CN2628045Y - Automatic sterilizing device for infectious ward - Google Patents
Automatic sterilizing device for infectious ward Download PDFInfo
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- CN2628045Y CN2628045Y CN 03264185 CN03264185U CN2628045Y CN 2628045 Y CN2628045 Y CN 2628045Y CN 03264185 CN03264185 CN 03264185 CN 03264185 U CN03264185 U CN 03264185U CN 2628045 Y CN2628045 Y CN 2628045Y
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Abstract
The utility model discloses an automatic disinfection device in infectious ward, in particular designed to resist SARS. The utility model comprises the closing circulation type automatic disinfection breathing machine, the bed head poison eliminating mask for the air breathed by patients, the poison eliminating mask with oxygen inhalation as need, online disinfection bed, etc; is characterized is that:(1) each part is controlled by bed head system controller and/or remote computer monitor room;(2) each waste gas pipeline is connected with the general waste gas output;(3) the general waste gas is handled unified by automation loading pump and gas disinfect pool. The utility model handles the air exhaled by patient with close disinfection, through the processing measures as the complete disinfection system on the body and articles of patients, makes all of pathogen from inner or outer body of patients in air of ward to put an end, thus completely cuts off the spreading channel of the SARS virus, to ensure the safety of doctors and nurses. Except the infectious disease unit, the utility model can be used for such medical fields as the resuscitation, the recovery, the intensive care unit, etc.
Description
Technical field: the invention belongs to the armarium technical field, relate in particular to the automatic disinfection device of sars ward.
Background technology: at present; for atypical pneumonia; even use go-go respirator, respiratory therapy; various preventer, disinfection drug and method etc.; its source of infection is not still thoroughly controlled; the route of transmission is not cut off, and Susceptible population especially medical personnel does not still obtain comprehensively effectively protection yet.Single with regard to hospital, tracing it to its cause just is that the route of transmission is not still thoroughly cut off, and is in particular in: 1. do not use being isolated a patient of respirator, there have a large amount of virus to enter when general breathing to be indoor; 2. prepare to use the patient of respirator, when carrying out tracheotomy and intubate, by the high concentration pathogen hazard maximum of otch or trachea and conduit mouth discharge, the infection rate of this moment almost is 100%, and mortality rate also reaches more than 20%; 3. use traditional direct contact type to inhale expectorant equipment and virus disseminating that operational approach caused causes high infection rate and mortality rate equally, and the vacuum suction pump enter the gas of sucking-off indoor or the central suction station also causes large tracts of land to propagate easily when inhaling expectorant; 4. it also is main route of transmission that open atomizing suction and common face shield reach from the pathogen of the non-sterile that contains high concentration of respirator exhalation; 5. when respirator is worked, have a power failure to need change manual artificial ventilator and intubate early stage, extract occasion such as conduit early stage, directly contact patient's handover operation and the artificial ventilator that must closely could operate, and existing 50 centimeters long artificial ventilatoies are that expiration is open entirely, this just equals closely to operate under open airway, and the toxic gas of breathing out from open airway also is the main cause that causes medical personnel to infect; 6. all article can not be sterilized in treatment and also caused virus diffusion on patient's whole skin, employed clothing, thing and the sick bed.In a word, facts have proved: for the extremely strong SARS pathogen of infectiousness, being far from being enough with measures such as existing band multilamellar mask, ventilation, environment disinfected, positive-pressure type canister respirators, basically all is passive safeguard procedures.
The utility model content:
The purpose of this utility model is at SARS, a kind of infectiousness ward automatic disinfection device is provided, it can carry out enclosing sterilizing with patient's breath, with patient body and at one's side article carry out thorough disinfection, ward environment is comprehensively sterilized, thereby make stop in the ward air from the patient body, external all pathogen, promptly by thoroughly cutting off the route of transmission of SARS virus, the past changed into actively the passive protection of pathogen cleans up.
Technical solution of the present utility model is: automatic decontamination equipment in a kind of infectiousness ward and application system thereof, comprise equipment such as sick bed, respirator, sputum aspirator, toxin expelling face shield, it is characterized in that: each equipment all pick off by separately is connected with head of a bed system controller respectively, is connected with the remote computer Control Room by connection again; The waste gas outlet of each equipment is all connecting total gas sampling sterilization tapping equipment, total gas sampling sterilization tapping equipment comprises total exhaust piping, duty pick off, automatization's negative pressure-pumping pump and gas sterilization pool, duty pick off wherein is connected with head of a bed system controller, is connected with remote computer prison chamber by connection again.
Aforementioned device, close circulating automatic sterilization respirator comprising a kind of, suction loop and exhalation loop that it comprises the respirator body and is attached thereto, wherein, be provided with cleaner on the exhalation loop, be provided with the exhaust emission tube of pressure limiting valve between cleaner and body, exhaust emission tube is connected with total exhaust piping, and being provided with gas concentration on loop and the exhalation loop and the flow transducer group is connected with the respirator modulator sucking, modulator is connected with head of a bed system controller.Here said cleaner is made up of carboloy dioxide canister and gas sterilizing filter, and they can divide and are set as 2-4 group, and switch by gang switch.In addition, sucking the loop and breathing the manual breathing bag that can be provided with manually-operated gate between the body; Also can establish air-breathing synchronous nebulizer, wherein nebulizer transfers device to be connected by holding wire and respirator synchronously.In addition, below can placing, this body that closes circulating automatic sterilization respirator is provided with on the sterilization platform that stacks sterilization bag above the roller, sterilization bag is built-in disinfection drug when sterilization, and bottom the sterilization platform, be provided with the disinfectant program controller, can finish dosing in the disinfecting process, heat, automatization's disinfection process such as humidification, ventilation, can respirator and all subsidiary part is totally-enclosed after the sterilization bag pull-up.
Aforesaid equipment, comprising exempting to infect tracheal intubation, it comprises tracheal intubation, the sensing joint, microcannula position sensing and the automatic expectorant main frame of inhaling, wherein, on the inwall of tracheal intubation, wear a sputum aspirator tube, the front opening of sputum aspirator tube is in the tip of intubate, its tail end exposed parts has two ports, one of them port is connected with sound transducer interface on the main frame, the inlet of the miniature attraction controller on another port and the main frame is connected, attract the outlet of controller to be connected with total exhaust piping by flexible pipe, wherein be provided with sensor groups and be connected with main frame on the sensing joint, main frame is connected with head of a bed system controller.
Aforesaid equipment, comprising patient expired collection and confinement of gases discharging toxin hood, its shape such as parasols, wherein cover body back side sealing, the front is a folding, launches the two sides, back and is fan-shaped, the exhaust emission tube road that the top is provided with, and be connected by valve and total waste gas sterilization discharge tube, in addition, also be provided with B/P EGR Back Pressure Transducer EGR at the top of cover body and be connected with the power governor of negative pressure-pumping pump.
Aforementioned device, comprising oxygen uptake toxin expelling face shield as required, it is made up of cover body, oxygen supply pipe and expired gas conduit etc., wherein being provided with the breath signal pick off on cover body is connected with the steering control valve that is located at the tee T position, and be connected with head of a bed system controller, the expired gas conduit upper end that is provided with pressure-control valve is provided with cover T-Ring and the total waste gas discharge tube of sterilizing and is connected.In addition, can be at oxygen supply Guan Shangshe one and air-breathing synchronous nebulizer, and be connected with the breath signal pick off.When needing respiratory therapy patterns such as continuous positive pressure venti lation and end expiratory positive pressure, can realize by the numerical value of pressure-control valve.
Aforesaid equipment is comprising the sterilization system on line bed, this bed adopts wooden structures, be provided with the sterilizing gas generator at its tail end, this sterilizing gas generator is connected with head of a bed system controller, and a soft sterilization bag that can hold article on whole bed body, the bed and patient fully is installed, be provided with a head and neck extending port that has an elasticity near the sterilization bag top, in the sterilization bag exit, if an exhaustor, and be connected with total exhaust piping by valve.Be provided with sterilisation quality and pressure transducer in sterilization bag, and be connected with the sterilizing gas generator, the two cooperates realization upward sterilization of bed reliably.
In addition, be provided with the high-altitude on top, ward and filter air delivery pump, the discharge duct that is provided with ground level exhaust gas filter pump in the bottom, ward and is connected with total gas sampling sterilization tapping equipment wherein reaches the indoor air mass sensor that is provided with and is connected with the computer monitor chamber on discharge duct.
Compared with prior art, the utlity model has following advantage:
(1) because the circulating automatic sterilization respirator of closing of cleaner is equipped with in employing, the filtration means that cleaner adopts comprise technology such as chemical reaction heating disinfection, gas molecule filtration and absorption, therefore the gas of handling through cleaner does not conform to pathogen and the harmful substance that carbon dioxide is arranged and live, can send into respirator relievedly reuses, need not the time can be discharged to total waste gas sterilization exhaust system by pressure limiting valve, so just eliminated carbon dioxide and pathogen alive that patient discharges by respirator, thereby ward air is purified.
(2) owing on the suction loop, be serially connected with manual breathing bag and synchronous air-breathing nebulizer, when working, respirator has a power failure like this, intubate is early stage, extract conduit and wait the occasion that to open the manual switching of air flue artificial ventilator in earlier stage, removed manual handover operation from and closely finished the breathing supporting process with open artificial ventilator of exhaling, can under the prerequisite of open airway not, realize closing at a distance the operation of circulation artificial ventilation, in whole respiratory, has only oxygen like this, air and medicine enter respiratory tract, and do not have breath to excrete, therefore, just stopped the expired gas of patient under these situations to personnel's infection on every side.
(3) because this respirator can carry out enclosing sterilizing to its whole and subsidiary part by placing the sterilization bag innerlich anwenden product on the sterilization platform, therefore also guaranteed the cleaning of respirator itself.That is to say use this respirator not only patient's breath can not cause personnel's infection on every side, even respirator itself can not polluted yet.
(4) exempt to infect tracheal intubation owing to having had, this equipment can be during insertion sensed whether prompt for successful sound of intubate by respiration pickup, like this when carrying out endotracheal intubation, in the whole operation process, just need not operator's head exceedingly near patient.Also not having the exhalation device is discharged into indoor, and this equipment can be inhaled expectorant automatically and realize control automatically, the choke gas of expectoration or air-flow that manual compression goes out and the poison in the sputum of patient siphons away it by means of the negative pressure of outside in the time of so just can be with intubate along pipeline, therefore utilize this intubate to stop the breath of patient in this generic operation and the gas leak of apoplexy due to phlegm again, thereby purified surrounding.In breathing management, can monitor respiratory murmur automatically, and expectorant and amount of expectoration what indicate whether to have, start sputum aspirator when expectorant is arranged automatically and inhale expectorant, but the patient's of remote monitoring simultaneously respiratory murmur, heartbeat sound have reduced the chance that medical personnel closely monitor nursing.
(5) owing to have gas leakage or patient suspected's situations such as breath to design breath collection discharging toxin hood for the patient who does not use respirator, the patient who uses respirator, patient's expired gas and the airtight collection discharging of the spittle can be disinfected by it, thereby cut off this part patient's the source of infection, by purifying the environment of their place ward, around having guaranteed personnel particularly medical personnel avoid infecting.Because the degree of negative pressure in the air-tight state of this cover influence cover, so can detect the variation of negative pressure at the cover top by B/P EGR Back Pressure Transducer EGR and signal be sent to power governor in the automatic negative-pressure suction pump, the negative pressure of its generation is changed as required, do not influence patient's life degree of being again can siphon away the expiration spittle.Its function is: collect from lying in the gas that the patient on the sick bed breathes out in any case, as mask oxygen inhalation, inhale the gas that spills in expectorant, the nebulae inhalation process and the breath of general breathing, comprise the gas that the patient who uses respirator is spilt, and send into total waste gas sterilization exhaust system, cut off the route of transmission.
(6) because a kind of toxin expelling of oxygen uptake as required face shield is provided, it can realize the duty control to valve by the setting in control room, it can guarantee positive airway pressure according to patient's physiological need, do not have oxygen to enter trachea when making patient exhales, and expellant gas is not revealed yet outside cover.Can realize special ventilating modes such as continuous positive pressure venti lation, positive end expiratory pressure by adjusting and setting in addition to the valve pressure of giving vent to anger, this is just avoided toxic gas is entered indoor polluting, so it has cut off the approach of the SARS patient breath of face shield to indoor propagation that use.And air-breathing synchronous nebulizer is set on the oxygen supply pipe, then can increase and improve the function of face shield preferably.
(7) since the sterilization system on line bed it whole health and sick bed and bedding, the medicated clothing etc. of patient except that head can be carried out totally-enclosed being implemented in and finish the work of disinfecting in the treatment; it is sterilization system on line; therefore cut off from patient body and reach the viral source of article on every side, further protected medical personnel's safety.
(8) because total computer monitor chamber can be monitored, all devices duty in the adjusting, command post, the waste gas of discharging from each equipment has been collected in total exhaust emission tube road, and concentrate disinfect after again outside the drain chamber, this just makes this utility model can not cause any pollution to the indoor and outdoor environment in treatment SARS process.
(9) owing to make the high-altitude in the ward filter coordination on demand basis work such as air delivery pump and ground level exhaust gas filter pump under the control of computer monitor chamber, caused situation to indoor forced ventilation, and can guarantee indoor non-compliant gas is in time sent the outdoor purified treatment of doing by the air monitering result, be that this utility model is faced SARS, guarantee that the most at last medical personnel are operated in the clean nontoxic working environment, do not discharge any poison to external world.
In a word, this utility model be applied to the ward can with the epidemic victim particularly gas that SARS patient is discharged give comprehensive enclosing sterilizing, with patient's health and at one's side article also carry out thorough disinfection, be used conventional indoor sterilization method simultaneously, patient is excremental to dissolve processing method etc. all objects in ward is carried out pasteurised completely, and a series of technical measures such as forced ventilation, for making all pathogen of having stopped in the ward air from patient's vivo and vitro that reliable assurance is provided, thereby thoroughly cut off the route of transmission of SARS virus, for the clean sweep of capturing the fight against SARS early contributes, also for preventing similar infectious disease that help is provided.
Description of drawings:
Fig. 1 is an operation principle block diagram of the present invention.
Fig. 2 is a structural representation sketch of the present invention.
The specific embodiment:
As shown in the figure, infectiousness provided by the invention ward automatic disinfection device, comprise close circulating automatic sterilization respirator 1, exempt to infect tracheal intubation 2, patient expired collection and confinement of gases discharging toxin hood 3, equipment such as oxygen uptake toxin expelling face shield 4, sterilization system on line bed 5 as required, it is characterized in that: each equipment various pick offs such as the pressure by separately, flow, concentration, temperature respectively is connected with head of a bed system controller 6, and then is connected with remote computer Control Room 7 by connection.Here so-called remote computer Control Room 7 promptly is by shield glass computer and ward to be separated.The waste gas outlet of each equipment is all connecting total gas sampling sterilization tapping equipment 8, total gas sampling sterilization tapping equipment 8 comprises total exhaust piping 81, duty pick off 82, automatization's negative pressure-pumping pump 83 and gas sterilization pool 84, duty pick off 82 wherein is connected with head of a bed system controller 6, is connected with remote computer Control Room 7 by connection again.Be that total waste gas is done the sterilizing and purifying processing through automatization's negative pressure-pumping pump 83 and gas sterilization pool 84.
Wherein close circulating automatic sterilization respirator 1, suction loop 12 and exhalation loop 14 that it comprises respirator body 11 and is attached thereto, wherein, on exhalation loop 14, be provided with cleaner 15, be provided with the exhaust emission tube 16 of pressure limiting valve 17 between cleaner 15 and body 11, exhaust emission tube 16 is connected with total exhaust piping 81.And being provided with gas concentration on loop 12 and the exhalation loop 14 and flow transducer group 18 is connected with respirator modulator 11a sucking, modulator 11a is connected with head of a bed system controller 6.Here said cleaner 15 is made up of carboloy dioxide canister 15a and gas sterilizing filter 15b, and the filtration means of employing have chemical reaction heating disinfection technology, gas molecule filtration and adsorption technology etc.They can divide and are set as 24 groups, and switch by gang switch 15c.In addition, for humidification, airway administration, sucking loop 12 and breathing the manual breathing bag 12b that has been connected in series a band manually-operated gate 12a between the body 11 and one and air-breathing synchronous nebulizer 12c, wherein synchronous nebulizer 12c is connected with respirator master controller 11a by holding wire.In addition, in order to sterilize to respirator, the body 11 of this respirator 1 is provided with on the sterilization platform 10 that stacks sterilization bag 19 above the roller below can place, sterilization bag 19 is built-in disinfection drug when sterilization, and be provided with disinfectant program controller 10a in sterilization platform 10 bottoms, this cyclelog 10a is connected with respirator master controller 11a by holding wire, this cyclelog 10a is connected by the duty pick off 10b that sets up, dosing is finished in the two cooperation, humidification, heat, automatization's disinfection process such as bleed can be totally-enclosed with respirator 1 and all subsidiary part after sterilization bag 19 pull-ups.Disinfecting process is finished by start the sterilization controller in disinfection room.Because all material of this respirator 1 all is to handle through the destructive protectiveness of anti-disinfection drug, do not influence the operate as normal of respirator after the sterilization.
Wherein exempt to infect tracheal intubation 2, it comprises tracheal intubation 21, joint 22, microcannula position sensing and the automatic expectorant main frame 26 of inhaling, wherein, on the inwall of tracheal intubation 21, wear a sputum aspirator tube 23, the front opening of sputum aspirator tube 23 is in the tip of intubate 21, its tail end exposed parts is two ports, one of them port is connected with sound transducer interface 25 on the main frame 26, the inlet 24 of the miniature attraction controller 27 on another port and the main frame 26 is connected, attract the outlet of controller 27 to be connected with total exhaust piping 81 by the flexible pipe that is provided with valve 29, wherein be provided with sensor groups 28 and be connected with main frame 26 on joint 22, main frame 26 is connected with head of a bed system controller 6.
Patient expired collection and confinement of gases discharging toxin hood 3 wherein, its shape such as parasols, wherein cover body 31 back sides sealing, the front is a folding, launch the two sides, back and be fan-shaped, the exhaust emission tube road 33 that the top is provided with, and be connected with total exhaust piping 81 by valve 34, in addition, also being provided with B/P EGR Back Pressure Transducer EGR 32 at the top of cover body 31 is connected with the power governor 85 of negative pressure-pumping pump 83.
The toxin expelling of oxygen uptake as required face shield 4 wherein, it is made up of cover body 41, oxygen supply pipe 42 and expired gas conduit 43 etc., wherein, be provided with the valve 48 of scalable oxygen flow in the porch of oxygen supply pipe 42, being provided with pick off 44 on cover body 41 is connected by holding wire with the steering control valve 45 that is located at the tee T position, be provided with the pressure limiting control valve 49 of adjustable pressure in expired gas conduit 43 upper ends, connect together by cover T-Ring 47 in the middle of the two.The pipe outlet of pressure limiting control valve 49 is connected with total exhaust piping 81, and be connected with head of a bed system controller 6 by holding wire, in addition, for humidification and administration, on oxygen supply pipe 42, establish one with air-breathing synchronous nebulizer 46, and be connected with pick off 44 by holding wire.
Sterilization system on line bed 5 wherein, should adopt wooden structures, in case be corroded, be provided with sterilizing gas generator 51 at its tail end, this sterilizing gas generator 51 is connected with head of a bed system controller 6, and be equipped with one and can hold the whole bed body fully, article and patient's soft sterilization bag 52 on the bed, be provided with a head and neck extending port 53 that has an elasticity near sterilization bag 52 tops, in sterilization bag 52 exits, an if exhaustor 54, and be connected with total exhaust piping 81 by valve 55, be provided with pressure transducer 56 in addition in the sterilization bag and be connected with sterilizing gas generator 51.
In addition, need be provided with the high-altitude on top, ward and filter air delivery pump H, be provided with ground level exhaust gas filter pump L in the bottom, ward and the discharge duct that is connected with total gas sampling sterilization tapping equipment 8, wherein on discharge duct and the indoor air mass sensor S that is provided be connected with computer monitor chamber 7.
This utility model is mainly used in the fight against SARS, also is applicable to other lazaretto wards certainly, and with the exception of this, it also can be widely used in high-tech medical fields such as anesthesia, recovery, intensive care unit(ICU).
Claims (9)
1, a kind of infectiousness ward automatic disinfection device, comprise equipment such as sick bed, respirator, sputum aspirator, toxin expelling face shield again, it is characterized in that: each equipment all pick off by separately is connected with head of a bed system controller (6) respectively, is connected with remote computer Control Room (7) by connection again; The waste gas outlet of each equipment is all connecting total gas sampling sterilization tapping equipment (8), total gas sampling sterilization tapping equipment (8) comprises total exhaust piping (81), duty pick off (82), automatization's negative pressure-pumping pump (83) and gas sterilization pool (84), duty pick off (82) wherein is connected with head of a bed system controller (6), is connected with remote computer Control Room (7) by connection again.
2, according to the infectiousness ward automatic disinfection device of claim 1, it is characterized in that: said each equipment is comprising a kind of circulating automatic sterilization respirator (1) that closes, suction loop (12) and exhalation loop (14) that it comprises respirator body (11) and is attached thereto, wherein, on expired gas loop (14), be provided with cleaner (15), be provided with the exhaust emission tube (16) of pressure limiting valve (17) between cleaner (15) and body (11), exhaust emission tube (16) is connected with total exhaust piping (81); In addition, be provided with gas concentration and flow transducer group (18) on air circuit (12) and exhalation loop (14) and be connected with respirator modulator (11a) sucking by holding wire; Cleaner wherein (15) is made up of carboloy dioxide canister (15a) and gas sterilizing filter (15b), divides to be set as the 2-4 group, and (15c) switches by gang switch.
3, according to the infectiousness ward automatic disinfection device of claim 2, it is characterized in that, establish a manual breathing bag (12b) that has a manually-operated gate (12a) between loop (12) and the breathing body (11) sucking, and being provided with air-breathing synchronous nebulizer (12c), nebulizer (12c) is connected with respirator modulator (11a) by holding wire synchronously.
4, according to claim 1,2 or 3 infectiousness ward automatic disinfection device, it is characterized in that: be provided with on the sterilization platform (10) that stacks sterilization bag (19) above the roller below the said body (11) that closes circulating automatic sterilization respirator (1) places, sterilization bag (19) is built-in disinfection drug when sterilization, sterilization platform (10) bottom is provided with disinfectant program controller (10a) and is connected with duty pick off (10b), can be with respirator (1) and subsidiary partially enclosed after sterilization bag (19) pull-up.
5, automatic decontamination equipment in infectiousness ward and application system thereof according to claim 4, it is characterized in that: said each equipment is comprising exempting to infect tracheal intubation (2), it comprises tracheal intubation (21), joint (22), microcannula position sensing and the automatic expectorant main frame (26) of inhaling, wherein, on the inwall of tracheal intubation (21), wear a sputum aspirator tube (23), the front opening of sputum aspirator tube (23) is in the tip of intubate (21), its tail end exposed parts is two ports, one of them port is connected with sound transducer interface (25) on the main frame (26), the inlet (24) of the miniature attraction controller (27) on another port and the main frame (26) is connected, attract the outlet of controller (27) to be connected with total waste gas sterilization discharge tube (81) by the flexible pipe that is provided with valve (29), wherein be provided with sensor groups (28) and be connected with main frame (26) on joint (22), main frame (26) is connected with head of a bed system controller (6).
6, according to claim 1,2,3 or 5 infectiousness ward automatic disinfection device, it is characterized in that: said each equipment is comprising patient expired collection and confinement of gases discharging toxin hood (3), its shape such as parasols, wherein cover body 31 back sides sealing, the front is a folding, launch the two sides, back and be fan-shaped, the top is provided with exhaust emission tube road (33) and is connected with total waste gas sterilization discharge tube (81) by valve (34), in addition, also being provided with B/P EGR Back Pressure Transducer EGR (32) at the top of cover body (31) is connected with the power governor (85) of negative pressure-pumping pump (83).
7, infectiousness ward automatic disinfection device according to claim 6, it is characterized in that: said each equipment is comprising oxygen uptake toxin expelling face shield (4) as required, it is by cover body (41), oxygen supply pipe (42) and expired gas conduit compositions such as (43), wherein being provided with pick off (44) on cover body (41) is connected with the steering control valve that is located at the tee T position (45), the upper end of expired gas conduit (43) is provided with the pressure limiting control valve (49) of adjustable pressure and is connected with total waste gas sterilization discharge tube (81), pressure limiting control valve (49) is connected with head of a bed system controller (6) by holding wire, wherein on oxygen supply pipe (42), establish an air-breathing synchronous nebulizer (46), and be connected with pick off (44).
8, according to claim 1,2,3,5 or 7 infectiousness ward automatic disinfection device, it is characterized in that: said each equipment is comprising sterilization system on line bed (5), be provided with sterilizing gas generator (51) at its tail end, this sterilizing gas generator (51) is connected with head of a bed system controller (6), and be equipped with one and can hold the whole bed body fully, article and patient's soft sterilization bag (52) on the bed, be provided with a head and neck extending port (53) that has an elasticity near sterilization bag (52) top, in sterilization bag (52) exit, if an exhaustor (54), and be connected by valve (55) and total waste gas sterilization discharge tube (81).Being provided with pressure transducer (56) in sterilization bag (52) inside is connected with sterilizing gas generator (51) by holding wire.
9, infectiousness according to claim 8 ward automatic disinfection device, it is characterized in that: be provided with the high-altitude on top, ward and filter air delivery pump (H), the discharge duct that is provided with ground level exhaust gas filter pump (L) in the bottom, ward and is connected with total gas sampling sterilization tapping equipment (8) wherein reaches the indoor air mass sensor (S) that is provided with and is connected with computer monitor chamber (7) on discharge duct.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03264185 CN2628045Y (en) | 2003-05-30 | 2003-05-30 | Automatic sterilizing device for infectious ward |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03264185 CN2628045Y (en) | 2003-05-30 | 2003-05-30 | Automatic sterilizing device for infectious ward |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2628045Y true CN2628045Y (en) | 2004-07-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03264185 Expired - Fee Related CN2628045Y (en) | 2003-05-30 | 2003-05-30 | Automatic sterilizing device for infectious ward |
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| CN (1) | CN2628045Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106215253A (en) * | 2016-08-11 | 2016-12-14 | 重庆医科大学附属永川医院 | A kind of miniature electric suction sputum device |
| CN108317636A (en) * | 2018-02-01 | 2018-07-24 | 付静 | A kind of oxygen supply of pulmonary tuberculosis intensive care unit and bacterial control device |
| CN109966528A (en) * | 2017-12-28 | 2019-07-05 | 中国石油天然气股份有限公司 | A kind of chlorination equipment and method |
-
2003
- 2003-05-30 CN CN 03264185 patent/CN2628045Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106215253A (en) * | 2016-08-11 | 2016-12-14 | 重庆医科大学附属永川医院 | A kind of miniature electric suction sputum device |
| CN109966528A (en) * | 2017-12-28 | 2019-07-05 | 中国石油天然气股份有限公司 | A kind of chlorination equipment and method |
| CN108317636A (en) * | 2018-02-01 | 2018-07-24 | 付静 | A kind of oxygen supply of pulmonary tuberculosis intensive care unit and bacterial control device |
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