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Medical intelligent rinsing system

An intelligent flushing and flushing solution technology, which is applied in the direction of enema/irrigator, medical science, and other medical devices, can solve the problems of uncontrollable flow rate of flushing fluid, unmeasured degree of blood cell loss, and unmonitorable blockage of drainage pipes, etc. Achieve real-time monitoring of blood loss and prevent damage

Pending Publication Date: 2019-04-16
福建珹锐科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the existing disadvantages of flushing hollow organs (such as bladder, etc.) or thoracic and abdominal cavities with ordinary infusion lines, the flow rate of flushing fluid cannot be controlled, the blockage of drainage pipes cannot be monitored, and the degree of blood cell loss cannot be measured, etc., the present invention provides A medical intelligent flushing system, which monitors the flow rate and chromaticity data obtained from the discharged waste liquid through a flow sensor and a colorimeter, calculates the data of the loss degree of blood cells, and controls the introduction speed of the flushing liquid according to the flow rate data, and has the ability to control the flow rate of the flushing liquid , The advantages of real-time monitoring of blood loss

Method used

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  • Medical intelligent rinsing system

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Embodiment 1

[0032] Such as figure 1 As shown, a medical intelligent flushing system according to the present invention includes a casing 1, a flushing liquid bag 2 filled with flushing liquid, and a liquid drainage bag for collecting waste liquid flowing out after flushing hollow organs or the chest and abdominal cavity 15 3. A flushing tube for introducing flushing fluid into the hollow viscera or the thoracic and abdominal cavity 15. A transparent drain tube for discharging the waste liquid in the hollow viscera or the thoracic and abdominal cavity 15 to the drainage bag 3. The liquid guiding device 6 for leading the flushing liquid out of the flushing liquid bag 2, the control circuit board 7 for controlling the operation of the liquid guiding device 6, the flow sensor 8 for monitoring the flow rate of the waste liquid in the drain pipe 5, and the flow sensor 8 for monitoring the drain The color measuring instrument 9 for the chromaticity of the waste liquid in the tube 5 and the power...

Embodiment 2

[0034] Such as figure 1 As shown, a medical intelligent flushing system according to the present invention includes a casing 1, a flushing liquid bag 2 filled with flushing liquid, and a liquid drainage bag for collecting waste liquid flowing out after flushing hollow organs or the chest and abdominal cavity 15 3. A flushing tube for introducing flushing fluid into the hollow viscera or the thoracic and abdominal cavity 15. A transparent drain tube for discharging the waste liquid in the hollow viscera or the thoracic and abdominal cavity 15 to the drainage bag 3. The liquid guiding device 6 for leading the flushing liquid out of the flushing liquid bag 2, the control circuit board 7 for controlling the operation of the liquid guiding device 6, the flow sensor 8 for monitoring the flow rate of the waste liquid in the drain pipe 5, and the flow sensor 8 for monitoring the drain The color measuring instrument 9 for the chromaticity of the waste liquid in the tube 5 and the power...

Embodiment 3

[0037] Such as figure 1As shown, a medical intelligent flushing system according to the present invention includes a casing 1, a flushing liquid bag 2 filled with flushing liquid, and a liquid drainage bag for collecting waste liquid flowing out after flushing hollow organs or the chest and abdominal cavity 15 3. A flushing tube for introducing flushing fluid into the hollow viscera or the thoracic and abdominal cavity 15. A transparent drain tube for discharging the waste liquid in the hollow viscera or the thoracic and abdominal cavity 15 to the drainage bag 3. The liquid guiding device 6 for leading the flushing liquid out of the flushing liquid bag 2, the control circuit board 7 for controlling the operation of the liquid guiding device 6, the flow sensor 8 for monitoring the flow rate of the waste liquid in the drain pipe 5, and the flow sensor 8 for monitoring the drain The color measuring instrument 9 for the chromaticity of the waste liquid in the tube 5 and the power ...

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Abstract

The invention relates to a medical intelligent rinsing system which comprises a casing, a rinsing liquid bag with a rinsing liquid, a liquid discharging bag for collecting waste liquid discharged after rinsing a hollow organ or the pleuroperitoneal cavity, a rinsing pipe for introducing the rinsing liquid into the hollow organ or the pleuroperitoneal cavity, a drainage pipe, a liquid guide device,a control circuit board, a flow sensor, a color photometer and a power supply. The system overcomes the shortcomings of uncontrollable flow rate of the rinsing liquid, undetectable blocking of the drainage pipe and inability to measure the loss of blood cells in the existing common infusion line for rinsing the hollow organ or the pleuroperitoneal cavity. The blood cell loss degree data are calculated by the flow rate and the chromaticity data obtained by monitoring the discharged waste liquid through the flow sensor and the color photometer, and the introduction speed of the rinsing liquid is controlled according to the flow rate data. The system has the advantages of being able to control the flow rate of the rinsing liquid and monitoring the blood loss condition in real time.

Description

technical field [0001] The invention relates to a medical intelligent flushing system, which is applied in the field of medical device production. Background technique [0002] When flushing hollow organs (such as bladder, etc.) or thoracic and abdominal cavities, common infusion lines are often used to wash out the effusion, blood and blood clots in the hollow organs or thoracic and abdominal cavities. It has many disadvantages, such as 1. The flow rate of the flushing fluid is uncontrollable, and if the drainage pipe is blocked, it cannot be monitored in time; 2. In the event of bleeding, the degree of loss of blood cells cannot be measured. Therefore, it has become a top priority to provide a medical intelligent irrigation system that can control the flow rate of the irrigation fluid, monitor the degree of blood cell loss and the pressure in the hollow organ or the thoracic and abdominal cavity in real time, and is easy to carry. Contents of the invention [0003] In o...

Claims

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Application Information

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IPC IPC(8): A61M3/02
CPCA61M3/022A61M3/0283A61M2205/3331A61M2205/18A61M2205/33A61M2205/36
Inventor 李晓燕李梦强
Owner 福建珹锐科技有限公司