WO2022237219A1 - Ozone autologous blood retransfusion therapeutic apparatus - Google Patents

Ozone autologous blood retransfusion therapeutic apparatus Download PDF

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Publication number
WO2022237219A1
WO2022237219A1 PCT/CN2022/071702 CN2022071702W WO2022237219A1 WO 2022237219 A1 WO2022237219 A1 WO 2022237219A1 CN 2022071702 W CN2022071702 W CN 2022071702W WO 2022237219 A1 WO2022237219 A1 WO 2022237219A1
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WO
WIPO (PCT)
Prior art keywords
blood
delivery
ozone
storage bag
gas
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PCT/CN2022/071702
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French (fr)
Chinese (zh)
Inventor
朱敏敏
孟诗鸿
孟庆联
Original Assignee
无锡市第二人民医院（南京医科大学附属无锡第二医院、南通大学无锡临床学院）
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Application filed by 无锡市第二人民医院（南京医科大学附属无锡第二医院、南通大学无锡临床学院） filed Critical 无锡市第二人民医院（南京医科大学附属无锡第二医院、南通大学无锡临床学院）
Publication of WO2022237219A1 publication Critical patent/WO2022237219A1/en

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M1/00—Suction or pumping devices for medical purposes; Devices for carrying-off, for treatment of, or for carrying-over, body-liquids; Drainage systems
    • A61M1/36—Other treatment of blood in a by-pass of the natural circulatory system, e.g. temperature adaptation, irradiation ; Extra-corporeal blood circuits

Definitions

  • the invention relates to a therapeutic instrument, in particular to an ozone autologous blood return therapeutic instrument.
  • Oxygen autohemotherapy is to draw a certain volume of venous blood from the patient by the medical staff, add medical ozone gas (O 3 ) to mix it evenly, and then infuse it back into the patient's body. Ozone can activate the body's immunity to a certain extent and enhance the body's ability to resist infection. Oxygen autologous blood therapy is a characteristic treatment method for the "three high" population, metabolic diseases, immune diseases, chronic pain, sleep disorders, sub-health, etc.
  • the purpose of the present invention is to overcome the deficiencies in the prior art, and provide an ozone autologous blood return therapeutic instrument, which can effectively realize the mixing between medical ozone and extracted blood, and the whole process is in a fully closed state, reducing contact with the outside world. Contact, improve the safety and reliability of treatment.
  • the ozone autologous blood return therapeutic apparatus includes a blood storage bag capable of accommodating and drawing blood, an ozone generation and delivery mechanism capable of delivering required medical ozone to the blood storage bag, and a A blood extraction and delivery mechanism for realizing blood extraction and delivery.
  • a vibrating mechanism is set on the blood storage bag, and the ozone gas is sent into the blood storage bag through the ozone generation and delivery mechanism, and the blood to be mixed is sent into the blood storage bag through the blood extraction and delivery mechanism; the vibration mechanism can The blood in the blood storage bag and the medical ozone entering the blood storage bag are evenly mixed in vibration, and the uniformly mixed blood in the blood storage bag can be filtered and delivered to the body through the blood pumping and conveying mechanism.
  • One or more vibrating mechanisms are arranged on the blood storage bag, and the vibrating mechanism includes a vibrating body and vibrating pieces symmetrically distributed on the vibrating body. Correspondingly, the vibrating piece is driven to vibrate simultaneously by the vibration generating body energy.
  • the ozone generating and conveying mechanism includes an ozone generating part and a gas conveying part adapted to connect with the ozone generating part, and the gas conveying part includes a trioxygen conveying pipe and a
  • the gas transmission power mechanism adapted to the tube, the first end of the trioxygen gas delivery tube is connected and communicated with the ozone gas generating part, the second end of the trioxygen gas delivery tube is connected and communicated with the blood storage bag, and the gas transmission power mechanism It can control the flow rate of the ozone generated by the ozone generating part into the blood storage bag.
  • the gas conveying power mechanism includes a peristaltic pump, and a water-blocking and ventilating part of the gas conveying pipe that can prevent the blood in the blood storage bag from entering the ozone generating part is provided at the second end of the ozone conveying pipe.
  • the ozone gas generating part includes a gas generation storage cabinet and an ozone generator stored in the gas generation storage cabinet, and the ozone generator can be adapted and connected with the gas delivery connector on the gas generation storage cabinet.
  • the first end of the oxygen gas delivery pipe can be connected and communicated with the ozone generator in the gas generation storage cabinet through the gas delivery connector.
  • a vertically distributed transfusion stand is arranged on the gas generation storage cabinet, and the blood storage bag can be hung on the transfusion stand;
  • the gas delivery connectors on the gas generation storage cabinet include luer connectors, pagoda connectors and/or joint pipes.
  • the blood extraction and delivery mechanism includes a puncture indwelling needle for puncture, a blood delivery tube adapted to connect with the puncture indwelling needle, and a blood delivery power mechanism adapted to the blood delivery tube, and the blood delivery tube It is connected with the bottom of the blood storage bag; through the cooperation of the blood delivery power mechanism and the blood delivery tube, the blood extracted by the puncture indwelling needle can be sent into the blood storage bag or the blood mixed uniformly in the blood storage bag can be drawn out and sent into the puncture Inside the needle.
  • It also includes a constant temperature heating mechanism capable of heating the blood flowing through the blood delivery tube, and the blood delivery power mechanism includes a peristaltic pump.
  • the blood delivery pipe body includes a blood delivery connection main pipe, the first end of the blood delivery connection main pipe is connected and communicated with the blood storage bag, and the second end of the blood delivery connection main pipe is connected with the blood delivery inlet pipe,
  • the blood delivery return pipe is connected and communicated, the blood delivery inlet pipe, the blood delivery return pipe are connected with the puncture indwelling needle;
  • a liquid return filter adapted to the blood delivery return pipe.
  • a blood-transmitting water-blocking ventilation pipe is arranged on the blood-transporting connection main pipe, and the liquid return filter includes a filter upper cover and a filter lower cover adapted to the filter upper cover.
  • the filter upper pipe head is arranged on the cover body, and the filter lower pipe head is arranged on the filter lower cover body; the filter check valve and the filter membrane for filtering are arranged in the filter lower cover body, and the filter upper pipe head and the filter lower pipe head are arranged.
  • the pipe heads communicate with each other.
  • the advantages of the present invention are that the blood drawn by the blood extraction and delivery mechanism can be stored in the blood storage bag, and after the ozone generation and delivery mechanism sends the medical ozone into the blood storage bag, the vibration mechanism on the blood storage bag can realize the production of ozone gas.
  • the vibration between the blood and the blood is uniformly mixed, and after uniform mixing, it is returned to the body by the blood pumping and conveying mechanism; the blood conveying power mechanism in the blood pumping and conveying mechanism and the gas conveying power mechanism in the ozone generation and conveying mechanism can be used
  • the speed control in blood delivery and the flow rate control of trioxygen delivery are respectively realized.
  • the blood transported by the blood extraction and delivery mechanism can be heated through the constant temperature heating mechanism. The whole process is fully closed to avoid contact with the outside world and improve the safety of treatment. and reliability.
  • Fig. 1 is a perspective view of the present invention.
  • Fig. 2 is a schematic diagram of the storage cabinet door in an open state according to the present invention.
  • Fig. 3 is a structural schematic diagram of the present invention.
  • Fig. 4 is a schematic diagram of the blood delivery tube of the present invention.
  • Fig. 5 is a cross-sectional view of the liquid return filter of the present invention.
  • Fig. 6 is a schematic diagram of the filter membrane of the present invention and the housing under the filter.
  • FIG. 7 is a schematic diagram of the filter membrane separated from the filter lower cover in FIG. 6 .
  • Fig. 8 is a schematic diagram of setting a blood clot filter in the fluid storage bag according to the present invention.
  • the present invention includes a device that can accommodate the extracted blood
  • a vibrating mechanism is set on the blood storage bag 15, and the ozone gas is sent into the blood storage bag 15 through the ozone generation and delivery mechanism, and the blood to be mixed is sent into the blood storage bag 15 through the blood extraction delivery mechanism;
  • the vibration mechanism can evenly mix the blood in the blood storage bag 15 with the medical ozone entering the blood storage bag 15 in vibration, and the uniformly mixed blood in the blood storage bag 15 can be filtered and delivered to the body through the blood pumping and delivery mechanism .
  • the blood storage bag 15 needs to be made of materials that meet medical standards.
  • the blood storage bag 15 is bag-shaped and can be made of flexible medical materials.
  • the specific size of the blood storage bag 15 can be selected according to actual needs.
  • the medical ozone gas can be sent into the blood storage bag 15 through the ozone generation and delivery mechanism, and the blood extracted from the body can be delivered into the blood storage bag 15 through the blood extraction delivery mechanism.
  • a vibration mechanism is provided on the blood storage bag 15, and the vibration mechanism can realize the vibration of the blood in the blood storage bag 15.
  • the vibration mechanism can realize the vibration of the blood in the blood storage bag 15.
  • the vibration between the blood in the blood storage bag 15 and the ozone can be realized
  • the blood in the blood storage bag 15 is drawn out by the blood pumping and transporting mechanism and transported to the body.
  • all processes of blood extraction, mixing of blood with ozone gas, and delivery of the mixed blood back into the body all processes are in a closed environment, without contact with the outside world, avoiding pollution caused by contact with the outside world, effectively improving data security. Safety and reliability.
  • one or more vibrating mechanisms are provided on the blood storage bag 15, and the vibrating mechanism includes a vibrating body 33 and vibrating pieces 20 symmetrically distributed on the vibrating body 33, and the vibrating pieces in the vibrating mechanism 20 corresponds to the two sides of the blood storage bag 15, and the vibrating piece 20 can be driven to vibrate simultaneously by the vibration generator 33.
  • one or more vibrating mechanisms can be set on the blood storage bag 15, the number of the vibrating mechanisms and the positions of the vibrating mechanisms on the blood storage bag 15 can be selected according to needs, so as to realize the vibration control in the blood storage bag 15.
  • the effective vibration of the blood and then realize the uniform mixing of blood and ozone.
  • the vibrating mechanism can maintain the working state, that is, keep vibrating the blood in the blood storage bag 15.
  • the vibrating mechanism can also be kept in the working state according to the required time, which can be selected according to the needs. .
  • the vibration source that can generate vibration in the vibration generating body 33
  • the vibration plate 20 is arranged on both sides of the vibration generating body 33, and the vibration generating body 33 can be connected with the side of the blood storage bag 15, so that the vibration can be
  • the sheet 20 corresponds to the two sides of the blood storage bag 15 .
  • the vibration generated by the vibration generator 33 can be transmitted to the blood storage bag 15 through the vibrating plate 20 , so as to effectively vibrate the blood in the blood storage bag 15 .
  • the disorder and non-direction of the vibration of one or more vibration mechanisms can be used to uniformly mix blood and ozone.
  • the vibration source in the vibration generating body 33 can adopt the existing commonly used forms, such as vibration motors, etc., which can be selected according to the needs, and will not be repeated here.
  • the vibration mechanism By cooperating with the blood storage bag 15 by the vibration mechanism, the convenience of uniform mixing of blood and ozone in the blood storage bag 15 can be improved and the cost can be reduced.
  • the ozone generation and delivery mechanism includes an ozone generation part and a gas delivery part that is fitted and connected with the ozone generation part, and the gas delivery part includes a ozone delivery tube 10 and is connected to the The gas delivery power mechanism 11 adapted to the ozone gas delivery tube 10, the first end of the ozone gas delivery tube 10 is connected and communicated with the ozone gas generating part, and the second end of the ozone gas delivery tube 10 is connected to the blood storage bag 15 Connected and communicated, the flow rate of the ozone gas generated by the ozone gas generating part into the blood storage bag 15 can be controlled through the gas delivery power mechanism 11 .
  • the required trioxygen gas can be obtained through the trioxygen gas generating part, and the specific situation of the trioxygen gas can be selected according to needs, which are well known to those skilled in the art, and will not be repeated here.
  • the trioxygen gas obtained by the trioxygen gas generating part can be sent into the blood storage bag 15 through the gas delivery part.
  • the gas delivery power mechanism 11 cooperates with the trioxygen gas delivery pipe 10.
  • the gas delivery power mechanism 11 can use a peristaltic pump, or other methods that can provide trioxygen gas delivery power and can The form of controlling the flow rate can be specifically selected according to needs, and will not be repeated here.
  • the gas delivery power mechanism 11 adopts a peristaltic pump
  • the gas delivery power mechanism 11 is correspondingly connected with the ozone gas delivery tube 10, and when the working state of the gas delivery power mechanism 11 is controlled, it is possible to prevent the ozone gas from entering the blood storage bag 15 Effective control of flow rate, etc.
  • a gas delivery tube water-blocking and ventilating part 46 capable of preventing the blood in the blood storage bag 15 from entering the ozone gas generating part.
  • the water-blocking and ventilating part 46 for gas delivery can specifically adopt an existing commonly used water-blocking and ventilating film, and the water-blocking and ventilating part 46 of the gas delivery tube can prevent the blood in the blood storage bag 15 from overflowing and then be transported by trioxygen gas
  • the tube 10 enters into the ozone generating part to improve the reliability of the ozone generating part.
  • the ozone generating unit includes a gas generation storage cabinet 1 and an ozone generator 29 stored in the gas generation storage cabinet 1, and the ozone generator 29 can be connected with the gas generation storage cabinet 1.
  • the gas delivery connector is adapted and connected, and the first end of the ozone gas delivery pipe 10 can be connected and communicated with the ozone generator 29 in the gas generation storage cabinet 1 through the gas delivery connector.
  • the gas generating storage cabinet 1 is in the shape of a rectangular cabinet, and the specific shape can be selected according to needs.
  • Oxygen cylinder 28 is set in the gas generation storage cabinet 1, and the specific quantity of oxygen cylinder 28 can be selected according to needs, and oxygen cylinder 28 can adopt existing commonly used form specifically, is as the criterion to satisfying the storage to oxygen.
  • the oxygen supply to the ozone generator 29 can be realized by the oxygen bottle 28, and the ozone generator 29 utilizes the oxygen energy to prepare the required medical ozone, and is connected and communicated with the ozone gas delivery pipe 10 through the gas delivery connector, and then The ozone gas generated by the ozone generator 29 can enter the ozone gas delivery tube 10 under the action of the gas delivery power mechanism 11 , and finally be delivered into the blood storage bag 15 .
  • the bottom of the gas generation storage cabinet 1 is provided with a number of storage cabinet wheels 4, through which the entire gas generation storage cabinet 1 can be easily moved.
  • the side heat dissipation area 3 is set at the bottom of the gas generation storage cabinet 1 side
  • the back heat dissipation area 36 is set at the back of the gas generation storage cabinet 1 to dissipate heat from the sides.
  • Area 3 and the back heat dissipation area 36 can all adopt the existing commonly used heat dissipation forms, such as direct heat dissipation forms such as grilles, which can be selected according to needs, and will not be repeated here.
  • a storage cabinet door 2 is provided on the gas generation storage cabinet 1, the storage cabinet door 2 is hinged on the gas generation storage cabinet 1, and the storage cabinet door 2 adopts an openable form, that is, the storage cabinet door 2 can be opened Or close the gas generation storage cabinet 1.
  • a drawer 6 is also arranged above the storage cabinet door 2, and a drawer handle 5 is provided on the drawer 6.
  • the drawer 6, the storage cabinet door 2 and the gas generation storage cabinet 1 can all adopt existing commonly used matching forms, specifically for those skilled in the art. It is well known and will not be repeated here.
  • the back side of the gas generation storage cabinet 1 is also provided with a trolley handrail 34, through which the entire gas generation storage cabinet 1 can be pushed conveniently.
  • Display screen 30 and button group 31 are also arranged on the upper end face of gas generation storage cabinet 1, some required information can be displayed by display screen 30, the setting of working parameters can be carried out by button group 31, display screen 30 can adopt existing Commonly used forms, such as using a touch screen, can be selected according to needs.
  • a treatment controller is also provided in the gas generation storage cabinet 1.
  • the treatment controller can be an existing commonly used microprocessor, such as a single-chip microcomputer, etc., specifically according to It needs to be selected, so I won't go into details here.
  • the treatment controller is electrically connected with the display screen 30, the button group 31, the ozone generator 29 and the gas delivery power mechanism 11, and the operation of the gas delivery power mechanism 11 can be set in the treatment controller through the display screen 30 and/or the button group 31.
  • the state, such as setting the flow rate and concentration of the trioxygen gas, and the specific process of controlling the gas delivery power mechanism 11 can adopt the existing commonly used forms, which will not be repeated here.
  • the mixing ratio can be preset in the treatment controller, and the specific mixing ratio can be selected according to needs, such as when the total amount of blood in the blood storage bag 15 is 100ml, the gas that enters the medical ozone in the blood storage bag 15 The optimum concentration is 20%; the specific conditions of the blood volume, gas volume and gas concentration in the blood storage bag 15 can be selected according to needs, and will not be repeated here.
  • the treatment controller can also monitor the blood flow, total blood volume, gas volume and gas concentration in the blood storage bag 15 in real time, and display and output the blood flow, total blood volume, and gas concentration in the current state through the display screen 30. Gas volume and gas concentration.
  • the volume of blood entering the blood storage bag 15 and the gas volume of medical ozone can be obtained through corresponding sensor sampling. And enter the gas amount of the medical ozone in the blood storage bag 15.
  • a liquid level gauge can also be set in the blood storage bag 15, and the blood volume in the blood storage bag 15 can be monitored by using the liquid level gauge.
  • the liquid level gauge is electrically connected with the treatment controller, and the treatment controller can display the output through the display screen Liquid level value monitored by a level gauge.
  • a vertically distributed transfusion stand 12 is set on the gas generation storage cabinet 1, and the blood storage bag 15 can be hung on the transfusion stand 12;
  • the gas delivery connector on the gas generation storage cabinet 1 includes a Luer Joint 7, pagoda joint 8 and/or joint pipe 9.
  • the transfusion rack 12 is vertically distributed on the back side of the gas generation storage cabinet 1, and the transfusion rack 12 can adopt a telescopic form.
  • a height adjustment knob 35 is set on the transfusion rack 12. The manner of realizing the height adjustment through the height adjustment knob 35 is consistent with the prior art, which is well known to those skilled in the art and will not be repeated here.
  • a hanging rod connector 14 is arranged on the upper end of the infusion stand 12, a plurality of hanging rods 13 are arranged on the hanging rod connector 14, a blood storage bag end line 16 is arranged at the end of the blood storage bag 15, and the blood storage bag 15 passes through the blood storage bag end line 16 can be hung on a hanging rod 13, and after the blood storage bag 15 is hung on the hanging rod 13, it can form the form of transfusion.
  • Luer connector 7 and the pagoda connector 8 are consistent with the prior art, and are well known to those skilled in the art. According to the specific form of the first end of the trioxygen gas delivery tube 10, it can be selected to be connected with the Luer connector 7, the pagoda connector 8 or the connector tube 9, so that the convenience of selection can be provided.
  • Joint pipe 9 is a common joint form. Of course, other required joint forms can also be provided on the gas generating storage cabinet 1, which can be selected and determined according to needs, and will not be repeated here.
  • the blood extraction and delivery mechanism includes a puncture indwelling needle 27 for puncturing, a blood delivery tube adapted to connect with the puncture indwelling needle 27, and a blood delivery power mechanism 18 adapted to the blood delivery tube,
  • the blood delivery tube is connected to the bottom of the blood storage bag 15; through the cooperation of the blood delivery power mechanism 18 and the blood delivery tube, the blood extracted by the puncture indwelling needle 27 can be sent into the blood storage bag 15 or the blood storage bag Send in the puncture indwelling needle 27 after the blood that mixes homogeneously in 15 is drawn out.
  • the puncture and indwelling needle 27 can adopt the existing commonly used form.
  • the puncture and indwelling needle 27 can be used to realize the required blood vessel puncture, and can be indwelled after the puncture.
  • the puncture and indwelling needle 27 is used to perform specific puncture and indwelling processes Consistent with the prior art, the details are well known to those skilled in the art, and will not be repeated here.
  • the puncture indwelling needle 27 can be connected and communicated with the blood storage bag 15 through the blood delivery tube body, wherein the blood delivery tube body can be connected with the bottom of the blood storage bag 15, and the direction of blood delivery through the blood delivery tube body can be controlled by the blood delivery power mechanism 18 , that is, it can be realized that the blood is drawn into the blood storage bag 15 by puncturing the indwelling needle 27, or the blood mixed with the oxygen gas in the blood storage bag 15 is injected back into the body.
  • the blood delivery power mechanism 18 includes a peristaltic pump.
  • the blood in the blood delivery tube can be heated at a constant temperature by the constant temperature heating mechanism 19.
  • the temperature of the blood heated by the constant temperature heating mechanism 19 should be close to the normal body temperature of the human body. Heating and other forms can be used as long as the blood in the blood delivery tube can be heated stably, and can be selected according to needs, and will not be repeated here.
  • the blood delivery power mechanism 18 can adopt an existing commonly used peristaltic pump, and use the peristaltic ability and direction of peristalsis of the peristaltic pump to control the delivery direction and specific delivery speed of blood through the blood delivery tube.
  • Both the constant temperature heating mechanism 19 and the blood delivery power mechanism 18 need to be electrically connected to the treatment controller, that is, the working status of the constant temperature heating mechanism 19 and the blood delivery power mechanism 18 can be controlled by the treatment controller, and the constant temperature heating mechanism 19, blood delivery
  • the control of the working state of the power mechanism 18 is consistent with the prior art, and can be selected according to needs, and will not be repeated here.
  • the blood delivery tube body includes a blood delivery connection main pipe 17, and the first end of the blood delivery connection main pipe 17 is connected and communicated with the blood storage bag 15, and the blood delivery The second end of the connection main pipe 17 is connected and communicated with the blood delivery inlet tube 22 and the blood delivery return tube 23 through the blood delivery selection valve 21, and the blood delivery inlet tube 22, the blood delivery return tube 23 are connected with the puncture indwelling needle 27 Pass;
  • a liquid return filter 24 adapted to the blood delivery return pipe 23.
  • the first end of the blood delivery connection main pipe 17 is connected and communicated with the blood storage bag 15, wherein the connection between the blood delivery connection main pipe 17 and the blood storage bag 15 is located at the lower part of the blood storage bag 15.
  • the continuation page transport selection valve 21 can be a medical three-way valve, and the blood transport connection main pipe 17 can be connected and communicated with the blood transport liquid inlet pipe 22 and the blood transport liquid return pipe 23 through the blood transport selection valve 21.
  • the blood transport connection main pipe 17 only communicates with the blood delivery inlet pipe 22 or the blood delivery return pipe 23 through the blood delivery selection valve 21 .
  • the blood delivery inlet tube 22 and the blood delivery return tube 23 can communicate with the puncture indwelling needle 27 .
  • the blood passes through the puncture indwelling needle 27, the blood delivery liquid inlet tube 22, the blood The delivery selection valve 21 and the blood delivery connection main pipe 17 enter the blood storage bag 15 .
  • the extracted blood is mixed with ozone gas in the blood storage bag 15
  • the blood in the blood storage bag 15 is drawn out by the blood delivery power mechanism 18, the blood in the blood storage bag 15 passes through the blood delivery connection main pipe 17, the blood After the delivery selection valve 21, the blood enters the liquid return pipe 23 and enters the puncture indwelling needle 27 after passing through the return liquid filter 24.
  • the gravitational potential energy when the blood storage bag 15 is suspended can make the blood return to the body.
  • the puncture indwelling needle 27 is connected and communicated with the indwelling needle connecting tube 37
  • the indwelling needle connecting tube 37 is connected and communicated with the blood delivery inlet tube 22 and the blood delivery return tube 23 through the indwelling needle connector 26
  • a blood-transporting water-blocking ventilating tube 32 is provided on the blood-transporting connection main pipe 17, and a water-blocking ventilating film can be arranged in the blood-transporting water-blocking ventilating tube 32, and the blood-transporting water-blocking ventilating tube 32 is adjacent to the blood transporting connection main pipe 17.
  • the joint with the blood storage bag 15 can discharge the gas in the blood in the blood delivery connection main pipe 17 through the blood delivery water blocking ventilation tube 32 without affecting the normal delivery of blood.
  • a tube body clamp 25 can be provided on the blood delivery return tube 23, and the tube body clamp 25 can specifically adopt an existing commonly used form, and the blood delivery return tube 23 can be clamped by the tube body clamp 25 , the tube body clip 25 is located between the blood delivery selection valve 21 and the indwelling needle connector 26.
  • the tube body clip 25 clamps the blood delivery return tube 23
  • the blood delivery selection valve 21 cannot continuously deliver the blood back to the liquid return tube 23
  • the blood is transported inside, and the blood cannot be transported to the direction of the blood transport selection valve 21 through the indwelling needle connector 26.
  • the tube clip 25 and the blood delivery return tube 23 can be detachably connected, that is, when the blood delivery return tube 23 needs to be clamped, the tube clip 25 is used to clamp the blood delivery return tube 23 .
  • FIG. 8 it is a schematic diagram of setting a blood clot filter in the blood storage bag 15, wherein, the blood clot filter has at least two pieces of blood storage bag inner filter 47 adapted to the blood storage bag 15, and two pieces of blood storage bag The outer edge of the filter screen 47 in the bag is fixed to the inner wall of the blood storage bag 15, and the filter screens 47 in the blood storage bag are parallel to each other.
  • the filter specification of the filter 47 in the blood storage bag can be selected according to the needs, and the filter specification is based on the ability to filter blood clots, which is well known to those skilled in the art and will not be repeated here.
  • the end of the blood delivery connection main pipe 17 connected to the blood storage bag 15 can be provided with a blood delivery connection main pipe joint 48, and the blood delivery connection main pipe joint 48 extends into the blood storage bag 15;
  • the filter screens 47 in the blood storage bag are also distributed in a stacked form, and the liquid outlet end of the blood delivery connection main pipe joint 48 is located above the filter screen 47 in the uppermost blood storage bag, so that blood clots can be effectively filtered .
  • the blood storage bag inner filter 47 in the blood storage bag 15 can be selected with different filtering specifications and sizes, and can be specifically selected according to needs.
  • FIG. 5 it is a specific schematic diagram of the liquid return filter 24 of the present invention, wherein the liquid return filter 24 includes a filter upper cover 38 and is adapted to the filter upper cover 38 filter lower cover body 39, the filter upper cover body 38 and the filter lower cover body 39 are funnel-shaped, after the filter upper cover body 38 and the filter lower cover body 39 are fitted and connected, a relatively In the enclosed space, the filter upper cover body 38 and the filter lower cover body 39 are coaxially distributed.
  • the filter upper pipe head 40 is set, and the filter lower pipe head 41 is set on the filter lower cover body 39, and the filter upper pipe head 40 passes through the filter upper cover body 38, the filter lower cover
  • the body 39 can communicate with the filter lower pipe head 41, generally, the filter upper pipe head 40 and the filter lower pipe head 41 are also coaxially distributed.
  • the upper filter head 40 and the lower filter head 41 can be fitted and communicated with the blood delivery and return pipe 23 .
  • a filter valve seat 45 is arranged in the filter lower cover body 39 , and the filter valve seat 45 is supported in the filter lower cover body 39 by several filter support rods 43 .
  • the filter check valve 44 can be installed by the filter valve seat 45, and the filter membrane 42 can be supported by the filter support rod 43, the filter valve seat 45 and the filter check valve 44 can pass through the filter membrane 42, and the filter membrane 42 can adopt In the existing common form, the blood reinjected into the body can be filtered through the filter membrane 42 .
  • the filter one-way valve 44 is made of medical silica gel, etc., and the filter one-way valve 44 is in the shape of a duckbill. Of course, other shapes can also be used, which can be selected according to needs.
  • filter one-way valve 44 is positioned at the part above filter membrane 42 and has slit, can pass through slit to the blood that flows from filter lower pipe head 41 to filter upper pipe head 40, and when blood flows from filter upper pipe head When 40 flows to the lower tube head 41 of the filter, the pressure of the blood makes the filter one-way valve 44 contract inwardly, and the blood cannot pass through the filter one-way valve 44 .
  • the filter one-way valve 44 allows the liquid to flow through from the lower filter head 41 to the upper filter head 40 , and can block the flow of liquid from the upper filter head 40 to the lower filter head 41 .
  • the filter check valve 44 is adopted, when the blood delivery return pipe 23 is not clamped by the tube clamp 25, some blood may enter the blood delivery return pipe 23.
  • the blood in the tube 23 cannot pass through the blood delivery selector valve 21 after entering the blood delivery return tube 23, and the blood entering the blood delivery return tube 23 can flow back into the puncture indwelling needle 27 again after being filtered by the filter membrane 42.
  • the filter check valve 44 can automatically realize the one-way filter of blood.

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Abstract

An ozone autologous blood retransfusion therapeutic apparatus, comprising a blood bag (15) capable of accommodating drawn blood, an ozone gas generation and delivery mechanism capable of delivering required medical ozone to the blood bag (15), and a blood drawing and delivery mechanism capable of realizing blood drawing and delivery. A vibration mechanism is provided on the blood bag (15), ozone gas is sent into the blood bag (15) by means of the ozone gas generation and delivery mechanism, and blood to be mixed is sent into the blood bag (15) by means of the blood drawing and delivery mechanism; the blood in the blood bag (15) and the medical ozone entering the blood bag (15) can be uniformly mixed in vibration by the vibration mechanism, and the blood mixed with the medical ozone in the blood bag (15) can be filtered and then delivered to the body by the blood drawing and delivery mechanism. The therapeutic apparatus can effectively realize uniform mixing of medical ozone and drawn blood, and the whole process is in a completely closed state, thereby reducing the contact with the outside and improving the safety and reliability of treatment.

Description

三氧自体回血治疗仪Oxygen Autologous Blood Return Therapy Apparatus 技术领域technical field
本发明涉及一种治疗仪，尤其是一种三氧自体回血治疗仪。The invention relates to a therapeutic instrument, in particular to an ozone autologous blood return therapeutic instrument.
背景技术Background technique
三氧自体血疗法是由医护人员，抽取病人一定容量的静脉血，加入医用三氧气体(O 3)混合均匀，再回输到病人体内。三氧可在一定程度上激活人体的免疫能力，增强机体的抗感染能力。三氧自体血疗法是“三高”人群、代谢性疾病、免疫性疾病、慢性疼痛、睡眠障碍、亚健康等的特色治疗方法。 Oxygen autohemotherapy is to draw a certain volume of venous blood from the patient by the medical staff, add medical ozone gas (O 3 ) to mix it evenly, and then infuse it back into the patient's body. Ozone can activate the body's immunity to a certain extent and enhance the body's ability to resist infection. Oxygen autologous blood therapy is a characteristic treatment method for the "three high" population, metabolic diseases, immune diseases, chronic pain, sleep disorders, sub-health, etc.
目前的三氧自体血治疗中，将病员的血液抽出体外，将三氧气体注入到抽出体外的血液中，以进行有效混合，并在混合后，再将血液注入回病员体内。这样的治疗过程，存在血液被污染、错用以及二次创伤问题。而且，由于回血慢，常导致部分血液凝结附着在储血袋及其管路管壁，以及操作时间长导致储血袋血液温度降低等情况发生。此外，目前三氧疗法中，抽取的血液与医用三氧之间多采用手动摇匀，导致混合效果差，难以满足实际的使用要求。In the current ozone autologous blood treatment, the patient's blood is taken out of the body, ozone gas is injected into the blood taken out of the body for effective mixing, and after mixing, the blood is injected back into the patient's body. In such a treatment process, there are problems of blood contamination, misuse and secondary trauma. Moreover, due to the slow return of blood, part of the blood often coagulates and adheres to the wall of the blood storage bag and its pipeline, and the temperature of the blood in the blood storage bag decreases due to long operation time. In addition, in the current ozone therapy, manual shaking is often used between the extracted blood and medical ozone, resulting in poor mixing effect and difficult to meet the actual use requirements.
发明内容Contents of the invention
本发明的目的是克服现有技术中存在的不足，提供一种三氧自体回血治疗仪，其能有效实现医用三氧与抽取血液之间的混匀，整个过程处于全封闭状态，减少与外界的接触，提高治疗的安全性与可靠性。The purpose of the present invention is to overcome the deficiencies in the prior art, and provide an ozone autologous blood return therapeutic instrument, which can effectively realize the mixing between medical ozone and extracted blood, and the whole process is in a fully closed state, reducing contact with the outside world. Contact, improve the safety and reliability of treatment.
按照本发明提供的技术方案，所述三氧自体回血治疗仪，包括能收纳抽取血液的储血袋、能向所述储血袋能输送所需医用三氧的三氧气体发生输送机构以及能实现血液抽取与输送的血液抽取输送机构。According to the technical solution provided by the present invention, the ozone autologous blood return therapeutic apparatus includes a blood storage bag capable of accommodating and drawing blood, an ozone generation and delivery mechanism capable of delivering required medical ozone to the blood storage bag, and a A blood extraction and delivery mechanism for realizing blood extraction and delivery.
在所述储血袋上设置振动机构，通过三氧气体发生输送机构将三氧气体送入储血袋内，通过血液抽取输送机构将待混合的血液送入储血袋内；通过振动机构能将位于储血袋内血液与进入储血袋内的医用三氧在振动中均匀混合，通过血液抽取输送机构能将储血袋内均匀混合后的血液过滤后输送至体内。A vibrating mechanism is set on the blood storage bag, and the ozone gas is sent into the blood storage bag through the ozone generation and delivery mechanism, and the blood to be mixed is sent into the blood storage bag through the blood extraction and delivery mechanism; the vibration mechanism can The blood in the blood storage bag and the medical ozone entering the blood storage bag are evenly mixed in vibration, and the uniformly mixed blood in the blood storage bag can be filtered and delivered to the body through the blood pumping and conveying mechanism.
在储血袋上设置一个或多个振动机构，所述振动机构包括振动发生体以及对称分布于所述振动发生体上的振动片，所述振动机构内的振动片与储血袋的两侧面对应，通过振动发生体能驱动振动片同时振动。One or more vibrating mechanisms are arranged on the blood storage bag, and the vibrating mechanism includes a vibrating body and vibrating pieces symmetrically distributed on the vibrating body. Correspondingly, the vibrating piece is driven to vibrate simultaneously by the vibration generating body energy.
所述三氧气体发生输送机构包括三氧气体发生部以及与所述三氧气体发生部适配连接的气体输送部，所述气体输送部包括三氧气体输送管以及与所述三氧气体输送管适配的气体输送动力机构，三氧气体输送管的第一端与三氧气体发生部连接并连通，三氧气体输送管的第二端与储血袋连接并连通，通过气体输送动力机构能控制三氧气体发生部所产生的三氧气体进入储血袋的流速。The ozone generating and conveying mechanism includes an ozone generating part and a gas conveying part adapted to connect with the ozone generating part, and the gas conveying part includes a trioxygen conveying pipe and a The gas transmission power mechanism adapted to the tube, the first end of the trioxygen gas delivery tube is connected and communicated with the ozone gas generating part, the second end of the trioxygen gas delivery tube is connected and communicated with the blood storage bag, and the gas transmission power mechanism It can control the flow rate of the ozone generated by the ozone generating part into the blood storage bag.
所述气体输送动力机构包括蠕动泵，在所述三氧气体输送管的第二端设 置能阻挡储血袋内的血液进入三氧气体发生部内的气体输送管阻水透气部。The gas conveying power mechanism includes a peristaltic pump, and a water-blocking and ventilating part of the gas conveying pipe that can prevent the blood in the blood storage bag from entering the ozone generating part is provided at the second end of the ozone conveying pipe.
所述三氧气体发生部包括气体发生收纳柜以及收纳于所述气体发生收纳柜内的三氧发生器，所述三氧发生器能与气体发生收纳柜上的气体输送连接头适配连接，三氧气体输送管的第一端通过所述气体输送连接头能与气体发生收纳柜内的三氧发生器连接并连通。The ozone gas generating part includes a gas generation storage cabinet and an ozone generator stored in the gas generation storage cabinet, and the ozone generator can be adapted and connected with the gas delivery connector on the gas generation storage cabinet. The first end of the oxygen gas delivery pipe can be connected and communicated with the ozone generator in the gas generation storage cabinet through the gas delivery connector.
在所述气体发生收纳柜上设置竖直分布的输液架，储血袋能挂置在所述输液架上；气体发生收纳柜上的气体输送连接头包括鲁尔接头、宝塔接头和/或接头管。A vertically distributed transfusion stand is arranged on the gas generation storage cabinet, and the blood storage bag can be hung on the transfusion stand; the gas delivery connectors on the gas generation storage cabinet include luer connectors, pagoda connectors and/or joint pipes.
所述血液抽取输送机构包括穿刺用的穿刺留置针、与所述穿刺留置针适配连接的血液输送管体以及与所述血液输送管体适配的血液输送动力机构，所述血液输送管体与储血袋的底部连接；通过血液输送动力机构与血液输送管体配合，能将经穿刺留置针抽取的血液送入储血袋内或将储血袋内混合均匀的血液抽出后送入穿刺留置针内。The blood extraction and delivery mechanism includes a puncture indwelling needle for puncture, a blood delivery tube adapted to connect with the puncture indwelling needle, and a blood delivery power mechanism adapted to the blood delivery tube, and the blood delivery tube It is connected with the bottom of the blood storage bag; through the cooperation of the blood delivery power mechanism and the blood delivery tube, the blood extracted by the puncture indwelling needle can be sent into the blood storage bag or the blood mixed uniformly in the blood storage bag can be drawn out and sent into the puncture Inside the needle.
还包括能对血液输送管体内流经的血液加热的恒温加热机构，所述血液输送动力机构包括蠕动泵。It also includes a constant temperature heating mechanism capable of heating the blood flowing through the blood delivery tube, and the blood delivery power mechanism includes a peristaltic pump.
所述血液输送管体包括血液输送连接总管，所述血液输送连接总管的第一端与储血袋连接并连通，血液输送连接总管的第二端通过血液输送选择阀与血液输送进液管、血液输送回液管连接并连通，血液输送进液管、血液输送回液管与穿刺留置针相连通；The blood delivery pipe body includes a blood delivery connection main pipe, the first end of the blood delivery connection main pipe is connected and communicated with the blood storage bag, and the second end of the blood delivery connection main pipe is connected with the blood delivery inlet pipe, The blood delivery return pipe is connected and communicated, the blood delivery inlet pipe, the blood delivery return pipe are connected with the puncture indwelling needle;
还包括与血液输送回液管适配的回液过滤器，通过血液输送动力机构将血液送入储血袋内时，血液依次经过穿刺留置针、血液输送进液管、血液输送选择阀、血液输送连接总管后进入储血袋内；通过血液输送动力机构将储血袋内的血液抽出时，储血袋内的血液依次经过血液输送连接总管、血液输送选择阀后进入血液输送回液管内，且通过回液过滤器后进入穿刺留置针内。It also includes a liquid return filter adapted to the blood delivery return pipe. When the blood is sent into the blood storage bag through the blood delivery power mechanism, the blood sequentially passes through the puncture indwelling needle, the blood delivery inlet tube, the blood delivery selection valve, the blood After the delivery connection main pipe enters the blood storage bag; when the blood in the blood storage bag is pumped out by the blood delivery power mechanism, the blood in the blood storage bag passes through the blood delivery connection main pipe and the blood delivery selection valve in sequence, and then enters the blood delivery return pipe. And enter the puncture indwelling needle after passing through the liquid return filter.
在所述血液输送连接总管上设置血液输送阻水透气管，所述回液过滤器包括过滤器上罩体以及与所述过滤器上罩体适配的过滤器下罩体，在过滤器上罩体上设置过滤器上管头，在过滤器下罩体上设置过滤器下管头；过滤器下罩体内设置过滤单向阀以及过滤用的过滤膜，过滤器上管头与过滤器下管头相互连通。A blood-transmitting water-blocking ventilation pipe is arranged on the blood-transporting connection main pipe, and the liquid return filter includes a filter upper cover and a filter lower cover adapted to the filter upper cover. The filter upper pipe head is arranged on the cover body, and the filter lower pipe head is arranged on the filter lower cover body; the filter check valve and the filter membrane for filtering are arranged in the filter lower cover body, and the filter upper pipe head and the filter lower pipe head are arranged. The pipe heads communicate with each other.
本发明的优点：通过储血袋能收纳血液抽取输送机构抽取的血液，三氧气体发生输送机构将医用三氧气体送入储血袋后，利用储血袋上的振动机构能实现三氧气体与血液之间的振动均匀混合，并在均匀混合后，由血液抽取输送机构回输到体内；利用血液抽取输送机构内的血液输送动力机构、三氧气体发生输送机构内的气体输送动力机构能分别实现血液输送中的速度控制、三氧气体输送的流速控制，通过恒温加热机构能对经过血液抽取输送机构输送的血液进行加热，整个过程实现全封闭，避免与外界接触，提高治疗的安全性与可靠性。The advantages of the present invention are that the blood drawn by the blood extraction and delivery mechanism can be stored in the blood storage bag, and after the ozone generation and delivery mechanism sends the medical ozone into the blood storage bag, the vibration mechanism on the blood storage bag can realize the production of ozone gas. The vibration between the blood and the blood is uniformly mixed, and after uniform mixing, it is returned to the body by the blood pumping and conveying mechanism; the blood conveying power mechanism in the blood pumping and conveying mechanism and the gas conveying power mechanism in the ozone generation and conveying mechanism can be used The speed control in blood delivery and the flow rate control of trioxygen delivery are respectively realized. The blood transported by the blood extraction and delivery mechanism can be heated through the constant temperature heating mechanism. The whole process is fully closed to avoid contact with the outside world and improve the safety of treatment. and reliability.
附图说明Description of drawings
图1为本发明的立体图。Fig. 1 is a perspective view of the present invention.
图2为本发明收纳柜门处于打开状态的示意图。Fig. 2 is a schematic diagram of the storage cabinet door in an open state according to the present invention.
图3为本发明的结构示意图。Fig. 3 is a structural schematic diagram of the present invention.
图4为本发明血液输送管体的示意图。Fig. 4 is a schematic diagram of the blood delivery tube of the present invention.
图5为本发明回液过滤器的剖视图。Fig. 5 is a cross-sectional view of the liquid return filter of the present invention.
图6为本发明过滤膜与在过滤器下罩体内的示意图。Fig. 6 is a schematic diagram of the filter membrane of the present invention and the housing under the filter.
图7为图6中将过滤膜与过滤器下罩体分离后的示意图。FIG. 7 is a schematic diagram of the filter membrane separated from the filter lower cover in FIG. 6 .
图8为本发明在储液袋内设置血块滤网的示意图。Fig. 8 is a schematic diagram of setting a blood clot filter in the fluid storage bag according to the present invention.
附图标记说明：1-气体发生收纳柜、2-收纳柜门、3-侧边散热区、4-收纳柜轮、5-抽屉拉手、6-抽屉、7-鲁尔接头、8-宝塔接头、9-接头管、10-三氧气体输送管、11-气体输送动力机构、12-输液架、13-挂杆、14-挂杆连接头、15-储血袋、16-储血袋端线、17-血液输送连接总管、18-血液输送动力机构、19-恒温加热机构、20-振动片、21-血液输送选择阀、23-血液输送回液管、24-回液过滤器、25-管体夹、26-留置针连接头、27-穿刺留置针、28-氧气瓶、29-三氧发生器、30-显示屏、31-按键组、32-血液输送阻水透气管、33-振动发生体、34-推车扶手、35-高度调节旋钮、36-背部散热区、37-留置针连管、38-过滤器上罩体、39-过滤器下罩体、40-过滤器上管头、41-过滤器下管头、42-过滤膜、43-过滤支撑杆、44-过滤单向阀、45-过滤阀座、46-气体输送管阻水透气部、47-储血袋内滤网以及48-血液输送连接总管接头。Explanation of reference signs: 1-gas generating storage cabinet, 2-storage cabinet door, 3-side cooling area, 4-storage cabinet wheel, 5-drawer handle, 6-drawer, 7-Luer connector, 8-pagoda connector , 9-joint pipe, 10-ozone gas delivery tube, 11-gas delivery power mechanism, 12-infusion stand, 13-hanging rod, 14-hanging rod connector, 15-blood storage bag, 16-blood storage bag end line , 17-blood delivery connection main pipe, 18-blood delivery power mechanism, 19-constant temperature heating mechanism, 20-vibration plate, 21-blood delivery selection valve, 23-blood delivery return pipe, 24-liquid return filter, 25- Tube body clip, 26-indwelling needle connector, 27-puncture indwelling needle, 28-oxygen bottle, 29-ozone generator, 30-display screen, 31-button group, 32-blood transport water blocking vent tube, 33- Vibration generating body, 34-cart armrest, 35-height adjustment knob, 36-back cooling area, 37-indwelling needle tube, 38-filter upper cover, 39-filter lower cover, 40-filter upper Tube head, 41-filter lower tube head, 42-filter membrane, 43-filter support rod, 44-filter one-way valve, 45-filter valve seat, 46-water blocking and ventilating part of gas delivery tube, 47-blood storage bag Inner filter screen and 48-blood delivery connection main pipe joint.
具体实施方式Detailed ways
下面结合具体附图和实施例对本发明作进一步说明。The present invention will be further described below in conjunction with specific drawings and embodiments.
如图1、图2和图3所示：为了能有效实现医用三氧与抽取血液之间的混匀，减少与外界的接触，提高治疗的安全性与可靠性，本发明包括能收纳抽取血液的储血袋15、能向所述储血袋15能输送所需医用三氧的三氧气体发生输送机构以及能实现血液抽取与输送的血液抽取输送机构；As shown in Fig. 1, Fig. 2 and Fig. 3: In order to effectively realize the mixing between medical ozone and the extracted blood, reduce the contact with the outside world, and improve the safety and reliability of the treatment, the present invention includes a device that can accommodate the extracted blood The blood storage bag 15, the ozone generation and delivery mechanism capable of delivering required medical ozone to the blood storage bag 15, and the blood extraction and delivery mechanism capable of realizing blood extraction and delivery;
在所述储血袋15上设置振动机构，通过三氧气体发生输送机构将三氧气体送入储血袋15内，通过血液抽取输送机构将待混合的血液送入储血袋15内；通过振动机构能将位于储血袋15内血液与进入储血袋15内的医用三氧在振动中均匀混合，通过血液抽取输送机构能将储血袋15内均匀混合后的血液过滤后输送至体内。A vibrating mechanism is set on the blood storage bag 15, and the ozone gas is sent into the blood storage bag 15 through the ozone generation and delivery mechanism, and the blood to be mixed is sent into the blood storage bag 15 through the blood extraction delivery mechanism; The vibration mechanism can evenly mix the blood in the blood storage bag 15 with the medical ozone entering the blood storage bag 15 in vibration, and the uniformly mixed blood in the blood storage bag 15 can be filtered and delivered to the body through the blood pumping and delivery mechanism .
具体地，储血袋15需要采用符合医用标准的材料制成，储血袋15呈袋状，具体可以采用柔性的医用材料制成，储血袋15的具体大小等可以根据实际需要选择。通过三氧气体发生输送机构能将医用三氧气体送入储血袋15内，通过血液抽取输送机构能将抽取体内的血液输送储血袋15内。Specifically, the blood storage bag 15 needs to be made of materials that meet medical standards. The blood storage bag 15 is bag-shaped and can be made of flexible medical materials. The specific size of the blood storage bag 15 can be selected according to actual needs. The medical ozone gas can be sent into the blood storage bag 15 through the ozone generation and delivery mechanism, and the blood extracted from the body can be delivered into the blood storage bag 15 through the blood extraction delivery mechanism.
本发明实施例中，在储血袋15上设置振动机构，利用振动机构能实现对储血袋15内血液的振动，在振动过程中，能实现储血袋15内血液与三氧气 体之间的均匀混合，在均匀混合后，通过血液抽取输送机构将所述储血袋15内的血液抽出后输送至体内。在血液抽取、血液与三氧气体混合以及混合后的血液输送回注到体内的所有过程中均处于密闭环境中，不与外界的接触，避免与外界接触导致的污染等情况，有效提高资料的安全性与可靠性。In the embodiment of the present invention, a vibration mechanism is provided on the blood storage bag 15, and the vibration mechanism can realize the vibration of the blood in the blood storage bag 15. During the vibration process, the vibration between the blood in the blood storage bag 15 and the ozone can be realized After uniform mixing, the blood in the blood storage bag 15 is drawn out by the blood pumping and transporting mechanism and transported to the body. During all the processes of blood extraction, mixing of blood with ozone gas, and delivery of the mixed blood back into the body, all processes are in a closed environment, without contact with the outside world, avoiding pollution caused by contact with the outside world, effectively improving data security. Safety and reliability.
进一步地，在储血袋15上设置一个或多个振动机构，所述振动机构包括振动发生体33以及对称分布于所述振动发生体33上的振动片20，所述振动机构内的振动片20与储血袋15的两侧面对应，通过振动发生体33能驱动振动片20同时振动。Further, one or more vibrating mechanisms are provided on the blood storage bag 15, and the vibrating mechanism includes a vibrating body 33 and vibrating pieces 20 symmetrically distributed on the vibrating body 33, and the vibrating pieces in the vibrating mechanism 20 corresponds to the two sides of the blood storage bag 15, and the vibrating piece 20 can be driven to vibrate simultaneously by the vibration generator 33.
本发明实施例中，在储血袋15上可以设置一个或多个振动机构，振动机构的数量以及振动机构在储血袋15上的位置可以根据需要选择，以能实现对储血袋15内血液的有效振动，进而实现血液与三氧气体均匀混合为准。振动机构置于储血袋15上后，振动机构可以保持工作状态，即保持对储血袋15内血液的振动，当然，也可以根据需要的时间使得振动机构保持工作状态，具体可以根据需要选择。In the embodiment of the present invention, one or more vibrating mechanisms can be set on the blood storage bag 15, the number of the vibrating mechanisms and the positions of the vibrating mechanisms on the blood storage bag 15 can be selected according to needs, so as to realize the vibration control in the blood storage bag 15. The effective vibration of the blood, and then realize the uniform mixing of blood and ozone. After the vibrating mechanism is placed on the blood storage bag 15, the vibrating mechanism can maintain the working state, that is, keep vibrating the blood in the blood storage bag 15. Of course, the vibrating mechanism can also be kept in the working state according to the required time, which can be selected according to the needs. .
具体实施时，振动发生体33内具有能产生振动的振动源，振动发生体33的两侧设置振动片20，振动发生体33可以与储血袋15的侧边适配连接，从而能将振动片20与储血袋15的两侧面对应。振动发生体33产生的振动通过振动片20能传递到储血袋15，有效实现对储血袋15内血液的振动。当一个或多个振动机构同时振动时，利用一个或多个振动机构振动的无序性以及无指向性，能使得血液能与三氧气体均匀混合。振荡发生体33内的振动源可以采用现有常用的形式，如采用振动马达等形式，具体可以根据需要选择，此处不再赘述。通过振动机构与储血袋15配合，能提高血液与三氧气体在储血袋15内均匀混合的便捷性，降低成本。During specific implementation, there is a vibration source that can generate vibration in the vibration generating body 33, and the vibration plate 20 is arranged on both sides of the vibration generating body 33, and the vibration generating body 33 can be connected with the side of the blood storage bag 15, so that the vibration can be The sheet 20 corresponds to the two sides of the blood storage bag 15 . The vibration generated by the vibration generator 33 can be transmitted to the blood storage bag 15 through the vibrating plate 20 , so as to effectively vibrate the blood in the blood storage bag 15 . When one or more vibration mechanisms vibrate at the same time, the disorder and non-direction of the vibration of one or more vibration mechanisms can be used to uniformly mix blood and ozone. The vibration source in the vibration generating body 33 can adopt the existing commonly used forms, such as vibration motors, etc., which can be selected according to the needs, and will not be repeated here. By cooperating with the blood storage bag 15 by the vibration mechanism, the convenience of uniform mixing of blood and ozone in the blood storage bag 15 can be improved and the cost can be reduced.
进一步地，所述三氧气体发生输送机构包括三氧气体发生部以及与所述三氧气体发生部适配连接的气体输送部，所述气体输送部包括三氧气体输送管10以及与所述三氧气体输送管10适配的气体输送动力机构11，三氧气体输送管10的第一端与三氧气体发生部连接并连通，三氧气体输送管10的第二端与储血袋15连接并连通，通过气体输送动力机构11能控制三氧气体发生部所产生的三氧气体进入储血袋15的流速。Further, the ozone generation and delivery mechanism includes an ozone generation part and a gas delivery part that is fitted and connected with the ozone generation part, and the gas delivery part includes a ozone delivery tube 10 and is connected to the The gas delivery power mechanism 11 adapted to the ozone gas delivery tube 10, the first end of the ozone gas delivery tube 10 is connected and communicated with the ozone gas generating part, and the second end of the ozone gas delivery tube 10 is connected to the blood storage bag 15 Connected and communicated, the flow rate of the ozone gas generated by the ozone gas generating part into the blood storage bag 15 can be controlled through the gas delivery power mechanism 11 .
本发明实施例中，通过三氧气体发生部能得到所需的三氧气体，三氧气体的具体情况可以根据需要选择，具体为本技术领域人员所熟知，此处不再赘述。通过三氧气体发生部得到的三氧气体通过气体输送部能送入储血袋15内。为了能对气体输送的过程进行控制，通过气体输送动力机构11与三氧气体输送管10配合，具体实施时，气体输送动力机构11可以采用蠕动泵，或其他能提供三氧气体输送动力且能控制流速的形式，具体可以根据需要选择，此处不再赘述。当气体输送动力机构11采用蠕动泵时，气体输送动力机构11与三氧气体输送管10对应连接，当控制气体输送动力机构11的工作状态时， 能实现对三氧气体进入储血袋15的流速等进行有效控制。In the embodiment of the present invention, the required trioxygen gas can be obtained through the trioxygen gas generating part, and the specific situation of the trioxygen gas can be selected according to needs, which are well known to those skilled in the art, and will not be repeated here. The trioxygen gas obtained by the trioxygen gas generating part can be sent into the blood storage bag 15 through the gas delivery part. In order to control the process of gas delivery, the gas delivery power mechanism 11 cooperates with the trioxygen gas delivery pipe 10. During specific implementation, the gas delivery power mechanism 11 can use a peristaltic pump, or other methods that can provide trioxygen gas delivery power and can The form of controlling the flow rate can be specifically selected according to needs, and will not be repeated here. When the gas delivery power mechanism 11 adopts a peristaltic pump, the gas delivery power mechanism 11 is correspondingly connected with the ozone gas delivery tube 10, and when the working state of the gas delivery power mechanism 11 is controlled, it is possible to prevent the ozone gas from entering the blood storage bag 15 Effective control of flow rate, etc.
进一步地，在所述三氧气体输送管10的第二端设置能阻挡储血袋15内的血液进入三氧气体发生部内的气体输送管阻水透气部46。本发明实施例中，气体输送阻水透气部46具体可以采用现有常用的阻水透气膜，通过气体输送管阻水透气部46能避免储血袋15内的血液外溢后经三氧气体输送管10进入三氧气体发生部内，提高三氧气体发生部的可靠性。Further, at the second end of the ozone gas delivery tube 10, a gas delivery tube water-blocking and ventilating part 46 capable of preventing the blood in the blood storage bag 15 from entering the ozone gas generating part is provided. In the embodiment of the present invention, the water-blocking and ventilating part 46 for gas delivery can specifically adopt an existing commonly used water-blocking and ventilating film, and the water-blocking and ventilating part 46 of the gas delivery tube can prevent the blood in the blood storage bag 15 from overflowing and then be transported by trioxygen gas The tube 10 enters into the ozone generating part to improve the reliability of the ozone generating part.
进一步地，所述三氧气体发生部包括气体发生收纳柜1以及收纳于所述气体发生收纳柜1内的三氧发生器29，所述三氧发生器29能与气体发生收纳柜1上的气体输送连接头适配连接，三氧气体输送管10的第一端通过所述气体输送连接头能与气体发生收纳柜1内的三氧发生器29连接并连通。Further, the ozone generating unit includes a gas generation storage cabinet 1 and an ozone generator 29 stored in the gas generation storage cabinet 1, and the ozone generator 29 can be connected with the gas generation storage cabinet 1. The gas delivery connector is adapted and connected, and the first end of the ozone gas delivery pipe 10 can be connected and communicated with the ozone generator 29 in the gas generation storage cabinet 1 through the gas delivery connector.
本发明实施例中，气体发生收纳柜1呈矩形的柜状，具体形状等可以根据需要选择。在气体发生收纳柜1内设置氧气瓶28，氧气瓶28的具体数量可以根据需要选择，氧气瓶28具体可以采用现有常用的形式，以能满足对氧气的存储为准。通过氧气瓶28能实现对三氧发生器29的氧气供给，三氧发生器29利用氧气能制备得到所需的医用三氧，通过气体输送连接头与三氧气体输送管10连接并连通，进而能将三氧发生器29产生的三氧气体在气体输送动力机构11的作用下进入三氧气体输送管10内，并最终输送进入储血袋15内。In the embodiment of the present invention, the gas generating storage cabinet 1 is in the shape of a rectangular cabinet, and the specific shape can be selected according to needs. Oxygen cylinder 28 is set in the gas generation storage cabinet 1, and the specific quantity of oxygen cylinder 28 can be selected according to needs, and oxygen cylinder 28 can adopt existing commonly used form specifically, is as the criterion to satisfying the storage to oxygen. The oxygen supply to the ozone generator 29 can be realized by the oxygen bottle 28, and the ozone generator 29 utilizes the oxygen energy to prepare the required medical ozone, and is connected and communicated with the ozone gas delivery pipe 10 through the gas delivery connector, and then The ozone gas generated by the ozone generator 29 can enter the ozone gas delivery tube 10 under the action of the gas delivery power mechanism 11 , and finally be delivered into the blood storage bag 15 .
气体发生收纳柜1的底部设置若干收纳柜轮4，通过收纳柜轮4能方便移动整个气体发生收纳柜1。当在气体发生收纳柜1内设置三氧发生器29后，在气体发生收纳柜1侧边的下部设置侧边散热区3，在气体发生收纳柜1的背部设置背部散热区36，侧边散热区3、背部散热区36均可以采用现有常用的散热形式，如采用格栅等直接散热的形式，具体可以根据需要选择，此处不再赘述。The bottom of the gas generation storage cabinet 1 is provided with a number of storage cabinet wheels 4, through which the entire gas generation storage cabinet 1 can be easily moved. After the ozone generator 29 is set in the gas generation storage cabinet 1, the side heat dissipation area 3 is set at the bottom of the gas generation storage cabinet 1 side, and the back heat dissipation area 36 is set at the back of the gas generation storage cabinet 1 to dissipate heat from the sides. Area 3 and the back heat dissipation area 36 can all adopt the existing commonly used heat dissipation forms, such as direct heat dissipation forms such as grilles, which can be selected according to needs, and will not be repeated here.
为了使用方便，在气体发生收纳柜1上设置收纳柜门2，所述收纳柜门2铰接在气体发生收纳柜1上，收纳柜门2采用可打开的形式，即通过收纳柜门2能打开或关闭气体发生收纳柜1。在收纳柜门2上方还设置抽屉6，在抽屉6上设置抽屉拉手5，抽屉6、收纳柜门2与气体发生收纳柜1均可以采用现有常用的配合形式，具体为本技术领域人员所熟知，此处不再赘述。在气体发生收纳柜1的背面还设置推车扶手34，通过推车扶手34能方便推动整个气体发生收纳柜1。在气体发生收纳柜1的上端面上还设置显示屏30以及按键组31，通过显示屏30能显示一些所需的信息，通过按键组31能进行工作参数的设置，显示屏30可以采用现有常用的形式，如采用触摸屏等，具体可以根据需要选择。For ease of use, a storage cabinet door 2 is provided on the gas generation storage cabinet 1, the storage cabinet door 2 is hinged on the gas generation storage cabinet 1, and the storage cabinet door 2 adopts an openable form, that is, the storage cabinet door 2 can be opened Or close the gas generation storage cabinet 1. A drawer 6 is also arranged above the storage cabinet door 2, and a drawer handle 5 is provided on the drawer 6. The drawer 6, the storage cabinet door 2 and the gas generation storage cabinet 1 can all adopt existing commonly used matching forms, specifically for those skilled in the art. It is well known and will not be repeated here. The back side of the gas generation storage cabinet 1 is also provided with a trolley handrail 34, through which the entire gas generation storage cabinet 1 can be pushed conveniently. Display screen 30 and button group 31 are also arranged on the upper end face of gas generation storage cabinet 1, some required information can be displayed by display screen 30, the setting of working parameters can be carried out by button group 31, display screen 30 can adopt existing Commonly used forms, such as using a touch screen, can be selected according to needs.
本发明实施例中，为了能对治疗过程进行综合控制，在气体发生收纳柜1内还设置治疗控制器，治疗控制器可以为现有常用的微处理器，如采用单片机等形式，具体可以根据需要选择，此处不再赘述。治疗控制器与显示屏30、 按键组31、三氧发生器29以及气体输送动力机构11电连接，通过显示屏30和/或按键组31能在治疗控制器内设置气体输送动力机构11的工作状态，如对输送三氧气体的流量、浓度等设置，具体控制气体输送动力机构11的过程可采用现有常用的形式，此处不再赘述。In the embodiment of the present invention, in order to comprehensively control the treatment process, a treatment controller is also provided in the gas generation storage cabinet 1. The treatment controller can be an existing commonly used microprocessor, such as a single-chip microcomputer, etc., specifically according to It needs to be selected, so I won't go into details here. The treatment controller is electrically connected with the display screen 30, the button group 31, the ozone generator 29 and the gas delivery power mechanism 11, and the operation of the gas delivery power mechanism 11 can be set in the treatment controller through the display screen 30 and/or the button group 31. The state, such as setting the flow rate and concentration of the trioxygen gas, and the specific process of controlling the gas delivery power mechanism 11 can adopt the existing commonly used forms, which will not be repeated here.
具体实施时，还可以监测进入储血袋15内的血液流量、血液总量以及进入储血袋15内医用三氧的气体量和气体浓度，进入储血袋15内的血液流量、血液总量可以通过血液抽取输送机构进行控制，进入储血袋15内的气体量和气体浓度可以由三氧气体发生输送机构进行控制，具体可以采用现有常用的控制形式，为本技术领域人员所熟知，此处不再赘述。During specific implementation, it is also possible to monitor the blood flow and the total amount of blood entering the blood storage bag 15 and the gas volume and gas concentration of medical ozone entering the blood storage bag 15, the blood flow and the total amount of blood entering the blood storage bag 15 It can be controlled by the blood extraction and delivery mechanism, and the gas volume and gas concentration entering the blood storage bag 15 can be controlled by the ozone generation and delivery mechanism. Specifically, existing commonly used control forms can be adopted, which are well known to those skilled in the art. I won't repeat them here.
具体工作时，在治疗控制器内可以预先设置混合比例，具体混合比例的情况可以根据需要选择，如储血袋15内的血液总量为100ml时，进入储血袋15内医用三氧的气体浓度最优为20％；储血袋15内的血液量、气体量和气体浓度的具体情况可以根据需要选择，此处不再赘述。当然，在具体使用时，治疗控制器还可以实时监测储血袋15内的血液流量、血液总量、气体量以及气体浓度，并通过显示屏30显示输出当前状态下血液流量、血液总量、气体量以及气体浓度的情况。During specific work, the mixing ratio can be preset in the treatment controller, and the specific mixing ratio can be selected according to needs, such as when the total amount of blood in the blood storage bag 15 is 100ml, the gas that enters the medical ozone in the blood storage bag 15 The optimum concentration is 20%; the specific conditions of the blood volume, gas volume and gas concentration in the blood storage bag 15 can be selected according to needs, and will not be repeated here. Of course, during specific use, the treatment controller can also monitor the blood flow, total blood volume, gas volume and gas concentration in the blood storage bag 15 in real time, and display and output the blood flow, total blood volume, and gas concentration in the current state through the display screen 30. Gas volume and gas concentration.
具体实施时，进入储血袋15内的血液容量、医用三氧的气体量可以通过相应的传感器采样获得，如通过液体流量计、气体流量计分别能准确获取进入储血袋15内的血液容量以及进入储血袋15内的医用三氧的气体量。当然，还可以在储血袋15内设置液位计，利用液位计能监测储血袋15内的血液容量，液位计与治疗控制器电连接，治疗控制器可以通过显示屏30显示输出由液位计监测的液位值。During specific implementation, the volume of blood entering the blood storage bag 15 and the gas volume of medical ozone can be obtained through corresponding sensor sampling. And enter the gas amount of the medical ozone in the blood storage bag 15. Of course, a liquid level gauge can also be set in the blood storage bag 15, and the blood volume in the blood storage bag 15 can be monitored by using the liquid level gauge. The liquid level gauge is electrically connected with the treatment controller, and the treatment controller can display the output through the display screen Liquid level value monitored by a level gauge.
进一步地，在所述气体发生收纳柜1上设置竖直分布的输液架12，储血袋15能挂置在所述输液架12上；气体发生收纳柜1上的气体输送连接头包括鲁尔接头7、宝塔接头8和/或接头管9。Further, a vertically distributed transfusion stand 12 is set on the gas generation storage cabinet 1, and the blood storage bag 15 can be hung on the transfusion stand 12; the gas delivery connector on the gas generation storage cabinet 1 includes a Luer Joint 7, pagoda joint 8 and/or joint pipe 9.
本发明实施例中，输液架12在气体发生收纳柜1的背面呈竖直分布，输液架12可以采用可伸缩的形式，此时，在输液架12上设置高度调节旋钮35，输液架12具体通过高度调节旋钮35实现高度调节的方式与现有相一致，具体为本技术领域人员所熟知，此处不再赘述。在输液架12的上端部设置挂杆连接头14，在挂杆连接头14上设置若干挂杆13，储血袋15的端部设置储血袋端线16，储血袋15通过储血袋端线16能挂在一挂杆13上，储血袋15挂在挂杆13上后，能形成输液的形式。In the embodiment of the present invention, the transfusion rack 12 is vertically distributed on the back side of the gas generation storage cabinet 1, and the transfusion rack 12 can adopt a telescopic form. At this time, a height adjustment knob 35 is set on the transfusion rack 12. The manner of realizing the height adjustment through the height adjustment knob 35 is consistent with the prior art, which is well known to those skilled in the art and will not be repeated here. A hanging rod connector 14 is arranged on the upper end of the infusion stand 12, a plurality of hanging rods 13 are arranged on the hanging rod connector 14, a blood storage bag end line 16 is arranged at the end of the blood storage bag 15, and the blood storage bag 15 passes through the blood storage bag end line 16 can be hung on a hanging rod 13, and after the blood storage bag 15 is hung on the hanging rod 13, it can form the form of transfusion.
鲁尔接头7、宝塔接头8的具体形式与现有相一致，具体为本技术领域人员所熟知。可以根据三氧气体输送管10第一端的具体形式选择与鲁尔接头7、宝塔接头8或接头管9连接配合，从而能提供选择的便捷性。接头管9即为普通接头形式。当然，还可以在气体发生收纳柜1上设置其他所需的接头形式，具体根据需要选择确定，此处不再赘述。The specific forms of the Luer connector 7 and the pagoda connector 8 are consistent with the prior art, and are well known to those skilled in the art. According to the specific form of the first end of the trioxygen gas delivery tube 10, it can be selected to be connected with the Luer connector 7, the pagoda connector 8 or the connector tube 9, so that the convenience of selection can be provided. Joint pipe 9 is a common joint form. Of course, other required joint forms can also be provided on the gas generating storage cabinet 1, which can be selected and determined according to needs, and will not be repeated here.
进一步地，所述血液抽取输送机构包括穿刺用的穿刺留置针27、与所述穿刺留置针27适配连接的血液输送管体以及与所述血液输送管体适配的血液输送动力机构18，所述血液输送管体与储血袋15的底部连接；通过血液输送动力机构18与血液输送管体配合，能将经穿刺留置针27抽取的血液送入储血袋15内或将储血袋15内混合均匀的血液抽出后送入穿刺留置针27内。Further, the blood extraction and delivery mechanism includes a puncture indwelling needle 27 for puncturing, a blood delivery tube adapted to connect with the puncture indwelling needle 27, and a blood delivery power mechanism 18 adapted to the blood delivery tube, The blood delivery tube is connected to the bottom of the blood storage bag 15; through the cooperation of the blood delivery power mechanism 18 and the blood delivery tube, the blood extracted by the puncture indwelling needle 27 can be sent into the blood storage bag 15 or the blood storage bag Send in the puncture indwelling needle 27 after the blood that mixes homogeneously in 15 is drawn out.
本发明实施例中，穿刺留置针27可以采用现有常用的形式，利用穿刺留置针27能实现所需的血管穿刺，并在穿刺后能留置，利用穿刺留置针27进行具体穿刺、留置的过程与现有相一致，具体为本技术领域人员所熟知，此处不再赘述。穿刺留置针27通过血液输送管体能与储血袋15连接并连通，其中，血液输送管体能与储血袋15的底部连接，通过血液输送动力机构18能控制通过血液输送管体输送血液的方向，即能实现通过穿刺留置针27抽取血液送入储血袋15内，或者将储血袋15内与三氧气体混合后的血液回注到体内。In the embodiment of the present invention, the puncture and indwelling needle 27 can adopt the existing commonly used form. The puncture and indwelling needle 27 can be used to realize the required blood vessel puncture, and can be indwelled after the puncture. The puncture and indwelling needle 27 is used to perform specific puncture and indwelling processes Consistent with the prior art, the details are well known to those skilled in the art, and will not be repeated here. The puncture indwelling needle 27 can be connected and communicated with the blood storage bag 15 through the blood delivery tube body, wherein the blood delivery tube body can be connected with the bottom of the blood storage bag 15, and the direction of blood delivery through the blood delivery tube body can be controlled by the blood delivery power mechanism 18 , that is, it can be realized that the blood is drawn into the blood storage bag 15 by puncturing the indwelling needle 27, or the blood mixed with the oxygen gas in the blood storage bag 15 is injected back into the body.
具体实施时，还包括能对血液输送管体内流经的血液加热的恒温加热机构19，所述血液输送动力机构18包括蠕动泵。本发明实施例中，通过恒温加热机构19能对血液输送管体内的血液进行恒温加热，恒温加热机构19对血液加热的温度以接近人体正常体温为宜，恒温加热机构19可以采用水浴加热或电加热等形式，只要能满足对血液输送管体内的血液保持稳定地加热均可，具体可以根据需要选择，此处不再赘述。具体实施时，血液输送动力机构18可以采用现有常用的蠕动泵，利用蠕动泵的蠕动能力以及蠕动方向，能控制通过血液输送管体内血液的输送方向、以及具体输送的速度等。During specific implementation, it also includes a constant temperature heating mechanism 19 capable of heating the blood flowing through the blood delivery tube, and the blood delivery power mechanism 18 includes a peristaltic pump. In the embodiment of the present invention, the blood in the blood delivery tube can be heated at a constant temperature by the constant temperature heating mechanism 19. The temperature of the blood heated by the constant temperature heating mechanism 19 should be close to the normal body temperature of the human body. Heating and other forms can be used as long as the blood in the blood delivery tube can be heated stably, and can be selected according to needs, and will not be repeated here. During specific implementation, the blood delivery power mechanism 18 can adopt an existing commonly used peristaltic pump, and use the peristaltic ability and direction of peristalsis of the peristaltic pump to control the delivery direction and specific delivery speed of blood through the blood delivery tube.
恒温加热机构19以及血液输送动力机构18均需要与治疗控制器电连接，即通过治疗控制器能控制恒温加热机构19以及血液输送动力机构18的工作状态，具体实现对恒温加热机构19、血液输送动力机构18工作状态的控制与现有相一致，具体可以根据需要选择，此处不再赘述。Both the constant temperature heating mechanism 19 and the blood delivery power mechanism 18 need to be electrically connected to the treatment controller, that is, the working status of the constant temperature heating mechanism 19 and the blood delivery power mechanism 18 can be controlled by the treatment controller, and the constant temperature heating mechanism 19, blood delivery The control of the working state of the power mechanism 18 is consistent with the prior art, and can be selected according to needs, and will not be repeated here.
如图1、图2、图3和图4所示，所述血液输送管体包括血液输送连接总管17，所述血液输送连接总管17的第一端与储血袋15连接并连通，血液输送连接总管17的第二端通过血液输送选择阀21与血液输送进液管22、血液输送回液管23连接并连通，血液输送进液管22、血液输送回液管23与穿刺留置针27相连通；As shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the blood delivery tube body includes a blood delivery connection main pipe 17, and the first end of the blood delivery connection main pipe 17 is connected and communicated with the blood storage bag 15, and the blood delivery The second end of the connection main pipe 17 is connected and communicated with the blood delivery inlet tube 22 and the blood delivery return tube 23 through the blood delivery selection valve 21, and the blood delivery inlet tube 22, the blood delivery return tube 23 are connected with the puncture indwelling needle 27 Pass;
还包括与血液输送回液管23适配的回液过滤器24，通过血液输送动力机构18将血液送入储血袋15内时，血液依次经过穿刺留置针27、血液输送进液管22、血液输送选择阀21、血液输送连接总管17后进入储血袋15内；通过血液输送动力机构18将储血袋15内的血液抽出时，储血袋15内的血液依次经过血液输送连接总管17、血液输送选择阀21后进入血液输送回液管23内，且通过回液过滤器24后进入穿刺留置针27内。It also includes a liquid return filter 24 adapted to the blood delivery return pipe 23. When the blood is sent into the blood storage bag 15 through the blood delivery power mechanism 18, the blood sequentially passes through the puncture indwelling needle 27, the blood delivery inlet tube 22, The blood delivery selection valve 21 and the blood delivery connection main pipe 17 enter the blood storage bag 15; when the blood in the blood storage bag 15 is drawn out by the blood delivery power mechanism 18, the blood in the blood storage bag 15 passes through the blood delivery connection main pipe 17 in sequence 1. After the blood delivery selection valve 21 enters the blood delivery return pipe 23 , and enters the puncture indwelling needle 27 after passing through the return return filter 24 .
本发明实施例中，血液输送连接总管17的第一端与储血袋15连接并连 通，其中，血液输送连接总管17与储血袋15的连接部位于储血袋15的下部。续页输送选择阀21可以为医用三通阀，血液输送连接总管17通过血液输送选择阀21能与血液输送进液管22、血液输送回液管23连接并连通，工作时，血液输送连接总管17通过血液输送选择阀21只会与血液输送进液管22或血液输送回液管23连通。血液输送进液管22、血液输送回液管23能与穿刺留置针27连通。In the embodiment of the present invention, the first end of the blood delivery connection main pipe 17 is connected and communicated with the blood storage bag 15, wherein the connection between the blood delivery connection main pipe 17 and the blood storage bag 15 is located at the lower part of the blood storage bag 15. The continuation page transport selection valve 21 can be a medical three-way valve, and the blood transport connection main pipe 17 can be connected and communicated with the blood transport liquid inlet pipe 22 and the blood transport liquid return pipe 23 through the blood transport selection valve 21. During work, the blood transport connection main pipe 17 only communicates with the blood delivery inlet pipe 22 or the blood delivery return pipe 23 through the blood delivery selection valve 21 . The blood delivery inlet tube 22 and the blood delivery return tube 23 can communicate with the puncture indwelling needle 27 .
当需要将体内的血液抽取并送入储血袋15内时，通过血液输送动力机构18将血液送入储血袋15内时，血液依次经过穿刺留置针27、血液输送进液管22、血液输送选择阀21、血液输送连接总管17后进入储血袋15内。当所抽取的血液在储血袋15内与三氧气体混合后，通过血液输送动力机构18将储血袋15内的血液抽出时，储血袋15内的血液依次经过血液输送连接总管17、血液输送选择阀21后进入血液输送回液管23内，且通过回液过滤器24后进入穿刺留置针27内，进入血液进入穿刺留置针27内后，在续页输送动力机构18的作用下或者利用储血袋15悬挂时的重力势能，能使得血液回注到体内。When it is necessary to extract the blood in the body and send it into the blood storage bag 15, when the blood is sent into the blood storage bag 15 through the blood delivery power mechanism 18, the blood passes through the puncture indwelling needle 27, the blood delivery liquid inlet tube 22, the blood The delivery selection valve 21 and the blood delivery connection main pipe 17 enter the blood storage bag 15 . When the extracted blood is mixed with ozone gas in the blood storage bag 15, when the blood in the blood storage bag 15 is drawn out by the blood delivery power mechanism 18, the blood in the blood storage bag 15 passes through the blood delivery connection main pipe 17, the blood After the delivery selection valve 21, the blood enters the liquid return pipe 23 and enters the puncture indwelling needle 27 after passing through the return liquid filter 24. The gravitational potential energy when the blood storage bag 15 is suspended can make the blood return to the body.
具体实施时，穿刺留置针27与留置针连管37连接并连通，留置针连管37通过留置针连接头26与血液输送进液管22、血液输送回液管23连接并连通。此外，在所述血液输送连接总管17上设置血液输送阻水透气管32，血液输送阻水透气管32内可以设置阻水透气膜，血液输送阻水透气管32在血液输送连接总管17上邻近与储血袋15的结合部，通过血液输送阻水透气管32能排出血液输送连接总管17内血液中的气体，而又不会影响血液的正常输送。During specific implementation, the puncture indwelling needle 27 is connected and communicated with the indwelling needle connecting tube 37 , and the indwelling needle connecting tube 37 is connected and communicated with the blood delivery inlet tube 22 and the blood delivery return tube 23 through the indwelling needle connector 26 . In addition, a blood-transporting water-blocking ventilating tube 32 is provided on the blood-transporting connection main pipe 17, and a water-blocking ventilating film can be arranged in the blood-transporting water-blocking ventilating tube 32, and the blood-transporting water-blocking ventilating tube 32 is adjacent to the blood transporting connection main pipe 17. The joint with the blood storage bag 15 can discharge the gas in the blood in the blood delivery connection main pipe 17 through the blood delivery water blocking ventilation tube 32 without affecting the normal delivery of blood.
本发明实施例中，在血液输送回液管23上可以设置管体夹25，所述管体夹25具体可以采用现有常用的形式，通过管体夹25能夹闭血液输送回液管23，管体夹25位于血液输送选择阀21与留置针连接头26之间，当管体夹25夹闭血液输送回液管23后，通过血液输送选择阀21无法持续向血液输送回液管23内输送血液，也无法通过留置针连接头26向血液输送选择阀21的方向输送血液。管体夹25与血液输送回液管23间可以采用可分离连接，即当需要夹闭血液输送回液管23时，才利用管体夹25对血液输送回液管23夹闭。In the embodiment of the present invention, a tube body clamp 25 can be provided on the blood delivery return tube 23, and the tube body clamp 25 can specifically adopt an existing commonly used form, and the blood delivery return tube 23 can be clamped by the tube body clamp 25 , the tube body clip 25 is located between the blood delivery selection valve 21 and the indwelling needle connector 26. When the tube body clip 25 clamps the blood delivery return tube 23, the blood delivery selection valve 21 cannot continuously deliver the blood back to the liquid return tube 23 The blood is transported inside, and the blood cannot be transported to the direction of the blood transport selection valve 21 through the indwelling needle connector 26. The tube clip 25 and the blood delivery return tube 23 can be detachably connected, that is, when the blood delivery return tube 23 needs to be clamped, the tube clip 25 is used to clamp the blood delivery return tube 23 .
如图8所示，为在储血袋15内设置血块过滤网的示意图，其中，所述血块过滤网至少两片与储血袋15适配的储血袋内滤网47，两片储血袋内滤网47的外圈边缘与储血袋15内壁固定，储血袋内滤网47间相互平行。储血袋内滤网47的过滤规格具体可以根据需要选择，以能过滤凝血血块为准，具体为本技术领域人员所熟知，此处不再赘述。As shown in FIG. 8 , it is a schematic diagram of setting a blood clot filter in the blood storage bag 15, wherein, the blood clot filter has at least two pieces of blood storage bag inner filter 47 adapted to the blood storage bag 15, and two pieces of blood storage bag The outer edge of the filter screen 47 in the bag is fixed to the inner wall of the blood storage bag 15, and the filter screens 47 in the blood storage bag are parallel to each other. The filter specification of the filter 47 in the blood storage bag can be selected according to the needs, and the filter specification is based on the ability to filter blood clots, which is well known to those skilled in the art and will not be repeated here.
血液输送连接总管17与储血袋15连接的端部可设置血液输送连接总管接头48，所述血液输送连接总管接头48伸入储血袋15内；具有当存在多个储血袋内滤网47时，储血袋内滤网47间也呈层叠的分布形式，且血液输送连接总管接头48的出液端部位于最上层储血袋内滤网47的上方，从而能有 效实现血块的过滤。当然，也可以根据实际需求，储血袋15内的储血袋内滤网47可选择不同过滤的规格和尺寸，具体可以根据需要选择。The end of the blood delivery connection main pipe 17 connected to the blood storage bag 15 can be provided with a blood delivery connection main pipe joint 48, and the blood delivery connection main pipe joint 48 extends into the blood storage bag 15; At 47 o'clock, the filter screens 47 in the blood storage bag are also distributed in a stacked form, and the liquid outlet end of the blood delivery connection main pipe joint 48 is located above the filter screen 47 in the uppermost blood storage bag, so that blood clots can be effectively filtered . Of course, according to actual needs, the blood storage bag inner filter 47 in the blood storage bag 15 can be selected with different filtering specifications and sizes, and can be specifically selected according to needs.
如图5、图6和图7所示，为本发明回液过滤器24的具体示意图，其中，回液过滤器24包括过滤器上罩体38以及与所述过滤器上罩体38适配的过滤器下罩体39，过滤器上罩体38与过滤器下罩体39间均呈漏斗状，过滤器上罩体38与过滤器下罩体39间适配连接后，能形成一个相对封闭的空间，过滤器上罩体38与过滤器下罩体39间呈同轴分布。在过滤器上罩体38上设置过滤器上管头40，在过滤器下罩体39上设置过滤器下管头41，过滤器上管头40通过过滤器上罩体38、过滤器下罩体39能与过滤器下管头41相连通，一般地，过滤器上管头40与过滤器下管头41间也呈同轴分布。通过过滤器上管头40、过滤器下管头41能与血液输送回液管23适配连接并连通。As shown in Figure 5, Figure 6 and Figure 7, it is a specific schematic diagram of the liquid return filter 24 of the present invention, wherein the liquid return filter 24 includes a filter upper cover 38 and is adapted to the filter upper cover 38 filter lower cover body 39, the filter upper cover body 38 and the filter lower cover body 39 are funnel-shaped, after the filter upper cover body 38 and the filter lower cover body 39 are fitted and connected, a relatively In the enclosed space, the filter upper cover body 38 and the filter lower cover body 39 are coaxially distributed. On the filter upper cover body 38, the filter upper pipe head 40 is set, and the filter lower pipe head 41 is set on the filter lower cover body 39, and the filter upper pipe head 40 passes through the filter upper cover body 38, the filter lower cover The body 39 can communicate with the filter lower pipe head 41, generally, the filter upper pipe head 40 and the filter lower pipe head 41 are also coaxially distributed. The upper filter head 40 and the lower filter head 41 can be fitted and communicated with the blood delivery and return pipe 23 .
在过滤器下罩体39内设置过滤阀座45，过滤阀座45通过若干过滤支撑杆43支撑在过滤器下罩体39内。通过过滤阀座45能安装过滤单向阀44，在且通过过滤支撑杆43能支撑过滤膜42，过滤阀座45以及过滤单向阀44能穿过所述过滤膜42，过滤膜42可以采用现有常用的形式，通过过滤膜42能实现对回注到体内的血液进行过滤。A filter valve seat 45 is arranged in the filter lower cover body 39 , and the filter valve seat 45 is supported in the filter lower cover body 39 by several filter support rods 43 . The filter check valve 44 can be installed by the filter valve seat 45, and the filter membrane 42 can be supported by the filter support rod 43, the filter valve seat 45 and the filter check valve 44 can pass through the filter membrane 42, and the filter membrane 42 can adopt In the existing common form, the blood reinjected into the body can be filtered through the filter membrane 42 .
本发明实施例中，过滤单向阀44采用医用硅胶等制成，过滤单向阀44呈鸭嘴状，当然，还可以采用其他的形状，具体可以根据需要选择。图6中，过滤单向阀44位于过滤膜42上方的部分具有缝隙，对从过滤器下管头41流向过滤器上管头40的血液能穿过缝隙，而当血液从过滤器上管头40流向过滤器下管头41时，血液的压力使得过滤单向阀44向内收缩，血液无法通过过滤单向阀44。In the embodiment of the present invention, the filter one-way valve 44 is made of medical silica gel, etc., and the filter one-way valve 44 is in the shape of a duckbill. Of course, other shapes can also be used, which can be selected according to needs. Among Fig. 6, filter one-way valve 44 is positioned at the part above filter membrane 42 and has slit, can pass through slit to the blood that flows from filter lower pipe head 41 to filter upper pipe head 40, and when blood flows from filter upper pipe head When 40 flows to the lower tube head 41 of the filter, the pressure of the blood makes the filter one-way valve 44 contract inwardly, and the blood cannot pass through the filter one-way valve 44 .
因此，过滤单向阀44允许液体从过滤器下管头41向过滤器上管头40的方向流动通过，能阻挡液体从过滤器上管头40向过滤器下管头41的方向流动通过。当采用过滤单向阀44后，当未利用管体夹25对血液输送回液管23进行夹闭时，会存在部分血液进入血液输送回液管23的情况，此时，进入血液输送回液管23内的血液在进入血液输送回液管23后无法通过血液输送选择阀21，而进入血液输送回液管23内的血液经过过滤膜42过滤后能再次回流到穿刺留置针27内，利用过滤单向阀44能自动实现对血液的单向过滤。Therefore, the filter one-way valve 44 allows the liquid to flow through from the lower filter head 41 to the upper filter head 40 , and can block the flow of liquid from the upper filter head 40 to the lower filter head 41 . When the filter check valve 44 is adopted, when the blood delivery return pipe 23 is not clamped by the tube clamp 25, some blood may enter the blood delivery return pipe 23. The blood in the tube 23 cannot pass through the blood delivery selector valve 21 after entering the blood delivery return tube 23, and the blood entering the blood delivery return tube 23 can flow back into the puncture indwelling needle 27 again after being filtered by the filter membrane 42. The filter check valve 44 can automatically realize the one-way filter of blood.
正常使用时，血液从过滤器上罩体38上的过滤器上管头40流入，进入回液过滤器24内的血液无法通过过滤单向阀44，只能通过过滤单向阀44外圈的过滤膜42，经过过滤膜42过滤后，并从过滤器下管头41流出，进而流向穿刺留置针27，即使得进入血液输送回液管23内的血液均经过过滤膜42过滤后再流向穿刺留置针27。During normal use, blood flows in from the filter upper tube head 40 on the filter upper cover body 38, and the blood entering the liquid return filter 24 cannot pass through the filter check valve 44, but can only pass through the filter check valve 44 outer circle. The filter membrane 42, after being filtered by the filter membrane 42, flows out from the filter lower tube head 41, and then flows to the puncture indwelling needle 27, that is, the blood entering the blood return pipe 23 is filtered by the filter membrane 42 and then flows to the puncture needle. Indwelling needle 27.

Claims (10)

  1. 一种三氧自体回血治疗仪，其特征是：包括能收纳抽取血液的储血袋(15)、能向所述储血袋(15)输送所需医用三氧的三氧气体发生输送机构以及能实现血液抽取与输送的血液抽取输送机构；An ozone autologous blood return therapeutic instrument, characterized in that it includes a blood storage bag (15) capable of accommodating drawn blood, an ozone generation and delivery mechanism capable of delivering required medical ozone to the blood storage bag (15), and A blood extraction and delivery mechanism that can realize blood extraction and delivery;
    在所述储血袋(15)上设置振动机构，通过三氧气体发生输送机构将三氧气体送入储血袋(15)内，通过血液抽取输送机构将待混合的血液送入储血袋(15)内；通过振动机构能将位于储血袋(15)内血液与进入储血袋(15)内的医用三氧在振动中均匀混合，通过血液抽取输送机构能将储血袋(15)内与医用三氧均匀混合后的血液过滤后输送至体内。A vibrating mechanism is provided on the blood storage bag (15), and the ozone gas is sent into the blood storage bag (15) through the ozone generation and delivery mechanism, and the blood to be mixed is sent into the blood storage bag through the blood extraction delivery mechanism (15); through the vibration mechanism, the blood in the blood storage bag (15) can be evenly mixed with the medical ozone entering the blood storage bag (15) in vibration, and the blood storage bag (15) can be drawn by the blood delivery mechanism. ) and the blood evenly mixed with medical ozone is filtered and delivered to the body.
  2. 根据权利要求1所述的三氧自体回血治疗仪，其特征是：在储血袋(15)上设置一个或多个振动机构，所述振动机构包括振动发生体(33)以及对称分布于所述振动发生体(33)上的振动片(20)，所述振动机构内的振动片(20)与储血袋(15)的两侧面对应，通过振动发生体(33)能驱动振动片(20)同时振动。The ozone autologous blood return therapeutic apparatus according to claim 1, characterized in that: one or more vibration mechanisms are set on the blood storage bag (15), and the vibration mechanisms include vibration generating bodies (33) and symmetrically distributed on the blood storage bag (15). The vibrating plate (20) on the vibration generating body (33), the vibrating plate (20) in the vibration mechanism corresponds to the two sides of the blood storage bag (15), and the vibrating plate (20) can be driven by the vibration generating body (33) 20) Simultaneous vibration.
  3. 根据权利要求1所述的三氧自体回血治疗仪，其特征是：所述三氧气体发生输送机构包括三氧气体发生部以及与所述三氧气体发生部适配连接的气体输送部，所述气体输送部包括三氧气体输送管(10)以及与所述三氧气体输送管(10)适配的气体输送动力机构(11)，三氧气体输送管(10)的第一端与三氧气体发生部连接并连通，三氧气体输送管(10)的第二端与储血袋(15)连接并连通，通过气体输送动力机构(11)能控制三氧气体发生部所产生的三氧气体进入储血袋(15)的流速。The ozone autogenous blood return therapeutic instrument according to claim 1, characterized in that: the ozone generating and conveying mechanism includes an ozone generating part and a gas conveying part adapted to connect with the ozone generating part, so The gas conveying part comprises a trioxygen gas conveying pipe (10) and a gas conveying power mechanism (11) adapted to the trioxygen gas conveying pipe (10), the first end of the trioxygen gas conveying pipe (10) is connected to the three The oxygen gas generating part is connected and communicated, the second end of the trioxygen gas delivery tube (10) is connected and communicated with the blood storage bag (15), and the trioxygen gas generating part can be controlled by the gas delivery power mechanism (11). Oxygen enters the flow rate of the blood storage bag (15).
  4. 根据权利要求3所述的三氧自体回血治疗仪，其特征是：所述气体输送动力机构(11)包括蠕动泵，在所述三氧气体输送管(10)的第二端设置能阻挡储血袋(15)内的血液进入三氧气体发生部内的气体输送管阻水透气部(46)。The ozone autologous blood return therapeutic apparatus according to claim 3, characterized in that: the gas delivery power mechanism (11) includes a peristaltic pump, and an energy-blocking reservoir is arranged at the second end of the ozone gas delivery tube (10). The blood in the blood bag (15) enters the water-blocking and ventilating part (46) of the gas delivery tube in the ozone generating part.
  5. 根据权利要求3或4所述的三氧自体回血治疗仪，其特征是：所述三氧气体发生部包括气体发生收纳柜(1)以及收纳于所述气体发生收纳柜(1)内的三氧发生器(29)，所述三氧发生器(29)能与气体发生收纳柜(1)上的气体输送连接头适配连接，三氧气体输送管(10)的第一端通过所述气体输送连接头能与气体发生收纳柜(1)内的三氧发生器(29)连接并连通。According to claim 3 or 4, the ozone autologous blood return treatment instrument is characterized in that: the ozone gas generating part includes a gas generating storage cabinet (1) and three gas generating storage cabinets (1) Oxygen generator (29), described ozone generator (29) can be connected with the gas conveying connector on the gas storage cabinet (1), and the first end of trioxygen gas conveying pipe (10) passes through described The gas delivery connector can be connected and communicated with the ozone generator (29) in the gas generation storage cabinet (1).
  6. 根据权利要求5所述的三氧自体回血治疗仪，其特征是：在所述气体发生收纳柜(1)上设置竖直分布的输液架(12)，储血袋(15)能挂置在所述输液架(12)上；气体发生收纳柜(1)上的气体输送连接头包括鲁尔接头(7)、宝塔接头(8)和/或接头管(9)。According to claim 5, the Oxygen autologous blood return treatment instrument is characterized in that: a vertically distributed infusion stand (12) is arranged on the gas generation storage cabinet (1), and the blood storage bag (15) can be hung on the On the infusion stand (12); the gas delivery connector on the gas generation storage cabinet (1) includes a luer connector (7), a pagoda connector (8) and/or a connector tube (9).
  7. 根据权利要求1所述的三氧自体回血治疗仪，其特征是：所述血液抽取输送机构包括穿刺用的穿刺留置针(27)、与所述穿刺留置针(27)适配连接的血液输送管体以及与所述血液输送管体适配的血液输送动力机构(18)， 所述血液输送管体与储血袋(15)的底部连接；通过血液输送动力机构(18)与血液输送管体配合，能将经穿刺留置针(27)抽取的血液送入储血袋(15)内或将储血袋(15)内混合均匀的血液抽出后送入穿刺留置针(27)内。The ozone autologous blood return therapeutic apparatus according to claim 1, characterized in that: the blood extraction and delivery mechanism includes a puncture indwelling needle (27) for puncturing, a blood delivery system adapted to connect with the puncture indwelling needle (27) The tube body and the blood delivery power mechanism (18) adapted to the blood delivery tube body, the blood delivery tube body is connected with the bottom of the blood storage bag (15); through the blood delivery power mechanism (18) and the blood delivery tube Body cooperates, can send in the blood storage bag (15) through the blood that puncture indwelling needle (27) extracts or send in the puncture indwelling needle (27) after the blood mixed uniformly in the blood storage bag (15) is drawn out.
  8. 根据权利要求7所述的三氧自体回血治疗仪，其特征是：还包括能对血液输送管体内流经的血液加热的恒温加热机构(19)，所述血液输送动力机构包括蠕动泵。According to claim 7, the ozone autologous blood return therapeutic apparatus is characterized in that: it also includes a constant temperature heating mechanism (19) capable of heating the blood flowing through the blood delivery tube, and the blood delivery power mechanism includes a peristaltic pump.
  9. 根据权利要求7或8所述的三氧自体回血治疗仪，其特征是：所述血液输送管体包括血液输送连接总管(17)，所述血液输送连接总管(17)的第一端与储血袋(15)连接并连通，血液输送连接总管(17)的第二端通过血液输送选择阀(21)与血液输送进液管(22)、血液输送回液管(23)连接并连通，血液输送进液管(22)、血液输送回液管(23)与穿刺留置针(27)相连通；According to claim 7 or 8, the ozone autologous blood return treatment instrument is characterized in that: the blood delivery tube body includes a blood delivery connection main pipe (17), and the first end of the blood delivery connection main pipe (17) is connected to the storage tank. The blood bag (15) is connected and communicated, and the second end of the blood delivery connection main pipe (17) is connected and communicated with the blood delivery inlet pipe (22) and the blood delivery return pipe (23) through the blood delivery selection valve (21), The blood delivery liquid inlet pipe (22), the blood delivery liquid return pipe (23) are connected with the puncture indwelling needle (27);
    还包括与血液输送回液管(23)适配的回液过滤器(24)，通过血液输送动力机构(18)将血液送入储血袋(15)内时，血液依次经过穿刺留置针(27)、血液输送进液管(22)、血液输送选择阀(21)、血液输送连接总管(17)后进入储血袋(15)内；通过血液输送动力机构(18)将储血袋(15)内的血液抽出时，储血袋(15)内的血液依次经过血液输送连接总管(17)、血液输送选择阀(21)后进入血液输送回液管(23)内，且通过回液过滤器(24)后进入穿刺留置针(27)内。It also includes a liquid return filter (24) adapted to the blood transport return pipe (23). When the blood is sent into the blood storage bag (15) through the blood transport power mechanism (18), the blood passes through the puncture retention needle ( 27), the blood delivery inlet pipe (22), the blood delivery selection valve (21), the blood delivery connection main pipe (17) and enters into the blood storage bag (15); the blood storage bag ( When the blood in 15) is pumped out, the blood in the blood storage bag (15) passes through the blood delivery connecting main pipe (17) and the blood delivery selection valve (21) in sequence, then enters the blood delivery return pipe (23), and passes through the return liquid After filter (24), enter in the puncture indwelling needle (27).
  10. 根据权利要求9所述的三氧自体回血治疗仪，其特征是：在所述血液输送连接总管(17)上设置血液输送阻水透气管(32)；According to claim 9, the three-oxygen autologous blood return treatment instrument is characterized in that: a blood-transporting water-blocking ventilation pipe (32) is arranged on the said blood-transporting connection main pipe (17);
    所述回液过滤器(24)包括过滤器上罩体(38)以及与所述过滤器上罩体(38)适配的过滤器下罩体(39)，在过滤器上罩体(38)上设置过滤器上管头(40)，在过滤器下罩体(39)上设置过滤器下管头(41)；过滤器下罩体(39)内设置过滤单向阀(44)以及过滤用的过滤膜(42)，过滤器上管头(40)与过滤器下管头(40)相互连通。The liquid return filter (24) includes a filter upper cover (38) and a filter lower cover (39) adapted to the filter upper cover (38), and the filter upper cover (38) ) on the filter upper pipe head (40), the filter lower pipe head (41) is set on the filter lower cover body (39); filter check valve (44) and filter check valve (44) are set in the filter lower cover body (39) and The filter membrane (42) used for filtration, the filter upper pipe head (40) and the filter lower pipe head (40) communicate with each other.
PCT/CN2022/071702 2021-05-11 2022-01-13 Ozone autologous blood retransfusion therapeutic apparatus WO2022237219A1 (en)

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CN113244476A (en) * 2021-05-11 2021-08-13 无锡市第二人民医院 Three oxygen autohemorrhaging therapeutic instrument

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JPH0788182A (en) * 1993-09-14 1995-04-04 Akihiro Fujimura Body outside circulating blood medical treatment device
CN2553804Y (en) * 2002-05-31 2003-06-04 何诺 Automatic blood circulation radiation therapeutic equipment
CN202802300U (en) * 2012-07-09 2013-03-20 彭勇 Ozone autologous blood transfusion instrument
CN206120837U (en) * 2016-07-19 2017-04-26 薛现明 Three oxygen autologous blood feedback systems
WO2018035504A1 (en) * 2016-08-19 2018-02-22 Lane Ronald Howard Gas treatment delivery systems and methods
CN208693889U (en) * 2017-12-28 2019-04-05 北京新科以仁科技发展有限公司 A kind of self blood blood sampling refluxing device of three oxygen
CN112370592A (en) * 2020-10-09 2021-02-19 天津大学 Medical ozone therapeutic instrument capable of automatically realizing ozone autohemotherapy
CN113244476A (en) * 2021-05-11 2021-08-13 无锡市第二人民医院 Three oxygen autohemorrhaging therapeutic instrument
CN214859813U (en) * 2021-05-11 2021-11-26 无锡市第二人民医院 Three oxygen autohemorrhaging therapeutic instrument

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0788182A (en) * 1993-09-14 1995-04-04 Akihiro Fujimura Body outside circulating blood medical treatment device
CN2553804Y (en) * 2002-05-31 2003-06-04 何诺 Automatic blood circulation radiation therapeutic equipment
CN202802300U (en) * 2012-07-09 2013-03-20 彭勇 Ozone autologous blood transfusion instrument
CN206120837U (en) * 2016-07-19 2017-04-26 薛现明 Three oxygen autologous blood feedback systems
WO2018035504A1 (en) * 2016-08-19 2018-02-22 Lane Ronald Howard Gas treatment delivery systems and methods
CN208693889U (en) * 2017-12-28 2019-04-05 北京新科以仁科技发展有限公司 A kind of self blood blood sampling refluxing device of three oxygen
CN112370592A (en) * 2020-10-09 2021-02-19 天津大学 Medical ozone therapeutic instrument capable of automatically realizing ozone autohemotherapy
CN113244476A (en) * 2021-05-11 2021-08-13 无锡市第二人民医院 Three oxygen autohemorrhaging therapeutic instrument
CN214859813U (en) * 2021-05-11 2021-11-26 无锡市第二人民医院 Three oxygen autohemorrhaging therapeutic instrument

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