TWI797897B - Telemedicine device and its management method - Google Patents

Abstract

A telemedicine device is provided. The telemedicine device includes a telemedicine bag, a plurality of connectors and a process. These connectors respectively connect each medical device and the telemedicine bag. The telemedicine bag obtains device management information of each medical device through these connectors. The device management information includes the remaining power of the medical device. The process calculates the charge strategy information of the corresponding medical device based on the medical device information, address information, and device management information. In addition, a management method for telemedicine device is also been provided.

Description

Mobile medical device and management method thereof

The present disclosure relates to a mobile medical device and its management method.

In the past, medical personnel who made medical tours or home care always had to carry different medical devices and laptops separately before visiting. In order to solve this problem, the integrated mobile medical kit has commonly used medical devices and testing record platforms. The convenience in carrying can be improved. However, some situations occur during actual use. For example, since the accessories of each medical device have different sizes, they cannot be elastically fixed in the mobile medical bag.

For another example, according to the actual situation of seeing a doctor, the frequency of use of each medical material device is different, which in turn affects the power of the medical material device. Although the mobile medical kit can provide all medical material devices for charging, the medical material device with high frequency of use will There is a problem of insufficient power, and the charging speed is not as fast as the actual needs of medical staff, resulting in no testing medical materials currently available.

In addition, before conducting medical tours or home care, the medical staff will carry out an inventory of equipment according to the needs of the patients on that day, and carry the required combination of medical materials and devices. However, during the inspection tour, it is easy to find no missing, lost or faulty medical materials due to busy work or schedule

Therefore, how to provide a mobile medical device and its management method to improve the above-mentioned problems encountered will be a problem to be solved by the industry.

This disclosure provides a mobile medical device and its management method, which can It can be used to collect information such as charging demand management and inventory, so as to meet the needs of medical staff on rounds.

An embodiment of the present disclosure provides a mobile medical device, including a mobile medical bag, a plurality of connectors, and a processor. The mobile medical bag is used to accommodate multiple medical devices. These connectors respectively connect each medical material device with the mobile medical kit. The mobile medical kit obtains a device management information of each medical device through these connectors. The device management information includes a remaining power. The processor is set in the mobile medical kit, and the processor receives a piece of medical device information, a location piece of information, and a piece of address information. The medical device information includes a battery capacity and a charging specification corresponding to each medical device, and a charging strategy information for these medical devices is calculated according to the medical device information, address information, and device management information.

Another embodiment of the present disclosure provides a mobile medical device management method, including the following steps: a processor receives a medical device information, a location information, and an address information, wherein the medical device information includes each medical device A battery capacity and a charging specification corresponding to the material device; each medical material device is connected to a mobile medical bag through a plurality of connectors; a device management information of each medical material device is obtained through these connectors, and transmitted to the mobile medical kit. The device management information includes a remaining power; and according to the medical device information, address information, and device management information, calculate a charging strategy information for these medical devices.

Based on the above, in the mobile medical device and its management method disclosed in the present disclosure, the mobile medical kit and the medical device are connected through a connector, which can be managed according to the charging requirements of different medical devices, and device inventory can be performed. Information collection to meet the needs of medical staff in use.

In order to make the present disclosure more comprehensible, the following specific embodiments are described in detail together with the accompanying drawings.

50: Checklist

52: Information on Medical Devices

52A: battery capacity

52B: Charging Specifications

53:Positioning information

54,54A: Address information

55: Diagnosis of sickness

56: Detection requirements

57: Device usage information

60: Medical material device

60A: first device

60B: Second device

60C: The third device

100,200,300: mobile medical device

110: Action Medical Kit

120: Connector

122:Device management information

122A: remaining power

130: Processor

140: display unit

S1, S2: charging strategy information

S3: Inventory Information

S32: Power status

S34: Connection status

S36: Light indication

S100: Management method of mobile medical device

S110~S140: steps

FIG. 1 is a schematic diagram of a mobile medical device according to an embodiment of the present disclosure.

FIG. 2 is a schematic diagram of the medical device information disclosed in this disclosure.

FIG. 3 is a schematic diagram of device management information disclosed in the present disclosure.

FIG. 4 is a schematic diagram of a mobile medical device according to another embodiment of the present disclosure.

FIG. 5 is a schematic diagram of a mobile medical device according to another embodiment of the present disclosure.

FIG. 6 is a schematic diagram of inventory information disclosed in this disclosure.

FIG. 7 is a schematic flowchart of the management method of the mobile medical device disclosed in the present disclosure.

The specific implementation manners of the present disclosure will be further described below with reference to the drawings and embodiments. The following examples are only used to illustrate the technical solutions of the present disclosure more clearly, but not to limit the protection scope of the present disclosure.

It should be noted that in the descriptions of various embodiments, the so-called "first", "second", and "third" are used to describe different elements, and these elements are not limited by such predicates. In addition, for the convenience and clarity of description, the thickness or size of each element in the drawings is expressed in an exaggerated or omitted or approximate manner for the understanding and reading of those skilled in the art, and the size of each element is not It is entirely the actual size, and is not used to limit the implementation conditions of this disclosure, so it has no technical significance. Any modification of structure, change of proportional relationship or adjustment of size will not affect the content of this disclosure. The functions and the goals that can be achieved should still fall within the scope covered by the technical content disclosed in this disclosure.

FIG. 1 is a schematic diagram of the mobile medical device of the present disclosure. Please refer to FIG. 1 , in this embodiment, the mobile medical device 100 includes a mobile medical kit 110 , a plurality of connectors 120 , and a processor 130 . There is accommodating space in the mobile medical bag 110, in order to accommodate multiple Medical material device 60 . The medical device 60 includes, for example, a first device 60A, a second device 60B, and a third device 60C, etc., wherein the types of the first device 60A, the second device 60B, and the third device 60C can be adjusted according to detection requirements. For example, the first device 60A is a wound machine, the second device 60B is an ultrasound, and the third device 60C is an ophthalmoscope. Certainly, the quantity of the medical material device 60 is also adjusted according to the detection requirement.

In this embodiment, the processor 130 is disposed in the mobile medical kit 110 . The processor 130 is used to receive a medical material device information 52, a location information 53, and an address information 54 in a test list 50, wherein the test list 50 is based on a medical information system (Healthcare Information System; HIS) of a hospital or a clinic. ) and then converted into a test list 50 to know the items and quantities of the medical materials and devices 60 required to be carried at the destination.

In this embodiment, as shown in FIG. 2 , the medical material device information 52 includes the battery capacity 52A and charging specification 52B corresponding to each medical material device 60 , and the charging specification 52B includes the charging voltage and charging current of the medical material device 60 and number of uses. The positioning information 53 includes the location coordinates of the destination. For example, the location coordinates of a destination can be obtained through GPS positioning. The address information 54 includes a destination data, and the destination data provides the usage time to reach the destination, which is based on the location coordinates of the destination to calculate the time to reach the destination. That is to say, information such as the number of times the medical material device 60 is used and how long it takes to reach the destination can be known from the inspection list 50 .

For example, the medical material device 60 to be carried by destination 1 includes a wound machine, an ultrasonic wave, and an ophthalmoscope. The wound machine is used 11 times, the ultrasonic wave is used 8 times, and the ophthalmoscope is used 2 times. , and the medical personnel use the mobile medical bag 110 to carry the medical devices 60 such as the wound machine, ultrasound, and ophthalmoscope, and the time from the hospital or clinic to the destination one is 30 minutes.

In this embodiment, these connectors 120 are respectively connected to each medical device 60 With the mobile medical kit 110, the connector 120 is in the form of a buckle or other devices that can be connected, for example. When the connector 120 is connected to the medical material device 60, a device management information 122 of the medical material device 60 is obtained. The device management information 122 includes a remaining power 122A of the medical material device 60 (as shown in FIG. 3 ), and of course also includes the medical material device 60 device information such as battery power, charging voltage, and current, as well as device usage records such as device usage times and average usage time.

For example, it can be known that the names of the devices include wound machine, ultrasound, and ophthalmoscope. The battery power of the wound machine is 25%, the charging voltage can be 20, 15, 12, 9, 5 volts, and the charging current can be 5 or 3 amps , the number of uses is 24 times, the average use time is 30 minutes, and the average power consumption is 1.5 watt-hours (Wh); the battery power of the ultrasonic wave is 50%, the charging voltage can be 15, 12, 5 volts, and the electric current can be 5. 3 amps, the number of times of use is 18 times, the average use time is 30 minutes, and the average power consumption is 2 watt-hours (Wh); the battery power of the ophthalmoscope is 70%, and the charging voltage can be 15, 12, 9, 5 Volts, charging current can be 5, 3 amps, number of uses is 45 times, average use time is 20 minutes, and average power consumption is 1 watt-hour (Wh).

In this embodiment, the connector 120 transmits the device management information 122 received in the medical device 60 to the processor 130 in the mobile medical kit 110 . The mobile medical kit 110 obtains the device management information 122 of the medical device 60 (such as the first device 60A, the second device 60B, and the third device 60C) through the connector 120 . The processor 130 calculates charging strategy information S1 of the medical material device 60 according to the medical material device information 52 , the address information 54 and the device management information 122 . For example, if there is only 20 minutes of charging time, how to adjust and adjust the power output when arriving at destination 1, for example, determine the power configuration of 12 volts and 3 amps, and the charging can be completed within 20 minutes. For example, in this destination one, the charging capacity of the wound machine is 11.3 watt hours (Wh) per hour, and the charging capacity of the ultrasonic wave is 5 watt hours (Wh) per hour. The available power consumption strategy information of the first destination can be that the charging sequence of the medical material device 60 is wound machine, ultrasound, and ophthalmoscope, wherein the power configuration of the wound machine is 12 volts, 3 amperes; The power configuration of the ophthalmoscope is 9 volts, 3 amps; the power configuration of the ophthalmoscope is 5 volts, 3 amps.

In this way, the processor 130 can use the device management information 122 transmitted by the connector 120 and the preloaded test list 50 to calculate the power supply configuration of the medical device 60 from the hospital or clinic to the destination, The power supply sequence and power supply strategy of the medical material device 60 are determined according to the output voltage and current of the different detection medical material devices 60, and the charging speed is inconsistent, which can solve the problem of charging dispersion in the unified charging mode, and can also avoid medical devices with high frequency of use. The charging speed of the medical material device is not enough, and the purpose of power demand management is achieved, so that all the medical material devices 60 have enough power when the medical staff visits the destination.

The above is the practice of arriving at a destination from a hospital or a clinic, however, this disclosure is not limited thereto. FIG. 4 is a schematic diagram of a mobile medical device according to another embodiment of the present disclosure. Please refer to FIG. 4, the mobile medical device 200 of this embodiment, the test list 50 further includes a medical condition 55, a testing requirement 56, and a device usage information 57, the content of which is based on the medical condition 55 of the day Adjusted with the detection requirement 56 , there can be multiple patients for consultation, so that there can be multiple destinations, and the device usage information 57 can know the power required to use the medical material device 60 once. The address information 54A includes a plurality of time-series destination data, the usage time of the hospital or clinic to arrive at each destination sequentially, and the time to each destination is calculated based on the location coordinates of each destination.

The processor 130 receives the patient condition 55 , the detection requirement 56 , and the device usage information 57 , and the processor 130 according to the medical material device information 52 , the address information 54A (including multiple time-series destination data), and the device management information 122 , diagnosis and disease status 55 , testing requirements 56 , and device usage information 57 to calculate charging strategy information S2 , and adjust the charging strategy information S2 of these destinations in different time sequences to meet the results of multiple destination scheduling.

For example, the medical material device 60 to be carried by destination 1 includes a wound machine, an ultrasonic wave, and an ophthalmoscope, and the medical staff carry the wound with the mobile medical kit 110 Medical device 60 such as machine, ultrasonic wave, and ophthalmoscope, the time from the hospital or clinic to destination one is 30 minutes, and the medical material device 60 to be carried by destination two includes a wound machine, an ultrasonic wave, and an ophthalmoscope. The medical personnel carry the wound machine, ultrasound, ophthalmoscope and other medical devices 60 through the mobile medical kit 110, and the time from destination one to destination two is 20 minutes. If the processor 130 receives a plurality of time-sequenced destination data, it calculates that a certain medical material device 60 (such as an ophthalmoscope) will be used for the second destination, but the ophthalmoscope needs to be charged for 25 minutes, so that the destination can be reached from the first destination. The time (20 minutes) in the second place is not enough to charge the medical material device 60 (such as the ophthalmoscope) to meet the usage requirements, so the calculation result will be pre-charged to the medical material device 60 (such as the fundus mirror) before the distance to the destination one. mirror) to the required power.

In one embodiment, since each medical material device 60 arrives at the destination, its use status will vary depending on the site conditions, so that the power of the medical material device 60 may have errors. Therefore, in the case of multiple destinations, after each destination ends, the processor 130 will recalculate the time-series destination data, thereby verifying the results that meet the requirements of all destinations, thereby ensuring that each destination The power demand of the medical material device 60 on the ground.

FIG. 5 is a schematic diagram of a mobile medical device according to another embodiment of the present disclosure. Please refer to FIG. 5, in the mobile medical device 300 of the present disclosure, when the connector 120 is connected to the medical material device 60, the device management information 122 of the medical material device 60 is obtained, and the device management information 122 is transmitted to the mobile medical package 110 The processor 130. The processor 130 uses the medical device information 52 and the device management information 122 to output inventory information S3. As shown in FIG. 6 , the inventory information S3 includes a power status S32 , a connection status S34 , and a light indicator S36 of each medical material device 60 . In this way, records such as power status S32 , connection status S34 , and light indication S36 of the medical material device 60 in the mobile medical kit 110 can be confirmed and counted.

In one embodiment, the mobile medical device 300 further includes a display unit 140, the display unit 140 is set in the mobile medical bag 110, and the inventory is displayed through the display unit 140 Information S3, to improve the convenience of medical staff to carry out medical inventory operations before and after the rounds.

FIG. 7 is a schematic flowchart of the management method of the mobile medical device disclosed in the present disclosure. Please refer to FIG. 7, the mobile medical device management method S100 of this embodiment includes the following steps S110 to S140. As shown in FIG. 1 , the mobile medical kit 110 is used to accommodate a plurality of medical materials and devices 60 . Proceed to step S110, a processor 130 receives a medical material device information 52, a location information 53, and an address information 54, wherein the medical material device information 52 includes a battery capacity 52A and a battery capacity corresponding to each of the medical material devices A charging specification 52B. Next, proceed to step S120 , connect a plurality of medical material devices 60 and a mobile medical kit 110 through a plurality of connectors 120 . Next, proceed to step S130 , obtain a piece of device management information 122 of each medical material device 60 through the connectors 120 , and transmit it to the mobile medical kit 110 , wherein the device management information 122 includes a remaining power 122A. Next, proceed to step S140 , according to the medical material device information 52 , the address information 54 , and the device management information 122 , a charge strategy information S1 of the medical material device 60 is calculated.

In some embodiments of the present disclosure, during or after the above step S130 to step S140, the following steps may be performed: the processor 130 uses the medical device information 52 and the device management information 122 to output an inventory information S3 (As shown in FIG. 5 ), the inventory information S3 includes a power status S32 , a connection status S34 , and a light indicator S36 of each medical material device 60 . Further, the inventory information S3 is displayed by a display unit 140 .

In one embodiment, during or after the above step S130 to step S140, the following steps may be performed: the processor 130 receives a plurality of time-sequenced destination data, ie refer to the address information 54A in FIG. 4 . Then, according to the time-series destination data, the charging strategy information S2 of these destinations with different time-series is adjusted to meet the scheduling results of multiple destinations. Then, after the end of each destination, the processor 130 recalculates these time-series destination data, thereby verifying the results that meet all destination requirements, thereby ensuring The power demand of the local medical material device 60.

To sum up, in the mobile medical device and its management method disclosed in this disclosure, the processor can use the device management information transmitted by the connector and the pre-loaded check list to calculate the medical material before going to the next destination. The power supply configuration of the device determines the power supply sequence and power supply strategy of the medical material device in response to the output voltage, current, and charging speed of different detection medical material devices, which can solve the problem of charging dispersion in the unified charging mode, and can also avoid The charging speed of frequently used medical devices is not fast enough, so that all medical devices have enough power when medical staff visit their destinations.

Furthermore, connect the medical device in the mobile medical kit through the connector, and compare it with the inspection list to confirm and check the power supply, data connection, light indication and other records of the medical device in the mobile medical kit , and can display inventory information to improve the convenience of medical staff in the process of medical inventory before and after the rounds.

Although some embodiments of the present disclosure have been disclosed as above, they are not intended to limit the present disclosure. Anyone with ordinary knowledge in the technical field may make some changes without departing from the spirit and scope of the present disclosure. Therefore, the scope of protection of this disclosure should be defined by the scope of the appended patent application.

50: Checklist

52: Information on Medical Devices

53:Positioning information

54: Address information

60: Medical material device

60A: first device

60B: Second device

60C: The third device

100: mobile medical device

110: Action Medical Kit

120: Connector

122:Device management information

130: Processor

S1: Charging Strategy Information

Claims (11)

A mobile medical device comprising: A mobile medical kit for accommodating multiple medical devices; A plurality of connectors, the connectors respectively connect each of the medical devices and the mobile medical kit, and the mobile medical kit obtains a device management information of each of the medical devices through the connectors, and the device management The information includes a remaining power; and A processor, set in the mobile medical kit, the processor receives a medical device information, a location information, and an address information, the medical device information includes a battery capacity corresponding to each of the medical devices and a charging specification, and calculate a charging strategy information of the medical material devices according to the medical material device information, the address information, and the device management information. The mobile medical device as described in claim 1, wherein the processor uses the medical device information and the device management information to output an inventory information, the inventory information includes a power status, a connection of each of the medical devices Line status, and a light indicator. The mobile medical device as described in claim 2 further includes a display unit disposed in the mobile medical bag, and the display unit is used to display the inventory information. The mobile medical device as described in claim 1, wherein the processor further receives a medical condition, a testing requirement, and a device usage information, and the processor bases the medical device information, the address information, the device The charging strategy information is calculated based on the management information, the patient's condition, the testing requirement, and the device usage information. The mobile medical device as described in Claim 1, wherein the address information includes a plurality of time-series destination data, and the processor adjusts the charging strategy of the different time-series destinations according to the time-series destination data Information. The mobile medical device as claimed in claim 5, wherein the processor recalculates the time-series destination data after each of the destinations ends. A method for managing a mobile medical device, comprising the following steps: A processor receives a medical material device information, a location information, and an address information, wherein the medical material device information includes a battery capacity and a charging specification corresponding to a plurality of medical material devices; Connecting each of the medical devices and a mobile medical kit through a plurality of connectors; Obtaining a device management information of each of the medical material devices through the connectors, and transmitting it to the mobile medical kit, wherein the device management information includes a remaining power; and According to the medical material device information, the address information, and the device management information, a charge strategy information of the medical material devices is calculated. The management method of mobile medical devices as described in Claim 7 further includes the following steps: The processor uses the medical device information and the device management information to output an inventory information, wherein the inventory information includes a power status, a connection status, and a light indication of each of the medical device devices . The management method of mobile medical devices as described in Claim 8 further includes the following steps: The inventory information is displayed by a display unit. The management method of mobile medical devices as described in Claim 7 further includes the following steps: receiving a plurality of time-series destination data by the processor; and The charging strategy information of the destinations of different timings is adjusted according to the destination data of the timings. The management method of mobile medical devices as described in Claim 10 further includes the following steps: After each of the destinations ends, the processor recalculates the time-series destination data.

Images