CN105879137A - A life activation instrument - Google Patents
A life activation instrument Download PDFInfo
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- CN105879137A CN105879137A CN201410466195.9A CN201410466195A CN105879137A CN 105879137 A CN105879137 A CN 105879137A CN 201410466195 A CN201410466195 A CN 201410466195A CN 105879137 A CN105879137 A CN 105879137A
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- 230000004913 activation Effects 0.000 title abstract description 9
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 claims abstract description 244
- 239000001301 oxygen Substances 0.000 claims abstract description 244
- 229910052760 oxygen Inorganic materials 0.000 claims abstract description 244
- 210000004369 blood Anatomy 0.000 claims abstract description 145
- 239000008280 blood Substances 0.000 claims abstract description 145
- 230000003213 activating effect Effects 0.000 claims abstract description 31
- 238000001631 haemodialysis Methods 0.000 claims abstract description 18
- 230000000322 hemodialysis Effects 0.000 claims abstract description 18
- 238000006213 oxygenation reaction Methods 0.000 claims abstract description 5
- 210000003017 ductus arteriosus Anatomy 0.000 claims description 129
- 239000000385 dialysis solution Substances 0.000 claims description 98
- 238000012544 monitoring process Methods 0.000 claims description 59
- 210000003462 vein Anatomy 0.000 claims description 57
- 230000004087 circulation Effects 0.000 claims description 53
- 230000004872 arterial blood pressure Effects 0.000 claims description 39
- 241001062009 Indigofera Species 0.000 claims description 23
- 239000007788 liquid Substances 0.000 claims description 20
- 238000000502 dialysis Methods 0.000 claims description 17
- 230000035485 pulse pressure Effects 0.000 claims description 10
- HTTJABKRGRZYRN-UHFFFAOYSA-N Heparin Chemical compound OC1C(NC(=O)C)C(O)OC(COS(O)(=O)=O)C1OC1C(OS(O)(=O)=O)C(O)C(OC2C(C(OS(O)(=O)=O)C(OC3C(C(O)C(O)C(O3)C(O)=O)OS(O)(=O)=O)C(CO)O2)NS(O)(=O)=O)C(C(O)=O)O1 HTTJABKRGRZYRN-UHFFFAOYSA-N 0.000 claims description 8
- 210000001367 artery Anatomy 0.000 claims description 8
- 230000017531 blood circulation Effects 0.000 claims description 8
- 229960002897 heparin Drugs 0.000 claims description 8
- 229920000669 heparin Polymers 0.000 claims description 8
- 239000007789 gas Substances 0.000 claims description 7
- 239000000463 material Substances 0.000 claims description 5
- 239000000758 substrate Substances 0.000 claims description 4
- 230000005611 electricity Effects 0.000 claims description 3
- 239000004744 fabric Substances 0.000 claims description 3
- 238000009738 saturating Methods 0.000 claims description 3
- 229910001220 stainless steel Inorganic materials 0.000 claims description 3
- 239000010935 stainless steel Substances 0.000 claims description 3
- 230000001706 oxygenating effect Effects 0.000 claims description 2
- MYMOFIZGZYHOMD-UHFFFAOYSA-N Dioxygen Chemical compound O=O MYMOFIZGZYHOMD-UHFFFAOYSA-N 0.000 claims 5
- 229910001882 dioxygen Inorganic materials 0.000 claims 5
- 210000004556 brain Anatomy 0.000 claims 1
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 claims 1
- 239000010931 gold Substances 0.000 claims 1
- 229910052737 gold Inorganic materials 0.000 claims 1
- 229920002521 macromolecule Polymers 0.000 claims 1
- 239000012567 medical material Substances 0.000 claims 1
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- 238000005516 engineering process Methods 0.000 abstract description 12
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- WQZGKKKJIJFFOK-GASJEMHNSA-N Glucose Natural products OC[C@H]1OC(O)[C@H](O)[C@@H](O)[C@@H]1O WQZGKKKJIJFFOK-GASJEMHNSA-N 0.000 abstract 2
- 239000008103 glucose Substances 0.000 abstract 2
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- 210000004027 cell Anatomy 0.000 description 5
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- External Artificial Organs (AREA)
Abstract
A life activation instrument is an innovative medical apparatus combining the ultraviolet blood irradiation and oxygenation (UBIO) technology and the hemodialysis (HD) technology. The HD technology can reliably reduce blood glucose and the UBIO technology can activate the pancreas islet function; and diabetes can be effectively cured by directly reducing blood glucose and activating the pancreas islet function. The UBIO technology can effectively cure virus infection, can enhance immunity, can solve the problem of oxygen deficit and is effective against myocardial-cerebral hypoxic-ischemic diseases. The life activation instrument can be used for the curing, rescue, recovery, health care and prevention for various kinds of acute and chronic diseases and sub-healthy people in various medical institutions, can positively reduce antibiotics abuse and prevent medication side effects, and has a wide prospect in the health industry.
Description
(1) technical field
Life activating instrument, the invention belongs to armarium, particularly can be respectively used to keep healthy, prevent, treat,
Rescue, rehabilitation, possess multiple use and promote the armarium of good health and a long life.Sub-health population, immunity at present
Low crowd, the heart, cerebrovascular ischemia ischemic disease crowd, type 2 diabetes mellitus, the series such as diabetic nephropathy is also
Sending out disease crowd, chronic kidney disease, Senile disease, malignant tumor, various viruses infect, antibacterial infection population,
Its sickness rate and the fatality rate that disables are annual all soaring.But the most do not combine body at present and close health care prevention
The 60% of adult human body weight is water, and wherein 40% is to constitute intracellular fluid, and 20% is to constitute extracellular fluid, carefully
In extracellular fluid, 15% constitutes interstitial fluid, and 5% is blood plasma.Whether human body can keep fit, with intracellular fluid and
Can extracellular fluid keep the state more purified closely related.It is steady that purification state is kept as being interior environment
Fixed, it is otherwise that interior environment is bad.Blood flow Pentium, life is prosperous, and slow blood flow is eaten up with illness.The traditional Chinese medical science " is led to "
The most bitterly, the understanding that " bitterly " is the most obstructed, seemingly can be regarded as no matter being blood circulation, lymph circulation or meridians
Circulation, as long as circulation stops up, all can cause the slight illness of health.
Blood circulation is the river of the life of human body.The arterial blood that moment ceaselessly flows is nutrition, oxygen decile
Deliver to each organ-tissue cell of whole body, the refuse that simultaneously by vein, human body cell metabolism produced, product, two
Carbonoxides etc. " rubbish " are transported to the Excretory organ such as lung, kidney, excrete, and make the intracellular fluid of health with thin
Extracellular fluid obtains and purifies, and the environment making cell life is in shape, and life enlivens；When soma lives
Environment destroyed, cell, tissue, the functional structure generation disadvantageous changes of organ, disease i.e. may occur in which,
Once blood stop because of disease flow life i.e. terminate.
The function that the present invention produces energy with the somatic living environment of clearing machine, active cell reaches to activate life
Maintaining healthy realizes long-lived process, is mainly used in: health care, prevents, treat, rescue and rehabilitation.?
During realizing activating life conservation health, it is achieved fully automatically run.
(2) technical background
In background technology, one is named " autologous blood ultraviolet irradiates back writing brush therapy ", " defends doctor to send out at health ministry
[2005] No. 92 " file is affirmed fully.According to the patent No.: 02202894.3 and Chinese invention patent, specially
Profit number: the description of 02100561.3, in clinical practice is applied, only does " autologous blood ultraviolet irradiation feedback treatment
Method " during seance, feed back to patient from the blood extraction of patient is come, need between multiple conduit
Connection to carry out many times, not only waste of manpower, material resources, time, it is often more important that the chance polluted
Add, and the larger area that therapeutic room used must be certain, equipment can not elapse by the bed of patient.Specially
Profit number: 200610067536.0 patents of invention, on the basis of patent before, it is achieved that simplify operation, can
Equipment passage to beside sickbed is carried out the other treatment of bed, but simply intensifies blood component, do not purify blood, directly
Getting rid of acid product in blood, metabolism is given up poisonous substance and the effect of extra-nutrition material.
Blood purification technology has evolved into series technique, mainly has with solute dispersion, permeable pressure head and transmembrane pressure
Principle realize hemodialysis technology；Have with convection current, filter the blood filtration technology as principle；Have with solute more
Dissipate, permeable pressure head, transmembrane pressure and hemodiafiltration technology that convection current, filtration are principle；Have with physical surface
Long-pending absorption and/or chemical bonded refractory are combined into the blood perfusion technique of principle；Also have and with membrane aperture control molecular filtration be
The membrane plasma separation replacement technique etc. of principle.It is an object of the invention to the hemodialysis in blood purification technology
The principle that principle and blood intensify combines, and creatively designs brand-new can purifying with hemodialysis
Blood, provides stable interior environment for histiocyte life, can intensify again (UBIO) technology with blood and activate
Cell function, by blood hybaroxia, providing sufficient oxygen for whole body system tissue, makes cell viability swash
Living, by active cell, tissue, the function of organ produces energy, it is achieved activate the purpose of life quintessence.
(3) summary of the invention
The present invention is achieved in that and is connected with the vein blood vessel of human body by the needle tip of angiographic neeclle (1),
The other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, ductus arteriosus (2-1)
Section is held with first end (3-1) of tee T (3) and is connected, and second end (3-2) of tee T (3) is with dynamic
Arteries and veins conduit (2-2) section is connected, and ductus arteriosus (2-2) section is connected with one end of bubble trap (4), removes
The other end of bubble device (4) is connected with ductus arteriosus (2-3), and there is exhaustor (4-1) top of bubble trap (4)
With aerofluxus pipe cap (4-2), ductus arteriosus (2-3) section continues prolongation and is connected with blood pump pipe (2-4) section, blood
Pump line (2-4) is coiled in blood pump (5) shell, after blood pump pipe (2-4) goes out blood pump (5), continues and is extended for moving
Arteries and veins conduit (2-5) section, branches out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring from ductus arteriosus (2-5) section
Pipe (6) is connected with arterial pressure table (7), and ductus arteriosus (2-5) section continues prolongation, at ductus arteriosus (2-5)
Section, passes through in electrical clip (8), and ductus arteriosus (2-5) section is after electrical clip (8) passes through, with high pressure
One end of oxygenator (9) is connected, and in hyperbaric oxygen clutch (9), connects and has medical oxygen input pipe (9-1),
Medical oxygen outlet tube (9-2), oxygen pressure-measuring pipe (9-3), oxygen air gauge (9-4), adjust oxygen pressure cap (9-5),
The other end in hyperbaric oxygen clutch (9) is connected with venous duct (10) section, venous duct (10) Duan Yan
Long venous pressure monitoring pipe (10-1) that branches out, venous pressure monitoring pipe (10-1) is connected with venous pressure table (10-2)
Connecing, the other end of venous duct (10) section is connected with vein bubble trap (11), in vein bubble trap (11)
On, there are aerofluxus surge pipe (11-1) and exhaust cap (11-2), at the other end of vein bubble trap (11), with
Venous duct (10) is connected, venous duct (10) through in electrical clip (12) by after with tee T (3)
The 3rd end (3-3) be connected, constitute life activating instrument single needle puncture extracorporeal circulation of blood formula ultraviolet shine
Penetrating oxygenating system, this programme is with described in accompanying drawing 1；
The present invention is it may also is that realize: by the needle tip of angiographic neeclle (1) and human vein blood vessel
Connecting, the other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, ductus arteriosus
(2-1) section is connected with bubble trap (3), on bubble trap (3), at connected exhaustor (3-1) and
Aerofluxus pipe cap (3-2), the other end at bubble trap (3) is connected with ductus arteriosus (2-3) section, and tremulous pulse is led
Pipe (2-3) continues continuity, is connected with blood pump pipe (2-4) section, and blood pump pipe (2-4) is coiled in blood pump (5)
In shell, the follow-up of blood pump pipe (2-4) section is extended for ductus arteriosus (2-5) section, from ductus arteriosus (2-5) section
Branching out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) is connected with arterial pressure table (7), and tremulous pulse is led
Pipe (2-5) section continues prolongation, in ductus arteriosus (2-5) section, in electrical clip (8) by with hyperbaric oxygen
One end of clutch (9) is connected, and in hyperbaric oxygen clutch (9), connects and has medical oxygen input pipe (9-1),
Medical oxygen outlet tube (9-2), oxygen pressure-measuring pipe (9-3), oxygen air gauge (9-4), adjust oxygen pressure cap (9-5),
The other end in hyperbaric oxygen clutch (9) is connected with venous duct (10) section, venous duct (10) Duan Yan
Long venous pressure monitoring pipe (10-1) that branches out, venous pressure monitoring pipe (10-1) is connected with venous pressure table (10-2)
Connecing, the other end of venous duct (10) section is connected with vein bubble trap (11), in vein bubble trap (11)
On, there are aerofluxus surge pipe (11-1) and exhaust cap (11-2), at the other end of vein bubble trap (11), with
Venous duct (10) is connected, venous duct (10), through in electrical clip (12) by after and vascular puncture
Pin (13) is connected, and constitutes the crosspointer of life activating instrument and punctures extracorporeal circulation of blood formula ultraviolet blood irradiation and oxygenation system
System, this programme describes to scheme accompanying drawing 2；
The present invention is it may also is that realize: by the needle tip of angiographic neeclle (1) and human vein blood vessel
Being connected, the other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, and tremulous pulse is led
Pipe (2-1) section is connected with first end (3-1) of tee T (3), second end (3-2) of tee T (3)
Being connected with ductus arteriosus (2-2) section, ductus arteriosus (2-2) section is connected with one end of bubble trap (4),
The other end of bubble trap (4) is connected with ductus arteriosus conduit (2-3) section, in the top of bubble trap (4)
Having exhaustor (4-1) and aerofluxus pipe cap (4-2), ductus arteriosus (2-3) section continues to extend and blood pump pipe (2-4)
Section is connected, and blood pump pipe (2-4) is coiled in the shell of blood pump (5), follow-up the prolonging of blood pump pipe (2-4) section
A length of ductus arteriosus (2-5) section, branches out arterial blood pressure monitoring pipe (6), tremulous pulse in ductus arteriosus (2-5) section
Pressure monitoring pipe (6) is connected with arterial pressure table (7), and ductus arteriosus (2-5) section continues and extends and dialyser (8)
Arterial end (8-1) be connected, the vein end (8-2) of one end of venous duct (9) and dialyser (8)
It is connected, has dialysis solution input pipe (8-3) and dialysis solution outlet tube (8-4) in the side of dialyser (8) respectively,
One end of venous duct (9) section is connected with the vein end of dialyser (8), passes through in electrical clip (10)
One end with hyperbaric oxygen clutch (11) is connected afterwards, has oxygen input tube (11-1) in hyperbaric oxygen clutch (11),
Oxygen output tube (11-2) oxygen barometric leg (11-3), oxygen air gauge (11-4) and pressure regulation oxygen cap (11-5),
The other end in hyperbaric oxygen clutch (11) is connected with venous duct (9), and venous duct (9) continues branch
Go out venous pressure monitoring pipe (9-1) to be connected with pulse pressure table (9-2), venous duct (9) continuity and bubble trap
(12) it is connected, bubble trap (12) has exhaustor (12-1) and aerofluxus pipe cap (12-2), vein
Conduit (9) continues and continues through electrical clip (13) and be connected with the 3rd end (3-3) of tee T (3), structure
The dialysis of single needle puncture blood and the extracorporeal circulation of blood formula blood that become life activating instrument intensify and dialysis solution conduit system
System, this programme describes in fig. 3；
The present invention is it may also is that realize: by the needle tip of angiographic neeclle (1) and human vein blood vessel
Being connected, the other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, and tremulous pulse is led
Pipe (2-1) section continues into ductus arteriosus (2-2) section, ductus arteriosus (2-2) and bubble trap (3) one end phase
Connect, on bubble trap (3), have exhaustor (3-1) and aerofluxus pipe cap (3-2), bubble trap (3)
The other end is connected with ductus arteriosus (2-3) section, ductus arteriosus (2-3) section continuity forward with blood pump pipe (2-4)
Being connected, blood pump pipe (2-4) section is coiled in the shell of blood pump (5), blood pump pipe (2-4) section continue continuity to
Front is ductus arteriosus (2-5) section, and ductus arteriosus (2-5) section branches out tremulous pulse pressure pipe (6), tremulous pulse pressure pipe (6)
Being connected with arterial pressure table (7), ductus arteriosus (2-5) continues and extends the arterial end (8-1) with dialyser (8)
Being connected, one end of venous duct (9) is connected with the vein end of dialyser (8), divides in the side of dialyser (8)
There are not dialysis solution input pipe (8-3) and dialysis solution outlet tube (8-4), one end of venous duct (9) section and dialyser (8)
Vein end is connected, through in electrical clip (10) by after be connected, at high pressure with one end of hyperbaric oxygen clutch (11)
Oxygen input tube (11-1), oxygen output tube (11-2), oxygen barometric leg (11-3) oxygen air gauge is had on oxygenator (11)
(11-4) with pressure regulation oxygen cap (11-5), the other end in hyperbaric oxygen clutch (11) is connected with venous duct (9), vein
Conduit (9) continuity is connected with bubble trap (12), on bubble trap (12), has exhaustor (12-1) and aerofluxus pipe cap
(12-2), after the venous duct (9) of bubble trap (12) other end continues through electrical clip (13), with puncture needle tail pipe (14)
Being connected, the crosspointer constituting life activating instrument punctures the activation of extracorporeal circulation of blood formula blood and hemodialysis catheter system
System, this programme describes in figure 4；
The present invention is it may also is that realize: by the needle tip of angiographic neeclle (1) and human vein blood vessel
Being connected, the other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, and tremulous pulse is led
Pipe (2-1) section is connected with first end (3-1) of tee T (3), second end (3-2) of tee T (3)
Being connected with ductus arteriosus (2-2) section, ductus arteriosus (2-2) section is connected with one end of bubble trap (4),
The other end of bubble trap (4) is connected with ductus arteriosus (2-3), has exhaustor (4-1) on bubble trap (4)
With aerofluxus pipe cap (4-2), ductus arteriosus (2-3) section is connected with blood pump pipe (2-4) section, blood pump pipe (2-4)
Being coiled in the shell of blood pump (5), blood pump pipe (2-4) continues and extends for ductus arteriosus (2-5) section, at tremulous pulse
Conduit (2-5) section branches out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) and arterial pressure table (7)
Being connected, ductus arteriosus (2-5) section continues to continue and is connected with the arterial end joint (8-1) of dialyser (8),
The vein end joint (8-2) of dialyser (8) is connected with venous duct (9), the dialysis of dialyser (8)
Liquid input hole (8-3) and dialysis solution delivery outlet (8-4) sidewall at dialyser (8) two ends respectively respectively
Being connected with dialysis solution circulation pipe (8-5) and dialysis solution circulation pipe (8-6), venous duct (9) is through electronic
Folder after (10) pass through, is connected with one end of hyperbaric oxygen clutch (11), another of hyperbaric oxygen clutch (11)
End is connected with the continuity section of venous duct (9), and the continuity section of venous duct (9) branches out venous pressure monitoring
Pipe (9-1), venous pressure monitoring pipe (9-1) is connected with venous pressure table (9-2), and venous duct (9) continues
Duan Ji is connected with bubble trap (12) forward, on bubble trap, has exhaustor (12-1) and exhaust cap (12-2),
The quiet venous duct (9) of bubble trap (12) other end is by electrical clip (13) and the 3rd of tee T (3)
End (3-3) is connected；Medical oxygen source of the gas (14) is connected with source of oxygen joint (15), source of oxygen joint
(15) it is connected with source of oxygen joint switch (16), source of oxygen joint switch (16) and oxygen air gauge (17)
Being connected, oxygen air gauge (17) is connected with oxygen humidification bottle (18), oxygen humidification bottle (18) and oxygen
Conveying pipe (21) is connected, and on oxygen conveying pipe (21), connects aerobic barometric leg (19) and oxygen
Pressure monitoring table (20), oxygen conveying pipe (21) and the oxygen input tube (11-1) in hyperbaric oxygen clutch (11)
Between union joint (22) be connected, the oxygen output tube (11-2) in hyperbaric oxygen clutch (11) and oxygen
Union joint (23) between discharge pipe (24) is connected, and oxygen discharge pipe (24) extends for oxygen excretory duct
(25)；Hyperbaric oxygen clutch (11) is placed in ultraviolet irradiation and shakes in indigo plant (26), irradiates at ultraviolet and shakes indigo plant (26)
The center of lower section, connects and has roller axle (27), irradiates the lower section shaking indigo plant (26) both sides at ultraviolet, is connected
It is connected to electromagnetic valve and push-and-pull (28a and 28b), electromagnetic valve and push-and-pull (28a and 28b) and substrate frame
(29) it is connected, collectively forms single needle and puncture extracorporeal circulation of blood formula hemodialysis, the connection of blood activating part
System, this programme describes in figure 5；
The present invention can also be achieved in that: is connected with human vein blood vessel by the needle tip of angiographic neeclle (1),
The other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1), and ductus arteriosus (2-1) continues
For (2-2) section, and being connected with one end of bubble trap (3), the other end of bubble trap (3) is led with tremulous pulse
Pipe (2-3) section is connected, and the continuity of ductus arteriosus (2-3) section is connected with blood pump pipe (2-4), blood pump pipe (2-4)
Being coiled in the shell of blood pump (5), blood pump pipe (2-4) continues and extends for ductus arteriosus (2-5) section, at tremulous pulse
Conduit (2-5) section branches out arterial blood pressure monitoring pipe (6) and is connected with arterial pressure table (7), ductus arteriosus (2-5)
Section continues to continue and is connected with the arterial end (8-1) of dialyser (8), the vein end joint (8-2) of dialyser (8)
It is connected with venous duct (9), the dialysis solution input hole (8-3) of dialyser (8) and dialysis solution delivery outlet
(8-4) respectively sidewall at dialyser (8) two ends and respectively with dialysis solution circulation input pipe (8-5) and saturating
Analysis liquid circulation discharge pipe (8-6) is connected, and venous duct (9) is after electrical clip (10) passes through, with high pressure
One end of oxygenator (11) is connected, and the other end of hyperbaric oxygen clutch (11) prolongs with venous duct (9)
Continuous section is connected, and the continuity section of venous duct (9) branches out venous pressure monitoring pipe (9-1), and venous pressure is monitored
Pipe (9-1) be connected with venous pressure table (9-2), venous duct (9) continue Duan Ji forward with bubble trap (12)
Be connected, on bubble trap, have exhaustor (12-1) and exhaust cap (12-2), bubble trap (12) another
The quiet venous duct (9) of end is connected by the backshank pipe of electrical clip (13) with another root puncture pin (1-1)；
Medical oxygen source of the gas (14) is connected with source of oxygen joint (15), source of oxygen joint (15) and source of oxygen joint
Switch (16) is connected, and source of oxygen joint switch (16) is connected with oxygen air gauge (17), oxygen air gauge
(17) being connected with oxygen humidification bottle (18), oxygen humidification bottle (18) is connected with oxygen conveying pipe (21)
Connect, on oxygen conveying pipe (21), connect aerobic barometric leg (19) and oxygen Pressure monitoring table (20),
The union joint (22) between oxygen input tube (11-1) on oxygen conveying pipe (21) and hyperbaric oxygen clutch (11)
It is connected, between oxygen output tube (11-2) and the oxygen discharge pipe (24) in hyperbaric oxygen clutch (11)
Union joint (23) is connected, and oxygen discharge pipe (24) extends for oxygen excretory duct (25), hyperbaric oxygen clutch
(11) it is placed in ultraviolet irradiation and shakes in indigo plant (26), irradiate the center shaking indigo plant (26) lower section at ultraviolet, even
It is connected to roller axle (27), irradiates the lower section shaking indigo plant (26) both sides at ultraviolet, be connected and be connected to electromagnetic valve and push away
Drawing (28a and 28b), electromagnetic valve and push-and-pull (28a with 28b) are connected with substrate frame (29),
Collectively forming crosspointer and puncture extracorporeal circulation of blood formula hemodialysis blood activating part connection system, this programme is attached
Described in Fig. 6；
The present invention is it may also is that realize: ultraviolet irradiates and shakes ultraviolet in indigo plant (26) and irradiate filter screen frame
Frame (27) is indulged frame (26-2) by ultraviolet irradiation filter screen crossbearer (26-1) with ultraviolet irradiation filter screen and is connected
Forming, stainless steel cloth (26-3) is fixed on ultraviolet and irradiates filter screen crossbearer (26-1) and ultraviolet irradiation filter
Round floor between the vertical frame (26-2) of net, this programme describes in fig. 7；
The present invention it may also is that realize: ultraviolet irradiate shake indigo plant (26) ultraviolet irradiate filter screen frame
The lower section of frame (27), is mounted with special ultraviolet lamp socket (26-5 and 26-7), at ultraviolet lamp socket (26-5
And 26-7) between, equipped with quartz burner (26-6), irradiate at ultraviolet and shake on the inwall two of indigo plant faces the wall and meditates,
Equipped with electromagnetic coil (26-4 and 26-5)；This programme is described in the accompanying drawing 8；
The present invention it may also is that realize: dialysis fluid container (30) have dialysis solution delivery outlet (30b) and
Dialysis solution input hole (30a) constitutes the global facility of dialysis fluid container (30), and this programme is retouched in accompanying drawing 9
State；
The present invention is it may also is that realize: by the needle tip of angiographic neeclle (1) and human vein blood vessel
Being connected, the other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, and tremulous pulse is led
Pipe (2-1) section is connected with first end (3-1) of tee T (3), second end (3-2) of tee T (3)
Being connected with ductus arteriosus (2-2) section, ductus arteriosus (2-2) section is connected with one end of bubble trap (4),
The other end of bubble trap (4) is connected with ductus arteriosus (2-3), has exhaustor (4-1) on bubble trap (4)
With aerofluxus pipe cap (4-2), ductus arteriosus (2-3) section is connected with blood pump pipe (2-4) section, blood pump pipe (2-4)
Being coiled in the shell of blood pump (5), blood pump pipe (2-4) continues and extends for ductus arteriosus (2-5) section, at tremulous pulse
Conduit (2-5) section, branches out heparin and adds pipe (2-5-1) and heparin syringe pump (2-5-2), lead at tremulous pulse
Pipe (2-5) section also branches out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) and arterial pressure table (7)
Being connected, ductus arteriosus (2-5) section continues to continue and is connected with the arterial end joint (8-1) of dialyser (8),
The vein end joint (8-2) of dialyser (8) is connected with venous duct (9), the dialysis of dialyser (8)
Liquid input hole (8-3) and dialysis solution delivery outlet (8-4) sidewall at dialyser (8) two ends respectively respectively
Being connected with dialysis solution circulation pipe (8-5) and dialysis solution circulation pipe (8-6), venous duct (9) is through electronic
Folder after (10) pass through, is connected with one end of hyperbaric oxygen clutch (11), another of hyperbaric oxygen clutch (11)
End is connected with venous duct (9), and the other end of venous duct (9) is connected with the upper end of bubble trap (12)
Press, on bubble trap (12), have venous pressure monitoring pipe (12-1) and venous pressure table (12-2), bubble trap
(12) venous duct (9) of lower end is after passing through in electrical clip (13), with the 3rd end of tee T (3)
(3-3) it is connected；Medical oxygen source of the gas (14) is connected with source of oxygen joint (15), source of oxygen joint (15)
Being connected with source of oxygen joint switch (16), source of oxygen joint switch (16) is connected with oxygen air gauge (17)
Connecing, oxygen air gauge (17) is connected with oxygen humidification bottle (18), and oxygen humidification bottle (18) carries with oxygen
Pipe (21) is connected, and on oxygen conveying pipe (21), connects aerobic barometric leg (19) and oxygen pressure prison
Survey the oxygen input tube (11-1) in table (20), oxygen conveying pipe (21) and hyperbaric oxygen clutch (11) it
Between union joint (22) be connected, the oxygen output tube (11-2) in hyperbaric oxygen clutch (11) and oxygen are arranged
The union joint (23) gone out between pipe (24) is connected, and oxygen discharge pipe (24) extends for oxygen excretory duct (25)；
The dialysis solution delivery outlet (30b) of dialysis fluid container (30) is connected, thoroughly with dialysis solution circulation pipe (31-1)
Analysis liquid circulation pipe (31-1) coiling moves ahead, with dialyser (8) by after the first dialysis solution circulating pump (31-2)
Dialysis solution input hole (8-3) be connected, be connected with the dialysis solution tap (8-4) of dialyser (8)
Dialysis solution circulation pipe (31-1) dish rich by the second dialysis solution circulating pump (31-3) after, then hold with dialysis solution
The dialysis solution input hole (30a) of device (30) is connected；Dialysis fluid container (30) is placed in Heng Wentai (32)
On, Heng Wentai (32) is positioned on electronic weight monitor (33), and electronic weight monitor (33) is positioned at the end
On dish (34)；Computer display screen (35) is positioned at life activating instrument upper end, and computer display screen is designed with touch
Push button function key (36), controls cabinet (37) in the lower section of computer display screen (35) with electric mechanical and is connected
Connect, control on cabinet panel, have blood pump rotary switch (38) and dialysis liquid pump rotary switch (39) at electric mechanical,
Electric mechanical controls the ultraviolet irradiation of cabinet (37) and lower section and shakes the blood activation room that indigo plant (26) is located therein
(40) it is connected, with dialysis solution monitoring machine case (41) and chassis (34) below blood activation room (40)
Being connected, being connected in the corner of chassis (34) is connected to universal wheel (42), collectively forms single needle puncture blood and follows
The complete machine of ring life activating instrument, this programme describes in fig. 10；
The present invention is it may also is that realize: by the needle tip of angiographic neeclle (1) and human vein blood vessel
Being connected, the other end backshank pipe of angiographic neeclle (1) is connected with ductus arteriosus (2-1) section, and tremulous pulse is led
Pipe (2-1) Duan Ji extends for ductus arteriosus (2-2) section, and ductus arteriosus (2-2) continues and continues and bubble trap (3)
One end be connected, the other end of bubble trap (3) is connected with ductus arteriosus (2-3) section, ductus arteriosus (2-3)
Section continues to continue and is connected with blood pump pipe (2-4) section, and blood pump pipe (2-4) is coiled in the shell of blood pump (5),
Blood pump pipe (2-4) is by, after blood pump (5), extending for ductus arteriosus (2-5) section, at ductus arteriosus (2-5)
Section, branches out heparin and adds pipe (2-5-1) and heparin syringe pump (2-5-2), in ductus arteriosus (2-5) section
Also branching out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) is connected with arterial pressure table (7), tremulous pulse
Conduit (2-5) section continues to continue and is connected with the arterial end joint (8-1) of dialyser (8), dialyser (8)
Vein end joint (8-2) be connected with venous duct (9), the dialysis solution input hole (8-3) of dialyser (8)
With dialysis solution delivery outlet (8-4) respectively sidewall at dialyser (8) two ends and respectively with dialysis solution circulation pipe (8-5)
It is connected with dialysis solution circulation pipe (8-6)；Venous duct (9) is after electrical clip (10) passes through, with high pressure
One end of oxygenator (11) is connected, and the other end of hyperbaric oxygen clutch (11) is connected with venous duct (9)
Connecing, the other end of venous duct (9) is connected with the upper end of bubble trap (12) and presses, on bubble trap (12),
There are venous pressure monitoring pipe (12-1) and venous pressure table (12-2), the venous duct (9) of bubble trap (12) lower end
After electrical clip (13) passes through, it is connected with backshank pipe and the puncture needle (1-1) of another root puncture pin；
Medical oxygen source of the gas (14) is connected with source of oxygen joint (15), source of oxygen joint (15) and source of oxygen joint
Switch (16) is connected, and source of oxygen joint switch (16) is connected with oxygen air gauge (17), oxygen air gauge
(17) being connected with oxygen humidification bottle (18), oxygen humidification bottle (18) is connected with oxygen conveying pipe (21)
Connect, on oxygen conveying pipe (21), connect aerobic barometric leg (19) and oxygen Pressure monitoring table (20),
The union joint (22) between oxygen input tube (11-1) on oxygen conveying pipe (21) and hyperbaric oxygen clutch (11)
It is connected, between oxygen output tube (11-2) and the oxygen discharge pipe (24) in hyperbaric oxygen clutch (11)
Union joint (23) is connected, and oxygen discharge pipe (24) extends for oxygen excretory duct (25)；Dialysis fluid container
(30) dialysis solution delivery outlet (30b) is connected with dialysis solution circulation pipe (31-1), dialysis solution circulation pipe
(31-1) coiling moves ahead, with the dialysis of dialyser (8) by after the first dialysis solution circulating pump (31-2)
Liquid input hole (8-3) is connected, the dialysis being connected with the dialysis solution tap (8-4) of dialyser (8)
Liquid circulation pipe (31-1) dish rich by the second dialysis solution circulating pump (31-3) after, then with dialysis fluid container (30)
Dialysis solution input hole (30a) be connected；Dialysis fluid container (30) is placed on Heng Wentai (32), weighing apparatus temperature
Platform (32) is positioned on electronic weight monitor (33), and electronic weight monitor (33) is positioned at chassis (34)
On；Computer display screen (35) is positioned at life activating instrument upper end, and computer display screen is designed with touch button function
Key (36), controls cabinet (37) in the lower section of computer display screen (35) with electric mechanical and is connected, at electricity
Blood pump rotary switch (38) and dialysis liquid pump rotary switch (39), electronics is had on sub-Mechanical course cabinet panel
Mechanical course cabinet (37) shakes, with the ultraviolet irradiation of lower section, blood activation room (40) that indigo plant (26) is located therein
It is connected, activates at blood and be connected with chassis (34) with dialysis solution monitoring machine case (41) below room (40)
Connecing, being connected in the corner of chassis (34) is connected to universal wheel (42), collectively forms the circulation of crosspointer puncture blood raw
The complete machine of life activating instrument.
(4) accompanying drawing explanation
What Fig. 1 described is that single needle of the present invention punctures extracorporeal circulation of blood, and ultraviolet irradiates hybaroxia system.
What Fig. 2 described is that crosspointer punctures extracorporeal circulation of blood, and ultraviolet irradiates hybaroxia system.
What Fig. 3 described is that single needle punctures extracorporeal circulation of blood, and ultraviolet irradiates hybaroxia, and hemodialysis is external
Blood circulation, dialysis liquid circulating tube system.
What Fig. 4 described is that crosspointer punctures extracorporeal circulation of blood, and ultraviolet irradiates hybaroxia, and hemodialysis is external
Blood circulation, dialysis liquid circulating tube system.
What Fig. 5 described is that single needle punctures extracorporeal circulation of blood, and ultraviolet irradiates hybaroxia, and hemodialysis is external
Blood shield ring, dialysis solution circulation and circulating oxygen system.
What Fig. 6 described is that crosspointer punctures extracorporeal circulation of blood, and ultraviolet irradiates hybaroxia, and hemodialysis is external
Blood shield ring, dialysis solution circulation and circulating oxygen system.
What Fig. 7 described is that blue basic structure principle is shaken in ultraviolet irradiation.
What Fig. 8 described is that the ultraviolet radiator installment state below basket is shaken in ultraviolet irradiation.
What Fig. 9 described is dialysis fluid container and access hole and dialysis solution flow direction.
What Figure 10 described is that life activating instrument complete machine basic structure principle signal during single needle puncture working state solves
Release figure, simultaneously the final assembly principle of signal life activating instrument.
What Figure 11 described is that life activating instrument complete machine basic structure principle signal during crosspointer puncture working state solves
Release figure, simultaneously the final assembly principle of signal life activating instrument.
(5) detailed description of the invention
Shown in schematic diagram 1 to Figure 11, the basic accessory that preparation is relevant:
Shown in Fig. 1～2, prepare single needle, crosspointer puncture extracorporeal circulation of blood formula ultraviolet irradiation hybaroxia
System accessories, mainly has: puncture needle, artery and vein conduit, tee T, blood pump, and hyperbaric oxygen clutch is electronic
Folder, oxygen gauge, dynamic and static pulse pressure table；
Shown in Fig. 3～4, preparing dialyser, dialysis solution circulation pipe, single needle, crosspointer puncture extracorporeal blood and follow
Ring type ultraviolet irradiates hybaroxia system accessories, puncture needle, artery and vein conduit, tee T, blood pump, height
Pressure oxygenator, electrical clip, oxygen gauge, dynamic and static pulse pressure table；
Shown in Fig. 5～6, preparation medical oxygen, oxygen air gauge, oxygen input tube, discharge pipe, dialyser,
Dialysis solution circulation pipe, single needle, crosspointer puncture extracorporeal circulation of blood formula ultraviolet irradiates hybaroxia system accessories,
Puncture needle, artery and vein conduit, tee T, blood pump, hyperbaric oxygen clutch, electrical clip, oxygen gauge, dynamic and static
Pulse pressure table；
Shown in Fig. 7～9, prepare ultraviolet irradiation and shake indigo plant, including；Ultraviolet irradiates screen frame, ultraviolet
Line irradiates filter screen indulges frame, stainless steel cloth, ultraviolet lamp socket, quartz burner, electromagnetic coil, dialysis fluid container；
Shown in Figure 10～11, preparing computer and display screen, complete machine framework, electric mechanical controls cabinet, blood
Liquid activates room, dialysis solution monitoring machine case, complete machine chassis universal wheel, also includes the whole accessories shown in Fig. 1～9,
On deck after whole accessories of Fig. 1～11, assemble, debugging, by test run, animal experiment and clinical examination
With, complete the clinic trial number of cases of medical treatment new product supervision department examination & approval regulation, market access qualification can be declared.
The positive effect of the present invention:
The present invention is to integrate blood to intensify the innovative design armarium with blood purification, owing to having purification
Blood and activation blood dual-use function, therefore can be used for treating, rescue, prevention, health care and rehabilitation.Due to blood
Intensify utilized ultraviolet principle, therefore the present invention can be used for treating disease of viral infection, has sure effect.
Because applying hemodialysis principle, there is directly effect to reducing hyperglycemia, therefore the treatment curative effect being used for diabetes can
Lean on, direct for hemodialysis blood sugar lowering and blood are intensified activation islets of langerhans and combines, can reach than medicine more faster, more
Reliably treat the purpose that 2 type sugar are sick.Due to can fully oxygen supply, peculiar for salvage grave patients rescue effect.
Claims (2)
1. a life activating instrument, particularly a kind of for clinical care, prevent, treat, rescue, rehabilitation
In one life activating instrument, it is a feature of the present invention that: the extracorporeal blood circulation system of life activating instrument by with
Under each parts constitute, the needle tip of angiographic neeclle (1) connects with the vein blood vessel of human body, angiographic neeclle (1)
Other end backshank pipe be connected with ductus arteriosus (2-1) section, ductus arteriosus (2-1) section and tee T (3)
The first end (3-1) end be connected, second end (3-2) of tee T (3) and ductus arteriosus (2-2) section
Being connected, ductus arteriosus (2-2) section is connected with one end of bubble trap (4), another of bubble trap (4)
End is connected with ductus arteriosus (2-3), and there are exhaustor (4-1) and aerofluxus pipe cap in the top of bubble trap (4)
(4-2), ductus arteriosus (2-3) section continues prolongation and is connected with blood pump pipe (2-4) section, blood pump pipe (2-4)
It is coiled in blood pump (5) shell, after blood pump pipe (2-4) goes out blood pump (5), continues and be extended for ductus arteriosus (2-5)
Section, branches out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) and tremulous pulse from ductus arteriosus (2-5) section
Pressure table (7) is connected, and ductus arteriosus (2-5) section continues prolongation, in ductus arteriosus (2-5) section, through electronic
Passing through in folder (8), ductus arteriosus (2-5) section is after electrical clip (8) passes through, with hyperbaric oxygen clutch (9)
One end be connected, in hyperbaric oxygen clutch (9), connect have medical oxygen input pipe (9-1), medical oxygen
Gas outlet tube (9-2), oxygen pressure-measuring pipe (9-3), oxygen air gauge (9-4), adjust oxygen pressure cap (9-5), at height
The other end of pressure oxygenator (9) is connected with venous duct (10) section, and venous duct (10) elongated segment divides
Expenditure venous pressure monitoring pipe (10-1), venous pressure monitoring pipe (10-1) is connected with venous pressure table (10-2),
The other end of venous duct (10) section is connected with vein bubble trap (11), on vein bubble trap (11),
There are aerofluxus surge pipe (11-1) and exhaust cap (11-2), at the other end of vein bubble trap (11), with vein
Conduit (10) is connected, venous duct (10) through in electrical clip (12) by after with tee T (3)
3rd end (3-3) is connected, and the single needle constituting life activating instrument punctures the irradiation of extracorporeal circulation of blood formula ultraviolet
Oxygenating system；
Connected with human vein blood vessel by the needle tip of angiographic neeclle (1), another of angiographic neeclle (1)
End backshank pipe is connected with ductus arteriosus (2-1) section, and ductus arteriosus (2-1) section is connected with bubble trap (3)
Connect, on bubble trap (3), at connected exhaustor (3-1) and aerofluxus pipe cap (3-2), in bubble trap (3)
The other end be connected with ductus arteriosus (2-3) section, ductus arteriosus (2-3) continues continuity, with blood pump pipe (2-4)
Section is connected, and blood pump pipe (2-4) is coiled in blood pump (5) shell, the follow-up prolongation of blood pump pipe (2-4) section
For ductus arteriosus (2-5) section, branch out arterial blood pressure monitoring pipe (6), arterial pressure from ductus arteriosus (2-5) section
Monitoring pipe (6) is connected with arterial pressure table (7), and ductus arteriosus (2-5) section continues prolongation, at ductus arteriosus
(2-5) section, by being connected, at high pressure with one end of hyperbaric oxygen clutch (9) in electrical clip (8)
On oxygenator (9), connect and have medical oxygen input pipe (9-1), medical oxygen outlet tube (9-2), oxygen
Pressure-measuring pipe (9-3), oxygen air gauge (9-4), adjust oxygen pressure cap (9-5), at the other end of hyperbaric oxygen clutch (9)
Being connected with venous duct (10) section, venous duct (10) elongated segment branches out venous pressure monitoring pipe (10-1),
Venous pressure monitoring pipe (10-1) is connected with venous pressure table (10-2), the other end of venous duct (10) section
Be connected with vein bubble trap (11), on vein bubble trap (11), have aerofluxus surge pipe (11-1) and
Exhaust cap (11-2), at the other end of vein bubble trap (11), is connected with venous duct (10), quiet
Arteries and veins conduit (10), is connected with angiographic neeclle (13) after passing through in electrical clip (12), constitutes life
The crosspointer of activating instrument punctures extracorporeal circulation of blood formula ultraviolet blood irradiation and oxygenation system；
It is connected with human vein blood vessel by the needle tip of angiographic neeclle (1), angiographic neeclle (1) another
One end backshank pipe is connected with ductus arteriosus (2-1) section, ductus arteriosus (2-1) section and tee T (3)
First end (3-1) is connected, and second end (3-2) of tee T (3) is connected with ductus arteriosus (2-2) section
Connecing, ductus arteriosus (2-2) section is connected with one end of bubble trap (4), the other end of bubble trap (4) with
Ductus arteriosus conduit (2-3) section is connected, and has exhaustor (4-1) and aerofluxus in the top of bubble trap (4)
Pipe cap (4-2), ductus arteriosus (2-3) section continues prolongation and is connected with blood pump pipe (2-4) section, blood pump pipe (2-4)
Being coiled in the shell of blood pump (5), the follow-up of blood pump pipe (2-4) section is extended for ductus arteriosus (2-5) section,
Arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) and arterial pressure table is branched out in ductus arteriosus (2-5) section
(7) being connected, ductus arteriosus (2-5) section continues to extend and is connected with the arterial end (8-1) of dialyser (8),
One end of venous duct (9) is connected with the vein end (8-2) of dialyser (8), at dialyser (8)
Side has dialysis solution input pipe (8-3) and dialysis solution outlet tube (8-4), the one of venous duct (9) section respectively
End is connected with the vein end of dialyser (8), with hyperbaric oxygen clutch (11) after passing through in electrical clip (10)
One end be connected, hyperbaric oxygen clutch (11) has oxygen input tube (11-1), oxygen output tube (11-2)
Oxygen barometric leg (11-3), oxygen air gauge (11-4) and pressure regulation oxygen cap (11-5), in hyperbaric oxygen clutch (11)
The other end be connected with venous duct (9), venous duct (9) continuity branch out venous pressure monitoring pipe (9-1)
Being connected with pulse pressure table (9-2), venous duct (9) continuity is connected, at bubble trap with bubble trap (12)
(12) have exhaustor (12-1) and aerofluxus pipe cap (12-2) on, venous duct (9) continue continue through electronic
Folder (13) is connected with the 3rd end (3-3) of tee T (3), and the single needle constituting life activating instrument punctures blood
Liquid dialysis and extracorporeal circulation of blood formula blood intensify and dialysis solution conduit system；
It is connected with human vein blood vessel by the needle tip of angiographic neeclle (1), angiographic neeclle (1) another
One end backshank pipe is connected with ductus arteriosus (2-1) section, and ductus arteriosus (2-1) section continues into ductus arteriosus (2-2)
Section, ductus arteriosus (2-2) is connected with bubble trap (3) one end, on bubble trap (3), has exhaustor
(3-1) with aerofluxus pipe cap (3-2), the other end of bubble trap (3) is connected with ductus arteriosus (2-3) section,
The continuity of ductus arteriosus (2-3) section is connected with blood pump pipe (2-4) forward, and blood pump pipe (2-4) section is coiled in blood
In the shell of pump (5), blood pump pipe (2-4) section continues continuity forward for ductus arteriosus (2-5) section, ductus arteriosus
(2-5) section branches out tremulous pulse pressure pipe (6), and tremulous pulse pressure pipe (6) is connected with arterial pressure table (7), tremulous pulse
Conduit (2-5) continues to extend and is connected with the arterial end (8-1) of dialyser (8), one end of venous duct (9)
It is connected with the vein end of dialyser (8), has dialysis solution input pipe (8-3) and thoroughly in the side of dialyser (8) respectively
Analysis liquid outlet tube (8-4), one end of venous duct (9) section is connected with dialyser (8) vein end, through electrical clip (10)
In be connected by rear and hyperbaric oxygen clutch (11) one end, hyperbaric oxygen clutch (11) has oxygen input tube
(11-1), oxygen output tube (11-2), oxygen barometric leg (11-3) oxygen air gauge (11-4) and pressure regulation oxygen cap (11-5),
The other end in hyperbaric oxygen clutch (11) is connected with venous duct (9), venous duct (9) continuity and bubble trap (12)
It is connected, on bubble trap (12), has exhaustor (12-1) and aerofluxus pipe cap (12-2), bubble trap (12) other end
Venous duct (9) continue through electrical clip (13) after, be connected with puncture needle tail pipe (14), constitute life activate
The crosspointer of instrument punctures extracorporeal circulation of blood formula blood and activates and hemodialysis catheter system；
It is connected with human vein blood vessel by the needle tip of angiographic neeclle (1), angiographic neeclle (1) another
One end backshank pipe is connected with ductus arteriosus (2-1) section, ductus arteriosus (2-1) section and tee T (3)
First end (3-1) is connected, and second end (3-2) of tee T (3) is connected with ductus arteriosus (2-2) section
Connecing, ductus arteriosus (2-2) section is connected with one end of bubble trap (4), the other end of bubble trap (4) with
Ductus arteriosus (2-3) is connected, and has exhaustor (4-1) and aerofluxus pipe cap (4-2) on bubble trap (4),
Ductus arteriosus (2-3) section is connected with blood pump pipe (2-4) section, and blood pump pipe (2-4) is coiled in blood pump (5)
Shell in, blood pump pipe (2-4) continues and extends for ductus arteriosus (2-5) section, in ductus arteriosus (2-5) section branch
Going out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) is connected with arterial pressure table (7), ductus arteriosus (2-5)
Section continues to continue and is connected with the arterial end joint (8-1) of dialyser (8), the vein termination of dialyser (8)
Head (8-2) is connected with venous duct (9), the dialysis solution input hole (8-3) of dialyser (8) and dialysis
Liquid delivery outlet (8-4) sidewall at dialyser (8) two ends respectively and respectively with dialysis solution circulation pipe (8-5)
Being connected with dialysis solution circulation pipe (8-6), venous duct (9) is after electrical clip (10) passes through, with high pressure
One end of oxygenator (11) is connected, and the other end of hyperbaric oxygen clutch (11) prolongs with venous duct (9)
Continuous section is connected, and the continuity section of venous duct (9) branches out venous pressure monitoring pipe (9-1), and venous pressure is monitored
Pipe (9-1) be connected with venous pressure table (9-2), venous duct (9) continue Duan Ji forward with bubble trap (12)
Be connected, on bubble trap, have exhaustor (12-1) and exhaust cap (12-2), bubble trap (12) another
The quiet venous duct (9) of end is connected with the 3rd end (3-3) of tee T (3) by electrical clip (13)；
Medical oxygen source of the gas (14) is connected with source of oxygen joint (15), source of oxygen joint (15) and source of oxygen joint
Switch (16) is connected, and source of oxygen joint switch (16) is connected with oxygen air gauge (17), oxygen air gauge
(17) being connected with oxygen humidification bottle (18), oxygen humidification bottle (18) is connected with oxygen conveying pipe (21)
Connect, on oxygen conveying pipe (21), connect aerobic barometric leg (19) and oxygen Pressure monitoring table (20),
The union joint (22) between oxygen input tube (11-1) on oxygen conveying pipe (21) and hyperbaric oxygen clutch (11)
It is connected, between oxygen output tube (11-2) and the oxygen discharge pipe (24) in hyperbaric oxygen clutch (11)
Union joint (23) is connected, and oxygen discharge pipe (24) extends for oxygen excretory duct (25)；Hyperbaric oxygen clutch
(11) it is placed in ultraviolet irradiation and shakes in indigo plant (26), irradiate the center shaking indigo plant (26) lower section at ultraviolet, even
It is connected to roller axle (27), irradiates the lower section shaking indigo plant (26) both sides at ultraviolet, be connected and be connected to electromagnetic valve and push away
Drawing (28a and 28b), electromagnetic valve and push-and-pull (28a with 28b) are connected with substrate frame (29),
Collectively form single needle and puncture extracorporeal circulation of blood formula hemodialysis blood activating part connection system；
It is connected with human vein blood vessel by the needle tip of angiographic neeclle (1), the other end of angiographic neeclle (1)
Backshank pipe is connected with ductus arteriosus (2-1), and ductus arteriosus (2-1) extends for (2-2) section, and and de-bubble
One end of device (3) is connected, and the other end of bubble trap (3) is connected with ductus arteriosus (2-3) section, dynamic
The continuity of arteries and veins conduit (2-3) section is connected with blood pump pipe (2-4), and blood pump pipe (2-4) is coiled in blood pump (5)
Shell in, blood pump pipe (2-4) continues and extends for ductus arteriosus (2-5) section, in ductus arteriosus (2-5) section branch
Going out arterial blood pressure monitoring pipe (6) to be connected with arterial pressure table (7), ductus arteriosus (2-5) section continues continuity with saturating
The arterial end (8-1) of parser (8) is connected, and the vein end joint (8-2) of dialyser (8) is led with vein
Pipe (9) is connected, the dialysis solution input hole (8-3) of dialyser (8) and dialysis solution delivery outlet (8-4) point
Not sidewall at dialyser (8) two ends circulating with dialysis solution circulation input pipe (8-5) and dialysis solution respectively is arranged
Going out pipe (8-6) to be connected, venous duct (9) is after electrical clip (10) passes through, with hyperbaric oxygen clutch (11)
One end be connected, the other end of hyperbaric oxygen clutch (11) is connected with the continuity section of venous duct (9),
The continuity section of venous duct (9) branches out venous pressure monitoring pipe (9-1), and venous pressure monitoring pipe (9-1) is with quiet
Pulse pressure table (9-2) is connected, and venous duct (9) continuity Duan Ji is connected with bubble trap (12) forward,
On bubble trap, there are exhaustor (12-1) and exhaust cap (12-2), the arteries and veins silently of bubble trap (12) other end
Conduit (9) is connected by the backshank pipe of electrical clip (13) with another root puncture pin (1-1)；Medical oxygen
Source (14) is connected with source of oxygen joint (15), source of oxygen joint (15) and source of oxygen joint switch (16)
Being connected, source of oxygen joint switch (16) is connected with oxygen air gauge (17), oxygen air gauge (17) and oxygen
Gas humidification bottle (18) is connected, and oxygen humidification bottle (18) is connected, at oxygen with oxygen conveying pipe (21)
In conveying pipe (21), connect aerobic barometric leg (19) and oxygen Pressure monitoring table (20), oxygen conveying pipe
(21) union joint (22) and between the oxygen input tube (11-1) in hyperbaric oxygen clutch (11) is connected,
The union joint (23) between oxygen output tube (11-2) and oxygen discharge pipe (24) in hyperbaric oxygen clutch (11)
Being connected, oxygen discharge pipe (24) extends for oxygen excretory duct (25), and hyperbaric oxygen clutch (11) is placed in purple
Outside line is irradiated and is shaken in indigo plant (26), irradiates the center shaking indigo plant (26) lower section at ultraviolet, connects and have roller axle (27),
Irradiate the lower section shaking indigo plant (26) both sides at ultraviolet, be connected and be connected to electromagnetic valve and push-and-pull (28a and 28b),
Electromagnetic valve and push-and-pull (28a with 28b) are connected with substrate frame (29), collectively form crosspointer and puncture body
Outer blood circulation formula hemodialysis blood activating part connection system；
Ultraviolet irradiates the ultraviolet shaking in indigo plant (26) and irradiates screen frame (27) by ultraviolet irradiation filter screen horizontal stroke
Frame (26-1) and ultraviolet irradiate filter screen to be indulged frame (26-2) and is connected and forms, and stainless steel cloth (26-3) is solid
Irradiate filter screen due to ultraviolet irradiation filter screen crossbearer (26-1) and ultraviolet and indulge the round floor between frame (26-2)；
Irradiate the lower section of ultraviolet irradiation screen frame (27) shaking indigo plant (26) at ultraviolet, be mounted with special
Ultraviolet lamp socket (26-5 and 26-7), between ultraviolet lamp socket (26-5 and 26-7), equipped with Burdick lamp
Pipe (26-6), ultraviolet irradiate shake indigo plant inwall two face the wall and meditate on, equipped with electromagnetic coil (26-4 and 26-5)；
Dialysis fluid container (30) has dialysis solution delivery outlet (30b) and dialysis solution input hole (30a) to constitute dialysis
The global facility of liquid container (30)；
It is connected with human vein blood vessel by the needle tip of angiographic neeclle (1), angiographic neeclle (1) another
One end backshank pipe is connected with ductus arteriosus (2-1) section, ductus arteriosus (2-1) section and tee T (3)
First end (3-1) is connected, and second end (3-2) of tee T (3) is connected with ductus arteriosus (2-2) section
Connecing, ductus arteriosus (2-2) section is connected with one end of bubble trap (4), the other end of bubble trap (4) with
Ductus arteriosus (2-3) is connected, and has exhaustor (4-1) and aerofluxus pipe cap (4-2) on bubble trap (4),
Ductus arteriosus (2-3) section is connected with blood pump pipe (2-4) section, and blood pump pipe (2-4) is coiled in blood pump (5)
Shell in, blood pump pipe (2-4) continues and extends for ductus arteriosus (2-5) section, in ductus arteriosus (2-5) section, point
Expenditure heparin adds pipe (2-5-1) and heparin syringe pump (2-5-2), in ductus arteriosus (2-5) section also branch
Going out arterial blood pressure monitoring pipe (6), arterial blood pressure monitoring pipe (6) is connected with arterial pressure table (7), ductus arteriosus (2-5)
Section continues to continue and is connected with the arterial end joint (8-1) of dialyser (8), the vein termination of dialyser (8)
Head (8-2) is connected with venous duct (9), the dialysis solution input hole (8-3) of dialyser (8) and dialysis
Liquid delivery outlet (8-4) sidewall at dialyser (8) two ends respectively and respectively with dialysis solution circulation pipe (8-5)
Being connected with dialysis solution circulation pipe (8-6), venous duct (9) is after electrical clip (10) passes through, with high pressure
One end of oxygenator (11) is connected, and the other end of hyperbaric oxygen clutch (11) is connected with venous duct (9)
Connecing, the other end of venous duct (9) is connected with the upper end of bubble trap (12) and presses, on bubble trap (12),
There are venous pressure monitoring pipe (12-1) and venous pressure table (12-2), the venous duct (9) of bubble trap (12) lower end
After electrical clip (13) passes through, it is connected with the 3rd end (3-3) of tee T (3)；Medical oxygen source of the gas
(14) it is connected with source of oxygen joint (15), source of oxygen joint (15) and source of oxygen joint switch (16)
Being connected, source of oxygen joint switch (16) is connected with oxygen air gauge (17), oxygen air gauge (17) and oxygen
Gas humidification bottle (18) is connected, and oxygen humidification bottle (18) is connected, at oxygen with oxygen conveying pipe (21)
In conveying pipe (21), connect aerobic barometric leg (19) and oxygen Pressure monitoring table (20), oxygen conveying pipe
(21) union joint (22) and between the oxygen input tube (11-1) in hyperbaric oxygen clutch (11) is connected,
The union joint (23) between oxygen output tube (11-2) and oxygen discharge pipe (24) in hyperbaric oxygen clutch (11)
Being connected, oxygen discharge pipe (24) extends for oxygen excretory duct (25)；The dialysis of dialysis fluid container (30)
Liquid delivery outlet (30b) is connected with dialysis solution circulation pipe (31-1), and dialysis solution circulation pipe (31-1) coils
Move ahead, with the dialysis solution input hole (8-3) of dialyser (8) by after the first dialysis solution circulating pump (31-2)
It is connected, the dialysis solution circulation pipe (31-1) being connected with the dialysis solution tap (8-4) of dialyser (8)
Dish rich by the second dialysis solution circulating pump (31-3) after, then with the dialysis solution input hole of dialysis fluid container (30)
(30a) it is connected；Dialysis fluid container (30) is placed on Heng Wentai (32), and Heng Wentai (32) is positioned at electricity
On sub-monitoring weight device (33), electronic weight monitor (33) is positioned on chassis (34)；Computer display screen
(35) it is positioned at life activating instrument upper end, computer display screen is designed with touch button function key (36), at electricity
The lower section of brain display screen (35) controls cabinet (37) with electric mechanical and is connected, and controls cabinet at electric mechanical
Having blood pump rotary switch (38) and dialysis liquid pump rotary switch (39) on panel, electric mechanical controls cabinet (37)
Irradiate with the ultraviolet of lower section and shake the blood that indigo plant (26) is located therein and activate room (40) and be connected, swash at blood
It is connected with chassis (34) with dialysis solution monitoring machine case (41), in chassis (34) below room (40) alive
Corner be connected be connected to universal wheel (42), collectively form the complete machine of single needle puncture blood cycle life activating instrument；
It is connected with human vein blood vessel by the needle tip of angiographic neeclle (1), angiographic neeclle (1) another
One end backshank pipe is connected with ductus arteriosus (2-1) section, and ductus arteriosus (2-1) Duan Ji extends for ductus arteriosus
(2-2) section, ductus arteriosus (2-2) continues to continue and is connected with one end of bubble trap (3), bubble trap (3)
The other end is connected with ductus arteriosus (2-3) section, and ductus arteriosus (2-3) section continues and continues and blood pump pipe (2-4)
Section is connected, and blood pump pipe (2-4) is coiled in the shell of blood pump (5), and blood pump pipe (2-4) passes through blood pump (5)
After, extend for ductus arteriosus (2-5) section, in ductus arteriosus (2-5) section, branch out heparin and add pipe (2-5 1)
With heparin syringe pump (2-5-2), also branch out arterial blood pressure monitoring pipe (6), tremulous pulse in ductus arteriosus (2-5) section
Pressure monitoring pipe (6) is connected with arterial pressure table (7), and ductus arteriosus (2-5) section continues and continues and dialyser (8)
Arterial end joint (8-1) be connected, the vein end joint (8-2) of dialyser (8) and venous duct (9)
Being connected, the dialysis solution input hole (8-3) of dialyser (8) and dialysis solution delivery outlet (8-4) are respectively thoroughly
The sidewall at parser (8) two ends and respectively with dialysis solution circulation pipe (8-5) and dialysis solution circulation pipe (8-6) phase
Connect；Venous duct (9), after electrical clip (10) passes through, is connected with one end of hyperbaric oxygen clutch (11)
Connecing, the other end of hyperbaric oxygen clutch (11) is connected with venous duct (9), another of venous duct (9)
End is connected with the upper end of bubble trap (12) and presses, and on bubble trap (12), has venous pressure monitoring pipe (12-1)
With venous pressure table (12-2), the venous duct (9) of bubble trap (12) lower end passes through in electrical clip (13)
After, it is connected with backshank pipe and the puncture needle (1-1) of another root puncture pin；Medical oxygen source of the gas (14) and oxygen
Gas source connector (15) is connected, and source of oxygen joint (15) is connected with source of oxygen joint switch (16), oxygen
Gas source connector switch (16) is connected with oxygen air gauge (17), oxygen air gauge (17) and oxygen humidification bottle (18)
Being connected, oxygen humidification bottle (18) is connected with oxygen conveying pipe (21), on oxygen conveying pipe (21),
Connect aerobic barometric leg (19) and oxygen Pressure monitoring table (20), oxygen conveying pipe (21) and hyperbaric oxygenation
The union joint (22) between oxygen input tube (11-1) on device (11) is connected, hyperbaric oxygen clutch (11)
On oxygen output tube (11-2) and oxygen discharge pipe (24) between union joint (23) be connected, oxygen
Discharge pipe (24) extends for oxygen excretory duct (25)；The dialysis solution delivery outlet (30b) of dialysis fluid container (30)
Being connected with dialysis solution circulation pipe (31-1), dialysis solution circulation pipe (31-1) coiling is followed by the first dialysis solution
Move ahead after ring pump (31-2), be connected, with dialysis with the dialysis solution input hole (8-3) of dialyser (8)
Dialysis solution circulation pipe (31-1) dish that the dialysis solution tap (8-4) of device (8) is connected is rich saturating by second
After analysis liquid circulating pump (31-3), then it is connected with the dialysis solution input hole (30a) of dialysis fluid container (30)；
Dialysis fluid container (30) is placed on Heng Wentai (32), and Heng Wentai (32) is positioned at electronic weight monitor (33)
On, electronic weight monitor (33) is positioned on chassis (34)；Computer display screen (35) is positioned at life and activates
Instrument upper end, computer display screen is designed with touch button function key (36), under computer display screen (35)
Side controls cabinet (37) with electric mechanical and is connected, and controls have blood pump knob to open on cabinet panel at electric mechanical
Closing (38) and dialysis liquid pump rotary switch (39), electric mechanical controls the ultraviolet of cabinet (37) and lower section
Irradiation is shaken the blood that indigo plant (26) is located therein and is activated room (40) and be connected, under blood activates room (40)
Face is connected with chassis (34) with dialysis solution monitoring machine case (41), and being connected in the corner of chassis (34) is connected to
Universal wheel (42), collectively forms the complete machine of crosspointer puncture blood cycle life activating instrument.
2., according to the life activating instrument described by claim 1, present invention is also characterized in that hyperbaric oxygenation
Device (9) and (11) are the nonmetallic materials that can pass through ultraviolet.Other parts constituting life activating instrument are gold
Belong to material or nonmetallic materials or macromolecule medical material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410466195.9A CN105879137A (en) | 2014-09-15 | 2014-09-15 | A life activation instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410466195.9A CN105879137A (en) | 2014-09-15 | 2014-09-15 | A life activation instrument |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105879137A true CN105879137A (en) | 2016-08-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410466195.9A Pending CN105879137A (en) | 2014-09-15 | 2014-09-15 | A life activation instrument |
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| Country | Link |
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| CN (1) | CN105879137A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106896082A (en) * | 2017-04-26 | 2017-06-27 | 上海健康医学院 | Urea nitrogen creatinine content on-line monitoring method and system in a kind of hemodialysis blood |
| CN113543820A (en) * | 2019-03-19 | 2021-10-22 | B·布莱恩·阿维图姆股份公司 | Extracorporeal blood processor with pressure sensor error proofing |
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Application publication date: 20160824 |