CN101347643B - Ozone immunoregulation equipment - Google Patents
Ozone immunoregulation equipment Download PDFInfo
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- CN101347643B CN101347643B CN2008100633757A CN200810063375A CN101347643B CN 101347643 B CN101347643 B CN 101347643B CN 2008100633757 A CN2008100633757 A CN 2008100633757A CN 200810063375 A CN200810063375 A CN 200810063375A CN 101347643 B CN101347643 B CN 101347643B
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Abstract
The invention discloses an ozone immunity regulating device, comprising a case, an ozone generating device and a disposable in vitro qi and blood mixing pipe installation; the ozone generating device is arranged in the case; the ozone generating device is connected with the disposable in vitro qi and blood mixing pipe installation; the case is provided with an electric control device; the case panel is provided with an electromagnetic valve assembly that is used for controlling conduction or non-conduction of the disposable in vitro qi and blood mixing pipe installation; the ozone generating device and the electromagnetic valve assembly are both electrically connected with the electric control device. The device not only avoids cross infection caused by blood leakage in therapeutic process and foam generation when qi and blood are mixed, but also has convenient operation, thus greatly reducing the labor intensity of medical staff.
Description
Technical field:
The present invention relates to a kind of equipment that utilizes ozone therapy hepatic disease (first, second, third type), cardiovascular and cerebrovascular disease, prolapse of lumbar intervertebral disc, dermatosis and regulate human body immunologically competent cell function, specifically is a kind of ozone immunoregulation equipment.
Background technology:
(chemical molecular formula is O to ozone
3) be a kind of light blue gas of forming by three oxygen atoms that careless delicate flavour is arranged, it has been used the history of last 100 years by the mankind, its scientific value is apparent, and it has withstood the test of historical and practice especially to the effect of human health, no matter aspect prevent disease, still aspect curing the disease, ozone all has peculiar effect, after it joins in the blood of human body with suitable concentration, human body is not only played kill virus, the effect of sensitized erythrocyte metabolic function, and can also play activate immunity competent cell and human body antioxidase system and treatment acute and chronic hepatic disease (first, second, third type), cardiovascular and cerebrovascular disease, prolapse of lumbar intervertebral disc, effects such as dermatosis.
At present, can play above-mentioned effect to human body preferably in order to make ozone, medical system adopts following operating process usually: at first, the medical worker is drawn into 100 milliliters of human bloods in the bags of blood from human body by hemostix; Then, bags of blood and hemostix being separated the disconnection back is connected with ozonator by the transfusion device on the bags of blood; Then, divide second decimation ozone from ozonator, each ozone amount that extracts is 50 milliliters; Then, the medical worker need rock bags of blood about five minutes, thereby reached the blended requirement of QI and blood; At last, the medical worker is connected bags of blood again with the previous exhausted hemostix that still is inserted on the human body, thereby the QI and blood in the bags of blood is input in the human body, and in above-mentioned steps, in order to guarantee to be drawn into blood in the bags of blood and the blood that mixed through QI and blood in the bags of blood is input in the human body, bags of blood is higher than patient's requirement when being lower than patient and blood transfusion in the time of need satisfying blood drawing.
There are following three defectives in the aforesaid operations process in actual application: 1, bags of blood and hemostix and ozonator is connected in the whole therapeutic process that blood sampling, QI and blood mix, feed back, not under airtight environment, to carry out (have and connect the process that the back disengagement connects again), easily blood leakage taking place and cause cross infection, thereby brings unsafe factor to the patient; 2, rock bags of blood and when QI and blood is mixed, frothing takes place easily, thereby the blood of releasing is input in the human body fully the medical worker, but also can make bubble enter human body and unhealthful along with blood; 3, no matter be blood drawing, blood transfusion, still extract ozone, all need the medical worker to finish by hand, so aforesaid way is not only operated inconvenience, and medical workers is also bigger.
Summary of the invention:
The technical problem to be solved in the present invention is, provide a kind of not only can avoid in the therapeutic process foamy phenomenon to take place to take place when cross infection and QI and blood are mixed because of blood leakage, and easy to operate, can reduce the ozone immunoregulation equipment of medical worker's labor intensity greatly.
Technical solution of the present invention is that a kind of ozone immunoregulation equipment with following structure is provided: it comprises a casing, ozone generating-device and the external QI and blood mixed pipe line of disposable use device; Described ozone generating-device is arranged in the casing; Described ozone generating-device is connected with the external QI and blood mixed pipe line of disposable use device; Be provided with electric apparatus control apparatus in the described casing; Described cabinet panel is provided with to be used to control the external QI and blood mixed pipe line of disposable use conducting whether electromagnetic valve component; Described ozone generating-device and electromagnetic valve component all are electrically connected with electric apparatus control apparatus.
Above-mentioned ozone generating-device comprises that ozonator, high-tension transformer, pressure regulator, ozone concentration detector, ozone reclaim Degradator, pressure transducer, are used for reducer that is connected with oxygen cylinder and the heat abstractor that ozonator is played thermolysis; Described reducer is connected with ozonator by the oxygen electromagnetic valve; Described pressure transducer is connected between the end and electric apparatus control apparatus that reducer is not connected with oxygen cylinder; Described heat abstractor, high-tension transformer and ozone concentration detector are connected with ozonator; Described pressure regulator is connected between high-tension transformer and the ozone concentration detector; Described ozone concentration detector reclaims Degradator by electromagnetic valve VIII with ozone and is connected; The end that described ozone concentration detector is connected with electromagnetic valve VIII also is connected with air filter I in the external QI and blood mixed pipe line of the disposable use device by electromagnetic valve I X; Described ozone reclaims a end that Degradator is connected with electromagnetic valve VIII also to be passed through electromagnetic valve X and is connected with air filter II in the external QI and blood mixed pipe line of the disposable use device; Described pressure regulator, ozone concentration detector, electromagnetic valve VIII, electromagnetic valve I X and electromagnetic valve X all are electrically connected with electric apparatus control apparatus.
The external QI and blood mixed pipe line of above-mentioned disposable use device comprises that bottle plug puncture unit, Perfusion drip funnel, three way cock, flow regulator, gas entrapment device, air filter III, flush-through connection, five-way joint, heparin add incoming interface, air filter I, air filter II and air-blood mixer; Described air filter I is connected with air-blood mixer, and described air filter II also is connected with air-blood mixer; One end of described Perfusion drip funnel is connected with bottle plug puncture unit, and the other end of described Perfusion drip funnel is connected with one of them interface of three way cock; One end of described flow regulator is connected with one of them interface of three way cock, and the other end of described flow regulator is connected with an end of gas entrapment device; The other end of described gas entrapment device is connected with flush-through connection; The end that described gas entrapment device is connected with flow regulator also is connected with air filter III simultaneously; Wherein four interfaces of described five-way joint add the incoming interface connection with one of them interface of three way cock, the end that the gas entrapment device is connected with flow regulator, blood input port and the heparin in the air-blood mixer respectively, and the 5th interface of described five-way joint is connected with the blood recovery mouth of air-blood mixer by pump line; Be provided with thief hatch between the 5th interface of described five-way joint and the pump line; Whether the conducting of described pump line is controlled by peristaltic pump, and described peristaltic pump is electrically connected with electric apparatus control apparatus.
Above-mentioned electromagnetic valve component comprises the tube for transfusion conducting whether electromagnetic valve I that is used for control connection gas entrapment device and five-way joint, the top blood tube for transfusion conducting whether electromagnetic valve II that is used for control connection three way cock and five-way joint, the ozone residual air pipe conducting whether electromagnetic valve II I that is used for control connection air filter II and air-blood mixer, the ozone input pipe conducting whether electromagnetic valve I V that is used for control connection air filter I and air-blood mixer, the tube for transfusion conducting whether electromagnetic valve V that is used for control connection five-way joint and air-blood mixer, the tube for transfusion conducting whether electromagnetic valve VI that is used for control connection flow regulator and gas grabber, the tube for transfusion conducting whether electromagnetic valve VII that is used for control connection flush-through connection and gas grabber, be used for detecting the bubble detection probe I of the tube for transfusion pipe pressure that connects gas entrapment device and five-way joint, the bubble detection probe III that is used for detecting the bubble detection probe II of the tube for transfusion pipe pressure that connects flush-through connection and gas grabber and is used for detecting the tube for transfusion pipe pressure of connection traffic actuator and gas grabber; Described electromagnetic valve I, electromagnetic valve II, electromagnetic valve II I, electromagnetic valve I V, electromagnetic valve V, electromagnetic valve VI, electromagnetic valve VII, bubble detection probe I, bubble detection probe II and bubble detection probe III are arranged on the cabinet panel and with electric apparatus control apparatus and are electrically connected.
After adopting above structure, compared with prior art, the present invention has following remarkable advantage and beneficial effect: the present invention is owing to begin to finishing using from use, described ozone generating-device and the external QI and blood mixed pipe line of disposable use device are to link together always, therefore all be under an airtight environment, to carry out in whole therapeutic process, blood does not exist in therapeutic process and the extraneous chance that contacts, thereby can avoid in the therapeutic process contacting because of blood leakage or with the external world situation that cross infection takes place preferably; In addition, because the external QI and blood mixed pipe line of disposable use is all controlled by electromagnetic valve component, and electromagnetic valve component and ozone generating-device are all controlled by electric apparatus control apparatus, therefore, the present invention not only can make ozone and blood uniform and stable ground mix and foam not take place, and simple, convenient, and blood drawing, blood transfusion and extraction ozone are finished automatically, thus reduce medical workers greatly.
Above-mentioned heat abstractor can comprise water pump, water tank, radiator and radiator fan; Described water pump is connected between water tank and the ozonator; Described radiator is connected between water tank and the ozonator; Described radiator fan is installed near the ozonator place.
Description of drawings:
Fig. 1 is the operation principle block diagram of ozone generating-device in the ozone immunoregulation equipment of the present invention.
Fig. 2 is the structural representation of the external QI and blood mixed pipe line of disposable use device in the ozone immunoregulation equipment of the present invention.
The sketch map of Fig. 3 during for disposable use external QI and blood mixed pipe line device in the ozone immunoregulation equipment of the present invention and electromagnetic valve component cooperating.
Shown in the figure: 1, reducer, 2, ozonator, 3, high-tension transformer, 4, pressure regulator, 5, the ozone concentration detector, 6, ozone reclaims Degradator, 7, the oxygen electromagnetic valve, 8, pressure transducer, 9, oxygen cylinder, 10, electromagnetic valve VIII, 11, electromagnetic valve I X, 12, electromagnetic valve X, 13, air filter I, 14, air filter II, 15, water pump, 16, water tank, 17, radiator, 18, radiator fan, 19, bottle plug puncture unit, 20, Perfusion drip funnel, 21, the three way cock, 22, flow regulator, 23, the gas entrapment device, 24, air filter III, 25, flush-through connection, 26, five-way joint, 27, heparin adds incoming interface, 28, air-blood mixer, 29, pump line, 30, thief hatch, 31, peristaltic pump, 32, electromagnetic valve I, 33, electromagnetic valve II, 34, electromagnetic valve II I, 35, electromagnetic valve I V, 36, electromagnetic valve V, 37, electromagnetic valve VI, 38, electromagnetic valve VII, 39, bubble detection probe I, 40, bubble detection probe II, 41, bubble detection probe III, 42, flow-stopping clip.
The specific embodiment:
The invention will be further described below in conjunction with the drawings and specific embodiments:
Ozone immunoregulation equipment of the present invention comprises a casing, ozone generating-device and the external QI and blood mixed pipe line of disposable use device; Described ozone generating-device is arranged in the casing; Described ozone generating-device is connected with the external QI and blood mixed pipe line of disposable use device; Be provided with electric apparatus control apparatus in the described casing; Described cabinet panel is provided with to be used to control the external QI and blood mixed pipe line of disposable use conducting whether electromagnetic valve component; Described ozone generating-device and electromagnetic valve component all are electrically connected with electric apparatus control apparatus.
As shown in Figure 1, in this specific embodiment, described ozone generating-device comprises that ozonator 2, high-tension transformer 3, pressure regulator 4, ozone concentration detector 5, ozone reclaim Degradator 6, pressure transducer 8, are used for the reducer 1 that is connected with oxygen cylinder 9 and to the heat abstractor of 2 thermolysis of ozonator; Described reducer 1 is connected with ozonator 2 by oxygen electromagnetic valve 7; Described pressure transducer 8 is connected between the end and electric apparatus control apparatus that reducer 1 is not connected with oxygen cylinder 9; Described high-tension transformer 2 is connected with ozonator 2 with ozone concentration detector 5; Described pressure regulator 4 is connected between high-tension transformer 3 and the ozone concentration detector 5; Described ozone concentration detector 5 reclaims Degradator 6 by electromagnetic valve VIII10 with ozone and is connected; The end that described ozone concentration detector 11 is connected with electromagnetic valve VIII10 also is connected with air filter I13 in the external QI and blood mixed pipe line of the disposable use device by electromagnetic valve I X11; Described ozone reclaims a end that Degradator 6 is connected with electromagnetic valve VIII10 also to be passed through electromagnetic valve X12 and is connected with air filter II14 in the external QI and blood mixed pipe line of the disposable use device; Described pressure regulator 4, ozone concentration detector 5, electromagnetic valve VIII10, electromagnetic valve I X11 and electromagnetic valve X12 all are electrically connected with electric apparatus control apparatus.Described heat abstractor comprises water pump 15, water tank 16, radiator 17 and radiator fan 18; Described water pump 15 is connected between water tank 16 and the ozonator 2; Described radiator 17 is connected between water tank 16 and the ozonator 2; Described radiator fan 18 is installed near ozonator 2 places.
As shown in Figure 2, in this specific embodiment, the external QI and blood mixed pipe line of described disposable use device comprises that bottle plug puncture unit 19, Perfusion drip funnel 20, three way cock 21, flow regulator 22, gas entrapment device 23, air filter III24, flush-through connection 25, five-way joint 26, heparin add incoming interface 27, air filter I13, air filter II14 and air-blood mixer 28; Described air filter I13 is connected with air-blood mixer 28, and described air filter II14 also is connected with air-blood mixer 28; One end of described Perfusion drip funnel 20 is connected with bottle plug puncture unit 19 by tube for transfusion, and the other end of described Perfusion drip funnel 20 is connected with one of them interface of three way cock 21 by tube for transfusion; One end of described flow regulator 22 is connected with one of them interface of three way cock 21, and the other end of described flow regulator 22 is connected with an end of gas entrapment device 23 by tube for transfusion; The other end of described gas entrapment device 23 is connected with flush-through connection 25 by emissary vein; The end that described gas entrapment device 23 is connected with flow regulator 22 also is connected with air filter III24 by hydraulic tube simultaneously; First interface of described five-way joint 26 is connected with one of them interface of three way cock 21 by top blood tube for transfusion, second interface of described five-way joint 26 connects by the end that tube for transfusion and gas entrapment device 23 are connected with flow regulator 22, the 3rd interface of described five-way joint 26 is connected with blood input port in the air-blood mixer 28 by the QI and blood mixing tube, the 4th interface of described five-way joint 26 adds incoming interface 27 by tube for transfusion and heparin and is connected, and the 5th interface of described five-way joint 26 is connected with the blood recovery mouth of air-blood mixer 28 by pump line 29; Be provided with thief hatch 30 between the 5th interface of described five-way joint 26 and the pump line 29; Whether the conducting of described pump line 29 is controlled by peristaltic pump 31, and described peristaltic pump 31 is electrically connected with electric apparatus control apparatus; Described air filter 13 is as a kind of ozone input interface in the present invention; Described air filter II14 reclaims interface as a kind of ozone.
As shown in Figure 3, in this specific embodiment, described electromagnetic valve component comprises the tube for transfusion conducting whether electromagnetic valve I 32 that is used for control connection gas entrapment device 23 and five-way joint 26, the top blood tube for transfusion conducting whether electromagnetic valve II 33 that is used for control connection three way cock 21 and five-way joint 26, the ozone residual air pipe conducting whether electromagnetic valve II I34 that is used for control connection air filter II14 and air-blood mixer 28, the ozone input pipe conducting whether electromagnetic valve I V35 that is used for control connection air filter I13 and air-blood mixer 28, the tube for transfusion conducting whether electromagnetic valve V36 that is used for control connection five-way joint 26 and air-blood mixer 28 is used for the tube for transfusion conducting whether electromagnetic valve VI37 of control connection flow regulator 22 and gas grabber 23, the tube for transfusion conducting whether electromagnetic valve VII38 that is used for control connection flush-through connection 25 and gas grabber 23, be used for detecting the bubble detection probe I39 of the tube for transfusion pipe pressure that connects gas entrapment device 23 and five-way joint 26, the bubble detection probe III41 that is used for detecting the bubble detection probe II40 of the tube for transfusion pipe pressure that connects flush-through connection 25 and gas grabber 23 and is used for detecting the tube for transfusion pipe pressure of connection traffic actuator 22 and gas grabber 23; Described electromagnetic valve I 32, electromagnetic valve II 33, electromagnetic valve II I34, electromagnetic valve I V35, electromagnetic valve V36, electromagnetic valve VI37, electromagnetic valve VII38, bubble detection probe I39, bubble detection probe II40 and bubble detection probe III41 are arranged on the cabinet panel and with electric apparatus control apparatus and are electrically connected; The electric apparatus control apparatus that is used to control ozone generating-device and the work of the external QI and blood mixed pipe line of disposable use device among the present invention belongs to a kind of control technology of routine, so do not give unnecessary details at this; And the effect of described electromagnetic valve is, because tube for transfusion or blood transfusion tube are soft tube and the plunger base that is positioned at electromagnetic valve, therefore, its plunger can push tube for transfusion or blood transfusion tube when electromagnetic valve is switched on, thereby control tube for transfusion or blood transfusion tube are closed, and its plunger will leave tube for transfusion or blood transfusion tube when the electromagnetic valve no power, thereby makes the conducting again of tube for transfusion or blood transfusion tube; The effect of described bubble detection probe I39, bubble detection probe II40 and bubble detection probe III41 is that the pressure on tube for transfusion or the blood transfusion tube is fed back to electric apparatus control apparatus timely, thereby makes the work of the above-mentioned electromagnetic valve of control that electric apparatus control apparatus can be accurately and timely.
The present invention includes following work process:
One, ozone generating process
As shown in Figure 1, the medical worker is at first oxygen cylinder 9 switch opens, and oxygen is controlled flow at 2L/min by reducer 1; When pressure transducer 8 detected the oxygen pressure that passes through in the reducer 1 and is not less than 0.01mPa, oxygen electromagnetic valve 7 was opened; Oxygen enters ozone concentration detector 5 by ozonator 2 to carry out data and makes zero and send signal and be transferred to electric apparatus control apparatus; At this moment, water pump 15, water tank 16, radiator 17 and radiator fan 18 are started working, thereby ozonator 2 is dispelled the heat; Meanwhile, ozonator 2 begins to produce ozone, and ozone is input in the ozone concentration detector 5, and ozone concentration detector 5 is according to the ozone concentration requirement of cabinet panel interface setting, under the control of electric apparatus control apparatus, to the voltage signal of pressure regulator 4 outputs 0～5V; Pressure regulator 4 is adjusted after receiving the voltage signal that ozone detector 5 sends at once, thereby make pressure regulator 4 to the Control of Voltage of high-tension transformer 3 output between 50～220V, and high-tension transformer 3 is exported the high-tension electricity of 500～5000V to ozonator 2 again, thereby controls the ozone concentration that ozonator 2 produces exactly; And after the ozone that ozone concentration detector 5 comes out passes through electromagnetic valve I X11, enter in the air-blood mixer 28 by air filter I13.Certainly, the ozone that comes out from ozone concentration detector 5 also can enter into ozone through electromagnetic valve VIII10 and reclaim the recovery of degrading in the Degradator 6.
Two, break through journey in advance
As shown in Figures 2 and 3, the medical worker at first hangs up the external QI and blood mixed pipe line of disposable use device in the front panel (not shown) of casing of the present invention, the pin 19 that then bottle stopper interted inserts the saline bottle (not shown), then flush-through connection 25 is connected with the waste fluid bag (not shown), begin pipeline is dashed in advance after pressing the interface operation key on the cabinet panel at last, at this moment, under the control of electric apparatus control apparatus, described electromagnetic valve VI37 and electromagnetic valve I 32 are opened, described electromagnetic valve II 33, electromagnetic valve II I34, electromagnetic valve I V35, electromagnetic valve V36 and electromagnetic valve VII38 close, and described peristaltic pump 31 clockwise rotates; Under the rotation of peristaltic pump 31, saline in the saline bottle is pumped in the air-blood mixer 28 through gas entrapment device 23, when the salt water yield that is extracted reaches 10ml, described electromagnetic valve VI37 and electromagnetic valve I 32 are closed, and the electromagnetic valve II 33 of this moment is opened continuation extraction saline, when brinish amount reaches 100ml, described electromagnetic valve II 33 is closed, described peristaltic pump 31 stalls, simultaneously, electromagnetic valve V36 opens peristaltic pump 31 under the control of electric apparatus control apparatus, thereby it is rotated counterclockwise, 10 second rear electromagnetic valve V36 close, meanwhile, electromagnetic valve I 32 and electromagnetic valve VII38 open, and peristaltic pump 31 continues to rotate counterclockwise, thereby make saline through electromagnetic valve I 32, gas entrapment device 23, bubble detection probe II40 and electromagnetic valve VII38 flow in the waste fluid bag; Saline in blender has been arranged, and bubble detection probe II40 detects when having air to pass through in the conduit, and electromagnetic valve VII38 closes, peristaltic pump 31 stalls, and pipeline dashed in advance and finished this moment, and bottom blood drawing program is carried out in the cabinet panel interface prompt.
Three, QI and blood mixed process
The medical worker takes off the back with flush-through connection 25 from waste fluid bag and is connected with the hemostix (not shown), with the blood taking needle on the hemostix to after pressing operation key in cabinet panel of the present invention interface after the venous patient puncture, described electromagnetic valve II I34 and electromagnetic valve I V35 open, after making ozone that the air in the air-blood mixer 13 was excluded for 3 seconds, electromagnetic valve VII38 and electromagnetic valve I 32 opened, thereby peristaltic pump 31 is clockwise rotated and begins blood drawing in air-blood mixer 28; When being extracted into the dosage of setting, described peristaltic pump 28 stops operating, electromagnetic valve II 33 unlatchings this moment, and saline is closed the defeated the Huis' body rear electromagnetic valve II33 in 2 second of the blood in electromagnetic valve I 32 and gas grabber 23 pipelines, and described electromagnetic valve VI37 opens the continuation transfusion, simultaneously electromagnetic valve I V35 closes, 2 second rear electromagnetic valve III34 close and electromagnetic valve V36 opens; At this moment, described peristaltic pump 31 rotates counterclockwise the mixing of beginning QI and blood; When ozone and blood are carrying out in air-blood mixer 28 after QI and blood mixes 2 minutes, peristaltic pump 31 stops operating, electric apparatus control apparatus is opened electromagnetic valve I V35 and electromagnetic valve II 33 is successively opened, and saline pours the blood in the electromagnetic valve V36 pipeline in the air-blood mixer 28; After 3 seconds, electromagnetic valve II 33, electromagnetic valve V36 and electromagnetic valve VI37 close, and electromagnetic valve I 32 is opened, and peristaltic pump 31 rotates counterclockwise and begins the blood in the air-blood mixer 28 can be fed back to human body by outlet by blood; Blood recovery in air-blood mixer 28 finishes and bubble detection probe I39 detects and has bubble to pass through constantly in the conduit, and peristaltic pump 31 stops operating, and electromagnetic valve I 32 is closed, and at this moment, the present invention will go out prompt tone, reminds medical worker's blood recovery to close to an end; The medical worker presses cabinet panel interface operation key, electromagnetic valve I 32 and electromagnetic valve II 33 are opened, saline is with all defeated the Huis' body of the blood in gas entrapment device 23 and the pipeline, do not extract blood taking needle after having in the pipeline to close flow-stopping clip 42 behind the blood, after pressing the interface Pause key, all electromagnetic valves are opened, thereby are convenient to throw away in the waste pail after the medical worker takes off the external QI and blood mixed pipe line of disposable use, and whole therapeutic process finishes.
Claims (2)
1. an ozone immunoregulation equipment comprises ozone generating-device, it is characterized in that: it also comprises a casing and the external QI and blood mixed pipe line of disposable use device; Described ozone generating-device is arranged in the casing; Described ozone generating-device is connected with the external QI and blood mixed pipe line of disposable use device; Be provided with electric apparatus control apparatus in the described casing; Described cabinet panel is provided with to be used to control the external QI and blood mixed pipe line of disposable use conducting whether electromagnetic valve component; Described ozone generating-device and electromagnetic valve component all are electrically connected with electric apparatus control apparatus;
Described ozone generating-device comprises that ozonator (2), high-tension transformer (3), pressure regulator (4), ozone concentration detector (5), ozone reclaim Degradator (6), pressure transducer (8), are used for reducer (1) that is connected with oxygen cylinder (9) and the heat abstractor that ozonator (2) is played thermolysis; Described reducer (1) is connected with ozonator (2) by oxygen electromagnetic valve (7); Described pressure transducer (8) be connected reducer (1) not with an end and electric apparatus control apparatus that oxygen cylinder (9) is connected between; Described heat abstractor, high-tension transformer (3) and ozone concentration detector (5) are connected with ozonator (2); Described pressure regulator (4) is connected between high-tension transformer (3) and the ozone concentration detector (5); Described ozone concentration detector (5) reclaims Degradator (6) by electromagnetic valve VIII (10) with ozone and is connected; The end that described ozone concentration detector (5) is connected with electromagnetic valve VIII (10) also is connected with air filter I (13) in the external QI and blood mixed pipe line of the disposable use device by electromagnetic valve I X (11); Described ozone reclaims a end that Degradator (6) is connected with electromagnetic valve VIII (10) also to be passed through electromagnetic valve X (12) and is connected with air filter II (14) in the external QI and blood mixed pipe line of the disposable use device; Described pressure regulator (4), ozone concentration detector (5), electromagnetic valve VIII (10), electromagnetic valve I X (11) and electromagnetic valve X (12) all are electrically connected with electric apparatus control apparatus;
The external QI and blood mixed pipe line of described disposable use device comprises that bottle plug puncture unit (19), Perfusion drip funnel (20), three way cock (21), flow regulator (22), gas entrapment device (23), air filter III (24), flush-through connection (25), five-way joint (26), heparin add incoming interface (27), air filter I (13), air filter II (14) and air-blood mixer (28); Described air filter I (13) is connected with air-blood mixer (28), and described air filter II (14) also is connected with air-blood mixer (28); One end of described Perfusion drip funnel (20) is connected with bottle plug puncture unit (19), and the other end of described Perfusion drip funnel (20) is connected with one of them interface of three way cock (21); One end of described flow regulator (22) is connected with one of them interface of three way cock (21), and the other end of described flow regulator (22) is connected with an end of gas entrapment device (23); The other end of described gas entrapment device (23) is connected with flush-through connection (25); The end that described gas entrapment device (23) is connected with flow regulator (22) also is connected with air filter III (24) simultaneously; Wherein four interfaces of described five-way joint (26) add incoming interface (27) connection with one of them interface of three way cock (21), the end that gas entrapment device (23) is connected with flow regulator (22), blood input port and the heparin in the air-blood mixer (28) respectively, and the 5th interface of described five-way joint (26) is connected with the blood recovery mouth of air-blood mixer (28) by pump line (29); Be provided with thief hatch (30) between the 5th interface of described five-way joint (26) and the pump line (29); Whether the conducting of described pump line (29) is controlled by peristaltic pump (31), and described peristaltic pump (31) is electrically connected with electric apparatus control apparatus;
Described electromagnetic valve component comprises the tube for transfusion conducting whether electromagnetic valve I (32) that is used for control connection gas entrapment device (23) and five-way joint (26), the top blood tube for transfusion conducting whether electromagnetic valve II (33) that is used for control connection three way cock (21) and five-way joint (26), the ozone residual air pipe conducting whether electromagnetic valve II I (34) that is used for control connection air filter II (14) and air-blood mixer (28), the ozone input pipe conducting whether electromagnetic valve I V (35) that is used for control connection air filter I (13) and air-blood mixer (28), the tube for transfusion conducting whether electromagnetic valve V (36) that is used for control connection five-way joint (26) and air-blood mixer (28), the tube for transfusion conducting whether electromagnetic valve VI (37) that is used for control connection flow regulator (22) and gas grabber (23), the tube for transfusion conducting whether electromagnetic valve VII (38) that is used for control connection flush-through connection (25) and gas grabber (23), be used for detecting the bubble detection probe I (39) of the tube for transfusion pipe bubble that connects gas entrapment device (23) and five-way joint (26), the bubble detection probe II (40) and being used for that is used for detect connecting the tube for transfusion pipe pressure of flush-through connection (25) and gas grabber (23) detects the bubble detection probe III (41) of the tube for transfusion pipe pressure of connection traffic actuator (22) and gas grabber (23); Described electromagnetic valve I (32), electromagnetic valve II (33), electromagnetic valve II I (34), electromagnetic valve I V (35), electromagnetic valve V (36), electromagnetic valve VI (37), electromagnetic valve VII (38), bubble detection probe I (39), bubble detection probe II (40) and bubble detection probe III (41) are arranged on the cabinet panel and with electric apparatus control apparatus and are electrically connected.
2. ozone immunoregulation equipment according to claim 1 is characterized in that: described heat abstractor comprises water pump (15), water tank (16), radiator (17) and radiator fan (18); Described water pump (15) is connected between water tank (16) and the ozonator (2); Described radiator (17) is connected between water tank (16) and the ozonator (2); Described radiator fan (18) is installed near ozonator (2) and locates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100633757A CN101347643B (en) | 2008-08-12 | 2008-08-12 | Ozone immunoregulation equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100633757A CN101347643B (en) | 2008-08-12 | 2008-08-12 | Ozone immunoregulation equipment |
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| Publication Number | Publication Date |
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| CN101347643A CN101347643A (en) | 2009-01-21 |
| CN101347643B true CN101347643B (en) | 2010-07-14 |
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| CN2008100633757A Active CN101347643B (en) | 2008-08-12 | 2008-08-12 | Ozone immunoregulation equipment |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112370592B (en) * | 2020-10-09 | 2022-08-30 | 天津大学 | Medical ozone therapeutic instrument capable of automatically realizing ozone autohemotherapy |
| CN112755292B (en) * | 2021-01-14 | 2023-06-06 | 宁波天益医疗器械股份有限公司 | Ozone treatment equipment |
| RU2758124C1 (en) * | 2021-04-15 | 2021-10-26 | Общество с ограниченной ответственностью "Гардлайнер" | Device for intravenous infusions in ozone therapy |
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Address after: 315121 Ningbo, Dongqian Lake tourism resort, North Lake Road, No. 788 Patentee after: NINGBO TIANYI MEDICAL EQUIPMENT CO.,LTD. Address before: 315121 Ningbo, Dongqian Lake tourism resort, North Lake Road, No. 788 Patentee before: Ningbo Tianyi Medical Appliance Co.,Ltd. |
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Denomination of invention: Ozone immunomodulatory equipment Effective date of registration: 20230608 Granted publication date: 20100714 Pledgee: Science and technology sub branch of Bank of Ningbo Co.,Ltd. Pledgor: NINGBO TIANYI MEDICAL EQUIPMENT CO.,LTD. Registration number: Y2023980043191 |