WO2013131328A1

WO2013131328A1 - Dynamic interaction method and system for terminals

Info

Publication number: WO2013131328A1
Application number: PCT/CN2012/076238
Authority: WO
Inventors: 张丹
Original assignee: 中兴通讯股份有限公司
Priority date: 2012-03-07
Filing date: 2012-05-29
Publication date: 2013-09-12
Also published as: CN102905015A

Abstract

Disclosed are a dynamic interaction method and system for terminals. The method comprises: when a dynamic action occurs at a sending terminal, the sending terminal detecting a dynamic data value corresponding to the dynamic action; when the dynamic data value is within a preset dynamic data threshold range, the sending terminal sending the dynamic data value to a receiving terminal; the receiving terminal receiving the dynamic data value, and performing a corresponding dynamic action according to the dynamic data value. In the dynamic interaction method and system for terminals provided by the present invention, the sending terminal sends the detected dynamic data value corresponding to the dynamic action that occurs at the sending terminal to the receiving terminal, and the receiving terminal performs the corresponding dynamic action according to the received dynamic data value. In this way, touch control experience between the terminals is realized, enriching the use interest of the terminals, and improving the effect of touch experience of a user.

Description

Terminal dynamic interaction method and system

The present invention relates to the field of communication technologies, and in particular, to a method and system for dynamic interaction of a terminal. Background technique

From the history of mobile phone development, no matter the previous black-and-white machine, color screen machine, function phone, smart machine, no matter how evolved, communication and communication between people is always the subject of continuous exploration and development of mobile phone service. .

From the simple texts of the past, such as text messages, to the later enhancement of text, MMS, music media, from simple voice, to the video phone of the 3G era, these ways of constantly changing the way people communicate, so that the way people communicate diversification. So how to be more dynamic, and to make the interaction more powerful, so that the two sides of the communication become more and more real, let the business partners feel the trust of each other, let the family members or lovers feel the true feelings of each other.

In order to achieve the above purpose, the prior art generally adopts high-definition video technology, and the method of transmitting audio and video to a mobile phone is faster and larger, or enhancing the effect of enhancing audio and video effects, so as to increase the comfort of communication and enhance the communication effect.

In the prior art, this method is helpful to the user communication to a certain extent, but the following problems exist: 1. The boring voice and the monotonous image cannot fully express and convey our feelings at some time, and the two parties still only look through it. And listening to share each other's emotions and information, has limitations; Second, the two sides can not perceive each other's action language, nor can they pass their own action language, that is, they cannot mutually transmit touch to broaden and extend our emotional factors. Summary of the invention

The main object of the present invention is to provide a method and system for dynamic interaction of a terminal, which can realize a tactile manipulation experience between terminals, enrich the use of the terminal, and enhance the user's tactile experience.

The invention provides a method for dynamic interaction of a terminal, the method comprising:

When the transmitting end generates a motion action, the transmitting end detects the motion data value corresponding to the motion action;

When the dynamic data value is within a preset dynamic data threshold, the transmitting end sends the motion data value to the receiving end;

The receiving end receives the motion data value and performs a corresponding motion action according to the motion data value.

Preferably, the sending end sends the dynamic data value to the receiving end as:

The sender determines whether it is in a call state;

And when the sending end is in a call state, acquiring a phone number of the receiving end that is in communication with the sending end, and sending the motion data value to the receiving end according to the phone number;

When the transmitting end is in the non-talking state, the motion data value is sent to the receiving end according to the telephone number of the receiving end input by the user.

Preferably, the performing the corresponding motion action according to the motion data value is:

The receiving end determines whether it is in a call state;

When the receiving end is in a call state, the corresponding dynamic action is performed in real time according to the dynamic data value;

When the receiving end is in the non-talking state, the corresponding motion action is performed according to the motion data value and the viewing command input by the user.

Preferably, the receiving end performs a corresponding dynamic motion according to the dynamic data value: the receiving end performs a gain calculation on the dynamic data value according to a preset dynamic gain coefficient. Calculate, and perform the corresponding dynamic operation according to the dynamic data value after the gain calculation.

Preferably, the motion data value is an acceleration vector value, the acceleration vector value including a magnitude value and a direction value of the acceleration.

The invention further provides a system for dynamic interaction of a terminal, comprising: a transmitting end and a receiving end; wherein

The transmitting end is configured to detect a dynamic data value corresponding to the dynamic motion when the dynamic motion occurs by itself; and send the location to the receiving end when the dynamic data value is within a preset dynamic data wide value range The dynamic data value;

The receiving end is configured to receive the motion data value, and perform a corresponding motion action according to the motion data value.

Preferably, the sending end is specifically configured to determine whether the call is in a call state; when in the call state, acquire a phone number of the receiving end that is talking with the self, and send the motion data to the receiving end according to the phone number. Value; when in the non-talk state, the motion data value is sent to the receiving end according to the telephone number of the receiving end input by the user.

Preferably, the receiving end is specifically configured to determine whether the call is in a call state; when in the call state, the corresponding dynamic action is performed in real time according to the dynamic data value; and when in the non-talk state, according to the dynamic data value The corresponding motion action is performed with the viewing instruction input by the user.

Preferably, the receiving end is specifically configured to perform gain calculation on the dynamic data value according to a preset dynamic gain coefficient, and perform a corresponding dynamic operation according to the dynamic data value after the gain calculation.

The method and system for dynamic interaction of the terminal provided by the present invention, the sender sends the detected dynamic data value corresponding to the motion action generated by the transmitting end to the receiving end, and the receiving end according to the received motion The sense data value performs the corresponding dynamic action mode, realizes the tactile manipulation experience between the terminals, enriches the use fun of the terminal, and improves the user's tactile experience. DRAWINGS

1 is a flow chart of an embodiment of a method for dynamic interaction of a terminal according to the present invention;

2 is another flow chart of an embodiment of a method for dynamic interaction of a terminal of the present invention;

3 is a schematic diagram showing the effect of the terminal dynamic interaction of the present invention;

4 is still another flow chart of an embodiment of a method for dynamic interaction of a terminal according to the present invention;

FIG. 5 is a schematic structural diagram of an embodiment of a system for dynamic interaction of a terminal according to the present invention. detailed description

The implementation, functional features and advantages of the objects of the present invention will be further described in conjunction with the embodiments herein.

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to FIG. 1 , an embodiment of a method for dynamically interacting with a terminal of the present invention includes the following steps: Step S101: When a dynamic action occurs on a sending end, the sending end detects a motion data value corresponding to the dynamic motion.

In this step, the dynamic action of the sending end is manually performed by the sending end user, for example, the sending end user holds the transmitting end to perform a dynamic action such as waving or shaking.

Further, the motion data value described in step S101 is an acceleration vector value, including a magnitude value and a direction value of the acceleration. That is, the transmitting end detects the magnitude value and the direction value of the acceleration corresponding to the dynamic motion, wherein the magnitude and the direction value of the acceleration of the dynamic motion can be detected by an acceleration inertial sensor disposed inside the transmitting end, and the acceleration inertial sensor can detect The magnitude and direction value of the acceleration to the transmitter in all directions.

Step S102, when the motion data value is within a preset dynamic data threshold range, The transmitting end sends the motion data value to the receiving end.

In this step, the dynamic data threshold range is stored in a dedicated data register provided in the transmitting end, and the user can set the dynamic data wide value range according to his own preference or actual needs.

Further, referring to FIG. 2, the sending end sends the dynamic data value to the receiving end in the step S102:

Step S201: The transmitting end determines whether it is in a call state. If yes, step S202 is performed; otherwise, step S203 is performed.

Step S202: When the sending end is in a call state, obtain a receiving terminal phone number that is in communication with the sending end, and send the motion data value to the receiving end according to the phone number.

Step S203: When the sending end is in the non-talking state, send the motion data value to the receiving end according to the receiving end phone number input by the user.

In the above step S102, referring to FIG. 3, before the transmitting end sends the dynamic data value to the receiving end, the dynamic data value needs to be modulated by the modulation and demodulation system, and then the modulated dynamic data value is sent through the network. To the receiving end.

Step S103: The receiving end receives the motion data value, and performs a corresponding motion action according to the motion data value.

In this step, the motion data value received by the receiving end is the modulated motion data value. Therefore, it is necessary to demodulate the modulated motion data value to the motion data value before modulation.

Further, referring to FIG. 4, in the above step S103, the performing the corresponding motion action according to the motion data value is specifically:

Step S301: The receiving end determines whether it is in a call state. If yes, step S302 is performed; otherwise, step S303 is performed.

Step S302: When the receiving end is in a call state, perform a corresponding motion action in real time according to the motion data value.

That is, when the receiving end is in a call state, the corresponding dynamic data value is received and the corresponding execution is performed immediately. Dynamic movements.

Step S303: When the receiving end is in the non-talking state, perform a corresponding motion action according to the motion data value and the viewing instruction input by the user.

In the above step S303, when the receiving end is in the non-talking state, when the dynamic data value is received, a dialog box for viewing the viewing command of the motion data value is popped up, and the receiving end immediately performs the corresponding motion action after the user inputs the viewing command, thereby ensuring that the corresponding motion action is performed. The receiving end user can feel the dynamic action of the transmitting end.

Further, in the foregoing step S103, the receiving end performs a corresponding motion action according to the motion data value, where the receiving end performs gain calculation on the motion data value according to a preset motion gain coefficient, and according to the gain. The calculated dynamic data value performs a corresponding dynamic operation.

Further, the magnitude of the dynamic gain coefficient may be set according to the preferences, habits or actual needs of the user at the receiving end, so as to achieve the best dynamic interactive experience effect of the receiving end user. The gain calculation is to achieve a gain change for the magnitude of the acceleration of the dynamic motion. That is, when the receiving end performs the corresponding motion motion, the magnitude of the acceleration is appropriately enlarged or reduced according to the motion data value after the gain calculation.

In the method embodiment of the terminal dynamic interaction, the receiving end is provided with a dedicated data register for storing the dynamic data value. That is, after receiving the dynamic data value, the receiving end stores the dynamic data value in the dedicated data register, and after performing the corresponding motion motion, clears the dedicated data register.

In the foregoing method for dynamically interacting with the terminal, the sending end may enable or disable the dynamic interaction function according to the user requirement. The transmitting end first needs to perform a system self-test after the dynamic interaction function is turned on, and detects whether the function module that performs the dynamic interaction function in the transmitting end is normal, and if it is normal, performs the above dynamic interaction operation.

In the method for dynamically interacting with the terminal provided by the above, the sender sends the detected dynamic data value corresponding to the motion-generating action to the receiving end, and the receiving end receives the dynamic number according to the received motion. According to the value of the corresponding dynamic action, the tactile control experience between the terminals is realized, which enriches the use of the terminal and enhances the user experience. Such as enriching the communication channels of end users, the mutual words and deeds, every move can be truly transmitted, increasing mutual trust and emotion, enriching the fun of terminal use, fully demonstrating the freedom and personality of end users. Applicable to the emotional exchange between business people and friends and family.

Referring to FIG. 5, an embodiment 100 of the terminal dynamic interaction of the present invention is provided, which includes: a transmitting end 110 and a receiving end 120. The sending end 110 is configured to detect a motion data value corresponding to the motion action when the sending end 110 generates a motion action, and to the receiving end when the motion data value is within a preset dynamic data threshold range 120 transmits the motion data value. The receiving end 120 is configured to receive the motion data value, and perform a corresponding motion motion according to the motion data value.

In the embodiment of the system for dynamic interaction of the terminal, the dynamic action of the transmitting end 110 is manually performed by the user of the transmitting end 110. For example, the user of the transmitting end 110 holds the transmitting end 110 to perform a dynamic action such as waving or shaking.

Further, in the embodiment 100 of the terminal dynamic interaction, the dynamic data value is an acceleration vector value, including a magnitude value and a direction value of the acceleration. That is, the transmitting end 110 detects the magnitude value and the direction value of the acceleration corresponding to the dynamic motion, wherein the magnitude and the direction value of the acceleration of the motion motion can be detected by an acceleration inertial sensor disposed inside the transmitting end 110, the acceleration inertial sensor The magnitude value and the direction value of the acceleration in each direction of the transmitting end 110 can be detected.

Further, in the embodiment 100 of the above-mentioned terminal dynamic interaction, referring to FIG. 3, before the transmitting end 110 transmits the dynamic data value to the receiving end 120, the dynamic data value needs to be modulated by the modem system, and then The modulated motion data value is transmitted to the receiving end 120 through the network.

Further, in the embodiment 100 of the terminal dynamic interaction, the receiving end 120 The received motion data value is the modulated motion data value. Therefore, it is necessary to demodulate the modulated motion data value to the motion data value before modulation.

Further, in the embodiment 100 of the terminal dynamic interaction system, the sending end 110 is specifically configured to determine whether the call end is in a call state; when the sending end 110 is in a call state, acquiring the receiving end 120 of the call with the sending end 110 a phone number, and transmitting the motion data value to the receiving end 120 according to the phone number; and when the sending end 110 is in a non-talking state, transmitting the location to the receiving end 120 according to the phone number of the receiving end 120 input by the user. The dynamic data value is described.

Further, in the embodiment 100 of the terminal dynamic interaction system, the receiving end 120 is specifically configured to perform a corresponding dynamic action according to the dynamic data value in real time when the receiving end 120 is in a call state; and when the receiving end 120 When in the non-talk state, the corresponding motion action is performed according to the motion data value and the viewing command input by the user.

In the embodiment 100 of the above-mentioned terminal dynamic interaction system, when the receiving end 120 receives the motion data value when it is in the non-talking state, the receiving terminal 120 pops up a view instruction dialog box for viewing the motion data value, and the receiving end 120 immediately after the user inputs the viewing command. The corresponding dynamic action is performed, thereby ensuring that the user of the receiving end 120 can feel the dynamic action of the transmitting end 110.

Further, in the embodiment 100 of the terminal dynamic interaction system, the receiving end 120 is further configured to perform gain calculation on the dynamic data value according to a preset dynamic gain coefficient, and calculate a dynamic data value according to the gain. Perform the corresponding dynamic operation.

Further, in the embodiment of the system 100 for dynamic interaction of the terminal, the magnitude of the dynamic gain coefficient may be set according to the preference, habit or actual needs of the user at the receiving end 120, so as to achieve the best dynamic interactive experience for the user at the receiving end 120. effect. The gain calculation is to achieve a gain change for the magnitude of the acceleration of the dynamic motion. That is, when the receiving end 120 performs the corresponding motion motion, the magnitude of the acceleration is appropriately enlarged or reduced according to the motion data value after the gain calculation. In the embodiment 100 of the terminal dynamic interaction system, the receiving end 120 is provided with a dedicated data register for storing the dynamic data value. That is, the receiving end 120 stores the dynamic data value in the dedicated data register after receiving the dynamic data value, and simultaneously clears the dedicated data register after performing the corresponding motion action.

In the above embodiment of the terminal dynamic interaction system 100, the sender 110 can enable or disable the dynamic interaction function according to the user's needs. The transmitting end 110 first needs to perform a system self-test after the dynamic interaction function is turned on, and detects whether the function module of the dynamic interaction function in the transmitting end 110 is normal. If it is normal, the above-mentioned dynamic interaction operation is performed.

In the embodiment of the system 100 for dynamic interaction of the terminal, the dynamic data value corresponding to the detected motion-generating action is sent to the receiving end 120 by the transmitting end 110, and the receiving end 120 performs the corresponding dynamic action according to the received dynamic data value. The method realizes the tactile manipulation experience between the terminals, enriches the use of the terminal, and enhances the user experience. If the communication channels of the end users are enriched, the words, deeds and actions of each other are truly transmitted, which increases the trust and emotion of each other, enriches the interest of the terminal, and fully demonstrates the freedom and personality of the end user. It is suitable for emotional communication between business people and friends and family, and has a good business prospect.

The method and system for dynamic interaction of the above terminals are handheld mobile terminals, such as smart phones and feature phones.

It should be understood that the above is only a preferred embodiment of the present invention, and thus the scope of the invention is not limited thereby, and the equivalent structure or equivalent process transformations made by the description of the invention and the drawings are used directly or indirectly. Other related technical fields are equally included in the scope of patent protection of the present invention.

Claims

Claim

A method for dynamic interaction of a terminal, the method comprising: when a dynamic action occurs at a transmitting end, the transmitting end detects a motion data value corresponding to the dynamic motion;

2. The method of dynamic interaction of a terminal according to claim 1, wherein the sending end sends the dynamic data value to the receiving end as:

The sender determines whether it is in a call state;

3. The method of dynamic interaction of a terminal according to claim 1, wherein the receiving end performs a corresponding dynamic action according to the dynamic data value:

The receiving end determines whether it is in a call state;

The method of dynamic interaction of a terminal according to any one of claims 1 to 3, wherein the receiving end performs a corresponding dynamic action according to the dynamic data value:

The receiving end performs a gain meter on the dynamic data value according to a preset dynamic gain coefficient Calculate, and perform the corresponding dynamic operation according to the dynamic data value after the gain calculation.

The method of dynamic interaction of a terminal according to claim 4, wherein the motion data value is an acceleration vector value, and the acceleration vector value includes a magnitude value and a direction value of the acceleration.

A system for dynamically interacting with a terminal, wherein the system comprises: a transmitting end and a receiving end; wherein

The terminal dynamic interaction system according to claim 6, wherein the transmitting end is specifically configured to determine whether the user is in a call state; when in a call state, acquire a phone number of the receiving end that is in communication with the user, And sending the motion data value to the receiving end according to the phone number; and when in the non-talk state, transmitting the motion data value to the receiving end according to the phone number of the receiving end input by the user.

The terminal dynamic interaction system according to claim 7, wherein the receiving end is specifically configured to determine whether the user is in a call state; when in the call state, performing corresponding operations according to the dynamic data value in real time. The motion action; when in the non-talk state, the corresponding motion action is performed according to the motion data value and the view command input by the user.

The terminal dynamic interaction system according to any one of claims 6 to 8, wherein the receiving end is specifically configured to perform gain calculation on the dynamic data value according to a preset dynamic gain coefficient, and The corresponding motion operation is performed according to the motion data value after the gain calculation.

10. The system of dynamic interaction of a terminal according to claim 9, wherein the motion data value is an acceleration vector value, and the acceleration vector value includes a magnitude and a square of the acceleration.

°

31-£Z9LO/ZlOZ l3/13d