CN202086823U - Vehicle-mounted sterilizing device - Google Patents
Vehicle-mounted sterilizing device Download PDFInfo
- Publication number
- CN202086823U CN202086823U CN2011201115521U CN201120111552U CN202086823U CN 202086823 U CN202086823 U CN 202086823U CN 2011201115521 U CN2011201115521 U CN 2011201115521U CN 201120111552 U CN201120111552 U CN 201120111552U CN 202086823 U CN202086823 U CN 202086823U
- Authority
- CN
- China
- Prior art keywords
- reaction vessel
- photoelectric sensor
- drug storage
- drainage
- vehicle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
The utility model relates to a vehicle-mounted sterilizing device which comprises a component-mounting support, a reaction vessel, a chemical storage mechanism, a chemical supply mechanism which controls the reaction vessel to be opened and releases chlorine dioxide disinfectants from the chemical storage mechanism to the reaction vessel where reactions occur, and a controller, wherein the reaction vessel is provided with an air inlet, an air outlet, a water inlet and a water outlet; the air inlet is connected with an air supply mechanism; the water inlet is connected with a quantitative water supply mechanism; the water outlet is connected with a drainage mechanism; and a temperature control mechanism is arranged on the reaction vessel and used for controlling the temperature of the reaction vessel. The vehicle-mounted sterilizing device has the benefits that a chemical storage bottle is moved from a chemical supply ready position to a chemical supply position by driving the raised teeth of a rotating rod, and then the seal cover of the reaction vessel is opened through a second cover-opening draw rod, and the cover of the chemical storage bottle is opened through a first cover-opening draw rod, to release the chlorine dioxide disinfectants to the reaction vessel where the reactions occur, which achieves the effect of automatic chemical supply.
Description
Technical field
This utility model relates to sterilization, sterilizing unit, relates in particular to a kind of vehicle-mounted sterilization device in sterilization, the sterilizing unit.
Background technology
Chlorine dioxide (ClO
2) be the wide spectrum, safety of the latest generation of generally acknowledging in the world for a long time, efficiently the A1 level sterilize, disinfectant, its pathogenic microorganism to all air and water body propagation all has good killing effect, and do not develop immunity to drugs, especially typhoid fever, hepatitis A, hepatitis B, poliomyelitis, escherichia coli, HIV (human immunodeficiency virus) etc. are more had good killing effect.And chlorine dioxide antiseptic disinfectant is a kind of nontoxic product, can not produce damage to oral mucosa, skin and hair with its sterilization, sterilization, and it all is perfectly safe on acute toxicity and genetic toxicology.In multiple common disinfectants, in the identical time, reach same sterilizing rate, the needed concentration of chlorine dioxide is minimum.But because chlorine dioxide is a kind of gas and its aqueous solution instability, chlorine dioxide is volatile, from aqueous solution, evaporate easily with gaseous form, in addition because chlorine dioxide has the characteristics of extremely strong oxidisability and easy optics decomposition, the accumulating difficulty, therefore up to the present its to be applied to vehicle-mounted air sterillization as antibacterial still very limited, needing to be resolved hurrily especially aspect the Automatic Dosing control.
The utility model content
In order to solve the problems of the prior art, this utility model provides a kind of vehicle-mounted sterilization device.
This utility model provides a kind of vehicle-mounted sterilization device, comprise the parts mounting bracket, be arranged on the reaction vessel on the described parts mounting bracket, store the drug storage mechanism of disinfectant, control that described reaction vessel is opened and from described drug storage mechanism, discharge medicating mechanism and the described drug storage of the control mechanism that disinfection agent of chlorine dioxide reacts in the described reaction vessel, the controller of medicating mechanism, described reaction vessel is provided with dosing mouth, air inlet, exhaust outlet, water inlet and discharge outlet, described air inlet is connected with gas supply mechanism, described water inlet is connected with and quantitatively adds water mechanism, described discharge outlet is connected with drainage mechanism, described reaction vessel is provided with the temperature control mechanism of its temperature of control, described drug storage mechanism comprises and leads medicine box, drive bull stick and at least two drug storage bottles that store disinfectant, the described medicine box of leading is provided with and leads the medicine groove, described drug storage bottle stands upside down and is arranged on described leading in the medicine groove, adjacent described drug storage bottle is hinged, described driving bull stick is connected with first motor, described driving bull stick is provided with around its circumferential distribution and along its double wedge that radially protrudes, described double wedge is arranged between the adjacent described drug storage bottle and drives described drug storage bottle and circumferentially moves around the axis of described driving bull stick, described drug storage bottle comprises the lid that draws of body and the described body of sealing, described reaction vessel comprises tank body that carries out physics or chemical reaction and the capping that seals described dosing mouth, described medicating mechanism comprises drive division, that opens described drug storage bottle draws first of lid uncap pull bar and unlatching, close second pull bar of uncapping of the capping of described reaction vessel, described first pull bar and second pull bar of uncapping of uncapping is connected the described water mechanism that quantitatively adds respectively with described drive division, drainage mechanism, gas supply mechanism, temperature control mechanism, first motor, drive division is connected with described controller respectively.
As further improvement of the utility model: described drive division comprises and drives the described second reciprocating moving sets of pull bar of uncapping.
As further improvement of the utility model: described drive division comprises second motor, the screw mandrel that is connected with described second motor and forms the subsidiary nut seat of feed screw nut with described screw mandrel, described nut seat is connected with first pull bar and second pull bar of uncapping of uncapping respectively, and described second motor is connected with described controller.
As further improvement of the utility model: described medicating mechanism comprises box body, described box body is provided with guide-track groove, described screw mandrel is arranged in the described guide-track groove, described screw mandrel is provided with driven gear, described second motor is connected with driving gear, described driving gear is meshed with described driven gear, described box body is provided with to draw and covers location-plate, described drawing covered location-plate and is provided with closure position photoelectric sensor and La Gai photoelectric sensor for position, described nut seat is provided with and triggers described closure position photoelectric sensor or draw second light barrier that covers photoelectric sensor for position, described closure position photoelectric sensor, draw and cover photoelectric sensor for position and be connected with described controller respectively.
As further improvement of the utility model: drawing of described drug storage bottle is covered with latch, described first pull bar of uncapping is provided with and the suitable draw-in groove of described latch, described latch is provided with the buffering inclined-plane near described first side of uncapping pull bar, opposite side is provided with the bearing surface that connects with described draw-in groove, and described second pull bar of uncapping is fixedlyed connected with described capping.
As further improvement of the utility model: the described medicine groove of leading comprises first line channel, second line channel be connected described first line channel respectively, the arc guide barrel of second line channel, the axis of described driving bull stick and the center of circle of described arc guide barrel coincide, the described medicine box of leading is provided with drug storage bottle location-plate, described drug storage bottle location-plate is provided with treats dosing photoelectric sensor for position and dosing photoelectric sensor for position, the body bottom of described drug storage bottle is provided with triggers described first light barrier for the treatment of dosing photoelectric sensor for position or dosing photoelectric sensor for position, the described dosing photoelectric sensor for position for the treatment of, the dosing photoelectric sensor for position is connected with described controller respectively.
As further improvement of the utility model: described arc guide barrel is semicircle, and the body of described drug storage bottle be circular, and described double wedge has six and 60 spend uniform distribution at interval.
As further improvement of the utility model: the bottom of described reaction vessel is provided with the aerating pore layer, described discharge outlet is arranged on the bottom of described reaction vessel, described discharge outlet is positioned under the described aerating pore layer, described drainage mechanism comprises the draining control part and the waste liquid storage box of drainage pipeline, the described drainage pipeline break-make of control, described discharge outlet is communicated with described waste liquid storage box by drainage pipeline, described drainage pipeline is connected with air pump, and described draining control part, air pump are connected with described controller respectively.
As further improvement of the utility model: the junction of described air pump and described drainage pipeline is between described discharge outlet and described draining control part, described draining control part comprises the 3rd motor, the runner and the draining location-plate that are connected with described the 3rd motor, described drainage pipeline comprises scupper hose, described runner is an eccentric, fixed gripper shoe on the described drainage pipeline, described gripper shoe is provided with guide pillar, be arranged with draining board on the described guide pillar, one side of described draining board is provided with the flange that connects with described scupper hose, opposite side and described runner connect, described draining location-plate is provided with the drainage position photoelectric sensor and stops the drainage position photoelectric sensor, described runner is provided with the 3rd light barrier that triggers described drainage position photoelectric sensor or stop the drainage position photoelectric sensor, described the 3rd motor, the drainage position photoelectric sensor, stopping the drainage position photoelectric sensor is connected with described controller respectively.
As further improvement of the utility model: described draining board is connected with resetting-mechanism, is provided with Moisture absorption cloth in the described waste liquid storage box.
As further improvement of the utility model: described gas supply mechanism comprises wind inlet channel and blower fan, and described air inlet is connected with described blower fan by described wind inlet channel, and described exhaust outlet is positioned at the top of described reaction vessel, and blower fan is connected with described controller.
As further improvement of the utility model: the described water mechanism that quantitatively adds comprises inlet channel, water pump, liquid level sensor and storage tank, described water inlet is connected with water pump by inlet channel, described water pump is connected with described storage tank, described liquid level sensor is arranged in the described reaction vessel, and described liquid level sensor, water pump are connected with described controller respectively.
As further improvement of the utility model: described temperature control mechanism comprises heater and temperature sensor, described heater is arranged on the bottom of described reaction vessel, described temperature sensor is arranged in the described reaction vessel, and described heater, temperature sensor are connected with described controller respectively.
The beneficial effects of the utility model are: pass through such scheme, can drive the drug storage bottle by the double wedge that drives bull stick and move to the dosing position from treating the dosing position, draw back the capping of reaction vessel by second pull bar of uncapping again, draw back the lid that draws of the drug storage bottle that is positioned at the dosing position by first pull bar of uncapping, react in reaction vessel to discharge disinfection agent of chlorine dioxide, realize Automatic Dosing.
Description of drawings
Fig. 1 is the perspective view of a kind of vehicle-mounted sterilization device of this utility model;
Fig. 2 is the part-structure sketch map of the drug storage mechanism of vehicle-mounted sterilization device described in the utility model;
Fig. 3 is the part-structure sketch map of the medicating mechanism of vehicle-mounted sterilization device described in the utility model;
Fig. 4 is the partial enlarged drawing B among Fig. 1;
Fig. 5 is the cutaway view of the reaction vessel of vehicle-mounted sterilization device described in the utility model;
Fig. 6 is the partial enlarged drawing A among Fig. 1.
The specific embodiment
Below in conjunction with the description of drawings and the specific embodiment this utility model is further specified.
Drawing reference numeral among Fig. 1 to Fig. 6 is: reaction vessel 1; Exhaust outlet 11; Heater 12; Capping 13; Aerating pore layer 14; Sealing ring 15; Liquid level sensor 16; Storage tank 21; Water pump 22; Inlet channel 23; Air inlet 31; Air pump 32; Drainage pipeline 41; Scupper hose 411; Draining control part 42; Drainage position photoelectric sensor 421; Stop drainage position photoelectric sensor 422; The 3rd light barrier 423; Draining location-plate 424; Draining board 425; Flange 4251; Guide pillar 426; Gripper shoe 427; The 3rd motor 428; Runner 429; Waste liquid storage box 43; Drug storage mechanism 5; Lead medicine box 51; Lead medicine groove 511; Drug storage bottle 52; First light barrier 521; Drug storage bottle location-plate 53; Treat dosing photoelectric sensor for position 531; Dosing photoelectric sensor for position 532; Drive bull stick 54; Double wedge 541; Draw and cover 55; Latch 551; Buffering inclined-plane 5511; Bearing surface 5512; Controller 6; Medicating mechanism 7; Driving gear 71; Driven gear 72; Screw mandrel 73; Nut seat 74; Cantilever beam 741; First pull bar 75 of uncapping; Draw-in groove 751; Second pull bar 76 of uncapping; Arc connecting portion 761; Box body 77; Guide-track groove 771; Draw and cover location-plate 78; Closure position photoelectric sensor 781; Draw and cover photoelectric sensor for position 782; Second light barrier 79; Parts mounting bracket 8; Blower fan 91; Wind inlet channel 92.
Extremely shown in Figure 6 as Fig. 1, a kind of vehicle-mounted sterilization device, drug storage mechanism 5, the described reaction vessel 1 of control that comprise parts mounting bracket 8, be arranged on reaction vessel 1 on the described parts mounting bracket 8, stores disinfection agent of chlorine dioxide uncapped and discharged the medicating mechanism 7 that disinfection agent of chlorine dioxide reacts in the described reaction vessel 1 and control the controller 6 of described drug storage mechanism 5, medicating mechanism 7 from described drug storage mechanism 5, wherein, described parts mounting bracket 8 is tabular, to save the space, described controller 6 is for being fixed on the master control borad on the described parts mounting bracket 8.
Extremely shown in Figure 6 as Fig. 1, described reaction vessel 1 is provided with dosing mouth, air inlet, exhaust outlet 11, water inlet and discharge outlet, described air inlet is connected with gas supply mechanism, described water inlet is connected with and quantitatively adds water mechanism, described discharge outlet is connected with drainage mechanism, and described reaction vessel is provided with the temperature control mechanism of its temperature of control.
Extremely shown in Figure 6 as Fig. 1, described drug storage mechanism 5 is the crawler type transmission, be specially, described drug storage mechanism 5 comprises and leads medicine box 51, drive bull stick 54 and at least two drug storage bottles 52 that store disinfection agent of chlorine dioxide, the described medicine box 51 of leading is provided with and leads medicine groove 511, described drug storage bottle 52 stands upside down and is arranged on described leading in the medicine groove 511, adjacent described drug storage bottle 52 is hinged, as creeper tread, described driving bull stick 54 is connected with first motor, described driving bull stick 54 is provided with around its circumferential distribution and along its double wedge that radially protrudes 541, described double wedge 541 and described drug storage bottle 52 interferences, described double wedge 541 is arranged between the adjacent described drug storage bottle 52 and drives described drug storage bottle 52 and circumferentially moves around the axis of described driving bull stick 54, described drug storage bottle 52 comprise body and the sealing drawing of described body cover 55, described drawing covered 55 and exposed the bottom of leading medicine box 51 described, described reaction vessel 1 comprises tank body that carries out physics or chemical reaction and the capping 13 that seals described dosing mouth, wherein, dosing mouth, air inlet, exhaust outlet 11, water inlet and discharge outlet all are arranged on the described tank body, described medicating mechanism 7 comprises second motor, the screw mandrel 73 that is connected with described second motor and form the subsidiary nut seat 74 of feed screw nuts with described screw mandrel 73, described nut seat 74 is extended with cantilever beam 741 towards described reaction vessel 1 reaction, the cantilever beam 741 of described nut seat 74 is connected with respectively to be opened drawing of described drug storage bottle 52 and cover 55 first uncap pull bar 75 and the unlatching, close second pull bar 76 of uncapping of the capping 13 of described reaction vessel 1, described second pull bar 76 of uncapping is fixedlyed connected with described capping 13, the described water mechanism that quantitatively adds, drainage mechanism, gas supply mechanism, temperature control mechanism, first motor, drive division is connected with described controller 6 respectively, wherein, the tank body oral area of described reaction vessel 1 is provided with sealing ring 15, described sealing ring 15 is connected for drawing and pulling type with described capping 13, be that described sealing ring 15 is provided with guide-track groove, described capping 13 is fastened in the described guide-track groove.
Extremely shown in Figure 6 as Fig. 1, the described medicine groove 511 of leading comprises first line channel, second line channel be connected described first line channel respectively, the arc guide barrel of second line channel, the axis of described driving bull stick 54 and the center of circle of described arc guide barrel coincide, the described medicine box 511 of leading is provided with drug storage bottle location-plate 53, described drug storage bottle location-plate 53 is provided with treats dosing photoelectric sensor for position 531 and dosing photoelectric sensor for position 532, the body bottom of described drug storage bottle 52 is provided with triggers described first light barrier 521 for the treatment of dosing photoelectric sensor for position 531 or dosing photoelectric sensor for position 532, the described dosing photoelectric sensor for position 531 for the treatment of, dosing photoelectric sensor for position 532 is connected with described controller 6 respectively, wherein, the preferred described arc guide barrel of this utility model is semicircle, the body of described drug storage bottle 52 is circular, described double wedge 541 has six and interval 60 degree uniform distribution, is provided with the arc groove of dodging drug storage bottle 52 bodies between the adjacent double wedge 541.
Extremely shown in Figure 6 as Fig. 1, described medicating mechanism 7 comprises box body 77, described box body 77 is provided with guide-track groove 771, described guide-track groove 771 is a linearity, described screw mandrel 73 is arranged in the described guide-track groove 771, the both sides of described nut seat 74 and described guide-track groove 771 connect, described screw mandrel 73 is provided with driven gear 72, described second motor is connected with driving gear 71, described driving gear 71 is meshed with described driven gear 72, described box body 77 is provided with to draw and covers location-plate 78, described drawing covered location-plate 78 and is provided with closure position photoelectric sensor 781 and La Gai photoelectric sensor for position 782, described nut seat 74 is provided with and triggers described closure position photoelectric sensor 781 or draw second light barrier 79 that covers photoelectric sensor for position 782, described closure position photoelectric sensor 781, draw and cover photoelectric sensor for position 782 and be connected with described controller 6 respectively.
Extremely shown in Figure 6 as Fig. 1, the drawing of described drug storage bottle 52 covered 55 and is provided with latch 551, described latch 551 is roughly right angled triangle, the right-angle side of described latch 551 covers 55 perpendicular to described drawing, the hypotenuse of described latch 551 and described first is uncapped pull bar 75 in opposite directions, described first pull bar 75 of uncapping is provided with the draw-in groove 751 suitable with described latch 551, described latch 5511 is provided with buffering inclined-plane 5511 near described first side of uncapping pull bar 75, opposite side is provided with the bearing surface 5512 that connects with described draw-in groove 751, described draw-in groove 751 is a rectangular through-hole, and described second pull bar 76 of uncapping is provided with the arc connecting portion 761 that is connected with capping 13.
Extremely shown in Figure 6 as Fig. 1, the bottom of described reaction vessel 1 is provided with aerating pore layer 14, and described aerating pore layer 14 had both played aeration, also played filtering effect, described discharge outlet is arranged on the bottom of described reaction vessel 1, and described discharge outlet is positioned under the described aerating pore layer 14.
Extremely shown in Figure 6 as Fig. 1, described drainage mechanism comprises the draining control part 42 and the waste liquid storage box 43 of drainage pipeline 41, described drainage pipeline 41 break-makes of control, described discharge outlet is communicated with described waste liquid storage box 43 by described drainage pipeline 41, described drainage pipeline 41 is connected with air pump 32, can provide gases at high pressure for described aerating pore layer 14 by described air pump 32, to produce a large amount of bubbles, draining control part 42, described air pump 32 are connected with described controller 6 respectively.
To shown in Figure 6, the junction of described air pump 32 and described drainage pipeline 41 is between described discharge outlet and described draining control part 42 as Fig. 1, and described air pump 32 is an air inlet 31 with the junction of described drainage pipeline 41.
Extremely shown in Figure 6 as Fig. 1, described drainage pipeline 41 comprises scupper hose 411, described draining control part 42 comprises the 3rd motor 428, the runner 429 and the draining location-plate 424 that are connected with described the 3rd motor 428, described runner 429 is an eccentric, fixed gripper shoe 427 on the described drainage pipeline 41, described gripper shoe 427 is provided with four guide pillars 426, being arranged with on the described guide pillar 426 can be along described guide pillar 426 active draining board 425, one side of described draining board 425 is provided with the flange 4251 that connects with described scupper hose 411, opposite side and described runner 429 connect, can drive runner 429 by described the 3rd motor 428 rotates, compress described scupper hose 411 to control described flange 4251, break-make to described drainage pipeline 41 is controlled, described draining board 425 can be connected with resetting-mechanism, can wait by the compression spring and realize resetting of described draining board 425, described draining location-plate 424 is provided with drainage position photoelectric sensor 421 and stops drainage position photoelectric sensor 422, described runner 429 is provided with the 3rd light barrier 423 that triggers described drainage position photoelectric sensor 421 or stop drainage position photoelectric sensor 422, described the 3rd motor 428, drainage position photoelectric sensor 421, stopping drainage position photoelectric sensor 422 is connected with described controller 6 respectively.
Extremely shown in Figure 6 as Fig. 1, be provided with Moisture absorption cloth in the described waste liquid storage box 43, waste water in the conveniently replaced described waste liquid storage box 43, to adapt to the less situation in space in the car, the waste water that causes in the described waste liquid storage box 43 that rocks that also can avoid car to be produced in the process of travelling excessively spatters.
Extremely shown in Figure 6 as Fig. 1, the described water mechanism that quantitatively adds comprises inlet channel 23, water pump 22, liquid level sensor 16 and storage tank 21, described water inlet is connected with described water pump 22 by described inlet channel 23, described water pump 22 is connected with described storage tank 21, described liquid level sensor 16 is arranged in the described reaction vessel 1, and described liquid level sensor 16, water pump 22 are connected with described controller 6 respectively.
Extremely shown in Figure 6 as Fig. 1, described gas supply mechanism comprises wind inlet channel 92 and blower fan 91, described air inlet is connected with described blower fan 91 by described wind inlet channel 92,92 of described wind inlet channels are connected with described waste liquid storage box 43, make the gas in the described wind inlet channel 92 can pass described waste liquid storage box 43, described exhaust outlet 11 is positioned at the top of described reaction vessel 1, described blower fan 91 is connected with described controller 6, wherein, described wind inlet channel 92 is communicated with described waste liquid storage box 43, help drying up the Moisture absorption cloth in the described waste liquid storage box 43, described exhaust outlet 11 is arranged on the top of described reaction vessel 1, it is bottom-up mobile to help gas, also can avoid the liquid in the reaction vessel 1 is taken out of.
To shown in Figure 6, described temperature control mechanism comprises heater 12 and temperature sensor as Fig. 1, and described heater 12 is arranged on the bottom of described reaction vessel 1, and described heater 12, temperature sensor are connected with described controller 6 respectively.
The operation principle of a kind of vehicle-mounted sterilization device that this utility model provides is,
1, water filling; Controller 6 control water pumps 22, water purification in the storage tank 21 is pumped in the reaction vessel 1 via inlet channel 23, when water is dipped into liquid level sensor 16 in the reaction vessel 1, the information feedback that liquid level sensor 16 is finished water filling is to controller 6, out of service by controller 6 control water pumps 22, to finish water filling;
2, heating; Controller 6 control heaters 12 heat, and when temperature sensor feeds back to the temperature value arrival setting value of controller 6, stop heating, have the ambient temperature that is fit to react to keep the liquid in the reaction vessel 1;
3, drive be positioned at treat the dosing position drug storage bottle 52 to the dosing position; The operation of controller 6 controls first motor, make and drive bull stick 54 rotations, drug storage bottle 52 is under the promotion of double wedge 541, carry out translation along leading medicine groove 511, enter the dosing position, first light barrier 521 of drug storage bottle 52 triggers dosing photoelectric sensor for position 532, and dosing photoelectric sensor for position 532 is sent to controller 6 with the information that drug storage bottle 52 arrives the dosing position;
4, dosing; The operation of controller 6 controls second motor, driving driving gear 71 rotates, driving driven gear 72 rotates, to drive screw mandrel 73 rotations, 74 of nut seats carry out feeding under the effect of described screw mandrel 73, move forward earlier to, make first draw-in groove 751 of uncapping pull bar 75 entangle the latch 551 of drug storage bottle 52, feeding backward again, drive the capping 13 of reaction vessel 1 by the second arc connecting portion 761 of uncapping pull bar 76, the capping 13 of reaction vessel 1 is drawn back, by first draw-in groove 751 of uncapping pull bar 75 drawing of drug storage bottle 52 being covered 55 again draws back, the uncap length of draw-in groove 751 of pull bar 75 of may command first is controlled second pull bar 76 of uncapping and is drawn back after the capping 13, first pull bar 75 of uncapping just draws back drawing of drug storage bottle 52 and covers 55, react in reaction vessel 1 to discharge disinfection agent of chlorine dioxide, when arriving and trigger, draws when covering photoelectric sensor for position 782 by second light barrier 79 on the nut seat 74, draw and cover photoelectric sensor for position 782 and will uncap the information feedback finished to controller 6, by controller 6 control resetting-mechanisms or push rod capping 13 is resetted, this process can be provided with certain time-delay, to avoid disinfection agent of chlorine dioxide not to be added in the reaction vessel 1 fully, when second light barrier 79 arrives and trigger closure position photoelectric sensor 781, closure position photoelectric sensor 781 will seal the information feedback of capping 13 to controller 6, and dosing is finished;
5, reaction; Controller 6 control air pumps 32 inject gases at high pressure by air inlet along drainage pipeline 41, gases at high pressure are under the effect of aerating pore layer 14, in reaction solution, form a large amount of tiny bubbles, can play good agitaion, tiny bubble is under the pressure effect of gases at high pressure, in reaction solution, constantly upwards float, and finally break away from reaction solution, break then, attached to the chlorine dioxide molecule on the bubble will its disruptive moment at reaction vessel 1 internal diffusion, the chlorine dioxide molecule that reaction is generated quickens to overflow and reacts fully fully, can prevent that also pharmacy particle precipitation or product crystallization from resting on aerating pore layer 14 surface, the filtration and infiltration when influencing draining;
6, diffusion; Controller 6 control blower fans 91 produce flowing gas (in the process of dosing, blower fan 91 is out of service), are injected in the reaction vessel 1 by wind inlet channel 92, and are overflowed by exhaust outlet 11 diffusions;
After water injects reaction vessel 1, water can constantly be related to by aerating pore layer 14 and be penetrated into drainage pipeline 41, because draining this moment control part 42 is closed, water also can't be discharged in the waste liquid storage box 43, when the needs waste discharge, by 428 operations of controller 6 controls the 3rd motor, driving runner 429 rotates, make the 3rd light barrier 423 arrive and trigger drainage position photoelectric sensor 421, can set certain time-delay to finish draining, drive runner 429 by the 3rd motor 428 again and rotate, the 3rd light barrier 423 arrives and triggers and stops drainage position photoelectric sensor 422, controller 6 controls the 3rd motor 428 shuts down, and finishes draining.
A kind of vehicle-mounted sterilization device that this utility model provides, can rationally control the content of the disinfection agent of chlorine dioxide in the drug storage bottle 52, quantitatively add realizing, can drive drug storage bottle 52 by the double wedge 541 that drives bull stick 54 and move to the dosing position from treating the dosing position, draw back the capping 13 of reaction vessel 1 by second pull bar 76 of uncapping again, draw back the drawing of drug storage bottle 52 that is positioned at the dosing position and cover 55 by first pull bar 75 of uncapping, react in reaction vessel 1 to discharge disinfection agent of chlorine dioxide, help realizing automatic, quantitative, regularly dosing.
Above content be in conjunction with concrete preferred implementation to further describing that this utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For this utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from this utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.
Claims (11)
1. vehicle-mounted sterilization device, it is characterized in that: comprise parts mounting bracket (8), be arranged on the reaction vessel (1) on the described parts mounting bracket (8), store the drug storage mechanism (5) of disinfectant, control that described reaction vessel (1) is opened and from described drug storage mechanism (5), discharge the medicating mechanism (7) that disinfectant reacts in the described reaction vessel (1) and control described drug storage mechanism (5), the controller (6) of medicating mechanism (7), described reaction vessel (1) is provided with dosing mouth, air inlet, exhaust outlet (11), water inlet and discharge outlet, described air inlet is connected with gas supply mechanism, described water inlet is connected with and quantitatively adds water mechanism, described discharge outlet is connected with drainage mechanism, described reaction vessel is provided with the temperature control mechanism of its temperature of control, described drug storage mechanism (5) comprises and leads medicine box (51), drive bull stick (54) and at least two drug storage bottles (52) that store disinfectant, the described medicine box (51) of leading is provided with and leads medicine groove (511), described drug storage bottle (52) stands upside down and is arranged on described leading in the medicine groove (511), adjacent described drug storage bottle (52) is hinged, described driving bull stick (54) is connected with first motor, described driving bull stick (54) is provided with around its circumferential distribution and along its double wedge that radially protrudes (541), described double wedge (541) is arranged between the adjacent described drug storage bottle (52) and drives described drug storage bottle (52) and circumferentially moves around the axis of described driving bull stick (54), what described drug storage bottle (52) comprised body and the described body of sealing draws lid (55), described reaction vessel (1) comprises tank body that carries out physics or chemical reaction and the capping (13) that seals described dosing mouth, described medicating mechanism (7) comprises drive division, that opens described drug storage bottle (52) draws uncap pull bar (75) and open of first of lid (55), close second pull bar (76) of uncapping of the capping (13) of described reaction vessel (1), described first pull bar (75) and second pull bar (76) of uncapping of uncapping is connected the described water mechanism that quantitatively adds respectively with described drive division, drainage mechanism, gas supply mechanism, temperature control mechanism, first motor, drive division is connected with described controller (6) respectively.
2. vehicle-mounted sterilization device according to claim 1, it is characterized in that: described drive division comprises second motor, the screw mandrel (73) that is connected with described second motor and forms the subsidiary nut seat of feed screw nut (74) with described screw mandrel (73), described nut seat (74) is connected with first pull bar (75) and second pull bar (76) of uncapping of uncapping respectively, and described second motor is connected with described controller (6).
3. vehicle-mounted sterilization device according to claim 2, it is characterized in that: described medicating mechanism (7) comprises box body (77), described box body (77) is provided with guide-track groove (771), described screw mandrel (73) is arranged in the described guide-track groove (771), described screw mandrel (73) is provided with driven gear (72), described second motor is connected with driving gear (71), described driving gear (71) is meshed with described driven gear (72), described box body (77) is provided with to draw and covers location-plate (78), described drawing covered location-plate (78) and is provided with closure position photoelectric sensor (781) and draws and cover photoelectric sensor for position (782), described nut seat (74) is provided with and triggers described closure position photoelectric sensor (781) or draw second light barrier (79) that covers photoelectric sensor for position (782), described closure position photoelectric sensor (781), draw and cover photoelectric sensor for position (782) and be connected with described controller (6) respectively.
4. vehicle-mounted sterilization device according to claim 3, it is characterized in that: the lid (55) that draws of described drug storage bottle (52) is provided with latch (551), described first pull bar (75) of uncapping is provided with the draw-in groove (751) suitable with described latch (551), described latch (551) is provided with buffering inclined-plane (5511) near described first side of uncapping pull bar (75), opposite side is provided with the bearing surface (5512) that connects with described draw-in groove (751), and described second pull bar (76) of uncapping is fixedlyed connected with described capping (13).
5. vehicle-mounted sterilization device according to claim 1, it is characterized in that: the described medicine groove (511) of leading comprises first line channel, second line channel be connected described first line channel respectively, the arc guide barrel of second line channel, the axis of described driving bull stick (54) and the center of circle of described arc guide barrel coincide, the described medicine box (51) of leading is provided with drug storage bottle location-plate (53), described drug storage bottle location-plate (53) is provided with treats dosing photoelectric sensor for position (531) and dosing photoelectric sensor for position (532), the body bottom of described drug storage bottle (52) is provided with triggers described first light barrier (521) for the treatment of dosing photoelectric sensor for position (531) or dosing photoelectric sensor for position (532), the described dosing photoelectric sensor for position (531) for the treatment of, dosing photoelectric sensor for position (532) is connected with described controller (6) respectively.
6. vehicle-mounted sterilization device according to claim 1, it is characterized in that: the bottom of described reaction vessel (1) is provided with aerating pore layer (14), described discharge outlet is arranged on the bottom of described reaction vessel (1), described discharge outlet is positioned under the described aerating pore layer (14), described drainage mechanism comprises drainage pipeline (41), control the draining control part (42) and the waste liquid storage box (43) of described drainage pipeline (41) break-make, described discharge outlet is communicated with described waste liquid storage box (43) by drainage pipeline (41), described drainage pipeline (41) is connected with air pump (32), described draining control part (42), air pump (32) is connected with described controller (6) respectively.
7. vehicle-mounted sterilization device according to claim 6, it is characterized in that: the junction of described air pump (32) and described drainage pipeline (41) is positioned between described discharge outlet and the described draining control part (42), described draining control part (42) comprises the 3rd motor (428), runner (429) that is connected with described the 3rd motor (428) and draining location-plate (424), described drainage pipeline (41) comprises scupper hose (411), described runner (429) is an eccentric, described drainage pipeline (41) is gone up fixed gripper shoe (427), described gripper shoe (427) is provided with guide pillar (426), be arranged with draining board (425) on the described guide pillar (426), one side of described draining board (425) and described scupper hose (411) connect, opposite side and described runner (429) connect, described draining location-plate (424) is provided with drainage position photoelectric sensor (421) and stops drainage position photoelectric sensor (422), described runner (429) is provided with the 3rd light barrier (423) that triggers described drainage position photoelectric sensor (421) or stop drainage position photoelectric sensor (422), described the 3rd motor (428), drainage position photoelectric sensor (421), stopping drainage position photoelectric sensor (422) is connected with described controller (6) respectively.
8. vehicle-mounted sterilization device according to claim 7 is characterized in that: described draining board (425) is connected with resetting-mechanism, is provided with Moisture absorption cloth in the described waste liquid storage box (43).
9. vehicle-mounted sterilization device according to claim 1, it is characterized in that: described gas supply mechanism comprises wind inlet channel (92) and blower fan (91), described air inlet is connected with described blower fan (91) by described wind inlet channel (92), described exhaust outlet (11) is positioned at the top of described reaction vessel (1), and blower fan (91) is connected with described controller (6).
10. vehicle-mounted sterilization device according to claim 1, it is characterized in that: the described water mechanism that quantitatively adds comprises inlet channel (23), water pump (22), liquid level sensor (16) and storage tank (21), described water inlet is connected with water pump (22) by inlet channel (23), described water pump (22) is connected with described storage tank (21), described liquid level sensor (16) is arranged in the described reaction vessel (1), and described liquid level sensor (16), water pump (22) are connected with described controller (6) respectively.
11. vehicle-mounted sterilization device according to claim 1, it is characterized in that: described temperature control mechanism comprises heater (12) and temperature sensor, described heater (12) is arranged on the bottom of described reaction vessel (1), described temperature sensor is arranged in the described reaction vessel (1), and described heater (12), temperature sensor are connected with described controller (6) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201115521U CN202086823U (en) | 2011-04-15 | 2011-04-15 | Vehicle-mounted sterilizing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201115521U CN202086823U (en) | 2011-04-15 | 2011-04-15 | Vehicle-mounted sterilizing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202086823U true CN202086823U (en) | 2011-12-28 |
Family
ID=45361924
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201115521U Expired - Lifetime CN202086823U (en) | 2011-04-15 | 2011-04-15 | Vehicle-mounted sterilizing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202086823U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102145187A (en) * | 2011-04-15 | 2011-08-10 | 深圳市怀德科技发展有限公司 | Vehicle-mounted sterilizing device |
| CN105435283A (en) * | 2015-12-18 | 2016-03-30 | 国家农产品保鲜工程技术研究中心（天津） | Small-space chlorine dioxide gas disinfection device and measuring method |
-
2011
- 2011-04-15 CN CN2011201115521U patent/CN202086823U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102145187A (en) * | 2011-04-15 | 2011-08-10 | 深圳市怀德科技发展有限公司 | Vehicle-mounted sterilizing device |
| CN102145187B (en) * | 2011-04-15 | 2013-03-06 | 深圳市怀德科技发展有限公司 | Vehicle-mounted sterilizing device |
| CN105435283A (en) * | 2015-12-18 | 2016-03-30 | 国家农产品保鲜工程技术研究中心（天津） | Small-space chlorine dioxide gas disinfection device and measuring method |
| CN105435283B (en) * | 2015-12-18 | 2017-11-21 | 国家农产品保鲜工程技术研究中心（天津） | Small space chlorine dioxide gas sterilizing unit and measuring method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP3233781U (en) | Indoor fungus eradication device | |
| CN102145187B (en) | Vehicle-mounted sterilizing device | |
| CN202086823U (en) | Vehicle-mounted sterilizing device | |
| CN112089067A (en) | Vegetable washing equipment with function of efficiently removing pesticide residues and production line | |
| CN201880068U (en) | Automatic sterilizing device | |
| CN209334011U (en) | A kind of container door posture automatic disinfection system with disinfection safeguard function | |
| CN102125702B (en) | Indoor air sterilization and disinfection method | |
| CN206792701U (en) | A kind of disinfecting device | |
| CN102125700B (en) | Reaction device for disinfection | |
| CN205526598U (en) | Flat push device | |
| CN101987284A (en) | Purification drug configuration compartment | |
| CN213119431U (en) | Indoor degassing unit is used in disease prevention | |
| CN102125701B (en) | Control method for air disinfector | |
| CN215426281U (en) | Cold chain that can all-round disinfection is sterilizer for packing | |
| CN212819119U (en) | Colony house degassing unit for poultry | |
| CN213085962U (en) | Cell culture bacterial infection experimental apparatus | |
| CN210885693U (en) | Sewage deodorization sterilizing equipment | |
| CN201880066U (en) | Reaction device for disinfection | |
| CN208200626U (en) | A kind of decontamination system of farm's water | |
| CN212006108U (en) | Compound powerful sterilization ventilation unit that disappears | |
| CN210786855U (en) | Air purification device for environmental pollution prevention and control | |
| CN215447430U (en) | Closed belt conveyor for hazardous waste | |
| CN102133417A (en) | Automatic sterilization system | |
| CN215230569U (en) | Sterilizing machine with adjustable sterilizing time | |
| CN217662615U (en) | Intelligent three oxygen water preparation facilities |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20111228 Effective date of abandoning: 20130306 |
|
| RGAV | Abandon patent right to avoid regrant |