TWM581279U - Body fluid drainage device - Google Patents

Abstract

The present invention disclosed a body fluid drainage device, which is adapted for being arranged on a support for draining body fluid from an affected part. The body fluid drainage device includes a body fluid draining apparatus for draining the body fluid of the affected part and a body fluid drainage monitoring apparatus, detachably coupled with the body fluid draining apparatus for monitoring the draining condition, so as to allow medical professionals to directly and/or indirectly utilize the body fluid drainage monitoring apparatus to monitor the draining condition.

Description

Body fluid drainage device

The invention relates to the field of medical equipment, in particular to a body fluid drainage device.

With the advancement of technology, medical diagnosis and treatment are becoming more diverse, and the medical measures required to deal with various diseases are becoming more and more complicated, making the work of today's medical personnel more and more complicated and arduous. Especially in the case of insufficient medical manpower, a medical staff, such as a nursing professional, often needs to monitor multiple patient status data such as blood pressure, heartbeat, respiration, blood oxygen, etc., because of the disease and treatment methods. The differences in the various aspects of the status data that each patient needs to be monitored are also different. What's more, for some specific data, in the case of using traditional medical equipment, it may be necessary to rely on medical personnel to observe the scale on the medical device around the patient one by one to obtain the data, and thus increase the data. The physical, mental and spiritual burden of medical personnel. In this case, for medical personnel who are burdened with a variety of medical and nursing work, especially in the case of long hours of work, the workload is quite heavy, which makes them vulnerable to fatigue, difficulty in concentration, and poor eyesight. And thus increase the risk of negligence in monitoring or disposal due to adverse conditions such as poor mental health. Therefore, in order to reduce such risks, how to enable first-line medical personnel to monitor the status of multiple patients in an easier, faster, and more efficient manner has become an urgent problem to be solved.

In addition, various medical tests for patients often have follow-up clinical and academic research purposes, which means that the current measurement of various states of the patient can help the medical personnel to make appropriate diagnoses and select appropriate treatment measures. In addition, the data can be collected as a reference for later diagnosis of the patient, and more importantly, the data collected by many patients can also be obtained by researchers for relevant academic research, and thus will continue in the future. Help clinical staff improve related medical technology. In this case, based on the needs of academic use, how to ensure the consistency and accuracy of the data collected by different medical personnel at different times is a very important issue. Because only when accuracy and consistent performance are ensured, the analysis of the data can be more objective, or from a quantitative research perspective, reflect the truth.

In summary, the present inventors are committed to providing medical personnel and medical researchers with simpler and more efficient solutions in view of the above problems, thereby reducing the clinical workload and the risk of errors, reducing the difficulty of academic research and enhancing its Quality and accuracy.

An object of the present invention is to provide a body fluid drainage device, wherein the body fluid drainage device comprises an integral liquid drainage device and an integral liquid drainage monitor, wherein the body fluid drainage monitor is detachably coupled to the body fluid drainage device to perform The drainage state can be monitored immediately during body fluid drainage, so that medical personnel can quickly, accurately, and efficiently grasp the fluid drainage state of one or more patients to make an appropriate response, thereby improving the efficiency, effectiveness, and medical staff of medical personnel. The burden of work, which in turn reduces the risk of medical personnel making mistakes in related or other work.

Another object of the present invention is to provide a body fluid drainage device, wherein the body fluid drainage monitor comprises a host and a flow detection module, wherein the host comprises an interface module, wherein the interface module comprises a display unit And an input unit, thereby allowing the user to directly set various parameters and directly view monitoring data, historical data and related parameters.

Another object of the present invention is to provide a body fluid drainage device, wherein the host further includes a wired communication module, thereby allowing a user to indirectly connect the external device to the body fluid drainage device or the body fluid drainage monitor by indirect connection. Control the relevant parameters and obtain monitoring data, and then allow the user to synchronously control and monitor a plurality of the body fluid drainage devices or body fluid drainage monitors, thereby significantly improving the user's work efficiency, reducing physical strength, eyesight, and spirit. The burden and the risk of mistakes due to excessive work load.

Another object of the present invention is to provide a body fluid drainage device, wherein the host further includes a wireless communication module, thereby allowing a user to indirectly connect the external device wirelessly to the body fluid drainage device or the body fluid drainage monitor to indirectly Control the relevant parameters and obtain monitoring data, and then allow the user to synchronously control and monitor a plurality of the body fluid drainage devices or body fluid drainage monitors, thereby significantly improving the user's work efficiency, reducing physical strength, eyesight, and spirit. The burden and the risk of mistakes due to excessive work load.

Another object of the present invention is to provide a body fluid drainage device, wherein the host further includes an operation module, which can assist the user to perform specific data calculations, including calculating the flow rate of the body fluid drainage according to the body fluid drainage speed, and analyzing the flow rate change. And the like, and output to the user through the interface module and/or the wired communication module and/or the wireless communication module.

Another object of the present invention is to provide a body fluid drainage device, wherein the host further includes a data storage module electrically connected to the operation module, thereby allowing the operation module to store original data and obtain the calculated data. The data, in turn, allows the user to obtain the data directly or indirectly.

Another object of the present invention is to provide a body fluid drainage device, wherein the host further includes an alarm module electrically connected to the operation module, so that the operation module can be set according to a preset parameter or a parameter set by a user. When an abnormal data is found, an appropriate alarm is issued to alert the user or other person.

Another object of the present invention is to provide a body fluid drainage device, wherein the main body further includes a main body fixing member for detachably fixing the main body to the movable frame, the hospital bed or other objects, so that the user sets the The body fluid drainage device or the body fluid drainage monitor is in place.

Another object of the present invention is to provide a body fluid drainage device, wherein the flow rate detecting module includes a catheter fixing component and a flow detecting component, so that the body fluid drainage tube can be detachably fixed by the catheter fixing component. The flow detecting element accurately detects the liquid flow rate in the tube where the body fluid drainage tube is fixed.

Another object of the present invention is to provide a body fluid drainage device, wherein the flow detecting element comprises a first ultrasonic transceiving unit and a second ultrasonic transceiving unit, which face each other with a body fluid drainage tube to transmit and receive each other. When the ultrasonic wave is used, the intensity of the received signal is increased, so that the flow rate of the body fluid with different turbidity and viscosity can be accurately measured.

Another object of the present invention is to provide a body fluid drainage device, wherein the first ultrasonic transceiving unit and the second ultrasonic transceiving unit can automatically adjust the emitted ultrasonic intensity when corresponding to different ultrasonic attenuation rate liquids, thereby enabling reception. The resulting signal strength remains fixed to allow stable detection of the flow rate of different liquids.

Another object of the present invention is to provide a body fluid drainage device, wherein the body fluid drainage device comprises an integral liquid drainage tube, a main board, a collecting element, and an integral liquid storage element, wherein the main board includes a plate body, the board The body has a first perforation for the body fluid drainage tube to pass from the back surface of the plate body to the front surface, thereby being connected to the collecting member fixedly fixed to the front surface of the plate body, wherein the flow detecting mold Forming the body fluid drainage tube on the back surface of the plate body to detachably fix the body fluid drainage tube to monitor the liquid flow rate in the tube, thereby preventing fixation and operation of the flow rate detecting module and the body fluid drainage tube The drainage arrangement on the front side of the plate body and the adjustment and observation of the collecting elements interfere with each other.

Another object of the present invention is to provide a body fluid drainage device, wherein the plate body further has a second perforation and a third perforation, wherein the body fluid drainage tube comprises a first drainage tube, a switching element, and a first a second drainage tube, wherein the switching element has a first end and a second end, wherein the first drainage tube is connected to the switching element by the first perforation from the back surface of the board body to the front side The first end, wherein the second drainage tube is connected to the second end of the switching element and passes from the second through hole to the back surface of the plate body and then passes back from the third through hole a front surface of the plate body, wherein the flow detecting module detachably fixes the body fluid drainage tube at a portion of the second drainage tube on a back surface of the plate body to monitor a liquid flow rate in the tube, thereby avoiding the The fixing and operation of the flow detecting module interfere with the drainage arrangement of the body fluid drainage tube on the front side of the plate body and the adjustment and observation of the collecting element, and the body fluid drainage tube can be more stably fixed in the body Said the plate body.

Another object of the present invention is to provide a method for using a body fluid drainage device, wherein the step comprises: detachably coupling the integral liquid drainage monitor to the body fluid drainage device by disposing the integral liquid drainage device to a stent, and the body fluid The drain is connected to an affected area to introduce a fluid, and the body fluid drainage monitor is used to monitor the drainage state, thereby applying the body fluid drainage device to perform drainage and monitoring the drainage state and realizing one or more of the aforementioned technical effects.

In order to solve the above problems, the present invention provides a body fluid drainage device, which is adapted to be disposed in a bracket for draining a body fluid of an affected area, wherein the body fluid drainage device comprises:  a one-piece liquid drainer for draining body fluids of the affected area;  An integral fluid drainage monitor is detachably coupled to the body fluid drain for monitoring drainage conditions.  

In accordance with an embodiment, the body fluid drainer includes an integral fluid drain tube, wherein the body fluid drain monitor is removably coupled to the body fluid drain tube for monitoring drainage conditions.

According to an embodiment, the body fluid drainer further includes a main plate and a collecting member fixed to the main plate, wherein the body fluid drainage tube is connected to the collecting member to drain the body fluid of the affected part to the collecting An element, wherein the main board is adapted to be placed on a bracket located adjacent the affected area, thereby allowing the collecting element to be movably fixed to a particular height relative to the affected part.

According to an embodiment, the body fluid drainage tube includes a first drainage tube for connecting to the affected area to introduce fluid fluid, a switching element, and a second drainage tube, wherein the switching element has a first end, and the connection The first drainage tube and a second end are connected to the second drainage tube and a third end, and are adapted to connect external equipment and a switch for switching the first end, the The second end and the third end or both.

According to an embodiment, the main board includes a board body, a hanging component connected to the board body, and is adapted to be hung from a bracket located near the affected part to suspend the main board, and is disposed on the board a first movable fixing member for movably fixing the collecting member, wherein the plate body has a front surface, a back surface, and a scale disposed on the front surface for fixing the collecting member with reference to the movement The position wherein the body fluid drainer further comprises an integral fluid storage element removably disposed to the plate body and coupled to the collection element for storing and displacing body fluids.

According to an embodiment, wherein the collecting member comprises a collecting member body for collecting body fluid, a one-way discharge valve for unidirectionally discharging gas in the collecting member body, and connecting to the collecting member body a second movable fixation element adapted to be movably coupled to the first movable fixation element to movably secure the collection element to the plate body, wherein the collection element body has an integral liquid inlet connected to the body fluid drainage a tube, a row of outlets connected to the one-way discharge valve, and an integral liquid outlet, wherein the collecting element further comprises an integral liquid outflow tube connected to the body fluid outlet and the body fluid storage element, respectively.

According to an embodiment, the plate body has at least one or more perforations for the body fluid drainage tube to shuttle to the front and back sides of the plate body.

According to an embodiment, the body fluid drainage monitor comprises a host and a flow detection module electrically connected to the host, wherein the flow detection module is detachably coupled to the body fluid drainage tube for Monitor the drain status.

According to an embodiment, the host includes a power source for providing a power module electrically connected to the power module, and a data storage module for calculating and electrically connecting to the computing module. And an interface module for storing data and electrically connected to the computing module for outputting and inputting information.

According to an embodiment, wherein the main body further has a main body fixing member adapted to detachably fix the main body to a bracket located near the affected part.

According to an embodiment, the host further includes an alarm module electrically connected to the computing module for controlling an alarm according to the computing module.

According to an embodiment, the host further includes a wired communication module electrically connected to the computing module, and is adapted to communicate information externally by wire.

According to an embodiment, the host further includes a wireless communication module electrically connected to the computing module, and is adapted to wirelessly communicate information externally.

According to an embodiment, the flow detecting module includes a catheter fixing member for detachably coupling to the body fluid drainage tube and a flow detecting element disposed on the catheter fixing member, wherein the flow detecting device The component includes a first ultrasonic transceiving unit and a second ultrasonic transceiving unit corresponding to the first ultrasonic transceiving unit, so as to detect the body fluid flow rate in the body fluid drainage tube by transmitting and receiving ultrasonic waves to each other.

The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can readily appreciate other advantages and effects of the present invention from the disclosure herein.

The embodiments of the present invention are described below with reference to the drawings. It should be noted that the following drawings are simplified schematic diagrams, and only the basic concept of the creation is illustrated in a schematic manner, and only the structure related to the creation is illustrated in the drawings. Rather than drawing according to the number, shape and size of the units in actual implementation, the types, quantities and proportions of the units in actual implementation are not limited to the illustrations, and can be changed according to the actual design needs.

Camera module and electromagnetic shielding component and assembling method and application thereof

As shown in FIG. 1, a body fluid drainage device 1 according to a first preferred embodiment of the present invention is adapted to be disposed in a bracket 2 for draining body fluid of an affected area 3, wherein the body fluid drainage device 1 includes an integral liquid drainer 11 and One-piece liquid drainage monitor 12. The body fluid drainage device 11 is mainly used for draining body fluid of the affected part, and the body fluid drainage monitor 12 is detachably coupled to the body fluid drainage device 11 for monitoring the drainage state thereof. Here, the bracket 2 as a workpiece refers to any object that is fixed or movable for the body fluid drainage device 1 to be set or movably fixed thereto, preferably implemented as a bottom with multiple claws and wheels. Stainless steel pipe racks, but can also be implemented as other objects having functions similar to those described above, such as bed rails, rails fixed to wall floors or ceilings, etc., the scope of the present invention is not limited by the above examples. Secondly, the affected part 3 as a workpiece refers to a patient, such as a person or other living organisms, etc., a part of the body that needs to be fluidized, or a part that is subjected to drainage of body fluids, such as a lesion in the brain but by a lateral part of the cranium Drainage is performed at the site, that is to say, the affected part 3 is not necessarily equivalent to the site where the lesion occurs, and may also be a site for performing drainage to achieve treatment, support, improvement or other treatment effects, wherein the scope of the novel is not here. Restricted. Further, the body fluids include cerebrospinal fluid, blood, lymph, tissue fluid, sputum, urine, and other secretions or other fluids produced from the patient and/or in vitro. The flow-through state is preferably a flow rate when body fluid flows through the integral liquid drain tube 111 of the body fluid drainer 11, thereby multiplying the measured flow rate by a known, preset or additional setting of the body fluid drainage tube. The diameter of the tube can be calculated by the preset or additional set unit time, and the drainage state can also include whether the flow of the body fluid is static or countercurrent, and whether the body fluid drainage tube 111 is filled. Whether it is too thick or too thin, whether there is foreign matter and the extent of the above state, etc., the scope of the present invention is not limited by the above examples.

Further, according to the embodiment, the body fluid drainage device 11 includes an integral liquid drainage tube 111, a main board 112, and a collecting component 113, and is movably fixed to the main board 112 and the integrated liquid storage element 114. The body fluid drainage tube 111 is connected to the collecting member 113 to drain the body fluid of the affected part to the collecting member 113. The main board 112 is adapted to be disposed on the bracket 2 located near the affected part 3 such that its height relative to the affected part is fixed to allow the collecting element 113 to be movably fixed to the main board 112 by being movable to The specific height of the affected area can be used by the medical staff to set and adjust the drainage pressure by adjusting the height at which the collecting member 113 is movably fixed to the main plate 112. The body fluid drainage tube 111 includes a first drainage tube 1111, a switching element 1112, and a second drainage tube 1113. The body fluid drainage tube 111 is implemented as a pipeline for connecting the affected area with the fluid introduction fluid, wherein the first drainage tube 1111 is connected to the affected part to introduce fluid fluid, and the specific connection manner may be directly inserted into the affected part, inserted into the affected area through a joint, Or connected to another drainage tube or the like located at the affected part, wherein the specific method of connecting the body fluid to the affected part or draining the affected part is not limited by the above examples. The switching element 1112 includes a first end 11121 connected to the first drainage tube 1111 and a second end 11122, and is connected to the second drainage tube 1113 and a third end 11123, and is suitable for connecting external equipment. And a switch 115124 for switching the first end 11121, the second end 11122, and the third end 11123 or both. The switching element 1112 is mainly used for the medical personnel to switch the drainage between the first end 11121 and the second end 11122 as appropriate, to open the drainage by the third end 11123, to add medicine, to access other equipment, to replace Or other disposal purposes.

According to the above first preferred embodiment of the present invention, the body fluid drainage monitor 12 is detachably coupled to the first drainage tube 1111 of the body fluid drainage tube 111 to monitor the drainage state, however, those skilled in the art should understand The body fluid drainage monitor 12 can also be detachably coupled to the second drainage tube 1113 of the body fluid drainage tube 111 to monitor the drainage state and achieve the same technical effect, so the novel body fluid drainage monitoring The position at which the device 12 is detachably coupled to the body fluid drainage tube 111 is not limited.

Further, the main board 112 includes a board body 1121, a hanging component 1122 connected to the board body 1121, and a first movable fixing component 1123 disposed on the board body 1121, wherein the hanging body Element 1122 is adapted to be hung from bracket 2 located adjacent to the affected area to suspend said main board 112. In this embodiment, the hanging component 1122 is implemented as a hole 11221 on the board body 1121 and a separate S-shaped hook 11222, so that the hook can pass through the hole to hook the The plate body 1121 is then hooked into a hole formed in the bracket 2 of the drip stand to achieve the purpose of hanging the main board 112, however, those skilled in the art should understand that the hanging element is used in practical applications. 1122 can also be implemented as any other structure that can suspend the main board 112, for example, fixed to the board body 1121 in a claw-type structure and can be fixed to the bracket 2, in the form of a fastener, in the form of a rope, or magnetically. The form, the plate body 1121 is formed into a specific shape to directly enable it to be hung on the bracket 2 and the like, and thus the scope of the present invention is not limited herein.

Further, as shown in FIG. 1A, according to the above first preferred embodiment of the present invention, the plate body 1121 has a scale 11211 and a first through hole 11212 for the body fluid drainage tube 111 to be used by the plate body. The back surface 1121b of the 1121 is passed to the front surface 1121a so as to be connected to the collecting member 113 that is movably fixed to the front surface 1121a of the board body 1121. The collecting member 113 includes a collecting member body 1131 for collecting body fluid, a one-way discharge valve 1132, for unidirectionally discharging the gas in the collecting member body 1131, and connecting to the collecting member body 1131. a second movable fixing member 1133 adapted to be movably coupled to the first movable fixing member 1123 to movably fix the collecting member 113 to the plate body 1121 and the integral liquid outflow pipe 1134, wherein the collecting member body 1131 has The integral liquid inlet 11311 is connected to the body fluid drainage tube 111, the integral liquid outlet 11312, and the one discharge port 11313, and is connected to the one-way discharge valve 1132. The body fluid storage element 114 has an integral liquid storage element opening 1141 and an integral liquid storage element one-way discharge valve 1142 for unidirectionally discharging the gas in the body fluid storage element 114, wherein the body fluid outflow tube 1134 is respectively connected to The body fluid outlet 11312 and the body fluid storage element opening 1141 of the body fluid storage element 114.

A first movable fixing member 1123 disposed on the plate body 1121 is implemented as an elongated hole in the embodiment; the second movable fixing member 1133 of the collecting member 113 is implemented as a fixed Collecting a lock of the component body 1131 so as to be movable up and down along the first movable fixing component 1123 with the lock released, and then locked to the designated position to lock the lock component The body 1131 is movably fixed to a specific height on the plate body 1121. However, it should be understood by those skilled in the art that, in practical applications, the first movable fixing element 1123 and the second movable fixing element 1133 may also be implemented as other structures to achieve the same or similar effects, for example, The movable structure of the jaw structure is fixed on the plate body 1121, the holes arranged in the rivets and the in-line are fixed to each other, the magnetic force is fixed to each other, the movement is fixed in the form of a rope, and the like, so the scope of the present invention is not limit.

Further, the plate body 1121 has a front surface 1121a and a rear surface 1121b, wherein the scale 11211 is disposed on the front surface. The scale 11211 is mainly used for a medical staff or other users to hang with respect to the hanging element 1122 respectively relative to the height of the affected part and the collecting element 113 should be movably fixed to the main board 112. The height of the plate body 1121 is such that the medical staff or other users can first align the zero point of the scale 11211 with the affected part by adjusting the hanging element 1122, adjusting the bracket 2, adjusting the position of the patient or the affected part, and the like. Adjusting the position of the body fluid inlet 11311 of the collecting element body 1131 of the collecting element 113 by the first movable fixing member 1123 and the second movable fixing member 1133 to adjust the position of the scale 11211 The height of the plate body 1121 of the main board 112 is such that the purpose of setting and adjusting the drainage pressure can be achieved by setting and adjusting the height difference of the body fluid inlet 11311 relative to the affected part.

Referring to FIG. 1-6, the body fluid drainage monitor 12 according to the first preferred embodiment of the present invention includes a host 121 and a flow detecting module 122 electrically connected to the host 121, wherein the flow detecting module Group 122 is detachably coupled to the body fluid drainage tube 111 for monitoring drainage conditions. In other words, the traffic detection module 122 is mainly used to detect the drainage state and transmit data to the host 121 for related applications, such as calculation, storage, transmission, and the like. The main unit 121 includes a power supply 1211 for providing power and a connection to the computing module 1212 of the power supply 1211 for calculating and electrically connecting to a data storage module 1213 of the computing module 1212. a wireless communication module 1214 for storing data and electrically connected to the computing module 1212, and a wired communication module 1215 for wirelessly communicating information to and electrically connected to the computing module 1212. An interface module 1216 suitable for externally communicating information and electrically connected to the computing module 1212, for outputting and inputting information, and an alarm module 1217 electrically connected to the computing module 1212, For issuing an alarm according to the operation module control. The computing module 1212 enables the host 121 to have a computing capability to execute a plurality of applications and control the traffic detection module 122 electrically connected to the host 121, and according to a preset or through the interface. The parameters set by the module 1216, the wireless communication module 1214, and/or the wired communication module 1215 are controlled in a specific case, that is, when the flow detection module 122 detects a drainage state of a certain degree or nature. The group 1217 issues one or more specific alerts, such as sound, light, vibration, electronic signals, or other means, or alerts thereof may also be sent through the interface module 1216, the wireless communication module 1214, and/or the wired communication module 1215. In addition, the main body 121 further has a main body fixing member 1218 adapted to detachably fix the main body 121 to the bracket 2 located near the affected part 3. Further, the interface module 1216 includes a display unit 12161 and an input unit 12162. According to the embodiment, the display unit 12161 is implemented as a liquid crystal display for outputting information in a display manner for the user to obtain the specific and/or directly from the interface module 1216 of the host 121. Important information, so that users can perform actions intuitively and easily when they are on the spot, set parameters, view device status, remove obstacles, observe drainage status, and so on. The input unit 12162 is implemented as a keyboard group composed of a plurality of different buttons, so that the user can directly and easily input information and instructions on the interface module 1216 of the host 121, so that the user can be present on the spot. The operation can be performed intuitively and simply when operating multiple functions, setting parameters, viewing device status, troubleshooting, viewing drainage status, and the like. It should be noted that, according to other embodiments or in practical applications, the interface module 1216 may also be implemented as a touch screen while being the display unit 12161 and the input unit 12162, or may also be implemented as Or have other input and output interfaces, such as gestures, vibration, remote control, wire control, sensing, voice control, and broadcast output device, etc., and the specific implementation manner and scope of the present invention are not limited herein.

In addition, the flow detecting module 122 detachably fixes the body fluid drainage tube 111 at a portion of the body fluid drainage tube 111 on the back surface 1121b of the plate body 1121 to monitor the liquid flow rate in the tube, thereby avoiding the flow rate detection. The fixation and operation of the module 122 interfere with the drainage arrangement of the body fluid drainage tube 111 at the front surface 1121a of the plate body 1121 and the adjustment and observation of the collection element 113.

Referring to FIGS. 1A-1B , the main board 112 according to the first preferred embodiment of the present invention includes a board 1121 , a hanging component 1122 connected to the board 1121 , and a board body 1121 . A first movable fixing member 1123, wherein the hanging member 1122 is adapted to be hung from the bracket 2 located near the affected part to suspend the main board 112. Further, as shown in FIG. 1B, according to the main board 112' of the above alternative embodiment of the first preferred embodiment, the main board 112' includes a board body 1121' connected to the board body 1121'. The hanging element 1122 and the first movable fixing element 1123 disposed on the plate body 1121, wherein the hanging element 1122 is adapted to be hung from a bracket 2 located near the affected part to hang the The main plate 112', wherein the plate body 1121' has the scale 11211 and at least three perforations, which are a first through hole 11212, a second through hole 11213, and a third through hole 11214. The body fluid drainage tube 111 includes the first drainage tube 1111, the switching element 1112, and the second drainage tube 1113, wherein the switching element 1112 has the first end 11121 and the second end 11122 The first drainage tube 1111 is connected to the first end 11121 of the switching element 1112 by the first through hole 11212 from the back surface 1121b' of the board body 1121' to the front surface 1121a'. The second drainage tube 1113 is connected to the second end 11122 of the switching element 1112 and passes through the second through hole 11213 to the back surface 1121b' of the plate body 1121' and then passes back from the third through hole 11214. The front surface 1121a' of the plate body 1121', wherein the flow detecting module 122 detachably fixes the body fluid drainage tube 111 at a portion of the second drainage tube 1113 on the back surface 1121b' of the plate body 1121'. To monitor the flow rate of the liquid in the tube, thereby avoiding the fixation and operation of the flow detecting module 122 and the drainage setting of the body fluid drainage tube 111 at the front surface 1121a of the plate body 1121' and the adjustment of the collecting member 113. Observing mutual interference and introducing the body fluid The flow tube 111 is more stably fixed to the main board 112'.

Referring to FIG. 4 to FIG. 5, the interface module 1216 according to the above first preferred embodiment of the present invention is preferably disposed outside the flow detecting module 122, thereby facilitating detachable coupling of the body fluid drainage. When the tube 111 and the flow detecting module 122 are related to the setting or operation of the interface module 1216, the tube 111 can also be conveniently checked during subsequent adjustment, inspection, or other operations using the interface module 1216. The body fluid drainage tube 111 and its coupled state. The interface module 1216 ′ according to the alternative embodiment of the first preferred embodiment of the present invention includes the display unit 12161 ′ and the input unit 12 162 ′ being disposed outside the host 121 , such that Although it does not have the above advantages, since it is not required to be disposed on the flow detecting module 122 which is generally small in size, the flow detecting module 122 can be further thinned or reduced, and the manufacturing cost can be reduced. Update the device in a group. It should be understood by those skilled in the art that, in practical applications, the interface module 1216 can also be disposed in other manners, for example, an external device is independently fixed on the bracket, configured as a remote control device, etc. The scope of the embodiments and the novel is not limited herein.

In addition, the host 121 can communicate externally through the wireless communication module 1214 and/or the wired communication module 1215, that is, connect external devices wiredly and/or wirelessly, and is not limited to a one-to-one connection. Therefore, in practical applications, a plurality of the body fluid drainage monitors 12 can be monitored remotely or proximally by an external device, such as a computer, a tablet, a mobile phone, etc., which is equivalent to synchronously monitoring multiple digits. The patient's drainage status. And since the implementation of the monitoring is not limited to the position of each of the body fluid drainage monitors 12, the medical personnel responsible for monitoring can monitor the drainage state of a plurality of patients simultaneously and comprehensively without having to rush back and forth in each ward or hospital bed. At the same time, the medical personnel can also manage, set, and view each of the body fluid drainage monitors 12 remotely or proximally, separately or in batches, manually or automatically, even through programs developed on external devices. It can also spawn more management applications. In addition, the external device can analyze, store, and automatically alert the obtained drainage status information. In addition to having clinically immediate functions, it also contributes to post-mortem analysis and academic research purposes. This will improve the efficiency and effectiveness of medical staff and reduce the workload of medical staff, thereby reducing the risk of medical personnel making mistakes in related or other work, and also helping researchers to obtain relevant data quickly and completely.

It is worth mentioning that the wireless communication module 1214 is implemented as a wireless high-fidelity (WiFi) signal transmission unit in the embodiment for communicating with other devices through the WiFi signal, so that the body fluid drainage monitor 12 has The ability to communicate wirelessly with other devices or networks. It should be understood by those skilled in the art that the communication herein is not limited to direct communication. In other words, the wireless communication module 1214 can also be implemented in an actual application to communicate with other external devices or wireless devices indirectly through a WiFi signal, for example, through wireless. The signal booster, router enhances or relays the signal to connect to the communication target device or to communicate with other or external devices via the internal and external networks. In addition to WiFi, its wireless signal can be replaced or added as Bluetooth, Bluetooth Low Energy (BLE), Near Field Communication (NFC), Infrared Data Association Standard (IrDA), GSM Signal, CDMA Signal, TD-CDMA. Signals, 3G signals, 4G signals, 5G signals, Zigbee, Worldwide Interoperability for Microwave Access (WiMAX), and other means of data transmission known to those skilled in the art.

Referring to FIG. 7, according to a second preferred embodiment of the present invention, the body fluid drainage monitor 12 can also be implemented to include a host 121" and a plurality of flow detection modules 122 electrically connected to the host 121". Therefore, one or more of the traffic detection modules 122" can be managed, set, and monitored only through the same host 121", thereby avoiding problems that may be caused by multiple hosts, such as High cost, space occupation, etc., also saves mental energy consumption for personnel to manage, set up, and monitor a plurality of the flow detection modules 122" to and from different hosts 121. In addition, the host 121" allows It is electrically connected to an external interface device 4, so that it is more flexible in use and construction. For example, the host 121" can be set in a ward for simultaneously managing, setting, monitoring one or more settings. The flow detecting module 122" at the different beds of the ward, and then the external interface device 4 is extendedly disposed on the door wall of the ward or the nurse station, so that the medical personnel have no Each of the ward can be managed, set up, and/or monitored for each of the flow detection modules 122". The external interface device 4 can be embodied as a pure display device, a touch display, a tablet, or the like. The terminal of the type, the specific implementation manner and the scope of the present invention are not limited herein. Further, although in the above embodiment, the host 121", the flow detection module 122", and the external interface The connection between the devices 4 uses physical lines. For example, the connection between the former two can use 4~20mA analog signal lines, etc., but this is only an implementation manner, in practical applications or according to other variants or alternative implementations. In some aspects, the connection manner may be replaced by using a wireless method, such as WiFi, Bluetooth, etc., and the specific implementation manner and the scope of the present invention are not limited herein.

Referring to FIG. 2-3, the flow detecting module 122 includes a catheter fixing member 1221 for detachably coupling to the body fluid drainage tube 111 and a flow detecting element 1222 disposed on the catheter fixing member 1221. The catheter fixing component 1221 includes a first fixing member 12211, a second fixing member 12212, a connecting member 12213, and a fastening member 12214. The first fixing member 12211 and the second fixing member 12212 are adjacent to one side and are openably connected by the connecting member 12213, thereby allowing the first fixing member 12211 to be disposed respectively. The fastener 12214 on the other side of the second fixing member 12212 is opposite to each other when the first fixing member 12211 and the second fixing member 12212 are opposite to each other, that is, in the closed state, the first fixing is performed. The member 12211 and the second fixing member 12212 are fastened or locked to each other such that the first fixing member 12211 and the second fixing member 12212 are maintained in a closed state. When the body fluid drainage tube 111 needs to be fixed, the fastener 12214 may be unwound to open the first fixing member 12211 and the second fixing member 12212 to be in an open state, thereby allowing the The body fluid drainage tube 111 is placed in the recessed structure therein, and then the first fixing member 12211 and the second fixing member 12212 are closed and locked by the fastener 12214, so that the body fluid drainage tube 111 is The first fixing member 12211 and the second fixing member 12212 are fixed therein.

The flow detecting component 1222 includes a first ultrasonic transceiver unit 12221 and a second ultrasonic transceiver unit 12222 disposed on the inner side of the first fixing member 12211 and the second fixing member 12212, respectively. When the first fixing member 12211 and the second fixing member 12212 fix the body fluid drainage tube 111 therein, the body fluid drainage tube can be detected by transmitting and receiving ultrasonic waves through the body fluid drainage tube 111. Drainage status within 111.

It is worth mentioning that the status message obtained by the flow detecting element 1222 of the body fluid drainage monitor 12 is an instant digital message, and the present invention can save the medical staff from spending time compared to the conventional dropper observation method. Spiritual observation confirms the scale and calculates the flow rate. It also eliminates the risk of misjudgment of the drainage state and the risk of leaving the wrong research information after the personnel observation or calculation error, which can reduce the risk of clinical misdiagnosis and academic research errors.

Referring to Figures 8-9, in accordance with a preferred embodiment of the present invention, the present invention also provides a method of using a body fluid drainage device comprising the following steps:  (a) placing the integral liquid drainer on a support;  (b) detachably coupling the integral liquid drain monitor to the body fluid drain;  (c) connecting the body fluid drain to an affected area to introduce a fluid fluid;  (d) Monitoring the drainage status using the body fluid drainage monitor.  

The purpose of the step (a) is to set the body fluid drainer to a bracket so that the body fluid drainer is fixed at a specific height relative to a affected part having a fixed height. Secondly, the step (b) detachably coupling the integral liquid drainage monitor to the body fluid drainage device to allow the user to monitor the drainage state of the body fluid drainage device through the body fluid drainage monitor. Furthermore, when performing the step (c), the user can connect the body fluid drainer to an affected area by direct or indirect means to introduce fluid fluid, and then perform the step (d) using the body fluid. The drainage monitor monitors the drainage state and realizes the application of the body fluid drainage device of the present invention.

Further, the step (d) may further include the following steps:  (d1) connecting the body fluid drainage monitor to a terminal;  (d2) Monitoring the state of drainage through the terminal.  

The step (d1) connects the body fluid drainage monitor to a terminal to connect the body fluid drainage monitor to an external device by wire and/or wirelessly, and is not limited to a one-to-one connection. Step (d2) monitoring the state of drainage through the terminal to further monitor one or more of the body fluid drainage monitors by remotely or proximally by the external device, such as a computer, a tablet, a mobile phone, or the like. Thereby the aforementioned or other various application modes are achieved. It is worth mentioning that the monitoring refers not only to passive monitoring and active measurement of drainage state data, but also includes the foregoing or other various application modes, such as analyzing record data, setting parameters, opening and closing monitoring, managing data, providing warnings. The data is obtained afterwards, and the scope of the novel is not limited herein.

1‧‧‧ body fluid drainage device  2‧‧‧ bracket  3‧‧‧Sick area  4‧‧‧External interface equipment  11‧‧‧ body fluid drain  111‧‧‧ body fluid drainage tube  1111‧‧‧First drainage tube  1112‧‧‧Switching components  11121‧‧‧ first end  11122‧‧‧ second end  11123‧‧‧ third end  11124‧‧‧Toggle switch  1113‧‧‧Second drain tube  112‧‧‧ motherboard  1121‧‧‧ board  1121a‧‧‧ positive  1121b‧‧‧Back  11211‧‧‧scale  11212‧‧‧First perforation  11213‧‧‧Second perforation  11214‧‧‧ third perforation  1122‧‧‧ hanging components  11221‧‧‧ hole  11222‧‧‧S type hook  1123‧‧‧First activity fixation element  113‧‧‧Collection of components  1131‧‧‧Collection component body  11311‧‧‧ body fluid inlet  11312‧‧‧ body fluid outlet  11313‧‧‧Export  1132‧‧‧One-way discharge valve  1133‧‧‧Second activity fixation element  1134‧‧‧ body fluid outflow tube  114‧‧‧ body fluid storage components  1141‧‧‧ body fluid storage element opening  1142‧‧‧ body fluid storage element one-way discharge valve  12‧‧‧ body fluid drainage monitor  121‧‧‧Host  1211‧‧‧Power supply  1212‧‧‧ Computing Module  1213‧‧‧Data storage module  1214‧‧‧Wireless communication module  1215‧‧‧Wired communication module  1216‧‧‧Interface module  12161‧‧‧Display unit  12162‧‧‧Input unit  1217‧‧‧Alarm module  1218‧‧‧Host fixing components  122‧‧‧Flow Detection Module  1221‧‧‧ catheter fixation components  12211‧‧‧First fixture  12212‧‧‧Second fixture  12213‧‧‧Connecting parts  12214‧‧‧ fasteners  1222‧‧‧Flow detection component  12221‧‧‧The first ultrasonic transceiver unit  12222‧‧‧Second ultrasonic transceiver unit  

1A is a schematic illustration of a body fluid drainage device in accordance with a first preferred embodiment of the present invention.

1B is a schematic illustration of a main body of a body fluid drainage device of a body fluid drainage device in accordance with an alternate embodiment of a first preferred embodiment of the present invention.

2 is a schematic diagram of a flow rate detecting module of a body fluid drainage monitor of the body fluid drainage device according to the above first preferred embodiment of the present invention.

3 is a cross-sectional view showing a flow rate detecting module of a body fluid drainage monitor of the body fluid drainage device according to the first preferred embodiment of the present invention.

4 is a schematic view showing the application of the interface module of the main body of the body fluid drainage monitor of the body fluid drainage device according to the first preferred embodiment of the present invention.

Fig. 5 is a schematic view showing the application of the interface module of the main body of the body fluid drainage monitor of the body fluid drainage device according to the alternative embodiment of the first preferred embodiment of the present invention.

Fig. 6 is a block diagram of a main body of a body fluid drainage monitor of the body fluid drainage device according to the above first preferred embodiment of the present invention.

Figure 7 is a schematic illustration of the application of a body fluid drainage device in accordance with a second preferred embodiment of the present invention.

8 is a flow chart of a method of using a body fluid drainage device in accordance with a preferred embodiment of the present invention.

9 is a flow chart of a method of using another body fluid drainage device in accordance with the above-described preferred embodiment of the present invention.

Claims (10)

A body fluid drainage device is adapted to be disposed in a bracket for draining a body fluid of an affected area, wherein the body fluid drainage device comprises:  a one-piece liquid drainer for draining body fluids of the affected area;  An integral fluid drainage monitor is detachably coupled to the body fluid drain for monitoring drainage conditions.   The body fluid drainage device according to claim 1, wherein the body fluid drainage device comprises an integral liquid drainage tube, a main plate and a collecting member, wherein the body fluid drainage monitor is detachably coupled to the body fluid drainage tube for use in Monitoring the drainage state, the collecting element is movably fixed to the main board, wherein the body fluid drainage tube is connected to the collecting element to drain bodily fluid of the affected part to the collecting element, wherein the main board is adapted to be disposed at the affected part A nearby stent allows the collection element to be movably secured to a particular height relative to the affected area. The body fluid drainage device according to claim 2, wherein the body fluid drainage tube comprises a first drainage tube for connecting to the affected part to introduce fluid fluid, a switching element, and a second drainage tube, wherein the switching element has a first end, connected to the first drainage tube, a second end, connected to the second drainage tube, a third end, adapted to connect external equipment, and a switch for switching the conduction a first end, the second end, and the third end or both. The body fluid drainage device of claim 2, wherein the main board comprises a plate body, a hanging component connected to the plate body, and is adapted to be hung from a bracket located near the affected part to hang the main board, And a first movable fixing member disposed on the plate body for movably fixing the collecting member, wherein the plate body has a front surface, a back surface, and a scale disposed on the front surface for reference The position of the collection member is fixedly movable, wherein the body fluid drainer further includes an integral fluid storage element detachably disposed to the plate body and coupled to the collection member for storing and displacing body fluid. The body fluid drainage device according to claim 4, wherein the collecting member comprises a collecting member body for collecting body fluid, a one-way discharge valve for unidirectionally discharging gas in the collecting member body, and connecting a second movable fixing member of the collecting member body adapted to be movably coupled to the first movable fixing member to movably fix the collecting member to the plate body, wherein the collecting member body has an integral liquid inlet, Connected to the body fluid drainage tube, a discharge port, connected to the one-way discharge valve, and the integral liquid outlet, wherein the collecting component further comprises an integral liquid outflow pipe connected to the body fluid outlet and the body fluid storage respectively element. The body fluid drainage device of claim 4, wherein the plate body has at least one or more perforations for the body fluid drainage tube to shuttle to the front and back sides of the plate body. The body fluid drainage device of claim 2, wherein the body fluid drainage monitor comprises a host and a flow detection module electrically connected to the host, wherein the flow detection module is detachably coupled to the A body fluid drainage tube is used to monitor the drainage state. The body fluid drainage device of claim 7, wherein the host comprises a power source, a host fixing component and an alarm module, wherein the power source is used to provide a computing module electrically and electrically connected to the power source. a data storage module for computing and electrically connecting to the computing module, for storing data and electrically connecting to an interface module of the computing module for outputting and inputting information, The main body fixing component is adapted to detachably fix the main body to a bracket located near the affected part, and the alarm module is electrically connected to the operation module for controlling an alarm according to the operation module. The body fluid drainage device of claim 8, wherein the host further comprises a wired communication module or a wireless communication module electrically connected to the computing module, and is adapted to communicate information externally by wire or wirelessly. The body fluid drainage device according to claim 8, wherein the flow rate detecting module comprises a catheter fixing member for detachably coupling to the body fluid drainage tube, and a flow detecting element disposed on the catheter fixing member The flow detecting component includes a first ultrasonic transceiving unit and a second ultrasonic transceiving unit corresponding to the first ultrasonic transceiving unit, so as to detect and transmit the ultrasonic wave to each other in the body fluid drainage tube. Body fluid flow rate.