TWI449396B - Electronic ticket registration system - Google Patents

Description

Electronic injury ticket registration system

The present invention relates to a login system, and more particularly to an electronic injury ticket registration system.

With the development of electronic technology, the traditional paper form of the injury ticket has gradually developed into an electronic injury ticket, such as the "digital radio frequency injury ticket information device" disclosed in Taiwan Patent No. M364502, although the electronic injury ticket can be conveniently carried out. The automatic control of the classification of injuries and injuries, but the warning effect of the electronic injury ticket is very poor. When it is used in a large disaster site, such as earthquakes, earth and rock flow or major traffic accidents, it may be because the disaster scene environment is dark and there is not enough light source. Coupled with the fact that the on-site moving line is unclear, the personnel overlap, and the injury cannot fix the position and direction, so that the disaster relief personnel or medical staff can not find the wearing and marking in the chaotic and dim environment. In the case of a serious injury, the injury to the electronic injury ticket can only be searched and searched in the chaotic scene environment, resulting in a relatively low efficiency and rescue efficiency of the injury data. And how to integrate the electronic wound ticket data created by each scanner is also a problem.

In addition, although U.S. Patent No. 7,629,881 discloses an electronic wound ticket, the electronic wound ticket is used to drive a corresponding color LED light by inserting a color card of a predetermined color on the electronic wound ticket. Need to carry a lot of electronic wound tickets and color cards, but more inconvenient, it is also easy to set up a color card because of a shortage of color cards, and it is easy for others to freely change the color card, and change the color of the LED, resulting in ambulance Control loopholes on.

Therefore, the object of the present invention is to provide an electronic wound ticket registration system which is convenient for searching for the integration of injury and injury data and has good protection.

Therefore, the electronic wound registration system of the present invention is applicable to a portable reader that is installed between a wounded person, an ambulance person, and a central control center, and includes a plurality of electronic wound tickets, and at least two separate hand-held mobile devices for the ambulance personnel. And a control device located in the central control center. The electronic injury tickets respectively include a belt body that can be worn on the injured body, and a wound ticket body mounted on the belt body, and the wound ticket body includes a radio frequency communication unit with a specific identification code built therein. a fingerprint reading unit that can be driven to scan and read fingerprint data, a warning unit that can be driven to emit predetermined color light and/or alert sound, a memory unit that stores preset fingerprint data, and a control unit. The control unit can receive the fingerprint data read by the fingerprint reading unit and the preset fingerprint data stored by the memory unit, and when the comparison is correct, switch to an unlock mode that can be driven to set the warning unit. The portable readers can respectively perform radio frequency communication with the radio frequency communication units, and respectively read and establish the injure ticket data of the electronic injury tickets, and respectively pass the injure data to the wired network and/or Or wireless network to send out. The central control device can receive and collect the wounded ticket data transmitted by the portable readers through the wired network and/or the wireless network, and transmit the collected wounded ticket data to each portable reader to drive the portable body. The reader synchronizes the damage ticket data.

The effect of the invention: through the structural design of the electronic wound ticket, and the design of the data integration and synchronization between the portable reader and the central control device, the on-site ambulance personnel can quickly search for the wound and quickly integrate The injury data can greatly improve the rescue efficiency of the victims at the disaster site.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

As shown in FIG. 1 to FIG. 3, the preferred embodiment of the electronic wound registration system of the present invention is applicable to an ambulance personnel (not shown) installed at the disaster victim 900, the disaster site, and a remote central control center (not shown) Between the two, it can be used to carry out the classification and information integration of the injury 900.

The electronic wound registration system includes a plurality of active electronic injury tickets 3 for wearing the injured 900 limbs, and a plurality of portable readings for the ambulance personnel to take the mobile and read/transmit the RF signals. The picker 4, and a central control device 5, are disposed at the remote central control center and can communicate with the portable readers 4 via a wired network and/or a wireless network.

Each electronic injury ticket 3 includes a flexible tape body 30 and a wound body 31 mounted on the tape body 30. Since the strip 30 is of a multitude type and is not an improvement of the present invention, it will not be described in detail.

The ticket body 31 includes a casing 32 fixed to the belt body 30, a radio frequency communication unit 33 mounted in the casing 32, and a light kinetic energy display unit 34 respectively exposed on the surface of the casing 32. The unit 35, a warning unit 36 and a control unit 37, and a battery unit 38 and a memory unit 39 are respectively mounted in the casing 32.

The radio frequency communication unit 33 is a radio frequency communication component having an identity recognition function, such as an active RFID component, a Bluetooth component, or a ZIGBEE component, etc., and has built-in specific identification coded data, and can be driven by the control unit 37. The RF signal with a specific identification code is actively sent every predetermined time, and the communication and data transmission can be performed with the portable reader 4. Since the radio frequency communication unit 33 is a conventional component and has many types, it will not be described in detail.

The light kinetic energy display unit 34 is a display that can sense light to generate electrical energy, and can be driven by the control unit 37 to display a message. The battery unit 38 is a rechargeable battery and can receive and store the electric energy generated by the optical kinetic energy display unit 34 for supplying power to other units. The fingerprint reading unit 35 can be driven by the control unit 37 to scan and read the fingerprint data of the finger that is pressed against. Since the fingerprint reading unit 37 and the optical kinetic energy display unit 34 are both well-known components and have many types, they will not be described in detail.

The warning unit 36 is electrically connected to the control unit 37, and includes three warning lights 361 and an alarm 362 exposed on the surface of the casing 32. The warning lights 361 can be respectively driven by the control unit 37 to emit different colors of light, and the alarm 362 can be driven by the control unit 37 to emit an alert sound. In this embodiment, the color lights emitted by the warning lamps 361 are red light, yellow light, and green light, respectively, and the light emitting mode may be continuous blinking or constant light.

The memory unit 39 stores the identification code data of the RF communication unit 33, the preset fingerprint data, and the color light data of the currently illuminated warning light 361. The preset fingerprint data are respectively subject to the right to manipulate and change the entire injury. The users of the ticket body 31 are set, such as on-site ambulance personnel and hospital medical staff.

The control unit 37 includes a microprocessor 371 electrically connected to the radio frequency communication unit 33, the optical kinetic energy display unit 34, the fingerprint reading unit 35, the warning unit 36, the battery unit 38 and the memory unit 39, and three spaced apart A control button 372 on the surface of the casing 32.

The microprocessor 371 can control the operation of the radio frequency communication unit 33 and the optical kinetic energy display unit 34, and can be driven by the control keys 372 to illuminate the warning lamps 361. The microprocessor 371 can be changed between a locked state and an unlocked state. When it is in the locked state, the microprocessor 371 cannot be driven by the control keys 372, so the switching of the warning light 361 cannot be performed. When it is in the unlocked state, it can be driven to light or change the warning light 361, and the color light data of the illuminated warning light 361 is stored in the memory unit 39.

When the microprocessor 371 is in the locked state, the user can drive the fingerprint reading unit 35 to drive the fingerprint reading unit 35 by pressing the predetermined control button 372, for example, simultaneously pressing the three control keys 372. The finger can be pressed against the fingerprint reading unit 35 to read the fingerprint data. The microprocessor 371 compares the fingerprint data read by the fingerprint reading unit 35 with the preset fingerprint data stored by the memory unit 39. If it matches one of the preset fingerprint data, the microprocessor 371 The unlocking state is entered, and the kinetic energy display 34 is driven to display the identification code data and the color light data stored by the memory unit 39, and the user can drive the microprocessor 371 to drive by pressing the specific control button 372. Corresponding warning light 361. When the microprocessor 371 is not driven for more than a predetermined time, or the user presses the three control keys 372 again at the same time, the microprocessor 371 will enter the locked state again, so that other people can be arbitrarily changed their settings.

In addition, when the RF communication unit 33 receives the call signal of the portable reader 4, the microprocessor 371 is immediately driven by the call signal, and changes the illumination mode of the illuminated warning light 361, and drives The alarm 362 emits a specific warning sound for the purpose of warning.

The portable readers 4 all have built-in identification code data of the electronic injury tickets 3, and can issue a call signal with a specific identification code for calling the specific electronic injury ticket 3 that has been activated, and can be transmitted through the wired network. The way of the road and/or the wireless network, and the central control device 5 performs data transmission.

The portable reader 4 can sense the data of the electronic injury ticket 3, for example, the identification code and the color light data, and can construct and reconstruct the data for each wounded ticket data read, for example, the registration of the injury identity. Information, injury, emergency treatment status, medical institution scheduled to be sent to the hospital, etc., and the established injury ticket data is transmitted to the central control device 5 for collection, and can receive the collection from the central control device 5 After the injury information. In this embodiment, the portable reader 4 is a PDA capable of sensing/transmitting an RF signal and having a wired network and a wireless network transmission function, but when implemented, the portable reader 4 can also use a mobile phone. Or electronic devices such as notebook computers.

The central control device 5 is mounted on a remote central control center, such as a computer device with wired network and/or wireless network communication functions, and can be read by the wired network and/or wireless network. The device 4 performs data transmission, and can receive and store the wound ticket data sent by each portable reader 4, and then collect the wounded data, and then synchronously send it to all the portable readers 4 to drive the portable reading. The picker 4 updates its ticket data synchronously, that is, the contents of the wound ticket data of all the portable processors 4 are consistent.

The technology for transmitting data between the portable reader 4 and the central control device 5 via a wired network and/or a wireless network is a prior art and therefore will not be described in detail.

When the electronic injury ticket registration system of the present invention is used, the rescue personnel can wear a portable reader 4 and a plurality of electronic injury tickets 3, and after the electronic injury ticket 3 is worn on the injured 900 limb, the control is performed by pressing the control. The key 372 is driven to enable the fingerprint reading unit 35, and then the finger is pressed against the fingerprint reading unit 35 to perform fingerprint reading, thereby driving the microprocessor 371 to enter the unlocked state from the locked state, and then, According to the injury 900 injury, the electronic injury ticket 3 is driven to emit a corresponding color light. At this time, the kinetic energy display unit 34 displays the preset identification code data and the driven color light data, and the ambulance personnel can sense the identification code and the color light data of the electronic injury ticket with the portable reader 4, and Check and document the data that is sensed and read. Finally, the microprocessor 371 is driven to enter the locked state again, and the warning light 361 of the electronic injury ticket 3 starts to continuously flash the warning, and the setting of the electronic injury ticket 3 is completed.

At this point, the ambulance personnel can immediately register the information on the injury ticket data that has been sensed by the portable reader 4, such as the identity information of the injured person, the injury, and the medical institution that is scheduled to be sent to the hospital. If the time is urgent, you can continue to carry out the classification of the next injury 900 and wear the electronic injury ticket. 3 After all the injured 900 have been wearing the electronic injury ticket 3, then the injury data will be supplemented. Registration.

When the ambulance personnel want to register the electronic injury ticket 3 for a specific identification code, or search for the injury 900 wearing the electronic identification ticket 3 with a specific identification code, or search for an electronic device with a specific warning color. When the injury ticket 3 is injured 900, the specific call signal can be sent through the portable reader 4, and the electronic injury ticket 3 driven by the call signal converts the originally blinking warning light 361 into a constant light mode, and the alarm The device 362 also emits a specific warning sound to remind the ambulance personnel to facilitate the ambulance personnel to quickly find the specific injury 900 in the chaotic or dim rescue scene.

When the ambulance personnel have filed the file for the electronic injury ticket 3 in the portable reader 4, the injury data can be immediately transmitted to the wired network and/or the wireless network, whether or not the injury data has been registered. The central control device 5 performs the integration so that the superior unit can immediately control the injury. In addition, in order to prevent different ambulance personnel from repeatedly searching for the injured 900 who has completed the data registration or the injury 900 that has been sent to the medical institution, the central control device 5 will process the injured ticket data received at any time. After that, it is synchronously sent to each portable reader 4, so that all the data of the wounded readers of the portable reader 4 are synchronized, so that all the ambulance personnel can clearly know which electronic wounds 3 have the information of the injured person registered. Completion and which have not been registered, it is convenient for the ambulance personnel to grasp the injury ticket information of all the injured 900 in time, which helps the on-site ambulance personnel to quickly establish and log in all the electronic injury tickets of the injured 900.

In summary, the design of the electronic wound ticket 3 and the design of the data integration and synchronization between the portable reader 4 and the central control device 5 enable the electronic wound registration system of the present invention to be applied. In the emergency rescue at the disaster site, in addition to facilitating the on-site ambulance personnel to find the electronic wound ticket 3 by calling, quickly find the injured person 900 to be rescued, and when the electronic injury ticket 3 is called, the meeting will be Changing the illumination mode of the warning light 361 and causing the alarm 362 to sound an alarm sound greatly enhances the efficiency of the rescuer in finding a victim 900 in a dim environment. In addition, the design of the injury ticket data between the portable reader 4 and the central control device 5 is updated synchronously, which is more conducive to the rapid integration of the injury data, and can greatly improve the rescue efficiency of the injury 900 at the disaster site, Convenient and practical. Therefore, the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

3. . . Electronic injury ticket

30. . . Belt body

31. . . Injury ticket body

32. . . cabinet

33. . . RF communication unit

34. . . Optical kinetic energy display unit

35. . . Fingerprint reading unit

36. . . Warning unit

361. . . Warning Light

362. . . Alarm

37. . . control unit

371. . . microprocessor

372. . . Control button

38. . . Battery unit

39. . . Memory unit

4. . . Portable reader

5. . . Central control equipment

900. . . Injury

1 is a schematic diagram of a preferred embodiment of an electronic wound registration system of the present invention;

Figure 2 is a perspective view of an electronic wound ticket of the preferred embodiment; and

Figure 3 is a functional block diagram of the electronic wound ticket of the preferred embodiment.

3. . . Electronic injury ticket

31. . . Injury ticket body

33. . . RF communication unit

34. . . Optical kinetic energy display unit

35. . . Fingerprint reading unit

36. . . Warning unit

361. . . Warning Light

362. . . Alarm

37. . . control unit

371. . . microprocessor

372. . . Control button

38. . . Battery unit

39. . . Memory unit

4. . . Portable reader

5. . . Central control equipment

Claims (4)

An electronic wound ticket registration system is suitable for being installed between an injured person, an ambulance personnel and a central control center, and includes: a plurality of electronic wound tickets, respectively comprising a belt body that can be worn on the injured person, and a The injury ticket body is mounted on the belt body, and the wound ticket body includes a radio frequency communication unit that can be driven to transmit a radio frequency signal with a specific identification code, a fingerprint reading unit that can be driven to scan and read the fingerprint data, and a a warning unit driven to emit a predetermined color light and a warning sound, a memory unit storing the preset fingerprint data, and a control unit, the control unit receiving the fingerprint data read by the fingerprint reading unit and the memory unit Presetting the fingerprint data, and when the comparison is correct, switching to an unlocking mode that can be driven to set the warning unit; at least two portable readers respectively for the ambulance personnel to carry the mobile, respectively, can communicate with the radio frequency The unit performs radio frequency communication, and separately reads and establishes the injury ticket information of the electronic injury ticket, and can respectively pass the injury ticket data through the wired network and/or the wireless network. Sending externally, and the portable reader can be operated to send a call signal to an electronic wound ticket emitting a specific color light or a specific identification code, and the radio frequency communication unit corresponding to the specific color light or the specific identification coded electronic wound ticket Receiving the call signal, and the control unit of the electronic wound ticket can be driven by the call signal received by the RF communication unit, and driving the warning unit to change the illumination mode and the warning sound mode; and one is disposed in the central control center Control equipment, which can receive and receive the wounded tickets transmitted by these portable readers via wired network and/or wireless network. The raw materials are sent to each portable reader synchronously, so that the portable readers are updated synchronously and have the same injury data. The electronic wound ticket registration system according to claim 1, wherein the control units respectively comprise a microprocessor, and at least one control key electrically connected to the microprocessor, the microprocessor can be The call signal driving received by the RF communication unit drives the warning unit to change the illumination mode and the warning sound mode, and the microprocessor can receive and analyze whether the fingerprint data read by the fingerprint reading unit matches the fingerprint data stored by the memory unit. And when the fingerprint matches, switch to an unlock mode that can be driven by the control button to drive the warning unit to emit a predetermined color light. According to the electronic wound registration system of claim 2, wherein the warning unit comprises three warning lights that can be driven by the microprocessor to respectively change the illumination mode and emit different colors of light, and one can be micro-processed. The alarm is driven by a warning sound. According to the electronic wound registration system of claim 2 or 3, wherein the wound ticket body further comprises an optical kinetic energy display unit capable of inducing light to generate electric energy, and a storage unit capable of storing the optical kinetic energy display unit a battery unit of electrical energy, and the optical kinetic energy display unit is drivable by the microprocessor to display identification code data of the radio frequency communication unit.