TWM651253U - Intelligent liquid detection system - Google Patents

Abstract

An intelligent liquid detection system includes a detection information system, a liquid detection system, an electronic device and a barcode sensing unit. The detection information system includes a nursing staff barcode, a patient barcode, a bag and A weight measuring device, the liquid detection system interfaces with a nursing care system in the hospital, the nursing care system and the liquid detection system respectively provide a first operating interface and a second operating interface through the electronic device, scanning The nurse barcode, the patient barcode, and the doctor's order are displayed on the first operation interface. By selecting a navigation page of the first operation interface, the first operation interface will automatically guide to the second operation interface and Simultaneously display the doctor's order, and then scan one of the device barcodes of the weight measuring device. At this time, the weight measuring device begins to detect the weight of the liquid in the bag, and transmits the weight signal and position signal back to the liquid detection The system is used to monitor and remind the weight change and position of the weight measuring device in real time, and the data detected by the liquid detection system will be automatically and synchronously loaded into the nursing care system to complete the nursing record.

Description

Intelligent liquid detection system

This creation is related to a liquid detection system, especially an intelligent liquid detection system.

Generally speaking, hospitalized patients must regularly monitor changes in their urine volume, body temperature, blood pressure and other physiological conditions. Medical staff need to regularly visit the ward to measure and record. In addition to increasing the workload and time of medical staff, they are also prone to be injured due to busy work. Failure to record regularly results in missing immediate notification of abnormalities such as urine volume, body temperature, or blood pressure. Taking urine volume as an example, monitoring the patient's output and input is an important indicator for evaluating the patient's heart and kidney function. In order to understand the patient's hydration balance status, various electrolytes, nutrients and water are often replenished through intravenous infusion in clinical practice, and urine output is monitored by indwelling urinary catheters.

However, traditionally, medical staff often miss the time to check the remaining amount of infusion due to being busy, or they often need to turn on the lights at night to check the amount of infusion, which disturbs the patient's rest. At the same time, in order to monitor urine or peritoneal dialysis output, medical staff need to bend down. Pour urine into a measuring cup to measure urine output. This process is not only labor-intensive and time-consuming, but also causes measurement errors. In addition, when measuring urine output, the originally closed urinary tract system must be destroyed every time, which can easily increase the amount of urine. The risk of road infection can also easily cause occupational injuries to medical staff.

In view of this, the creator Ben has been engaged in the manufacturing, development and design of related products for many years. Based on experience, after detailed design and careful evaluation based on the above goals, we finally achieved a truly practical creation.

This invention discloses a smart liquid detection system, which includes a detection information system. The detection information system includes a caregiver barcode, a patient barcode, a bag and a weight measuring device. The weight A microprocessor and a positioning transmitter are electrically connected inside the measuring device, and the weight measuring device is provided with a device barcode, and the bag is hung at the bottom; a liquid detection system, the liquid The detection system is connected to the detection information system via a network and interfaces with a nursing care system of the hospital, which stores at least one medical order of the patient; an electronic device, which is electrically connected to The liquid detection system and the nursing care system, the nursing care system and the liquid detection system can respectively provide a first operating interface and a second operating interface through the electronic device; a barcode sensing unit, the barcode sensing unit is Electrically connected to the electronic device; thereby, by scanning the nurse barcode and the patient barcode, the doctor's order will be displayed on the first operating interface. By selecting the navigation page of the first operating interface, the third operating interface An operation interface will automatically lead to the second operation interface of the liquid detection system. The doctor's order will be simultaneously displayed on the second operation interface. Then, the barcode of the device will be scanned. At this time, the weight measurement device will start Detect the weight of the liquid in the bag, and the microprocessor and the positioning transmitter will respectively transmit the weight signal and the position signal back to the liquid detection system for real-time monitoring and reminder of the weight change of the weight measuring device. Location.

With the above system, the nursing staff only needs to hang the bag under the weight measuring device and monitor it through the second operating interface provided by the electronic device, so that the weight change of the weight measuring device can be monitored To monitor changes in body fluid volume inside the bag, it is no longer necessary Patrolling the ward every hour or regularly not only reduces the workload of nursing staff, but also reduces the risk of infection for nursing staff. In addition, through the real-time positioning of the positioning transmitter, the position of the weight measuring device can be confirmed at any time, thereby obtaining The location of the user (patient), and the data detected by the liquid detection system will be automatically and simultaneously loaded into the nursing care system, thereby synchronizing the recording of nursing care.

10:Detection information system

11:Nurse Barcode

12:Patient barcode

13: Bag body

14: Bag body barcode

15: Weight measuring device

151:Display screen

152:Device barcode

153:Power button

154:Reset key

155:Charging hole

16:Microprocessor

17: Positioning transmitter

20:Liquid detection system

30:Nursing care system

40: Electronic devices

41:First operating interface

411:Introduction page department

42: Second operating interface

421:Add new patient page

4211:Patient Information Display Department

4212: Bag body information display department

4213: Device barcode input part

4214: Confirmation Department

4215:Select window

422: Instant liquid status page

4221:Patient status display part

4222: Abnormal selection department

4223:Details Department

4224:Complete Department

4225: Warning window

4226: No alarm for ten minutes

4227:Outside station department

50: Barcode sensing unit

[Figure 1] is the system block diagram of this creation.

[Figure 2] is a structural block diagram of the weight measuring device of this invention.

[Figure 3] is a schematic diagram of the implementation of this creation.

[Figure 4] is a schematic diagram of the first operation interface.

[Figure 5] is a schematic diagram showing doctor's orders on the new patient page of the second operating interface of this creation.

[Figure 6] is a schematic diagram of the real-time liquid status page of the second operating interface of this creation displaying waiting device data.

[Figure 7] is a schematic diagram showing the normal display of the real-time liquid status page of the second operating interface of this creation.

[Figure 8] is a schematic diagram of the patient status display part of the second operating interface of this invention displaying a full fluid warning and popping up a warning window.

[Figure 9] is a schematic diagram showing the cause of the exception displayed in the exception selection section after selecting the detailed information section in [Figure 8].

[Figure 10] is a schematic diagram of the second operating interface of this creation applied to cerebrospinal fluid detection.

[Figure 11] is a schematic diagram showing the cause of the exception displayed in the exception selection section after selecting the detailed information section in [Figure 10].

[Figure 12] is a schematic diagram of the second operating interface of this creation applied to drip detection.

[Figure 13] is a schematic diagram of the patient status display part of the second operating interface of this invention displaying a low fluid warning and popping up a warning window.

[Figure 14] is a schematic diagram showing the cause of the exception displayed in the exception selection section after selecting the detailed information section in [Figure 13].

[Figure 15] is a schematic diagram of the selection window that pops up on the new patient page of the second operating interface of this creation.

Please refer to Figure 1, Figure 2 and Figure 3, which are the system block diagram, the block diagram of the weight measuring device and the implementation schematic diagram of this invention, which discloses an intelligent liquid detection system, which includes:

A detection information system 10. The detection information system 10 includes a nursing staff barcode 11, a patient barcode 12, a bag body 13 and a weight measuring device 15. In this creative embodiment, the bag body 13 It can be used to install liquids discharged from the human body (such as urine, cerebrospinal fluid) or liquids injected into the human body (such as intravenous drip), and can have a bag barcode 14. The weight measuring device 15 is internally provided with an electronic A microprocessor 16 and a positioning transmitter 17 are sexually connected, and the weight measuring device 15 is provided with a display screen 151, a device barcode 152, a power button 153, a zero return button 154 and a charging hole 155. The display screen 151, the power button 153, the zero key 154 and the charging hole 155 are electrically connected to the microprocessor 16. The display screen 151 can display the weight value, battery light signal and signal transmission light signal. The power supply The key 153 is used to turn on or off the weight measuring device 15, the zero return key 154 can reset the weight value to zero, and the charging hole 155 can be used to charge the weight measuring device 15. In addition, the weight measuring device The bag body 13 is hung at the bottom of 15 .

A liquid detection system 20, the liquid detection system 20 is connected to the detection information system 10 through a network, and through an application programming interface (Application Programming Interface, API) Interfaced with a nursing care system 30 in the hospital, the nursing care system 30 stores at least one medical order (EMR) of the patient, and the medical order includes medical record information, drug information and prescription information.

Among them, the zero key 154 can reset the weight of the bag 13 originally measured by the weight measuring device 15 to zero, so that the weight of the bag 13 is not counted, and only the weight of the liquid in the bag 13 is measured. That’s it, to facilitate monitoring of fluid discharge.

Among them, the caregiver barcode 11, the patient barcode 12, the bag barcode 14 and the device barcode 152 are all arranged in different combinations.

An electronic device 40. In this creative embodiment, the electronic device 40 can be a computer, a tablet, a smart phone or a PDA. The electronic device 40 is electrically connected to the liquid detection system 20 and the nursing care system 30, The nursing care system 30 and the liquid detection system 20 can provide a first operation interface 41 and a second operation interface 42 through the electronic device 40 respectively.

A barcode sensing unit 50 is electrically connected to the electronic device 40 . The barcode sensing unit 50 can be independently provided on the barcode machine (not shown) or within the electronic device 40 .

Among them, the microprocessor 16 and the positioning transmitter 17 use Bluetooth or Wi-Fi to transmit signals to monitor and remind the weight change and position of the weight measuring device 15 in real time.

Referring to Figure 5 in conjunction with Figures 4 and 3, the second operation interface 42 includes a new patient page 421. The new patient page 421 includes a patient information display part 4211, a bag information A display part 4212, a device barcode input part 4213 and a confirmation part 4214. The patient information display part 4211 will display the patient's basic information, and the bag information display part 4212 will display the bag name, input or discharge, The total capacity (cc), the number of full liquid alarms, the one-hour full liquid alarm and the one-hour low liquid alarm. Among them, the content displayed by the aforementioned bag information display part 4212 can be according to each Adjustments can be made to the needs of the hospital and are not limited to the embodiments of this invention.

6-9 and shown in FIG. 5, the second operation interface 42 also includes a real-time liquid status page 422. The real-time liquid status page 422 includes a patient status display part 4221, an abnormality selection part 4222, A detailed information part 4223 and a completion part 4224. The patient status display part 4221 is used to display patient name, bag information, liquid status, liquid weight, etc., wherein the content displayed by the patient status display part 4221 can be Adjustments can be made according to the needs of each hospital and are not limited to the embodiments of this invention.

In order to further understand the characteristics of this creation, the application of technical means and the expected effects, the usage of this creation is described here. I believe that this will provide a deeper and more specific understanding of this creation, as follows:

Referring to Figures 1 to 7, this embodiment of the present invention takes liquid discharge from the body as an example. For example, the bag 13 is used to contain urine. During use, the nursing staff scans the nursing staff barcode 11, the patient's After entering the patient barcode 12 and the bag barcode 14, the doctor's order will be displayed on the first operation interface 41 by selecting the guide page 411 of the first operation interface 41, where the "guide page" on the guide page 411 The words "" can also be replaced with other words, which is not limited to this embodiment. The purpose is to have a page guide function after the user clicks. As shown in Figure 4, the first operation interface 41 will automatically guide the page to the page. The doctor's order will be simultaneously displayed on the second operation interface 42. As shown in Figure 5, the nursing staff hangs the bag 13 below the weight measuring device 15 and presses the zero key. 154. Then scan the device barcode 152 or manually type the device barcode 152. After the device barcode input part 4213 displays the device barcode 152, the new patient page 421 is automatically imported to the real-time liquid status page 422. At this time , after confirming that the weight measuring device 15 is turned on, the weight measuring device 15 starts to detect the weight of the liquid in the bag 13, and at the same time, the status of the patient status display part 4221 The status field displays "Waiting for device data". As shown in Figure 6, the microprocessor 16 and the positioning transmitter 17 will respectively transmit the weight signal and the position signal back to the liquid detection system 20. The patient status is displayed. The status field of the part 4221 displays "normal" and the weight field simultaneously displays the information of the bag 13, as shown in Figure 7. Therefore, the nursing staff can monitor the user (patient) schedule at any time through the electronic device 40. The amount of body fluid can be set in the liquid detection system 20 to remind the liquid discharge amount of a predetermined value, or a regular reminder can be set to wait until the amount of body fluid inside the bag 13 reaches the set discharge amount before replacing it. It is no longer necessary to patrol the wards every hour or regularly, which not only reduces the workload of nursing staff, but also reduces the risk of infection among nursing staff.

In the above, after the device barcode 152 is displayed in the device barcode input part 4213, the confirmation part 4214 can also be added to select or scan the barcode thereon, so that the new patient page 421 is automatically imported to the real-time liquid status page 422.

Among the above, the liquid detection system 20 is interfaced with the nursing care system 30, so the data detected by the liquid detection system 20 will be automatically and synchronously loaded into the nursing care system 30, thereby synchronously completing the nursing record. , at the same time, through the integration and application of big data, the average fluid output of the user (patient) can be summarized, thereby knowing whether the fluid output is normal, which can help doctors adjust medication.

Among them, if the bag body 13 is provided with a bag body barcode 14 corresponding to the user, the barcode sensing unit 50 can be used to scan it. If the bag body 13 is not provided with the bag body barcode 14, the nursing staff can check it on the computer. Select the bag body barcode 14, the bag body barcode 14 and the device barcode 152 to facilitate binding and pairing between the nursing staff and the user (patient) to avoid confusion between the bag body 13 and another bag body 13 of other users. .

Referring to Figures 8 and 9 in conjunction with Figures 1 to 3, if the drainage volume in the bag 13 is full, the status field of the patient status display part 4221 displays "warning full liquid", and the liquid detect The measuring system 20 will pop up a warning window 4225, and the liquid detecting system 20 will issue an audible warning. At the same time, the numbers on the display screen 151 of the weight measuring device 15 will start to flash. At this time, by selecting the detailed information part 4223, and can be imported into the exception selection part 4222, click the ten-minute non-alarm part 4226 next to the completion part 4224, and then select "Bag Empty" through the adjustment reason field of the exception selection part 4222, the The numbers on the display screen 151 also stop flashing. After selecting the completion part 4224, the liquid detection system 20 automatically converts the final discharge volume within this time and writes it back to the nursing care system 30, waiting for the discharge volume in the bag 13 The amount is cleared, and finally the zero return key 154 is pressed to facilitate subsequent monitoring of the liquid discharge amount.

Among the above, the display screen 151 of the weight measuring device 15 can also simultaneously emit an audible warning while flashing.

Among them, if the ten-minute no-alarm part 4226 is not clicked, when the bag 13 has not been emptied for more than three minutes, the liquid detection system 20 and the weight measuring device 15 will issue an audible warning again.

Referring to Figures 10 and 11 in conjunction with Figures 1, 2 and 8, another embodiment of the present invention is disclosed. The bag 13 is used to store cerebrospinal fluid (CSF). First, in the The one-hour full fluid alarm field of the bag information display part 4212 of the new patient page 421 sets the fluid drainage volume to be detected, and then scans the device barcode 152 or manually types and enters the device barcode 152, the new The patient page 421 is automatically imported to the real-time liquid status page 422. When the liquid discharge volume in the bag 13 has reached the full liquid volume set in one hour, the status field of the patient status display part 4221 displays "Warning Full". Liquid", the liquid detection system 20 will generate a voice notification reminder, and the numbers on the display screen 151 of the weight measuring device 15 will start to flash. At this time, by selecting the detailed information part 4223, you can import to the exception selection part 4222, through the exception selection part After selecting "empty one hour full of liquid" in the adjustment reason field of 4222 and selecting the completion part 4224, the liquid detection system 20 will also send back the detected one-hour detection volume to the nursing care system 30. The numbers on the display screen 151 stop flashing to facilitate subsequent monitoring of the liquid discharge volume.

Referring again to Figure 12 and shown in Figure 1, Figure 2 and Figure 7, another embodiment of the present invention is disclosed, taking liquid into the body as an example. For example, the bag 13 is used for intravenous drip. First, on the new patient page 421 Set the reminder time (10 minutes) in the low fluid alarm field of the bag information display part 4212, then scan the device barcode 152 or manually type the device barcode 152, and the new patient page 421 is automatically imported to the real-time Liquid status page 422, at the same time, confirm whether the weight measuring device 15 is turned on, and confirm whether the drip volume (100cc) is exceeded on the display screen 151. The excess part is the weight of the bag 13, and the weight is The detection device 15 begins to detect the weight of the liquid in the bag 13, and displays "normal" in the status field of the patient status display part 4221 and simultaneously displays the information of the bag 13 in the weight field (the weight of the liquid changes over time showing decreasing).

Continuing to refer to Figure 13 and as shown in Figures 1 and 3, if the amount of drip medicine in the bag 13 is lower than the set value, the status field of the patient status display part 4221 of the real-time liquid status page 422 will "Warning low liquid" is displayed, and the liquid detection system 20 will also pop up the warning window 4225. In addition, the weight measuring device 15 can also make a sound simultaneously to remind the nursing staff to replace the bag 13.

Continuing to refer to Figure 14 and as shown in Figure 3, when the user needs to end the drip infusion early, the nursing staff selects "end detection" through the adjustment reason field of the abnormality selection part 4222 of the real-time liquid status page 422, The weight measuring device 15 will stop detecting the drip remaining amount of the bag 13. If the amount of medicine in the bag 13 is emptied due to complete administration, it is not necessary to go through the above operation steps. The liquid detection System 20 will automatically end detection.

Continuing to refer to Figure 15 and as shown in Figure 3, when the bag 13 wants to continue to add the original medicine or another new medicine during the infusion and administration process, after scanning the device barcode 152, the bag 13 The new patient page 421 will pop up a selection window 4215, and the nursing staff clicks the new medicine button or the add medicine button on the selection window 4215, so that the bag 13 can perform the next stage of infusion administration and liquid detection. Detection of System 20.

It is worth mentioning that, referring to Fig. 9 and shown in Fig. 1, the full liquid alarm field of the abnormality selection part 4222 of the real-time liquid status page 422 can set the percentage of full liquid to trigger an alarm, and one of the The hourly full fluid alarm field and the one-hour low fluid alarm field can respectively define the monitoring of excessive or insufficient fluid volume for one hour. In addition, if the user recovers and leaves the ward, select "End Detection" by adjusting the reason field. After that, the liquid detection system 20 will automatically calculate the last input or discharge amount.

Among them, there is also an external station part 4227. When the user goes to the external station, he can click on the external station part 4227 and remove the weight measuring device 15 (without shutting down), which can prevent the user from going outside. Due to the inspection needs of the station, the wrong weight is returned, which affects the calculation of input or discharge volume.

It is worth mentioning again that the weight measuring device 15 of this invention can also be applied to chest tubes (Chase tubes), ventricular drainage (External Ventricular Drain, EVD), lumbar drainage tubes (Lumbar Drainage), and Vacuum balls. ), percutaneous nephrostomy (PCN), chest drain and common drainage tubes in urology and other pipeline applications.

To sum up, this invention has excellent practicality among similar products. At the same time, after searching the technical information about this type of structure at home and abroad, no similar structure has been found in the literature. Therefore, This invention actually meets the requirements for a new type of patent and an application must be filed in accordance with the law.

However, the above is only one of the best possible embodiments of this invention. Therefore, all equivalent structural changes made by applying the description of this invention and the patent application scope should be included in the patent scope of this invention.

10:Detection information system

11:Nurse Barcode

12:Patient barcode

13: Bag body

14: Bag body barcode

15: Weight measuring device

152:Device barcode

20:Liquid detection system

30:Nursing care system

40: Electronic devices

41:First operating interface

42: Second operating interface

50: Barcode sensing unit

Claims (10)

An intelligent liquid detection system, which includes: A detection information system, the detection information system includes a nursing staff barcode, a patient barcode, a bag and a weight measuring device, the weight measuring device is internally provided with a microprocessor that is electrically connected and A positioning transmitter, and the weight measuring device is provided with a device barcode, and the bag body is hung at the bottom; A liquid detection system, the liquid detection system is connected to the detection information system via a network, and is interfaced with a nursing care system of the hospital, and the nursing care system stores at least one medical order of the patient; An electronic device electrically connected to the liquid detection system and the nursing care system. The nursing care system and the liquid detection system can respectively provide a first operation interface and a second operation through the electronic device. interface; a barcode sensing unit, which is electrically connected to the electronic device; In this way, by scanning the nurse barcode and the patient barcode, the doctor's order will be displayed on the first operating interface. By selecting a navigation page of the first operating interface, the first operating interface will automatically navigate to the page. Go to the second operating interface of the liquid detection system, the doctor's order will be displayed simultaneously on the second operating interface, and then scan the device barcode. At this time, the weight measuring device begins to detect the weight of the liquid in the bag. , the microprocessor and the positioning transmitter will respectively transmit the weight signal and position signal back to the liquid detection system for real-time monitoring and reminder of the weight change and position of the weight measuring device. The intelligent liquid detection system of claim 1, wherein the bag can have a bag barcode. The intelligent liquid detection system as described in claim 1, wherein the weight The measuring device is also provided with a display screen, a power button, a zero reset button and a charging hole. The display screen, the power button, the zero reset button and the charging hole are electrically connected to the microprocessor. The intelligent liquid detection system as described in claim 1, wherein the second operation interface includes a new patient page, and the new patient page includes a patient information display part, a bag information display part, A device barcode input part and a confirmation part, the patient information display part will display the patient's basic information, and the bag information display part will display the bag name, input or discharge, total capacity, full liquid alarm number, One hour full liquid alarm and one hour low liquid alarm. The intelligent liquid detection system as claimed in claim 1, wherein the second operation interface also includes a real-time liquid status page, and the real-time liquid status page includes a patient status display part, an abnormality selection part, and a detailed information part and a completion part. The patient status display part is used to display the patient's name, bag information, liquid status and liquid weight. The intelligent liquid detection system of claim 1, wherein the weight measuring device can provide a light or sound warning. The intelligent liquid detection system of claim 1, wherein the electronic device can be a computer, a tablet, a smart phone or a PDA. The intelligent liquid detection system of claim 1, wherein the barcode sensing unit can be independently provided on the barcode machine or within the electronic device. The intelligent liquid detection system as described in claim 1, wherein the liquid detection system is interfaced with the nursing care system of the hospital through an application programming interface. As for the intelligent liquid detection system described in claim 1, the data detected by the liquid detection system will be automatically and synchronously loaded into the nursing care system, thereby synchronously completing the nursing record.

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