CN206350860U - A kind of noninvasive ventilator for having an anesthesia function - Google Patents

A kind of noninvasive ventilator for having an anesthesia function Download PDF

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Publication number
CN206350860U
CN206350860U CN201621137466.7U CN201621137466U CN206350860U CN 206350860 U CN206350860 U CN 206350860U CN 201621137466 U CN201621137466 U CN 201621137466U CN 206350860 U CN206350860 U CN 206350860U
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China
Prior art keywords
operating room
cabin
anesthesia
air guide
signal
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Expired - Fee Related
Application number
CN201621137466.7U
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Chinese (zh)
Inventor
侯秀伟
魏敏
李亚丽
李平平
李麟
高丽华
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Jilin University
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Jilin University
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Publication of CN206350860U publication Critical patent/CN206350860U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model discloses a kind of noninvasive ventilator for having an anesthesia function, including lung ventilator main body, the lateral wall of the lung ventilator main body is provided with anesthesia outfit and oxygen cathete, the anesthesia outfit includes housing, the internal welding of the housing is connected to the first operating room, second operating room, 3rd operating room and the 4th operating room, the inside of 3rd operating room is provided with anesthetic case and atomizer, the inside of second operating room is provided with base, controller and air guide cabin, and the inside of base is provided with control gas cabin, the anesthetic case, atomizer, control gas cabin and air guide cabin are sequentially connected with by pipeline, the output end in the air guide cabin is provided with anesthesia tube, the inside of first operating room is provided with exhaust-gas treatment room, the output end for converging air chamber is provided with appendix, by controlling gas cabin, the cooperation of spheroid and electric pushrod, can synchronize the supply frequency of anesthetic and the respiratory rate of patient, ensure the safety of patient.

Description

A kind of noninvasive ventilator for having an anesthesia function
Technical field
The utility model is related to a kind of medicine equipment, more particularly to a kind of noninvasive ventilator for having an anesthesia function.
Background technology
Lung ventilator be it is a kind of can replace, control or change the normal physiologic respiration of people, mitigate respiratory function consumption, save the heart The device of dirty reserve capabillity, urgent Use of respirator intubation access is internal, can cause wound to human body, and noninvasive ventilator is using exhaling Mask is inhaled, wound will not be caused to human body, some existing anesthesias, such as injection can cause psychology and body to patient Dual injury on body, and anesthesia is breathed it cannot be guaranteed that anesthetic and the synchronized with breath of patient, it is easy to because dosage mistake Patient is caused harm greatly.
The content of the invention
The purpose of this utility model is to solve some above-mentioned existing anesthesias, such as injection can be made to patient Dual injury into psychology and body, and anesthesia is breathed it cannot be guaranteed that anesthetic and the synchronized with breath of patient, it is easy to Because the excessive problem that caused harm to patient of dosage, and provide a kind of noninvasive ventilator for having an anesthesia function.
The utility model provides following technical scheme:A kind of noninvasive ventilator for having an anesthesia function, including lung ventilator main body And breathing mask, the lateral wall of the lung ventilator main body is provided with anesthesia outfit and oxygen cathete, and the anesthesia outfit includes housing, institute The inside for stating housing is divided into the first operating room, the second operating room, the 3rd operating room and the 4th operating room, the described 3rd by demarcation strip The inside of operating room is provided with anesthetic case and atomizer, and the inside of second operating room is provided with base, controller and air guide cabin, And the inside of base, provided with control gas cabin, the anesthetic case, atomizer, control gas cabin and air guide cabin are sequentially connected with by pipeline, institute The inside for stating control gas cabin is provided with spheroid, and the lower surface of the spheroid is provided with the electric pushrod installed in base upper surface, described to lead The inside in gas cabin is provided with staggered aeroscopic plate, and the intracavity bottom in air guide cabin is provided with pressure inductor, the pressure sensitive Device, controller and electric pushrod are sequentially connected with by electric conductor, and electric pushrod is connected with external power supply, the air guide cabin it is defeated Go out end and be provided with anesthesia tube, and the inside of anesthesia tube is provided with the first check valve, the inside of first operating room is provided with exhaust-gas treatment Room, the input of the exhaust-gas treatment room is provided with blast pipe, and the inside of blast pipe is provided with the second check valve, the exhaust-gas treatment The inside of room is provided with filter screen and condenser pipe from top to bottom, and the output end of the exhaust-gas treatment room is provided with exhaust pipe, and waste gas Delivery pipe and atmosphere, the anesthesia tube, blast pipe and oxygen cathete are connected with the remittance air chamber being fixed in inner walls, institute The output end for stating remittance air chamber is provided with appendix, and the end of the appendix is connected with the back of breathing mask, the breathing mask Lateral wall be provided with audio signal reception device;
The audio signal reception device includes voice collection device, and the voice collection device includes support and vibrating membrane, described to shake Dynamic film is connected by fine rule with the bowl-type groove being arranged on support, and the outer surface of the vibrating membrane is connected with interspersed bowl-type groove Drive link, the end of the drive link is connected with the first signal adapter, first signal adapter by electric conductor successively First processor and signal projector are connected with, the preceding surface of the lung ventilator main body is provided with public address set, the public address set Including signal receiver, the signal receiver by electric conductor be connected with turn secondary signal converter, second processor and Loudspeaker, the signal projector and signal receiver are connected by wireless signal;
The rear surface of the breathing mask is interspersed with capillary, and the side wall of the lung ventilator main body is provided with collection cups, described The outer end of capillary is inserted in the inside of collection cups;
The inside of the collection cups is provided with sterilizing layer.
Operation principle and process of the present utility model:
Anesthetic in anesthetic case is realized by atomizer to be atomized, and control gas cabin is flowed into, during patient's air-breathing, in air guide cabin Air pressure is reduced, and signal is passed to controller by pressure sensor, and controller pushes up electric pushrod, promotes spheroid, controls gas Cabin is connected with air guide cabin, the aeroscopic plate that Atomized anesthetic agent is flowed into air guide cabin, air guide cabin is made air-flow smooth flow, will not be disorderly Disorderly, the first check valve that Atomized anesthetic agent is flowed into remittance air chamber, anesthesia tube by anesthesia tube makes Atomized anesthetic agent only export but no import, when When patient exhales, exhaled gas is by blast pipe inflow exhaust gas process chamber, through filter screen filtration, and makes part gas by condenser pipe Body fluid, residual gas is discharged into air by exhaust pipe, and the oxygen that patient needs passes through oxygen cathete by noninvasive ventilator Feeding remittance air chamber, when patient speaks, vibrating membrane produces vibrations, and the first signal adapter is passed to by conductive bar, and signal turns Acoustical signal is converted into electric signal and passes to first processor by parallel operation, and first processor makes signal projector send signal, letter Number receiver receives signal, and being converted to electric signal by secondary signal converter passes to second processor, second processor Loudspeaker is set to amplify sound.
The beneficial effects of the utility model:
The utility model is simple in construction, easy to operate, by controlling gas cabin, spheroid and the cooperation of electric pushrod, can make fiber crops Liquor-saturated dose of supply frequency and the respiratory rate of patient are synchronized, it is ensured that the safety of patient;, can be to disease by setting anesthesia outfit People carries out breathing anesthesia, reduces the pain of patient.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the utility model anesthesia outfit.
Fig. 3 is the structural representation of the utility model business harvester.
Embodiment
Refer to shown in Fig. 1, Fig. 2 and Fig. 3, the utility model provides a kind of technical scheme:A kind of nothing for having an anesthesia function Lung ventilator, including lung ventilator main body 1 and breathing mask 3 are created, the lateral wall of the lung ventilator main body 1 is provided with anesthesia outfit 2 and defeated Oxygen pipe 4, the anesthesia outfit 2 includes housing 201, and the inside of the housing 201 is divided into the first operating room 202, the by demarcation strip Two operating rooms 203, the 3rd operating room 208 and the 4th operating room 222, the inside of the 3rd operating room 208 are provided with anesthetic case 209 and atomizer 210, the inside of second operating room 203 is provided with base 204, controller 211 and air guide cabin 212, and base 204 inside passes through pipeline provided with control gas cabin 207, the anesthetic case 209, atomizer 210, control gas cabin 207 and air guide cabin 212 It is sequentially connected with, the inside in the control gas cabin 207 is provided with spheroid 206, and the lower surface of the spheroid 206, which is provided with, is arranged on base 204 The electric pushrod 205 of upper surface, the inside in the air guide cabin 212 is provided with staggered aeroscopic plate 213, and air guide cabin 212 Intracavity bottom is provided with pressure inductor 214, and the pressure inductor 214, controller 211 and electric pushrod 205 pass through electric conductor It is sequentially connected with, and electric pushrod 205 is connected with external power supply, the output end in the air guide cabin 212 is provided with anesthesia tube 215, and fiber crops The inside of liquor-saturated pipe 215 is provided with the first check valve 216, and the inside of first operating room 202 is provided with exhaust-gas treatment room 223, described The input of exhaust-gas treatment room 223 is provided with blast pipe 220, and the inside of blast pipe 220 is provided with the second check valve 219, described useless The inside of gas disposal room 223 is provided with filter screen 225 and condenser pipe 224 from top to bottom, and the output end of the exhaust-gas treatment room 223 is provided with Exhaust pipe 221, and exhaust pipe 221 and atmosphere, the anesthesia tube 215, blast pipe 220 and oxygen cathete 4 with The remittance air chamber 217 being fixed on the inwall of housing 201 is connected, and the output end for converging air chamber 217 is provided with appendix 218, described defeated The end of tracheae 218 is connected with the back of breathing mask 3, and the lateral wall of the breathing mask 3 is provided with audio signal reception device 5 by controlling gas The cooperation in cabin 207, spheroid 206 and electric pushrod 205, can make the supply frequency of anesthetic and the respiratory rate synchronization of patient Change, it is ensured that the safety of patient;By setting anesthesia outfit 2, breathing anesthesia can be carried out to patient, reduce the pain of patient;
The audio signal reception device 5 includes voice collection device 54, and the voice collection device 54 includes support 543 and vibrating membrane 544, the vibrating membrane 544 is connected by fine rule with the bowl-type groove 542 being arranged on support 543, the appearance of the vibrating membrane 544 Face is connected with the drive link 541 in interspersed bowl-type groove 542, and the end of the drive link 541 is connected with the first signal adapter 53, First signal adapter 53 is connected with first processor 52 and signal projector 51, the lung ventilator in turn by electric conductor The preceding surface of main body 1 is provided with public address set 8, and the public address set 8 includes signal receiver 81, and the signal receiver 81 passes through Electric conductor is connected with secondary signal converter 82, second processor 83 and loudspeaker 84, the signal projector 51 and letter in turn Number receiver 81 is connected by wireless signal;
The rear surface of the breathing mask 3 is interspersed with capillary 6, and the side wall of the lung ventilator main body 1 is provided with collection cups 7, The outer end of the capillary 6 is inserted in the inside of collection cups 7, by setting capillary 6, can discharge the water in breathing mask 3 Point;
The inside of the collection cups 7 is provided with sterilizing layer, and the moisture in collection cups 7 is carried out disinfection.
Operation principle and process of the present utility model:
Refer to shown in Fig. 1, Fig. 2 and Fig. 3, the anesthetic in anesthetic case 209 is realized by atomizer 210 and is atomized, stream Enter to control gas cabin 207, during patient's air-breathing, the air pressure in air guide cabin 212 is reduced, and signal is passed to controller by pressure sensor 214 211, controller 211 pushes up electric pushrod 205, promotes spheroid 205, and control gas cabin 207 is connected with air guide cabin 212, makes mist The aeroscopic plate 213 changed in anesthetic inflow air guide cabin 212, air guide cabin 212 can make air-flow smooth flow, will not be disorderly, atomization fiber crops Liquor-saturated dose of the first check valve 216 flowed into by anesthesia tube 215 in remittance air chamber 217, anesthesia tube 215 makes Atomized anesthetic agent only go out not Enter, as the patient exhales, exhaled gas is filtered, and pass through by the inflow exhaust gas process chamber 223 of blast pipe 220 through screen pack 225 Condenser pipe 224 makes portion gas liquefy, and residual gas is discharged into air by exhaust pipe 221, patient need oxygen by Noninvasive ventilator is by the feeding remittance air chamber 217 of oxygen cathete 4, and when patient speaks, vibrating membrane 534 produces vibrations, passes through conductive bar 531 pass to the first signal adapter 53, and acoustical signal is converted into electric signal and passes to first processor by signal adapter 53 52, first processor 52 makes signal projector 51 send signal, and signal receiver 81 receives signal, changed by secondary signal Device 82 is converted to electric signal and passes to second processor 83, and second processor 83 makes loudspeaker 84 amplify sound.

Claims (1)

1. a kind of noninvasive ventilator for having an anesthesia function, including lung ventilator main body (1) and breathing mask (3), it is characterised in that:Institute The lateral wall for stating lung ventilator main body (1) is provided with anesthesia outfit (2) and oxygen cathete (4), and the anesthesia outfit (2) includes housing (201), the inside of the housing (201) is divided into the first operating room (202), the second operating room (203), the 3rd work by demarcation strip Room (208) and the 4th operating room (222), the inside of the 3rd operating room (208) are provided with anesthetic case (209) and atomizer (210), the inside of second operating room (203) is provided with base (204), controller (211) and air guide cabin (212), and base (204) inside is provided with control gas cabin (207), the anesthetic case (209), atomizer (210), control gas cabin (207) and air guide cabin (212) it is sequentially connected with by pipeline, the inside of control gas cabin (207) is provided with spheroid (206), the following table of the spheroid (206) Face is provided with the electric pushrod (205) installed in base (204) upper surface, and the inside of the air guide cabin (212), which is provided with, to be staggered Aeroscopic plate (213), and air guide cabin (212) intracavity bottom be provided with pressure inductor (214), the pressure inductor (214), Controller (211) and electric pushrod (205) are sequentially connected with by electric conductor, and electric pushrod (205) is connected with external power supply, institute The output end for stating air guide cabin (212) is provided with anesthesia tube (215), and the inside of anesthesia tube (215) is provided with the first check valve (216), The inside of first operating room (202) is provided with exhaust-gas treatment room (223), and the input of the exhaust-gas treatment room (223) is provided with Blast pipe (220), and the inside of blast pipe (220) is provided with the second check valve (219), the inside of the exhaust-gas treatment room (223) Filter screen (225) and condenser pipe (224) are provided with from top to bottom, and the output end of the exhaust-gas treatment room (223) is provided with exhaust pipe (221), and exhaust pipe (221) and atmosphere, the anesthesia tube (215), blast pipe (220) and oxygen cathete (4) with Remittance air chamber (217) connection on housing (201) inwall is fixed on, the output end for converging air chamber (217) is provided with appendix (218), the end of the appendix (218) is connected with the back of breathing mask (3), and the lateral wall of the breathing mask (3) is set There is audio signal reception device (5);
The audio signal reception device (5) includes voice collection device (54), and the voice collection device (54) includes support (543) and shaken Dynamic film (544), the vibrating membrane (544) is connected by fine rule with the bowl-type groove (542) being arranged on support (543), described to shake The outer surface of dynamic film (544) is connected with the drive link (541) in interspersed bowl-type groove (542), the end of the drive link (541) with First signal adapter (53) is connected, and first signal adapter (53) is connected with first processor in turn by electric conductor (52) and signal projector (51), the preceding surface of the lung ventilator main body (1) is provided with public address set (8), the public address set (8) Including signal receiver (81), the signal receiver (81) by electric conductor be connected with turn secondary signal converter (82), Second processor (83) and loudspeaker (84), the signal projector (51) and signal receiver (81) are connected by wireless signal Connect;
The side wall of the lung ventilator main body (1) is provided with collection cups (7), and the collection cups (7) pass through capillary (6) and breathing mask (3) connect;
The inside of the collection cups (7) is provided with sterilizing layer.
CN201621137466.7U 2016-10-20 2016-10-20 A kind of noninvasive ventilator for having an anesthesia function Expired - Fee Related CN206350860U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621137466.7U CN206350860U (en) 2016-10-20 2016-10-20 A kind of noninvasive ventilator for having an anesthesia function

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621137466.7U CN206350860U (en) 2016-10-20 2016-10-20 A kind of noninvasive ventilator for having an anesthesia function

Publications (1)

Publication Number Publication Date
CN206350860U true CN206350860U (en) 2017-07-25

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Application Number Title Priority Date Filing Date
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107376072A (en) * 2017-08-24 2017-11-24 山东省立医院 A kind of Inhalational anesthesia device
CN107376080A (en) * 2017-08-03 2017-11-24 张乙莲 A kind of special Anesthesia machine of department of anesthesia

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107376080A (en) * 2017-08-03 2017-11-24 张乙莲 A kind of special Anesthesia machine of department of anesthesia
CN107376072A (en) * 2017-08-24 2017-11-24 山东省立医院 A kind of Inhalational anesthesia device

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20170725

Termination date: 20181020

CF01 Termination of patent right due to non-payment of annual fee