TWM457266U - Auxiliary system for interactive acupoint recognition - Google Patents

Description

Auxiliary system for interactive acupoint identification

The present invention relates to an identification aid system, and more particularly to an auxiliary system for interactive acupoint identification.

In traditional Chinese medicine, the teaching of acupuncture-related knowledge is usually assisted by a bronze portrait with acupuncture points. However, because the acupuncture points and meridian distribution of the human body are quite complicated, it is not easy for beginner users to find acupuncture points on the bronze portrait. The location, therefore, often need to cooperate with books or traditional Chinese medicine practitioners, the guidance of the instructors and the theoretical knowledge, so that users can fully learn.

Therefore, a manufacturer provides a device for combining a human body model with a computer to assist teaching, such as a stereoscopic meridian acupoint display and explanation device provided by the new patent No. M384376, including a human body model and a digital device.

The human body model is provided with a sounding device and a light emitting device disposed at each acupuncture point. The digital device is composed of a central processing device, a display device, and an input device. After the user inputs the department name and the disease name through the input device, the display device can display the acupoint name for treating the disease name and arranged according to the conditioning order, and then the central processing device drives the corresponding acupuncture point name according to the conditioning order. The illuminating device emits light, At the same time, the sounding device is driven to operate and sound, and the order of conditioning is described by sound.

Therefore, the user can know the precise position of the acupuncture point through the illumination of the illumination device of the human body model, and the display device can display the disease that can be treated by the acupuncture point, and the sounding device can also transmit the treatment of the disease by voice. Acupoint conditioning order, so it is convenient to learn theoretical knowledge through the cooperation of visual and auditory, and also saves the time to find acupuncture points and read the materials of the books, thus greatly improving the learning effect.

Since the treatment acupoints of each disease are different, the order of conditioning is also different. Therefore, it is an important subject for the user to press or pinch the acupuncture points according to the order of conditioning according to a certain disease in practice. However, users who are generally beginners have higher risk of improving their practical experience through patients, and are more likely to have medical disputes. However, the above-mentioned devices cannot provide simulated meridian conditioning operations, so the auxiliary learning effects in practice still need to be improved.

Therefore, the purpose of the present invention is to provide an auxiliary system for interactive acupoint identification that can provide a simulated meridian conditioning operation to aid learning.

Therefore, the auxiliary system for interactive acupoint identification includes a human body model device and a digital device connected to the human body model device signal.

The mannequin device includes a model housing, and a plurality of acupoint units disposed on the model housing according to the position of the body acupuncture. Each acupoint unit has one that can be driven to output a single representative of the acupoint The sensing element of the acupoint-encoded message and the illuminating member that can be driven to emit light.

The digital device includes an input unit for inputting a disease data, a data storage unit for storing a plurality of treatment data arrays and a plurality of disease data, a central processing unit, and an output unit for outputting a warning message. The input unit, the data storage unit and the output unit are electrically connected to the central processing unit, respectively.

The array of therapeutic data respectively corresponds to the disease data, and each of the treatment data arrays has a plurality of acupoint data sequentially arranged and corresponding to the acupoint-encoded information, and the central processing unit inputs the disease data according to the input unit. And the corresponding processing data array is taken from the data storage unit, and according to the acupoint-encoded information sequentially transmitted by the human body model device, the acupoint information of the therapeutic data array is sequentially compared, and the acupoint-encoded information and the acupoint data are used. When the content is not met, the warning message is outputted by the output unit, and when the number of the warning messages output by the output unit is greater than a predetermined value, the central processing unit sequentially drives the acupoint-encoded message and the acupoint data of the therapeutic data array. Corresponding acupoint unit of the illuminating member.

The utility model has the advantages that the novel model cooperates with the digital device to assist the user to simulate the meridian physiotherapy, thereby assisting the user to memorize the processing order of the disease and the position of the acupuncture point, and when the user turns on When the wrong acupoint unit is inductive, it can provide warning and correction, so it can practice practical operation and has excellent auxiliary teaching effect.

1‧‧‧Human body model device

11‧‧‧Model shell

12‧‧‧ acupoint unit

121‧‧‧Inductive parts

122‧‧‧Lighting parts

13‧‧‧First wireless communication unit

2‧‧‧ digital devices

21‧‧‧ Input unit

22‧‧‧Data storage unit

23‧‧‧Central Processing Unit

24‧‧‧Output unit

25‧‧‧Second wireless communication unit

3‧‧‧Acupoint pulse massage device

31‧‧‧ Third wireless communication unit

32‧‧‧Conductive components

33‧‧‧Control unit

34‧‧‧Power unit

35‧‧‧Shell

Other features and effects of the novel will be referred to the drawings. The embodiment is clearly shown in FIG. 1 is a functional block diagram of one preferred embodiment of the auxiliary system for interactive acupoint recognition of the present invention; and FIG. 2 is a perspective view of the preferred embodiment.

Referring to Figures 1 and 2, a preferred embodiment of the auxiliary system for interactive acupoint identification includes a human body model device 1, a digital device 2 connected to the human body model device 1 signal, and a digital device 2 Signal-connected acupoint pulse massaging device 3.

The human body model device 1 of the present embodiment includes a model housing 11 and a plurality of acupoint units 12 disposed on the model housing 11 at positions corresponding to the acupuncture points of the human body, and a set in the model housing 11 and electrically connected thereto. The first wireless communication unit 13 of the acupuncture unit 12.

Each of the acupoint units 12 has an inductive member 121 that can be driven to output an acupoint-encoded message representative of the acupoint unit 12, and a light-emitting member 122 that can be driven to emit light. In the embodiment, the sensing members 121 are in the form of switches, and the illuminating members 122 are in the form of light emitting diodes (LEDs), but are not limited thereto. Since the circuit design of the acupoint unit 12 and the first wireless communication unit 13 mounted on the model housing 11 is not the focus of the novel creation, it will not be described.

The digital device 2 of the present embodiment includes a central processing unit 23, a second wireless communication unit 25 electrically connected to the central processing unit 23 and connected to the first wireless communication unit 13, and electrically connected to the central processing unit 23, respectively. An input unit 21 and a data storage unit 22 and an output unit 24.

In this embodiment, the digital device 2 is an example of a notebook computer. However, in practice, the digital device 2 can also be a tablet computer, a personal computer, or a mobile phone. And the like, and not limited to the examples of the embodiment.

The input unit 21 of this embodiment is in the form of a keyboard, and can input a disease name data, a point data, an current data and a time data. The disease name data such as cold, stomach pain and other disease names, the acupoint data such as Yongquan point, Yingxiang point and other acupoint names are no longer exemplified, and the current data and the time data are respectively the acupoint pulse massage The magnitude and time of the pulse current output by the device 3 during the electrotherapy massage.

The data storage unit 22 of the embodiment is in the form of a hard disk and can be stored by inputting a plurality of medical data arrays and a plurality of disease data, and the central processing unit 23 can be used to intercept the desired medical data array and disease. Weigh the information. Of course, in practice, the array of therapeutic data and the disease data can also be stored in a cloud server, and the central processing unit 23 can access the array of therapeutic data in the cloud server through the network. And such disease information, therefore, the array of such treatment data and the file storage manner of the disease data are not limited to the examples of the embodiment.

The array of therapeutic data respectively corresponds to the disease data, and each of the treatment data arrays has a plurality of acupoint data arranged in a conditioning order and corresponding to the acupoint-encoded information. For example, if the disease data is, for example, cold, the treatment data array corresponding to the aforementioned disease data has Arranged in order of conditioning and can be used to treat acupoint data of the cold.

The central processing unit 23 of the present embodiment can output an alert message, the array of therapeutic data, and the acupoint data by the output unit 24. In addition, the central processing unit 23 can also drive the illuminating member 122 of the acupoint unit 12 corresponding to the acupuncture point information according to the acupoint data input by the input unit 21.

The output unit 24 of the embodiment is in the form of a display, and outputs the warning message, the acupuncture point data, the treatment data array and the disease name data in the form of a graphic image, and is available for the user to watch. Of course, in the implementation, the output unit 24 can also be in the form of a speaker, and the alarm message, the acupuncture point data, the array of treatment data and the disease name data can be output in a voice manner, and can be listened to by the user. And can be easily used by blind people. In addition, the input unit 21 and the output unit 24 can also be combined with each other and input or output data in the form of a touch panel. Therefore, the input unit 21 and the output unit 24 are not limited to the form disclosed in the embodiment at the time of implementation.

The second wireless communication unit 25 and the first wireless communication unit 13 of the embodiment may be in the form of wireless transmission such as an infrared transmission device or a Bluetooth transmission device, thereby enabling a signal between the human body model device 1 and the digital device 2 connection. Of course, in the implementation, the human body model device 1 and the digital device 2 can also be connected to each other through a wired transmission form such as a transmission line, and is not limited to the example of the embodiment. The circuit design between the input unit 21, the data storage unit 22, the central processing unit 23, the output unit 24, and the second wireless communication unit 25 is not the weight of the novel creation. Point, no longer stated.

The acupoint pulse massaging device 3 of the present embodiment includes a third wireless communication unit 31 connected to the second wireless communication unit 25 of the digital device 2, and a plurality of conductive elements 32 detachably disposed on the user's body. a control unit 33 electrically connected between the third wireless communication unit 31 and the conductive elements 32 to control the current output of the conductive elements 32, a power supply unit 34 electrically connected to the control unit 33 to provide power, and A housing 35 for the third wireless communication unit 31, the conductive elements 32, the control unit 33 and the power unit 34 are mounted.

The third wireless communication unit 31 is mounted in the housing 35 and can be in the form of wireless transmission such as an infrared transmission device or a Bluetooth transmission device, and is further connected to the second wireless communication unit 25 of the digital device 2, of course In practice, the two can also be connected to each other through a wired transmission form such as a transmission line, and will not be described in detail.

The conductive elements 32 are mounted on the housing 35 and electrically connected to the control unit 33, and are driven by the control unit 33 to output a pulse current. In this embodiment, the conductive elements 32 are electrodes, and the conductive elements 32 are detachably attached to the user's body in the form of a patch to provide a pulse massage of the surface layer. Of course, in practice, the conductive elements 32 can also be removably inserted into the body of the user by acupuncture to provide a deep pulse massage, and thus the conductive elements 32 are not limited to the form disclosed in the embodiment.

The control unit 33 is mounted in the housing 35 and is assembled by a microprocessor (Micro Processor) and a programmable logic controller (PLC). And receiving the current data and the time data transmitted by the third wireless communication unit 31, thereby driving the respective conductive elements 32 to control the time or amount of the pulse current output by the conductive elements 32. size. The power supply unit 34 is mounted in the housing 35 and is in the form of a battery. Of course, in the implementation, the power supply input member such as a plug can be electrically connected to the control unit 33 to supply the commercial power. Therefore, the power supply unit is not used in this embodiment. The form of disclosure is limited. Since the circuit design between the third wireless communication unit 31, the conductive elements 32, the control unit 33 and the power supply unit 34 is not the focus of the present invention, it will not be described.

When the present invention is used to simulate the teaching of meridian physiotherapy, a disease name data such as wind chill may be input before the input unit 21. The central processing unit 23 retrieves the medical data array corresponding to the diseased condition data from the data storage unit 22 according to the medical condition data input by the input unit 21.

Then, the user can perform the meridian physiotherapy simulation through the human body model device 1 for the input disease data, that is, sequentially find the disease data on the model shell 11 of the human body model device 1 for treating the disease name. The position of the acupuncture points, and sequentially drives the sensing members 121 of the acupuncture units 12 mounted on the model housing 11 and corresponding to the acupuncture points, and sequentially outputs the acupoint coding information representing the sensing elements 121.

At the same time, the first wireless communication unit 13 sequentially transmits the acupoint-coded message to the second wireless communication unit 25, and the central processing unit 23 can be sequentially transmitted according to the second wireless communication unit 25. The acupoint-encoded message is sequentially compared to the acupoint data of the therapeutic data array. If the acupoint-encoded message is transmitted sequentially and in the array of therapeutic data When the acupoint data of the corresponding sequence is completely consistent, it indicates that the user performs the meridian physiotherapy with the correct acupoint and conditioning order.

However, when the acupoint-encoded message outputted by the sensing component 121 of the driven acupuncture unit 12 does not match the corresponding acupoint data in the therapeutic data array, the central processing unit 23 outputs the alert by the output unit 24. The message informs the user that the driven acupuncture unit 12 is incorrect and deepens the user's impression to achieve the teaching effect.

More importantly, when the user drives the incorrect acupuncture unit 12 several times in succession, and thus the number of warning messages output by the output unit 24 is greater than a predetermined value, the central processing unit 23 will rely on the treatment data. The acupoint data of the array sequentially drives the illuminating member 122 of the acupoint unit 12 corresponding to the acupoint-coded information of the therapeutic data array, thereby informing the user of the position and the order of the acupuncture points for treating the disease. As for the aforementioned predetermined value, it can be adjusted according to actual needs, and there is no need to limit it here.

In addition to the above practical operational learning modes for simulating meridian conditioning, the present embodiment can also be applied to medical care. When the medical device is used for inputting a disease name data before the input unit 21, the central processing unit 23 retrieves corresponding medical data from the data storage unit 22 according to the medical condition data input by the input unit 21. An array is provided, and the acupoint data of the therapeutic data array is output by the output unit 24.

At this time, the user can know the acupuncture points required for treating the disease according to the acupoint data output by the output unit 24, and can also input a current sequentially from the input unit 21 according to each acupoint data. The data and a time data are sequentially applied to the acupuncture points of the aforementioned acupoint data on the user's body.

The current data and the time data sequentially input through the second wireless communication unit 25 of the digital device 2 can be transmitted to the control unit via the third wireless communication unit 31 of the acupressure device 3 33. Finally, the control unit 33 sequentially activates and controls the conductive elements 32 according to the received current data and the time data to generate intermittent pulse currents, and performs electrotherapy massage with a predetermined current magnitude and time. .

In addition to this, the embodiment can also be used to assist in learning theoretical knowledge. When the user drives the sensing component 121 of any of the acupuncture units 12 on the human body model device 1, the sensing component 121 outputs an acupuncture coded message representing the acupoint unit 12, and the acupoint is transmitted through the first wireless communication unit 13. The encoded message is passed to the second wireless communication unit 25.

The central processing unit 23 can then retrieve the corresponding acupoint data in the data storage unit 22, the therapeutic data array having the acupoint data, and the corresponding treatment data according to the acupoint-encoded message transmitted by the second wireless communication unit 25. The disease data of the array is output by the output unit 21. It should be noted that the output unit 21 of the present embodiment outputs the acupuncture point data, the treatment data array and the disease name data in the form of a graphic image for the user to view. Of course, the output unit 21 can also be used. The voice mode is available for the user to listen to. Thereby, the user can learn the name of any acupuncture point of the human body, the name of the disease in which the acupuncture points can be used for treatment, and the name of the acupuncture point required for treating the aforementioned disease.

It is further described that, in the data storage unit 22, a plurality of skeleton materials respectively corresponding to the acupoint data may be stored, and when the user drives the sensing component 121 of any one of the acupoint units 12 on the human body model device 1, The sensing component 121 outputs an acupuncture coded message representing the acupoint unit 12 and transmits the signal to the second wireless communication unit 25. The central processing unit 23 can then retrieve and output the corresponding skeleton data in the data storage unit 22 according to the acupoint coding information. Thereby, the user can also learn the name of the bone corresponding to any acupuncture point of the human body, and thus can further assist the learning.

In addition, after the input of the acupoint data by the input unit 21, the central processing unit 23 drives the illuminating unit 122 of the acupuncture unit 12 corresponding to the acupoint information according to the acupoint data input by the input unit 21. This allows the user to know the exact position of any acupuncture point on the human body.

It can be seen from the above description that the present invention can assist the user to simulate the meridian physiotherapy through the cooperation of the human body model device 1 and the digital device 2, so as to assist the user in memorizing the processing order of the disease and the position of the acupuncture point, and when using When the sensor 121 of the wrong acupoint unit 12 is turned on, the warning and correction can be proposed, and not only the practical operation but also the theoretical knowledge can be learned, so the novel model has the effect of excellent teaching effect. In addition, by the cooperation of the acupoint pulse massaging device 3 and the digital device 2, the magnitude and time of the pulse current generated by the conductive elements 32 can be controlled, and the electrotherapy massage effect is further provided.

However, the above is only the preferred embodiment of the present invention. The scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made in accordance with the scope of the present patent application and the contents of the patent specification are still within the scope of the present patent.

1‧‧‧Human body model device

12‧‧‧ acupoint unit

121‧‧‧Inductive parts

122‧‧‧Lighting parts

13‧‧‧First wireless communication unit

2‧‧‧ digital devices

21‧‧‧ Input unit

22‧‧‧Data storage unit

23‧‧‧Central Processing Unit

24‧‧‧Output unit

25‧‧‧Second wireless communication unit

3‧‧‧Acupoint pulse massage device

31‧‧‧ Third wireless communication unit

32‧‧‧Conductive components

33‧‧‧Control unit

34‧‧‧Power unit

Claims (7)

An auxiliary system for interactive acupoint identification, comprising: a human body model device, comprising a model shell, and a plurality of acupoint units arranged on the model shell according to a position of a human acupuncture point, each acupoint unit having a Driving and outputting a sensing component representing the acupoint-encoded message of the acupoint unit, and a light-emitting component that can be driven to emit light; and a digital device connected to the human body model device signal and including a file for inputting a disease name Input unit, a data storage unit for storing a plurality of treatment data arrays and a plurality of disease data, a central processing unit, and an output unit capable of outputting a warning message, the input unit, the data storage unit and the output The unit is electrically connected to the central processing unit, and the array of therapeutic data respectively corresponds to the diseased data, and each of the therapeutic data arrays has a plurality of acupoint data sequentially arranged and corresponding to the acupoint-encoded information, the central processing unit The data storage unit is based on the medical condition data input by the input unit Obtaining a corresponding array of therapeutic data, and sequentially comparing the acupoint-encoded information transmitted by the human body model device to the acupoint data of the therapeutic data array, and when the acupoint-encoded information and the acupoint data do not match, the output is The unit outputs the warning message, and when the number of the warning messages output by the output unit is greater than a predetermined value, the central processing unit sequentially drives the illuminating parts of the acupoint unit corresponding to the acupoint-coded information and the acupuncture point data of the therapeutic data array. . An auxiliary system for interactive acupoint identification as described in claim 1, wherein The output unit may further output the acupuncture point data, the therapeutic data array and the disease name data, and the central processing unit may retrieve the corresponding acupoint data in the data storage unit according to the acupoint coding information, and have the acupoint data The array of therapeutic data, and the disease data corresponding to the array of therapeutic data described above, are output by the output unit. The auxiliary system for interactive acupoint identification according to claim 1, wherein the input unit is further configured to input a point data, and the central processing unit can drive the acupoint-encoded information corresponding to the acupoint data according to the acupoint data. The illuminating part of the unit. The interactive system for assisting acupuncture identification according to claim 1, wherein the data storage unit is configured to access the medical data array and the medical claim data. The auxiliary system for interactive acupoint identification according to claim 1, wherein the human body model device further comprises a first wireless communication unit disposed in the model housing and electrically connecting the acupoint units, and the digital device further A second wireless communication unit is electrically coupled to the central processing unit and coupled to the first wireless communication unit. The auxiliary system for interactive acupoint identification according to claim 5, further comprising a point pulse massage device, wherein the acupoint pulse massage device comprises a third wireless communication unit connected to the second wireless communication unit signal of the digital device, a conductive element, a control unit electrically connected between the third wireless communication unit and the conductive elements to control current output of the conductive elements, a power supply unit electrically connected to the control unit to provide power, and a power supply unit For the third wireless communication unit, the An electrically conductive element, the control unit and a housing to which the power supply unit is mounted. The auxiliary system for interactive acupoint identification according to claim 6, wherein the input unit is further configured to input a current data and a time data, and the current data and the time data are transmitted through the second wireless communication unit. After the third wireless communication unit of the acupoint pulse massaging device is transmitted to the control unit, the control unit activates and controls the conductive elements according to the received current data and time data.