CN102707803B - Shaking interactive method - Google Patents

Abstract

The present invention relates to a vibration interaction method, including: 101) judging whether vibration is generated? Yes, go to the next step, otherwise return to step 101); 102) Record the intensity of each vibration and/or record the time of vibration except the first vibration within the timing of the timeout timer; 103) Record with the predefined vibration Sequence matching, if the matching is successful, the associated action corresponding to the predefined vibration recording sequence is executed; the vibration recording sequence is one or more, and each sequence corresponds to its respective associated action. This vibration interaction method, while providing a new interactive experience, has infinite scalability, and can meet the user's individual needs and rhythm pleasure.

Description

A Vibration Interaction Method

technical field

The invention relates to image recognition and human-computer interaction programming technology, in particular to a vibration interaction method, especially applied to smart phones.

Background technique

At present, the interaction methods with handheld devices include buttons, touch screen, voice, etc., and the interaction methods are rich and relatively mature. Today, as technology is changing with each passing day, users continue to put forward newer and better interaction requirements. How to use new technologies to break through traditional thinking and provide users with a new interaction method is a technical problem to be solved by the present invention.

Contents of the invention

The technical problem to be solved in the present invention is how to provide a vibration interaction method, which can break through the traditional interaction mode on the basis of satisfying human-computer interaction, so as to provide users with a brand new interactive experience.

The technical problem of the present invention is solved like this: build a kind of vibration interaction method, vibration interaction method, utilize vibration sensor and overtime timer, comprise the following concrete steps:

101) Determine whether there is vibration? Yes, go to the next step, otherwise return to step 101);

102) During the timing of the overtime timer, record the intensity of each vibration and/or record the time of vibration except the first vibration; that is, record either or both of the vibration intensity and the time of vibration ;

103) Matching with the predefined vibration recording sequence, if the matching is successful, executing the associated action/function corresponding to the predefined vibration recording sequence.

According to the vibration interaction method provided by the present invention, there are one or more predefined vibration recording sequences, and each sequence corresponds to its associated action/function.

According to the vibration interaction method provided by the present invention, the predefined vibration recording sequence is an arrangement and combination of a plurality of vibration intensities and/or vibration time intervals.

According to the vibration interaction method provided by the present invention, the vibration interaction method includes setting the intensity of the vibration as large or small and the corresponding numerical threshold, or setting the vibration intensity as large, medium or small.

According to the vibration interaction method provided by the present invention, the vibration interaction method includes calculating the vibration time interval according to the occurrence time of each vibration.

According to the vibration interaction method provided by the present invention, the vibration interaction method includes setting the vibration time interval as long or short and its corresponding value threshold, and also setting the vibration intensity as long, medium and short.

According to the vibration interaction method provided by the present invention, the vibration interaction method includes the following specific steps:

701) Determine whether vibration occurs? Yes, go to the next step, otherwise return to step 701);

702) Determine whether the timeout timer is started? Yes, go directly to the next step, otherwise start the timeout timer and go to the next step;

703) Record the intensity of the current vibration and/or record the time when the current vibration occurred except for the first vibration;

704) Match with the predefined vibration action and judge whether the matching is successful? Yes go to the next step, otherwise go to step 706);

705) Execute the associated action corresponding to the matched predefined vibration action, and enter step 707);

706) Is the judgment timed out? Yes, go to the next step, otherwise return to step 701);

707) Reset the timeout timer, clear the record, and return to step 701).

According to the vibration interaction method provided by the present invention, the vibration interaction method is applied to a handheld device with a built-in vibration sensor.

According to the vibration interaction method provided by the present invention, the handheld device includes a smart phone or an MP4 or the like.

According to the vibration interaction method provided by the present invention, the vibration interaction method includes the user tapping the handheld device to induce a vibration sensor.

The vibration interaction method provided by the present invention, especially applied to smart phones, has the following advantages over the prior art:

1. New interactive experience;

2. Extensible and customizable;

3. It can meet the user's individual needs and rhythm pleasure.

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment the present invention is further described in detail:

Fig. 1 is a schematic diagram of the interaction program flow in the vibration interaction software on the touch screen smart phone of the preferred embodiment of the present invention;

FIG. 2 is a schematic flow diagram of the procedure for setting vibration-related actions/functions in the vibration interaction software on a touch-screen smart phone according to a preferred embodiment of the present invention.

detailed description

At first, explain the basis of the present invention:

⑴Shock sensor

The vibration sensor is based on the principle of electromechanical transformation. It converts the change of mechanical quantity into electromotive force, change of charge, or change of electrical parameters such as resistance and inductance, and is attached with a special measuring circuit to convert the change of electrical parameters into a general voltage signal. Changes can be recognized by the system and the vibration intensity can be detected.

(2) Vibration induction

When the handheld device supports a vibration sensor, it can directly respond to the vibration (such as knocking) of the handheld device, or even place the handheld device on other objects, and the handheld device can also indirectly sense the vibration of the object.

Second, illustrate key and core of the present invention:

(1) A variety of vibration recording sequences (combination of vibration intensity, frequency and interval) can be predefined within a certain time-out period;

(2) Different actions/functions of the handheld device can be associated with different vibration recording sequences, such as unlocking, hanging up, etc.;

(3) When the handheld device recognizes the predefined vibration record, it can perform corresponding actions, such as unlocking, hanging up the phone, entering the browser, turning on WIFI, etc.;

Specifically, it can be: define the timeout time as 3 seconds; define the vibration intensity into two types, large and small, corresponding to the common vibration intensity threshold; define the time interval as short and long, with 0.5 seconds as the common threshold, and define the number of vibrations as 2 to 3 Second-rate. The following is based on the above definition, and details the association between the vibration record sequence and the corresponding action/function. Except for the first vibration record sequence, each record includes vibration intensity and time interval (only the vibration intensity is recorded for the first time), Each record is separated by "/":

Shock recording sequence Associated actions/functions big/long (big or small) The first function big/short (big or small) Secondary function

small/big and long/long (big or small) tertiary function small / small (long or short) / short and large The fourth function small/big and short/long (big or small) Fifth function --- ---

Third, describe in detail in conjunction with preferred specific embodiments of the present invention:

As shown in Figure 1, the vibration interaction software program on the touch screen smart phone of the preferred embodiment of the present invention specifically includes the following steps:

301) The handheld device monitors the vibration;

302) Determine whether vibration occurs? Yes, go to the next step, otherwise return to step 301);

303) Determine whether the timeout timer has been started? Yes, go to step 305), otherwise go to the next step;

304) Start the timeout timer;

305) Handheld device records: (1) the intensity of this vibration; (2) the time from the timeout timer to the occurrence of this vibration;

306) Determine whether it matches the predefined vibration recording sequence of the handheld device? Yes go to step 308), otherwise go to the next step;

307) Is the judgment timed out? Yes go to step 309), otherwise return to step 301);

308) Execute the action associated with the handheld device;

309) Reset the timer, clear the monitoring record, and return to step 301).

As shown in Figure 2, the vibration association setting software program on the touch screen smart phone of the preferred embodiment of the present invention specifically includes the following steps:

401) The handheld device monitors the vibration;

402) Determine whether there is vibration? Yes, go to the next step, otherwise return to step 401);

403) Determine whether the timeout timer has been started? Yes, go to step 405), otherwise go to the next step;

404) start the timeout timer;

405) Handheld device records: (1) the intensity of this vibration; (2) the time from the timeout timer to the occurrence of this vibration;

406) Determine whether to end monitoring? Yes, go to step 409), otherwise go to the next step;

407) Is it timed out? is to enter the next step, otherwise return to step 401);

408) Reset the timer, clear the monitoring record, and return to step 401).

409) Define associated actions for this vibration recording sequence;

410) Save this setting;

411) end.

Finally, the above descriptions are only preferred embodiments of the present invention, and all equivalent changes and modifications made according to the scope of the claims of the present invention shall fall within the scope of the claims of the present invention.

Claims (8)

1. a vibrations exchange method, it is characterized in that, this vibrations exchange method is applied in the handheld device of built-in shock sensor, utilizes shock sensor and time out timer, user makes described shock sensor produce induction by knocking described handheld device, comprises following concrete steps:

101) judge whether to produce vibrations? be enter next step, otherwise return step 101);

102) clock in the time at time out timer, the intensity of each vibrations of record and/or the record time that vibrations occur except first time vibrations;

103) shake records series with predefine to mate, if the match is successful, then perform relevant action/function that described predefine vibrations records series is corresponding;

Described relevant action/function comprises unblock, hangs up, enters browser, open WIFI.

2. shake exchange method according to claim 1, it is characterized in that, described predefine vibrations records series is one or more, relevant action/function that each sequence is corresponding respective respectively.

3. shake exchange method according to claim 2, it is characterized in that, described predefine vibrations records series is intensity and/or the vibrations time interval permutation and combination of a plurality of described vibrations.

4. shake exchange method according to claim 3, it is characterized in that, it is large or little and corresponding numeric threshold that this vibrations exchange method comprises the intensity setting described vibrations.

5. shake exchange method according to claim 3, it is characterized in that, this vibrations exchange method comprises the Time Calculation vibrations time interval occurred according to each vibrations.

6. shake exchange method according to claim 5, it is characterized in that, this vibrations exchange method comprises and sets the described vibrations time interval as long or short and corresponding numeric threshold.

7. according to any one of claim 1-6, shake exchange method, it is characterized in that, this vibrations exchange method comprises following concrete steps:

701) judge whether to produce vibrations? be enter next step, otherwise return step 701);

702) do you judge that time out timer starts? be directly enter next step, otherwise enter next step after starting time out timer;

703) intensity recording present vibration and/or the time of recording except the outer present vibration of first time vibrations occurs;

704) shake action with predefine mate and judge whether that the match is successful? be enter next step, otherwise enter step 706);

705) perform by relevant action corresponding to coupling predefine vibrations action, enter step 707);

706) time-out is judged whether? be enter next step, otherwise return step 701);

707) reset time out timer, empty described record, return step 701).

8. shake exchange method according to claim 1, it is characterized in that, described handheld device comprises smart mobile phone or MP4.