CN105790800B

CN105790800B - A kind of online information method for pushing and system based on wearable device

Info

Publication number: CN105790800B
Application number: CN201610120349.8A
Authority: CN
Inventors: 李霆
Original assignee: Shanghai Intelligence Is To Information Technology Co Ltd
Current assignee: Shanghai Intelligence Is To Information Technology Co Ltd
Priority date: 2016-03-03
Filing date: 2016-03-03
Publication date: 2019-02-19
Anticipated expiration: 2036-03-03
Also published as: CN105790800A

Abstract

The present invention provides a kind of online information method for pushing and system based on wearable device, which comprises a) the first equipment is broadcasted by bluetooth approach, to send iBeacon positioning signal；B) the iBeacon positioning signal around the scanning of the second equipment, and the device number information that iBeacon positioning signal includes is searched in a preset table, if finding, it thens follow the steps c), it is no to then follow the steps b), wherein the second equipment is connected to network always, and preset table is arranged in the second equipment；C) the second equipment calculates the distance between the second equipment and the first equipment, to obtain range information；D) the second equipment judges whether range information less than the push range of the first equipment otherwise continues to execute step c) if so, thening follow the steps e)；E) the second equipment obtains the pushed information of the first equipment by network；F) pushed information is sent to wearable device by the second equipment, and pushed information is shown on wearable device.

Description

Online information pushing method and system based on wearable device

Technical Field

The invention relates to the technical field of wireless communication, in particular to an online information pushing method and system based on wearable equipment.

Background

The bluetooth technology is a technology suitable for wireless data transmission in a short-distance local area network range, has the characteristics of low power consumption, multiple support services and the like, is widely applied to many electronic devices, and can become a new channel for issuing information advertisements along with the popularization of a bluetooth communication module built in a mobile terminal (such as a smart phone, a tablet computer, a palm computer PDA and the like). Today of information explosion, a new media advertisement publishing technology means more business opportunities and business information dissemination opportunities, and has great significance for both merchants and consumers.

An indoor positioning and advertisement pushing system based on Bluetooth technology 4.0(BLE) enters a rapid development stage, and the technology needs a scheme that an operator pertinently deploys a Bluetooth signal generating source on site according to requirements so as to ensure that a user can receive positioning information and advertisement information provided by the Bluetooth signal generating source, thereby achieving an expected target.

Currently, the bluetooth 4.0(BLE) positioning technology can push a specific message to a mobile terminal in a specific area. However, this method usually requires the use of a bluetooth module and a mobile network of the mobile terminal, and at the same time, the mobile terminal also needs to install a related application program, and the application program is in a background running state, which causes a large limitation. Even if the mobile terminal satisfies the above conditions, there are cases where: when the advertisement information is pushed, the mobile terminal is not in the hand of the user and cannot know the advertisement information in time, and when the advertisement information is acquired, the advertisement information is aged. For example, when entering a dining room in a shopping mall, the mobile terminal of the user receives advertisement information (e.g., a coupon) pushed by the dining room, and the user does not know the advertisement information in time until the user leaves the shopping mall and sees the advertisement information.

Disclosure of Invention

In order to solve the above problems, the present invention provides an online information pushing method and system based on a wearable device, which can push the pushed information to the wearable device of the user through a bluetooth technology 4.0, so that the user can know the pushed information in time.

According to an object of the present invention, the present invention provides an online information pushing method based on a wearable device, including the following steps: a) the first equipment broadcasts in a Bluetooth mode to send an iBeacon positioning signal; b) scanning peripheral iBeacon positioning signals by second equipment, searching equipment number information contained in the iBeacon positioning signals in a preset table, and executing the step c) if the equipment number information is searched, or continuously executing the step b), wherein the second equipment is always connected to the network, and the preset table is arranged in the second equipment; c) the second equipment calculates the distance between the second equipment and the first equipment to acquire distance information; d) the second equipment judges whether the distance information is smaller than the pushing range of the first equipment, if so, the step e) is executed, and if not, the step c) is continuously executed; e) the second equipment acquires the push information of the first equipment through the network; f) the second device sends the push information to a wearable device and displays the push information on the wearable device.

In an embodiment of the present invention, before step a), the method further includes: and the second equipment acquires the equipment number information and the push parameters of all the first equipment through the network.

In an embodiment of the present invention, after step f), the method further comprises: and the second equipment records the sending time of the push information.

In an embodiment of the present invention, between step e) and step f), further comprising: 11) the second equipment acquires a function list of the wearable equipment; 12) the second equipment judges whether the wearable equipment needs to display the text information, if so, the step 13) is executed, otherwise, the step f) is returned; 13) the second equipment judges whether the wearable equipment supports a Chinese character library, if so, executing the step 14), otherwise, executing the step 15); 14) the second equipment adds word stock codes to the pushing information and returns to the step f); 15) and the second equipment adds the word stock lattice to the pushing information according to the resolution ratio and returns to the step f).

In an embodiment of the present invention, between step e) and step f), further comprising: 21) the second equipment acquires a function list of the wearable equipment; 22) the second equipment judges whether the wearable equipment needs to display picture information, if so, the step 23) is executed, otherwise, the step f) is returned; 23) the second equipment judges whether the wearable equipment supports displaying pictures or not, if so, the step 24) is executed, and if not, the step f) is returned; 24) and the second equipment adds the corresponding dot matrix to the pushing information according to the resolution and the color of the wearable equipment, and returns to the step f).

In an embodiment of the present invention, the following steps are further included between step e) and step f): 31) the second equipment acquires a function list of the wearable equipment; 32) the second equipment judges whether the wearable equipment needs to display two-dimensional code information or not, if yes, step 33) is executed, and if not, the step f) is returned; 33) the second equipment judges whether the wearable equipment supports displaying the two-dimensional code, if so, the step 34 is executed, otherwise, the step f) is returned; 34) the second device judges whether the wearable device supports two-dimensional code generation, if yes, step 35) is executed, and if not, step 36) is executed; 35) the second equipment adds the content contained in the two-dimensional code to the push information and returns to the step f); 36) and the second equipment adds the corresponding two-dimensional code dot matrix to the push information according to the resolution of the wearable equipment, and returns to the step f).

In an embodiment of the present invention, the following steps are further included between step e) and step f): 41) the second equipment acquires a function list of the wearable equipment; 42) the second device judges whether the wearable device needs to display the bar code information, if so, the step 43 is executed, otherwise, the step f) is returned; 43) the second device judges whether the wearable device supports displaying the bar code, if so, the step 44) is executed, otherwise, the step f) is returned; 44) the second device judges whether the wearable device supports barcode generation, if so, executing step 45), otherwise, executing step 46); 45) the second equipment adds the content contained in the bar code to the push information and returns to the step f); 46) and the second equipment adds the corresponding bar code dot matrix to the pushing information according to the resolution of the wearable equipment, and returns to the step f).

According to another object of the present invention, there is also provided an online information pushing system based on a wearable device, including: the system comprises a positioning signal broadcasting module, a positioning signal judging module, a distance information calculating module, a push range judging module, a push information acquiring module, a push information sending module and a push information displaying module; the positioning signal broadcasting module is arranged in first equipment, the positioning signal judging module, the distance information calculating module, the pushing range judging module, the pushing information acquiring module and the pushing information sending module are arranged in second equipment, and the pushing information displaying module is arranged in wearable equipment; the positioning signal broadcasting module is used for enabling the first equipment to broadcast in a Bluetooth mode and sending an iBeacon positioning signal; the positioning signal judgment module is used for enabling second equipment to scan surrounding iBeacon positioning signals, searching equipment number information contained in the iBeacon positioning signals in a preset table, if the equipment number information is found, calling the distance information calculation module, and otherwise, continuing to call the positioning signal judgment module, wherein the second equipment is always connected to a network, and the preset table is arranged in the second equipment; the distance information calculation module is connected with the positioning signal judgment module and used for enabling the second equipment to calculate the distance between the second equipment and the first equipment to obtain distance information; the push range judging module is connected with the distance information calculating module and used for enabling the second equipment to judge whether the distance information is smaller than the push range of the first equipment or not, if yes, the push information obtaining module is called, and if not, the distance information calculating module is called; the push information acquisition module is connected with the push range judgment module and used for enabling the second equipment to acquire the push information of the first equipment through the network; the push information sending module is connected with the push information acquiring module and used for enabling the second equipment to send the push information to the wearable equipment; the push information display module is used for displaying the push information on the wearable equipment.

In an embodiment of the invention, the system further comprises: and the preset information acquisition module is arranged in the second equipment and used for enabling the second equipment to acquire the equipment number information and the push parameters of all the first equipment through the network.

In an embodiment of the invention, the system further comprises: and the sending time recording module is arranged in the second equipment and used for enabling the second equipment to record the sending time of the push information.

In an embodiment of the present invention, the system further includes a function list obtaining module, a display text information judging module, a support Chinese character library judging module, a character library coding adding module, and a character library lattice adding module; the function list acquisition module, the display character information judgment module, the support Chinese character library judgment module, the character library code adding module and the character library dot matrix adding module are arranged in the second device; the function list acquiring module is connected with the push information acquiring module and used for enabling the second device to acquire a function list of the wearable device; the display text information judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display text information or not, when the wearable equipment is judged to need to display the text information, the supporting Chinese character library judging module is called, and otherwise, the push information sending module is called; the supported Chinese character library judging module is connected with the displayed character information judging module and used for enabling the second equipment to judge whether the wearable equipment supports a Chinese character library, when the wearable equipment supports the Chinese character library, the character library coding adding module is called, and otherwise, the character library dot matrix adding module is called; the word stock code adding module is connected with the supported Chinese word stock judging module and used for enabling the second equipment to add the word stock codes to the push information and calling the push information sending module; the word stock dot matrix adding module is connected with the supported Chinese character stock judging module and used for enabling the second equipment to add the word stock dot matrix to the pushing information according to the resolution ratio and calling the pushing information sending module.

In an embodiment of the present invention, the system further includes a function list obtaining module, a display picture information judging module, a display picture supporting judging module, and a picture dot matrix adding module; the function list acquisition module, the display picture information judgment module, the display picture support judgment module and the picture dot matrix adding module are arranged in the second device; the function list acquiring module is connected with the push information acquiring module and used for enabling the second device to acquire a function list of the wearable device; the display picture information judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display picture information or not, when the wearable equipment needs to display the picture information, the display picture information supporting judging module is called, and otherwise, the push information sending module is called; the display picture supporting judging module is connected with the display picture information judging module and used for enabling the second equipment to judge whether the wearable equipment supports display pictures or not, when the wearable equipment supports display pictures, the picture dot matrix adding module is called, and otherwise, the push information sending module is called; the image dot matrix adding module is connected with the display-supporting image judging module and used for enabling the second device to add the corresponding dot matrix to the push information according to the resolution and the color of the wearable device and calling the push information sending module.

In an embodiment of the present invention, the system further includes a function list obtaining module, a two-dimension code information display judging module, a two-dimension code display supporting judging module, a two-dimension code generation supporting judging module, a two-dimension code content adding module, and a two-dimension code dot matrix adding module; the function list acquisition module, the two-dimension code display information judgment module, the two-dimension code display support judgment module, the two-dimension code generation support judgment module, the two-dimension code content adding module and the two-dimension code dot matrix adding module are arranged in the second equipment, wherein the function list acquisition module is connected with the push information acquisition module and used for enabling the second equipment to acquire a function list of the wearable equipment; the two-dimension code information display judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display two-dimension code information or not, when the wearable equipment needs to display the two-dimension code information, the two-dimension code display supporting judging module is called, and otherwise, the push information sending module is called; the two-dimension code display supporting judging module is connected with the two-dimension code display information judging module and used for enabling the second equipment to judge whether the wearable equipment supports two-dimension code display or not, when the wearable equipment supports two-dimension code display, the two-dimension code display supporting generating module is called, and otherwise, the push information sending module is called; the two-dimension code generation supporting judgment module is connected with the two-dimension code display supporting judgment module and used for enabling the second equipment to judge whether the wearable equipment supports two-dimension code generation or not, when the wearable equipment supports two-dimension code generation, the two-dimension code content adding module is called, and otherwise, the two-dimension code dot matrix adding module is called; the two-dimension code content adding module is connected with the two-dimension code generation supporting judging module and used for enabling the second equipment to add the content contained in the two-dimension code to the push information and calling the push information sending module; the two-dimensional code dot matrix adding module is connected with the two-dimensional code generation supporting judging module and used for enabling the second equipment to add the corresponding two-dimensional code dot matrix to the push information according to the resolution of the wearable equipment and calling the push information sending module.

In an embodiment of the present invention, the system further includes a function list obtaining module, a displayed barcode information judging module, a displayed barcode supporting judging module, a generated barcode supporting judging module, a barcode content adding module, and a barcode dot matrix adding module; the function list acquisition module, the display bar code information judgment module, the support display bar code judgment module, the support generation bar code judgment module, the bar code content adding module and the bar code dot matrix adding module are arranged in the second device, wherein the function list acquisition module is connected with the push information acquisition module and used for enabling the second device to acquire a function list of the wearable device; the display bar code information judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display bar code information or not, when the wearable equipment is judged to need to display the bar code information, the support display bar code judging module is called, and otherwise, the push information sending module is called; the display bar code supporting judging module is connected with the bar code display information judging module and used for enabling the second equipment to judge whether the wearable equipment supports bar code display or not, when the wearable equipment supports bar code display, the bar code supporting judging module is called, and otherwise, the pushed information sending module is called; the bar code content adding module is called when the wearable device supports bar code generation, otherwise, the bar code dot matrix adding module is called; the bar code content adding module is connected with the bar code judgment module for supporting generation, and is used for enabling the second equipment to add the content contained in the bar code to the push information and calling the push information sending module; the bar code dot matrix adding module is connected with the bar code generation supporting judging module and used for enabling the second equipment to add the corresponding bar code dot matrix to the pushing information according to the resolution of the wearable equipment and calling the pushing information sending module.

The online information pushing method based on the wearable device has the advantages that the user can know the relevant information (such as real-time preferential information) pushed by the merchant in time by means of the wearable device. In addition, the push information format can be set according to the function list of the wearable device, so that the wearable device can support and correctly display the pushed related information.

Drawings

Fig. 1A is a flowchart illustrating steps of an online information push method based on a wearable device according to the present invention;

fig. 1B is a flowchart illustrating a step of determining, by the second device, whether the wearable device needs to display text information according to an embodiment of the present invention;

fig. 1C is a flowchart illustrating a step of determining, by the second device, whether the wearable device needs to display picture information according to an embodiment of the present invention;

fig. 1D is a flowchart of a step in which the second device determines whether the wearable device needs to display two-dimensional code information according to an embodiment of the present invention;

fig. 1E is a flowchart illustrating a step of the second device determining whether the wearable device needs to display barcode information according to an embodiment of the present invention;

FIG. 2A is a block diagram of an online information push system based on a wearable device according to the present invention;

fig. 2B is a schematic connection diagram of the function list obtaining module, the displayed text information judging module, the supported Chinese character library judging module, the character library coding adding module and the character library lattice adding module according to an embodiment of the present invention;

fig. 2C is a schematic connection diagram of the function list acquiring module, the displayed picture information determining module, the supported displayed picture determining module, and the picture dot matrix adding module according to an embodiment of the present invention;

fig. 2D is a schematic connection diagram of the function list obtaining module, the two-dimensional code information display judging module, the two-dimensional code display supporting judging module, the two-dimensional code generation supporting judging module, the two-dimensional code content adding module, and the two-dimensional code dot matrix adding module according to an embodiment of the present invention;

fig. 2E is a schematic connection diagram of the function list obtaining module, the displayed barcode information judging module, the judgment module for supporting displaying of a barcode, the judgment module for supporting generation of a barcode, the barcode content adding module, and the barcode dot matrix adding module in an embodiment of the present invention.

Detailed Description

The following describes in detail specific embodiments of the wearable device-based online information pushing method and system provided by the present invention with reference to the accompanying drawings.

Referring to fig. 1A to 1E, the present invention provides an online information pushing method based on a wearable device, including the following steps:

and S110, broadcasting by the first equipment in a Bluetooth mode to send an iBeacon positioning signal.

The first device can be an intelligent POS machine, a cash register and the like, and supports the Bluetooth technology 4.0. Of course, the first device is not limited to the above-described device as long as it supports the bluetooth technology 4.0 device. The iBeacon is an accurate micro-positioning technology proposed by Apple company, which is based on the Bluetooth technology 4.0 and is called Bluetooth Low Energy (Low power consumption Bluetooth, BLE for short).

Optionally, in an embodiment of the present invention, before step S110, the method further includes: and the second equipment acquires the equipment number information and the push parameters of all the first equipment through the network.

And the second equipment is used for receiving the iBeacon positioning signal and acquiring positioning information. The second device may be a smartphone. The second device is always connected to the network. Here, the network may be a cellular network or a wireless internet.

In this embodiment, the number of the first devices is multiple, and each of the first devices has unique device number information, which may be 16-bit codes. In other embodiments, the first device may not necessarily be 16-bit encoded, for example, according to the iBeacon protocol, using uuid (16 bytes) + major id (2 bytes) + minor id (2 bytes) for identification. The second device may store the acquired plurality of device numbers in a preset table, and the preset table may also store the push parameters. The push parameters may include a push range, a push frequency, and a push time period, where the push range is that the second device sends the obtained push information to a wearable device when a distance between the second device and the wearable device is less than a distance threshold; the push frequency means that the second device does not send push information to the wearable device any more within a time threshold after sending push information to the wearable device is completed, so as to avoid frequently disturbing a user using the wearable device; the push time period refers to a function that the second device sends the obtained push information to the wearable device within a preset time period. Wearable equipment can be for intelligent bracelet, intelligent wrist-watch, intelligent glasses etc. and support bluetooth 4.0. In this embodiment, the wearable device is always in bluetooth on mode.

Step S120, the second device scans the peripheral iBeacon positioning signals, and searches for the device number information included in the iBeacon positioning signals in a preset table, if so, step S130 is executed, otherwise, step S120 is continuously executed, wherein the second device is always connected to the network, and the preset table is set in the second device.

In this step, the second device receives an iBeacon positioning signal, and then, the second device searches the device number information included in the iBeacon positioning signal in the preset table. If the search result is found, step S130 is executed. If the information is not searched, the first device is indicated to be not provided with the information pushing function at present, or the iBeacon positioning signal received by the second device is from the Bluetooth device deployed by other merchants, and is not the Bluetooth device pre-deployed by the merchant.

Step S130, the second device calculates a distance between the second device and the first device to obtain distance information.

Step S140, the second device determines whether the distance information is smaller than the push range of the first device, if so, step S150 is executed, otherwise, step S130 is continuously executed.

When the second device determines that the distance between the second device and the first device is smaller than the preset push range (i.e. the second device enters the push range of the first device), step S150 is executed, otherwise, step S130 is executed again, and if the distance between the second device and the first device becomes smaller, the second device determines again whether the second device enters the push range of the first device.

Step S150, the second device obtains the push information of the first device through the network.

Step S160, the second device sends the push information to a wearable device, and displays the push information on the wearable device.

In this step, the second device sends push information to be displayed to the wearable device, and the wearable device receives the push information and then prompts a user to check the push information in time in a vibration mode.

Optionally, in an embodiment of the present invention, after step S160, the method further includes: and the second equipment records the sending time of the push information. In this way, when the second device enters the push range of the first device again, the second device judges whether the push information of the first device needs to be acquired through the network according to the recorded sending time and the push frequency set in the preset table, so that frequent user disturbance is avoided.

Referring to fig. 1B, in an embodiment of the present invention, between step S150 and step S160, further comprising: 11) the second equipment acquires a function list of the wearable equipment; 12) the second equipment judges whether the wearable equipment needs to display the text information, if so, the step 13) is executed, otherwise, the step f) is returned; 13) the second equipment judges whether the wearable equipment supports a Chinese character library, if so, executing the step 14), otherwise, executing the step 15); 14) the second device adds a font library code to the push information and returns to step S160; 15) the second device adds the font matrix to the push information according to the resolution, and returns to step S160.

The wearable device has a plurality of types, and the function list of the wearable device comprises: display color (monochrome screen or color screen), display resolution (e.g., 128 × 32, 64 × 32, 96 × 96, 240 × 240, etc.), whether a function of generating a two-dimensional code is available, whether a function of generating a barcode is available, and whether a chinese character library is supported. In this embodiment, after the second device establishes a connection with the wearable device, the second device obtains a function list of the wearable device as in step S11. In the above steps S11 to S15, the second device determines whether the wearable device includes a text information function. And if the wearable device supports a Chinese character library, the second device transmits character codes to the wearable device. If the wearable device does not support the Chinese character library, converting all characters into lattices according to the resolution of the wearable device, and adding the lattices to the push information to be transmitted to the wearable device.

Referring to fig. 1C, in an embodiment of the present invention, between step S150 and step S160, further comprising: 21) the second equipment acquires a function list of the wearable equipment; 22) the second equipment judges whether the wearable equipment needs to display picture information, if so, the step 23) is executed, otherwise, the step f) is returned; 23) the second device judges whether the wearable device supports displaying pictures, if so, the step 24 is executed, otherwise, the step S160 is returned to; 24) and the second device adds the corresponding dot matrix to the push information according to the resolution and the color of the wearable device, and returns to the step S160.

In the above-mentioned steps S21 to S24, the second device determines whether the wearable device includes a picture information function. And if the screen resolution and the color of the wearable device cannot display the picture information, skipping picture information display. If yes, the second device provides a corresponding dot matrix of resolution and color according to the screen resolution and color of the wearable device, and adds the dot matrix to the push information to be transmitted to the wearable device.

Referring to fig. 1D, in an embodiment of the present invention, the following steps are further included between step S150 and step S160: 31) the second equipment acquires a function list of the wearable equipment; 32) the second equipment judges whether the wearable equipment needs to display two-dimensional code information or not, if yes, step 33) is executed, and if not, the step f) is returned; 33) the second equipment judges whether the wearable equipment supports displaying the two-dimensional code, if so, the step 34 is executed, otherwise, the step f) is returned; 34) the second device judges whether the wearable device supports two-dimensional code generation, if yes, step 35) is executed, and if not, step 36) is executed; 35) the second device adds the content contained in the two-dimensional code to the push information, and returns to step S160; 36) and the second device adds the corresponding two-dimensional code dot matrix to the push information according to the resolution of the wearable device, and returns to the step S160.

In the above-described steps S31 to S36, the second device determines whether the wearable device includes a two-dimensional code function. At present, screens of most wearable devices are not suitable for displaying two-dimensional codes, and if the screen resolution of the wearable devices does not support displaying of the two-dimensional codes, the two-dimensional codes are skipped for displaying. And if the wearable device has a two-dimension code generation function, the second device adds the content contained in the two-dimension code to the push information and transmits the content to the wearable device. And if the wearable device does not have the two-dimension code generation function, the second device provides a corresponding two-dimension code dot matrix to the pushing information according to the resolution of the wearable device and transmits the two-dimension code dot matrix to the wearable device.

Referring to fig. 1E, in an embodiment of the present invention, the following steps are further included between step S150 and step S160: 41) the second equipment acquires a function list of the wearable equipment; 42) the second device judges whether the wearable device needs to display the bar code information, if so, the step 43 is executed, otherwise, the step f) is returned; 43) the second device judges whether the wearable device supports displaying the bar code, if so, the step 44) is executed, otherwise, the step f) is returned; 44) the second device judges whether the wearable device supports barcode generation, if so, executing step 45), otherwise, executing step 46); 45) the second device adds the content contained in the barcode to the push information, and returns to step S160; 46) and the second equipment adds the corresponding bar code dot matrix to the pushing information according to the resolution of the wearable equipment, and returns to the step S160.

In the above-described steps S41 to S46, the second device determines whether the wearable device includes a barcode function. At present, most screens of wearable devices can display barcodes, and if the screen resolution of the wearable devices does not support barcode display, barcode display is skipped. And if the wearable device has a barcode generating function, the second device adds the content contained in the barcode to the push information and transmits the content to the wearable device. And if the wearable device does not have the barcode generating function, the second device provides a corresponding barcode dot matrix to the pushing information according to the resolution of the wearable device and transmits the barcode dot matrix to the wearable device.

In addition, in other embodiments of the present invention, any one or a combination of steps S11 to S15, S21 to S24, S31 to S36, and S41 to S46 may be included (without limiting the execution order of the steps).

The method of the invention realizes that the user can timely know the relevant information (for example, real-time preferential information) pushed by the merchant by means of the second device (for example, a smart phone) connected with the network and the wearable device through the implementation of the steps.

Referring to fig. 2A to 2E, according to another object of the present invention, there is also provided an online information pushing system based on a wearable device, including: a positioning signal broadcasting module 210, a positioning signal judging module 310, a distance information calculating module 320, a push range judging module 330, a push information acquiring module 340, a push information sending module 350 and a push information displaying module 410; the positioning signal broadcasting module 210 is disposed in the first device 200, the positioning signal determining module 310, the distance information calculating module 320, the push range determining module 330, the push information acquiring module 340, and the push information sending module 350 are disposed in the second device 300, and the push information displaying module 410 is disposed in the wearable device 400. Wherein,

the positioning signal broadcasting module 210 is configured to enable the first device 200 to broadcast in a bluetooth manner to transmit the iBeacon positioning signal. The first device 200 may be an intelligent POS device, a cash register, or the like, and supports bluetooth technology 4.0. Of course, the first device 200 is not limited to the above-described device as long as it supports the bluetooth technology 4.0 device. Further, in an embodiment of the present invention, the system further includes: a preset information obtaining module, where the preset information obtaining module is arranged in the second device 300, and is used for enabling the second device 300 to obtain the device number information and the push parameters of all the first devices 200 through the network. The second device 300 is a device for receiving the iBeacon positioning signal and acquiring positioning information. The second device 300 may be a smart phone. The second device 300 is always connected to the network. Here, the network may be a cellular network or a wireless internet.

In this embodiment, the number of the first devices 200 is multiple, and each of the first devices 200 has unique device number information and 16-bit encoding. The second device 300 may store the obtained device numbers in a preset table, and the preset table may also store the push parameters. The push parameters may include a push range, a push frequency, and a push time period, where the push range is that the second device 300 sends the obtained push information to a wearable device 400 when a distance between the second device 300 and the wearable device 400 is less than a distance threshold; the push frequency is that the second device 300 does not send push information to the wearable device 400 within a time threshold after sending push information to the wearable device 400 is completed, so as to avoid frequently disturbing a user using the wearable device 400; the push time period refers to a function of the second device 300 sending the obtained push information to the wearable device 400 within a preset time period. Wearable device 400 can be intelligent bracelet, intelligent wrist-watch, smart glasses etc. and support bluetooth 4.0. In this embodiment, the wearable device 400 is always in bluetooth on mode.

The positioning signal determining module 310 is used to enable the second device 300 to scan the peripheral iBeacon positioning signals, and search the device number information contained in the iBeacon positioning signals in a preset table, if so, the distance information calculating module 320 is called, otherwise, the positioning signal determining module 310 is continuously called, wherein the second device 300 is always connected to the network, and the preset table is set in the second device 300.

The distance information calculating module 320 is connected to the positioning signal determining module 310, and is configured to enable the second device 300 to calculate a distance between the second device 300 and the first device 200 to obtain distance information; the pushing range determining module 330 is connected to the distance information calculating module 320, so that the second device 300 determines whether the distance information is smaller than the pushing range of the first device 200, if so, the pushing information obtaining module 340 is invoked, otherwise, the distance information calculating module 320 is invoked.

The push information obtaining module 340 is connected to the push range determining module 330, so that the second device 300 obtains the push information of the first device 200 through the network.

The push information sending module 350 is connected to the push information obtaining module 340, so as to enable the second device 300 to send the push information to the wearable device 400.

The push information display module 410 is configured to display the push information on the wearable device 400. The wearable device 400 prompts the user to check in time by a vibration mode after receiving the push information.

Additionally, in an embodiment of the present invention, the system further includes: a sending time recording module, which is disposed in the second device 300, and is configured to enable the second device 300 to record the sending time of the push information.

In fig. 2B, the components 310 to 330 in fig. 2A are omitted, and the connection relationship and structure thereof are identical to those in fig. 2A, and thus are not shown here.

Referring to fig. 2B, optionally, in an embodiment of the present invention, the system further includes a function list obtaining module 360, a display text information determining module 361, a supported chinese character library determining module 362, a character library code adding module 363, and a character library lattice adding module 364; the function list obtaining module 360, the display text information judging module 361, the supported Chinese character library judging module 362, the character library code adding module 363 and the character library dot matrix adding module 364 are arranged in the second device 300; the function list acquiring module 360 is connected to the push information acquiring module 340, so as to enable the second device 300 to acquire the function list of the wearable device 400; the displayed text information determining module 361 is connected to the function list obtaining module 360, and is configured to enable the second device 300 to determine whether the wearable device 400 needs to display text information, if it is determined that the wearable device 400 needs to display text information, the supported text library determining module 362 is called, otherwise, the pushed information sending module 350 is called; the supported chinese character library determining module 362 is connected to the displayed text information determining module 361, and is configured to enable the second device 300 to determine whether the wearable device 400 supports a chinese character library, if it is determined that the wearable device 400 supports a chinese character library, the library code adding module 363 is called, otherwise, the library dot matrix adding module 364 is called; the word stock code adding module 363 is connected to the supported chinese word stock determining module 362, and is configured to enable the second device 300 to add a word stock code to the push information and invoke the push information sending module 350; the word stock lattice adding module 364 is connected to the supported chinese character stock determining module 362, and is configured to add the word stock lattice to the push information according to the resolution by the second device 300, and call the push information sending module 350.

In fig. 2C, the components 310 to 330 in fig. 2A are omitted, and the connection relationship and structure thereof are identical to those in fig. 2A, and thus are not shown here.

Referring to fig. 2C, optionally, in an embodiment of the present invention, the system further includes a function list obtaining module 360, a display picture information determining module 371, a supported display picture determining module 372, and a picture dot matrix adding module 373; the function list obtaining module 360, the display picture information judging module 371, the supported display picture judging module 372 and the picture dot matrix adding module 373 are arranged in the second device 300; the function list acquiring module 360 is connected to the push information acquiring module 340, so as to enable the second device 300 to acquire the function list of the wearable device 400; the display picture information determining module 371 is connected to the function list obtaining module 360, and is configured to enable the second device 300 to determine whether the wearable device 400 needs to display picture information, when it is determined that the wearable device 400 needs to display picture information, the display-supported picture determining module 372 is called, otherwise, the push information sending module 350 is called; the display-supported picture determining module 372 is connected to the display picture information determining module 371, and is configured to enable the second device 300 to determine whether the wearable device 400 supports displaying pictures, call the picture dot matrix adding module 373 when it is determined that the wearable device 400 supports displaying pictures, and call the push information sending module 350 otherwise; the picture dot matrix adding module 373 is connected to the display-supported picture determining module 372, and is configured to add the corresponding dot matrix to the push information by the second device 300 according to the resolution and the color of the wearable device 400, and call the push information sending module 350.

In fig. 2D, the components 310 to 330 in fig. 2A are omitted, and the connection relationship and structure thereof are identical to those in fig. 2A, and thus are not shown here.

Referring to fig. 2D, optionally, in an embodiment of the present invention, the system further includes a function list obtaining module 360, a two-dimensional code information display judging module 381, a two-dimensional code display supporting judging module 382, a two-dimensional code generation supporting judging module 383, a two-dimensional code content adding module 384, and a two-dimensional code dot matrix adding module 385; the function list obtaining module 360, the two-dimension code information display judging module 381, the two-dimension code display supporting judging module 382, the two-dimension code generation supporting judging module 383, the two-dimension code content adding module 384 and the two-dimension code dot matrix adding module 385 are arranged in the second device 300, wherein the function list obtaining module 360 is connected with the push information obtaining module 340, so that the second device 300 obtains a function list of the wearable device 400; the two-dimensional code information display determining module 381 is connected to the function list obtaining module 360, and is configured to enable the second device 300 to determine whether the wearable device 400 needs to display two-dimensional code information, if it is determined that the wearable device 400 needs to display two-dimensional code information, the two-dimensional code display supporting determining module 382 is called, otherwise, the push information sending module 350 is called; the two-dimensional code display support judging module 382 is connected to the two-dimensional code display information judging module 381, and is configured to enable the second device 300 to judge whether the wearable device 400 supports two-dimensional code display, if it is judged that the wearable device 400 supports two-dimensional code display, the two-dimensional code display support generating module is called, and if not, the push information sending module 350 is called; the two-dimensional code generation support judgment module 383 is connected to the two-dimensional code display support judgment module 382, and is configured to enable the second device 300 to judge whether the wearable device 400 supports two-dimensional code generation, if it is judged that the wearable device 400 supports two-dimensional code generation, the two-dimensional code content adding module 384 is called, and if not, the two-dimensional code lattice adding module 385 is called; the two-dimensional code content adding module 384 is connected to the two-dimensional code generation support judging module 383, and is configured to enable the second device 300 to add content included in the two-dimensional code to the push information, and call the push information sending module 350; the two-dimensional code dot matrix adding module 385 is connected to the two-dimensional code generation support judging module 383, and is configured to enable the second device 300 to add the corresponding two-dimensional code dot matrix to the push information according to the resolution of the wearable device 400, and call the push information sending module 350.

In fig. 2E, the components 310 to 330 in fig. 2A are omitted, and the connection relationship and structure thereof are identical to those in fig. 2A, and thus are not shown here.

Referring to fig. 2E, optionally, in an embodiment of the present invention, the system further includes a function list obtaining module 360, a barcode information display judging module 391, a barcode display support judging module 392, a barcode generation support judging module 393, a barcode content adding module 394, and a barcode dot matrix adding module 395; the function list acquiring module 360, the display barcode information determining module 391, the support display barcode determining module 392, the support generation barcode determining module 393, the barcode content adding module 394 and the barcode dot matrix adding module 395 are arranged in the second device 300, wherein the function list acquiring module 360 is connected to the push information acquiring module 340, so that the second device 300 acquires the function list of the wearable device 400; the displayed barcode information determining module 391 is connected to the function list obtaining module 360, and configured to enable the second device 300 to determine whether the wearable device 400 needs to display barcode information, and when it is determined that the wearable device 400 needs to display barcode information, the displayed barcode information supporting determining module 392 is called, otherwise, the pushed information sending module 350 is called; the supported displayed barcode determining module 392 is connected to the displayed barcode information determining module 391, and is configured to enable the second device 300 to determine whether the wearable device 400 supports displaying a barcode, and when it is determined that the wearable device 400 supports displaying a barcode, the supported generated barcode determining module 393 is called, and otherwise, the pushed information sending module 350 is called; the barcode generation support determination module 393 is connected to the barcode display support determination module 392, and is configured to enable the second device 300 to determine whether the wearable device 400 supports barcode generation, call the barcode content adding module 394 when it is determined that the wearable device 400 supports barcode generation, and call the barcode dot matrix adding module 395 otherwise; the barcode content adding module 394 is connected to the barcode generation support judging module 393, and is configured to enable the second device 300 to add content included in a barcode to the push information and call the push information sending module 350; the barcode dot matrix adding module 395 is connected to the barcode generation support determining module 393, and is configured to enable the second device 300 to add the corresponding barcode dot matrix to the push information according to the resolution of the wearable device 400, and call the push information sending module 350.

Optionally, in other embodiments of the present invention, any one of the above multiple sets of modules or a combination of multiple sets of modules may be included. The display character information judging module 361, the support Chinese character library judging module 362, the character library code adding module 363 and the character library dot matrix adding module 364 form a group, the display picture information judging module 371, the support display picture judging module 372 and the picture dot matrix adding module 373 form a group, the display two-dimensional code information judging module 381, the support display two-dimensional code judging module 382, the support generation two-dimensional code judging module 383, the two-dimensional code content adding module 384 and the two-dimensional code dot matrix adding module 385 form a group, and the display bar code information judging module 391, the support display bar code judging module 392, the support generation bar code judging module 393, the bar code content adding module 394 and the bar code dot matrix adding module 395 form a group. In addition, the function list obtaining module 360 is included in each group.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims

1. An online information pushing method based on wearable equipment is characterized by comprising the following steps:

a) the first equipment broadcasts in a Bluetooth mode to send an iBeacon positioning signal;

b) scanning peripheral iBeacon positioning signals by second equipment, searching equipment number information contained in the iBeacon positioning signals in a preset table, and executing the step c) if the equipment number information is searched, or continuously executing the step b), wherein the second equipment is always connected to the network, and the preset table is arranged in the second equipment;

c) the second equipment calculates the distance between the second equipment and the first equipment to acquire distance information;

d) the second equipment judges whether the distance information is smaller than the pushing range of the first equipment, if so, the step e) is executed, and if not, the step c) is continuously executed;

e) the second equipment actively acquires the push information of the first equipment through the network;

f) the second device sends the push information to a wearable device and displays the push information on the wearable device;

before step a), further comprising: the second device acquires the device number information and push parameters of all the first devices through the network, wherein the push parameters comprise a push range, a push frequency and a push time period, and the push range is used for the second device to send the acquired push information to the wearable device when the distance between the second device and the wearable device is smaller than a distance threshold; the push frequency is used for the second device not to send push information to the wearable device within a time threshold after sending a push message to the wearable device; the push time period is used for the second equipment to send the obtained push information to the wearable equipment within a preset time period;

after step f), the second device records the sending time of the push message, and judges whether to acquire the push message of the first device through the network according to the recorded sending time and the push frequency in the set push parameters;

the first device and the second device are devices supporting the bluetooth 4.0 protocol.

2. The wearable device-based online information pushing method according to claim 1, further comprising, between step e) and step f):

11) the second equipment acquires a function list of the wearable equipment;

12) the second equipment judges whether the wearable equipment needs to display the text information, if so, the step 13) is executed, otherwise, the step f) is returned;

13) the second equipment judges whether the wearable equipment supports a Chinese character library, if so, executing the step 14), otherwise, executing the step 15);

14) the second equipment adds word stock codes to the pushing information and returns to the step f);

15) and the second equipment adds the word stock lattice to the pushing information according to the resolution ratio and returns to the step f).

3. The wearable device-based online information pushing method according to claim 1, further comprising, between step e) and step f):

21) the second equipment acquires a function list of the wearable equipment;

22) the second equipment judges whether the wearable equipment needs to display picture information, if so, the step 23) is executed, otherwise, the step f) is returned;

23) the second equipment judges whether the wearable equipment supports displaying pictures or not, if so, the step 24) is executed, and if not, the step f) is returned;

24) and the second equipment adds the corresponding dot matrix to the pushing information according to the resolution and the color of the wearable equipment, and returns to the step f).

4. The wearable device-based online information pushing method according to claim 1, further comprising the following steps between step e) and step f):

31) the second equipment acquires a function list of the wearable equipment;

32) the second equipment judges whether the wearable equipment needs to display two-dimensional code information or not, if yes, step 33) is executed, and if not, the step f) is returned;

33) the second equipment judges whether the wearable equipment supports displaying the two-dimensional code, if so, the step 34 is executed, otherwise, the step f) is returned;

34) the second device judges whether the wearable device supports two-dimensional code generation, if yes, step 35) is executed, and if not, step 36) is executed;

35) the second equipment adds the content contained in the two-dimensional code to the push information and returns to the step f);

36) and the second equipment adds the corresponding two-dimensional code dot matrix to the push information according to the resolution of the wearable equipment, and returns to the step f).

5. The wearable device-based online information pushing method according to claim 1, further comprising the following steps between step e) and step f):

41) the second equipment acquires a function list of the wearable equipment;

42) the second device judges whether the wearable device needs to display the bar code information, if so, the step 43 is executed, otherwise, the step f) is returned;

43) the second device judges whether the wearable device supports displaying the bar code, if so, the step 44) is executed, otherwise, the step f) is returned;

44) the second device judges whether the wearable device supports barcode generation, if so, executing step 45), otherwise, executing step 46);

45) the second equipment adds the content contained in the bar code to the push information and returns to the step f);

46) and the second equipment adds the corresponding bar code dot matrix to the pushing information according to the resolution of the wearable equipment, and returns to the step f).

6. An online information pushing system based on wearable equipment is characterized by comprising: the system comprises a positioning signal broadcasting module, a positioning signal judging module, a distance information calculating module, a push range judging module, a push information acquiring module, a push information sending module and a push information displaying module; the positioning signal broadcasting module is arranged in first equipment, the positioning signal judging module, the distance information calculating module, the pushing range judging module, the pushing information acquiring module and the pushing information sending module are arranged in second equipment, and the pushing information displaying module is arranged in wearable equipment;

the positioning signal broadcasting module is used for enabling the first equipment to broadcast in a Bluetooth mode and sending an iBeacon positioning signal;

the positioning signal judgment module is used for enabling second equipment to scan surrounding iBeacon positioning signals, searching equipment number information contained in the iBeacon positioning signals in a preset table, if the equipment number information is found, calling the distance information calculation module, and otherwise, continuing to call the positioning signal judgment module, wherein the second equipment is always connected to a network, and the preset table is arranged in the second equipment;

the distance information calculation module is connected with the positioning signal judgment module and used for enabling the second equipment to calculate the distance between the second equipment and the first equipment to obtain distance information;

the push range judging module is connected with the distance information calculating module and used for enabling the second equipment to judge whether the distance information is smaller than the push range of the first equipment or not, if yes, the push information obtaining module is called, and if not, the distance information calculating module is called;

the push information acquisition module is connected with the push range judgment module and used for enabling the second equipment to acquire the push information of the first equipment through the network;

the push information sending module is connected with the push information acquiring module and used for enabling the second equipment to send the push information to the wearable equipment;

the push information display module is used for displaying the push information on the wearable equipment;

the system further comprises: the preset information acquisition module is arranged in the second equipment and used for enabling the second equipment to acquire the equipment number information and the push parameters of all the first equipment through the network; the push parameters comprise a push range, a push frequency and a push time period, wherein the push range is used for the second equipment to send the obtained push information to the wearable equipment when the distance between the second equipment and the wearable equipment is smaller than a distance threshold;

the push frequency is used for the second device not to send push information to the wearable device within a time threshold after sending a push message to the wearable device; the push time period is used for the second equipment to send the obtained push information to the wearable equipment within a preset time period;

the system further comprises: the sending time recording module is arranged in the second equipment and used for enabling the second equipment to record the sending time of the push information; and the second equipment judges whether to acquire the push message of the first equipment through the network according to the recorded sending time and the push frequency in the set push parameters.

7. The online information pushing system based on the wearable device as claimed in claim 6, wherein the system further comprises a function list obtaining module, a display text information judging module, a support Chinese character library judging module, a character library coding adding module and a character library lattice adding module; the function list acquisition module, the display character information judgment module, the support Chinese character library judgment module, the character library code adding module and the character library dot matrix adding module are arranged in the second device; wherein,

the function list acquiring module is connected with the push information acquiring module and used for enabling the second equipment to acquire a function list of the wearable equipment;

the display text information judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display text information or not, when the wearable equipment is judged to need to display the text information, the supporting Chinese character library judging module is called, and otherwise, the push information sending module is called;

the supported Chinese character library judging module is connected with the displayed character information judging module and used for enabling the second equipment to judge whether the wearable equipment supports a Chinese character library, when the wearable equipment supports the Chinese character library, the character library coding adding module is called, and otherwise, the character library dot matrix adding module is called;

the word stock code adding module is connected with the supported Chinese word stock judging module and used for enabling the second equipment to add the word stock codes to the push information and calling the push information sending module;

the word stock dot matrix adding module is connected with the supported Chinese character stock judging module and used for enabling the second equipment to add the word stock dot matrix to the pushing information according to the resolution ratio and calling the pushing information sending module.

8. The online information pushing system based on the wearable device as claimed in claim 6, wherein the system further comprises a function list obtaining module, a display picture information judging module, a support display picture judging module and a picture lattice adding module; the function list acquisition module, the display picture information judgment module, the display picture support judgment module and the picture dot matrix adding module are arranged in the second device; wherein,

the display picture information judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display picture information or not, when the wearable equipment needs to display the picture information, the display picture information supporting judging module is called, and otherwise, the push information sending module is called;

the display picture supporting judging module is connected with the display picture information judging module and used for enabling the second equipment to judge whether the wearable equipment supports display pictures or not, when the wearable equipment supports display pictures, the picture dot matrix adding module is called, and otherwise, the push information sending module is called;

the image dot matrix adding module is connected with the display-supporting image judging module and used for enabling the second device to add the corresponding dot matrix to the push information according to the resolution and the color of the wearable device and calling the push information sending module.

9. The online information pushing system based on the wearable device as claimed in claim 6, wherein the system further comprises a function list obtaining module, a two-dimension code information display judging module, a two-dimension code display supporting judging module, a two-dimension code generation supporting judging module, a two-dimension code content adding module and a two-dimension code dot matrix adding module; the function list acquisition module, the two-dimension code information display judgment module, the two-dimension code display support judgment module, the two-dimension code generation support judgment module, the two-dimension code content adding module and the two-dimension code dot matrix adding module are arranged in the second device, wherein,

the two-dimension code information display judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display two-dimension code information or not, when the wearable equipment needs to display the two-dimension code information, the two-dimension code display supporting judging module is called, and otherwise, the push information sending module is called;

the two-dimension code display supporting judging module is connected with the two-dimension code display information judging module and used for enabling the second equipment to judge whether the wearable equipment supports two-dimension code display or not, when the wearable equipment supports two-dimension code display, the two-dimension code display supporting generating module is called, and otherwise, the push information sending module is called;

the two-dimension code generation supporting judgment module is connected with the two-dimension code display supporting judgment module and used for enabling the second equipment to judge whether the wearable equipment supports two-dimension code generation or not, when the wearable equipment supports two-dimension code generation, the two-dimension code content adding module is called, and otherwise, the two-dimension code dot matrix adding module is called;

the two-dimension code content adding module is connected with the two-dimension code generation supporting judging module and used for enabling the second equipment to add the content contained in the two-dimension code to the push information and calling the push information sending module;

the two-dimensional code dot matrix adding module is connected with the two-dimensional code generation supporting judging module and used for enabling the second equipment to add the corresponding two-dimensional code dot matrix to the push information according to the resolution of the wearable equipment and calling the push information sending module.

10. The online information pushing system based on the wearable device as claimed in claim 6, further comprising a function list obtaining module, a bar code information display judging module, a bar code display supporting judging module, a bar code generation supporting judging module, a bar code content adding module and a bar code dot matrix adding module; the function list acquisition module, the displayed bar code information judgment module, the support displayed bar code judgment module, the support generated bar code judgment module, the bar code content adding module and the bar code dot matrix adding module are arranged in the second device, wherein,

the display bar code information judging module is connected with the function list acquiring module and used for enabling the second equipment to judge whether the wearable equipment needs to display bar code information or not, when the wearable equipment is judged to need to display the bar code information, the support display bar code judging module is called, and otherwise, the push information sending module is called;

the display bar code supporting judging module is connected with the bar code display information judging module and used for enabling the second equipment to judge whether the wearable equipment supports bar code display or not, when the wearable equipment supports bar code display, the bar code supporting judging module is called, and otherwise, the pushed information sending module is called;

the bar code content adding module is called when the wearable device supports bar code generation, otherwise, the bar code dot matrix adding module is called;

the bar code content adding module is connected with the bar code judgment module for supporting generation, and is used for enabling the second equipment to add the content contained in the bar code to the push information and calling the push information sending module;

the bar code dot matrix adding module is connected with the bar code generation supporting judging module and used for enabling the second equipment to add the corresponding bar code dot matrix to the pushing information according to the resolution of the wearable equipment and calling the pushing information sending module.