TWM524200U - Anaesthesia intellectural integrated system - Google Patents

Description

Anesthesia intelligence integration system

The present invention relates to a smart integration system, and more particularly to an anesthesia intelligence integration system for monitoring and integrating the recording of anesthesia.

Anesthesia is an indispensable step in most operations, and the most dangerous of general anesthesia, coupled with too many unpredictable factors during surgery, leads to related records of anesthesia patients, such as physiological monitoring and anesthesia. Information such as machine data, medical orders, and anesthesia care records are complicated and difficult to record. Moreover, at present, there is a lack of nursing staff in Taiwan and personnel training is not easy. If you continue to use the traditional paper recording method, it will make the manpower more unbearable.

Therefore, there is a hospital to introduce an electronic anesthesia recording system, but its function is limited. It is necessary to use other websites and systems to complete the work related to the electronicization of anesthesia medical records, but this system still has a large burden on anesthesia medical personnel.

In view of this, how to reduce the unnecessary duplication of work in the anesthesia monitoring record, simplify the process and increase the convenience of work, and achieve the goal of the relevant industry.

The present invention provides an anesthesia intelligent integration system, which can integrate various modules/systems in a hospital to improve the function of the anesthesia monitoring and recording system, and can improve work efficiency through system integration, thereby increasing patient safety and quality care quality.

According to an embodiment of the present invention, an anesthesia intelligent integration system is provided for a user to record and integrate an anesthesia patient. The anesthesia intelligent integration system includes a machine information module and an integrated module, the machine platform. The information module is connected to a physiological monitoring machine and an anesthesia machine, and the machine information module receives one physiological data of the physiological monitoring machine and an anesthesia data of the anesthesia machine. The integration module comprises a capture unit, a manual input unit and a display unit. The capture unit is connected to the machine information module to capture physiological data and anesthesia data, and the capture unit cycles through the preset time and manually inputs The unit is for the user to write a record data, and the display unit immediately displays the physiological data, the anesthesia data and the record data for the user to view.

Thereby, the retrieval unit can retrieve the patient's data for user monitoring, and the manual input unit can allow the user to supplement or add the recorded data during the anesthesia process, so that the anesthesia intelligent integration system can integrate information to save Manpower and the purpose of increasing efficiency.

According to the foregoing anesthesia wisdom integration system, wherein the record data may include a drug name and a dose, the integration module may further comprise an output unit, and the recorded data is output as a price list, or the integrated module may further comprise a blood transfusion metering unit. For recording and calculating the patient's blood transfusion volume, or the integrated module may further include a drop metering unit for recording and calculating the patient's drip usage. The aforementioned anesthesia wisdom integration system may further comprise a test module, providing a test data to the integrated module and displaying The display unit displays the test data, or the aforementioned anesthesia wisdom integration system may further comprise a cloud module, providing a medical history of the patient to the integrated module, and the display unit displays the medical history.

According to another embodiment of the present invention, an anesthesia intelligent integration system for recording and integrating anesthesia is disclosed. The anesthesia smart integration system includes an integrated module including a capture unit and a manual input unit. a display unit, the capture unit captures a physiological data of the patient and an anesthesia data, and the capture unit cycles through the preset time, the manual input unit provides a record data, and the display unit displays the physiological data immediately. Anesthesia data and recorded data.

According to the aforementioned anesthesia intelligent integration system, the recorded data may include a drug name and a dose, and the integrated module may further comprise an output unit to output the recorded data as a price list. When the physiological data is abnormal, a warning screen appears on the display unit. In addition, the aforementioned anesthesia intelligent integration system may further comprise a cloud module for the patient to pre-store a medical history, and the cloud module is connected with the integration module to provide a medical history.

According to still another embodiment of the present invention, an anesthesia intelligent integration system is provided for recording and monitoring an anesthesia patient. The anesthesia intelligent integration system comprises a cloud module, an inspection module and an integration module, and the cloud module The group is provided with a medical history in advance, and the test module stores a test data of the patient. The integration module connects the cloud module and the verification module and includes a capture unit, a manual input unit and a display unit. The capture unit captures a physiological data of the patient and an anesthesia data, and the capture unit is preset. The time loop operation, the manual input unit is used for writing a record data, and the display unit displays the medical history, the test data, the physiological data, the anesthesia data and the record data in real time.

According to the foregoing anesthesia intelligent integration system, wherein the recorded data may include a drug name and a dose, the integrated module may further comprise an output unit, and the recorded data is output as a billing order, and the cloud module can be connected to a mobile device network. The patient is pre-existing in the cloud device with a medical history before the anesthesia. In addition, when the physiological data is abnormal, a warning screen appears on the display unit.

100‧‧‧ Anesthesia Smart Integration System

200‧‧‧machine information module

210‧‧‧ Physiological monitoring machine

220‧‧‧ anesthesia machine

300‧‧‧ integrated module

310‧‧‧Capture unit

320‧‧‧Manual input unit

400‧‧‧Cloud Module

410‧‧‧ mobile device

500‧‧‧Test module

600‧‧‧Record data

610‧‧‧ Drug Information

620‧‧‧Transfusion data

630‧‧‧ bit by bit

330‧‧‧Display unit

340‧‧‧Output unit

350‧‧‧transfusion metering unit

360‧‧‧Drip metering unit

640‧‧‧Exclusion instructions

700‧‧‧ Pricing List

P‧‧ patient

FIG. 1 is a schematic diagram showing the system architecture of an anesthesia intelligent integration system according to the present invention; and FIG. 2 is a schematic diagram showing the transmission history of a patient and a cloud module.

Embodiments of the present invention will be described below with reference to the drawings. For the sake of clarity, many practical details will be explained in the following description. However, readers should be aware that these practical details are not intended to limit the novel. That is to say, in some embodiments of the present invention, these practical details are not necessary. In addition, some of the conventional structures and elements are illustrated in the drawings in a simplified schematic representation, and the

Please refer to FIG. 1 , wherein FIG. 1 is a schematic diagram of a system architecture of an anesthesia intelligent integration system 100 according to the present invention. The anesthesia intelligence integration system 100 is used to record the condition of monitoring and integrating anesthesia, and the anesthesia intelligence integration system 100 includes an integration module 300 including a capture unit 310 and a manual input. The unit 320 and a display unit 330 capture the physiological data (not shown) of the patient and an anesthesia data (not shown), and the capturing unit 310 cycles through a preset time (not shown). The job, the manual input unit 320 writes a record data 600, and the display unit 330 instantly displays the physiological data, the anesthesia data, and the record data 600.

Thereby, the patient's data can be retrieved through the capturing unit 310, the patient state can be monitored and the physiological data and the anesthesia data can be manually copied, thereby saving manpower and increasing efficiency, and the manual input unit 320 can allow the user to supplement or during the anesthesia process. The new record data 600 is added to make the anesthesia wisdom integration system 100 more convenient and perfect. The system architecture of the anesthesia smart integration system 100 will be described in more detail later.

The integration module 300 is disposed on a servo computer (not shown), and includes a capture unit 310, a manual input unit 320, a display unit 330, an output unit 340, a blood transfusion unit 350, and a drip metering unit 360, and the display unit 330 The integrated module 300 is presented on the computer screen of a user (not shown) in the form of an interface. The aforementioned user refers to a doctor, a caregiver or other person who has the right to read patient data.

The machine information module 200 is disposed on another servo computer (not shown), and is used for connecting a physiological monitoring machine 210 and an anesthesia machine 220. The physiological monitoring machine 210 measures the physiological data of the patient in the anesthesia, and the physiological data. An anesthesia data of the anesthesia machine 220 is stored in the machine information module 200. The capturing unit 310 of the integrated module 300 is connected to the machine information module 200, and extracts physiological data and anesthesia data, and is displayed by the display unit 330. The capturing unit 310 cycles through the preset time. The preset time in this embodiment is 5 minutes. Of course, in other realities. In the example, the preset time may also be 3 minutes, 7 minutes or other length of time, depending on the demand.

It should be particularly noted that, in this embodiment, the number of the anesthesia machine 220 and the physiological monitoring machine 210 is only an example, and in other embodiments, the machine information module 200 can connect multiple anesthesia machines 220 and physiologically. The monitoring machine 210 is not limited thereto.

The cloud module 400 stores a medical history (not shown) of the patient, and the testing module 500 stores a test data (not shown) of the patient, and the capturing unit 310 can retrieve the medical history and the test data, and then display Unit 330 is displayed.

The recordable data 600 can include the dosing information 610, the blood transfusion data 620, the drip data 630, and the exclusion indication 640. The data can be input into the integration module 300 through the manual input unit 320. If the input data is the dosing data 610, which includes the drug name and the dose, the output unit 340 outputs the dosing data 610 as a price list 700 for use in the calculation of the medical fee; if the input data is the blood transfusion data 620, the blood transfusion is performed. The measuring unit 350 automatically calculates the total blood transfusion amount used in the anesthesia according to the blood transfusion data 620; if the input data is the drip data 630, the drip measuring unit 360 automatically calculates the total drip usage amount used in the anesthesia according to the drip data 630.

When the physiological data monitored by the physiological monitoring machine 210 is abnormal, the display unit 330 may jump out of a warning screen (not shown). At this time, the user may input the exclusion indication 640 into the integration module 300 by using the manual input unit 320. Record the abnormal release status.

Therefore, the anesthesia smart integration system 100 can automatically obtain various information through the integration module 300, and can input the manual input unit 320 again. The data 600 is recorded to make the recording of the entire anesthesia process more complete, and the added medication data 610 added to the anesthesia can be output as the pricing list 700, and the cost omission can be avoided, and the detailed use of the present invention will be exemplified later.

Please refer to FIG. 2 , and please refer to FIG. 1 , wherein FIG. 2 is a schematic diagram showing the transmission history of a patient P and a cloud module 400 . Before a patient's P, an anesthesia pre-assessment must be performed. Preoperative visits can be used to understand the anesthesia, anesthesia risk, anesthesia-related precautions, and postoperative pain control. Therefore, the patient P can precede the mobile device. 410 fills in the medical history, drug history or other special conditions, and because the mobile device 410 and the cloud module 400 are connected to the network, the filled data can be transmitted to the cloud module 400, thereby shortening the waiting time and the cloud module. The data in 400 can be retrieved by the integration module 300 (see Figure 1) for subsequent use.

In the middle stage of anesthesia, the medical history input by the patient P is displayed by the display unit 330 (see Fig. 1), so that the user (such as an anesthesiologist or anesthesiologist) can directly see the history of the patient P during the anesthesia process. No need to do additional queries to avoid missing important information.

During anesthesia, the physiological monitor 210 (see Figure 1) and the anesthesia machine 220 (see Figure 1) connect the patient P, and both the physiological data and the anesthesia data are stored in the machine information module 200 (see Figure 1). In the data integration, the display unit 330 sequentially displays each physiological data and anesthesia data according to the time of the grasping, such as blood pressure, heart rate, oxygen concentration, inhaled anesthetic drug concentration, respirator setting, etc., and can be used by the user. Monitoring whether the physiological condition of the patient P is normal, and if the physiological data is abnormal, the warning screen of the display unit 330 allows the user to detect and immediately confirm the condition of the patient P, and perform corresponding measures, and then The exclusion indicator 640 is input to the integration module 300 by the manual input unit 320 (see FIG. 1) for recording the abnormality cancellation condition.

Moreover, during the anesthesia process, the previously completed test data will also be displayed by the display unit 330. If an anesthesia requires new test data, such as basic test values, arterial blood gas analysis, blood glucose test, active blood coagulation time report, etc. The inspection unit can be immediately sent to the inspection unit for inspection. The inspection data will be immediately stored in the inspection module 500, and then captured by the integration module 300 and displayed by the display unit 330 to let the user know the inspection result.

Moreover, during the anesthesia process, if blood transfusion or drip is required, the user can input the blood transfusion data 620 (see FIG. 1) and the drip data 630 (see FIG. 1) into the integration module 300 through the manual input unit 320. For example, if the total amount of blood transfusion is 3U (Unit), and 1U is left after anesthesia, the blood transfusion data 620 is “transfusion 2U, 1U remaining”, and the blood transfusion unit 350 (see Figure 1). The total blood transfusion volume is automatically calculated to be 2U. Similarly, if a total of 2 cans of new bottles (500c.c./1 bottles) are opened, and 100c.c. is left after anesthesia, enter the spotted data 630 as "drip name, 2 bottles, and the remaining 100c.c." The drip metering unit 360 (see FIG. 1) automatically calculates the total drip usage amount to be 900c.c. Of course, various drip drug name lists can be stored in the integrated module 300 and classified in advance, so the manual input unit 320 is utilized. You can select the correct drug name by typing to avoid errors.

Moreover, during anesthesia, if it is necessary to increase the anesthetic dose or modify the anesthesia method (for example, the general anesthesia is changed to general anesthesia), the manual input unit 320 is used to input the dosing data 610 (see FIG. 1), for example, including the name of the drug, the dose, and In this way, the integration module 300 will automatically find the base corresponding to the name, dose or mode of the drug. The utility supplies, and then the output unit 340 (see Figure 1) automatically converts the price of drugs, disposal, and materials into a price list for pricing, and also avoids the trouble of missing and high-priced self-paid accounting.

It should be particularly noted that the integration module 300 further includes a storage unit (not shown) for storing physiological data, anesthesia data, and recording data 600.

Since the patient's condition is changing at any time, and the anesthesiologist needs to take care of several anesthetized patients at the same time, storing the data through the storage unit allows the anesthesiologist and the nurse to access the information at any time without restriction to the operating room. You can keep track of other patient conditions at any time. Of course, the patient's attending physician and caregiver can also check the patient's immediate anesthesia status on the medical record home page.

In addition, the anesthesia intelligence integration system 100 can be coupled to an anesthesia quality assessment system (not shown) to enable the anesthesia quality assessment system to retrieve data from the anesthesia intelligence integration system 100, or automatically output the data from the output unit 340 of the anesthesia intelligence integration system 100. Transfer to the anesthesia quality assessment system to increase work efficiency through automation and electronics, and reduce the workload of manual re-checking.

As can be seen from the above embodiments, the present invention has the following advantages.

1. Through the integrated module's capture unit to capture patient data, the patient status can be monitored and manual data and anesthesia data can be avoided, thereby saving manpower, reducing the process and increasing efficiency, while the manual input unit can allow the user. Supplementing or adding new records during the anesthesia process will make the anesthesia wisdom integration system better and more convenient, and the electronic system will be more convenient to integrate with other electronic systems, which can reduce repeated operations.

Second, through the machine information module, a variety of brands and models can be The data is integrated and then captured by the capture unit and recorded in the integrated module, which allows the user to exempt manual copying and increase work efficiency.

Third, through the manual input unit of the integrated unit, the input of the recorded data, such as drugs, disposal, Eisai, etc., is automatically converted into a price list, which can avoid the trouble of missing and high-priced self-paid accounting.

Fourth, when the patient can pass the medical history to the cloud module in advance through the mobile device, the patient waiting time can be saved, and the medical history can be obtained through the retrieval unit to display the display unit in the anesthesia, and the safety of the anesthesia can be increased.

5. The blood transfusion unit and the drip metering unit can automatically calculate the total amount of blood transfusion or drip, which can increase the convenience of use.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100‧‧‧ Anesthesia Smart Integration System

200‧‧‧machine information module

210‧‧‧ Physiological monitoring machine

220‧‧‧ anesthesia machine

300‧‧‧ integrated module

360‧‧‧Drip metering unit

400‧‧‧Cloud Module

500‧‧‧Test module

600‧‧‧Record data

610‧‧‧ Drug Information

310‧‧‧Capture unit

320‧‧‧Manual input unit

330‧‧‧Display unit

340‧‧‧Output unit

350‧‧‧transfusion metering unit

620‧‧‧Transfusion data

630‧‧‧ bit by bit

640‧‧‧Exclusion instructions

700‧‧‧ Pricing List

Claims (17)

An anesthesia intelligence integration system for a user to record and integrate an anesthesia patient. The anesthesia intelligence integration system comprises: a machine information module for a physiological monitoring machine and an anesthesia machine to connect the machine The information module receives one of the physiological data of the physiological monitoring machine and one of the anesthesia data of the anesthesia machine; and an integrated module comprising: a capturing unit connected to the information module of the machine, the capturing unit capturing The physiological data and the anesthesia data, and the capturing unit cycles through a preset time; a manual input unit for the user to write a record data; and a display unit to instantly display the physiological data and the anesthesia data And the record information is for the user to view. The anesthesia wisdom integration system according to claim 1, wherein the record data includes a drug name and a dose. The anesthesia smart integration system according to claim 2, wherein the integration module further comprises an output unit, and the recorded data is output as a bill of credit. The anesthesia intelligence integration system of claim 1, further comprising an inspection module, providing a test data to the integration module, the display unit displaying the inspection data. The anesthesia wisdom integration system according to claim 1, further comprising a cloud module, providing a medical history of the patient to the integration module, the display unit displaying the medical history. The anesthesia wisdom integration system according to claim 1, wherein the integration module further comprises a blood transfusion measuring unit for recording and calculating the blood transfusion amount of the patient. The anesthesia wisdom integration system according to claim 1, wherein the integration module further comprises a drop metering unit for recording and calculating the amount of the patient's drip usage. An anesthesia intelligence integration system for recording and monitoring an anesthesia patient, the anesthesia wisdom integration system comprising: an integration module comprising: a capture unit for extracting a physiological data of the patient and an anesthesia data, And the capturing unit cycles through the preset time; a manual input unit for writing a record data; and a display unit to instantly display the physiological data, the anesthesia data and the recorded data. For example, the anesthesia wisdom integration system described in claim 8 wherein the record data includes a drug name and a dose. Such as the anesthesia wisdom described in item 9 of the patent application scope The system further includes an output unit that outputs the recorded data as a bill of exchange. For example, the anesthesia wisdom integration system described in claim 8 further includes a cloud module for the patient to pre-store a medical history, and the cloud module is connected to the integration module to provide the medical history. The anesthesia wisdom integration system according to claim 8, wherein when the physiological data is abnormal, the display unit displays a warning screen. An anesthesia intelligence integration system for recording and monitoring an anesthesia patient. The anesthesia wisdom integration system includes: a cloud module for the patient to pre-store a medical history; a test module for storing the patient's examination And an integration module, the cloud module and the verification module, the integration module includes: a capture unit that captures a physiological data of the patient and an anesthesia data, and the capture unit has a The preset time loop operation; a manual input unit for writing a record data; and a display unit to instantly display the medical history, the test data, the physiological data, the anesthesia data, and the record data. For example, the anesthesia wisdom integration system described in claim 13 wherein the record data includes a drug name and a dose. The anesthesia smart integration system according to claim 14, wherein the integration module further comprises an output unit, and the recorded data is output as a bill of credit. The anesthesia wisdom integration system according to claim 15, wherein the cloud module is connected to a mobile device network, and the patient pre-emptively deposits the medical history in the cloud module through the mobile device before anesthesia. The anesthesia wisdom integration system according to claim 16, wherein when the physiological data is abnormal, the display unit displays a warning screen.