WO2019095386A1

WO2019095386A1 - Mobile phone rotation interactive system, interactive method, storage medium and mobile phone

Info

Publication number: WO2019095386A1
Application number: PCT/CN2017/111940
Authority: WO
Inventors: 舒酉星
Original assignee: 舒酉星
Priority date: 2017-11-20
Filing date: 2017-11-20
Publication date: 2019-05-23

Abstract

Provided is a mobile phone rotation interactive system, comprising a rotation device (1), a mobile phone (2), and an interactive program (3). The rotation device (1) is mounted on the back of the mobile phone (2) or on the back of a mobile phone case to rotate the mobile phone (2) under external force. The interactive program (3) responds to a rotation parameter of the mobile phone (2). When the rotation parameter of the mobile phone (2) satisfies a preset value of the interactive program (3), the interactive program (3) is triggered, and interactive content of the interactive program (3) of the mobile phone interface appears. The interactive program (3) obtains the rotation parameter of the mobile phone (2) by sensing a gyroscope built in the mobile phone (2), or the gyroscope in connection with a gravity sensor, or a signal sent by a GPS chip. Also comprised is an NFC tag added to the rotation device (1). An NFC chip in the mobile phone (2) with NFC reading function triggers the interactive program (3) when reading and recognizing, so that the interactive content appears on the mobile phone interface.

Description

Mobile phone rotation interactive system, interactive method, storage medium and mobile phone

Technical field

The invention relates to a mobile phone rotating interaction technology, in particular to a mobile phone rotating interactive system and an interactive method, a storage medium and a mobile phone, which cooperate with a rotating device and a user.

Background technique

In the applicant's previously filed application, a mobile phone rotating device is proposed, comprising a bearing and a connecting member, wherein the connecting member is operable to have one end fixedly connected to the mobile phone; the other end is fixedly connected to the inner or outer ring of the bearing, the bearing The inner ring or the outer ring has a hand piece and/or a support surface. When the electronic device such as the mobile phone is connected with the mobile phone rotating device, the hand grip or the supporting surface is placed on a horizontal surface, and the mobile phone is directly or indirectly applied to the mobile phone. A rotational force, the phone quickly and continuously rotates through interaction with the bearing. The previous application is an international application filed on May 31, 2017, with the international application number PCT/CN2017/086565, the invention titled "Mobile Phone Rotating Device", and the international application entered the Chinese state on August 24, 2017. The Chinese application for the stage, the national application number is 201790000136.X, the invention name is "mobile phone rotating device" (hereinafter referred to as patent documents 1 and 2), and the above application is incorporated herein by reference, as if all the contents are the same. It is recorded in this article. It is to be emphasized that the patent documents 1 and 2 are the technical background of the present invention, but are not the prior art disclosed, and the introduction herein does not in any way indicate that the patent document is prior art.

However, as an electronic product with the most frequently used daily life, simply turning the mobile phone quickly is very simple, and the entertainment is not prominent. The application on the mobile phone can only be realized by the carrier of the mobile phone, and cannot be started by external commands. In view of this, there is an urgent need to develop a program that responds to a mobile phone rotation or a mobile phone rotating device and a method for triggering an application of a mobile terminal, and generate content that interacts with the user, thereby improving user experience and operability, and increasing interactive content. Entertainment and practicality will continue to increase and will generate certain economic value in the future.

Summary of the invention

Therefore, the present invention provides a mobile phone rotating interactive system and a method for interacting with a user, which can solve the technical problem that the prior art triggers the application on the smart phone and has no interaction with the user. And increase the entertainment and practicality of using a mobile phone rotating device.

In order to solve the above technical problem, the present invention utilizes the manner in which the mobile phone rotation information sensed by the sensor inherent in the mobile phone triggers the interactive program.

According to an aspect of the present invention, a mobile phone rotary interactive system is provided, which comprises a rotating device (1) and a mobile phone (2); the rotating device (1) is mounted on the back of the mobile phone (2) or the mobile phone case The back of the mobile phone (2) is rotated by an external force, the mobile phone rotating device comprises a bearing and a connecting member, one end of the connecting member is fixedly connected with the mobile phone; the other end is fixedly connected with the inner ring of the bearing; The ring has a hand piece and/or a support surface; when the phone is connected with the connector and the bearing, the hand grip or the support surface is placed on a horizontal surface, and a rotational force is directly or indirectly applied to the mobile phone, and the mobile phone passes through the bearing The interaction is fast and continuous rotation; the mobile phone includes a sensing component, a storage medium, and a processor, and the sensing component is operable to sense a signal of any one of a pose, a motion, and an environment of the mobile phone, and based on the signal, the mobile phone can be obtained At least one of the rotation parameters stored on the storage medium with a set of computer executable instructions that, when executed by the processor, perform the following Step: acquiring the rotation parameter of the mobile phone based on the signal sensed by the sensing component; when the rotation parameter of the mobile phone (2) meets the preset value of the predetermined interactive program (3), starting the predetermined interactive program (3), the mobile phone interface appears and Interactive program (3) related to interactive content.

Optionally, the sensing component comprises a gyroscope and/or a gravity sensor, and the mobile phone acquires its own rotation parameter by acquiring a signal from the gyroscope and/or the gravity sensor.

The gyroscope is an angular motion detecting device that uses a momentum moment sensitive housing of a high speed revolving body to orbit the one or two axes orthogonal to the rotation axis with respect to the inertia space. At present, the gyroscope or gyroscope with the gravity sensor is a sensor that has been solidified in the mobile phone when the mobile phone is shipped from the factory, and is used for detecting the posture of the mobile phone, including changes in the center of gravity and rotation. For the need to sense the rotation state parameters of the mobile phone with the rotating device, using the built-in gyroscope or gyroscope inherent in the mobile phone and the signal sent by the gravity sensor is undoubtedly the most effective and economical way, without any improvement on the inherent components of the mobile phone or Adding, only the mobile phone controller can obtain the signal sent by the gyroscope or the gyroscope and the gravity sensor, and according to the signal change preset trigger activation interactive program, the interactive program trigger based on the rotation of the mobile phone can be realized, thereby on the mobile phone interface. Show interactive content.

Optionally, the sensing component comprises a GPS chip, and the rotation parameter of the mobile phone (2) is acquired based on a signal sent by the GPS chip.

When the interactive content or interactive theme that the interactive program needs to display is more closely related to the parameters of the mobile phone, the location of the mobile phone rotating device, the scene, etc., the signal from the mobile phone GPS chip can be used as the main The rotation parameter is obtained, and the signal sent by the gyroscope or the gyroscope together with other inherent components such as the gravity sensor is used as the secondary rotation parameter, so that the triggering start of the interactive program preferentially responds to the position and scene signal parameters sent by the mobile phone GPS chip.

It can be seen that the mobile phone can selectively respond to signals induced by different intrinsic components of the mobile phone (gyro or gyroscope with gravity sensor, GPS chip, etc.), and the mobile phone (for example, the mobile phone processor combined with related programs) can interact according to the interactive program. Content characteristics, to decide whether to trigger the interactive program according to signals sent by the inherent components of multiple mobile phones, or to trigger an interactive program according to a signal sent by an inherent component of a mobile phone, such as displaying content or theme related to rotation speed and rotation location, The gyroscope and GPS chip signals should be acquired at the same time to obtain the rotation speed and the rotation location. The conditions related to the activation of the specific interactive program are met at both the rotation speed and the rotation point (for example, the rotation speed meets a predetermined threshold and the rotation position is in accordance with the predetermined location. Matching), the specific interactive program is started; if the content is rotated or the theme is only related to the rotation speed, only the signal from the gyroscope can be obtained, and the rotation speed of the mobile phone can be obtained, and the rotation speed is compared with the predetermined threshold to determine Whether to start a predetermined program.

Further, the mobile phone rotary interactive system of the present invention further includes an NFC tag (NFC tag) installed in the rotating device; the rotating device with the NFC tag is in contact with or close to the mobile phone with the NFC reading function The phone reads the signal generated by the NFC Tag and triggers an interactive program associated with the NFC Tag.

The NFC Tag of the mobile phone rotary interactive system of the present invention is mainly set for a mobile phone with NFC reading function, and the NFC Tag is used for generating a signal; when the rotating device with NFC Tag is close to or installed on the mobile phone, the NFC chip in the mobile phone starts reading. Take the function, read the signal sent by the NFC Tag in the rotating device, link the preset interactive program according to the identifier of the NFC Tag, trigger the interactive program to start, and the interactive content of the interactive program appears on the mobile phone interface. It can be seen that, at this time, the interactive program is pre-linked with the NFC Tag, and its trigger start can only need to identify the NFC tag by the NFC chip, directly after reading, or identify the NFC tag on the NFC chip. The reading is based on the preset value of the rotation parameter.

Further, the above-mentioned mobile phone rotation parameter includes one or more of a rotation speed, a number of rotations, a rotation time, a rotation point, and a rotation scene. The rotating scene here may be a scene of an entertainment place such as a gymnasium, a concert, a KTV, or the like, and may be determined by, for example, light sensing, sound decibel sensing, camera shooting image recognition, external information input, and the like.

Further, the above interactive program includes a mobile phone application, a web port program, and a third One or more of the platform port programs.

Further, the interactive program further sets a user preference response parameter, and the interactive program with the most frequently used time or the longest application time is triggered to be triggered first, without other response parameters or other response parameters being the same.

In response to the built-in firmware of the mobile phone, user usage and operation response parameters can also be set in the interactive program to form a user preference response, such as a song that the user most often listens to or frequently flips through a picture, interacting with the music. When the program or picture shows that the interactive program is triggered to start, the first song or the picture can be set to appear first, the longest time, the highest frequency, and the like, so that the interaction is more personalized and intelligent.

Optionally, the mobile phone interface is operable to display an operation interface that can be selected by the user, so that the user can select whether to participate in the interaction, for example, popping up the operation interface selected by the user before the interactive program is to be started.

Optionally, the user interface is operable to display a user intervention operation interface for the user to exit the interactive program, so that the user stops the startup or running of the interactive program by the intervention operation. For example, this can be done by setting an intervention button on the interface.

More interactive program development and setup based on user interaction can improve user interaction selectivity and participation, including but not limited to the above user selection and intervention interface.

Optionally, the mobile phone can integrate or define a level according to the number and/or speed of the user's rotating mobile phone, and start a predetermined interactive program according to the score or level or adjust related preset content opened by the specific interactive program. For example, statistical data about the user's rotating mobile phone can also be sent to the remote server, and the statistical data and the big data based thereon can be provided to the enterprise, the user or other demanders as needed, for example, the speed ranking of the user's rotating mobile phone can be displayed.

The mobile phone interactive program (3) includes one or more of the following categories: game class: a long-time game that can be used as a turntable game item; entertainment class: a good-looking design for a rotating pattern. Rotating the phone produces a variety of changes; when rotating, pops up a song of a singer that the user has recently heard, or a product that has recently been viewed online; instead of a light stick at the concert site; daily function categories: statistics of the number of revolutions, Anytime, anywhere, you can transfer your mobile phone instead of turning the pen; Yan Yan's economic benefit class: to undertake advertising, when the customer turns to the mobile phone, pop up the vouchers and coupons of nearby merchants, and pop up the business activity of the red envelope of the business when popping; pop up the movie recommendation of the recent hot film.

With the continuous expansion of mobile phone application functions, interactive content that users can participate through the mobile phone rotation interactive system will be continuously developed and tapped, and these interactive contents can be used for pure entertainment of users; It can develop mobile phones based on more functions of the app, improve user convenience; also face the market and bring certain economic benefits.

Optionally, some or all of the interactive program may be installed in the cloud, but such a cloud may be transparent to the user, and the user feels that the interactive program is installed in the mobile phone.

In another aspect of the present invention, there is also provided a method for interacting with a user using the above-described mobile phone rotary interactive system, comprising: a rotating device mounted on the back of the mobile phone (2) or the back of the mobile phone case under external force (1) Driving the mobile phone (2) to rotate; based on the signal sensed by the sensing component of the mobile phone, the mobile phone obtains the rotation parameter of the mobile phone; when the rotation parameter of the mobile phone satisfies the preset value of the predetermined interactive program (3), the mobile phone initiates a predetermined interactive program (3) The mobile interface has interactive content related to the interactive program (3).

Optionally, the mobile phone sensing component comprises one or more of a gyroscope built in the mobile phone, a gravity sensor, or a GPS chip.

Optionally, the interactive method of the present invention further comprises: recognizing and reading an NFC tag added to the rotating device through an NFC chip in a mobile phone having an NFC reading function to generate an interaction: when the rotating device with the NFC Tag is close to or mounted on the NFC tag When the mobile phone is used, the NFC chip in the mobile phone starts the recognition and reading function, recognizes and reads the NFC Tag signal in the rotating device, and links the preset interactive program, so that the mobile phone displays the interactive content and interface of the interactive program.

Optionally, the interaction method of the present invention may include: displaying an interface on the mobile phone interface for the user to select whether to participate in the interaction, so that the user can select affirmation to indicate participation interaction, and can also select negative to indicate that the interaction is not involved.

Optionally, the interactive method of the present invention includes: during the running of the interactive program, the user is operable to trigger the intervention operation interface to terminate the continued operation of the interactive program.

Optionally, some or all of the interactive programs are piggybacked in the cloud.

Further, for example, the interactive program uses the mobile terminal as a carrier, and under the network connection, when the interactive program is triggered to start, some data and/or commands are uploaded to the cloud server, and the cloud server stores, searches, and processes the required content, and Feed the results back to the phone interface.

The cloud server-based interactive program design and application can make full use of the rich resources of the cloud server, reduce the content storage requirements required by the interactive program itself, reduce the requirements of the mobile phone interactive program on the mobile phone and related ports, thereby improving the triggering start and running speed of the interactive program. .

Embodiments of the present invention provide a technical application for integrating a mobile phone, a rotating device, and an interactive program, and the interactive program may be based on function expansion and application update of an existing mobile phone application, or may be The new interactive program development, the ultimate goal is to enable the interactive program to respond to the phone rotation or change according to the state of the phone and display the desired interactive content or theme.

The invention realizes that when the mobile phone rotates rapidly under the action of the rotating device, the signal is generated by the sensor, and the corresponding program of the mobile phone interface is triggered, and the mobile phone interface can display contents such as statistics, games, patterns, music, user intention products, etc., the user can choose whether to participate or not. Interaction; Compared with simply rotating the mobile phone when holding the hand or placing the plane, the present invention truly realizes the content that the mobile phone interacts with the user in the case of rapid rotation, increasing the interest and extending the economic value to some extent.

DRAWINGS

These and/or other aspects and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention.

FIG. 1 is a schematic diagram showing the structural composition and mutual relationship of a mobile phone rotation interactive system according to an embodiment of the present invention.

2 shows a flow diagram of a method 200 of interacting with a user of a mobile phone rotating interactive system in accordance with an embodiment of the present invention.

Detailed ways

The present invention will be further described in detail below in conjunction with the drawings and specific embodiments. Here, it is to be noted that in the drawings, the same reference numerals are given to the components having substantially the same or similar structures and functions, and repeated description thereof will be omitted.

1 is a schematic view showing the structural composition and mutual relationship of the mobile phone rotary interactive system of the present invention.

As shown in FIG. 1, the mobile phone rotation interactive system includes a rotating device 1 and a mobile phone 2. The rotating device 1 is mounted on the back of the mobile phone 2 or the back of the mobile phone case to rotate the mobile phone 2 under the action of an external force.

The rotating device 1 may include a bearing and a connecting member, the connecting member is fixedly connected to the mobile phone at one end; the other end is fixedly connected with the inner ring of the bearing; the outer ring of the bearing has a hand piece and/or a supporting surface; when the mobile phone is connected When the connector and the bearing are provided, the gripping member or the supporting surface is placed on a horizontal surface, and a rotational force is directly or indirectly applied to the mobile phone, and the mobile phone rapidly and continuously rotates through interaction with the bearing. For details of the structure, specific implementation, and cooperation with the mobile phone of the rotating device, refer to the contents of Patent Documents 1 and 2.

The mobile phone 2 includes a sensing component, a storage medium, and a processor, and the sensing component is operable to sense the hand a signal of any of the pose, motion, and environment of the machine, based on such a signal, capable of obtaining at least one of a rotational parameter of the mobile phone, the storage medium having a set of computer executable instructions stored thereon When executed by the processor, the following steps are performed: acquiring a rotation parameter of the mobile phone based on the signal sensed by the sensing component; and when the rotation parameter of the mobile phone 2 meets a preset value of the predetermined interaction program 3, starting the predetermined interaction program 3 The interactive interface related to the interactive program 3 appears on the mobile phone interface.

The interactive program 3 is stored entirely in the storage device of the mobile phone, or distributedly stored in different storage devices, for example, a part of the device distributed in the mobile phone, and the rest is distributed in the remote cloud.

The interactive program 3 is activated in response to the rotation parameter of the mobile phone 2 reaching a predetermined standard, where the rotation parameters include one or more of a rotation speed, a number of rotations, a rotation time, a rotation point, and a rotation scene, when the rotation parameter of the mobile phone 2 When the preset value of the interactive program 3 is satisfied, the interactive program 3 is triggered, and the interactive content of the interactive program 3 appears on the mobile phone interface.

The mobile phone can acquire at least some of the rotation parameters of the mobile phone 2 by receiving signals from one or more of the gyroscope, the gravity sensor, and the GPS chip built in the mobile phone 2, for example, obtaining a rotation place, a rotation speed, and the like.

In addition, the mobile phone can also obtain rotation parameters such as a mobile phone scene, such as using images taken by the camera and/or received voice, illumination, temperature, etc. to determine whether it is indoors or outdoors, in a gymnasium or a concert hall, etc., thereby Information such as judging the rotating scene and rotating the scene is also used to assist in determining what interactive programs and/or parameters related to the operations in the interactive program should be triggered, and the like.

For the mobile phone 2 having the NFC reading function, it is also possible to add an NFC tag to the rotating device 1, and when the rotating device 1 with the NFC tag is in contact with the mobile phone 2 containing the NFC reading function, it is read by the mobile phone 2. The NFC Tag generates a signal and triggers an interactive program 3 associated with the NFC Tag.

The interactive program 3 includes one or more selected from the group consisting of a mobile application, a web port program, and a third party platform port program. In addition, the user preference response parameter can also be set in the interactive program 3 based on the response to the rotation parameter. In the absence of other response parameters or other response parameters, the interactive program 3 with the most frequently used or longest application time can be triggered to be triggered.

In order to increase user participation and improve interactivity, the user selection operation interface can be displayed on the mobile phone interface, so that when the interactive content appears on the mobile phone 2 interface, it is convenient for the user to select whether to participate in the interaction. The user intervention operation interface may also be displayed on the mobile phone interface to facilitate the user to stop the startup or operation of the interactive program 3 through the intervention operation when the interactive content runs on the mobile phone 2 interface.

The mobile phone interactive program includes one or more of the following categories: game class: a long-time game that can be used as a prop for a turntable game; entertainment: a good-looking design for a rotating pattern, when rotating a mobile phone Produce a variety of changes; when rotating, pop up a song that a user has recently heard, or a product that has recently been viewed online; replace the light stick at the concert site; daily function categories: statistics of the number of revolutions, anytime, anywhere Transfer mobile phone instead of turning pen; Yan Yan's economic benefit class: to undertake advertising, when the customer turns to the mobile phone, pop-up vouchers and coupons of nearby merchants, pop-up business activities of pop-up red envelopes; pop up the latest hot film recommendation.

A method for interacting with a user using the above-described mobile phone rotating interactive system, the method comprising:

1. Set the mobile phone rotation parameter receiving function in the mobile phone and start the program function according to the rotation parameter. The mobile phone receives the gyroscope built in the mobile phone, or the gyroscope cooperates with the gravity sensor, or the signal sent by the GPS chip, obtains the rotation parameter of the mobile phone, and obtains the The interactive program 3 is started when the rotation parameter of the mobile phone reaches the preset value;

2. Under the action of external force, the rotating device 1 mounted on the back of the mobile phone 2 or the back of the mobile phone case drives the mobile phone 2 to rotate;

3. When the mobile phone rotates the parameter specified value, the built-in gyroscope or gyroscope of the mobile phone 2 cooperates with the gravity sensor, or the GPS chip triggers the interactive program 3 to be activated according to the signal change of the mobile phone 2 rotation, and the interactive program 3 appears on the mobile phone 2 Interactive content and interface;

4. When there is an interface on the mobile phone that allows the user to choose whether to participate in the interaction, the user may choose to affirmatively to indicate participation in the interaction, or may choose to negate to indicate that the interaction is not involved;

5. When the user selects the positive participation interaction process in step 4, the interactive operation display module can be terminated by the intervention operation interface set on the display module.

It is also possible to identify and read the NFC tag added to the rotating device 1 through the NFC chip in the mobile phone 2 having the NFC reading function in step 3, so that the interactive content and interface of the interactive program 3 appear on the mobile phone 2: when carrying the NFC When the rotation device of the tag is close to or installed on the mobile phone 2, the NFC chip in the mobile phone 2 activates the recognition and reading function, recognizes and reads the NFC Tag signal in the rotating device 1, and links the preset interactive program 3 to cause the mobile phone 2 to display Interactive content and interface.

The interactive program 3 can use the mobile phone 2 terminal as a carrier. Under the network connection function, when the interactive program 3 is triggered to start, data and/or commands are uploaded to the cloud server, and the cloud server stores, searches, and processes the required content, and feeds the result back to the cloud server. The mobile phone interface, the cloud server as a platform for computing, storage and networking, is independent of the mobile interactive rotating system.

The triggering of the interactive program can be initiated spontaneously or by other programs. In the case of spontaneous situations, for example, the interactive program itself is monitoring the outside world, for example, constantly listening (acquiring) gyroscopes, gravity sensors, GPS chips. , NFC Tag and other signals, and self-judgment, and when it is judged that the predetermined conditions are met, trigger the application that is included and/or invoked; in the case of passive, such as the general control program of the mobile phone to complete the external monitoring function For example, constantly listening (acquiring) signals of gyroscopes, gravity sensors, GPS chips, NFC tags, etc., and making judgments, and triggering an interactive program when judging that predetermined conditions are met, such as triggering a game program or triggering a music. Play the program, etc.

A method 200 for interacting with a user using a mobile phone rotating interactive system in accordance with an embodiment of the present invention is described in detail below with reference to FIG.

As shown in FIG. 2, in step S210, under the action of an external force, such as the user's hand, the rotating device 1 mounted on the back of the mobile phone 2 or the back of the mobile phone case drives the mobile phone 2 to rotate.

In step S220, the sensing component of the handset senses a signal of the pose and/or motion of the handset.

In step S230, the mobile phone acquires the mobile phone rotation parameter based on the signal sensed by the sensing component of the mobile phone.

In step S230, when the mobile phone rotation parameter satisfies the preset value of the predetermined interactive program 3, the mobile phone activates the predetermined interactive program 3, and the interactive content related to the interactive program (3) appears on the mobile phone interface.

In an example, for the mobile phone 2 with the NFC reading function, the NFC tag added to the rotating device 1 is recognized and read by the NFC chip in the mobile phone 2 to generate an interaction: when the rotating device with the NFC tag is close to the mobile phone 2 or when contacting the mobile phone 2, the NFC chip in the mobile phone 2 activates the recognition and reading function, recognizes and reads the NFC Tag signal in the rotating device 1, links the preset interactive program 3, and displays the interactive program 3 on the mobile phone interface. Interactive content.

In one example, an interface is displayed on the mobile phone interface that allows the user to select whether to participate in the interaction, such that the user can select affirmation to indicate participation in the interaction, and can also select negative to indicate that the interaction is not involved.

In one example, during the running of the interactive program, the user can operate to trigger the intervention operation interface to operate to terminate the continued operation of the interactive program.

In one example, some or all of the interactive program is piggybacked in the cloud, thereby avoiding taking up too much resources on the phone and giving the phone greater flexibility.

In the foregoing example, the mobile phone is used as a rotating device to drive the object of rotation, but this is not a limitation. It is conceivable to replace the mobile phone with another mobile computing device as a rotating object as needed.

Some categories of interactive programs are given above as examples, and this is not a limitation, and other interactive program examples can be designed as needed.

In another example, a storage medium is provided having stored thereon computer executable instructions that, when executed by a processor of a handset, acquire a handset rotation parameter based on a signal sensed by a sensing component of the handset, The mobile phone is rotated by a rotating device mounted on the back of the mobile phone case or the back of the mobile phone case; when the rotation parameter of the mobile phone meets the preset value of the predetermined interactive program, the predetermined interactive program is started, so that the mobile phone interface appears related to the interactive program. Interactive content.

In another example, a mobile phone is provided, comprising a storage medium and a processor having stored thereon computer executable instructions, when executed by the processor: acquiring a mobile phone based sensing component sensing The mobile phone rotation parameter of the signal; when the mobile phone rotation parameter satisfies the preset value of the predetermined interactive program, the predetermined interactive program is started, so that the interactive content related to the interactive program appears on the mobile phone interface.

The embodiments of the present invention have been described above, and the foregoing description is illustrative, not limiting, and not limited to the disclosed embodiments. Numerous modifications and changes will be apparent to those skilled in the art without departing from the scope of the invention. Therefore, the scope of protection of the present invention should be determined by the scope of the claims.

Claims

A mobile phone rotary interactive system, characterized in that it comprises a rotating device (1) and a mobile phone (2);

The rotating device (1) is mounted on the back of the mobile phone (2) or on the back of the mobile phone case to rotate the mobile phone (2) under external force;

The mobile phone includes a sensing component, a storage medium, and a processor, the sensing component being operable to sense a signal of any one of a pose, a motion, and an environment of the mobile phone, based on the signal, capable of obtaining at least one of a rotation parameter of the mobile phone A storage medium having stored thereon a set of computer executable instructions that, when executed by the processor, perform the following steps:

Obtaining a rotation parameter of the mobile phone based on the signal sensed by the sensing component;

When the rotation parameter of the mobile phone (2) satisfies the preset value of the predetermined interactive program (3), the predetermined interactive program (3) is started, and the interactive content related to the interactive program (3) appears on the mobile phone interface.
The mobile phone rotational interaction system of claim 1 wherein said sensing component comprises a gyroscope and/or a gravity sensor.
The mobile phone rotational interaction system of claim 1 wherein said sensing component comprises a GPS chip.
The mobile phone rotation interactive system according to claim 1, further comprising an NFC tag added to said rotating device (1);

Wherein the rotating device (1) with the NFC tag contacts or approaches the mobile phone (2) containing the NFC reading function such that the distance is less than a predetermined threshold, the mobile phone (2) reads the signal generated by the NFC tag, and triggers and NFC Tag associated interactive program (3).
The mobile phone rotation interactive system according to claim 1, wherein the mobile phone rotation parameter comprises one or more of a rotation speed, a number of rotations, a rotation time, a rotation point, and a rotation scene.
The mobile phone rotation interactive system according to any one of claims 1 to 5, wherein the interactive program (3) comprises one or more selected from the group consisting of a mobile phone application, a webpage port program, and a third-party platform port program. Kind.
The mobile phone rotation interactive system according to any one of claims 1 to 5, wherein the interactive program (3) further sets a user preference response parameter, and in the absence of other response parameters or other response parameters, An interactive program that maximizes user usage or has the longest application time (3) Priority is triggered to start.
The mobile phone rotation interactive system according to any one of claims 1 to 5, wherein the mobile phone interface is operable to display an operation interface that can be selected by the user, so that the user can select whether to participate in the interaction.
The mobile phone rotation interactive system according to any one of claims 1 to 5, wherein the mobile phone interface is operable to display a user intervention operation interface for the user to intervene to exit the interactive program (3), so as to facilitate the user to pass The intervention operation stops the continuation or operation of the interactive program (3).
The mobile phone rotation interactive system according to any one of claims 1 to 5, wherein the mobile phone is capable of integrating or defining a level according to the number of turns and/or speed of the user rotating the mobile phone (2), according to points or levels. Start a scheduled interactive program or adjust related presets that are open to a particular interactive program.
The mobile phone rotation interactive system according to any one of claims 1 to 5, wherein the mobile phone interactive program (3) comprises one or more of the following categories:

Game class: A small game that takes a long time to turn the mobile phone as a prop for the turntable game;

Entertainment: When rotating a mobile phone, it produces a variety of changes in the interface pattern of the mobile phone; when rotating, pops up a song of a singer that the user has recently heard, or a product that is recently browsed online; the effect of replacing the light stick at the concert site;

Daily function class: It can count the number of rotations and replace the effect of turning the pen anytime and anywhere;

Yan Yan's economic benefit class: Undertake advertising, when the customer turns to the mobile phone, the vouchers and coupons of the nearby merchants pop up, and the business activities of the red envelopes are popped up when the mobile phone is turned;
A mobile phone rotation interactive system according to any one of claims 1 to 5, wherein part or all of said interactive program is carried in the cloud.
The mobile phone rotary interactive system according to any one of claims 1 to 5, wherein the mobile phone rotating device comprises a bearing and a connecting member, one end of the connecting member is fixedly connected to the mobile phone; the other end is fixedly connected to the inner ring of the bearing; The outer ring has a hand piece and/or a support surface; when the mobile phone is connected with the connector and the bearing, the hand grip or the support surface is placed on a horizontal surface, and a rotational force is directly or indirectly applied to the mobile phone, and the mobile phone passes through the bearing. The interaction quickly rotates continuously.
A method for interacting with a user using the mobile phone rotating interactive system according to any one of claims 1 to 12, wherein the method comprises:

Under the action of external force, the rotating device (1) mounted on the back of the mobile phone (2) or the back of the mobile phone case drives the mobile phone (2) to rotate;

The sensing component of the mobile phone senses the position and/or motion signal of the mobile phone;

The mobile phone obtains the rotation parameter of the mobile phone based on the signal sensed by the sensing component of the mobile phone;

When the mobile phone rotation parameter satisfies the preset value of the predetermined interactive program (3), the mobile phone initiates a predetermined interactive program (3), and the interactive content related to the interactive program (3) appears on the mobile phone interface.
The method for interacting with a user by the mobile phone rotating interactive system according to claim 13, wherein the mobile phone (2) having the NFC reading function further comprises identifying and reading the NFC chip in the mobile phone (2). The NFC tag installed in the rotating device (1) generates an interaction: when the rotating device with the NFC Tag is close to the mobile phone (2) or is in contact with the mobile phone (2), the NFC chip in the mobile phone (2) starts the recognition and reading function. Identify and read the NFC Tag signal in the rotating device (1), link the preset interactive program (3), and display the interactive content of the interactive program (3) on the mobile interface.
The method for interacting with a user by the mobile phone rotation interactive system according to claim 14, wherein the user interface is displayed on the mobile phone interface to enable the user to select whether to participate in the interaction, so that the user can select affirmation to indicate participation in the interaction, and can also select Negative to indicate that you are not involved in the interaction.
The method for interacting with a user according to claim 14, wherein during the running of the interactive program, the user can operate to trigger the intervention operation interface to terminate the operation of the interactive program.
The method of interacting with a user on a mobile phone by a rotating device according to claim 14, wherein part or all of the interactive program is carried in the cloud.
A storage medium having stored thereon computer executable instructions that, when executed by a processor of a mobile phone:

Obtaining a mobile phone rotation parameter based on a signal sensed by the sensing component of the mobile phone, wherein the mobile phone is rotated by a rotating device mounted on a back of the mobile phone case or a back of the mobile phone case;

When the rotation parameter of the mobile phone meets the preset value of the predetermined interactive program, the predetermined interactive program is started, so that the interactive content related to the interactive program appears on the mobile phone interface.
A mobile phone comprising a storage medium and a processor on which are stored computer executable instructions, when executed by the processor:

Obtaining a mobile phone rotation parameter based on a signal sensed by the sensing component of the mobile phone;

When the mobile phone rotation parameter satisfies the preset value of the predetermined interactive program, the predetermined interactive program is started, so that the interactive content related to the interactive program appears on the mobile phone interface.