CN105792108A

CN105792108A - Off-line information pushing method and system based on wearable device

Info

Publication number: CN105792108A
Application number: CN201610120326.7A
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: 2016-07-20

Abstract

The invention provides an off-line information pushing method based on a wearable device. The method comprises the following steps: a) a first device detects the wearable device entering a preset scan area, wherein the first device is used for sending push information; b) the first device judges whether the wearable device enters the push range of the first device or not, and if the wearable device is judged to enter the push range of the first device, step c) is executed, otherwise, step b) is continuously executed; c) the first device stops detection, and is connected with the wearable device; d) the first device acquires a functional list of the wearable device; and e) the first device sends the corresponding push information to the wearable device according to the functional list. By adopting the method, the push information can be sent to the wearable device of a user via Bluetooth technology 4.0, so that the user can know the push information in time.

Description

A kind of information off-line method for pushing based on wearable device and system

Technical field

The present invention relates to wireless communication technique field, specifically, relate to a kind of information off-line method for pushing based on wearable device and system.

Background technology

Bluetooth technology is that a kind of closely LAN scope that is suitable for carries out the technology of wireless data transmission, it has low-power consumption, supports to service the features such as many, it is widely used in many electronic equipments, along with popularizing of mobile terminal (such as smart mobile phone, panel computer, palm PC PDA etc.) embedded with bluetooth communication module, Bluetooth technology can become the new channel of the advertisement that releases news.In today of information explosion, a kind of new media advertisement issuing technology means that more business opportunity, more business information propagate chance, is all be significant to businessman or to consumer.

Indoor positioning based on Bluetooth technology 4.0 (BLE) enters the fast-developing stage with advertisement push system, this technology needs plan operator to carry out the field deployment of Bluetooth signal occurring source as desired targetedly, to ensure location information and the advertising message that user is able to receive that Bluetooth signal occurring source provides, thus reaching target.

At present, the location technology of Bluetooth technology 4.0 (BLE) is capable of specifying message to mobile terminal specifying to push in region.But, adopt which to typically require the bluetooth module and mobile network using mobile terminal, meanwhile, mobile terminal also needs to install relevant application program, and this application program is in background operation state, and restriction so can be caused bigger.Even if mobile terminal meets above-mentioned condition, but has situations below: when advertisement information, mobile terminal is not in the hands of user, it is impossible to understand advertising message in time, and when obtaining advertising message, this advertising message has crossed timeliness.Such as, in the dining room entered in market, the mobile terminal of user receives the advertising message (such as reward voucher) that this dining room pushes, and this user does not understand this advertising message in time, until this user just sees this advertising message after leaving market.

Summary of the invention

In order to solve the problems referred to above, the invention provides a kind of information off-line method for pushing based on wearable device and system, it can realize pushing on the wearable device of user by pushed information by Bluetooth technology 4.0 so that user can understand pushed information in time.Furthermore it is possible to set pushed information form according to the function of wearable device, and then wearable device can be supported and correctly show the relevant information pushed.

According to a purpose of the present invention, the present invention provides a kind of information off-line method for pushing based on wearable device, comprises the following steps: a) the first equipment Inspection has been enter into presetting the wearable device of scanning area, and wherein the first equipment is in order to send pushed information；B) described first equipment judges whether described wearable device enters the propelling movement scope of described first equipment, if it is determined that described wearable device enters the propelling movement scope of described first equipment, then performs step c), otherwise, continues executing with step b)；C) described first equipment stops detection, and is connected with described wearable device；D) described first equipment obtains the feature list of described wearable device；E) described first equipment sends corresponding pushed information extremely described wearable device according to described feature list.

In one embodiment of this invention, between step d) and step e), further include steps of 11) described first equipment judge described wearable device the need of display Word message, when judging that described wearable device needs display Word message, then perform step 12), otherwise return step e)；12) described first equipment judges whether described wearable device supports Chinese word library, when judging that described wearable device supports Chinese word library, then performs step 13), otherwise perform step 14)；13) word-base code is added into described pushed information by described first equipment, and returns step e)；14) character library dot matrix is added into described pushed information according to resolution by described first equipment, and returns step e).

In one embodiment of this invention, between step d) and step e), further include steps of 21) described first equipment judge described wearable device the need of display pictorial information, when judging that described wearable device needs display pictorial information, then perform step 22), otherwise, step e) is returned；22) described first equipment judges whether described wearable device supports display picture, when judging described wearable device support display picture, then performs step 23), otherwise, return step e)；23) corresponding dot matrix is added into described pushed information according to resolution and the color of described wearable device by described first equipment, and returns step e).

In one embodiment of this invention, 31 are further included steps of between step d) and step e)) described first equipment judges that described wearable device is the need of two-dimensional code display information, when judging that described wearable device needs two-dimensional code display information, then perform step 32), otherwise, step e) is returned；32) described first equipment judges whether described wearable device supports two-dimensional code display, when judging that described wearable device supports two-dimensional code display, then performs step 33), otherwise, return step e)；33) described first equipment judges whether described wearable device supports that Quick Response Code generates, and when judging that described wearable device supports that Quick Response Code generates, then performs step 34), otherwise perform step 35)；34) content that Quick Response Code is comprised by described first equipment is added into described pushed information, and returns step e)；35) corresponding Quick Response Code dot matrix is added into described pushed information according to the resolution of described wearable device by described first equipment, and returns step e).

In one embodiment of this invention, 41 are further included steps of between step d) and step e)) described first equipment judges that described wearable device is the need of show bar code information, when judging that described wearable device needs show bar code information, then perform step 42), otherwise return step e)；42) described first equipment judges whether described wearable device supports show bar shape code, when judging that described wearable device supports show bar shape code, then performs step 43), otherwise return step e)；43) described first equipment judges whether described wearable device supports that bar code generates, and when judging that described wearable device supports that bar code generates, then performs step 44), otherwise perform step 45)；44) content that bar code is comprised by described first equipment is added into described pushed information, and returns step e)；45) corresponding bar code dot matrix is added into described pushed information according to the resolution of described wearable device by described first equipment, and returns step e).

In one embodiment of this invention, between step d) and step e), 51 are further included steps of) described first equipment arranges the retention time of described pushed information；52) described first equipment arranges the display time of described pushed information.

In one embodiment of this invention, the quantity of described wearable device is multiple；In step e), when described first equipment judges that multiple described wearable devices all enter the propelling movement scope of described first equipment, then described first equipment sends corresponding pushed information extremely corresponding described wearable device according to the described feature list of each described wearable device successively.

In one embodiment of this invention, the quantity of described first equipment is multiple, and the quantity of described wearable device is multiple；In step e), one of them in described first equipment sends corresponding pushed information to described in described wearable device after one of them according to the feature list of one of them in described wearable device, one of them equipment described in described first equipment carries out synchronize with all the other equipment of described first equipment so that all the other equipment of described first equipment obtains one of them the information described in described wearable device.

According to another object of the present invention, the present invention provides a kind of information off-line supplying system based on wearable device, including: wearable device detection module, propelling movement scope judge module, equipment link block, feature list acquisition module and pushed information sending module, described wearable device detection module, propelling movement scope judge module, equipment link block, feature list acquisition module and pushed information sending module are arranged in one first equipment；Wherein, described wearable device detection module is for making the first equipment Inspection have been enter into presetting the wearable device of scanning area, and wherein said first equipment is in order to send pushed information；Described propelling movement scope judge module is connected with described wearable device detection module, for making described first equipment judge whether described wearable device enters the propelling movement scope of described first equipment, if it is determined that described wearable device enters the propelling movement scope of described first equipment, then call described equipment link block, otherwise call described propelling movement scope judge module；Described equipment link block is connected with described propelling movement scope judge module, is used for making described first equipment stop detection, and is connected with described wearable device；Described feature list acquisition module is connected with described equipment link block, for making described first equipment obtain the feature list of described wearable device；Described pushed information sending module is connected with described feature list acquisition module, for making described first equipment send corresponding pushed information extremely described wearable device according to described feature list.

In one embodiment of this invention, described system farther includes display Word message judge module, supports that Chinese word library judge module, word-base code add module and character library dot matrix interpolation module；Described display Word message judge module, support Chinese word library judge module, word-base code add module and character library dot matrix adds module and is arranged in described first equipment；Wherein, described display Word message judge module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of display Word message, when judging that described wearable device needs display Word message, then call described support Chinese word library judge module, otherwise call described pushed information sending module；Described support Chinese word library judge module is connected with described display Word message judge module, for making described first equipment judge whether described wearable device supports Chinese word library, when judging that described wearable device supports Chinese word library, then call described word-base code and add module, otherwise call described character library dot matrix and add module；Described word-base code adds module and is connected with described support Chinese word library judge module, is used for making described first equipment that word-base code to be added into described pushed information, and calls described pushed information sending module；Described character library dot matrix adds module and is connected with described support Chinese word library judge module, is used for making described first equipment, according to resolution, character library dot matrix is added into described pushed information, and calls described pushed information sending module.

In one embodiment of this invention, described system farther includes display pictorial information judge module, supports that display picture judge module and picture dot matrix add module；Described display pictorial information judge module, support display picture judge module and picture dot matrix add module and are arranged in described first equipment；Wherein, described display pictorial information judge module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of display pictorial information, when judging that described wearable device needs display pictorial information, then call described support and show picture judge module, otherwise, described pushed information sending module is called；Described support shows that picture judge module is connected with described display pictorial information judge module, for making described first equipment judge whether described wearable device supports display picture, when judging described wearable device support display picture, then call described picture dot matrix and add module, otherwise, described pushed information sending module is called；Described picture dot matrix adds module and supports that display picture judge module is connected with described, for making described first equipment, according to resolution and the color of described wearable device, corresponding dot matrix are added into described pushed information, and calls described pushed information sending module.

In one embodiment of this invention, described system farther includes two-dimensional code display signal judgement module, supports two-dimensional code display judge module, supports that generating Quick Response Code judge module, Quick Response Code content interpolation module and Quick Response Code dot matrix adds module；Described two-dimensional code display signal judgement module, support two-dimensional code display judge module, support to generate Quick Response Code judge module, Quick Response Code content adds module and Quick Response Code dot matrix adds module and is arranged in described first equipment, wherein, described two-dimensional code display signal judgement module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of two-dimensional code display information, when judging that described wearable device needs two-dimensional code display information, then call described support two-dimensional code display judge module, otherwise call described pushed information sending module；Described support two-dimensional code display judge module is connected with described two-dimensional code display signal judgement module, for making described first equipment judge whether described wearable device supports two-dimensional code display, when judging that described wearable device supports two-dimensional code display, then call described support two-dimensional code generation module, otherwise call described pushed information sending module；Described support generates Quick Response Code judge module and is connected with described support two-dimensional code display judge module, for making described first equipment judge whether described wearable device supports that Quick Response Code generates, when judging that described wearable device supports that Quick Response Code generates, then call described Quick Response Code content and add module, otherwise call described Quick Response Code dot matrix and add module；Described Quick Response Code content is added module and is supported that generating Quick Response Code judge module is connected, and for making the content that Quick Response Code is comprised by described first equipment be added into described pushed information, and calls described pushed information sending module with described；Described Quick Response Code dot matrix adds module and supports that generating Quick Response Code judge module is connected with described, for making described first equipment, according to the resolution of described wearable device, corresponding Quick Response Code dot matrix are added into described pushed information, and call described pushed information sending module.

In one embodiment of this invention, described system farther includes show bar code information judge module, supports show bar shape code judge module, supports that generating bar code judge module, bar code content interpolation module and bar code dot matrix adds module；Described show bar code information judge module, support show bar shape code judge module, support to generate bar code judge module, bar code content adds module and bar code dot matrix adds module and is arranged in described first equipment, wherein, described show bar code information judge module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of show bar code information, when judging that described wearable device needs show bar code information, then call described support show bar shape code judge module, otherwise, call described pushed information sending module；Described support show bar shape code judge module is connected with described show bar code information judge module, for making described first equipment judge whether described wearable device supports show bar shape code, when judging that described wearable device supports show bar shape code, then call described support and generate bar code judge module, otherwise, described pushed information sending module is called；Described support generates bar code judge module and is connected with described support show bar shape code judge module, for making described first equipment judge whether described wearable device supports that bar code generates, when judging that described wearable device supports that bar code generates, then call described bar code content and add module, otherwise call described bar code dot matrix and add module；Described bar code content is added module and is supported that generating bar code judge module is connected, and for making the content that bar code is comprised by described first equipment be added into described pushed information, and calls described pushed information sending module with described；Described bar code dot matrix adds module and supports that generating bar code judge module is connected with described, for making described first equipment, according to the resolution of described wearable device, corresponding bar code dot matrix are added into described pushed information, and call described pushed information sending module.

In one embodiment of this invention, described system farther includes: retention time arranges module and display set of time module, described retention time arranges module and display set of time module is arranged in described first equipment, wherein, described retention time arranges module for making described first equipment arrange the retention time of described pushed information；The display time that described display set of time module arranges described pushed information for making described first equipment.

In one embodiment of this invention, the quantity of described first equipment is multiple, and the quantity of described wearable device is multiple, described system farther includes synchronizing information module, described synchronizing information module for sending corresponding pushed information to described in described wearable device after one of them when one of them in described first equipment according to the feature list of one of them in described wearable device, one of them equipment described in described first equipment carries out synchronize with all the other equipment of described first equipment, all the other equipment making described first equipment obtains one of them the information described in described wearable device.

It is an advantage of the current invention that the information off-line method for pushing based on wearable device of the present invention and system are capable of user and understand the relevant information (such as, real-time favor information) that trade company pushes by wearable device in time.Additionally, the present invention can also set pushed information form according to the feature list of wearable device, so that wearable device can be supported and correctly shows the relevant information pushed.

Accompanying drawing explanation

Figure 1A is the flow chart of steps of the information off-line method for pushing based on wearable device of the present invention；

Figure 1B is that the first equipment described in one embodiment of the invention judges the described wearable device flow chart of steps the need of display Word message；

Fig. 1 C is that the first equipment described in one embodiment of the invention judges the described wearable device flow chart of steps the need of display pictorial information；

Fig. 1 D is that the first equipment described in one embodiment of the invention judges the described wearable device flow chart of steps the need of two-dimensional code display information；

Fig. 1 E is that the first equipment described in one embodiment of the invention judges the described wearable device flow chart of steps the need of show bar code information；

Fig. 1 F is retention time and the flow chart of steps of display time that the first equipment described in one embodiment of the invention arranges described pushed information；

Fig. 2 A is the block diagram of the information off-line supplying system based on wearable device of the present invention；

Fig. 2 B is the described display Word message judge module in the present invention one example, supports that Chinese word library judge module, word-base code add module and the connection diagram of character library dot matrix interpolation module；

Fig. 2 C is the described display pictorial information judge module in the present invention one example, supports that display picture judge module and picture dot matrix add the connection diagram of module；

Fig. 2 D is the described two-dimensional code display signal judgement module in the present invention one example, supports two-dimensional code display judge module, supports that generating Quick Response Code judge module, Quick Response Code content interpolation module and Quick Response Code dot matrix adds the connection diagram of module；

Fig. 2 E is the described show bar code information judge module in the present invention one example, supports show bar shape code judge module, supports that generating bar code judge module, bar code content interpolation module and bar code dot matrix adds the connection diagram of module；

Fig. 2 F is that the retention time in the present invention one example arranges module and the connection diagram of display set of time module；

Fig. 2 G is the synchronizing information module diagram in the present invention one example.

Detailed description of the invention

Elaborate based on the information off-line method for pushing of wearable device and the detailed description of the invention of system to provided by the invention below in conjunction with accompanying drawing.

Referring to shown in Figure 1A to Fig. 1 F, the present invention provides a kind of information off-line method for pushing based on wearable device, comprises the following steps:

Step S110, the first equipment Inspection have been enter into presetting the wearable device of scanning area, and wherein the first equipment is in order to send pushed information.

Described first equipment can be intelligence POS, cashier's machine or special pushing equipment, and supports Bluetooth technology 4.0.Certainly, described first equipment is not limited to the said equipment, as long as it has push function and supports Bluetooth technology 4.0.

Described wearable device can be Intelligent bracelet, intelligent watch, intelligent glasses etc., and supports Bluetooth technology 4.0.In the present embodiment, described wearable device is in bluetooth open mode all the time.Described first equipment has arranged propelling movement parameter before this step and has pushed content, wherein pushing parameter to include propelling movement scope, push frequency and push the time period, when described propelling movement scope refers to the distance between described first equipment and described wearable device less than a distance threshold, then described first equipment sends pushed information extremely described wearable device；Described propelling movement frequency refers to and does not retransmit pushed information to described wearable device within described first equipment time threshold after sending pushed information and completing to described wearable device, to avoid frequently bothering the user using wearable device；The described propelling movement time period refers to that described first equipment opens the function sending pushed information in a preset time period.

In this step S110, described first equipment is started working, and has been enter into presetting the wearable device of scanning area by bluetooth mode detection.

Step S120, described first equipment judge whether described wearable device enters the propelling movement scope of described first equipment, if it is determined that described wearable device enters the propelling movement scope of described first equipment, then perform step S130, otherwise, continue executing with step S120.

When user wears the default scanning area that described wearable device enters the first equipment, when described first equipment Inspection is to described wearable device, start to calculate the distance between described first equipment and described wearable device.When described first equipment judges distance between described first equipment and described wearable device less than default propelling movement scope (namely described wearable device enters the propelling movement scope of described first equipment), perform step S130, otherwise, re-execute step S120, if the distance between described first equipment and described wearable device becomes less, described first equipment judges whether described wearable device enters the propelling movement scope of described first equipment again.

Step S130, described first equipment stop detection, and are connected with described wearable device.

Step S140, described first equipment obtain the feature list of described wearable device.

The type of described wearable device is relatively more, and its feature list having includes: Show Color (monochromatic screen or color line screen), display resolution (such as 128*32,64*32,96*96,240*240 etc.), whether have generate Quick Response Code function, whether there is the function generating bar code and whether support Chinese word library.In the present embodiment, after described first equipment is connected with the foundation of described wearable device, described first equipment reads the feature list of described wearable device.Certainly, in other section Example, described feature list can also be arranged in the Bluetooth broadcast bag of described wearable device, informs described first equipment by broadcast mode.

Step S150, described first equipment send corresponding pushed information extremely described wearable device according to described feature list.

Referring to Figure 1B, in one embodiment of this invention, further include steps of between step S140 and step S150

Step S11, described first equipment judge that described wearable device is the need of display Word message, when judging that described wearable device needs display Word message, then perform step S12, otherwise return step S150.

Step S12, described first equipment judge whether described wearable device supports Chinese word library, when judging that described wearable device supports Chinese word library, then perform step S13, otherwise perform step S14.

Word-base code is added into described pushed information, and returns step S150 by step S13, described first equipment.

Character library dot matrix is added into described pushed information according to resolution, and returns step S150 by step S14, described first equipment.

In above-mentioned steps S11 to step S14, described first equipment judges whether described wearable device includes Word message function.If described wearable device supports Chinese word library, then described first equipment transmits character code to described wearable device.If described wearable device does not support Chinese word library, then all characters are become dot matrix according to the conversion of resolution of wearable device, and be added into described pushed information, to be sent to described wearable device.

Referring to Fig. 1 C, in one embodiment of this invention, further include steps of between step S140 and step S150

Step S21, described first equipment judge that described wearable device is the need of display pictorial information, when judging that described wearable device needs display pictorial information, then perform step S22, otherwise, return step S150.

Step S22, described first equipment judge whether described wearable device supports display picture, when judging described wearable device support display picture, then perform step S23, otherwise, return step S150.

Corresponding dot matrix is added into described pushed information according to resolution and the color of described wearable device by step S23, described first equipment, and returns step S150.

In above-mentioned steps S21 to step S23, described first equipment judges whether described wearable device includes pictorial information function.If the screen resolution of described wearable device and color cannot show pictorial information, then skip pictorial information and show.If of course, then described first equipment provides the dot matrix of corresponding resolution and color according to the screen resolution of described wearable device and color, and is added into described pushed information, to be sent to described wearable device.

Referring to Fig. 1 D, in one embodiment of this invention, further include steps of between step S140 and step S150

Step S31, described first equipment judge that described wearable device is the need of two-dimensional code display information, when judging that described wearable device needs two-dimensional code display information, then perform step S32, otherwise, return step S150.

Step S32, described first equipment judge whether described wearable device supports two-dimensional code display, when judging that described wearable device supports two-dimensional code display, then perform step S33, otherwise, return step S150.

Step S33, described first equipment judge whether described wearable device supports that Quick Response Code generates, and when judging that described wearable device supports that Quick Response Code generates, then perform step S34, otherwise perform step S35.

The content that Quick Response Code is comprised by step S34, described first equipment is added into described pushed information, and returns step S150.

Corresponding Quick Response Code dot matrix is added into described pushed information according to the resolution of described wearable device by step S35, described first equipment, and returns step S150.

In above-mentioned steps S31 to step S35, described first equipment judges whether described wearable device includes Quick Response Code function.The screen of major part wearable device is not suitable for two-dimensional code display at present, if the screen resolution of described wearable device does not support two-dimensional code display, then skips Quick Response Code and shows.If described wearable device has Quick Response Code systematic function, then the content that Quick Response Code is comprised by described first equipment is added into described pushed information, and sends described wearable device to.The content that described Quick Response Code comprises refers to the content information identifying that Quick Response Code geometric figure obtains.If described wearable device does not have Quick Response Code systematic function, then the resolution according to described wearable device is provided corresponding Quick Response Code dot matrix extremely described pushed information by described first equipment, and sends described wearable device to.

Referring to Fig. 1 E, in one embodiment of this invention, further include steps of between step S140 and step S150

Step S41, described first equipment judge that described wearable device is the need of show bar code information, when judging that described wearable device needs show bar code information, then perform step S42, otherwise return step S150.

Step S42, described first equipment judge whether described wearable device supports show bar shape code, when judging that described wearable device supports show bar shape code, then perform step S43, otherwise return step S150.

Step S43, described first equipment judge whether described wearable device supports that bar code generates, and when judging that described wearable device supports that bar code generates, then perform step S44, otherwise perform step S45.

The content that bar code is comprised by step S44, described first equipment is added into described pushed information, and returns step S150.

Corresponding bar code dot matrix is added into described pushed information according to the resolution of described wearable device by step S45, described first equipment, and returns step S150.

In above-mentioned steps S41 to step S45, described first equipment judges whether described wearable device includes bar code function.At present the screen of major part wearable device can show bar shape code, if the screen resolution of described wearable device does not support show bar shape code, then skip bar code display.If described wearable device has bar code systematic function, then the content that bar code is comprised by described first equipment is added into described pushed information, and sends described wearable device to.The content that described bar code comprises refers to the content information identifying that bar code geometric figure obtains.If described wearable device does not have bar code systematic function, then the resolution according to described wearable device is provided corresponding bar code dot matrix extremely described pushed information by described first equipment, and sends described wearable device to.

In other embodiments of the invention, it is possible to include step S11 to step S14, step S21 to step S23, step S31 to step S35 and step S41 to step S45 in the combination (not limiting the execution sequencing of several groups of steps) of any one group of step or wherein several groups of steps.

Referring to Fig. 1 F, in one embodiment of this invention, further include steps of between step S140 and step S150

Step S51, described first equipment arrange the retention time of described pushed information；

Step S52, described first equipment arrange the display time of described pushed information.

Above-mentioned steps S51 to S52, it is respectively used to arrange pushed information retention time on described wearable device and display time, wherein retention time is in order to represent that pushed information is saved in the effective time of wearable device, and the display time is in order to represent that pushed information single can maintain the duration of display.It is likely in use due to Quick Response Code or bar code etc. need longer time showing, therefore, when comprising Quick Response Code or bar code when pushed information, it is relatively long that can be set the display time, so can be user-friendly to.

Corresponding pushed information extremely described wearable device is sent according to described feature list with continued reference to Figure 1A, step S150, described first equipment.

Described first equipment feature list according to above-described embodiment, sends corresponding pushed information extremely described wearable device.Described first equipment sending after pushed information completes, disconnects and connection between described wearable device, and starts to detect other wearable devices.

Optionally, described pushed information, after the pushed information receiving described first equipment, is shown on their device by described wearable device, and reminds user to check by vibration mode.When described wearable device is again introduced into the propelling movement scope of described first equipment in default propelling movement frequency, will not again receive pushed information.

In one embodiment of this invention, the quantity of described wearable device is multiple；In step S150, when described first equipment judges that multiple described wearable devices all enter the propelling movement scope of described first equipment, then described first equipment sends corresponding pushed information extremely corresponding described wearable device according to the described feature list of each described wearable device successively.The process of the transmission pushed information that above-mentioned embodiment is applicable between single first equipment and multiple wearable device.

The process of the transmission pushed information that implementation below is applicable between multiple first equipment and multiple wearable device.

Due in practical operation, it may be necessary to pushing scope relatively big, therefore, single first equipment cannot completely cover the scanning area of demand, it is thus possible to multiple first equipment can be disposed.When the quantity of described first equipment is multiple, and the quantity of described wearable device is when being multiple, in step S150, one of them in described first equipment sends corresponding pushed information to described in described wearable device after one of them according to the feature list of one of them in described wearable device, one of them equipment described in described first equipment carries out synchronize with all the other equipment of described first equipment so that all the other equipment of described first equipment obtains one of them the information described in described wearable device.

It is to say, when the quantity of described first equipment is multiple, when the quantity of described wearable device is multiple, there is multiple first equipment in the same time sweep situation to one or more described wearable devices.In the case, when one of them in the first equipment has sent pushed information to after one of them in wearable device, one of them equipment described in described first equipment carries out synchronize with all the other equipment of described first equipment, all the other equipment one of them equipment described in from described first equipment making described first equipment obtains the device identification number of the wearable device having received described pushed information, thus all the other equipment of described first equipment just do not retransmit pushed information in described wearable device described one of them, thus ensureing high efficiency and the popularity of pushed information.

Certainly, in other embodiments of the invention, it can also be provided that one of them in the first equipment is sending pushed information to after one of them in wearable device, do not carry out synchronize with all the other equipment of described first equipment, in that way it is possible to one of them existence in described wearable device repeats to receive pushed information.

Therefore, the method for the invention by above-mentioned steps implement understand, by described wearable device, the relevant information (such as, real-time favor information) that trade company pushes in time realizing user.Additionally, the method for the invention not only supports the first equipment and the man-to-man situation of wearable device, and the situation supporting the first equipment and wearable device to be one-to-many or multi-to-multi.

Referring to Fig. 2 A to Fig. 2 G, according to another object of the present invention, the present invention provides a kind of information off-line supplying system based on wearable device, including: wearable device detection module 210, propelling movement scope judge module 220, equipment link block 230, feature list acquisition module 240 and pushed information sending module 250, described wearable device detection module 210, propelling movement scope judge module 220, equipment link block 230, feature list acquisition module 240 and pushed information sending module 250 are arranged in one first equipment 200.Wherein,

Described wearable device detection module 210 is for making the first equipment 200 detection have been enter into presetting the wearable device 300 of scanning area, and wherein said first equipment 200 is in order to send pushed information.Wherein, described first equipment 200 can be intelligence POS, cashier's machine or special pushing equipment, and supports Bluetooth technology 4.0.Certainly, described first equipment 200 is not limited to the said equipment, as long as it has push function and supports Bluetooth technology 4.0.Described wearable device 300 can be Intelligent bracelet, intelligent watch, intelligent glasses etc., and supports Bluetooth technology 4.0.And, described first equipment 200 can arrange propelling movement parameter and push content, described propelling movement parameter includes propelling movement scope, pushes frequency and push the time period, and when wherein said propelling movement scope refers to the distance between described first equipment 200 and described wearable device 300 less than a distance threshold, then described first equipment 200 sends pushed information extremely described wearable device 300；Described propelling movement frequency refers to and does not retransmit pushed information to described wearable device 300 within described first equipment 200 time threshold after sending pushed information and completing to described wearable device 300, to avoid frequently bothering the user using wearable device 300；The described propelling movement time period refers to that described first equipment 200 opens the function sending pushed information in a preset time period.

Described propelling movement scope judge module 220 is connected with described wearable device detection module 210, for making described first equipment 200 judge whether described wearable device 300 enters the propelling movement scope of described first equipment 200, if it is determined that described wearable device 300 enters the propelling movement scope of described first equipment 200, then call described equipment link block 230, otherwise call described propelling movement scope judge module 220.

Described equipment link block 230 is connected with described propelling movement scope judge module 220, is used for making described first equipment 200 stop detection, and is connected with described wearable device 300.

Described feature list acquisition module 240 is connected with described equipment link block 230, for making described first equipment 200 obtain the feature list of described wearable device 300.Owing to the type of described wearable device 300 is relatively more, its feature list having includes: Show Color (monochromatic screen or color line screen), display resolution (such as 128*32,64*32,96*96,240*240 etc.), whether have generate Quick Response Code function, whether there is the function generating bar code and whether support Chinese word library.Therefore, the present invention sets the information format of propelling movement by difference in functionality module hereinafter described with realization according to the feature list of wearable device 300, so that wearable device 300 can be supported and correctly shows the relevant information pushed.It is noted that after described first equipment 200 is connected with the foundation of described wearable device 300, described first equipment 200 reads the feature list of described wearable device 300.Certainly, in other section Example, described feature list can also be arranged in the Bluetooth broadcast bag of described wearable device 300, informs described first equipment 200 by broadcast mode.

Described pushed information sending module 250 is connected with described feature list acquisition module 240, for making described first equipment 200 send corresponding pushed information extremely described wearable device 300 according to described feature list.Described first equipment 200 feature list according to above-described embodiment, sends corresponding pushed information extremely described wearable device 300.Described first equipment 200 sending after pushed information completes, disconnects and connection between described wearable device 300, and starts to detect other wearable devices 300.Furthermore, described pushed information, after the pushed information receiving described first equipment 200, is shown on their device by described wearable device 300, and reminds user to check by vibration mode.When described wearable device 300 is again introduced into the propelling movement scope of described first equipment 200 in default propelling movement frequency, will not again receive pushed information.

Eliminating the assembly 210 to 230 in Fig. 2 A in fig. 2b, its annexation is consistent with Fig. 2 A with structure, therefore not shown at this.

Referring to Fig. 2 B, optionally, in one embodiment of this invention, described system farther includes display Word message judge module 261, supports that Chinese word library judge module 262, word-base code add module 263 and character library dot matrix interpolation module 264；Described display Word message judge module 261, support Chinese word library judge module 262, word-base code add module 263 and character library dot matrix adds module 264 and is arranged in described first equipment 200；Wherein, described display Word message judge module 261 is connected with described feature list acquisition module 240, for making described first equipment 200 judge, described wearable device 300 is the need of display Word message, when judging that described wearable device 300 needs display Word message, then call described support Chinese word library judge module 262, otherwise call described pushed information sending module 250；Described support Chinese word library judge module 262 is connected with described display Word message judge module 261, for making described first equipment 200 judge whether described wearable device 300 supports Chinese word library, when judging that described wearable device 300 supports Chinese word library, then call described word-base code and add module 263, otherwise call described character library dot matrix and add module 264；Described word-base code adds module 263 and is connected with described support Chinese word library judge module 262, is used for making described first equipment 200 that word-base code to be added into described pushed information, and calls described pushed information sending module 250；Described character library dot matrix adds module 264 and is connected with described support Chinese word library judge module 262, is used for making described first equipment 200, according to resolution, character library dot matrix is added into described pushed information, and calls described pushed information sending module 250.

Eliminating the assembly 210 to 230 in Fig. 2 A in fig. 2 c, its annexation is consistent with Fig. 2 A with structure, therefore not shown at this.

Referring to Fig. 2 C, optionally, in one embodiment of this invention, described system farther includes display pictorial information judge module 271, supports that display picture judge module 272 and picture dot matrix add module 273；Described display pictorial information judge module 271, support display picture judge module 272 and picture dot matrix add module 273 and are arranged in described first equipment 200；Wherein, described display pictorial information judge module 271 is connected with described feature list acquisition module 240, for making described first equipment 200 judge, described wearable device 300 is the need of display pictorial information, when judging that described wearable device 300 needs display pictorial information, then call described support and show picture judge module 272, otherwise, described pushed information sending module 250 is called；Described support shows that picture judge module 272 is connected with described display pictorial information judge module 271, for making described first equipment 200 judge whether described wearable device 300 supports display picture, when judging that described wearable device 300 supports display picture, then call described picture dot matrix and add module 273, otherwise, described pushed information sending module 250 is called；Described picture dot matrix adds module 273 and supports that display picture judge module 272 is connected with described, for making described first equipment 200, according to resolution and the color of described wearable device 300, corresponding dot matrix are added into described pushed information, and call described pushed information sending module 250.

Eliminating the assembly 210 to 230 in Fig. 2 A in figure 2d, its annexation is consistent with Fig. 2 A with structure, therefore not shown at this.

Referring to Fig. 2 D, optionally, in one embodiment of this invention, described system farther includes two-dimensional code display signal judgement module 281, supports two-dimensional code display judge module 282, supports that generating Quick Response Code judge module 283, Quick Response Code content interpolation module 284 and Quick Response Code dot matrix adds module 285；Described two-dimensional code display signal judgement module 281, support two-dimensional code display judge module 282, support to generate Quick Response Code judge module 283, Quick Response Code content adds module 284 and Quick Response Code dot matrix adds module 285 and is arranged in described first equipment 200, wherein, described two-dimensional code display signal judgement module 281 is connected with described feature list acquisition module 240, for making described first equipment 200 judge, described wearable device 300 is the need of two-dimensional code display information, when judging that described wearable device 300 needs two-dimensional code display information, then call described support two-dimensional code display judge module 282, otherwise call described pushed information sending module 250；Described support two-dimensional code display judge module 282 is connected with described two-dimensional code display signal judgement module 281, for making described first equipment 200 judge whether described wearable device 300 supports two-dimensional code display, when judging that described wearable device 300 supports two-dimensional code display, then call described support two-dimensional code generation module, otherwise call described pushed information sending module 250；Described support generates Quick Response Code judge module 283 and is connected with described support two-dimensional code display judge module 282, for making described first equipment 200 judge whether described wearable device 300 supports that Quick Response Code generates, when judging that described wearable device 300 supports that Quick Response Code generates, then call described Quick Response Code content and add module 284, otherwise call described Quick Response Code dot matrix and add module 285；Described Quick Response Code content is added module 284 and is supported that generating Quick Response Code judge module 283 is connected, and for making the content that Quick Response Code is comprised by described first equipment 200 be added into described pushed information, and calls described pushed information sending module 250 with described；Described Quick Response Code dot matrix adds module 285 and supports that generating Quick Response Code judge module 283 is connected with described, for making described first equipment 200, according to the resolution of described wearable device 300, corresponding Quick Response Code dot matrix are added into described pushed information, and call described pushed information sending module 250.

Eliminating the assembly 210 to 230 in Fig. 2 A in Fig. 2 E, its annexation is consistent with Fig. 2 A with structure, therefore not shown at this.

Referring to Fig. 2 E, optionally, in one embodiment of this invention, described system farther includes show bar code information judge module 291, supports show bar shape code judge module 292, supports that generating bar code judge module 293, bar code content interpolation module 294 and bar code dot matrix adds module 295；Described show bar code information judge module 291, support show bar shape code judge module 292, support to generate bar code judge module 293, bar code content adds module 294 and bar code dot matrix adds module 295 and is arranged in described first equipment 200, wherein, described show bar code information judge module 291 is connected with described feature list acquisition module 240, for making described first equipment 200 judge, described wearable device 300 is the need of show bar code information, when judging that described wearable device 300 needs show bar code information, then call described support show bar shape code judge module 292, otherwise, call described pushed information sending module 250；Described support show bar shape code judge module 292 is connected with described show bar code information judge module 291, for making described first equipment 200 judge whether described wearable device 300 supports show bar shape code, when judging that described wearable device 300 supports show bar shape code, then call described support and generate bar code judge module 293, otherwise, described pushed information sending module 250 is called；Described support generates bar code judge module 293 and is connected with described support show bar shape code judge module 292, for making described first equipment 200 judge whether described wearable device 300 supports that bar code generates, when judging that described wearable device 300 supports that bar code generates, then call described bar code content and add module 294, otherwise call described bar code dot matrix and add module 295；Described bar code content is added module 294 and is supported that generating bar code judge module 293 is connected, and for making the content that bar code is comprised by described first equipment 200 be added into described pushed information, and calls described pushed information sending module 250 with described；Described bar code dot matrix adds module 295 and supports that generating bar code judge module 293 is connected with described, for making described first equipment 200, according to the resolution of described wearable device 300, corresponding bar code dot matrix are added into described pushed information, and call described pushed information sending module 250.

Optionally, in other embodiments of the invention, it is possible to include any one group of module or the wherein combinations organizing module in above-mentioned many group modules more.Wherein, display Word message judge module 261, support Chinese word library judge module 262, word-base code adds module 263 and character library dot matrix interpolation module 264 is one group, display pictorial information judge module 271, supporting that display picture judge module 272 and picture dot matrix add module 273 is one group, two-dimensional code display signal judgement module 281, support two-dimensional code display judge module 282, support to generate Quick Response Code judge module 283, Quick Response Code content adds module 284 and Quick Response Code dot matrix interpolation module 285 is one group, show bar code information judge module 291, support show bar shape code judge module 292, support to generate bar code judge module 293, bar code content adds module 294 and bar code dot matrix interpolation module 295 is one group.

Eliminating the assembly 210 to 230 in Fig. 2 A in fig. 2f, its annexation is consistent with Fig. 2 A with structure, therefore not shown at this.

Referring to Fig. 2 F, optionally, in one embodiment of this invention, described system farther includes: retention time arranges module 2101 and display set of time module 2102, and described retention time arranges module 2101 and display set of time module 2102 is arranged in described first equipment 200.In an embodiment, described retention time arranges module 2101 and is connected with described display set of time module 2102, and in other embodiments, described retention time arranges module 2101 and is not attached to each other with described display set of time module 2102, but is connected with described feature list acquisition module 240 respectively.Wherein, described retention time arranges module 2101 for making described first equipment 200 arrange the retention time of described pushed information；The described display set of time module 2102 display time for making described first equipment 200 arrange described pushed information.Described retention time arranges module 2101 and display set of time mould is respectively used to arrange pushed information retention time on described wearable device 300 and display time, wherein Quick Response Code or bar code etc. are likely to need longer time showing in use, to be user-friendly to.

Eliminating the assembly 210 to 250 in Fig. 2 A in fig 2g, its annexation is consistent with Fig. 2 A with structure, therefore not shown at this.

Referring to Fig. 2 G, additionally, in one embodiment of this invention, the quantity of described first equipment 200 is multiple, and the quantity of described wearable device 300 is multiple, described system farther includes synchronizing information module 2111, described synchronizing information module 2111 for sending corresponding pushed information to described in described wearable device 300 after one of them when one of them in described first equipment 200 according to the feature list of one of them in described wearable device 300, one of them equipment described in described first equipment 200 carries out synchronize with all the other equipment of described first equipment 200, all the other equipment making described first equipment 200 obtains one of them the information described in described wearable device 300.It is to say, when the quantity of described first equipment 200 is multiple, when the quantity of described wearable device 300 is multiple, there is multiple first equipment 200 in the same time sweep situation to one or more described wearable devices 300.In the case, when one of them in the first equipment 200 has sent pushed information to after one of them in wearable device 300, one of them equipment described in described first equipment 200 carries out synchronize with all the other equipment of described first equipment 200, all the other equipment one of them equipment described in from described first equipment 200 making described first equipment 200 obtains the device identification number of the wearable device 300 having received described pushed information, thus all the other equipment of described first equipment 200 just do not retransmit pushed information in described wearable device 300 described one of them, thus ensureing high efficiency and the popularity of pushed information.

The above is only the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, under the premise without departing from the principles of the invention; can also making some improvements and modifications, these improvements and modifications also should be regarded as protection scope of the present invention.

Claims

1. the information off-line method for pushing based on wearable device, it is characterised in that comprise the following steps:

A) the first equipment Inspection has been enter into presetting the wearable device of scanning area, and wherein the first equipment is in order to send pushed information；

B) described first equipment judges whether described wearable device enters the propelling movement scope of described first equipment, if it is determined that described wearable device enters the propelling movement scope of described first equipment, then performs step c), otherwise, continues executing with step b)；

C) described first equipment stops detection, and is connected with described wearable device；

D) described first equipment obtains the feature list of described wearable device；

E) described first equipment sends corresponding pushed information extremely described wearable device according to described feature list.

2. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that further include steps of between step d) and step e)

11) described first equipment judges that described wearable device is the need of display Word message, when judging that described wearable device needs display Word message, then performs step 12), otherwise return step e)；

12) described first equipment judges whether described wearable device supports Chinese word library, when judging that described wearable device supports Chinese word library, then performs step 13), otherwise perform step 14)；

13) word-base code is added into described pushed information by described first equipment, and returns step e)；

14) character library dot matrix is added into described pushed information according to resolution by described first equipment, and returns step e).

3. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that further include steps of between step d) and step e)

21) described first equipment judges that described wearable device is the need of display pictorial information, when judging that described wearable device needs display pictorial information, then performs step 22), otherwise, return step e)；

22) described first equipment judges whether described wearable device supports display picture, when judging described wearable device support display picture, then performs step 23), otherwise, return step e)；

23) corresponding dot matrix is added into described pushed information according to resolution and the color of described wearable device by described first equipment, and returns step e).

4. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that further include steps of between step d) and step e)

31) described first equipment judges that described wearable device is the need of two-dimensional code display information, when judging that described wearable device needs two-dimensional code display information, then performs step 32), otherwise, return step e)；

32) described first equipment judges whether described wearable device supports two-dimensional code display, when judging that described wearable device supports two-dimensional code display, then performs step 33), otherwise, return step e)；

33) described first equipment judges whether described wearable device supports that Quick Response Code generates, and when judging that described wearable device supports that Quick Response Code generates, then performs step 34), otherwise perform step 35)；

34) content that Quick Response Code is comprised by described first equipment is added into described pushed information, and returns step e)；

35) corresponding Quick Response Code dot matrix is added into described pushed information according to the resolution of described wearable device by described first equipment, and returns step e).

5. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that further include steps of between step d) and step e)

41) described first equipment judges that described wearable device is the need of show bar code information, when judging that described wearable device needs show bar code information, then performs step 42), otherwise return step e)；

42) described first equipment judges whether described wearable device supports show bar shape code, when judging that described wearable device supports show bar shape code, then performs step 43), otherwise return step e)；

43) described first equipment judges whether described wearable device supports that bar code generates, and when judging that described wearable device supports that bar code generates, then performs step 44), otherwise perform step 45)；

44) content that bar code is comprised by described first equipment is added into described pushed information, and returns step e)；

45) corresponding bar code dot matrix is added into described pushed information according to the resolution of described wearable device by described first equipment, and returns step e).

6. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that further include steps of between step d) and step e)

51) described first equipment arranges the retention time of described pushed information；

52) described first equipment arranges the display time of described pushed information.

7. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that the quantity of described wearable device is multiple；In step e), when described first equipment judges that multiple described wearable devices all enter the propelling movement scope of described first equipment, then described first equipment sends corresponding pushed information extremely corresponding described wearable device according to the described feature list of each described wearable device successively.

8. the information off-line method for pushing based on wearable device according to claim 1, it is characterised in that the quantity of described first equipment is multiple, and the quantity of described wearable device is multiple；In step e), one of them in described first equipment sends corresponding pushed information to described in described wearable device after one of them according to the feature list of one of them in described wearable device, one of them equipment described in described first equipment carries out synchronize with all the other equipment of described first equipment so that all the other equipment of described first equipment obtains one of them the information described in described wearable device.

9. the information off-line supplying system based on wearable device, it is characterized in that, including: wearable device detection module, propelling movement scope judge module, equipment link block, feature list acquisition module and pushed information sending module, described wearable device detection module, propelling movement scope judge module, equipment link block, feature list acquisition module and pushed information sending module are arranged in one first equipment；Wherein,

Described wearable device detection module is for making the first equipment Inspection have been enter into presetting the wearable device of scanning area, and wherein said first equipment is in order to send pushed information；

Described propelling movement scope judge module is connected with described wearable device detection module, for making described first equipment judge whether described wearable device enters the propelling movement scope of described first equipment, if it is determined that described wearable device enters the propelling movement scope of described first equipment, then call described equipment link block, otherwise call described propelling movement scope judge module；

Described equipment link block is connected with described propelling movement scope judge module, is used for making described first equipment stop detection, and is connected with described wearable device；

Described feature list acquisition module is connected with described equipment link block, for making described first equipment obtain the feature list of described wearable device；

Described pushed information sending module is connected with described feature list acquisition module, for making described first equipment send corresponding pushed information extremely described wearable device according to described feature list.

10. according to claim 9 based on the information off-line supplying system of wearable device, it is characterised in that farther include display Word message judge module, support that Chinese word library judge module, word-base code add module and character library dot matrix interpolation module；

Described display Word message judge module, support Chinese word library judge module, word-base code add module and character library dot matrix adds module and is arranged in described first equipment；Wherein,

Described display Word message judge module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of display Word message, when judging that described wearable device needs display Word message, then call described support Chinese word library judge module, otherwise call described pushed information sending module；

Described support Chinese word library judge module is connected with described display Word message judge module, for making described first equipment judge whether described wearable device supports Chinese word library, when judging that described wearable device supports Chinese word library, then call described word-base code and add module, otherwise call described character library dot matrix and add module；

Described word-base code adds module and is connected with described support Chinese word library judge module, is used for making described first equipment that word-base code to be added into described pushed information, and calls described pushed information sending module；

Described character library dot matrix adds module and is connected with described support Chinese word library judge module, is used for making described first equipment, according to resolution, character library dot matrix is added into described pushed information, and calls described pushed information sending module.

11. the described information off-line supplying system based on wearable device according to claim 9, it is characterised in that farther include display pictorial information judge module, support that display picture judge module and picture dot matrix add module；Described display pictorial information judge module, support display picture judge module and picture dot matrix add module and are arranged in described first equipment；Wherein, described display pictorial information judge module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of display pictorial information, when judging that described wearable device needs display pictorial information, then call described support and show picture judge module, otherwise, described pushed information sending module is called；

Described support shows that picture judge module is connected with described display pictorial information judge module, for making described first equipment judge whether described wearable device supports display picture, when judging described wearable device support display picture, then call described picture dot matrix and add module, otherwise, described pushed information sending module is called；

Described picture dot matrix adds module and supports that display picture judge module is connected with described, for making described first equipment, according to resolution and the color of described wearable device, corresponding dot matrix are added into described pushed information, and calls described pushed information sending module.

12. the described information off-line supplying system based on wearable device according to claim 9, it is characterized in that, farther include two-dimensional code display signal judgement module, support two-dimensional code display judge module, support that generating Quick Response Code judge module, Quick Response Code content interpolation module and Quick Response Code dot matrix adds module；Described two-dimensional code display signal judgement module, support two-dimensional code display judge module, support generate Quick Response Code judge module, Quick Response Code content interpolation module and Quick Response Code dot matrix interpolation module and are arranged in described first equipment, wherein,

Described two-dimensional code display signal judgement module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of two-dimensional code display information, when judging that described wearable device needs two-dimensional code display information, then call described support two-dimensional code display judge module, otherwise call described pushed information sending module；

Described support two-dimensional code display judge module is connected with described two-dimensional code display signal judgement module, for making described first equipment judge whether described wearable device supports two-dimensional code display, when judging that described wearable device supports two-dimensional code display, then call described support two-dimensional code generation module, otherwise call described pushed information sending module；

Described support generates Quick Response Code judge module and is connected with described support two-dimensional code display judge module, for making described first equipment judge whether described wearable device supports that Quick Response Code generates, when judging that described wearable device supports that Quick Response Code generates, then call described Quick Response Code content and add module, otherwise call described Quick Response Code dot matrix and add module；

Described Quick Response Code content is added module and is supported that generating Quick Response Code judge module is connected, and for making the content that Quick Response Code is comprised by described first equipment be added into described pushed information, and calls described pushed information sending module with described；

Described Quick Response Code dot matrix adds module and supports that generating Quick Response Code judge module is connected with described, for making described first equipment, according to the resolution of described wearable device, corresponding Quick Response Code dot matrix are added into described pushed information, and call described pushed information sending module.

13. the described information off-line supplying system based on wearable device according to claim 9, it is characterized in that, farther include show bar code information judge module, support show bar shape code judge module, support that generating bar code judge module, bar code content interpolation module and bar code dot matrix adds module；Described show bar code information judge module, support show bar shape code judge module, support generate bar code judge module, bar code content interpolation module and bar code dot matrix interpolation module and are arranged in described first equipment, wherein,

Described show bar code information judge module is connected with described feature list acquisition module, for making described first equipment judge, described wearable device is the need of show bar code information, when judging that described wearable device needs show bar code information, then call described support show bar shape code judge module, otherwise, described pushed information sending module is called；

Described support show bar shape code judge module is connected with described show bar code information judge module, for making described first equipment judge whether described wearable device supports show bar shape code, when judging that described wearable device supports show bar shape code, then call described support and generate bar code judge module, otherwise, described pushed information sending module is called；

Described support generates bar code judge module and is connected with described support show bar shape code judge module, for making described first equipment judge whether described wearable device supports that bar code generates, when judging that described wearable device supports that bar code generates, then call described bar code content and add module, otherwise call described bar code dot matrix and add module；

Described bar code content is added module and is supported that generating bar code judge module is connected, and for making the content that bar code is comprised by described first equipment be added into described pushed information, and calls described pushed information sending module with described；

Described bar code dot matrix adds module and supports that generating bar code judge module is connected with described, for making described first equipment, according to the resolution of described wearable device, corresponding bar code dot matrix are added into described pushed information, and call described pushed information sending module.

14. the information off-line supplying system based on wearable device according to claim 9, it is characterised in that farther include:

Retention time arranges module and display set of time module, and described retention time arranges module and display set of time module is arranged in described first equipment, wherein,

Described retention time arranges module for making described first equipment arrange the retention time of described pushed information；

The display time that described display set of time module arranges described pushed information for making described first equipment.

15. the information off-line supplying system based on wearable device according to claim 9, it is characterized in that, the quantity of described first equipment is multiple, and the quantity of described wearable device is multiple, described system farther includes synchronizing information module, described synchronizing information module for sending corresponding pushed information to described in described wearable device after one of them when one of them in described first equipment according to the feature list of one of them in described wearable device, one of them equipment described in described first equipment carries out synchronize with all the other equipment of described first equipment, all the other equipment making described first equipment obtains one of them the information described in described wearable device.