TWM522433U - Smart doctor round system - Google Patents

Description

Smart patrol system

The invention relates to a medical record system, in particular to a smart patrol system capable of automatically positioning and providing medical records.

In the era of perfect medical system, the flood of people's medical treatment has led to an increase in the workload of physicians, which has greatly reduced the quality of medical care, and the excessive workload of physicians often involves many decision-making mistakes.

The patrol room, a seemingly simple behavior, but the process is not easy, the early patrol method is to push the car's medical record of the whole car by the nursing staff, follow the doctor's patrol room, electronically with the medical record and introduce the action nursing After the car, change to the notebook computer on the mobile care car to inquire about medical records. However, for doctors, in the routine ward rounding process, the action nursing car loses its lightness and convenience, and needs to memorize a large amount of patrol room information. After the patrol room is completed, the patrol process will be based on its memory content. Entering computer records is a very frustrating thing.

With the advancement of technology, smart electronic products have become quite popular. How to apply smart products to the medical system to improve the burden and workload of doctors' patrol room is the direction of the current development of the medical system.

Therefore, the purpose of the present invention is to provide a smart patrol system that automatically locates the location of the patrol and accesses the medical records.

Therefore, the novel intelligent patrol room system comprises a plurality of location nodes distributed in a hospital and capable of issuing a location signal, a smart glasses for the physician to wear, and a server for wireless communication with the smart glasses. The server includes a medical record database, a cruise room scheduling module, a physician positioning module, and a medical record pushing module. The medical record database has a plurality of medical record files respectively set with a bed information, and the patrol room scheduling module is operable to generate a patrol room work, wherein the patrol room work can input a plurality of bed information, and the doctor positioning module The position of the smart glasses in the hospital can be calculated according to the plurality of positioning signals transmitted by the smart glasses, and the at least one bed information adjacent to the position is compared from the work of the patrol room, and the medical record pushing module can be The medical record corresponding to the bed information that is compared with the physician positioning module is retrieved from the medical record database, and the medical record file is transmitted to the smart glasses. The smart glasses include a positioning sensor, a display, and a glasses controller. The positioning sensor can wirelessly sense the position signals of the position nodes, and respectively output a positioning signal, and the display is transparent. The lens controller is disposed in front of the physician's eyes, and the glasses controller is connected to the positioning sensor and the display, can transmit the positioning signals to the server, and control the display to display the medical record file.

The function of the novel is: through the design of the location node, the smart glasses and the server, the novel smart patrol system can automatically locate the doctor during the doctor's patrol process, and before the doctor enters the ward Providing the patient's medical record file to the smart glasses for the doctor to pre-view, which really helps to improve the burden of the doctor's patrol room.

Referring to Figures 1, 2, and 3, an embodiment of the present smart cruise system is suitable for implementation in a hospital 700 and can perform video communication with a plurality of communication devices 900 having a plurality of wards 701.

The smart patrol system includes a plurality of location nodes 3 respectively installed at the gates of the wards 701 and capable of wirelessly transmitting a location signal at a time, one for a physician 800 and capable of wirelessly communicating with the location nodes 3 The smart glasses 4, a server 5 capable of wirelessly communicating with the smart glasses 4, and a plurality of physiological monitoring bracelets 6 respectively for being worn by a plurality of patient hands and capable of wirelessly communicating with the server 5. Since the smart glasses 4 can communicate with the server 5 in a variety of ways, such as wifi, ZigBee, etc., and are not the focus of the present invention, they will not be described in detail.

It should be noted that, in implementation, the smart patrol system can include a plurality of smart glasses 4, and can be used by a plurality of physicians 800 or medical personnel respectively. This embodiment is described by taking only one smart glasses 4 as an example. Therefore, the implementation is not limited to this.

In this embodiment, the location nodes 3 are low-power Bluetooth hardware devices iBeacon developed by Apple, which are respectively disposed at the door of each ward 701, and can wirelessly transmit a wireless sense for the smart glasses 4 at a time. Measure the received position signal. In this embodiment, the smart glasses 4 are located according to the Received Signal Strength Indication (RSSI) of the position signals received by the smart glasses 4, so that there are many types of location nodes 3 that can be applied, so when implemented It is not limited to the types described in the examples.

Referring to Figures 2, 3 and 4, the smart glasses 4 include a frame 41 that can be worn on the head of the physician 800, and a positioning sensor 42, a display 43, and a lens respectively mounted to the frame 41. An image capture device 44, a pickup 45, an earphone 46, a touch controller 47 and a glasses controller 48.

The position sensor 42 can be driven by the glasses controller 48 to wirelessly receive the position signal transmitted by the position nodes 3, and can output a positioning signal corresponding to the position signal strength received by the position sensor.

The display 43 has a lens 431 that is visible in front of the physician's 800 eye and is viewable by the eyeglass controller 48 and displays an output image on the lens 431, for example, by projecting the lens 431 through micro-projection techniques. Alternatively, the lens 431 is directly driven by the liquid crystal display to display an image. However, the implementation of the display 43 and the display mode are not limited thereto.

The image capturing device 44 is disposed on the front side of the frame 41, and can be controlled by the eyeglass controller 48 to capture the image of the scene in front of the frame 41, and output image information, and the image information content outputted is the physician. 800 images shown in the eye. The pickup 45 can capture the speech of the physician 800 and the surrounding sound, and output a sound information.

The earphone 46 is disposed at the rear end of the frame 41 and can be used to output sound. In this embodiment, the earphone 46 is a bone conduction type earphone, which is placed against the ear bone above the ear, but can also be changed into an earphone type earphone when implemented. The touch controller 47 is exposed on the outer side of the front end of the frame 41 for touch operation to control the glasses controller 48, that is, the glasses controller 48 can be controlled to control the positioning sensor 42, the display 43, The image capture unit 44, the pickup 45 and the earphone 46 operate.

Since the positioning sensor 42 is disposed on the frame 41, the display 43, the image capturing device 44, the pickup 45, the earphone 46 and the touch sensor 47 are of the prior art, and are of various types, such as Google. Glass, SiME glasses and Moverio BT-200, etc., are therefore not described in detail, and are not limited to the style of the drawings.

The glasses controller 48 is embedded in the frame 41, and the signal is connected to the positioning sensor 42, the display 43, the image capturing device 44, the pickup 45, the earphone 46 and the touch sensor 47, The utility model comprises a patrol room positioning module 481, a medical record output module 482, an identity recognition request module 483, a voice memo module 484, a medical record module 485, and a video module 486.

The patrol room positioning module 481 can continuously sense and receive the position signal sent by the plurality of location nodes 3 around the smart glasses 4, and correspondingly send a positioning signal according to the received strength of the position signal. The server 5 is provided to the server 5 for positioning of the smart glasses 4. The medical record output module 482 can control the display 43 to display the medical record file received from the server 5.

The identity recognition request module 483 can be activated to drive the image capture device 44 to capture an image information, and send an identity identification request with the image information to the server 5 to request the server. 5 Identify the identity of the person in the image information.

The voice memo module 484 can be activated to drive the pickup 45 to extract a sound information, and can send a voice memo request with the voice information and associated with the medical record file currently displayed by the display 43 to the servo. The device 5 is configured to request the server 5 to establish a voice memo file in the associated medical record file.

The medical recording module 485 can be activated to drive the image capturing device 44 and the pickup 45 to respectively output the image information and the sound information, and integrate the image information and the sound information into a medical record information. And sending a medical record request with the medical record information and associated with the medical record file displayed by the display 43 to the server 5, thereby requesting the server 5 to establish a medical record file in the associated medical record file. .

The video module 486 can be activated to send a video request associated with the medical record file currently displayed by the display 43 to the server 5, so that the server 5 is required to connect to the associated medical record file. A communication device 900, such as the communication device 900 of the attending physician. The video module 486 integrates the image information and the sound information into a video information, and transmits the information to the server 5 for transmission to the communication device 900, and drives the display 43 and the earphone 46 to output the server. 5 transmitting the video information of the communication device 900 for the physician 800 to watch and listen.

The physiological monitoring bracelets 6 are respectively worn on a patient's arm, and the server 5 can wirelessly input a medical record number for identifying the patient, and can be used to measure the physiological parameters of the patient. For example, heart rate, blood oxygen concentration, myoelectric signal and number of sleep turns, etc., and correspondingly output a physiological information with the medical record number, but when implemented, the type of physiological parameters monitored is not limited to the above types.

The server 5 includes a medical record database 51, a patrol room scheduling module 52, a physician positioning module 53, a medical record pushing module 54, a patient identification module 55, and a video recording module 56. A video control module 57 and a physiological information recording module 58.

The medical record database 51 has a plurality of medical record files respectively set with a medical record number, and each medical record file has a bed information corresponding to one of the wards 701, a facial feature parameter, and a video communication setting. The medical records of these patients are stored in the medical records of each patient. If a patient is currently in hospital, the medical records will be filled with the information of the bed. The facial feature parameter has a plurality of facial features of the corresponding patient, which are used to identify the patient's identity. The video communication is set as the communication device 900 used by the attending physician of the patient, or the communication method of the communication device 900 used by other physicians responsible for assisting the treatment.

The patrol room scheduling module 52 is operable by the physician 800 to generate a patrol work, and the patrol work can be used to input a plurality of bed information, for example, according to the bed of the patient in charge thereof, and input corresponding bed information.

The physician positioning module 53 includes a positioning unit 531 and a bed alignment unit 532. The positioning unit 531 has a hospital map (not shown) for the hospital 700, and can analyze the positioning signals transmitted by the smart glasses 4 through the RSSI positioning technology, and calculate the smart glasses 4 and the location nodes. A distance of 3, and then the position of the smart glasses 4 relative to the wards 701 is obtained by a three-point positioning technique, and the location of the smart glasses 4 is marked in the hospital map for the relevant personnel to control the 800 tracks of the physician.

The bed aligning unit 532 can compare the position of the ward 701 when the position of the positioning unit 531 is within a certain distance outside the door of one of the wards 701, for example, 100 cm outside the door of a ward 701. All bed information, and further information on whether the bed information is one of the beds in the work of the tour. If not, no other action will be generated; if the information of a bed in the ward 701 is the same as the information of one of the beds in the ward, it means that the ward 701 has the patient 800 arranging the patient to be patrolled. The medical record pushing module 54 is triggered to be activated, and the hospital bed information is transmitted to the medical record pushing module 54.

The medical record pushing module 54 can be activated, and according to all the bed information transmitted by the bed comparing unit 532, the corresponding medical record files are retrieved from the medical record database 51, and all the medical records of the selected medical records are pushed. The broadcast is transmitted to the smart glasses 4.

The patient identification module 55 can be triggered by the identity recognition request, and the facial image is extracted from the image information that is required to be captured by the identity recognition, and image processing is performed on the facial image, for example, the image information is performed. Valued or grayscaled processing, noise removal, edge detection processing, and facial image capture, facial symmetry analysis, facial shape analysis, and facial feature position analysis, etc., to extract the image information Multiple facial features of the face. Then, according to the facial features, the facial feature parameters of the medical record files are compared to see whether there are facial feature parameters having the facial features. If yes, the medical record file corresponding to the facial feature parameter can be further retrieved, and the medical record file is transmitted to the smart glasses 4 for viewing by the physician 800 wearing the smart glasses 4.

The video recording module 56 can be triggered by the voice memo request, and an audio memo file having the voice information entrained by the voice memo request is created in the associated medical record file. In addition, the video recording module 56 can also be requested by the medical record, and a medical record file having the video and audio information entrained by the medical record request is established in the associated medical record file.

The video control module 57 can be triggered by the video request, and according to the video communication setting of the medical record file associated with the video request, the smart phone 4 and the corresponding communication device 900 are dialed to make the smart glasses 4 The communication device 900 can perform a video conversation, and the video control module 57 can mutually transmit the video information between the two.

The physiological information recording module 58 can receive the physiological information of the physiological monitoring bracelets by wireless sensing, and store the physiological information in the medical record file corresponding to the medical record number.

Referring to Figures 1, 3 and 4, when the smart patrol system is used, the location nodes 3 are arranged at the door 701 of the hospital 700, and the smart glasses 4 are wirelessly communicated with the server 5, the physician 800 can wear the smart glasses 4 on the head, and can directly operate the patrol room scheduling module 52 of the server 5 according to the patient scheduled to patrol, or use the mobile device or other electronic device via the Internet. The server or the wireless network connects the server 5 to operate the patrol room scheduling module 52, thereby establishing a patrol room work, and inputting information about the bed of the patient to be patrolled in the patrol work. In addition to the information on the beds, the contents of the patrol room can also be used to input and set the starting and ending time of the patrol work. However, the implementation of the patrol room is not limited to this.

When the doctor 800 wears the smart glasses 4 to patrol the room, the smart glasses 4 sense the position signal of the surrounding location node 3 at any time, and correspondingly send the positioning signals to the Server 5. The physician positioning module 53 of the server 5 analyzes the positioning signals to locate the position of the physician 800 wearing the smart glasses 4 relative to the wards 701. And if it is determined that the physician 800 is located within a certain distance outside the door of a ward 701, whether the information about the beds of the patrol room is related to the ward 701, and if so, the medical record pushing module 54 The medical record of all the bed information corresponding to the work of the ward is transmitted to the smart glasses 4, so that the smart glasses 4 display all the medical records on the display 43, and the doctor 800 can operate the touch controller. 47 to select the medical record file to be opened, and to check the physiological information changes recorded in the corresponding physiological monitoring bracelet 6. Since the display 43 is designed to be a see-through lens, it does not affect the physician 800 to diagnose the patient.

By this design, before the physician 800 enters the ward 701, the relevant medical records can be provided to the physician 800 in advance, and other medical personnel accompanying the medical staff do not need to carry a mobile computer or a medical vehicle.

In addition, when the physician 800 needs to perform voice remarks on the condition diagnosis result of the patient corresponding to the opened medical record file, the touch controller 47 can be operated to activate the voice remarking module 484, and the voice remarking module 484 can be During the startup, the recording of the speech of the physician 800 is recorded to generate the voice information, and the voice memo request is transmitted to the server 5. The audio recording module 56 creates the voice memo file in the corresponding medical record file for The physician 800 will start listening later. When the physician 800 needs to record the process of treating or treating the patient in detail, the touch controller 47 can be operated to open the medical record module 485, and the medical record module 485 records the video information and is sent during being turned on. The medical record request is sent to the server 5 to drive the video recording module 56 to establish the medical record file in the corresponding medical record file.

When the physician 800 encounters a patient in the hospital 700 that needs emergency treatment but is not recognized, the touch controller 47 can be operated to open the identity recognition request module 483 and capture the image of the smart glasses 4 The device 44 is aligned with the patient's face, and the identity recognition request module 483 can send the identity recognition request to the server 5. The patient identification module 55 can extract a plurality of facial features of the patient in the image information entrained by the identity identification and compare the facial feature parameters of the medical record files. If the corresponding facial feature parameter is compared, the medical record pushing module 54 transmits the corresponding medical record file to the smart glasses 4, and the physician 800 can open the medical record file to check the medical record of the patient and A medical history, and the possible cause of the patient can be immediately determined, and appropriate medical measures can be taken, or the attending physician 800 can be notified to handle it.

When the physician 800 is unable to handle the condition of the patient and needs to contact the attending physician or other physician for assistance, the physician 800 can operate the touch controller 47 to activate the video module 486, and the video module 486 will issue the disease. The video request corresponding to the medical record file belongs to the server 5. The video control module 57 of the server 5 connects to the corresponding communication device 900 according to the video communication setting of the medical record file, so that the physician 800 wearing the smart glasses 4 can hold the communication device 900. Another medical staff member is conducting video communication.

Since the smart glasses 4 are worn on the head of the physician 800, and the image capture device 44 is located at the front end of the frame 41, the physician 800 can hold the communication device 900 without affecting the hand movements. The medical staff communicates, and the medical staff using the communication device 900 can view the patient from the perspective of the physician 800, so that the doctor's order and the instruction can be accurately issued, and the patient's condition can be clearly known and processed by the physician 800 in real time. In this case, the problem of information asymmetry caused by retelling or speech can be reduced, and the medical staff can also instruct the physician 800 how to handle it and rush to the scene at the same time.

Furthermore, the more skilled physician 800 can also activate the communication device 900 of the other senior physician by initiating the video function of the smart glasses 4, and the senior physician 800 can directly teach the video through the video mode. Physician 800 how to treat patients, but also has a teaching function.

In summary, through the design of the location node 3, the smart glasses 4 and the server 5, the novel smart patrol system can automatically locate the position of the physician 800 during the patrol of the physician 800, and Before the physician 800 enters the ward 701, it is quite convenient to provide the medical record file of the patient to be patrolled to the smart glasses 4 in advance for viewing by the physician 800. The physician 800 can perform voice remarks and medical records at any time during the patrol or treatment process, so that the voice remarks in the medical records can be opened to write a patrol record or a doctor's order, without time-consuming and laborious memory. The medical records recorded or issued during the patrol process, and the medical records can be used by doctors, patients or their families to verify the diagnosis and treatment process in the future when a medical dispute occurs.

Furthermore, the smart glasses 4 can also request the server 5 to recognize the facial features of the patient to identify the patient's identity, and provide the patient's medical record file design immediately, so that the medical staff can find the patient's temporary need In the emergency treatment, the medical records of the patient's medical treatment can be quickly grasped, and appropriate emergency treatment can be made immediately. In addition, when the medical staff equipped with the smart glasses 4 needs to request support from other medical personnel during the diagnosis and treatment of the patient, the video function of the smart glasses 4 can be activated, and the server 5 is required to connect to the patient's medical record file. The preset communication equipment 900 of other medical personnel enables other medical personnel to accurately view the patient's condition and instructions through the perspective of the on-site medical staff, and is an innovative remote medical design. Therefore, the novel intelligent patrol system does help to improve the burden of the doctor's patrol room, and indeed achieves the purpose of the novel.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

3‧‧‧Location node
4‧‧‧Wisdom glasses
41‧‧‧ frames
42‧‧‧ Positioning Sensor
43‧‧‧ display
431‧‧‧ lenses
44‧‧‧Image capture device
45‧‧‧ pickups
46‧‧‧ headphones
47‧‧‧ touch controller
48‧‧‧ glasses controller
481‧‧‧Roofing Positioning Module
482‧‧‧ medical record output module
483‧‧‧ Identity Identification Module
484‧‧‧Voice Remarks Module
485‧‧ medical record module
486‧‧‧Video Module
5‧‧‧Server
51‧‧‧ medical record database
52‧‧‧Cruise House Scheduling Module
53‧‧‧Physician Positioning Module
531‧‧‧ Positioning unit
532‧‧ ‧ bed comparison unit
54‧‧‧ medical record push module
55‧‧‧Disease Identification Module
56‧‧‧Video Recording Module
57‧‧‧Video Control Module
58‧‧‧Physical Information Recording Module
6‧‧‧Physical monitoring bracelet
700‧‧‧ hospital
701‧‧ ward
800‧‧‧Physician
900‧‧‧Communication equipment

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a schematic structural diagram of one embodiment of the present smart cruise system; FIG. 2 is a wisdom of the embodiment. 3 is a perspective view of a plurality of position nodes of the embodiment installed in a plurality of wards; and FIG. 4 is a functional block diagram of the embodiment.

3‧‧‧Location node

4‧‧‧Wisdom glasses

41‧‧‧ frames

431‧‧‧ lenses

44‧‧‧Image capture device

45‧‧‧ pickups

46‧‧‧ headphones

47‧‧‧ touch controller

5‧‧‧Server

6‧‧‧Physical monitoring bracelet

900‧‧‧Communication equipment

Claims (10)

A smart patrol system comprising a plurality of location nodes distributed in a hospital and capable of transmitting a location signal, a smart glasses for the physician to wear, and a server for wirelessly communicating with the smart glasses, wherein: The server includes: a medical record database having a plurality of medical record files respectively set with a bed information, and a patrol room scheduling module, which is operable to generate a patrol room work, and the patrol room work can input multiple bed information. a physician positioning module, which can calculate the location of the smart glasses in the hospital according to the plurality of positioning signals transmitted by the smart glasses, and compare at least one bed information adjacent to the position from the working of the patrol room, And a medical record pushing module, which can be triggered to start, and the medical record file corresponding to the bed information that is compared with the doctor positioning module is retrieved from the medical record database, and the medical record file is transmitted to the smart glasses. The smart glasses include: a positioning sensor capable of wirelessly sensing the position signals of the position nodes, and corresponding outputs respectively a positioning signal, a display fluoroscopically disposed in front of the physician's eyes, and a glasses controller, the signal is coupled to the positioning sensor and the display, the positioning signals can be transmitted to the server, and the control The display shows the medical record file. The smart patrol system of claim 1, wherein the positioning sensor outputs the positioning signal according to the received signal strength of the received position signal, and the physician positioning module is represented by the positioning signal. The received signal strength calculates the distance between the smart glasses and the location nodes, and locates the smart glasses. The smart patrol system according to claim 1 or 2, wherein the hospital has a plurality of wards, wherein the information of the beds of the medical records is respectively corresponding to the wards, and the location nodes are respectively installed in the wards At the door, the physician positioning module includes a positioning unit that can position the smart glasses relative to the positions of the wards according to the positioning signals, and a bed comparison unit, wherein the bed alignment unit can be positioned at the positioning unit The location triggers the initiation of the medical record push module when a certain distance of the ward corresponding to one of the bed information of the patrol room is within a certain distance range. The smart patrol system of claim 1, wherein the smart glasses further comprise an image capture device for extracting an image information, the glasses controller having a control locator for transmitting the locator a patrol room positioning module for positioning signals, a medical record output module for controlling the display of the medical record file, and an identity recognition request module, the identity recognition request module being activated to drive the image capture The device extracts the image information and sends an identity identification request with the image information to the server. The medical record files of the medical record database are respectively set with a facial feature parameter, and the server further includes a a patient identification module, wherein the patient identification module is triggered by the identity recognition request, and extracting a plurality of facial features of the facial image in the image information, and comparing the same from the medical record database The medical record file of the facial feature parameter of the facial feature, the medical record pushing module transmits the medical record file to the smart glasses. The smart patrol system of claim 4, wherein the smart glasses further comprise a pickup connected to the glasses controller, the glasses controller further comprising a voice remarking module, the voice remarking module being activated And driving the pickup device to extract a sound information, and sending a voice comment request with the sound information and associated with a medical record file to the server, the server further comprising a voice memo request triggering, and A video recording module for storing a voice memo file of the voice information is created in the corresponding medical record file. The smart patrol system of claim 5, wherein the glasses controller further comprises a medical record module, the medical record module being activated to drive the image capture device to capture and output the image information, and to drive The pickup device extracts the sound information, and combines the image information with the sound information to form a video information, and sends a medical record request with the video information and associated with a medical record file to the server, the audio and video The recording module can be triggered by the medical record request, and a medical record file storing the video information is created in the associated medical record file. The smart patrol system of claim 5, wherein the glasses controller further has a video module, and the video module can be activated to issue a video request corresponding to the medical record file displayed on the display to the server. And outputting video information having the image information and the sound information to the server, and the medical record files respectively have at least one built-in connection for connecting the smart glasses and a communication device for video communication. The video communication device further includes a video control module, the video control module is triggered by the video request, and the video module is connected to the communication device according to the video communication setting of the corresponding medical record file. And transmitting the video information transmitted by the video module to the communication device, the smart glasses further comprising an earphone, wherein the video module can control the display and the earphone to output a video information transmitted by the communication device. The smart patrol system of claim 6 or 7, wherein the smart glasses further comprise a touch controller that is connected to the glasses controller and can be touch operated to control the glasses controller. The smart patrol system of claim 3, wherein the positioning unit has a hospital map marked with the wards, and the location of the smart glasses to which the spectacles are located is indicated in the hospital map. The smart patrol system according to claim 5, further comprising a plurality of physiological monitoring bracelets for respectively wearing a patient and sensing physiological parameters of the respective patients and outputting a physiological information The server further includes a physiological information recording module capable of wirelessly receiving the physiological information of the physiological monitoring wristband and recording the physiological information in the medical record file of the patient.