CN114681313A - Electronic moxibustion equipment falling detection method and device - Google Patents

Abstract

The invention belongs to the accessories of electronic moxibustion equipment, and particularly relates to a method for detecting falling off of electronic moxibustion equipment and a portable electronic moxibustion equipment with falling detection; the method for detecting falling off of electronic moxibustion equipment is characterized in that: it is applied to portable electronic moxibustion equipment. Moxibustion equipment, the method includes acquiring the status information of the current working state of the electronic moxibustion device, and acquiring the shape information of the electronic moxibustion device rolling or falling, if the state information of the electronic moxibustion device is in the moxibustion working state and the shape information is fed back If the electronic moxibustion equipment rolls or falls, the reminder information to remind the electronic moxibustion equipment to be abnormal will be pushed to the pre-associated user terminal. The moxibustion effect on customers avoids the problem of poor user experience caused by the falling off of electronic moxibustion equipment.

Description

Electronic moxibustion equipment falling off detection method and device

technical field

The invention belongs to an accessory of an electronic moxibustion device, and particularly relates to a drop-off detection method of an electronic moxibustion device and a portable electronic moxibustion device with drop-off detection.

Background technique

Moxibustion is a traditional Chinese medicine therapy that directly or indirectly applies appropriate warmth through wormwood to stimulate acupuncture points in the human body. Through the conduction of meridians, it can warm yang, replenish qi, eliminate blood stasis and disperse knots, and keep fit and prevent diseases. It has a history of thousands of years in my country. . Moxibustion box, also known as warm moxibustion box, is the first choice for moxibustion. Because of its small size, simple and convenient operation, it integrates health and disease prevention, treatment and beauty, and has always been favored by family health caregivers. The traditional moxibustion box produces large smoke, is easy to burn, and is inconvenient to use.

Electronic moxibustion is based on traditional Chinese medicine moxibustion principles, combined with modern supercritical extraction, microelectronics, magnetic therapy, far-infrared physiotherapy and other technologies. Electronic moxibustion realizes the functions of intelligent operation, temperature control and time control, no smoke and no fire, directional introduction, transdermal absorption, multi-acupoint same moxibustion, etc. A series of moxibustion methods such as indirect moxibustion, warm acupuncture moxibustion, etc., the use of special moxibustion tablets for different diseases is better, and it also makes up for the shortcomings of traditional moxibustion, such as smoky fire, ashes burns, inconvenient operation, and low efficiency. It is a traditional moxibustion method. Revolutionary innovation.

When the electronic moxibustion equipment is in commercial use, the customer who uses the electronic moxibustion is in a state of rest, for example, it may be in a sleep state, and the electronic moxibustion equipment is attached to the body of the customer, and the problem of falling may occur. , If the electronic moxibustion device falls from the customer and the user is in a sleeping state, it cannot be reported to the clerk in time, which will affect the customer's moxibustion effect and the user's experience will be poor.

SUMMARY OF THE INVENTION

Aiming at the problems existing in the prior art, the present invention designs a drop-off detection method of an electronic moxibustion device and a portable electronic moxibustion device with drop-off detection.

The technical scheme of the present invention is as follows:

A method for detecting the falling off of an electronic moxibustion device is characterized in that: it is applied to a portable electronic moxibustion device, and the method includes acquiring the status information of the current working state of the electronic moxibustion device, and acquiring the shape information of the electronic moxibustion device rolling or falling, If the state information of the electronic moxibustion device is in the moxibustion working state and the shape information feedbacks that the electronic moxibustion device has rolled or dropped, a reminder message to remind the electronic moxibustion device to be abnormal will be pushed to the pre-associated user terminal.

Further, the obtaining state information of the current working state of the electronic moxibustion device includes detecting the temperature of the heating plate of the electronic moxibustion device through a temperature sensor to determine the current working state of the electronic moxibustion device.

Further, the obtaining of the shape information of the electronic moxibustion device rolling or falling includes detecting the shape information of the electronic moxibustion device rolling or falling by using a gyroscope.

Further, it also includes acquiring skin temperature information of the user's skin temperature at the site where the electronic moxibustion device is applied. If the skin temperature information changes and the shape information changes, it is determined that the electronic moxibustion device has rolled or fallen.

Further, the described pushing of the abnormal reminder information of the electronic moxibustion equipment to the pre-associated user terminal includes pushing the abnormal sound information, vibration information or text information of the electronic moxibustion equipment to the user's terminal equipment through the wireless communication network. one or more of.

Further, the user in the reminder information about the abnormality of the electronic moxibustion device being pushed to the pre-managed user terminal is the manager who manages the electronic moxibustion device.

A portable electronic moxibustion device with shedding detection is characterized in that: it includes a working state detection component, which is configured to obtain the status information of the current working state of the electronic moxibustion device, and a shape detection component, which is configured to obtain the electronic moxibustion device. The morphological information of tumbling or falling, the reminder component is configured to notify the pre-associated user terminal if the state information of the electronic moxibustion device is in the moxibustion working state and the morphological information feedback the electronic moxibustion device has tumbled or dropped. Push reminder information to remind the electronic moxibustion equipment to be abnormal.

Further, the working state detection module is configured to obtain the temperature of the heating plate of the portable electronic moxibustion device through a temperature sensor to determine the current working state of the electronic moxibustion device.

Further, the shape detection component is configured to detect whether the portable electronic moxibustion device is flipped or dropped through a gyroscope.

Further, the shape detection assembly is configured to include a position confirmation module and a flip detection module, and the position confirmation module is configured to judge whether the portable electronic moxibustion device is attached to the user's body through the temperature of the skin temperature sensor. , the flip detection module is configured to detect whether the portable electronic moxibustion device is flipped or dropped through the gyroscope.

To sum up, the present invention has the following beneficial effects:

The present invention designs a method for detecting the falling off of an electronic moxibustion device. By obtaining the current working state of the electronic moxibustion device, if the electronic moxibustion device is in the normal working state of moxibustion, the shape information of the electronic moxibustion device is detected. When the morphological information changes, it is determined that the electronic moxibustion device has rolled or dropped, and at this time, a reminder message to remind the electronic moxibustion device to be abnormal is pushed to the pre-associated user terminal. The status of the equipment is confirmed, and combined with the specific usage scenarios, when electronic moxibustion is performed for customers in the store, the electronic moxibustion equipment has a problem of falling off. The pre-connected clerk can obtain reminder information in time, and according to the reminder information, the electronic moxibustion will be sent to the customer. The equipment is confirmed to ensure the moxibustion effect of the electronic moxibustion equipment on customers, and to avoid the problem of poor user experience caused by the falling off of the electronic moxibustion equipment.

Description of drawings

FIG. 1 is a schematic diagram of a scenario according to an exemplary embodiment;

Fig. 2 is a flow chart showing a kind of electronic moxibustion device falling off detection according to an exemplary embodiment;

FIG. 3 is a flow chart showing another kind of electronic moxibustion device falling off detection according to an exemplary embodiment;

4 is a structural diagram of a portable electronic moxibustion device with shedding detection according to an exemplary embodiment;

FIG. 5 is a structural diagram of another portable electronic moxibustion device with drop detection according to an exemplary embodiment.

Detailed ways

In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings of the embodiments of the present invention. Obviously, the described embodiments are some, but not all, embodiments of the present invention. Based on the described embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work fall within the protection scope of the present invention.

FIG. 1 is a schematic diagram of a scenario of an exemplary embodiment of the present disclosure; the implementation environment includes an electronic moxibustion device 1 , a gateway device 2 and a pre-associated user terminal 3 .

The electronic moxibustion device 1 is a device for electronic moxibustion with certain processing and storage capabilities. The electronic moxibustion device includes a processor assembly 10 and a memory 11, and the processing assembly may include one or more processors. The executable instructions stored in the memory are executed to complete various operations of the configuration. Memory is used to store various types of data to support the operations of the processing components. The above-mentioned data includes at least executable instructions for the processor to execute, the electronic moxibustion device also includes a power supply module 12, the power supply module provides energy for the work of the processing component and the memory and the heating sheet, and a network communication module 13, the network communication module and The processor components are connected, and data is transmitted between the network communication module and the gateway device.

The gateway device provides a wireless network, the gateway device can be a router, the corresponding wireless network is a wifi network, and the terminal can be a mobile terminal device such as a mobile phone and a tablet computer, or a smart bracelet, smart watch, etc The wearable device; the electronic moxibustion device can establish a communication connection with the terminal through the gateway device.

Fig. 2 is a flow chart showing a drop-off detection of an electronic moxibustion device according to an exemplary embodiment. The electronic moxibustion device drop-off detection method is characterized in that: applied to a portable electronic moxibustion device, and the method includes:

Step 101: Obtain the status information of the current working status of the electronic moxibustion device,

Step 201: Obtain the shape information of the electronic moxibustion device when it rolls or falls,

Step 301: If the state information of the electronic moxibustion device is in the moxibustion working state and the shape information feedbacks that the electronic moxibustion device has rolled or dropped, push a reminder message to the pre-associated user terminal to remind the electronic moxibustion device to be abnormal.

To sum up, in the method provided in this embodiment, the working state of the electronic moxibustion device is judged according to the state information of the electronic moxibustion device, and the electronic moxibustion device has the following working states during use, for example: The heating plate of the moxibustion device is in a heating process; in the moxibustion state, the heating plate of the electronic moxibustion device is within a working temperature range, and the moxibustion process of the electronic moxibustion is performed at this time. When moxibustion is in the state, the shape information of the electronic moxibustion device is obtained. The shape information mainly feeds back the problem of the electronic moxibustion device rolling or falling. The processing component of the electronic moxibustion device determines that the electronic moxibustion device is in a state according to the state information and shape information. In the state of falling off, at this time, the electronic moxibustion device pushes reminder information to remind the electronic moxibustion device abnormality to the pre-associated user terminal through the gateway device, and the pre-associated user processes the abnormal state of the electronic moxibustion device according to the reminder information. It ensures the moxibustion effect of the electronic moxibustion equipment, and there will be no problem of poor user experience due to falling off.

Further, the step 101: obtaining the status information of the current working state of the electronic moxibustion device, including detecting the temperature of the heating plate of the electronic moxibustion device through a temperature sensor to determine the current working state of the electronic moxibustion device, this The steps mainly use the temperature sensor to detect the temperature of the heating plate of the electronic moxibustion device to determine the working state of the electronic moxibustion device. When the feedback temperature is between 0 and 35°, the electronic moxibustion device is in a heating process, which is In the preheating state, when the feedback temperature is between 36°-45°, the electronic moxibustion equipment is in the process of moxibustion work, which is the moxibustion state. We need to determine whether the electronic moxibustion equipment falls off in the moxibustion state. , so first of all, the electronic moxibustion equipment needs to be in the moxibustion state.

Further, the step 201: obtaining the morphological information of the electronic moxibustion device rolling or falling includes detecting the rolling or falling morphological information of the electronic moxibustion device through a gyroscope. During the process of falling off the moxibustion equipment, there will inevitably be a process of rolling or falling. At this time, the gyroscope installed in the electronic moxibustion equipment will generate relevant signals, and the processing component of the electronic moxibustion equipment will determine the electronic moxibustion equipment according to the signal. The moxibustion device fell off.

Further, according to Figure 3, in order to more accurately detect the shape information of the electronic moxibustion device, on the basis of the aforementioned step 201, it also includes acquiring the skin temperature information of the user's skin temperature at the application site of the electronic moxibustion device, If the skin temperature information changes and the shape information changes, it is determined that the electronic moxibustion device has rolled or dropped. If the body of the client (the moxibustion person) moves, the gyroscope may also generate a signal. It is a state of misjudgment, so the skin temperature information is added to assist. When the electronic moxibustion device is attached to the surface of the human body and works normally, the skin temperature information is fed back. When the electronic moxibustion device falls off, the skin Both the temperature information and the gyroscope will generate information. At this time, the electronic moxibustion device determines that the electronic moxibustion device falls off when the skin temperature information is lost and the gyroscope generates relevant information, which has better accuracy and reduces the probability of misjudgment.

Further, in the step 301, push the abnormal reminder information of the electronic moxibustion equipment to the pre-associated user terminal, including pushing the abnormal sound information, vibration information or vibration information of the electronic moxibustion equipment to the user's terminal equipment through the wireless communication network. One or more kinds of text information; for example: the electronic moxibustion device pushes sound information to the user's terminal through the wireless network, and the sound information is played through the speaker of the user terminal, or the electronic moxibustion device pushes the user's terminal through the wireless network. Vibration information, the vibration information is generated by the vibration module of the user terminal, such as the rotor motor or linear motor installed in the user terminal, or the electronic moxibustion device pushes text information to the user's terminal through the wireless network, and the text information is in the user's terminal. displayed on the display unit.

Further, the user in the reminder information that the electronic moxibustion equipment is abnormally pushed to the pre-managed user terminal is the manager who manages the electronic moxibustion equipment, and the user is limited here because the moxibustion process is a process. During the relaxation process, the client (the moxibustion recipient) may be resting, and the client's terminal may not be carried around. Pushing messages to the client's terminal may not serve as a reminder. Therefore, the electronic moxibustion equipment is not used here. The users in the system are limited to serve as a better reminder.

4 is a schematic structural diagram of a portable electronic moxibustion device disclosed by an exemplary embodiment of the present invention; a portable electronic moxibustion device with drop detection is characterized in that: it includes a working state detection component 14, which is configured as To obtain the state information of the current working state of the electronic moxibustion device, the shape detection component 15 is configured to obtain the shape information of the electronic moxibustion device that rolls or falls, and the reminder component 16 is configured to be if the state information of the electronic moxibustion device is in If the moxibustion is in working state and the shape information feedbacks that the electronic moxibustion device has rolled or dropped, a reminder message to remind the electronic moxibustion device to be abnormal will be pushed to the pre-associated user terminal.

To sum up, the portable electronic moxibustion device provided by this embodiment determines whether the electronic moxibustion device falls off through the working state detection component and the shape detection component. The reminder information solves the problem of poor moxibustion effect and poor user experience caused by the falling off of the electronic moxibustion equipment.

Further, the working state detection module 14 is configured to obtain the temperature of the heating plate of the portable electronic moxibustion device through the temperature sensor 110 to judge the working state of the current electronic moxibustion device, and the temperature sensor obtains the temperature of the electronic moxibustion device. The temperature of the heating plate is fed back to the processor component, and the processor component determines the working state of the electronic moxibustion device according to the range of the temperature value, and makes the next step judgment according to the working state.

Further, the shape detection component 15 is configured to detect whether the portable electronic moxibustion device is turned over or dropped through the gyroscope 220. In this embodiment, the electronic moxibustion device is turned over or dropped by the gyroscope. When the electronic moxibustion device is attached to the surface of the human body, it is basically in a stable state. At this time, the gyroscope in the electronic moxibustion device will not generate a signal to the processor component. When the electronic moxibustion device When it falls off the surface of the human body, the phenomenon of flipping or falling will inevitably occur. During this movement, the gyroscope will generate a signal to the processor component, and the processor component will determine the problem of falling off of the electronic moxibustion device according to the signal.

Further, referring to the configuration diagram of the portable electronic moxibustion device described in FIG. 5; the shape detection component 2 is configured to include a position confirmation module 221 and a flip detection module 223, and the position confirmation module 221 is configured to pass the skin. The temperature of the temperature sensor 2210 is used to judge whether the portable electronic moxibustion device is attached to the user's body, and the flip detection module 223 is configured to detect whether the portable electronic moxibustion device is turned over or dropped through the gyroscope 220, which is further made here. The improvement has improved the detection accuracy better. Here, a position confirmation module is introduced to detect whether the electronic moxibustion device is attached to the surface of the human body. It mainly detects the temperature of the human body through the skin temperature sensor. When the electronic moxibustion device falls off After that, it will not be attached to the surface of the human body. At this time, the skin temperature sensor will lose its reading, that is, no signal will be fed back to the processor component. On this basis, combined with the signal of the gyroscope in the flip detection module, the It is more accurate to judge whether the electronic moxibustion device has fallen off.

The reminder component 3 is configured to push a notification to a pre-associated user terminal to remind the electronic moxibustion device that the electronic moxibustion device is abnormal if the state information of the electronic moxibustion device is in the moxibustion working state and the morphological information feedbacks that the electronic moxibustion device has rolled or dropped. Reminder information. In this embodiment, the reminder component is a user's terminal, such as a mobile phone, a computer, a digital broadcasting terminal, a tablet device, and other electronic devices. The reminder information can be one or more of sound information, vibration information, or text information. It can be a single type of information, or a combination of multiple types of information. The sound information and vibration information are mainly used to attract the user's attention, so that the user can notice the problem that the electronic moxibustion device has fallen off, and the text information It is used to feed back more accurate information, for example, multiple electronic moxibustion devices may be used during the moxibustion process, and the text information can feedback that the electronic moxibustion device of which acupoint has fallen off or the electronic moxibustion device of that number has fallen off. , the user can process more quickly.

To sum up, the present invention has the following beneficial effects:

The present invention designs a method for detecting the falling off of an electronic moxibustion device. By obtaining the current working state of the electronic moxibustion device, if the electronic moxibustion device is in the normal working state of moxibustion, the shape information of the electronic moxibustion device is detected. When the morphological information changes, it is determined that the electronic moxibustion device has rolled or dropped, and at this time, a reminder message to remind the electronic moxibustion device to be abnormal is pushed to the pre-associated user terminal. The status of the equipment is confirmed, and combined with the specific usage scenarios, when electronic moxibustion is performed for customers in the store, the electronic moxibustion equipment has a problem of falling off. The pre-connected clerk can obtain reminder information in time, and according to the reminder information, the electronic moxibustion will be sent to the customer. The equipment is confirmed to ensure the moxibustion effect of the electronic moxibustion equipment on customers, and to avoid the problem of poor user experience caused by the falling off of the electronic moxibustion equipment.

Claims (10)

1. Electronic moxibustion equipment drops detection method, its characterized in that: be applied to portable electron moxibustion equipment, the method includes the status information who obtains electron moxibustion equipment current operating condition, obtains the form information that electron moxibustion equipment took place to roll or drop, if the status information of electron moxibustion equipment is in moxa-moxibustion operating condition and form information feedback electron moxibustion equipment takes place to roll or drop, then reminds the unusual warning information of electron moxibustion equipment to the user terminal propelling movement of pre-association.

2. The fall-off detection method of an electronic moxibustion device according to claim 1, characterized in that: the acquiring of the state information of the current working state of the electronic moxibustion device comprises the step of detecting the temperature of a heating plate of the electronic moxibustion device through a temperature sensor to judge the current working state of the electronic moxibustion device.

3. The method for detecting falling off of an electronic moxibustion device according to claim 1, characterized in that: the method comprises the steps of acquiring the form information of the tumbling or dropping of the electronic moxibustion equipment, and detecting the form information of the tumbling or dropping of the electronic moxibustion equipment through a gyroscope.

4. The fall-off detection method of an electronic moxibustion device according to any one of claims 1 or 3, characterized in that: the electronic moxibustion equipment further comprises skin temperature information of the skin temperature of a user at the position where the electronic moxibustion equipment is attached, and if the skin temperature information changes and the form information changes, the electronic moxibustion equipment is judged to roll or fall.

5. The fall-off detection method of an electronic moxibustion device according to claim 1, characterized in that: the reminding information of the abnormity of the electronic moxibustion equipment is pushed to the pre-associated user terminal, and comprises one or more of sound information, vibration information or character information of the abnormity of the dropping of the electronic moxibustion equipment, which is pushed to the terminal equipment of the user through a wireless communication network.

6. The method for detecting the falling off of the electronic moxibustion device according to any one of claims 1 or 5, wherein the user in the reminding information of the abnormality of the electronic moxibustion device pushed to the pre-managed user terminal is a manager who manages the electronic moxibustion device.

7. The utility model provides a portable electron moxibustion equipment with detection that drops which characterized in that: the electronic moxibustion device comprises an operating state detection component, a form detection component and a reminding component, wherein the operating state detection component is configured to acquire state information of the current operating state of the electronic moxibustion device, the form detection component is configured to acquire form information of tumbling or dropping of the electronic moxibustion device, and the reminding component is configured to push reminding information of reminding abnormality of the electronic moxibustion device to a pre-associated user terminal if the state information of the electronic moxibustion device is in a moxibustion operating state and the form information feeds back that the electronic moxibustion device has been tumbled or dropped.

8. A portable electronic moxibustion device with dropout detection as defined in claim 7, characterized in that: the working state detection module is configured to acquire the temperature of a heating plate of the portable electronic moxibustion device through a temperature sensor to judge the current working state of the electronic moxibustion device.

9. A portable electronic moxibustion device with fall-off detection according to claim 7, characterized in that: the form detection component is configured to detect whether the portable electronic moxibustion device is turned or dropped or not through the gyroscope.

10. A portable electronic moxibustion device with dropout detection as defined in claim 7, characterized in that: the form detection assembly is configured to comprise a position confirmation module and a turnover detection module, the position confirmation module is configured to judge whether the portable electronic moxibustion device is applied to the body of a user or not according to the temperature of the skin temperature sensor, and the turnover detection module is configured to detect whether the portable electronic moxibustion device is turned over or falls off or not through a gyroscope.

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