WO2015003511A1 - Electronic device communication method, electronic device and electronic device communication system - Google Patents

Abstract

Provided is an electronic device communication method, comprising the following steps: a first electronic device detecting a touch gesture, and generating a request data packet according to slip direction information and first geographic location information about the touch gesture; if the first electronic device receives a response data packet generated by slip direction information and second geographic location information about the touch gesture of a second electronic device, and the slip direction information about the touch gesture of the second electronic device in the response data packet is preset slip direction information and the distance between the second geographic location information about the response data packet and the first geographic location information about the request data packet is within a preset distance, connecting the first electronic device to the second electronic device. Such a method is simple in operation, thereby reducing the user's time to establish a connection; and the method can substitute for an NFC point-to-point connection or exchange electronic business cards, and can also reduce unnecessary traffic loss of the electronic device. At the same time, further provided is an electronic device communication system.

Description

Electronic device communication method, electronic device, and electronic device communication system

 Technical field

The present invention relates to the field of electronic device communication, and in particular, to an electronic device communication method, an electronic device, and an electronic device communication system that utilize a touch movement gesture of an electronic device and geographic location information to perform device connection.

 Background technique

With the development of technology and economy, mobile devices have been greatly popularized. At present, the interaction of electronic business cards or personal information is mostly based on NFC. Technology enables mutual transfer between multi-user terminals. And NFC Based on distance sensing, that is, users need to “touch one touch” to exchange information, which can realize business card exchange. There are three problems in this way: one user must perform “touch one touch” at a close distance to realize interaction; One-to-one information interaction; NFC The addition of specific hardware will increase the overall hardware cost of the mobile device. In a classroom or a presentation, the lecturer wants to send his or her contact information to all students at once, and then use the contact information on the blackboard or in the lecture. The student must record the number and correct the number by pair. Relatively troublesome.

In addition, you can see people around the mobile device by moving the social software 'people nearby'. The people found in this way can only see and can't see the real person. The introduction of photos or text has certain false components. And has certain security risks.

 Summary of the invention

Based on the above situation, the present invention provides an electronic device communication method, an electronic device, and a system. The electronic device is connected by a geographical location information of the electronic device and combined with a simple gesture, thereby greatly reducing the number of times the user operates the interface when connecting. At the same time, it can also reduce the operation of connecting multiple users to multiple users when connecting multiple users, so that the interface operation of the connection is more simple and easy to understand. Gprs, 3G or 4G The network can easily obtain the mobile phone information of the person you just know without adding any hardware cost. At the same time, the information receiving accuracy is high, which can screen out most unnecessary information and reduce unnecessary network traffic.

The main purpose of the present invention is to facilitate communication between a plurality of electronic devices to meet the daily social and sharing needs of people.

An electronic device communication method, comprising the steps of:

 The first electronic device detects a touch gesture, and generates a request packet according to the sliding direction information of the touch gesture and the first geographical location information, If the first electronic device receives the second electronic device touch gesture sliding direction information and the response data packet generated by the second geographic location information, the first electronic device is connected to the second electronic device;

The sliding direction information of the second electronic device touch gesture in the response data packet is preset sliding direction information; the distance between the second geographical location information of the response data packet and the first geographical location information of the request data packet is Within the preset distance.

The geographical location information includes latitude and longitude information of the electronic device and time information.

If the time difference between the first geographic location information and the second geographic location information is greater than a preset time, the connection between the first electronic device and the second electronic device is invalid.

The preset sliding direction information is substantially the same as or substantially opposite to the sliding direction information of the first electronic device touch gesture.

The moving direction information of the touch gesture includes one or more moving direction information.

The first electronic device classifies the connected other second electronic devices by using the sliding direction information.

A method for adding a friend to a network dating platform, the step of connecting the first electronic device to the second electronic device is replaced by the step of adding, by the network platform user of the first electronic device, the network platform user of the second electronic device as a friend.

A method for interacting with business card information, including the electronic device communication method described above, mainly replacing the step of connecting the first electronic device to the second electronic device to send the electronic business card information of the first electronic device Giving the second electronic device.

In addition, the present invention also discloses an electronic device using the above method.

An electronic device communication system is applied to a first electronic device, the system comprising: a location detecting module, configured to detect first geographic location information of the first electronic device;

The touch gesture detection module is configured to detect a touch point clicked by the user on the touch screen and position information of the touch point after the sliding, and generate sliding direction information according to the position of the touch point;

a data processing module, configured to generate, according to the touch point sliding direction information and the first geographic location information, a request data packet requesting to establish a communication connection with the second electronic device;

The response detecting module is configured to detect whether the first electronic device receives the response data packet of the second electronic device, and check whether the sliding direction information of the second electronic device touch gesture in the response data packet is preset sliding direction information and the response The distance between the second geographical location information of the data packet and the first geographic location information of the request data packet is within a preset distance ;

 The first communication module is configured to receive the determination information of the response detection module, and connect the second electronic device according to the determination information.

The preset sliding direction information is substantially the same as or substantially opposite to the sliding direction information of the first electronic device touch gesture.

Compared with the prior art, the electronic device communication method provided by the present invention is simple in operation, greatly reducing the connection time of the user, and can replace the NFC without increasing the hardware cost. Electronic business card exchange, and one-to-one transmission or one-to-many transmission can be realized at the same time. In addition, current mobile terminals generally use gprs, 3G or 4G. Network, and the number of users using the platform formed by this network may be particularly large. There are also many users who may use the same swipe gesture within a preset time, causing the first electronic device user to transmit information to non-target users. The situation, and setting the preset range for receiving can exclude the sliding information generated by other regions within the preset time, so that the user can accurately receive the target user that he wants to receive, and can avoid the unreality of the social network. Some of the bad effects. At the same time, it can also reduce unnecessary flow loss of electronic equipment.

 DRAWINGS

1 is a schematic flow chart of an embodiment of an electronic device communication method according to the present invention;

 2 is a schematic diagram of a preset distance of an embodiment of an electronic device communication method according to the present invention;

 3 is a schematic structural diagram of an embodiment of an electronic device communication system.

 detailed description

 The solution of the present invention will be described in detail below in conjunction with the preferred embodiments thereof.

FIG. 1 is a flow chart showing an embodiment of an electronic device communication method of the present invention.

As shown in FIG. 1, the method in this embodiment includes the steps of:

 S101 After the first electronic device presets the information receiving range, the touch gesture is detected, and the request packet is generated according to the sliding direction information of the touch gesture and the first geographical location information, and the data packet is sent to the server.

In this embodiment, the first electronic device first presets a range of information reception (this information) according to user requirements, and the preset information receiving range is generally set by the user through his current situation. For example, in a large conference venue where the user wants to send his or her information to a person in the venue, he can set the information reception range to 50 meters (ie within 50 meters radius of its mobile phone). After that, check if there is a finger (or touch object) touching the screen if it is within the preset time (100ms) The finger is swiped to the left by the touch point, and the generated request packet includes a left shifting information. If there are multiple fingers moving in different directions, the generated request data includes movement information in different directions. At this time, the first electronic device generates a corresponding request data packet according to the different sliding direction information and the first geographical location information (the geographical location information of the first electronic device), and sends the request data packet to the network server, waiting The response of the second electronic device. So when the first electronic device sends the request packet to the server, the server can The electronic device within 50 meters scans and sends only information within 50 meters of the first electronic device to the first electronic device, reducing the flow loss of the first electronic device.

The network mentioned here is mainly that current mobile terminals generally use gprs, 3G or 4G. Network, and the number of users using the platform formed by this network may be particularly large. There are also many users who may use the same swipe gesture within a preset time, causing the first electronic device user to transmit information to non-target users. In the case, setting a small information receiving range can exclude sliding information generated in other regions within a preset time. For example, a user in Guangzhou uses left shift information in order to exchange contact information. At the same time, users in Hangzhou may also use the left shift information to exchange contact information. Therefore, it is necessary to set the information receiving range, so that the user can receive the target user that he wants to receive more accurately. This can be widely used in current social activities. For example, two people meet for the first time in academic conferences, English corners and other activities. After completing their self-introduction, they all want their own contact methods. It can make two people who just met can quickly get to the other party's contact information. Compared with the traditional exchange of business cards or mobile phone numbers, this exchange method is very fast and only needs to be short. It takes 1-2 seconds to complete.

S102: The first electronic device receives the second electronic device touch gesture sliding direction information and the response data packet generated by the second geographic location information, and the first electronic device determines the sliding direction information of the second electronic device touch gesture in the response data packet. Whether it is the preset sliding direction information; if the second electronic device preset sliding direction information is the preset sliding direction information, determining the distance between the second geographical location information of the response data packet and the first geographical location information of the request data packet Within the preset distance, if so, the connection of the first electronic device and the second electronic device is established. It should be noted here that the order of determining whether the sliding direction information is preset and whether the distance between the two devices is within the preset distance may be alternated, and the two conditions need to be reached at the same time to establish a connection.

In this embodiment, after detecting the touch gesture, the second electronic device may also acquire its own geographical location information (ie, the second geographic location information), generate a response data packet according to the user touch gesture direction information and the second geographical location information, and send the The packet is sent to the network. The preset distance here is the first electronic device preset information receiving range, and may also be the preset information receiving range of the second electronic device. As shown 2, assuming that the preset distance set by the first electronic device is 50m, the distance between the first geographical location information A of the first electronic device and the second geographical location information B of the second electronic device is 45m. , within its preset distance, as shown in the second geographical location information B ', which is outside the preset distance. The above geographic location information mainly uses gps, gnss Beidou navigation technology locates the electronic equipment and obtains its latitude and longitude information as well as time information. Of course, in some high-precision positioning devices, the altitude information of the electronic device is further included, and correspondingly, the distance between the first electronic device and the second electronic device is spatial distance.

In addition, in general, after receiving the request packet of the first electronic device, the second electronic device (step S102) If the request packet is not sent to the network, this will not happen. There will be a prompt, the user only needs to touch the corresponding gesture by pressing the prompt or press the corresponding prompt button. However, on the one hand, since such a prompt may be sent by multiple users at the same time, one by one will waste time, and the user who does not want to receive the information may receive information prompting, causing user trouble; on the other hand, the first electronic The device user cannot connect to the user who wants to connect at the first time. The response data generated by the second electronic device herein includes sliding direction information that detects a touch gesture of the second electronic device. When the second electronic device detects the touch gesture, the touch gesture includes placing one or more fingers on the touch screen for a predetermined amount of time, and moving toward one direction or more, and generating a response packet according to the sliding direction information. In this embodiment, the second electronic device does not adopt an active prompting manner. The second electronic device detects whether one or more fingers (or touch objects) are touching the screen and within a preset time ( 100ms The finger slides to the left by the touch point. If there are multiple fingers moving in different directions, the generated request data includes movement information in different directions. At this time, the second electronic device generates a corresponding response data packet according to different sliding direction information, and sends the data packet to the network server. After receiving the response data packet, the first electronic device determines whether the sliding direction information in the response data packet is the preset sliding direction information, and if so, establishes a connection, and if not, returns S102.

The first electronic device establishes a connection with the second electronic device when the sliding direction information in the response packet is the sliding direction information required by the first electronic device. Here, the concept of establishing a connection is equivalent to adding each other as a 'friend', that is, establishing a database for adding a friend in the system. When the first electronic device and the second electronic device meet the connection condition, the system can identify it as a friend. 'And store the link conditions. This connection connection technology can be used for most of the current chat dating software, such as Qq, WeChat, Mi Chat, Fetion, etc.; the specific implementation can be that the user opens the qq software, and selects the 'slide friend' function, then enters the operation interface, and the function of adding friends can be realized through the interface operation.

In general, the sliding direction information in the response packet has the following conditions:

 1. The second electronic user presses the button or touches the screen button to produce a response data packet, and the data required by the first electronic user to request the data packet is consistent;

 2 The sliding direction information of the response data packet is substantially the same as or substantially opposite to the direction information of the request data packet. If the moving direction information of the request data packet and the response data packet are both 'left', the direction information is considered to be substantially the same, and the request packet is considered to be the same. The direction information of the movement is 'left', and the direction information of the response packet is 'right', and the direction information is considered to be substantially opposite;

 3 The moving direction information of the response data packet is substantially vertically upward or substantially vertically downward with the direction information of the request data packet, for example, the moving direction information of the request data packet is 'left', and the moving direction information of the requested response data packet is 'On', it is considered that the direction information is 'vertically up' information;

 4 The movement direction information of the request packet is generated by the finger moving in different directions multiple times, and the direction information of the multiple movements in the response packet is substantially the same or substantially opposite to the movement direction information in the request packet.

The above situation can be considered as the second electronic device is matched with the first electronic device. These matching rules can be set to multiple matching modes, which are selected by the user. In use, the first electronic device user selects a corresponding matching mode and notifies the second electronic device user of the rule, and the second electronic device user can generate a corresponding gesture through the rules thereof. Finally, the connection is made by packet matching. Of course, the matching rule or the matching mode can be modified and improved according to the actual situation, and is not limited to the above modes.

As a better embodiment, the preset sliding direction information in the response data packet is substantially the same or substantially opposite to the sliding direction information of the first electronic device touch gesture. Since the first electronic device and the second electronic device are in actual operation, it is impossible to obtain 100% of the same sliding direction information. Therefore, in the present invention, substantially the same or substantially opposite refers to the sliding direction information of the first electronic device touch gesture. The angle of the preset sliding direction information does not differ by more than 45 ^o (4 directions) or 22.5 ^o (8 directions). In other application scenarios, the range of angles may also be different. In addition, the sliding direction information may be calibrated by the system (for example, by determining whether the angle between the angle and the horizontal direction is greater than 45 ^o , and if greater than, the system determines that the direction is vertical, If it is less than the system, the system determines that it is horizontal). The preset sliding direction information is mainly a connection information agreed by the first electronic device user and the second electronic device user. For example, the sliding direction information of the first electronic device user touch gesture is 'left', and the second electronic device user can be notified to the second electronic device user. The sliding direction information of the touch gesture on the second electronic device is an operation of 'left' (opposite to 'right'). Similarly, if the third electronic device user and the fourth electronic device user are simultaneously notified, they can also easily connect with them. This is a much more efficient way of searching for their usernames in turn, and then connecting them in turn. The first electronic device classifies the connected other electronic devices by the sliding direction information, thereby facilitating accurate connection to the target user. Sorting users according to the actual operation direction (ie, sliding direction information) is beneficial to the classification management of contact data.

In the above steps, the first geographical location information and the second geographical location information both contain respective time information. If the time difference is greater than the preset time, the connection between the first electronic device and the second electronic device is invalid. The preset time is mainly set to identify the electronic device in different time, so that the first electronic device can find the target user more accurately.

As an example of multi-slide or multi-directional sliding, the sliding direction information of one or more touch gestures refers to the sliding direction information sequentially recorded in the order of touch time. For example, the first electronic device may sequentially write the stroke order of the word 'Wang' on the screen. At this time, according to different time sequences, the information of the sliding direction recorded by the first electronic device is the first second 'right' and the second second' Right ', third second 'down', fourth second 'right', when the second electronic device is matched, the permission to connect with the first electronic device can be obtained by sequentially writing the stroke order of the word 'wang', and then establish connection. At the same time, using multiple fingers to touch the screen at the same time, and then sliding, in the chronological order may produce the first second 'left', the first second 'left', the first second 'on', the second electronic device is in the match , must generate the first second 'left', the first second 'left', the first second 'on' information, in order to obtain the first electronic device connection permissions, and then establish a connection. It should be pointed out that the simultaneous movement of multiple fingers can produce a better identification effect, and has a certain security protection effect for multiple users simultaneously applying this technology. In the preset distance range, the use of predetermined gestures is generally only available to those who have met or have a certain degree of trust, so this method generally does not allow strangers to obtain, has certain authenticity and security.

According to the above steps, the following effects can be generated: first, by touching the mobile touch with a single finger, the direction information is provided, so that the user who can establish a connection relationship with the user is divided into at least 4 Categories (there are four directions of up, down, left, and right, and can be divided into 8 if there are many user relationship groups) The direction is 'm', and each category can have multiple different electronic devices. In this way, users have a certain purpose when sharing files or data, which can greatly improve the effective utilization of resources. Second, the connected user needs to use a predetermined sliding touch gesture to connect with the same electronic device, reducing the chance of 'misconnection' in the same area.

The method for adding a friend as a network dating platform differs from the electronic device communication method mentioned in the embodiment in that the step of establishing the connection between the first electronic device and the second electronic device is replaced with the network of the first electronic device. The step of the friend of the dating platform user adding the user of the second electronic device to the network dating platform is a friend.

As a method for interacting with the business card information, the difference from the electronic device communication method mentioned in this embodiment is that the step of establishing the connection between the first electronic device and the second electronic device is replaced with the step of connecting the first electronic device The electronic business card information is sent to the second electronic device.

The method mentioned in this embodiment can be applied to an electronic device having a touch function and a network connection function.

A schematic block diagram of an embodiment of an electronic device communication system of the present invention is shown in FIG.

An electronic device communication system for use in a first electronic device, comprising:

 a location detecting module, configured to detect first geographic location information of the first electronic device;

The touch gesture detection module is configured to detect a touch point clicked by the user on the touch screen and position information of the touch point after the sliding, and generate sliding direction information according to the position of the touch point;

a data processing module, configured to generate, according to the touch point sliding direction information and the first geographic location information, a request data packet requesting to establish a communication connection with the second electronic device;

The response verification module is configured to check whether the sliding direction information of the second electronic device touch gesture in the response data packet is the preset sliding direction information and the second geographic location information of the response data packet and the first geographic location of the request data packet The distance of the information is within the preset distance ;

 The first communication module is configured to receive information of the response verification module, and establish a connection with the second electronic device according to the information.

An electronic device communication system for use in a second electronic device, comprising:

 a location detecting module, configured to detect second geographic location information of the second electronic device;

The touch gesture detection module is configured to detect a touch point clicked by the user on the touch screen and position information of the touch point after the sliding, and generate sliding direction information according to the position of the touch point;

a data processing module, configured to generate a response data packet that establishes a communication connection with the first electronic device according to the touch point sliding direction information, and send the response data packet to the network;

The second communication module is configured to establish a communication connection with the first electronic device when the first electronic device receives the response data packet replied by the second electronic device within a preset time interval.

In this embodiment, the working principle of each module is: the position detecting module is configured to detect first geographic location information of the first electronic device; the touch gesture detecting module detects a touch point clicked by the user on the touch screen and the touched point after sliding Position information, and generating sliding direction information according to the position of the touch point, the data processing module receiving the first geographical location information of the position detecting module and the sliding direction information generated by the touch gesture detecting module, and generating a request to establish a communication connection with the second electronic device The request packet is sent to the network server through the first communication module. At this time, the network server scans the second electronic device in the range according to the first geographical location information and the information receiving range set by the first electronic device, and if the second electronic device in the range is scanned, sends the request data packet. The second electronic device is configured to detect an operation action of the user screen by the touch gesture detection module, and generate a response data packet according to the sliding direction information of the touch gesture. The second electronic device sends the response data packet to the response detecting module of the first electronic device, and detects that the first electronic device receives the response data packet replied by the second electronic device, and responds to the second electronic component in the data packet. Whether the sliding direction information of the touch gesture of the device is the preset sliding direction information and the distance between the second geographical location information of the response data packet and the first geographical location information of the request data packet is within a preset distance, and the corresponding information is sent to the first a communication module, the first communication module communicates with the second communication module of the second electronic device according to the information, and establishes a connection. In order to receive the information more accurately, the time difference between the first geographical location information and the second geographical location information is greater than the preset time, and the connection between the first electronic device and the second electronic device is invalid.

Similar to the method embodiment of the present technical solution, the preset sliding direction information in the response data packet of the embodiment is substantially the same as or substantially opposite to the sliding direction information of the first electronic device touch gesture. If the confidentiality of the connection is to be enhanced, the sliding direction information of the touch gesture may be set to have one or more sliding direction information, and the sliding direction information of the one or more touch gestures refers to the sliding direction information sequentially recorded in the order of the touch time. The first electronic device classifies the connected other second electronic devices by the sliding direction information. Through such classification, the second electronic device can transmit information to the second electronic device that it wants in conjunction with the sliding direction information.

The difference between the step of establishing a friend system and the electronic device communication system mentioned in the embodiment is that the step of establishing the connection between the first electronic device and the second electronic device is replaced by the network friend of the first electronic device. The step of the platform user adding the network dating platform user of the second electronic device as a friend.

The above-mentioned embodiments are merely illustrative of several embodiments of the present invention, and the description thereof is more specific and detailed, but is not to be construed as limiting the scope of the invention. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of the invention should be determined by the appended claims.

Claims (1)

An electronic apparatus communication method comprising the steps of:

The first electronic device detects a touch gesture, and generates a request packet according to the sliding direction information of the touch gesture and the first geographical location information, If the first electronic device receives the second electronic device touch gesture sliding direction information and the response data packet generated by the second geographic location information, and the sliding direction information of the second electronic device touch gesture in the response data packet is preset The sliding direction information and the distance between the second geographical location information of the response data packet and the first geographic location information of the request data packet are within a preset distance; the first electronic device is connected to the second electronic device.

The electronic device communication method according to claim 1, wherein the geographical location information comprises latitude and longitude information of the electronic device and time information.

The communication method of the electronic apparatus as claimed in claim 2, wherein, if the time difference between the first location information and the second location information is greater than a preset time, the first electronic device and a second electronic device The connection is invalid.

The method as recited in electronic communication apparatus according to claim 13, wherein the preset information is substantially the same or a direction substantially opposite to the sliding direction of the slide with the first electronic device information of the touch gesture.

The electronic communication apparatus according to the method as claimed in claim 4, wherein a moving direction of the touch gesture information includes one or more moving direction information.

The electronic communication method of 1 or 2 or 3 or apparatus according to claim 5, characterized in that the other second electronic device to the first electronic device information is connected through the sliding direction classification.

7. A method Social networking add friends, including apparatus 1 to the electronic communication method according to any one of claim 6, wherein the step of replacing the second electronic device connected to the first electronic device The step of adding the network platform user of the second electronic device to the network platform user of the first electronic device as a friend.

A method of interacting card information, to the electronic communication method comprising an apparatus according to any one of claim 6, wherein the step of replacing the second electronic device connected to the first electronic device will be The electronic business card information of the first electronic device is sent to the second electronic device.

An electronic device for communication system, wherein the system comprises: position detecting means for detecting the first location information of the first electronic device;

a touch gesture detection module, configured to detect a touch point clicked by the user on the touch screen and position information of the touch point after the sliding, and generate sliding direction information according to the position of the touch point ;

a data processing module, configured to generate, according to the touch point sliding direction information and the first geographic location information, a request data packet requesting to establish a communication connection with the second electronic device ;

The response detecting module is configured to detect whether the first electronic device receives the response data packet of the second electronic device, and check whether the sliding direction information of the second electronic device touch gesture in the response data packet is preset sliding direction information and the response The distance between the second geographical location information of the data packet and the first geographic location information of the request data packet is within a preset distance ;

The first communication module is configured to receive the determination information of the response detection module, and connect the second electronic device according to the determination information.

10. The electronic device communication system according to claim 9, wherein the geographical location information comprises latitude and longitude information of the electronic device and time information.