CN104689436A - Electrical control breathing machine for intensive care chamber - Google Patents
Electrical control breathing machine for intensive care chamber Download PDFInfo
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- CN104689436A CN104689436A CN201510089857.XA CN201510089857A CN104689436A CN 104689436 A CN104689436 A CN 104689436A CN 201510089857 A CN201510089857 A CN 201510089857A CN 104689436 A CN104689436 A CN 104689436A
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Abstract
The invention relates to an electrical control breathing machine for an intensive care chamber, and belongs to the technical field of medical instruments. The electrical control breathing machine comprises an electrical control breathing machine main body; an indicator detector is arranged on the electrical control breathing machine main body; a detector screen is arranged on the front side of the indicator detector; a pressure detecting switch is arranged on the right upper side of the detector screen; a flow rate detecting switch is arranged on the right side of the pressure detecting switch; a timing down regulation button is arranged on the lower side of the flow rate detecting switch; a timing up regulation button is arranged at the left side of the timing down regulation button. The electronic control breathing machine is complete in functions, safe and efficient, adopts a breathing intensity inductive method to influence breathing frequency to enable a patient to adjust and control breathing automatically, is simple to operate, and not only contributes to shortening off-line process of an intensive care patient, but also relieves work burden of medical staff at the same time.
Description
Technical field
The invention belongs to technical field of medical instruments, be specifically related to the automatically controlled respirator of a kind of Intensive Care Unit.
Background technology
Respirator is the requisite salvage tool of patient with severe symptoms, traditionally, the frequency that the speed of respiratory frequency is only set by respirator and breathing cycle determine, patient cannot exchange voluntarily, sometimes firmly breathing of forced-ventilation and patient may be asynchronous, to such an extent as to patient cannot the drawback such as autonomous respiration, thus disturb and extend the process of off line, not only bring inconvenience to patient, make troubles also to the therapeutic process of medical worker simultaneously.
Summary of the invention
The object of this invention is to provide a kind of when rescue and the treatment of carrying out Intensive Care Unit patient, multiple functional, the automatically controlled respirator of Intensive Care Unit safely and efficiently.
Technical scheme of the present invention is: the automatically controlled respirator of a kind of Intensive Care Unit, comprise automatically controlled respirator main body, automatically controlled respirator main body is provided with Indexs measure device, detector screen is provided with on front side of Indexs measure device, detector screen upper right side is provided with pressure detection switch, flow measuring valve is provided with on the right side of pressure detection switch, be provided with timing on the downside of flow measuring valve and lower button, be provided with timing on the left of timing downward button and raise button, timing is raised on the downside of button and is provided with Indexs measure device switch, detector display lamp is provided with on the downside of Indexs measure device switch, rotatable bracing frame is provided with on the right side of Indexs measure device, rotatable bracing frame is provided with rotating shaft, gas transmission operator is provided with on the upside of rotatable bracing frame, operator screen is provided with on front side of gas transmission operator, operator screen upper left side is provided with oxygen flow and raises key, oxygen flow raises on the downside of key and is provided with oxygen flow down key, flow display lamp is provided with on the downside of operator screen, gas transmission operator switch is provided with on the right side of flow display lamp, carbon dioxide treater switch is provided with on the upside of gas transmission operator switch, relay indicating light is provided with on the upside of carbon dioxide treater switch, warning light is provided with on the upside of Indexs measure device, warning light is provided with glass protecting cover, respirator processor is provided with on the downside of Indexs measure device, suction nozzle is connected on front side of respirator processor, exhaust tube is provided with on the right side of suction nozzle, exhaust tube connects breathing mask, breathing mask connects breathing mask bracing frame, movable support lower limb is connected on the upside of breathing mask bracing frame, movable support lower limb is provided with holder, movable support lower limb lower right side is provided with cup dolly, be provided with gas on the downside of respirator processor and deepen processor, gas is deepened processor surrounding and is provided with metal fixing plate, gas is deepened processor and is connected with gas treatment case by connector, telescopic support legs is provided with on the downside of gas treatment case, telescopic support legs is provided with locating hole, metallic sheath lower limb is provided with on the downside of telescopic support legs, location adjusting rod is provided with on the left of metallic sheath lower limb, load-carrying wheel guard shield is provided with on the downside of metallic sheath lower limb, load-carrying wheel is provided with on the downside of load-carrying wheel guard shield, be provided with plug on rear side of gas treatment case and connect wire, plug connects wire and connects two item plug,
Gas treatment case bottom side is provided with metal base plate, metal base plate upper left side is provided with metal profile, compressor is provided with on the upside of metal profile, compressor upper left side is provided with suction nozzle fixed plug, scavenging air valve is provided with on the right side of suction nozzle fixed plug, exhaust tube fixed plug is provided with on the right side of scavenging air valve, insulation belt is provided with on front side of compressor, transmitting catheter is provided with on the right side of compressor, transmitting catheter connects gas processer, air vent is provided with on front side of gas processer, conduit mouth is provided with on the left of air vent, conduit mouth connects delivery conduit, screening pipe is connected on front side of delivery conduit, screening pipe both sides are provided with the screening mouth of pipe, the screening mouth of pipe is provided with screen holes, connecting duct on the downside of screening pipe, conduit is provided with fixing card, filter is connected on the downside of conduit, connection plug is provided with on the downside of filter, connection plug is provided with rubber boot, long-neck conduit is connected on the downside of connection plug, support column is provided with on the downside of screening pipe, supporting seat is provided with on the downside of support column, long-neck tubes connection condensing tube, connection transformer on the upside of condensing tube,
Gas is deepened processor inside and is provided with depurator, conduit port is provided with on the downside of depurator, depurator inside is provided with first class purification net, the online side of first class purification is provided with secondary purification net, be provided with adsorption tower on the upside of depurator, adsorption tower is provided with adsorption tower hole, is provided with gas cabinet on the upside of adsorption tower, be provided with triangular support bracket on the right side of depurator, on the upside of triangular support bracket, be provided with expiration treatment box;
Gas is deepened treatment box upper left side and is provided with suction nozzle outlet, and suction nozzle outlet right side is provided with exhaust tube entrance, is provided with suction nozzle entrance on the downside of depurator, is provided with exhaust tube outlet on the right side of suction nozzle entrance;
Breathing mask is provided with venthole, and be provided with sensing chip in the middle of breathing mask, breathing mask both sides are provided with clip, clip is connected and fixed band, and fixing band is provided with pastes bar, is provided with organic air filter box on the downside of breathing mask, be provided with filter pulp lid on the downside of organic air filter box, filter pulp lid inside is provided with filter cotton.
Described detector screen is provided with tempering cuticula.
Described respirator processor is provided with handle.
Described metal fixing plate is provided with Baltimore groove.
Described load-carrying wheel guard shield is provided with brake article.
Described pair of item plug is provided with protective sleeve.
Rubber protective film is provided with on the downside of described metal base plate.
Described gas is deepened processor inside and is provided with silencing net.
The invention has the beneficial effects as follows: multiple functional, safe and efficient, adopt the method for respiratory intensity induction to affect the speed of respiratory frequency, thus make patient can regulate and control breathing voluntarily, simple to operate, not only contribute to patient with severe symptoms and shorten off line process, alleviate the work load of medical worker simultaneously.
Accompanying drawing explanation
Accompanying drawing 1 is the automatically controlled respirator agent structure schematic diagram of Intensive Care Unit of the present invention.
Accompanying drawing 2 is the gas treatment box structure schematic diagram of the automatically controlled respirator of Intensive Care Unit of the present invention.
Accompanying drawing 3 is that the gas of the automatically controlled respirator of Intensive Care Unit of the present invention deepens processor internal structure schematic diagram.
Accompanying drawing 4 is the breathing mask internal structure schematic diagram of the automatically controlled respirator of Intensive Care Unit of the present invention.
In figure:
1: automatically controlled respirator main body, 2: Indexs measure device, 3: detector screen, 4: pressure detection switch, 5: flow measuring valve, 6: button is lowered in timing, 7: button is raised in timing, 8: Indexs measure device switch, 9: detector display lamp, 10: rotatable bracing frame, 11: rotating shaft, 12: gas transmission operator, 13: operator screen, 14: oxygen flow raises key, 15: oxygen flow down key, 16: flow display lamp, 17: gas transmission operator switch, 18: carbon dioxide treater switch, 19: relay indicating light, 20: warning light, 21: glass protecting cover, 22: respirator processor, 23: suction nozzle, 24: exhaust tube, 25: breathing mask, 26: bracing frame, 27: movable support lower limb, 28: holder, 29: cup dolly, 30: gas deepens processor, 31: metal fixing plate, 32: connector, 33: gas treatment case, 34: telescopic support legs, 35: locating hole, 36: metallic sheath lower limb, 37: location adjusting rod, 38: load-carrying wheel guard shield, 39: load-carrying is taken turns, 40: plug connects wire, 41: two plugs, 42: metal base plate, 43: metal profile, 44: compressor, 45: suction nozzle fixed plug, 46: scavenging air valve, 47: exhaust tube fixed plug, 48: insulation belt, 49: transmitting catheter, 50: gas processer, 51: air vent, 52: conduit mouth, 53: delivery conduit, 54: screening pipe, 55: the screening mouth of pipe, 56: screen holes, 57: conduit, 58: fixing card, 59: filter, 60: connection plug, 61: rubber boot, 62: long-neck conduit, 63: support column, 64: supporting seat, 65: condensing tube, 66: transformator, 67: depurator, 68: conduit port, 69: first class purification net, 70: secondary purification net, 71: adsorption tower, 72: adsorption tower hole, 73: gas cabinet, 74: triangular support bracket, 75: expiration treatment box, 76: suction nozzle exports, 77: exhaust tube entrance, 78: suction nozzle entrance, 79: exhaust tube exports, 80: venthole, 81: sensing chip, 82: clip, 83: fixing band, 84: paste bar, 85: organic air filter box, 86: filter pulp lid, 87: filter cotton, 88: tempering cuticula, 89: handle, 90: Baltimore groove, 91: brake article, 92: protective sleeve, 93: rubber protective film, 94: silencing net.
Detailed description of the invention
With reference to the accompanying drawings, the automatically controlled respirator of Intensive Care Unit of the present invention is described in detail.
As shown in Figure 1, the automatically controlled respirator of Intensive Care Unit of the present invention comprises automatically controlled respirator main body 1, automatically controlled respirator main body 1 is provided with Indexs measure device 2, detector screen 3 is provided with on front side of Indexs measure device 2, detector screen 3 upper right side is provided with pressure detection switch 4, flow measuring valve 5 is provided with on the right side of pressure detection switch 4, be provided with timing on the downside of flow measuring valve 5 and lower button 6, timing is lowered on the left of button 6 and is provided with timing rise button 7, timing is raised on the downside of button 7 and is provided with Indexs measure device switch 8, detector display lamp 9 is provided with on the downside of Indexs measure device switch 8, rotatable bracing frame 10 is provided with on the right side of Indexs measure device 2, rotatable bracing frame 10 is provided with rotating shaft 11, gas transmission operator 12 is provided with on the upside of rotatable bracing frame 10, operator screen 13 is provided with on front side of gas transmission operator 12, operator screen 13 upper left side is provided with oxygen flow and raises key 14, oxygen flow raises on the downside of key 14 and is provided with oxygen flow down key 15, flow display lamp 16 is provided with on the downside of operator screen 13, gas transmission operator switch 17 is provided with on the right side of flow display lamp 16, carbon dioxide treater switch 18 is provided with on the upside of gas transmission operator switch 17, relay indicating light 19 is provided with on the upside of carbon dioxide treater switch 18, warning light 20 is provided with on the upside of Indexs measure device 2, warning light 20 is provided with glass protecting cover 21, respirator processor 22 is provided with on the downside of Indexs measure device 2, suction nozzle 23 is connected on front side of respirator processor 22, exhaust tube 24 is provided with on the right side of suction nozzle 23, exhaust tube 24 connects breathing mask 25, breathing mask 25 connects breathing mask bracing frame 26, movable support lower limb 27 is connected on the upside of breathing mask bracing frame 26, movable support lower limb 27 is provided with holder 28, movable support lower limb 27 lower right side is provided with cup dolly 29, be provided with gas on the downside of respirator processor 22 and deepen processor 30, gas is deepened processor 30 surrounding and is provided with metal fixing plate 31, gas is deepened processor 30 and is connected with gas treatment case 33 by connector 32, telescopic support legs 34 is provided with on the downside of gas treatment case 33, telescopic support legs 34 is provided with locating hole 35, metallic sheath lower limb 36 is provided with on the downside of telescopic support legs 34, location adjusting rod 37 is provided with on the left of metallic sheath lower limb 36, load-carrying wheel guard shield 38 is provided with on the downside of metallic sheath lower limb 36, load-carrying wheel 39 is provided with on the downside of load-carrying wheel guard shield 38, be provided with plug on rear side of gas treatment case 33 and connect wire 40, plug connects wire 40 and connects two item plug 41,
As shown in Figure 2, gas treatment case 33 bottom side is provided with metal base plate 42, metal base plate 42 upper left side is provided with metal profile 43, compressor 44 is provided with on the upside of metal profile 43, compressor 44 upper left side is provided with suction nozzle fixed plug 45, scavenging air valve 46 is provided with on the right side of suction nozzle fixed plug 45, exhaust tube fixed plug 47 is provided with on the right side of scavenging air valve 46, insulation belt 48 is provided with on front side of compressor 44, transmitting catheter 49 is provided with on the right side of compressor 44, transmitting catheter 49 connects gas processer 50, air vent 51 is provided with on front side of gas processer 50, conduit mouth 52 is provided with on the left of air vent 51, conduit mouth 52 connects delivery conduit 53, screening pipe 54 is connected on front side of delivery conduit 53, screening pipe 54 both sides are provided with the screening mouth of pipe 55, the screening mouth of pipe 55 is provided with screen holes 56, connecting duct 57 on the downside of screening pipe 54, conduit 57 is provided with fixing card 58, filter 59 is connected on the downside of conduit 57, connection plug 60 is provided with on the downside of filter 59, connection plug 60 is provided with rubber boot 61, long-neck conduit 62 is connected on the downside of connection plug 60, support column 63 is provided with on the downside of screening pipe 54, supporting seat 64 is provided with on the downside of support column 63, long-neck conduit 62 connects condensing tube 65, connection transformer 66 on the upside of condensing tube 65,
As shown in Figure 3, gas is deepened processor 30 inside and is provided with depurator 67, conduit port 68 is provided with on the downside of depurator 67, depurator 67 inside is provided with first class purification net 69, is provided with secondary purification net 70 on the upside of first class purification net 69, is provided with adsorption tower 71 on the upside of depurator 67, adsorption tower 71 is provided with adsorption tower hole 72, be provided with gas cabinet 73 on the upside of adsorption tower 71, on the right side of depurator 67, be provided with triangular support bracket 74, on the upside of triangular support bracket 74, be provided with expiration treatment box 75;
As shown in Figure 3, gas is deepened treatment box 30 upper left side and is provided with suction nozzle outlet 76, is provided with exhaust tube entrance 77, is provided with suction nozzle entrance 78 on the downside of depurator 67 on the right side of suction nozzle outlet 76, is provided with exhaust tube outlet 79 on the right side of suction nozzle entrance 78;
As shown in Figure 4, breathing mask 25 is provided with venthole 80, sensing chip 81 is provided with in the middle of breathing mask 25, breathing mask 25 both sides are provided with clip 82, clip 82 is connected and fixed band 83, and fixing band 83 is provided with pastes bar 84, is provided with organic air filter box 85 on the downside of breathing mask 25, be provided with filter pulp lid 86 on the downside of organic air filter box 85, filter pulp lid 86 inside is provided with filter cotton 87.
When using automatically controlled respirator, first two plugs 41 are switched on power, open gas transmission operator switch 17, gas in gas processer 50 enters into screening pipe 54 through delivery conduit 53, through the screening of screening pipe, gas enters into condensing tube 65 by conduit 57 through the conduction of long-neck conduit 62, and then enter into compressor 44, make gas enter into gas through suction nozzle 23 and deepen processor 30, the filtration of first class purification net 69 and secondary purification net 70 in depurator 67, gas finally enters in gas cabinet 73 through adsorption tower 71, through the process of respirator processor 22, and then be transferred in breathing mask 25, breathing mask is provided with sensing chip 81, when sufferer can autonomous respiration time, sensing chip 81 is responded to intracellular signaling on Indexs measure device 2, realize feedback control, suitable adjustment displacement, the gas of breathing out enters expiration treatment box 75 through exhaust tube 24, finally enter into gas processer 50, reproduce through process, overlapping investment uses.
Described detector screen 3 is provided with tempering cuticula 88.Such setting, can prevent the wearing and tearing to detector screen 3 in use procedure, increase the service life.
Described respirator processor 22 is provided with handle 89.Such setting, can so that move main body 1.
Described metal fixing plate 31 is provided with Baltimore groove 90.Such setting, can so that place thing.
Described load-carrying wheel guard shield 38 is provided with brake article 91.Such setting, can prevent load-carrying from taking turns any movement of 39.
Described pair of item plug 41 is provided with protective sleeve 92.Such setting, can prevent two item plug 41 from wearing and tearing when not using.
Rubber protective film 93 is provided with on the downside of described metal base plate 42.Such setting, prevents metal base plate 42 from corroding, increases the service life.
Described gas is deepened processor 30 inside and is provided with silencing net 94.Such setting, the noise effect caused when can reduce equipment work.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the technology of the present invention principle; can also make some improvement and replacement, these improve and replace and also should be considered as protection scope of the present invention.
Claims (8)
1. the automatically controlled respirator of Intensive Care Unit, comprises automatically controlled respirator main body (1), it is characterized in that:
Automatically controlled respirator main body (1) is provided with Indexs measure device (2), Indexs measure device (2) front side is provided with detector screen (3), detector screen (3) upper right side is provided with pressure detection switch (4), pressure detection switch (4) right side is provided with flow measuring valve (5), flow measuring valve (5) downside is provided with timing and lowers button (6), timing lower button (6) left side be provided with timing raise button (7), timing is raised button (7) downside and is provided with Indexs measure device switch (8), Indexs measure device switch (8) downside is provided with detector display lamp (9), Indexs measure device (2) right side is provided with rotatable bracing frame (10), rotatable bracing frame (10) is provided with rotating shaft (11), rotatable bracing frame (10) upside is provided with gas transmission operator (12), gas transmission operator (12) front side is provided with operator screen (13), operator screen (13) upper left side is provided with oxygen flow and raises key (14), oxygen flow raises key (14) downside and is provided with oxygen flow down key (15), operator screen (13) downside is provided with flow display lamp (16), flow display lamp (16) right side is provided with gas transmission operator switch (17), gas transmission operator switch (17) upside is provided with carbon dioxide treater switch (18), carbon dioxide treater switch (18) upside is provided with relay indicating light (19), Indexs measure device (2) upside is provided with warning light (20), warning light (20) is provided with glass protecting cover (21), Indexs measure device (2) downside is provided with respirator processor (22), respirator processor (22) front side connects suction nozzle (23), suction nozzle (23) right side is provided with exhaust tube (24), exhaust tube (24) connects breathing mask (25), breathing mask (25) connects breathing mask bracing frame (26), breathing mask bracing frame (26) upside connects movable support lower limb (27), movable support lower limb (27) is provided with holder (28), movable support lower limb (27) lower right side is provided with cup dolly (29), respirator processor (22) downside is provided with gas and deepens processor (30), gas is deepened processor (30) surrounding and is provided with metal fixing plate (31), gas is deepened processor (30) and is connected with gas treatment case (33) by connector (32), gas treatment case (33) downside is provided with telescopic support legs (34), telescopic support legs (34) is provided with locating hole (35), telescopic support legs (34) downside is provided with metallic sheath lower limb (36), metallic sheath lower limb (36) left side is provided with location adjusting rod (37), metallic sheath lower limb (36) downside is provided with load-carrying wheel guard shield (38), load-carrying wheel guard shield (38) downside is provided with load-carrying wheel (39), gas treatment case (33) rear side is provided with plug and connects wire (40), plug connects wire (40) and connects two item plug (41),
Gas treatment case (33) bottom side is provided with metal base plate (42), metal base plate (42) upper left side is provided with metal profile (43), metal profile (43) upside is provided with compressor (44), compressor (44) upper left side is provided with suction nozzle fixed plug (45), suction nozzle fixed plug (45) right side is provided with scavenging air valve (46), scavenging air valve (46) right side is provided with exhaust tube fixed plug (47), compressor (44) front side is provided with insulation belt (48), compressor (44) right side is provided with transmitting catheter (49), transmitting catheter (49) connects gas processer (50), gas processer (50) front side is provided with air vent (51), air vent (51) left side is provided with conduit mouth (52), conduit mouth (52) connects delivery conduit (53), delivery conduit (53) front side connects screening pipe (54), screening pipe (54) both sides are provided with the screening mouth of pipe (55), the screening mouth of pipe (55) is provided with screen holes (56), screening pipe (54) downside connecting duct (57), conduit (57) is provided with fixing card (58), conduit (57) downside connects filter (59), filter (59) downside is provided with connection plug (60), connection plug (60) is provided with rubber boot (61), connection plug (60) downside connects long-neck conduit (62), screening pipe (54) downside is provided with support column (63), support column (63) downside is provided with supporting seat (64), long-neck conduit (62) connects condensing tube (65), condensing tube (65) upside connection transformer (66),
Gas is deepened processor (30) inside and is provided with depurator (67), depurator (67) downside is provided with conduit port (68), depurator (67) inside is provided with first class purification net (69), first class purification net (69) upside is provided with secondary purification net (70), depurator (67) upside is provided with adsorption tower (71), adsorption tower (71) is provided with adsorption tower hole (72), adsorption tower (71) upside is provided with gas cabinet (73), depurator (67) right side is provided with triangular support bracket (74), triangular support bracket (74) upside is provided with expiration treatment box (75),
Gas is deepened treatment box (30) upper left side and is provided with suction nozzle outlet (76), suction nozzle outlet (76) right side is provided with exhaust tube entrance (77), depurator (67) downside is provided with suction nozzle entrance (78), and suction nozzle entrance (78) right side is provided with exhaust tube outlet (79);
Breathing mask (25) is provided with venthole (80), sensing chip (81) is provided with in the middle of breathing mask (25), breathing mask (25) both sides are provided with clip (82), clip (82) is connected and fixed band (83), fixing band (83) is provided with pastes bar (84), breathing mask (25) downside is provided with organic air filter box (85), organic air filter box (85) downside is provided with filter pulp lid (86), and filter pulp lid (86) inside is provided with filter cotton (87).
2. the automatically controlled respirator of Intensive Care Unit according to claim 1, is characterized in that: described detector screen (3) is provided with tempering cuticula (88).
3. the automatically controlled respirator of Intensive Care Unit according to claim 1, is characterized in that: described respirator processor (22) is provided with handle (89).
4. the automatically controlled respirator of Intensive Care Unit according to claim 1, is characterized in that: described metal fixing plate (31) is provided with Baltimore groove (90).
5. the automatically controlled respirator of Intensive Care Unit according to claim 1, is characterized in that: described load-carrying wheel guard shield (38) is provided with brake article (91).
6. the automatically controlled respirator of Intensive Care Unit according to claim 1, is characterized in that: described pair of item plug (41) is provided with protective sleeve (92).
7. the automatically controlled respirator of Intensive Care Unit according to claim 1, is characterized in that: described metal base plate (42) downside is provided with rubber protective film (93).
8. the automatically controlled respirator of the Intensive Care Unit according to any one of claim 1-7, is characterized in that: described gas is deepened processor (30) inside and is provided with silencing net (94).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510089857.XA CN104689436A (en) | 2015-02-15 | 2015-02-15 | Electrical control breathing machine for intensive care chamber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510089857.XA CN104689436A (en) | 2015-02-15 | 2015-02-15 | Electrical control breathing machine for intensive care chamber |
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| Publication Number | Publication Date |
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| CN104689436A true CN104689436A (en) | 2015-06-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510089857.XA Pending CN104689436A (en) | 2015-02-15 | 2015-02-15 | Electrical control breathing machine for intensive care chamber |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106110460A (en) * | 2016-08-06 | 2016-11-16 | 武薇 | Regularly type assisted respiartion machine |
| WO2017152375A1 (en) * | 2016-03-08 | 2017-09-14 | 张舒维 | Low-power-consuming smart physiotherapy breathing device |
| CN108371742A (en) * | 2018-04-18 | 2018-08-07 | 芜湖天梦信息科技有限公司 | A kind of medical first aid equipment breathing apparatus |
| CN109011059A (en) * | 2018-05-30 | 2018-12-18 | 朱皖苏 | A kind of portable automatic assisted respiartion machine with the clear device of mask |
| CN113546266A (en) * | 2016-05-16 | 2021-10-26 | 泰利福生命科学有限责任公司 | Apparatus and method for use with a suction source |
| CN113855949A (en) * | 2021-08-19 | 2021-12-31 | 安徽双熙医疗设备有限公司 | Breathing machine with protective mask |
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| CN102834136A (en) * | 2010-01-28 | 2012-12-19 | 通用电气公司 | Compensation for unmeasurable inspiratory flow in a critical care ventilator |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017152375A1 (en) * | 2016-03-08 | 2017-09-14 | 张舒维 | Low-power-consuming smart physiotherapy breathing device |
| CN113546266A (en) * | 2016-05-16 | 2021-10-26 | 泰利福生命科学有限责任公司 | Apparatus and method for use with a suction source |
| CN106110460A (en) * | 2016-08-06 | 2016-11-16 | 武薇 | Regularly type assisted respiartion machine |
| CN108371742A (en) * | 2018-04-18 | 2018-08-07 | 芜湖天梦信息科技有限公司 | A kind of medical first aid equipment breathing apparatus |
| CN109011059A (en) * | 2018-05-30 | 2018-12-18 | 朱皖苏 | A kind of portable automatic assisted respiartion machine with the clear device of mask |
| CN113855949A (en) * | 2021-08-19 | 2021-12-31 | 安徽双熙医疗设备有限公司 | Breathing machine with protective mask |
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Application publication date: 20150610 |
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