TWM634383U - Drainage monitoring system - Google Patents

Abstract

A drainage monitoring system, comprising: a bag with an accommodating space inside, the bag is connected with a drainage tube and a liquid discharge tube, and the drainage tube and the liquid discharge tube are respectively connected to the accommodating space; a detection component, It is detachably sleeved on the outer surface of the drainage tube, and is used to detect the liquid in the drainage tube to calculate and obtain a first color value; a test component is used to sense the composition characteristics of the liquid to obtain a first color value. Two color values; and a monitoring device, judging whether there is occult blood reaction in the liquid according to the first color value, and obtaining the material composition contained in the liquid according to the second color value, and displaying it on a display module.

Description

Drainage monitoring system

This creation is mainly a drainage monitoring system, especially a drainage monitoring system that utilizes a computer host with network functions for monitoring and analysis.

Drainage bags (Urine Bags) are mainly used to collect urine from patients, or as wound drainage for patients after surgery. Taking urine collection as an example, because urine can display a variety of physiological data, if the urine information in the drainage bag can be effectively recorded, it will be of great help to doctors in judging the patient's condition.

The conventional monitoring method is to visually check the discharge volume and color of the urine in the drainage bag by medical staff; in addition, use test strips to confirm whether the urine contains red blood cells, white blood cells, protein, nitrite or glucose, etc. Obtain a urine status; finally, manually record the urine output, color and urine status information into the corresponding patient data.

The above-mentioned conventional monitoring methods still rely on manual inspection for monitoring, and cannot perform automatic monitoring on the fluid in the drainage bag. However, the drainage time of patients undergoing drainage treatment usually takes several days or even weeks, so it will cost A lot of manpower, especially at night or when there is a shortage of personnel, and when the patient's condition deteriorates, such as blood vessel rupture leading to bleeding, this conventional monitoring method is difficult to detect in time, causing delays in treatment and endangering the patient's life.

In view of this, it is necessary to provide a drainage monitoring system to solve the above problems.

The purpose of this creation is to provide a drainage monitoring system, which can directly monitor and analyze the liquid drained from the drainage site of the subject through a computer host with network functions.

In order to achieve the above purpose, this invention provides a drainage monitoring system, including: a bag body with an accommodating space inside, the bag body is connected with a drainage tube and a drain tube, the drainage tube and the drain tube are respectively connected to the The accommodating space, the drainage tube has an upper tube and a lower tube, the drain tube is provided with a valve, and the valve is used to open or close the drain tube; a detection component is detachably sleeved on the drainage tube A casing on the outer surface of the tube above the tube, a detection module set on the casing and used to detect the liquid in the drainage tube, to calculate and obtain a first color value, and electrically connect the detection module module and a wireless transmission module set on the casing, used to send the first color value; a test component, which has a chamber inside, and an injection port and a discharge port communicating with the chamber, the The injection port is connected to the upper pipe, the discharge port is connected to the lower pipe, so that the upper pipe communicates with the lower pipe, and the test assembly also has a catalytic element arranged inside the chamber for sensing the liquid Composition characteristics, to obtain a second color value, and a wireless transmission module electrically connected to the catalytic element, to send the second color value; and a monitoring device, coupled to the detection component with a communication module and the respective wireless transmission modules of the inspection components, to respectively receive the first color value and the second color value, store and record a component color correspondence table with a database module, and the component color correspondence table records several material components , and the corresponding colors of the catalytic element and the several material components after each reaction, the monitoring device has an analysis module electrically connected to the database module, and the analysis module is based on the first color value to judge whether there is blood occult reaction in the liquid, if the first color value is red, then obtain the judgment result that there is blood occult reaction in the liquid, and the analysis module compares the second color value with the component color corresponding table Yes, to obtain the material composition contained in the liquid, the analysis module displays the judgment result and the material composition contained in the liquid through a display module electrically connected to the analysis module.

In some embodiments, the catalytic element is a urine analysis chip.

In some embodiments, the detection module is a spectrophotometer.

In some embodiments, the detection module and the catalyst element respectively have an identification serial number, and the database module pre-records an identification code representing the liquid, and the corresponding detection module and catalyst element The identification serial number, the first color value and the second color value, and the respective identification serial numbers are sent to the monitoring device by the detection component and the inspection component, so that the analysis module can The respective identification serial numbers of the catalyst elements, the material composition contained in the liquid, and the judgment result of whether the liquid has occult blood reaction are stored together with the corresponding identification codes in the database module.

In some embodiments, the creative drainage monitoring system may further include a remote monitoring device coupled to the monitoring device to access the database module. In this way, the medical staff can input the identification code through the remote monitoring equipment to inquire about the condition of the subject without staying beside the monitoring device, which has the effect of providing remote monitoring for the medical staff.

The drainage monitoring system of the present invention has the following characteristics: the detection component is detachably sleeved on the outer surface of the drainage tube, and is used to detect the liquid in the drainage tube to obtain the first color value of the liquid, and pass the inspection The component senses the composition characteristics of the liquid to obtain the second color value of the liquid, and analyzes and judges the first color value and the second color value through the analysis module to determine whether there is occult blood in the liquid react, and analyze the material components existing in the liquid, and display them respectively on the display module for the medical staff to check. In this way, the drainage monitoring system created by this invention can monitor the body fluid drained by the subject at any time through the analysis module, which has the functions of improving monitoring accuracy, reducing human resources, and providing real-time monitoring.

The embodiment of this creation is described in detail as follows in conjunction with the drawings. The accompanying drawings are mainly simplified schematic diagrams, which only illustrate the basic structure of this creation in a schematic way. Therefore, only components related to this creation are marked in these drawings. , and the displayed components are not drawn according to the number, shape, size ratio, etc. of the actual implementation. The actual size of the actual implementation is a selective design, and the layout of the components may be more complicated.

The following descriptions of the various embodiments refer to the accompanying drawings to illustrate specific embodiments in which the invention may be practiced. The directional terms mentioned in this creation, such as "upper", "lower", "front", "back", etc., are only referring to the directions of the attached drawings. Therefore, the directional terms used are used to illustrate and understand the application, but not to limit the application. Also, in the specification, unless it is clearly described to the contrary, the word "comprising" will be understood as meaning including the stated elements, but not excluding any other elements.

Please refer to FIGS. 1-2 , which is a preferred embodiment of the drainage monitoring system of this invention, which includes: a bag body 1 , a detection component 2 , a test component 3 and a monitoring device 4 .

The inside of the bag body 1 has an accommodating space 11 , the bag body 1 is connected with a drainage tube 12 and a liquid discharge tube 13 , and the drainage tube 12 and the liquid discharge tube 13 communicate with the accommodating space 11 respectively. In this embodiment, the bag body 1 is a drainage bag, the drainage tube 12 has an upper tube 121 and a lower tube 122, and the end of the upper tube 121 farther from the lower tube is detachably connected to a subject. Drainage place, for example: drainage place such as urethra, cranium or chest cavity, the end of the drainage tube 12 nearer to the bag body 1 is the lower tube 122; body fluids, such as urine, cerebrospinal fluid, blood, lymph, interstitial fluid or sputum, etc., and the body fluids can be discharged through the drainage tube 13. The free end of the discharge pipe 13 (one end not connected to the bag body 1 ) is provided with a valve 14, and the valve 14 is used to open/close the discharge pipe 13 so that it is accommodated in the accommodating space 11 Body fluids such as urine, cerebrospinal fluid, blood, lymph fluid, interstitial fluid or sputum can/cannot flow out through the drain tube 13 .

The detection component 2 has a housing 21, a detection module 22 and a wireless transmission module 23, wherein the housing 21 is detachably sleeved on the outer surface of the upper tube 121 of the drainage tube 12, the detection The measuring module 22 is arranged on the casing 21 and is used for detecting the liquid in the drainage tube 12 to calculate and obtain a first color value of the liquid. The wireless transmission module 23 is electrically connected to the detection module 22 and disposed on the casing 21 , and is used for sending the first color value to the monitoring device 4 . Preferably, the detection module 22 also has the function of calculating the liquid flow, so as to obtain a liquid flow.

In this embodiment, the detection module 22 is a spectrophotometer with a light source emitter and a light source receiver. Taking the detection module 22 sleeved on the outer surface of the drainage tube 12 as an example, the light source emitter and the light source receiver can be respectively located on the outer surface of the drainage tube 12 and oppositely arranged. The drainage tube 12 emits a light source, so that part of the light source is received by the light source receiver after penetrating the drainage tube 12 and the liquid inside, and a wavelength is obtained through the Beer-Lambert law. Converted to the first color value.

The test assembly 3 has a chamber 31 inside, and an injection port 311 and a discharge port 312 communicating with the chamber 31, the injection port 311 is connected to the upper pipe 121, and the discharge port 312 is connected to the lower pipe 122, so that the The upper pipe 121 communicates with the lower pipe 122 . The inspection component 3 also has a catalyst element 32 and a wireless transmission module 33, wherein the catalyst element 32 is arranged inside the chamber 31 and is used to sense the composition characteristics of the liquid to obtain a second color In this embodiment, the catalytic element 32 is detachably disposed inside the drainage tube 12 , and the relative position of the catalytic element 32 is between the bag body 1 and the casing 21 . The wireless transmission module 33 is electrically connected to the catalytic element 32 and used for sending the second color value to the monitoring device 4 .

In this embodiment, the catalyst element 32 is a biological chip, such as a urine analysis chip, which has a biomarker (Biomarker) that can be combined with ascorbic acid, glucose, bile Red pigment, ketone bodies (ketoacetic acid), urine protein, urobilinogen, nitrite, and white blood cells react to produce different color changes, so that the biomarker produces the second color value.

In another embodiment, the biochip can be a jaundice detection chip, which is used to detect the concentration of bilirubin contained in the liquid, so as to produce different color changes, so that the biomarker produces the second color value.

The monitoring device 4 has a communication module 41 , a database module 42 , an analysis module 43 and a display module 44 , and can be, for example, a host computer with a network function. The monitoring device 4 is coupled to the wireless transmission modules 23, 323 of the detection component 2 and the inspection component 3 through the communication module 41, so as to receive the first color value and the second color value respectively. Specifically, the communication module 41 can communicate with the two wireless transmission modules 23, 323 through communication protocols such as WiFi, Bluetooth, NFC, IrDA, GSM, CDMA, TD-CDMA, 3G-5G, Zigbee or WiMAX. Communicate with each other, but not limited to this.

The database module 42 is used to store and record a composition-color correspondence table, the composition-color correspondence table records several material components, and the corresponding colors presented after the catalytic element 32 reacts with each of the several material components. The color of each material component reacting with the catalytic element 32 belongs to common knowledge in the related field of this invention, so it will not be repeated here.

The analysis module 43 is used to judge whether there is blood occult reaction in the liquid according to the first color value. If the first color value is red, the judgment result of the analysis module 43 is that there is blood occult reaction in the liquid, that is, , the subject may have bleeding inside the body; if the first color value is not red, the analysis module 43 determines that there is no occult blood reaction in the liquid. The analysis module 43 displays the judgment result through the display module 44 for viewing by medical personnel.

On the other hand, the analysis module 43 compares the second color value with the component color table to obtain the material components contained in the liquid, and transmits the material components contained in the liquid through the display module 44 Displayed for viewing by healthcare personnel.

Moreover, the monitoring device 4 can also receive the liquid flow through the communication module 41, and confirm whether the liquid flow exceeds a flow threshold through the analysis module 43. If the confirmation result is yes, the monitoring device 4 can The display module 44 is controlled to display warning messages such as excessive flow for viewing by medical staff; if the confirmation result is negative, no additional action is required. Wherein, the flow threshold can be recorded and stored in the database module 42, and can be set to a consistent value according to different types of liquids, which can be understood by those with ordinary knowledge in the relevant fields of this invention.

It is worth noting that the analysis module 43 can record the material composition in the liquid and the judgment result of whether there is occult blood reaction in the liquid in the database module 42, and correspond to the subject's Liquid storage. Specifically, the detection module 22 and the catalytic element 32 respectively have an identification serial number, and the database module 42 pre-records an identification code representing the liquid of the subject and the corresponding detection module 22 and the identification serial number of the catalytic element 32, wherein each of the identification serial number and the identification code has unique characteristics. The detection component 2 and the inspection component 3 respectively send the first color value and the second color value, as well as their respective identification serial numbers, to the monitoring device 4, so that the analysis module 43 according to the detection module 22 The respective identification number of the catalyst element 32, the material composition contained in the liquid, and the judging result of whether there is blood occult reaction in the liquid are stored together with the corresponding identification number in the database module 42.

The creative drainage monitoring system can also have a remote monitoring device 5, such as a mobile device such as a smart phone, a notebook computer or a tablet computer with network functions. The remote monitoring device 5 is coupled to the monitoring device 4 to access the database module 42, so that medical personnel can input the identification code through the remote monitoring device 5 without staying beside the monitoring device 4 Inquire about the subject's situation.

Based on the above, in the drainage monitoring system of the present invention, the detection component is detachably sleeved on the outer surface of the drainage tube, and is used to detect the liquid in the drainage tube to obtain the first color value of the liquid, and through The inspection component senses the composition characteristics of the liquid to obtain the second color value of the liquid, and analyzes and judges the first color value and the second color value through the analysis module to determine whether the liquid is It has blood occult reaction, and analyzes the material components in the liquid, and displays them respectively on the display module for medical personnel to check. In this way, the drainage monitoring system created by this invention can monitor the body fluid drained by the subject at any time through the analysis module, which has the functions of improving monitoring accuracy, reducing human resources, and providing real-time monitoring.

The embodiments disclosed above are only illustrative of the principles, characteristics and effects of this creation, and are not intended to limit the scope of implementation of this creation. Anyone who is familiar with this technology can do so without violating the spirit and scope of this creation. Modifications and changes are made to the above-mentioned embodiments. Any equivalent changes and modifications accomplished by utilizing the content disclosed in this creation shall still be covered by the scope of the following patent application.

﹝This creation﹞ 1: bag body 11:Accommodating space 12: Drainage tube 121: top tube 122: down tube 13: drain pipe 14: valve parts 2: Detection components 21: Shell 22:Detection module 23: Wireless transmission module 3: Inspection components 31: Containment room 311: injection port 312: outlet 32: Catalyst element 33: Wireless transmission module 4: Monitoring device 41: Communication module 42: Database module 43: Analysis module 44:Display module 5: Remote monitoring equipment

[Figure 1] is the system block diagram of the drainage monitoring system created by this author; [Figure 2] It is a combined cross-sectional view of the drainage monitoring system of this creation.

1: bag body

11:Accommodating space

12: Drainage tube

121: top tube

122: down tube

13: drain pipe

14: valve parts

2: Detection components

21: shell

3: Inspection components

31: Containment room

311: injection port

312: outlet

32: Catalyst element

Claims (5)

A drainage monitoring system, comprising: A bag body with an accommodating space inside, the bag body is connected with a drainage pipe and a liquid discharge pipe, the drainage pipe and the liquid discharge pipe respectively communicate with the accommodating space, the drainage pipe has an upper pipe and a lower pipe, The discharge pipe is provided with a valve, which is used to open or close the discharge pipe; A detection component has a housing detachably sleeved on the outer surface of the upper tube of the drainage tube, and a detection module set on the housing and used to detect the liquid in the drainage tube, to calculate and obtain A first color value, and a wireless transmission module electrically connected to the detection module and set on the housing, for sending the first color value; A test assembly, which has a chamber inside, and an injection port and a discharge port communicating with the chamber, the injection port is connected to the upper pipe, and the discharge port is connected to the lower pipe, so that the upper pipe and the lower pipe are connected , the inspection component also has a catalytic element disposed inside the chamber for sensing the composition characteristics of the liquid to obtain a second color value, and a wireless transmission module electrically connected to the catalytic element , for sending the second color value; and A monitoring device, with a communication module coupled to the respective wireless transmission modules of the detection component and the inspection component, to receive the first color value and the second color value respectively, and a database module to store and record a component A color correspondence table, the composition color correspondence table records several material components, and the corresponding colors after the reaction between the catalyst element and the several material components, and the monitoring device is electrically connected to the database module An analysis module, the analysis module judges whether there is blood occult reaction in the liquid according to the first color value, if the first color value is red, then obtains the judgment result that there is blood occult reaction in the liquid, the analysis module further Comparing the second color value with the composition color table to obtain the composition of the substance contained in the liquid, the analysis module connects the judgment result and the composition of the substance contained in the liquid to the analysis module A display module display of the group. The drainage monitoring system according to claim 1, wherein the catalytic element is a urine analysis chip. The drainage monitoring system according to claim 1, wherein the detection module is a spectrophotometer. The drainage monitoring system as described in claim 1, wherein, the detection module and the catalytic element respectively have an identification serial number, and the database module pre-records an identification code representing the liquid, and the corresponding detection The identification number of the module and the catalyst element, the detection component and the inspection component respectively send the first color value and the second color value, as well as their respective identification numbers to the monitoring device, so that the analysis module according to The respective identification serial numbers of the detection module and the catalytic element, the composition of the substances contained in the liquid, and the judgment results of whether there is occult blood reaction in the liquid, together with the corresponding identification codes in the database module store. The drainage monitoring system as described in claim 4 further includes a remote monitoring device coupled to the monitoring device to access the database module.

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