WO2018006839A1

WO2018006839A1 - Sitting posture monitoring apparatus and lighting apparatus

Info

Publication number: WO2018006839A1
Application number: PCT/CN2017/091882
Authority: WO
Inventors: 许星星
Original assignee: 欧普照明股份有限公司
Priority date: 2016-07-06
Filing date: 2017-07-05
Publication date: 2018-01-11
Also published as: CN206039809U

Abstract

A sitting posture monitoring apparatus (20) and a lighting apparatus. The sitting posture monitoring apparatus (20) is coupled to a main apparatus (10) of the lighting apparatus and/or an associated monitoring apparatus, and communicates therewith. The sitting posture monitoring apparatus (20) comprises a housing (21), a monitoring device (24), a data storage device (23), a power supply device (22), and a communication device (26). The monitoring device (24) is used to acquire posture data of a user, and transmit, to the data storage device (23), the acquired posture data. The communication device (26) transmits, to the main apparatus (10) of the lighting apparatus and/or the associated monitoring apparatus, the posture data received by the data storage device (23). The sitting posture monitoring apparatus (20) provides accurate monitoring, and has a simple and practical structure.

Description

Sitting posture monitoring device and lighting device

Technical field

The present invention relates to the field of electronic device technologies, and in particular, to a sitting posture monitoring device and a lighting device coupled to the sitting posture monitoring device.

Background technique

At present, the myopia rate of human beings is constantly increasing, especially for young people who are now in the learning stage, it is very important to use eye health. In addition, the incidence of diseases such as cervical spondylosis, spinal disease, and lumbar disc herniation is also increasing. One of the important reasons that affects human vision and physical health is that people do not pose correctly when reading or writing. For example, when people are reading and writing, they lean left and right, front and back, and back. People often use lighting equipment to improve the brightness of the environment to improve vision, but most of the current lighting equipment is simply used for lighting, single function, can not meet the various needs of users. Therefore, the sitting posture corrector will be used to specifically remind the user that the sitting posture is incorrect so that the user can correct it in time to improve the above-mentioned symptoms. However, if the sitting posture corrector is used to process the monitoring data, the power supply device of the sitting posture corrector needs to be charged more frequently or the battery is replaced more frequently, which is inconvenient for the user's use. Therefore, it is a technical problem that needs to be solved in the industry to provide a lighting device having a sitting posture monitoring device and a device body that can be coupled to each other.

Summary of the invention

In order to overcome the above technical deficiencies, it is an object of the present invention to provide a sitting posture monitoring apparatus.

It is still another object of the present invention to provide a lighting apparatus coupled to the above-described sitting posture monitoring apparatus.

In order to achieve the above object, a first aspect of the present invention provides a sitting posture monitoring device communicatively coupled with an apparatus body of an illumination device and/or an associated monitoring device, having a housing, a monitoring device, a data storage, a power supply device, and a communication device . The monitoring device and the communication device are both mounted inside the housing or mounted on the housing, the communication device is connected to the monitoring device and a data storage device, and the power supply device supplies power to the sitting posture monitoring device. The monitoring device is configured to monitor user's posture data, and the monitored posture data is sent to a data storage, and the communication device transmits the posture data received by the data storage to the device body of the lighting device and/or the related connection monitoring device.

Preferably, the monitoring device is an acceleration sensor or a gyroscope.

Preferably, the monitoring device is a three-axis acceleration sensor or a nine-axis acceleration sensor.

Preferably, there is also a prompting device, the communication device being connected to the prompting device for receiving an alarm signal of the device body and/or the monitoring device of the coupled lighting device when the posture data is out of range to issue an alarm.

Preferably, it is further configured to monitor a working time of the user, and transmit corresponding monitoring data to the data storage, and send the monitoring data to the device body and/or the monitoring device of the lighting device associated with the sitting posture monitoring device through the communication device. .

Preferably, the power supply device is a power supply device that is a rechargeable base with a power supply interface and/or a battery.

In order to achieve the above object, the present invention also provides a lighting apparatus having the apparatus body and the sitting posture monitoring apparatus according to any one of the above. The device body has a power supply device, a data processing device, a prompting device, and a communication device, wherein the power supply device is connected to the prompting device, and the communication device is respectively connected to the power supply device, the data processing device, and the prompting device. . The sitting posture monitoring device and the lamp body are communicatively coupled through respective communication devices, and the sitting posture monitoring device is configured to monitor the posture data of the user and transmit the monitored posture data to the communication device of the device body through the communication device. The data processing device receives the posture data transmitted by the communication device and compares the posture data with a built-in preset threshold, a preset duration, and/or a preset number, when the posture data is greater than a preset threshold and greater than a preset valve When the duration of the value reaches the preset duration and/or when the posture data is greater than the preset threshold and the number of posture data greater than the preset threshold is greater than the preset number, the device body issues an alarm through the prompting device. And/or transmitting an alarm signal to the communication device, the communication device for transmitting the alarm signal to the sitting posture monitoring device, the prompting device configured to perform an alarm according to the alarm signal to prompt a user to correct a posture.

Preferably, the sitting posture monitoring device further has a prompting device, and the communication device is connected to the prompting device, and the communication device receives an alarm signal sent by the communication device of the device body and transmits the alarm signal to the prompting device for alarm.

Preferably, the sitting posture monitoring device is further configured to monitor a working time of the user, and transmit corresponding monitoring data to the data storage, and send the monitoring data to the device body of the lighting device associated with the sitting posture monitoring device through the communication device. And / or monitoring equipment.

Preferably, the illuminance monitoring device is further disposed on the device body or the sitting posture monitoring device for monitoring the illuminance value of the reading surface/image to be illuminated.

Preferably, the sitting posture monitoring device is integrally provided with an illuminance monitoring device, and the illuminance monitoring device transmits the monitored reading/irradiated illuminance value to the data storage device and transmits it to the data processing device of the device body for processing.

Preferably, the device body is integrally provided with an illuminance monitoring device connected to the data processing device to transmit the monitored reading/irradiated illuminance value to the data processing device for processing.

Preferably, the device body further comprises brightness adjusting means configured to receive the brightness adjusting signal transmitted after the data processing device processes the illuminance value to adjust the brightness of the device body within the illuminance threshold range.

Preferably, the sitting posture monitoring device is detachably connected to the device body.

Preferably, when the sitting posture monitoring device is connected to the device body, the power supply of the device body is loaded Power or self-powered.

The sitting posture monitoring device provided by the invention has the advantages of simple and convenient structure and improved user comfort.

DRAWINGS

Figure 1 is a perspective view of a lighting apparatus in accordance with a preferred embodiment of the present invention;

2 is another perspective view of a lighting apparatus in accordance with a preferred embodiment of the present invention, wherein the sitting position monitoring device is separated from the apparatus body;

3 is a block diagram of a lighting apparatus in accordance with a preferred embodiment of the present invention, wherein the sitting position monitoring apparatus shows a detailed block diagram of the module;

4 is another schematic block diagram of a lighting device in accordance with a preferred embodiment of the present invention, wherein the device body shows a detailed block diagram of the module;

Figure 5 is a perspective view of a sitting posture monitoring apparatus in accordance with a preferred embodiment of the present invention.

detailed description

The invention will now be described in further detail in conjunction with the preferred and preferred embodiments. The following preferred embodiments are intended to illustrate the invention, but are not intended to limit the scope of the invention.

Referring to FIG. 1 to FIG. 5, in a preferred embodiment of the present invention, the lighting device includes an apparatus body 10 and a sitting posture monitoring device 20.

The device body 10 is equipped with a power supply device 17, a prompting device 14, a data processing device 15, a lighting device 19, a brightness adjusting device 18, and a communication device 16. The power supply device 17 is connected to the presentation device 14, and the communication device 16 is connected to the power supply device 17, the data processing device 15, the brightness adjustment device 18, and the presentation device 14, respectively.

The sitting posture monitoring device 20 can be integrally disposed on the device body 10 and detachably connected to the device body 10, and the sitting posture monitoring device 20 is powered by the power supply device when charging. The sitting position monitoring device 20 can also be independent of the device body 10 and can be self-powered (setting a dry battery or a rechargeable battery) and/or having a charging interface connected to the power source by its matched charger for charging.

The sitting posture monitoring device 20 has a housing 21, a communication device 26 integrally disposed in the housing 21 and/or the housing 21, a power supply device 22, a monitoring device 24, and a data memory 23. The sitting position monitoring device 20 can also have a prompting device (not shown) that can receive an alarm signal from the communication-coupled device body 10 and/or the monitoring device from the communication device 26 and alert the user. The sitting position monitoring device 20 can also be integrally provided with the illuminance monitoring device 25. The illuminance monitoring device can also be integrally disposed on the device body 10. The data memory 23 can be integrated with the communication device 26 or separately provided in the housing 21.

The monitoring device 24 can be an acceleration sensor such as a three-axis acceleration sensor or a nine-axis acceleration sensor. The monitoring device 24 may also be a gyroscope. Of course, this is an example and is not limited. The monitoring device 24 is for monitoring the sitting posture of the user and acquiring the posture data and then transmitting it to the data memory 23. The illuminance monitoring device 25 may be an illuminance sensor, which is of course not limited. The illuminance monitoring device 25 is for acquiring the illuminance value of the reading surface/illuminated surface and transmitting it to the data memory 23. The sitting position monitoring device 20 is also provided with a switch 27 that is visible and operable on the outer surface of the housing 21, and a switch 27 coupled to the illuminance monitoring device 25 for triggering the illuminance monitoring device 25. In other preferred embodiments, the switch 27 can also be a gear position, with different gear positions representing different operations of the sitting position monitoring device 20. If the switch 27 is pressed once / dialed to the first gear, it means that the sitting posture monitoring device 20 is activated. Pressing the switch 27 twice / dialing to the second gear represents monitoring the illumination of the current reading surface/illuminated surface. Pressing the switch 27 three times / dialing to the third gear means that the illuminance of the current reading surface/illuminated surface is used as the illumination adjustment reference. The power supply unit 22 is used to power the sitting position monitoring device 20. The power supply device 22 can be charged and/or powered by the device body 10 and/or other charging devices (when the sitting posture monitoring device 20 is electrically connected to the device body 10 and the device body 10 is correspondingly provided with an interface that matches the sitting posture monitoring device 20, Both can be detachably connected at this time). The power supply unit can also be a dry battery or a rechargeable battery.

The sitting posture monitoring device 20 is configured to monitor the posture data of the user and/or the illuminance value of the reading surface/irradiated surface, and uniformly transmit the data to the data storage 23, and then the monitored posture data and/or reading surface is performed by the communication device 26. The illuminated illuminance value is sent to the communication device 16 of the device body 10 and/or the associated monitoring device. The communication device 16 of the device body 10 transmits the received posture data and/or the illuminance value of the reading surface/illuminated surface to the data processing device 15 for processing.

For posture data, the process is:

The switch 27 is pressed once to activate the sitting posture monitoring device 20, and then when the sitting posture monitoring device 20 is worn by the user and is normally used, the monitoring device 24 detects the current gravity acceleration direction of the sitting posture monitoring device 20 with the sitting posture monitoring device 20 as a reference frame. The angle between the initial gravitational acceleration directions is determined to be the angle of inclination of the user's body and transmitted to the data storage 23 and then transmitted to the device body 10 via the communication device 26. The data processing device 15 of the device body 10 has a preset threshold, a first preset duration, and/or a preset number. The data processing device 15 compares and analyzes the posture data received by the communication device 16 when the posture data is greater than a preset threshold, and the duration greater than the preset threshold reaches the first preset duration and/or the posture When the data is greater than the preset threshold and the number of preset thresholds exceeds a preset number, the device body 10 may issue an alarm and/or send an alarm signal to the communication device 16. The communication device 16 is configured to send the alarm signal to the prompting device 14. The prompting device 14 is configured to perform an alarm according to the alarm signal to prompt the user to correct the posture. The communication device 16 can also send the alarm signal to the prompting device of the sitting posture monitoring device 20 to remind the user to adjust the sitting posture.

The posture monitoring device 20 and the prompting device 14 of the device body 10 can pass one or more kinds of alarms such as a vibrator vibration alarm, a speaker voice alarm, a buzzer sound alarm, a display light alarm, a display display alarm, and the like. Report mode to alarm.

Preferably, the posture data includes an inclination angle of the user's body, and the preset threshold corresponds to the posture data setting, so that when the preset threshold corresponds to the inclination angle setting, The preset threshold corresponds to a set angle value, such as 10°.

During the monitoring of the posture data of the user, the sitting posture monitoring device 20 detects the current gravity acceleration direction of the sitting posture monitoring device 20 and the initial gravity acceleration direction by using the internal monitoring device 24 as the reference frame by the internal monitoring device 24. Angle, determine the angle of inclination of the user's body.

Since the direction of the gravitational acceleration of the sitting posture monitoring device 20 is vertically downward, the direction of the gravitational acceleration is constant, and the angle between the sitting posture monitoring device 20 and the direction of the gravitational acceleration changes when the user's body is tilted. Therefore, when the user's body is tilted, if the sitting posture monitoring device 20 is used as the reference frame, the direction of the gravitational acceleration of the sitting posture monitoring device 20 is changed, and therefore, the current gravitational acceleration direction and the initial gravitational acceleration direction (by the user wearing the sitting posture monitoring device 20 The direction of the gravitational acceleration in the initial state of the correct posture is the direction of the initial gravitational acceleration, and the default is the vertical downward. The angle in the three-dimensional space is the deflection angle of the current state and the initial state of the sitting posture monitoring device 20. Since the sitting posture monitoring device 20 is worn on the user, the deflection angle of the current state and the initial state of the sitting posture monitoring device 20 is the inclination angle of the user's body, so that the current gravity is detected according to the monitoring device 24 using the sitting posture monitoring device 20 as a reference frame. The angle between the direction of the acceleration and the direction of the initial gravitational acceleration determines the angle at which the user's body is currently tilted.

After determining the current tilt angle of the user's body, the data processing device 15 of the apparatus body 10 compares the tilt angle with a preset threshold. When the tilt angle is less than the preset threshold, for example, the preset threshold value is 10°, and the detected current tilt angle is 5°, it is determined that the user posture is correct, and the sitting posture monitoring device 20 continues to monitor the user's posture data. When the tilt angle is greater than a preset threshold, and the duration of the tilt angle is greater than the preset threshold reaches a first preset duration and/or the tilt angle is greater than a preset threshold by more than a preset number, Do the above alarm process processing.

For the illuminance monitoring of the reading/face, the process is:

As shown in FIG. 1 to FIG. 4, the device body 10 is further equipped with a brightness adjusting device 18. The sitting posture monitoring device 20 is placed at any position of the reading surface/illuminated surface area before being worn by the user and used normally, and the switch 27 is pressed twice (this is the first state of the switch), and the illuminance monitoring device 25 is triggered. The illuminance value of the current reading surface/illuminated surface is detected and transmitted to the data memory 23 for transmission to the data processing device 15 of the device body 10 via the communication device 26 for processing. At this time, it can be understood that the monitoring device 24 and the illuminance monitoring device 25 are not in an active state at the same time. Of course, in other preferred embodiments, the monitoring device 24 and the illuminance monitoring device 25 can also be in an active state at the same time. For example, the monitoring device 24 normally monitors the user's posture data, and the illuminance monitoring device 25 periodically receives the detection signal, and then triggers the reading by itself. The illuminance of the face/face is detected. The data processing device 15 has a built-in preset illumination threshold (usually a range) if the lighting device does not When the brightness is artificially adjusted, the illumination device adjusts the brightness of the illumination device based on the preset illumination threshold value. If the user is not satisfied with the preset illuminance threshold or does not conform to the eye habit, the brightness of the brightness adjusting device 18 of the device body 10 of the illuminating device can be manually adjusted to a range satisfactory to the user. Then, the sitting position monitoring device 20 is placed in the reading/illuminated area, and the switch 27 is continuously pressed (this is the second state of the switch 27), and the illuminance monitoring device 25 is triggered by the switch 27 to detect the current illuminance value, and then The data is transferred to the data memory 23 and then transmitted to the data processing device 15 of the device body 10 via the communication device 26. The data processing device 15 uses the illuminance value as a new illuminance threshold, and adjusts the illumination of the illuminating device with the illuminance threshold. . Then, the switch 27 is pressed again twice to enter the first state of the switch 27, that is, to start monitoring the illuminance of the reading surface/illuminated surface, and the data processing device 15 will receive the illuminance value of the reading surface/irradiated surface and the pre-measurement The illuminance threshold or the artificially set illuminance threshold (collectively referred to as the illuminance threshold, the same below) is compared, and if not within the illuminance threshold, the brightness adjustment signal is output to the brightness adjustment device 18, and the brightness of the illumination device of the illumination device is adjusted until the Within the illuminance threshold range, the illuminance monitoring device 25 continuously detects the illuminance value of the reading surface/illuminated surface and transmits it to the data processing device 15 for comparison until the brightness adjusting device 18 adjusts the brightness of the lighting device of the lighting device to make the reading surface/illuminated surface The illuminance value is within the illuminance threshold range. Then, the user wears the sitting posture monitoring device 20 to start monitoring the sitting posture.

As described above, the illuminance monitoring device 25 can also be integrally disposed on the device body 10, which is connected to the data processing device 15, and transmits the monitored reading/irradiated illuminance value to the data processing device 15 for comparison processing and outputting brightness. The adjustment signal is adjusted to the brightness adjusting device 18 in accordance with the above process.

The device body 10 and/or the sitting posture monitoring device 20 may be provided with a timer to transmit an illuminance detection signal to the illuminance monitoring device 25 within an adjustable fixed time interval to remind the user to reposition the sitting posture monitoring device 20 on the reading surface/illuminated surface. The illuminance value monitoring is performed (when the illuminance monitoring device is integrated in the sitting posture monitoring device 20) or the illuminance monitoring device is activated to perform illuminance value monitoring (when the illuminance monitoring device is integrated in the device body 10). The illuminance detection can also be manually started manually at any time, and again compared by the device body 10 to adjust the illuminance value of the reading surface/illuminated surface within the illuminance threshold range and/or output an alarm signal to the prompting device to prompt The user operates the lighting device accordingly.

The preset illuminance threshold range can be set according to actual light demand, for example, 250 to 350 lux. Specifically, the data processing device 15 can compare the illuminance value monitored by the illuminance monitoring device 25 with an illuminance threshold (including a preset illuminance threshold and an artificially set illuminance threshold) through a comparator.

When the illuminance value of the reading surface/illuminated surface is within the illuminance threshold range, it indicates that the current ambient light intensity meets the light requirement of healthy reading or the user's self-demand, and thus, if the lighting device is not turned on, then The lighting device needs to be turned on, and if the lighting device is turned on, there is no need to adjust the lighting brightness of the lighting device.

Adjusting the illumination brightness of the illumination device when the ambient light intensity is not within the illumination threshold range, and/or The prompting device outputs an alarm signal to prompt the user to perform corresponding operations on the lighting device. Specifically, when the reading surface/irradiated illuminance value is lower than the lower limit value of the illuminance threshold range, it indicates that the current ambient light is too weak or does not meet the user's own light demand, and the ambient light intensity needs to be increased. Thereby, the brightness adjusting device 18 increases the illumination brightness of the lighting device of the lighting device, and/or outputs an alarm signal to the prompting device 14, and prompts the user to turn on the lighting device or increase the lighting of the lighting device by the alerting device 14 brightness. When the illuminance value of the ambient light intensity reading surface/illuminated surface is higher than the upper limit value of the illuminance threshold range, it indicates that the current ambient light is too strong or does not conform to the user's own light demand, and the ambient light intensity needs to be reduced. Intensity, whereby the brightness adjustment device 18 lowers the illumination brightness of the illumination device, and/or outputs an alarm signal to the cueing device 14, prompting the user to turn off the illumination device or lower the illumination brightness of the illumination device by the cue device 14.

If the illumination value of the reading surface/illuminated surface is detected to be lower than the lower limit value of the illumination threshold range when the illumination device is not turned on, the brightness adjusting device 18 automatically turns on the lighting device, or the brightness adjusting device 18 The prompting device 14 outputs an alarm signal, and an alarm is issued by the prompting device 14, prompting the user to turn on the lighting device, or after the prompting device 14 prompts, the user has not turned on the lighting device, and the brightness adjusting device 18 automatically turns on the lighting device.

If the illumination value of the reading surface/illuminated surface is detected to be lower than the lower limit value of the illumination threshold range when the illumination device is turned on, the brightness adjustment device 18 automatically increases the illumination brightness of the illumination device, and may also The alarm signal is output to the prompting device 14, and the prompting device 14 prompts the user to increase the illumination brightness of the lighting device, so that the user can adjust the lighting brightness of the lighting device to an appropriate brightness according to actual needs.

If the illumination value of the reading surface/irradiated surface is higher than the upper limit value of the illumination threshold range when the illumination device is turned on, the brightness adjustment device 18 automatically reduces the illumination brightness of the illumination device, and can also output an alarm. The signal is sent to the prompting device 14, and the prompting device 14 prompts the user to lower the illumination brightness of the lighting device or turn off the lighting device, so that the user performs related operations on the lighting device according to actual needs, or after the prompting device 14 prompts, the user still does not turn off the lighting. The device, brightness adjustment device 18 automatically turns off the lighting device.

The lighting device of the present invention periodically sends a light detecting signal to the illuminance monitoring device through the sitting posture monitoring device 20 and/or the device body 10 to remind the user to place the sitting posture monitoring device 20 on the reading surface/illuminated surface, and detects the reading surface/by the illuminance monitoring device. The illuminance value of the face is turned on to turn on the lighting device, which avoids the waste of resources caused when the lighting device is turned on under the condition of sufficient ambient light, and avoids the adverse effect on the vision when the user forgets to turn on the lighting device. Moreover, according to the reading surface/photographed by the illuminance monitoring device to perform corresponding operations on the lighting device or prompting the user to perform corresponding operations on the lighting device, it is helpful to improve the user's vision.

Specifically, the sitting posture monitoring device 20 is further configured to monitor a working time of the user, and the working time is transmitted to the device body 10. A second preset duration is built in the data processing device 15 of the device body 10, and when the working time is greater than the second preset duration, an alarm is issued, and/or an alarm signal is sent to the communication device 16 to transmit The prompting device 14 sent to the device body 10 and/or the prompting device of the sitting posture monitoring device 20 performs an alarm.

If the user wears the sitting posture monitoring device 20 while reading and writing, after the illuminance/brightness of the lighting device is adjusted and the posture is adjusted, the user wears the sitting posture monitoring device 20, and the working time recorded after the sitting posture monitoring device 20 enters the normal working state is The user's eye time, thereby monitoring the user's eye time by monitoring the working time of the sitting position monitoring device 20. The sitting posture monitoring device 20 monitors the working time after entering the normal working state, and specifically records the working time of the sitting posture monitoring device 20 through a timer, and issues an alarm when the working time of the sitting posture monitoring device 20 is greater than the second preset duration (for example, 1 hour). And/or sending an alarm signal to the communication device 16 of the device body 10 of the lighting device, and the communication device 16 of the device body 10 outputs an alarm signal to the prompting device 14 of the lighting device and/or the prompting device of the sitting posture monitoring device 20, prompting The device alarms according to the alarm signal through one or more alarm modes such as vibrator vibration alarm, speaker voice alarm, buzzer sound alarm, display light alarm, display display alarm, etc., prompting the user to take too long and needs rest.

The sitting posture monitoring device 20 is further configured to save corresponding monitoring data when monitoring the posture data of the user, the illuminance value, and the working time of the sitting posture monitoring device 20, and send the monitoring data to be associated with the sitting posture monitoring device 20. Monitoring devices such as smartphones.

The guardian can establish a wireless connection with the sitting posture monitoring device 20 through a monitoring device (such as a smart phone) to perform communication, and the sitting posture monitoring device 20 transmits the saved monitoring data to the monitoring device, so that the monitoring device can generate a corresponding according to the monitoring data. Chart, so that the guardian can monitor whether the user's posture when reading and writing is correct, whether to rest on time, etc. The monitoring data includes the posture data monitored by the sitting posture monitoring device 20, the illuminance value, the working time, and the preset threshold, the first preset duration, the preset number, The preset illuminance threshold range and the second duration and the like.

Referring to FIG. 5 in particular, in a preferred embodiment of the present invention, the device body 10 is a desk lamp, however, in other preferred embodiments, the type of the device body 10 is not limited to a desk lamp. Taking a table lamp as an example, please refer to FIG. 1 to FIG. 4, which includes a base 11, a strut 12 whose bottom end is connected to the base 11, a lamp cover 13 connected to the top end of the strut 12, and a lamp cover 13 installed therein. Illumination device (not shown) having an illuminant, wherein the illuminant can be an LED lamp, a tube, a bulb or other source of illumination.

The power supply unit 17, the brightness adjusting unit 18, the communication unit 16, and the data processing unit 15 are both fixed inside the base 11, and the prompting device 14 is mounted on the base 11.

The accommodating slot 110 is recessed in the accommodating slot 110, and is detachably connected to the accommodating slot 110. The sitting posture monitoring device 20 is detachably connected to the accommodating slot 110, so that the user can place the sitting posture monitoring device 20, and the user can take out the sitting posture monitoring device 20 to wear.

Specifically, in a preferred embodiment, an electrical connector (not shown) is disposed in the accommodating slot 110, and the bottom of the sitting posture monitoring device 20 is provided with an electrical connector that can be matched with the electrical connector and can be electrically connected ( Not shown).

Specifically, in a preferred embodiment, an electrical contact (not shown) is disposed in the accommodating slot 110, and the sitting posture monitoring device 20 is provided with a different function that can be triggered by the electrical contact to sense the sitting posture monitoring device 20. State of the elastic contact.

Specifically, in another preferred embodiment, the sitting posture monitoring device 20 may have a first magnetic device (not shown) mounted within the housing 21.

A second magnetic device (not shown) magnetically opposite to the first magnetic device is mounted on the base 11 , and the sitting posture monitoring device 20 and the base 11 pass through the first magnetic device and the second The magnetic device is attracted.

A first magnetic device is mounted in the housing 21 of the sitting posture monitoring device 20, and a second magnetic device is mounted inside the base 11. Since the first magnetic device is magnetically opposite to the second magnetic device, the sitting posture monitoring device 20 is accommodated in the receiving slot. While the first magnetic device is attracted to the second magnetic device, the sitting position monitoring device 20 is engaged with the base 11 to fix the sitting posture monitoring device 20 to the base 11. When the sitting posture monitoring device 20 is externally pulled, for example, when the user takes out from the accommodating groove, since the external pulling force is larger than the suction force of the first magnetic device and the second magnetic device, the sitting posture monitoring device 20 is separated from the base 11, and the sitting posture monitoring device 20 is Take it out of the accommodating slot. The sitting posture monitoring device 20 is accommodated on the receiving groove of the base 11 by being sucked into the base 11 to facilitate the user to place and take out the sitting posture monitoring device 20.

A hanging member is disposed on the casing 21, and when the user needs to wear the sitting posture monitoring device 20, the sitting posture monitoring device 20 can be clamped on the clothes by the hanging member, thereby fixing the sitting posture monitoring device 20 to the user, and performing posture using the sitting posture monitoring device 20. monitor.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the invention and the drawings are directly or indirectly applied to other related The technical field is equally included in the scope of patent protection of the present invention.

It should be noted that the embodiments of the present invention are preferred embodiments, and are not intended to limit the scope of the present invention. Any one skilled in the art may use the above-disclosed technical contents to change or modify the equivalent embodiments. Any modification or equivalent changes and modifications of the above embodiments in accordance with the technical spirit of the present invention are still within the scope of the technical solutions of the present invention.

Claims

A sitting position monitoring device communicatively coupled to an apparatus body of the lighting device and/or an associated monitoring device, having a housing, a monitoring device, a data storage, a power supply device, and a communication device, the monitoring device and the communication device Mounted in or mounted on the housing, the communication device is connected to the monitoring device and a data storage device, and the power supply device supplies power to the sitting posture monitoring device;

The monitoring device is configured to monitor user's posture data, and the monitored posture data is sent to a data storage, and the communication device transmits the posture data received by the data storage to the device body of the lighting device and/or the related connection monitoring device.
A sitting posture monitoring apparatus according to claim 1, wherein said monitoring means is an acceleration sensor or a gyroscope.
The sitting posture monitoring apparatus according to claim 2, wherein said monitoring means is a three-axis acceleration sensor or a nine-axis acceleration sensor.
A sitting posture monitoring apparatus according to claim 1, further comprising prompting means, said communication means being coupled to said prompting means for receiving a device body and/or a monitoring device of the coupled lighting device when said posture data is out of range The alarm signal thus gives an alarm.
The sitting posture monitoring apparatus according to claim 1, further configured to monitor a working time of the user, and transmit corresponding monitoring data to the data storage, and send the monitoring data to the lighting device associated with the sitting posture monitoring device through the communication device. Device body and / or monitoring equipment.
A sitting posture monitoring apparatus according to claim 1, wherein said power supply means is a power supply means which is a rechargeable base having a power supply interface and/or is a battery.
A lighting device having a device body and the sitting posture monitoring device according to any one of claims 1 to 6, the device body having a power supply device, a data processing device, a prompting device, and a communication device, the power supply device and the The prompting device is connected, the communication device is respectively connected to the power supply device, the data processing device, and the prompting device, and the sitting posture monitoring device and the lamp body are communicatively coupled through respective communication devices, and the sitting posture monitoring device is used for Monitoring the user's posture data to transmit the monitored posture data to the communication device of the device body through the communication device; the data processing device receives the posture data transmitted by the communication device and the posture data and the built-in preset threshold, preset duration and/or The preset number is compared, when the posture data is greater than the preset threshold and the duration greater than the preset threshold reaches a preset duration and/or when the posture data is greater than the preset threshold and greater than the preset valve When the number of posture data of the value is greater than a preset number, the device body issues an alarm through the prompting device, and/or sends an alarm message. To the communication device, said communication means for transmitting the alarm signal to the monitoring device posture, for the presentation device an alarm according to the alarm signal to prompt the user to correct posture.
The lighting device according to claim 7, wherein the sitting posture monitoring device further has a prompting device, wherein the communication device is connected to the prompting device, and the communication device receives an alarm signal from the communication device of the device body and transmits the alarm signal to the prompting device for alarm.
The lighting device according to claim 10, wherein the sitting posture monitoring device is further configured to monitor a working time of the user, and transmit corresponding monitoring data to the data storage, and send the monitoring data to the sitting posture monitoring device through the communication device. The device body and/or monitoring device of the associated lighting device.
The lighting device of claim 7, further comprising an illuminance monitoring device disposed on the apparatus body or the sitting posture monitoring device for monitoring the illuminance value of the reading surface/illuminated surface.
The lighting device according to claim 10, wherein the sitting posture monitoring device is integrally provided with an illuminance monitoring device, and the illuminance monitoring device transmits the monitored reading/irradiated illuminance value to the data storage device and transmits the data to the data processing device of the device body. deal with.
The lighting device of claim 7, wherein the device body is integrally provided with an illuminance monitoring device coupled to the data processing device for transmitting the monitored reading/irradiated illuminance value to the data processing device for processing.
The illumination device according to claim 11 or 12, further comprising a brightness adjustment device configured to receive a brightness adjustment signal transmitted after the data processing device processes the illumination value to adjust the brightness of the device body within an illumination threshold range .
The lighting device of claim 7, the sitting position monitoring device being detachably coupled to the device body.
The lighting device according to claim 14, wherein the sitting posture monitoring device is powered by the power supply device of the device body or is self-powered when connected to the device body.