Cardiovascular drainage bottle and use method thereof

Abstract

The invention discloses a cardiovascular drainage bottle and a use method thereof. Multiple advanced functions are designed and integrated to ensure a safe and efficient drainage process. The drainage bottle is provided with a bottle cap, and the bottle cap is provided with a hanging ring, a one-way valve negative pressure balloon, a drainage tube and a wireless transmitting device. A pressure sensor and a liquid level meter are arranged in the bottle, and real-time monitoring and data transmission are achieved. The touch control screen installed on the outer wall can display the state of the drainage bottle and control opening and closing of all the valves, and accurate fluid management is achieved. The drainage bottle is connected with the flow dividing bottle through a plurality of liquid discharging pipes, the flow dividing bottle is also provided with a liquid level meter which is electrically connected with the touch control screen, and monitoring is convenient. The design allows medical staff to remotely monitor drainage conditions, timely adjusts drainage strategies, reduces manual intervention, and improves treatment efficiency and safety. In addition, the drainage bottle and the shunting bottle are both made of transparent materials, and direct observation is facilitated. The device is suitable for liquid drainage in cardiovascular surgery and follow-up treatment, and is a great progress of the modern medical technology.

Description

Technical Field

[0001] The invention belongs to the field of nursing equipment, and specifically discloses a cardiovascular drainage bottle and a use method thereof. Background Art

[0002] In cardiovascular medical practice, drainage bottles play a vital role. They are indispensable medical equipment during surgery and postoperative recovery, and are used to effectively collect and discharge various types of fluids produced in the patient's body due to surgery or disease, such as blood, tissue fluid, exudate, etc. Although traditional drainage bottles meet the basic needs of fluid collection and discharge to a certain extent, they have gradually exposed many limitations in practical applications.

[0003] First, from a monitoring perspective, traditional drainage bottles lack a real-time, accurate monitoring mechanism. Medical staff need to manually check the liquid level and internal pressure in the drainage bottle regularly, which not only increases their workload, but also makes it difficult to ensure the accuracy and timeliness of manual monitoring. In a busy medical environment, any slight negligence may have an adverse effect on the patient's health and even cause serious medical accidents.

[0004] Secondly, traditional drainage bottles also have shortcomings in terms of control. When discharging liquid, medical staff need to manually operate the valve, which is not only cumbersome but also prone to errors. Especially in emergency situations, fast and accurate control of liquid discharge is crucial to the patient's life safety. However, the manual control method of traditional drainage bottles often cannot meet this demand, increasing the risk of operation.

[0005] In addition, with the continuous advancement of medical technology and the improvement of patient safety awareness, higher requirements have been placed on the hygiene and safety of drainage bottles. Traditional drainage bottles may have the risk of cross infection during design and use. For example, it is difficult to thoroughly clean and disinfect components such as valves and drainage tubes, which increases the risk of infection for patients.

[0006] In summary, traditional drainage bottles have many deficiencies in monitoring, control, and hygienic safety, and are difficult to meet the actual needs of modern cardiovascular medicine. Therefore, it is particularly important to develop a cardiovascular drainage bottle with real-time monitoring function, intelligent control mechanism, and high hygienic safety. This can not only reduce the workload of medical staff and improve medical efficiency, but also provide patients with safer and more effective medical services. Summary of the invention

[0007] In view of the deficiencies in the prior art, the present invention discloses a cardiovascular drainage bottle and a use method thereof.

[0008] The present invention includes the following technical solutions:

[0009] A cardiovascular drainage bottle, comprising:

[0010] A drainage bottle, the mouth of which is provided with a bottle cap;

[0011] The bottle cap is connected with a hanging ring, a one-way valve negative pressure balloon is installed on the top, and a drainage tube is connected; at the same time, a wireless transmitter is also installed on the bottle cap;

[0012] A pressure sensor is installed in the drainage bottle and is electrically connected to the bottle cap; a drainage bottle liquid level gauge is installed on the drainage bottle;

[0013] A touch control screen is installed on the outer wall of the drainage bottle, and the touch control screen is electrically connected to the pressure sensor, the drainage bottle liquid level meter and the wireless transmitter;

[0014] The bottom of the drainage bottle is connected with a first liquid discharge pipe, and a first valve is installed on the first liquid discharge pipe;

[0015] The sides of the drainage bottle are respectively connected with a second drainage pipe and a third drainage pipe, the second drainage pipe is installed with a second valve, and the third drainage pipe is installed with a third valve;

[0016] The diverter bottle is connected to the drainage bottle through the second drain pipe. A fourth drain pipe is provided on one side of the diverter bottle, on which a fourth valve is installed. A diverter bottle level gauge is also installed in the diverter bottle, and the diverter bottle level gauge is electrically connected to the touch control screen.

[0017] Furthermore, in the above-mentioned cardiovascular drainage bottle, the first valve, the second valve, the third valve and the fourth valve are all electronically controlled valves, which receive control signals through a touch control screen to achieve remote or automatic control of fluid discharge and blocking.

[0018] Furthermore, in the above-mentioned cardiovascular drainage bottle, a sealing connector is provided between the one-way valve negative pressure balloon and the drainage tube.

[0019] Furthermore, in the above-mentioned cardiovascular drainage bottle, the touch control screen has a user interaction interface, which can display real-time status information of the drainage bottle and the shunt bottle, and allow the user to control the opening and closing status of each valve through touch operation.

[0020] Furthermore, in the above-mentioned cardiovascular drainage bottle, the drainage bottle and the shunt bottle are both made of transparent or translucent materials, which is convenient for medical staff to directly observe the color and state of the liquid in the bottle.

[0021] Furthermore, in the above-mentioned cardiovascular drainage bottle, the end of the drainage tube is provided with a connector, and the connector can be adapted to different types of cardiovascular catheters, thereby improving the versatility of the drainage bottle.

[0022] Furthermore, in the above-mentioned cardiovascular drainage bottle, the wireless transmitting device is configured to be able to remotely transmit the pressure data, liquid level data in the drainage bottle and the liquid level data of the shunt bottle to an external monitoring device or a medical information system.

[0023] Furthermore, in the above-mentioned cardiovascular drainage bottle, the third drainage tube is also provided with a manual negative pressure airbag.

[0024] The present invention also discloses a method for using the cardiovascular drainage bottle, which comprises the following steps:

[0025] a) Place the cardiovascular drainage bottle in an appropriate position, ensuring that the drainage bottle and shunt bottle are stable and not prone to tipping over;

[0026] b) Hang the drainage bottle in a suitable position through the hanging ring to facilitate operation by medical staff;

[0027] c) Connect the drainage tube to the cardiovascular catheter, ensuring that the connection is tight and leak-free;

[0028] d) Turn on the wireless transmitter by touching the control screen to ensure that the status information of the drainage bottle can be transmitted to the external monitoring equipment or medical information system in real time;

[0029] e) Open or close the first valve, the second valve, the third valve and the fourth valve through the touch control screen as needed to control the flow direction and discharge amount of the drainage liquid;

[0030] f) Regularly check the liquid level in the drainage bottle and the diverter bottle, obtain accurate liquid level information through the drainage bottle level gauge and the diverter bottle level gauge, and perform drainage operations when necessary;

[0031] g) During the drainage process, continuously monitor the pressure in the drainage bottle measured by the pressure sensor to ensure that the pressure is within a safe range;

[0032] h) After use, close all valves through the touch control screen, disconnect the drainage tube from the cardiovascular catheter, and clean and disinfect the drainage bottle for next use.

[0033] Compared with the prior art, the present invention has the following beneficial effects:

[0034] Real-time monitoring and intelligent control: Through the built-in pressure sensor and drainage bottle level gauge, the present invention can monitor the pressure and liquid level in the drainage bottle in real time to ensure the smoothness and safety of the drainage process. At the same time, the introduction of the touch control screen allows medical staff to intuitively view the real-time status information of the drainage bottle and the diversion bottle, and remotely control the opening and closing of each valve through touch operation, which greatly improves the convenience and accuracy of operation.

[0035] Improve medical efficiency and safety: The application of electronic control valves realizes remote or automatic control of fluid discharge and blocking, reduces manual operation of medical staff, reduces operation risks, and improves medical efficiency. In addition, the wireless transmitter can transmit the pressure data, liquid level data in the drainage bottle and the liquid level data of the diversion bottle to external monitoring equipment or medical information systems in real time, which is convenient for medical staff to remotely monitor and manage, and further improves medical safety.

[0036] Enhanced hygiene and safety: Both the drainage bottle and the shunt bottle are made of transparent or translucent materials, which makes it easy for medical staff to directly observe the color and state of the liquid in the bottle and detect abnormal conditions in time. At the same time, the end of the drainage tube is equipped with a connector that can adapt to different types of cardiovascular catheters, which improves the versatility of the drainage bottle, facilitates the cleaning and disinfection of the drainage tube, and effectively reduces the risk of cross infection.

[0037] Improve user experience and comfort: The hanging ring design allows the drainage bottle to be easily hung in a suitable position, which is convenient for medical staff to operate. The user interaction interface of the touch control screen is simple and clear, easy to operate, and improves the user experience of medical staff. In addition, the manual negative pressure airbag set on the third drainage tube provides medical staff with additional control means, which is convenient for emergency treatment in special circumstances.

[0038] Promoting the development of medical informationization and intelligence: The present invention transmits the status information of the drainage bottle to the external monitoring equipment or medical information system in real time through the wireless transmitter, providing strong support for medical informationization and intelligence. This not only helps to achieve the optimal allocation of medical resources, but also provides patients with more personalized and accurate medical services. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] Figure 1 The present invention discloses a schematic structural diagram of a drainage bottle. DETAILED DESCRIPTION

[0040] The technical solutions in the embodiments of the present invention are described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0041] Example 1

[0042] like Figure 1 A cardiovascular drainage bottle, comprising:

[0043] A drainage bottle 100, with a bottle cap 110 installed on its bottle mouth;

[0044] The bottle cap 110 is connected with a hanging ring 111, a one-way valve negative pressure balloon 112 is installed on the top, and a drainage tube 113 is connected; at the same time, a wireless transmitter 114 is also installed on the bottle cap 110;

[0045] A pressure sensor 120 is installed in the drainage bottle 100 and is electrically connected to the bottle cap 110; a drainage bottle liquid level meter 130 is installed on the drainage bottle 100;

[0046] A touch control screen 140 is installed on the outer wall of the drainage bottle 100, and the touch control screen 140 is electrically connected to the pressure sensor 120, the drainage bottle liquid level meter 130 and the wireless transmitter 114;

[0047] The bottom of the drainage bottle 100 is connected to a first drainage pipe 150 , and a first valve 151 is installed on the first drainage pipe 150 ;

[0048] The sides of the drainage bottle 100 are respectively connected with a second drainage pipe 160 and a third drainage pipe 170 , the second drainage pipe 160 is installed with a second valve 161 , and the third drainage pipe 170 is installed with a third valve 171 ;

[0049] The diverter bottle 200 is connected to the drainage bottle 100 through the second drain pipe 160. A fourth drain pipe 220 is provided on one side of the diverter bottle 200, and a fourth valve 221 is installed on it. A diverter bottle liquid level meter 210 is also installed in the diverter bottle 200, and the diverter bottle liquid level meter 210 is electrically connected to the touch control screen 140.

[0050] The following steps are involved in use:

[0051] a) placing the cardiovascular drainage bottle in an appropriate position, ensuring that the drainage bottle 100 and the shunt bottle 200 are stable and not prone to tipping over;

[0052] b) hanging the drainage bottle 100 at a suitable position through the hanging ring 111 to facilitate operation by medical staff;

[0053] c) Connect the drainage tube 113 to the cardiovascular catheter, ensuring that the connection is tight and leak-free;

[0054] d) Turning on the wireless transmitter 114 by touching the control screen 140 to ensure that the status information of the drainage bottle can be transmitted to the external monitoring device or the medical information system in real time;

[0055] e) opening or closing the first valve 151, the second valve 161, the third valve 171 and the fourth valve 221 through the touch control screen 140 as needed to control the flow direction and discharge amount of the drainage liquid;

[0056] f) Regularly check the liquid levels in the drainage bottle 100 and the diversion bottle 200, obtain accurate liquid level information through the drainage bottle liquid level meter 130 and the diversion bottle liquid level meter 210, and perform drainage operations when necessary;

[0057] g) During the drainage process, continuously monitor the pressure in the drainage bottle measured by the pressure sensor 120 to ensure that the pressure is within a safe range;

[0058] h) After use, all valves are closed through the touch control screen 140, the connection between the drainage tube 113 and the cardiovascular catheter is disconnected, and the drainage bottle is cleaned and disinfected for next use.

[0059] Example 2

[0060] like Figure 1 A cardiovascular drainage bottle, comprising:

[0061] A drainage bottle 100, with a bottle cap 110 installed on its bottle mouth;

[0062] The bottle cap 110 is connected with a hanging ring 111, a one-way valve negative pressure balloon 112 is installed on the top, and a drainage tube 113 is connected; at the same time, a wireless transmitter 114 is also installed on the bottle cap 110;

[0063] A pressure sensor 120 is installed in the drainage bottle 100 and is electrically connected to the bottle cap 110; a drainage bottle liquid level meter 130 is installed on the drainage bottle 100;

[0064] A touch control screen 140 is installed on the outer wall of the drainage bottle 100, and the touch control screen 140 is electrically connected to the pressure sensor 120, the drainage bottle liquid level meter 130 and the wireless transmitter 114;

[0065] The bottom of the drainage bottle 100 is connected to a first drainage pipe 150 , and a first valve 151 is installed on the first drainage pipe 150 ;

[0066] The sides of the drainage bottle 100 are respectively connected with a second drainage pipe 160 and a third drainage pipe 170 , the second drainage pipe 160 is installed with a second valve 161 , and the third drainage pipe 170 is installed with a third valve 171 ;

[0067] The shunt bottle 200 is connected to the drainage bottle 100 through the second drainage tube 160. A fourth drainage tube 220 is provided on one side of the shunt bottle 200, on which a fourth valve 221 is installed. A shunt bottle level gauge 210 is also installed in the shunt bottle 200, and the shunt bottle level gauge 210 is electrically connected to the touch control screen 140. Furthermore, the first valve 151, the second valve 161, the third valve 171 and the fourth valve 221 are all electronically controlled valves, which receive control signals through the touch control screen 140 to achieve remote or automatic control of fluid discharge and blocking. Preferably, a sealing connector is provided between the one-way valve negative pressure balloon 112 and the drainage tube 113. In particular, the touch control screen 140 has a user interaction interface, which can It can display the real-time status information of the drainage bottle 100 and the shunt bottle 200, and allow the user to control the opening and closing status of each valve by touch operation; preferably, the drainage bottle 100 and the shunt bottle 200 are made of transparent or translucent materials, which is convenient for medical staff to directly observe the color and status of the liquid in the bottle; further, the end of the drainage tube 113 is provided with a connector, which can be adapted to different types of cardiovascular catheters to improve the versatility of the drainage bottle; in particular, the wireless transmitter 114 is configured to be able to remotely transmit the pressure data, liquid level data in the drainage bottle 100 and the liquid level data of the shunt bottle 200 to an external monitoring device or a medical information system; further, the third drainage tube 170 is also provided with a manual negative pressure airbag.

[0068] The following steps are involved in use:

[0069] 1) Preparation stage:

[0070] Place the cardiovascular drainage bottle at a suitable location in the operating room or ward, and ensure that the drainage bottle 100 and the shunt bottle 200 are stable and not prone to tipping over.

[0071] The drainage bottle 100 is hung at a height convenient for medical staff to operate via the hanging ring 111 .

[0072] Check and ensure that all electronically controlled valves (the first valve 151 , the second valve 161 , the third valve 171 , and the fourth valve 221 ) are in a closed state.

[0073] Confirm that the wireless transmitter 114 is turned on and is connected to an external monitoring device or medical information system to ensure that data can be transmitted in real time.

[0074] 2) Connect the drainage tube:

[0075] According to the patient's cardiovascular catheter model, a suitable connector is selected and installed at the end of the drainage tube 113 .

[0076] The drainage tube 113 is tightly connected to the patient's cardiovascular catheter to ensure no leakage.

[0077] 3) Initialization settings:

[0078] The real-time status information of the drainage bottle 100 and the diversion bottle 200 , including pressure, liquid level, etc., can be checked and confirmed through the user interaction interface of the touch control screen 140 .

[0079] The initial state of each electronically controlled valve is set according to medical needs. If liquid needs to be discharged, the corresponding valve can be opened in advance.

[0080] 4) Drainage process:

[0081] The status information of the drainage bottle 100 and the diversion bottle 200 displayed on the touch control screen 140 is continuously monitored.

[0082] According to the drainage situation, the opening and closing of each valve is remotely or automatically controlled through the touch control screen 140 to adjust the flow direction and discharge amount of the drainage liquid.

[0083] If liquid needs to be discharged urgently, the manual negative pressure airbag on the third liquid discharge pipe 170 can be used for rapid discharge.

[0084] 5) Regular inspection and maintenance:

[0085] Regularly check the liquid levels in the drainage bottle 100 and the diversion bottle 200, obtain accurate liquid level information through the drainage bottle liquid level meter 130 and the diversion bottle liquid level meter 210, and perform drainage operations when necessary.

[0086] Regularly check the sealing connection between the one-way valve negative pressure balloon 112 and the drainage tube 113 to ensure there is no leakage.

[0087] After use, all valves are closed by touching the control screen 140 to disconnect the drainage tube 113 from the cardiovascular catheter.

[0088] Clean and disinfect the drainage bottle, especially the drainage tube, valve and other easily contaminated parts, in preparation for next use.

[0089] 6) Data recording and analysis:

[0090] The pressure data and liquid level data in the drainage bottle 100 and the liquid level data in the diversion bottle 200 transmitted by the wireless transmitting device 114 are used for subsequent data analysis and processing to provide strong support for the treatment of the patient.

[0091] The above are limited to several preferred embodiments of the present invention, and the description is relatively specific and detailed, but it cannot be understood as limiting the scope of the present invention. It should be pointed out that for ordinary technicians in this field, several modifications and improvements can be made without departing from the concept of the present invention, which all belong to the protection scope of the present invention.

Claims

1. A cardiovascular drainage bottle, characterized in that: include: A drainage bottle (100) having a bottle cap (110) mounted on its bottle mouth; The bottle cap (110) is connected to a hanging ring (111), a one-way valve negative pressure balloon (112) is installed on the top, and a drainage tube (113) is connected; at the same time, a wireless transmitter (114) is also installed on the bottle cap (110); A pressure sensor (120) is installed in the drainage bottle (100) and is electrically connected to the bottle cap (110); a drainage bottle liquid level meter (130) is installed on the drainage bottle (100); A touch control screen (140) is installed on the outer wall of the drainage bottle (100), and the touch control screen (140) is electrically connected to the pressure sensor (120), the drainage bottle liquid level meter (130) and the wireless transmitter (114); The bottom of the drainage bottle (100) is connected to a first drainage pipe (150), and a first valve (151) is installed on the first drainage pipe (150); The sides of the drainage bottle (100) are respectively connected to a second drainage pipe (160) and a third drainage pipe (170); the second drainage pipe (160) is installed with a second valve (161), and the third drainage pipe (170) is installed with a third valve (171); The diverter bottle (200) is connected to the drainage bottle (100) via the second liquid discharge pipe (160); a fourth liquid discharge pipe (220) is provided on one side of the diverter bottle (200), and a fourth valve (221) is installed on the diverter bottle; a diverter bottle liquid level meter (210) is also installed in the diverter bottle (200); the diverter bottle liquid level meter (210) is electrically connected to the touch control screen (140).

2. A cardiovascular drainage bottle according to claim 1, characterized in that: The first valve (151), the second valve (161), the third valve (171) and the fourth valve (221) are all electronically controlled valves, which receive control signals through the touch control screen (140) to achieve remote or automatic control of fluid discharge and blocking.

3. A cardiovascular drainage bottle according to claim 1, characterized in that: A sealing connection piece is provided between the one-way valve negative pressure balloon (112) and the drainage tube (113).

4. A cardiovascular drainage bottle according to claim 1, characterized in that: The touch control screen (140) has a user interaction interface, can display real-time status information of the drainage bottle (100) and the diversion bottle (200), and allows the user to control the opening and closing status of each valve through touch operation.

5. A cardiovascular drainage bottle according to claim 1, characterized in that: The drainage bottle (100) and the diversion bottle (200) are both made of transparent or translucent materials, which facilitates medical personnel to directly observe the color and state of the liquid in the bottle.

6. A cardiovascular drainage bottle according to claim 1, characterized in that: The end of the drainage tube (113) is provided with a connector, which can be adapted to cardiovascular catheters of different models, thereby improving the versatility of the drainage bottle.

7. A cardiovascular drainage bottle according to claim 1, characterized in that: The wireless transmitting device (114) is configured to be able to remotely transmit pressure data and liquid level data in the drainage bottle (100) and liquid level data in the diversion bottle (200) to an external monitoring device or a medical information system.

8. A cardiovascular drainage bottle according to claim 1, characterized in that: The third liquid discharge pipe (170) is also provided with a manual negative pressure air bag.

9. The method for using the cardiovascular drainage bottle according to any one of claims 1 to 8, characterized in that: The following steps are involved: a) placing the cardiovascular drainage bottle in an appropriate position, ensuring that the drainage bottle (100) and the shunt bottle (200) are stable and not prone to tipping over; b) hanging the drainage bottle (100) at a suitable position via the hanging ring (111) to facilitate operation by medical staff; c) connecting the drainage tube (113) to the cardiovascular catheter, ensuring that the connection is tight and leak-free; d) turning on the wireless transmitter (114) by touching the control screen (140) to ensure that the status information of the drainage bottle can be transmitted to an external monitoring device or a medical information system in real time; e) opening or closing the first valve (151), the second valve (161), the third valve (171) and the fourth valve (221) through the touch control screen (140) as needed to control the flow direction and discharge amount of the drainage liquid; f) regularly checking the liquid levels in the drainage bottle (100) and the diversion bottle (200), obtaining accurate liquid level information through the drainage bottle liquid level meter (130) and the diversion bottle liquid level meter (210), and performing drainage operations when necessary; g) During the drainage process, continuously monitoring the pressure in the drainage bottle measured by the pressure sensor (120) to ensure that the pressure is within a safe range; h) After use, all valves are closed through the touch control screen (140), the connection between the drainage tube (113) and the cardiovascular catheter is disconnected, and the drainage bottle is cleaned and disinfected for next use.

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