wheel |
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| CN2007103084140A CN101468642B (en) | 2007-12-29 | 2007-12-29 | Apparatus and method for sterilizing vehicle wheel |
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| CN101468642B true CN101468642B (en) | 2011-04-20 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102556001A (en) * | 2010-12-15 | 2012-07-11 | 河南大农机械有限责任公司 | Vehicle disinfecting channel equipment |
| CN102229331B (en) * | 2011-04-22 | 2013-10-09 | 有利华建筑预制件有限公司 | Wheel automatic cleaning system and cleaning method thereof |
| CN102303725B (en) * | 2011-09-30 | 2013-02-27 | 郑州全日盛食品有限公司 | Automatic sterilizing mechanism of packaging machine |
| CN105346519A (en) * | 2015-10-29 | 2016-02-24 | 广东省长大公路工程有限公司 | Automatic control cleaning equipment for pavement construction vehicle |
| CN110339382A (en) * | 2019-08-16 | 2019-10-18 | 深圳市龙华区中心医院 | Disinfection device for transporting surgical patients |
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| CN2241635Y (en) * | 1996-03-29 | 1996-12-04 | 李墨 | Water-writing blackboard for teaching purpose |
| CN2383733Y (en) * | 1999-08-16 | 2000-06-21 | 北京航天万方新技术有限公司 | Computer full-automatic automobile cleaning machine |
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|---|---|
| CN101468642A (en) | 2009-07-01 |
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