CN109413585A - The method of the beacon component and mouse beacon component of control based on sensory - Google Patents
The method of the beacon component and mouse beacon component of control based on sensory Download PDFInfo
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- CN109413585A CN109413585A CN201710843675.6A CN201710843675A CN109413585A CN 109413585 A CN109413585 A CN 109413585A CN 201710843675 A CN201710843675 A CN 201710843675A CN 109413585 A CN109413585 A CN 109413585A
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- 230000001953 sensory effect Effects 0.000 title claims abstract description 28
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- 230000008569 process Effects 0.000 description 7
- 230000000977 initiatory effect Effects 0.000 description 6
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0209—Power saving arrangements in terminal devices
- H04W52/0225—Power saving arrangements in terminal devices using monitoring of external events, e.g. the presence of a signal
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0209—Power saving arrangements in terminal devices
- H04W52/0225—Power saving arrangements in terminal devices using monitoring of external events, e.g. the presence of a signal
- H04W52/0248—Power saving arrangements in terminal devices using monitoring of external events, e.g. the presence of a signal dependent on the time of the day, e.g. according to expected transmission activity
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The present invention provides the methods of a kind of beacon component of control based on sensory and mouse beacon component, beacon component includes beacon master controller, at least one sensor, at least one sensor is connect with beacon master controller, wherein, sensor senses extraneous trigger signal, and the extraneous trigger signal sensed is converted into level signal, it is sent to beacon master controller connected to it.Beacon master controller receives the level signal from sensor, and level signal is judged according to default wake-up rule, if level signal meets default wake-up rule, beacon master controller switches to broadcasting mode from broadcast suspend mode, to the user terminal broadcast setting information being located in its broadcasting area.The embodiment of the present invention only just wakes up beacon master controller the case where really needing beacon work and enters broadcasting mode, efficiently reduces the power consumption of beacon, extends the service life of beacon.
Description
Technical field
The present invention relates to fields of communication technology, beacon component and control letter more particularly to a kind of control based on sensory
The method for marking component.
Background technique
With the development of the times, modern is increasingly dependent on mobile device, also have more and more activities indoors into
Row, but use GPS airmanship common outdoor so indoors in application, certain dead angles are easily by the interference of building,
To make precision and the power consumption of navigation that can not effectively meet the needs of indoor positioning.Therefore, based on the beacon of Bluetooth technology
It comes into being, becomes ideal house data solution.
It is in the prior art, simplest to the beacon based on Bluetooth technology to understand to be exactly a small-sized information base,
It can be flowed using shopping guide, stream of people's analysis, item tracking etc. are all in navigation indoors, mobile payment, shop with people indoors
It moves in relevant activity.Beacon technique be mobile device by from wireless blue tooth radio-frequency apparatus to communication coverage capture and
Pushed information.About beacon technique, there are many some experimental projects of institutions conduct within 2014.Beacon is in global model within 2015
It has been disposed in enclosing and has brought more new services.The development and application of nearly 2 years beacons at home is even more swift and violent, passes through
The modes such as APP and wechat public platform integrate, so that beacon technique and businessman promote and promote mutually, interactive development.ABI
Research (market research agency ABI) predicts beacon equipment sum in the market in 2019 and is up to 60,000,000, market
Scale is big, it is seen that one spot.
In most cases, indoor positioning can be carried out by beacon and corresponding service is provided, it is such as timely in department stores
Brand promotion information is pushed, the position of boarding gate and Food Outlets is positioned on airport for passenger or is pushed in museum to tourist
Antique information etc. by the side of.In these application scenarios, the position of beacon be it is fixed, user passes through the APP on smart phone
These available location informations.Currently, the form of beacon is mainly battery power supply, configured according to different application scenarios, but
It is that accredited standard type product influences, the capacity of battery is very limited, and the too short battery applications service life causes beacon frequently to replace and safeguard
It is a great problem.Also, there is also the non-productive work of beacon, beacon power consumption and duty cycles at work for current beacon
The problems such as bottleneck.
Specifically, since present beacon mainly defaults broadcast message according to the parameter of configuration, and the information broadcasted really is sent out
The effect of waving is when user enters in broadcasting area, and broadcasting area is usually all between three or five meters, and maximum can achieve tens meters,
And other mosts of the time are all active broadcasts, the non-productive work of beacon be easy to cause the waste of electricity.In addition, different
Application, beacon have the configuration of different power consumption and duty cycle.But beacon at present only by time interval come into
Row switching, it is frequent wake up, sleep, and at the time of the process of wake-up signal transmitting is power consumption maximum every time, current is generally done
Method is to be handled by reducing power consumption configurations and increasing transmission interval, but these treatment effects are all also limited.
Summary of the invention
In view of the above problems, it proposes on the present invention overcomes the above problem or at least be partially solved in order to provide one kind
State the beacon component of the control based on sensory of problem.
One side according to the present invention provides a kind of beacon component of control based on sensory, including beacon main control
Device, at least one sensor, at least one described sensor are connect with the beacon master controller, wherein
The sensor senses extraneous trigger signal, the extraneous trigger signal sensed is converted into level signal, and will
The level signal is sent to the beacon master controller connected to it；
The beacon master controller receives the level signal from the sensor, and according to default wake-up rule to institute
It states level signal to be judged, if the level signal meets the default wake-up rule, the beacon master controller is from broadcast
Suspend mode switches to broadcasting mode, to the user terminal broadcast setting information being located in its broadcasting area.
Optionally, the sensor includes at least one of: dynamic and static sensor, illuminance transducer and acceleration sensing
Device.
Optionally, the extraneous trigger signal includes at least one of: infrared signal, luminance signal, amplitude signal
And vibration frequency signal.
Optionally, the default rule that wakes up includes: when the level signal of any one sensor conversion reaches corresponding
Preset threshold when, wake up the beacon master controller so that the beacon master controller from broadcast suspend mode switch to extensively
Broadcast operating mode.
Optionally, if at least one described sensor includes multiple sensors, the default wake-up rule includes: when multiple
When the level signal of sensor conversion all reaches corresponding preset threshold, the beacon master controller is waken up, so that the letter
Mark master controller switches to broadcasting mode from broadcast suspend mode.
Optionally, the beacon master controller receives the first parameter for configuring by configuration tool of user, utilizes described the
One parameter setting preset threshold corresponding with the sensor, and first parameter is sent to corresponding sensor, with
By the sensor according to first parameter sensing external world trigger signal；
And/or the beacon master controller, receive the second parameter for configuring by configuration tool of user, and according to described the
Two parameters to be located at its broadcasting area in user terminal broadcast setting information.
Optionally, the configuration tool includes the configuration software being mounted on configurating terminal, is arranged on the configuration software
There is configuration interface；
The beacon master controller is connect by the configuration interface with the configuration software, and utilizes the configuration interface
Receive the first parameter and the second parameter of the configuration software configuration.
Optionally, the beacon component of the control based on sensory further includes that module is locally stored, wherein
Described be locally stored module and the beacon master controller establishes connection, the beacon master controller will receive
First parameter and/or second parameter save to described and module are locally stored.
Optionally, the beacon master controller and cloud storage service device establish connection, and the beacon master controller will receive
First parameter and/or second parameter synchronization arrived is to Cloud Server side.
Optionally, first parameter includes at least one of: the sensing range of sensor, sensing precision, calibration ginseng
Number.
Optionally, second parameter includes:
The period of the beacon master controller broadcast setting information；And/or
The transmission power of the beacon master controller broadcast setting information.
Optionally, the beacon master controller switches to broadcasting mode from broadcast suspend mode, in the broadcast work
Operation mode switches to broadcast suspend mode after maintaining preset time again.
Optionally, the sensor is connect using GPIO interface with the beacon master controller.
Optionally, the beacon component of the control based on sensory further include:
Supplying cell is separately connected with the sensor and the beacon master controller, is the sensor and the letter
Master controller power supply is marked, and receives the beacon master controller to its electric-quantity monitoring.
Optionally, the beacon master controller reads the electricity of the supplying cell by digital-to-analogue conversion port ADC, with right
The supplying cell carries out electric-quantity monitoring, wide to it is located at when the electricity for reading the supplying cell reaches alarm threshold value
Broadcast the configuration tool broadcast warning information packet in range.
Optionally, the beacon master controller is under broadcasting mode, using Bluetooth protocol to positioned at its broadcasting area
Interior user terminal sends the broadcast packet of prescribed form, carries the setting for being sent to the user terminal in the broadcast packet
Information.
Another aspect according to the present invention, additionally provides a kind of method of mouse beacon component, and the beacon component includes
Beacon master controller and at least one sensor, which comprises
The beacon master controller receives the level signal from least one sensor, and right according to default wake-up rule
The level signal is judged, wherein the level signal is converted by sensor using the extraneous trigger signal that it is sensed
It obtains；
If the level signal meets the default wake-up rule, the beacon master controller switches from broadcast suspend mode
To broadcasting mode, to the user terminal broadcast setting information being located in its broadcasting area.
Optionally, the sensor includes at least one of:
Dynamic and static sensor, illuminance transducer and acceleration transducer.
Optionally, the extraneous trigger signal includes at least one of:
Infrared signal, luminance signal, amplitude signal and vibration frequency signal.
Optionally, the default rule that wakes up includes: when the level signal of any one sensor conversion reaches corresponding
Preset threshold when, wake up the beacon master controller so that the beacon master controller from broadcast suspend mode switch to extensively
Broadcast operating mode.
Optionally, if at least one described sensor includes multiple sensors, the default wake-up rule includes: when multiple
When the level signal of sensor conversion all reaches corresponding preset threshold, the beacon master controller is waken up, so that the letter
Mark master controller switches to broadcasting mode from broadcast suspend mode.
Optionally, the method also includes:
The beacon master controller receives the first parameter that user is configured by configuration tool, is set using first parameter
Preset threshold corresponding with the sensor is set, and first parameter is sent to corresponding sensor, by the biography
Sensor is according to first parameter sensing external world trigger signal；And/or
The beacon master controller receives the second parameter that user is configured by configuration tool, and according to second parameter
To the user terminal broadcast setting information being located in its broadcasting area.
Optionally, first parameter includes at least one of: the sensing range of sensor, sensing precision, calibration ginseng
Number.
Optionally, second parameter includes:
The period of the beacon master controller broadcast setting information；And/or
The transmission power of the beacon master controller broadcast setting information.
Optionally, the beacon master controller switches to after broadcasting mode from broadcast suspend mode, further includes:
The beacon master controller switches to broadcast suspend mode mould after the broadcasting mode maintains preset time again
Formula.
In embodiments of the present invention, at least one sensor and beacon master controller are attached, utilize sensor sense
Extraneous trigger signal is surveyed, level signal is converted into after sensing extraneous trigger signal, level signal is sent to and is connected thereto
Beacon master controller.In turn, right according to default wake-up rule after beacon master controller receives the level signal of sensor
The level signal is judged, if level signal, which meets, wakes up rule, beacon master controller switches to extensively from broadcast suspend mode
Operating mode is broadcast, to the user terminal broadcast setting information being located in its broadcasting area.It can be seen that the embodiment of the present invention passes through
Increase the design that sensor wakes up on beacon master controller, only just activation wakes up letter when really needing the case where beacon works
Mark enters broadcasting mode, broadcast suspend mode is in the case where not needing beacon work, to effectively subtract
The power consumption of few beacon, the service life for extending beacon.For example, conventional beacon is using 7*24 (work in i.e. one week 7 days, a work of nature
Make 24 hours), if half power consumption can be reduced using the broadcasting mode switched round the clock.The present invention program is in conventional beacon
On the basis of work, the level signal of only sensor conversion meets default ability initiation beacon main control in the case where waking up rule
Device work, it is assumed that average half the time persistently has extraneous trigger signal, and the power consumption of such beacon can reduce half, i.e. beacon again
Service life can double again.Also, it when sensing extraneous trigger signal using multiple sensors, can also effectively mention
High sensor wakes up the accuracy that beacon master controller enters broadcasting mode, avoids the damage due to one of sensor
And the problem of causing beacon master controller not worked effectively.
Further, sensor application can also be configured accordingly in different occasions, parameter, to adapt to difference
The demand of occasion, so that beacon can work more flexiblely.
The above description is only an overview of the technical scheme of the present invention, in order to better understand the technical means of the present invention,
And it can be implemented in accordance with the contents of the specification, and in order to allow above and other objects of the present invention, feature and advantage can
It is clearer and more comprehensible, the followings are specific embodiments of the present invention.
According to the following detailed description of specific embodiments of the present invention in conjunction with the accompanying drawings, those skilled in the art will be brighter
The above and other objects, advantages and features of the present invention.
Detailed description of the invention
By reading the following detailed description of the preferred embodiment, various other advantages and benefits are common for this field
Technical staff will become clear.The drawings are only for the purpose of illustrating a preferred embodiment, and is not considered as to the present invention
Limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings:
Fig. 1 shows the structural schematic diagram of the beacon component of control based on sensory according to an embodiment of the invention；
Fig. 2 shows beacon master controllers according to an embodiment of the invention to the combination decision logic figure of sensor；
Fig. 3 shows beacon master controller in accordance with another embodiment of the present invention to the combination decision logic of sensor
Figure；And
Fig. 4 shows the flow diagram of the method for mouse beacon component according to an embodiment of the invention.
Specific embodiment
Exemplary embodiments of the present disclosure are described in more detail below with reference to accompanying drawings.Although showing the disclosure in attached drawing
Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here
It is limited.On the contrary, these embodiments are provided to facilitate a more thoroughly understanding of the present invention, and can be by the scope of the present disclosure
It is fully disclosed to those skilled in the art.
In order to solve the above technical problems, the embodiment of the invention provides a kind of beacon component of control based on sensory, it should
Beacon component can be using in the application scenarios such as shopping guide, stream of people's analysis, item tracking in navigation indoors, mobile payment, shop.Ginseng
See Fig. 1, which includes sensor module 11, the beacon master controller 12 for connecting sensor module 11.Wherein, sensor
It include that (such as sensor 1, sensor 2 ... sensor n), sensor can use GPIO at least one sensor in module 11
(General Purpose Input Output, bus extender) interface is connect with beacon master controller 12.
Wherein, sensor senses extraneous trigger signal and converts extraneous trigger signal after sensing extraneous trigger signal
It is sent in beacon master controller 12 connected to it at level signal, and by level signal.Beacon master controller 12, which receives, to be come
Level signal is judged from the level signal of sensor, and according to default wake-up rule, if level signal meets default call out
It wakes up regular, then beacon master controller 12 switches to broadcasting mode from broadcast suspend mode, in its broadcasting area
User terminal broadcast setting information.
In this embodiment, mode is switched to broadcasting mould from broadcast suspend mode by beacon master controller 12
Formula can switch to broadcast suspend mode after broadcasting mode maintains preset time again.Preset time can match in advance
It sets in beacon master controller 12, and timing is realized by timer, the triggering letter when timer reaches the preset time of setting
Master controller 12 is marked by broadcasting pattern switching to rest mode.
It can be seen that the embodiment of the present invention by beacon master controller increase sensor wake up design, only when
Just activation wake-up beacon enters broadcasting mode to the case where really needing beacon work, in the case where not needing beacon work
It is at broadcast suspend mode, thus the service life for efficiently reducing the power consumption of beacon, extending beacon.For example, traditional
Beacon is using 7*24 (i.e. one week work 7 days, darg 24 hours), if using the broadcasting mode that switches round the clock can be with
Reduce half power consumption.On the basis of conventional beacon works, the level signal of only sensor conversion meets pre- the present invention program
If waking up ability initiation beacon master controller in the case where rule to work, it is assumed that average half the time persistently has extraneous trigger signal,
The power consumption of beacon can reduce half again in this way, i.e. beacon service life can double again.Further, sensor application
In different occasions, parameter can also be configured accordingly, to adapt to the demand of different occasions, so that beacon can
It works more flexiblely.Also, when sensing extraneous trigger signal using multiple sensors, sensor can also be effectively improved
The accuracy that beacon master controller enters broadcasting mode is waken up, the damage due to one of sensor is avoided and leads to letter
The problem of mark master controller can not effectively be worked.
In an embodiment of the present invention, at least one sensor may include a sensor, such as only sense comprising sound
Device, perhaps only comprising illuminance transducer or only comprising acceleration transducer etc., certainly.At least one sensor can also be with
Comprising multiple sensors, such as include dynamic and static sensor, illuminance transducer and acceleration transducer.Wherein, multiple sensings
If being related to different types of sensor in device, then the extraneous trigger signal that can receive of dissimilar sensor is not yet
Together.
When using dynamic and static sensor, corresponding external world's trigger signal is infrared signal, i.e. dynamic and static sensor can be felt
Survey extraneous infrared signal.If someone enters the sensing range of dynamic and static sensor, dynamic and static sensor can be sensed at this time
The infrared signal that human body issues, to learn that someone passes by or stops from there.
When using illuminance transducer, corresponding external world's trigger signal is intensity of illumination signal, i.e. illuminance transducer can be with
Sense extraneous intensity of illumination signal.
When using acceleration transducer, corresponding external world's trigger signal is amplitude signal and/or vibration frequency signal, i.e.,
Acceleration transducer can sense extraneous vibration frequency and/or amplitude signal.If someone enters acceleration transducer
Sensing range, acceleration transducer can sense the variation of the vibration frequency and/or amplitude that generate when human body walking at this time, thus
Learn that someone passes by or stops from there.
The sensor of the several types of certain above-mentioned introduction is only schematical, and the embodiment of the present invention can also include it
The sensor of his type is herein not specifically limited the number of the type of sensor and installation.
Several different types of sensors have been described above, and the effect of sensor is only to sense extraneous trigger signal,
After sensor senses extraneous trigger signal, if initiation beacon master controller to work, mainly by pre-set
Rule is waken up to determine.In the embodiment, the wake-up rule for waking up beacon master controller may include a variety of, and several call out is described below
It wakes up regular.
The first, when sensor includes one or more, waking up rule can be, when the conversion of any one sensor
When level signal reaches corresponding preset threshold, wake up beacon master controller so that beacon master controller from broadcast suspend mode mould
Formula switches to broadcasting mode.
For example, sensor includes three, when to reach its corresponding default for any one sensor in these three sensors
After threshold value, beacon master controller can be triggered from broadcast suspend mode and switch to broadcasting mode.
Second, when sensor include it is multiple when, wake up rule can be, when multiple sensors conversion level signal all
When reaching corresponding preset threshold, beacon master controller is waken up, to trigger beacon master controller from broadcast suspend mode switching
To broadcasting mode.
For example, sensor includes three, when only these three sensors all reach corresponding preset threshold, it just can be with
Beacon master controller is set to switch to broadcasting mode from broadcast suspend mode.
The third, default wake up rule it is also possible that when the sensor of the preset quantity in multiple sensors reaches corresponding
Preset threshold when, wake up beacon master controller so that beacon master controller from broadcast suspend mode switch to broadcasting mould
Formula.Wherein, preset quantity can be set by user.
For example, sensor includes three, when the level signal of any two sensor conversion reaches corresponding preset threshold
When, so that it may beacon master controller, which is triggered, from broadcast suspend mode switches to broadcasting mode.
The above-mentioned wake-up rule referred to is only schematical, and the embodiment of the present invention can also wake up rule comprising other,
The wake-up rule of beacon master controller is not specifically limited herein.
In an embodiment of the present invention, preset threshold corresponding to various kinds of sensors mentioned above is by beacon master
What controller was set.Specifically, user can configure the first parameter, Jin Erli to beacon master controller by configuration tool
With the first parameter setting preset threshold corresponding with sensor.Meanwhile beacon master controller can also transmit the first parameter
To corresponding sensor, sensor can sense extraneous trigger signal according to the first parameter received.Wherein, different types of
The corresponding preset threshold of sensor is also different.Wherein, the first parameter may include the sensing range of sensor, sensing precision, school
Quasi- parameter etc..
For example, user configures 0-5 meters of sensing range that the first parameter is dynamic and static sensor by configuration tool, then beacon
The corresponding preset threshold of dynamic and static sensor is arranged according to the sensing range in master controller, in the 0-5 rice model of beacon master controller
The infrared signal sensed in enclosing persistently occurs 20 seconds, and is indicated with corresponding level numerical value.In addition, beacon master controller is also
Be sent to corresponding dynamic and static sensor for 0-5 meters of dynamic and static sensor sensing range, thus dynamic and static sensor can sense 5 meters it
Interior infrared signal.
Wherein, the sensing range of the dynamic and static sensor is only schematical, and beacon master controller connected to it is answered
It, can be according to configuring effective sensing range under different application scenarios used in different application scenarios.Such as market beacon
The application scenarios of advertisement, sensing range are configurable to tens meters.For application scenarios such as indoor positioning, museum's navigation, detect
Surveying range can be only fitted to 3-5 meters.
In another example it is the intensity of illumination essence that illuminance transducer can sense when that user, which configures the first parameter by configuration tool,
Degree is 0.1, then beacon master controller is illumination according to the corresponding preset threshold of intensity of illumination precision setting illuminance transducer
Sensor senses intensity of illumination, and less than or equal to 0.4, (assuming that it is intensity of illumination maximum value in one day that intensity of illumination, which is 1,0 is one day
Middle intensity of illumination minimum value), and indicated with corresponding level numerical value.Also, beacon master controller senses illuminance transducer
Intensity of illumination precision is sent to corresponding illuminance transducer for 0.1, so that illuminance transducer can sense the light that precision is 0.1
According to intensity.
For another example user by configuration tool configure the first parameter be acceleration transducer vibration frequency sense precision and
Sensing range, wherein the sensing accuracy value of vibration frequency is 0.1, and the sensing range value of vibration frequency is 3-5 meters.Correspondingly, letter
Marking the corresponding preset threshold of master controller setting acceleration transducer is to sense in the 3-5 rice range of beacon master controller
Vibration frequency not less than 0.5 (assuming that it is the frequency generated when people normally walks that vibration frequency, which is 0.5), and with corresponding level
Numerical value indicates.Also, the accuracy value of acceleration transducer sense vibrations frequency is 0.1 by beacon master controller, vibration frequency
Value range is 3-5 meter and is sent to corresponding acceleration transducer, thus acceleration transducer can sense 3-5 meters of ranges it is interior,
The vibration frequency that precision is 0.1.
In an alternative embodiment of the invention, beacon master controller can also receive second that user is configured by configuration tool
Parameter, and according to the second parameter to be located at its broadcasting area in user terminal broadcast setting information.Wherein, the second parameter includes
The period (i.e. the broadcast interval of broadcast setting information) of beacon master controller broadcast setting information and/or the broadcast of beacon master controller
The transmission power of set information.For example, the period of setting beacon master controller broadcast setting information is 30 seconds, at this point, beacon master
Controller was under broadcasting mode, every the 30 seconds user terminal broadcast setting information into its broadcasting area.
In this embodiment, configuration tool includes the configuration software being mounted on configurating terminal, such as dedicated for configuration
The APP of parameter.Wherein, also need to be arranged corresponding configuration interface on configuration software, beacon master controller by configure interface with
Configuration software connection, and then using the configuration interface configuration software configuration parameter, the first parameter as mentioned above and/
Or second parameter.
In this embodiment, bluetooth module can also be set on beacon master controller, is matched using bluetooth-capable
It sets terminal and configuration information (i.e. the first parameter and/or the second parameter) is sent to beacon master controller by configuring interface.For example,
Configuration software is mounted on mobile phone terminal, mobile phone terminal is using its Bluetooth function to beacon master controller configuration information.
In one embodiment of the embodiment of the present invention, beacon master controller can use bluetooth association under broadcasting mode
Discuss the broadcast packet for carrying set information that prescribed form is sent to the user terminal being located in its broadcasting area.Such as it can be with base
The broadcast of prescribed form is sent in UUID (Universally Unique Identifier, Universally Unique Identifier) or URL
Packet.In this embodiment, user terminal includes the mobile terminal of user, such as mobile phone, tablet computer, smartwatch.
In another embodiment of the embodiment of the present invention, beacon master controller, can also be by short under broadcasting mode
The form of letter sends set information to the user terminal being located in its broadcasting area.It can also be by set information by disappearing in time
The form of breath is sent in the APP with communication function installed on mobile terminal, such as wechat, QQ, microblogging.If will set certainly
Determine information to be sent in the communication APP of user, user needs to pay close attention to the public platform of associated merchant, public account etc. in advance.Wherein,
The particular content of set information is to be set by administrator by background management platform, and set information can be advertising information, room
Interior location information, indoor navigation information, preferential action message etc..The embodiment of the present invention is not specifically limited in this embodiment.
In order to clearly embody the embodiment of the present invention, the side of beacon master controller is now waken up with two types sensor
The present invention is specifically introduced in formula.
Embodiment one
Two types sensor logic and combination control mode.
The sensor of beacon component includes an illuminance transducer, a dynamic and static sensor, beacon master controller.Assuming that according to
Spend corresponding first preset threshold of sensor, corresponding second preset threshold of dynamic and static sensor.After setting corresponding preset threshold,
The initial broadcast operating mode for defaulting beacon master controller is broadcast suspend mode.
When the level signal of illuminance transducer conversion reaches the first preset threshold, and the level signal of dynamic and static sensor conversion
When reaching the second preset threshold, beacon master controller just enters broadcasting mode, referring specifically to Fig. 2.
Specifically, the luminance signal is converted into corresponding electricity when illuminance transducer senses extraneous luminance signal
Ordinary mail number is simultaneously sent to beacon master controller, and whether beacon master controller judges the level signal in the first preset threshold.If
It is then further to judge the level signal of dynamic and static sensor transmission whether in the second preset threshold.If it is not, then beacon master control
Device processed keeps broadcast suspend mode.
If whether the level signal of dynamic and static sensor transmission reaches the second preset threshold, beacon master controller is from broadcast suspend mode
Pattern switching switches to broadcast suspend mode to broadcasting mode, and after broadcasting mode maintains preset time again.
If it is not, then beacon master controller keeps broadcast suspend mode.
For example, the usage scenario of sensor is market, when market is in business status, the lighting apparatus in market is all
It opens, illuminance transducer can sense luminance signal.If illuminance transducer reaches the level signal that luminance signal is converted
First preset threshold, and dynamic and static sensor senses someone's process in sensing range, it is wide that beacon master controller can star it
Broadcast operating mode.When market is in non-business status, the lighting apparatus in market is all closed, and illuminance transducer can not sense
Luminance signal or the level signal of luminance signal conversion are unable to reach the first preset threshold.At this point, no matter dynamic and static sensor is
It is no to sense someone's process, beacon master controller starting broadcasting mode can not be all triggered, i.e. beacon master controller keeps wide
Broadcast suspend mode.
Embodiment two
Two types sensor logic and combination control mode.
Embodiment is seen above, the dynamic and static sensor in foregoing embodiments can also be substituted for acceleration transducer.Believe
The sensor for marking component includes an illuminance transducer, an acceleration transducer, beacon master controller.Assuming that illuminance transducer
Corresponding first preset threshold, acceleration transducer correspond to third predetermined threshold value.
When the level signal that beacon master controller judges that illuminance transducer is converted reaches the first preset threshold, further sentence
Whether the level signal of disconnected acceleration transducer conversion reaches third predetermined threshold value.If so, beacon master controller is stopped from broadcast
Sleep mode switches to broadcasting mode, and switches to broadcast suspend mode mould again after broadcasting mode maintains preset time
Formula.If it is not, then beacon master controller keeps broadcast suspend mode.
Embodiment three
Two types sensor logic or combination control mode.
The sensor of beacon component includes a dynamic and static sensor, an acceleration transducer, beacon master controller.Assuming that
Dynamic and static sensor corresponds to the second preset threshold, and acceleration transducer corresponds to third predetermined threshold value.Set corresponding preset threshold
Later, the initial broadcast operating mode for defaulting beacon master controller is broadcast suspend mode.
When the level signal of dynamic and static sensor conversion reaches the level of the second preset threshold or acceleration transducer conversion
Signal reaches third predetermined threshold value, and beacon master controller can enter broadcasting mode, referring specifically to Fig. 3.
Specifically, the vibration frequency is converted into accordingly when acceleration transducer senses extraneous vibration frequency
Level signal is simultaneously sent to beacon master controller, and beacon master controller judges whether the level signal reaches third predetermined threshold value.
If so, beacon master controller switches to broadcasting mode from broadcast suspend mode, and when broadcasting mode remains default
Between after switch to broadcast suspend mode again.If it is not, then further judging whether the level signal of dynamic and static sensor conversion reaches
To the second preset threshold.
If reaching the second preset threshold according to the level signal that dynamic and static sensor is converted, beacon master controller is from broadcast suspend mode
Pattern switching switches to broadcast suspend mode to broadcasting mode, and after broadcasting mode maintains preset time again.
If it is not, beacon master controller keeps broadcast suspend mode.
For example, the usage scenario of sensor is market, the acceleration transducer in market, will when sensing vibration frequency
Vibration frequency is converted into level signal, and analyzes the level signal using beacon master controller, however, it is determined that the level signal is corresponding
Vibration frequency be human body issue vibration frequency.It can use the level signal triggering beacon master control of vibration frequency conversion at this time
Device processed starts broadcasting mode.Alternatively, infrared ray is believed if dynamic and static sensor senses infrared signal in sensing range
Number it is converted into level signal, and analyzes the level signal using beacon master controller, however, it is determined that the level believes corresponding infrared ray
Signal is issued by human body, can use the level signal of dynamic and static sensor conversion to trigger beacon master controller starting broadcasting
Mode.
The embodiment of the present invention is not specifically limited the judgement sequence of acceleration transducer and dynamic and static sensor.Work as sensor
When including three types, four seed types etc. dissimilar sensor, the mode initiation beacon of above-described embodiment also can use
Master controller enters broadcasting mode.
The present invention is specifically introduced in a manner of three types sensor initiation beacon master controller below.
Three kinds of sensors of beacon component respectively include an illuminance transducer, a dynamic and static sensor, an acceleration
Sensing and beacon master controller.Assuming that illuminance transducer corresponds to the first preset threshold, the corresponding second default threshold of dynamic and static sensor
Value, acceleration transducer correspond to third predetermined threshold value.
Three types sensor uses logical AND or combined control mode.
If after the luminance signal of acquisition is converted into level signal by illuminance transducer, which reaches the first default threshold
Under the premise of value, the level signal of dynamic and static sensor conversion reaches the electricity of the second preset threshold or acceleration transducer conversion
Ordinary mail number reaches third predetermined threshold value, and beacon master controller enters broadcasting mode,
Specifically, the luminance signal is converted into phase when illuminance transducer senses and receives extraneous luminance signal
The level signal answered simultaneously is sent to beacon master controller, and beacon master controller judges whether the level signal reaches the first default threshold
Value.If so, further judging whether the level signal of dynamic and static sensor conversion reaches the second preset threshold.If it is not, no matter
Whether dynamic and static sensor collects infrared signal, and also no matter whether acceleration transducer collects vibration frequency, beacon master control
Device processed is all in broadcast suspend mode.
If the level signal for the infrared signal conversion that dynamic and static sensor is sensed reaches the second preset threshold, beacon
Master controller switches to broadcasting mode from broadcast suspend mode, and cuts again after broadcasting mode maintains preset time
Shift to broadcast suspend mode.If it is not, it is pre- then further to judge whether the level signal of acceleration transducer transmission reaches third
If threshold value.
If the level signal for the vibration frequency conversion that acceleration transducer is sensed is in third predetermined threshold value, beacon
Master controller switches to broadcasting mode from broadcast suspend mode, and cuts again after broadcasting mode maintains preset time
Shift to broadcast suspend mode.If it is not, beacon master controller keeps broadcast suspend mode.
For example, the usage scenario of sensor is market, when market is in business status, the lighting apparatus in market is all
It opens, illuminance transducer can sense luminance signal, be in the level signal that luminance signal is converted in illuminance transducer
Under conditions of first preset threshold, if dynamic and static sensor senses someone's process or acceleration transducer in sensing range
Someone's process is sensed in sensing range.Beacon master controller can be triggered and start its broadcasting mode.
When market is in non-business status, the lighting apparatus in market is all closed, and illuminance transducer can not sense light
According to signal, or senses the corresponding level signal of luminance signal and be unable to reach the first preset threshold.At this point, no matter sound senses
Whether device or acceleration transducer sense someone's process, can not all trigger beacon master controller starting broadcasting mode, i.e.,
Beacon master controller keeps broadcast suspend mode.
With continued reference to Fig. 1, in an embodiment of the present invention, the beacon component of control based on sensory of the invention can be with
Including module 13 is locally stored, this is locally stored module 13 and connect with beacon master controller 12, when beacon master controller 12 receives
After the first parameter and/or the second parameter that are configured to configuration software, it can be saved to and module 13 is locally stored.Certainly, exist
When saving the first parameter and/or the second parameter, the corresponding sensor ID of the first parameter can be stored in simultaneously, module is locally stored
13, and the corresponding relationship of different sensors ID and the first corresponding parameter are established, to facilitate to subsequent to different sensors
Corresponding first parameter is managed accordingly.
In this embodiment, configuration parameter is stored in and module 13 is locally stored, it is subsequent need by it is special configuration it is soft
Part such as is added to the parameter being locally stored in module 13, modifies, deleting at the operation.The subsequent pipe to configuration parameter for convenience
Beacon master controller 12 and cloud storage service device 14 can also be established connection, to receiving beacon master controller 12 by reason
The first parameter, the second parameter, the ID of the corresponding beacon master controller 12 of the corresponding sensor ID of the first parameter, the second parameter,
And the ID of beacon master controller 12 is synchronous at least one in the corresponding relationship of at least one sensor ID connected to it
To Cloud Server side.In this way, user can get corresponding configuration parameter by logging in cloud storage service device 14, and long-range right
The parameter saved in cloud storage service device 14 such as is added, modifies, deleting at the operation.Certainly, in order to guarantee the peace of configuration parameter
Quan Xing is not that anyone can log in cloud storage service device 14 and gets corresponding configuration parameter, only has login power
The talent of limit can be adjusted configuration parameter.
With continued reference to Fig. 1, in an embodiment of the present invention, the beacon component of control based on sensory can also include power supply
Battery 15, the supplying cell 15 are separately connected with different types of sensor and beacon master controller 12, are sensor module 11
The power supply of (i.e. different types of sensor) and beacon master controller 12, while receiving beacon master controller 12 and its electricity is detectd
It surveys.
Process of the beacon master controller 12 to the detecting of 15 electricity of supplying cell are as follows: beacon master controller 12 is turned using modulus
The electricity that port (ADC, Analog-to-Digital Converter) reads supplying cell 15 is changed, thus to supplying cell 15
Electric-quantity monitoring is carried out, it, can be to being located at when the electricity that beacon master controller 12 reads supplying cell 15 reaches alarm threshold value
Warning information packet is broadcasted in configuration tool in its broadcasting area.After battery altering, since battery capacity is higher than threshold value of warning,
No longer hair broadcasts warning information packet at this time.
Based on the same inventive concept, the embodiment of the invention also provides a kind of method of mouse beacon component, beacon components
Including beacon master controller and at least one sensor.Referring to fig. 4, this method may comprise steps of S102 to step
S110。
Step S102, beacon master controller receive the level signal from least one sensor, wherein level signal by
Sensor is converted to using the extraneous trigger signal that it is sensed.
In this step, at least one sensor may include a sensor, such as only include dynamic and static sensor, or only
Comprising illuminance transducer, or only comprising acceleration transducer etc..At least one sensor also may include multiple sensors,
It such as simultaneously include dynamic and static sensor, illuminance transducer and acceleration transducer, kind of the embodiment of the present invention to sensor
Class is not specifically limited.
Wherein, the extraneous trigger signal that different sensors receives is also different, and extraneous trigger signal may include infrared
Line signal, luminance signal, amplitude signal and vibration frequency signal etc..Wherein, different sensors (such as dynamic and static sensor,
Illuminance transducer, acceleration transducer etc.) received corresponding extraneous trigger signal is referring specifically to foregoing embodiments, herein not
It repeats again.
Whether step S104, beacon master controller decision level signal meet default wake-up rule；If so, thening follow the steps
S106, if it is not, thening follow the steps S108, beacon master controller is in broadcast suspend mode.Also, beacon master controller is being in
It is performed simultaneously step S102 during broadcast suspend mode, i.e. level signal of the reception from least one sensor.
Step S106, beacon master controller switch to broadcasting mode from broadcast suspend mode, broadcast model to it is located at
Enclose interior user terminal broadcast setting information.And then step S110-S108 is successively executed, beacon master controller is in broadcasting mould
From broadcasting pattern switching to broadcast suspend mode after formula maintenance preset time.
In an embodiment of the present invention, beacon master controller from broadcast suspend mode switch to broadcasting mode after,
Broadcast suspend mode can also be switched to again after broadcasting mode maintains preset time.
Step S104 is seen above, there are many default wake-up rule of beacon master controller may include, for example, when any
When the level signal of one sensor conversion reaches corresponding preset threshold, beacon master controller is waken up, so that beacon master control
Device processed switches to broadcasting mode from broadcast suspend mode.In another example if at least one sensor includes multiple sensors, in advance
If waking up rule can be, when the level signal of multiple sensors conversion all reaches corresponding preset threshold, beacon is waken up
Master controller, so that beacon master controller switches to broadcasting mode from broadcast suspend mode.It certainly can also include other
Default wake-up rule, specifically may refer to foregoing embodiments about different default wake-up rules, details are not described herein again.
In an embodiment of the present invention, beacon master controller can receive the first ginseng that user is configured by configuration tool
Number, and utilize the first parameter setting preset threshold corresponding with sensor.And the first parameter is sent to corresponding sensing
Device, by sensor the first parameter sensing external world trigger signal of foundation.Wherein, the first parameter may include the sensing model of sensor
Enclose, sense precision, calibration parameter etc..
Beacon master controller can also receive the second parameter that user is configured by configuration tool, and according to the second parameter to
User terminal broadcast setting information in its broadcasting area.Wherein, the second parameter may include the broadcast of beacon master controller
The period of set information also may include the transmission power etc. of beacon master controller broadcast setting information.The embodiment of the present invention
Without limitation to the particular content of the first parameter and the second parameter.
The design that the embodiment of the present invention is waken up by increasing sensor on beacon master controller, only when really needing letter
Just activation wake-up beacon enters broadcasting mode in the case where mark work, is at broadcast when not needing beacon work and stops
Sleep mode, thus the service life for efficiently reducing the power consumption of beacon, extending beacon.For example, conventional beacon uses 7*24 (i.e.
It works 7 days within one week, darg 24 hours), if half power consumption can be reduced using the broadcasting mode switched round the clock.This
For scheme of the invention on the basis of conventional beacon works, the level signal of only sensor conversion meets the default situation for waking up rule
Under, i.e., in the case that extraneous trigger signal meets wake-up rule, ability initiation beacon master controller work, it is assumed that average half the time
Persistently there is extraneous trigger signal, the power consumption of such beacon can reduce half again, i.e. beacon service life can double again.
Also, when sensing extraneous trigger signal using multiple sensors, sensor can be effectively improved and wake up beacon master controller
Into the accuracy of broadcasting mode, avoids the damage due to one of sensor and cause beacon master controller can not be into
The problem of row effectively works.
Further, sensor application can also be configured accordingly in different occasions, parameter, to adapt to difference
The demand of occasion, so that beacon can work more flexiblely.
It should be noted that the above-mentioned embodiments illustrate rather than limit the invention, and ability
Field technique personnel can be designed alternative embodiment without departing from the scope of the appended claims.In the claims,
Any reference symbol between parentheses should not be configured to limitations on claims.Word "comprising" does not exclude the presence of not
Element or step listed in the claims.Word "a" or "an" located in front of the element does not exclude the presence of multiple such
Element.The present invention can be by means of including the hardware of several different elements and being come by means of properly programmed computer real
It is existing.In the unit claims listing several devices, several in these devices can be through the same hardware branch
To embody.The use of word first, second, and third does not indicate any sequence.These words can be explained and be run after fame
Claim.
So far, although those skilled in the art will appreciate that present invention has been shown and described in detail herein multiple shows
Example property embodiment still without departing from the spirit and scope of the present invention, still can according to the present disclosure directly
Determine or deduce out many other variations or modifications consistent with the principles of the invention.Therefore, the scope of the present invention is understood that and recognizes
It is set to and covers all such other variations or modifications.
Claims (25)
1. a kind of beacon component of control based on sensory, including beacon master controller, at least one sensor, described at least one
A sensor is connect with the beacon master controller, wherein
The sensor senses extraneous trigger signal, the extraneous trigger signal sensed is converted into level signal, and will be described
Level signal is sent to the beacon master controller connected to it；
The beacon master controller receives the level signal from the sensor, and according to default wake-up rule to the electricity
Ordinary mail number judged, if the level signal meets the default wake-up rule, the beacon master controller is from broadcast suspend mode
Pattern switching is to broadcasting mode, to the user terminal broadcast setting information being located in its broadcasting area.
2. the beacon component of control based on sensory according to claim 1, which is characterized in that the sensor include with
It is at least one lower:
Dynamic and static sensor, illuminance transducer and acceleration transducer.
3. the beacon component of control based on sensory according to claim 1 or 2, which is characterized in that the extraneous triggering
Signal includes at least one of:
Infrared signal, luminance signal, amplitude signal and vibration frequency signal.
4. the beacon component of control based on sensory according to claim 1, which is characterized in that
The default rule that wakes up includes: when the level signal of any one sensor conversion reaches corresponding preset threshold
When, the beacon master controller is waken up, so that the beacon master controller switches to broadcasting mode from broadcast suspend mode.
5. the beacon component of control based on sensory according to claim 1, which is characterized in that
If at least one described sensor includes multiple sensors, the default wake-up rule includes: when multiple sensors are converted
Level signal when all reaching corresponding preset threshold, the beacon master controller is waken up, so that the beacon master controller
Broadcasting mode is switched to from broadcast suspend mode.
6. the beacon component of control based on sensory according to claim 4 or 5, which is characterized in that
The beacon master controller receives the first parameter that user is configured by configuration tool, utilizes first parameter setting
Preset threshold corresponding with the sensor, and first parameter is sent to corresponding sensor, by the sensing
Device is according to first parameter sensing external world trigger signal；And/or
The beacon master controller, receives the second parameter for configuring by configuration tool of user, and according to second parameter to
User terminal broadcast setting information in its broadcasting area.
7. the beacon component of control based on sensory according to claim 6, which is characterized in that
The configuration tool includes the configuration software being mounted on configurating terminal, and configuration interface is provided on the configuration software；
The beacon master controller is connect by the configuration interface with the configuration software, and utilizes the configuration interface
The first parameter and the second parameter of the configuration software configuration.
8. the beacon component of control based on sensory according to claim 6, which is characterized in that further include that mould is locally stored
Block, wherein
It is described to be locally stored module and the beacon master controller establishes connection, described in the beacon master controller will receive
First parameter and/or second parameter save to described and module are locally stored.
9. the beacon component of control based on sensory according to claim 6, which is characterized in that
The beacon master controller and cloud storage service device establish connection, the beacon master controller will receive described first
Parameter and/or second parameter synchronization are to Cloud Server side.
10. the beacon component of control based on sensory according to claim 6, which is characterized in that the first parameter packet
Include at least one of: the sensing range of sensor, sensing precision, calibration parameter.
11. the beacon component of control based on sensory according to claim 6, which is characterized in that the second parameter packet
It includes:
The period of the beacon master controller broadcast setting information；And/or
The transmission power of the beacon master controller broadcast setting information.
12. the beacon component of control based on sensory according to claim 1 or 2, which is characterized in that
The beacon master controller switches to broadcasting mode from broadcast suspend mode, remains pre- in the broadcasting mode
If broadcast suspend mode is switched to after the time again.
13. the beacon component of control based on sensory according to claim 1 or 2, which is characterized in that the sensor benefit
It is connect with GPIO interface with the beacon master controller.
14. the beacon component of control based on sensory according to claim 1 or 2, which is characterized in that further include:
Supplying cell is separately connected with the sensor and the beacon master controller, is that sensor and beacon master controller supply
Electricity, and the beacon master controller is received to its electric-quantity monitoring.
15. the beacon component of control based on sensory according to claim 14, which is characterized in that
The beacon master controller reads the electricity of the supplying cell by digital-to-analogue conversion port ADC, to the power supply electricity
Pond carries out electric-quantity monitoring, when the electricity for reading the supplying cell reaches alarm threshold value, in its broadcasting area
Warning information packet is broadcasted in configuration tool.
16. the beacon component of control based on sensory according to claim 1 or 2, which is characterized in that
The beacon master controller under broadcasting mode, using Bluetooth protocol to be located at its broadcasting area in user terminal
The broadcast packet of prescribed form is sent, carries the set information for being sent to the user terminal in the broadcast packet.
17. a kind of method of mouse beacon component, the beacon component includes beacon master controller and at least one sensor, institute
The method of stating includes:
The beacon master controller receives the level signal from least one sensor, and according to default wake-up rule to described
Level signal is judged, wherein the level signal is converted to by sensor using the extraneous trigger signal that it is sensed；
If the level signal meets the default wake-up rule, the beacon master controller switches to extensively from broadcast suspend mode
Operating mode is broadcast, to the user terminal broadcast setting information being located in its broadcasting area.
18. according to the method for claim 17, which is characterized in that the sensor includes at least one of:
Dynamic and static sensor, illuminance transducer and acceleration transducer.
19. method described in 7 or 18 according to claim 1, which is characterized in that it is described the external world trigger signal include it is following at least it
One:
Infrared signal, luminance signal, amplitude signal and vibration frequency signal.
20. according to the method for claim 17, which is characterized in that
The default rule that wakes up includes: when the level signal of any one sensor conversion reaches corresponding preset threshold
When, the beacon master controller is waken up, so that the beacon master controller switches to broadcasting mode from broadcast suspend mode.
21. according to the method for claim 17, which is characterized in that
If at least one described sensor includes multiple sensors, the default wake-up rule includes: when multiple sensors are converted
Level signal when all reaching corresponding preset threshold, the beacon master controller is waken up, so that the beacon master controller
Broadcasting mode is switched to from broadcast suspend mode.
22. the method according to claim 20 or 21, which is characterized in that the method also includes:
The beacon master controller receives the first parameter that user configure by configuration tool, using first parameter setting and
The corresponding preset threshold of the sensor, and first parameter is sent to corresponding sensor, by the sensor
According to first parameter sensing external world trigger signal；And/or
The beacon master controller receives the second parameter that user is configured by configuration tool, and according to second parameter to position
In the user terminal broadcast setting information in its broadcasting area.
23. according to the method for claim 22, which is characterized in that first parameter includes at least one of: sensing
The sensing range of device, sensing precision, calibration parameter.
24. according to the method for claim 22, which is characterized in that second parameter includes:
The period of the beacon master controller broadcast setting information；And/or
The transmission power of the beacon master controller broadcast setting information.
25. method described in 7 or 18 according to claim 1, which is characterized in that the beacon master controller from broadcast suspend mode
It switches to after broadcasting mode, further includes:
The beacon master controller switches to broadcast suspend mode after the broadcasting mode maintains preset time again.
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| CN201710843675.6A CN109413585A (en) | 2017-09-15 | 2017-09-15 | The method of the beacon component and mouse beacon component of control based on sensory |
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| CN201710843675.6A CN109413585A (en) | 2017-09-15 | 2017-09-15 | The method of the beacon component and mouse beacon component of control based on sensory |
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| CN111830883A (en) * | 2020-08-04 | 2020-10-27 | 南京理工大学 | Low-power-consumption circuit for aerospace beacon machine and operation method |
| CN113993113A (en) * | 2021-10-28 | 2022-01-28 | 深圳市创鸿新智能科技有限公司 | Bluetooth beacon, Bluetooth system and non-contact activation method |
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Application publication date: 20190301 |