CN104717540A

CN104717540A - Information processing method and control equipment

Info

Publication number: CN104717540A
Application number: CN201510145472.0A
Authority: CN
Inventors: 陈剑峰
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2015-03-30
Filing date: 2015-03-30
Publication date: 2015-06-17
Anticipated expiration: 2035-03-30
Also published as: CN104717540B

Abstract

The invention provides an information processing method. The method is applied to control equipment and includes the steps that when the control equipment is connected with sensing equipment, a motion inducting module in the control equipment is shielded, and a second motion inducting module in the sensing equipment externally connected is used for collecting motion information; the motion information is sent to controlled equipment based on a first information transmission channel between the control equipment and the controlled equipment, so that the controlled equipment determines the motion state of the control equipment based on the motion information; the information processing step of collecting the motion information of the control equipment is transferred to the sensing equipment externally connected, the data size of information processing of the control equipment is reduced, and power consumption of the control equipment is reduced; when the first motion inducting module in the control equipment is shielded, it is unnecessary to keep the first motion inducting module in a wakeup state, power consumption in the control equipment is further reduced, and the service life of a battery installed in the control equipment can be prolonged.

Description

A kind of information processing method and control appliance

Technical field

The present invention relates to electronic device field, in particular, relate to a kind of information processing method and control appliance.

Background technology

Intelligent television (Smart TV) has full open model platform, carry operating system, by user, the program provided with the third party service provider such as uninstall, game can be installed voluntarily, constantly the function of colour TV is expanded by this class method, and can realize surfing the web by netting twine, wireless network.

The remote controller of this intelligent television can operate as air mouse, realizes the control operation to intelligent television.Wherein, six axle sensors of three-axis gyroscope and three axle acceleration sensors composition are provided with in remote controller, this six axle sensor can gather as the movable information of motion sensor to remote controller, and this remote controller is detect based on this motion sensor the movable information obtaining this remote controller to realize as air mouse.

But in order to ensure that this function as air mouse is continuous, the motion sensor in this remote controller needs to keep constantly waking (wake up) state up, therefore, even if this remote controller enters automatic mode, this motion sensor still operation, in consumes power.And due to this motion sensor be by the powered battery in this remote controller, cause the battery power consumption of this remote controller to increase, cause reduce the useful life of remote controller battery.

Summary of the invention

In view of this, the invention provides a kind of information processing method, solving in prior art the mobile message detecting remote controller is its inner motion sensor arranged, this motion sensor keeps wake-up states to consume battery electric quantity in remote controller constantly, causes the problem that battery in remote controller is low.

For achieving the above object, the invention provides following technical scheme:

A kind of information processing method, described method is applied to control appliance, and described method comprises:

Judge whether described control appliance is connected with a sensing equipment, generates the first judged result;

When described first judged result shows that described control appliance is connected with described sensing equipment, shield the first motional induction module in described control appliance, wherein, described connection comprises physical connection and/or data cube computation;

Receive the movable information that the second motional induction module in described sensing equipment gathers;

Based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

Above-mentioned method, preferably, described judge described control appliance whether with a sensing equipment data cube computation, comprising:

Whether the preset interface place detecting described control appliance obtains the first connection signal, and connection signal characterizes described control appliance and is connected with described sensing equipment;

When described first connection signal being detected, based on described interface, setting up the second information transfer channel between described control appliance and described sensing equipment, determining that described control appliance is connected with described sensing equipment.

Whether the default communication module detecting described control appliance receives the second connection signal;

When described communication module receives described second connection signal, set up the 3rd information transfer channel between described control appliance and described sensing equipment according to described communication module, determine that described control appliance is connected with described sensing equipment.

Above-mentioned method, preferably, described the 3rd information transfer channel set up between described control appliance and described sensing equipment according to described communication module comprises:

Analyze described second connection signal, obtain the parameter information of described sensing equipment;

According to the parameter information of described sensing equipment and the parameter information of described control appliance, set up the 3rd information transfer channel between described sensing equipment and described control appliance.

Above-mentioned method, preferably, the first motional induction module shielded in described control appliance specifically comprises:

The power supply controlling described control appliance stops powering for described first motion sensor.

When described control appliance connects sensing equipment, set up the 4th information transfer channel between described sensing equipment and controlled device;

Shield the first motional induction module in described control appliance;

The the second motional induction module controlled in described sensing equipment gathers the movable information of described sensing equipment, and transmit described movable information to described controlled device based on described 4th information transfer channel, determine the motion state of described control appliance to make described controlled device based on described movable information.

Above-mentioned method, preferably, described the 4th information transfer channel set up between described sensing equipment and controlled device comprises:

Receive the 3rd connection signal, described 3rd connection signal carries the parameter information of described sensing equipment;

Obtain the parameter information of described control appliance, the parameter information of described controlled device and the parameter information of described sensing equipment;

According to the parameter information of described control appliance and the parameter information of described sensing equipment, set up the incidence relation between described control appliance and described sensing equipment;

According to the parameter information of described controlled device and the parameter information of described sensing equipment, set up the 4th information transfer channel between described sensing equipment and described controlled device.

Above-mentioned method, preferably, the second motional induction module in the described sensing equipment of described control gathers the movable information of described control appliance, and transmits described movable information to described controlled device based on described 4th information transfer channel and comprise:

The the second motional induction module controlled in described sensing equipment gathers movable information;

Based on the incidence relation between described control appliance and described sensing equipment, set up the corresponding relation between described movable information and described control appliance, and add the mark of described control appliance in described movable information;

By adding the mark movable information of described control appliance, transferring to controlled device based on described 4th information transfer channel, determining that described movable information characterizes the motion state of described control appliance to make described controlled device according to described mark.

A kind of control appliance, comprising:

Housing;

Be arranged at the coupling assembling of described housing, for connecting sensing equipment;

First motional induction module, for gathering the movable information of described control appliance;

Processor, for when described first judged result shows that described control appliance is connected with described sensing equipment, shields the first motional induction module in described control appliance; Receive the movable information that the second motional induction module in described sensing equipment gathers, and based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

Above-mentioned control appliance, preferably, described coupling assembling comprises:

Mounting groove, the structure of described mounting groove is mated with the contour structures of described sensing equipment;

Be arranged at the interface in mounting groove, the first connection signal generated when described interface is for receiving the connection of described sensing equipment, and for receiving the movable information of the described control appliance that described sensing equipment sends.

The first inductor coordinated with described mounting groove, whether described first inductor has sensing equipment to install for detecting described mounting groove, when described mounting groove installs described sensing equipment, generate the second connection signal and activate described processor, shield the first motional induction module in described control appliance to make described processor.

The absorptive element that arrange corresponding to the predeterminable area of described housing, for being adsorbed on described predeterminable area by described sensing equipment;

Second inductor that arrange corresponding to described predeterminable area, whether there is sensing equipment close for detecting described predeterminable area, if had, generate the second connection signal and activate described processor, shield the first motional induction module in described control appliance to make described processor.

Known via above-mentioned technical scheme, compared with prior art, the invention provides a kind of information processing method, the method is applied in control appliance, the method comprises: when this control appliance connects sensing equipment, then shield the first motional induction module in this control appliance, and the second motional induction module controlled in the sensing equipment of this connection gathers this movable information, and based on the first information transmission channel between this control appliance and controlled device, movable information is sent to controlled device, to make this controlled device based on the motion state of this movable information determination control appliance.Adopt the method, when control appliance connects sensing equipment, then adopt the second motional induction module acquires movable information in this external sensing equipment, shield the motional induction module in this control appliance, the information handling step of the movable information of this collection control appliance is transferred to external sensing equipment, decrease the data volume of the information processing of this control appliance self, reduce the power consumption of this control appliance, and, when the first motional induction module conductively-closed in this control appliance, this the first motional induction module is then without the need to keeping wake-up states, reduce further the power consumption in this control appliance, the useful life being arranged on battery in this control appliance can be extended.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.

Fig. 1 is the flow chart of a kind of information processing method embodiment 1 provided by the invention;

Fig. 2 is the flow chart of a kind of information processing method embodiment 2 provided by the invention;

Fig. 3 is the flow chart of a kind of information processing method embodiment 3 provided by the invention;

Fig. 4 is the flow chart of a kind of information processing method embodiment 4 provided by the invention;

Fig. 5 is the flow chart of a kind of information processing method embodiment 5 provided by the invention;

Fig. 6 is the flow chart of a kind of information processing method embodiment 6 provided by the invention;

Fig. 7 is the flow chart of a kind of information processing method embodiment 7 provided by the invention;

Fig. 8 is the structural representation of a kind of control appliance embodiment 1 provided by the invention;

Fig. 9 is the structural representation of coupling assembling in a kind of control appliance embodiment 2 provided by the invention;

Figure 10 is the structural representation of coupling assembling in a kind of control appliance embodiment 3 provided by the invention;

Figure 11 is the structural representation of coupling assembling in a kind of control appliance embodiment 4 provided by the invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Wherein, this control appliance is for controlling controlled device, and when this sensing equipment is connected with this controlled device, the movable information that this sensing equipment gathers, can be transferred in controlled device by control appliance.

Shown in accompanying drawing 1 is the flow chart of a kind of information processing method embodiment 1 provided by the invention, the method is applied in control appliance, motional induction module is set in this control appliance, for gathering the movable information of self, this control appliance be specifically as follows remote controller, mobile terminal or other there is the equipment of distant control function.

Wherein, the method realizes by following steps:

Step S101: judge whether control appliance is connected with a sensing equipment, generates the first judged result;

Wherein, this sensing equipment and this control appliance are for being flexibly connected, and point sometime, this control appliance can be connected with sensing equipment, also can be and does not connect.

Concrete, can according in this control appliance with the motion state of the application program of this join dependency, judge whether to be connected with sensing equipment, also can, according to the data/voltage of the interface of this sensing equipment of connection arranged in this control appliance, judge whether to be connected with sensing equipment.

Concrete, this first judged result comprises two kinds of results: control appliance is connected with sensing equipment, and control appliance is not connected with sensing equipment.

Step S102: when described first judged result shows that described control appliance is connected with described sensing equipment, shield the first motional induction module in described control appliance, wherein, described connection comprises physical connection and/or data cube computation;

Step S103: receive the movable information that the second motional induction module in described sensing equipment gathers;

Wherein, when this control appliance is connected with this sensing equipment time, shield the first motional induction module arranged in this control appliance, no longer receive the information of this first motional induction module, but receive the movable information of the second motional induction module collection in the sensing equipment of this connection, the information handling step of the movable information of this collection control appliance is transferred to external sensing equipment, decreases the data volume of the information processing of this control appliance self, reduce the power consumption of this control appliance.

In concrete enforcement, this sensing equipment can for being provided with independently motional induction module, and this motional induction module can be identical with the first motional induction modular structure function in this control appliance, can both gather the six axle heat transfer agents corresponding with this control appliance.

Concrete, this second motion-sensing module can be six axle sensors of three-axis gyroscope and three axle acceleration sensors composition.

In concrete enforcement, the first motional induction module in the described control appliance of this shielding comprises: the power supply controlling described control appliance stops powering for described first motion sensor.

Step S104: based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

Wherein, between this controlled device and control appliance, foundation has first information transmission channel, for carrying out information transmission between.

Concrete, this first information transmission channel may be used for the movable information of control information and the collection/reception sent by control appliance, be transferred to controlled device, to make this controlled device determine the motion state of this control appliance according to this movable information, and respond according to this control information.

In concrete enforcement, this first information transmission channel can be Bluetooth signal transmission passage, infrared waves signal transmission passage etc.

In concrete enforcement, to be specifically as follows remote controller, mobile terminal or other equipment with distant control function corresponding to this control appliance, and this controlled device can for receiving the equipment of remote signal, as intelligent television etc.

To sum up, a kind of information processing method that the present embodiment provides, comprise: when this control appliance connects sensing equipment, then shield the first motional induction module in this control appliance, and the second motional induction module controlled in the sensing equipment of this connection gathers this movable information, and based on the first information transmission channel between this control appliance and controlled device, movable information is sent to controlled device, to make this controlled device based on the motion state of this movable information determination control appliance.Adopt the method, when control appliance connects sensing equipment, then adopt the second motional induction module acquires movable information in this external sensing equipment, shield the motional induction module in this control appliance, the information handling step of the movable information of this collection control appliance is transferred to external sensing equipment, decrease the data volume of the information processing of this control appliance self, reduce the power consumption of this control appliance, and, when the first motional induction module conductively-closed in this control appliance, this the first motional induction module is then without the need to keeping wake-up states, reduce further the power consumption in this control appliance, the useful life being arranged on battery in this control appliance can be extended.

Shown in accompanying drawing 2 is the flow chart of a kind of information processing method embodiment 2 provided by the invention, and the method realizes by following steps:

Step S201: whether the preset interface place detecting described control appliance obtains the first connection signal, connection signal characterizes described control appliance and is connected with described sensing equipment;

Wherein, be provided with preset interface in this control appliance, this preset interface is used for being connected with this sensing equipment.

It should be noted that, because control appliance is connected with sensing equipment by preset interface, this preset interface is physical structure.

Wherein, this preset interface can be I/O (I/O, input/output) interface, can adopt multiple communication standard, as adopted USB (Universal Serial Bus is leading to and getting lines crossed).

In concrete enforcement, this first connection signal can be sensing equipment when being connected with the preset interface of this control appliance, the connection voltage of generation, or the various basis signal such as the detection signal generated when connecting.

Step S202: when described first connection signal being detected, based on described interface, sets up the second information transfer channel between described control appliance and described sensing equipment, determines that described control appliance is connected with described sensing equipment;

Concrete, when detecting that this preset interface has the first connection signal, then show that this sensing equipment is connected with this preset interface of this control appliance, now, based on this interface, set up the second information transfer channel between this control appliance and sensing equipment, to make this control appliance and this transmission equipment by this second information transmission by carrying out information transmission, the transfer of data realized between this control appliance and sensing equipment is unobstructed.

In concrete enforcement, this information adopts the communication standard corresponding with this interface, and this second information transfer channel can transmit the information of multiple communication standard.

Step S203: shield the first motional induction module in described control appliance, wherein, described connection comprises physical connection and/or data cube computation;

Step S204: receive the movable information that the second motional induction module in described sensing equipment gathers;

Step S205: based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

Wherein, step S203-205 is consistent with the step S102-104 in embodiment 1, and the present embodiment does not repeat.

To sum up, in a kind of information processing method that the present embodiment provides, this judge described control appliance whether with a sensing equipment data cube computation, comprise: whether the preset interface place detecting described control appliance obtains the first connection signal, connection signal characterizes described control appliance and is connected with described sensing equipment; When described first connection signal being detected, based on described interface, setting up the second information transfer channel between described control appliance and described sensing equipment, determining that described control appliance is connected with described sensing equipment.Adopt the method, by detecting the signal of the preset interface of this control appliance, whether judgement is connected between this control appliance with this sensing equipment, and only need detect a signal, without the need to too much step, method is simple.

Shown in accompanying drawing 3 is the flow chart of a kind of information processing method embodiment 3 provided by the invention, and the method realizes by following steps:

Step S301: whether the default communication module detecting described control appliance receives the second connection signal;

Wherein, be provided with default communication module in this control appliance, this communication module is used for carrying out information communication between external device, and this external device comprises sensing equipment and controlled device etc. certainly.

It should be noted that, because control appliance is connected with sensing equipment by communication module, the functional module in this this control appliance of letter module can be then wireless connections between this control appliance and sensing equipment.

Wherein, this communication module can be the communication module that the various transmission of wireless signals such as bluetooth, lightwave signal transport module uses.

In concrete enforcement, this second connection signal can be sensing equipment and this control appliance wireless connections time, the various basis signal such as the detection signal generated, this basis signal is generate based on the wireless connections between this sensing equipment and control appliance, also carries the corresponding information of these wireless connections in this basis signal.

Step S302: when described communication module receives described second connection signal, sets up the 3rd information transfer channel between described control appliance and described sensing equipment according to described communication module, determines that described control appliance is connected with described sensing equipment;

Concrete, when communication module receives the second connection signal, then show that this sensing equipment is connected with this control appliance, now, based on this communication module, set up the 3rd information transfer channel between this control appliance and sensing equipment, to make this control appliance and this transmission equipment by the 3rd information transmission by carrying out information transmission, the transfer of data realized between this control appliance and sensing equipment is unobstructed.

In concrete enforcement, this information adopts the communication standard corresponding with this communication module, and the 3rd information transfer channel can transmit the information of multiple communication standard.

It should be noted that, due to this sensing equipment and this control appliance wireless connections, the 3rd information transfer channel is wireless transfer channel.

Step S303: shield the first motional induction module in described control appliance, wherein, described connection comprises physical connection and/or data cube computation;

Step S304: receive the movable information that the second motional induction module in described sensing equipment gathers;

Step S305: based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

Wherein, step S303-305 is consistent with the step S102-104 in embodiment 1, and the present embodiment does not repeat.

To sum up, in a kind of information processing method that the present embodiment provides, this judge described control appliance whether with a sensing equipment data cube computation, comprising: whether the default communication module detecting described control appliance receives the second connection signal; When described communication module receives described second connection signal, set up the 3rd information transfer channel between described control appliance and described sensing equipment according to described communication module, determine that described control appliance is connected with described sensing equipment.Adopt the method, whether receive the second connection signal, can judge whether be connected between this control appliance with this sensing equipment by the communication module detecting this control appliance, only need detect a signal, without the need to too much step, method is simple.

Shown in accompanying drawing 4 is the flow chart of a kind of information processing method embodiment 4 provided by the invention, and the method realizes by following steps:

Step S401: whether the default communication module detecting described control appliance receives the second connection signal;

Wherein, step S401 is consistent with the step S301 in embodiment 3, and the present embodiment does not repeat.

Step S402: when described communication module receives described second connection signal, analyzes described second connection signal, obtains the parameter information of described sensing equipment;

Wherein, when the communication module of this control appliance receives this second connection signal, then show the transmission having signal between outside sensing equipment and this control appliance.

In concrete enforcement, this second connection signal is generally the request signal that this sensing equipment request connects, then can carry the parameter information of this sensing equipment in this second connection signal, this parameter information has certain mark degree.

Concrete, this parameter information is specifically as follows the model of this sensing equipment, the network standard etc. of use.

It should be noted that, when this control appliance receives this second connection signal, record is carried out to the parameter information analyzing this sensing equipment obtained, for follow-up the 3rd information transfer channel set up between this sensing equipment and this control appliance provides foundation, further, provide for connecting next time historical informations such as whether having history connection.

Step S403: according to the parameter information of described sensing equipment and the parameter information of described control appliance, sets up the 3rd information transfer channel between described sensing equipment and described control appliance, determines that described control appliance is connected with described sensing equipment;

Wherein, parameter information based on this control appliance can determine the communication standard in the adoptable radio connection of this control appliance, and the communication standard in the adoptable radio connection of this sensing equipment can be determined based on the parameter information of this sensing equipment, adopt identical communication standard foundation the 3rd information transfer channel therebetween therebetween, to make this control appliance and this transmission equipment by the 3rd information transmission by carrying out information transmission, the transfer of data realized between this control appliance and sensing equipment is unobstructed.

As an example, when the communication standard of this employing is bluetooth, between sensing equipment and described control appliance, then set up the passage of Bluetooth transmission, to make between this sensing equipment and this control appliance by Bluetooth transmission information, concrete, by the bluetooth of control appliance, the motion information transmission gathered by this sensing equipment is in this control appliance, again by the information transfer channel between this control appliance and controlled device, this movable information is forwarded in controlled device.

In concrete enforcement, after this control appliance analysis obtains the parameter information of this sensing equipment, also can show this parameter information, to point out this sensing equipment of user prepare or connecting with control appliance, also can inquire whether connect etc., after the confirmation operation receiving user, perform step S403 again, set up the connection between this control appliance and sensing equipment, realize the process of certification, improve fail safe and the accuracy of connection.

Step S404: shield the first motional induction module in described control appliance, wherein, described connection comprises physical connection and/or data cube computation;

Step S405: receive the movable information that the second motional induction module in described sensing equipment gathers;

Step S406: based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

Wherein, step S404-406 is consistent with the step S303-305 in embodiment 3, and the present embodiment does not repeat.

To sum up, in a kind of information processing method that the present embodiment provides, this the 3rd information transfer channel set up between described control appliance and described sensing equipment according to described communication module comprises: analyze described second connection signal, obtain the parameter information of described sensing equipment; According to the parameter information of described sensing equipment and the parameter information of described control appliance, set up the 3rd information transfer channel between described sensing equipment and described control appliance.Adopt the method, based on the second connection signal that the default communication module of this control appliance receives, analyze the parameter information obtaining this sensing equipment, and then determine to set up the 3rd information transfer channel between this sense equipment and control equipment according to this parameter information, only need carry out simple analysis to the second connection signal that this communication module receives, without the need to too much step, method is simple.

Wherein, this control appliance is for controlling controlled device, and when this sensing equipment is connected with this controlled device, the movable information that this sensing equipment gathers, can not pass through control appliance, but directly transfer in controlled device.

Shown in accompanying drawing 5 is the flow chart of a kind of information processing method embodiment 5 provided by the invention, the method is applied in control appliance, motional induction module is set in this control appliance, for gathering the movable information of self, this control appliance be specifically as follows remote controller, mobile terminal or other there is the equipment of distant control function.

Wherein, the method realizes by following steps:

Step S501: when described control appliance connects sensing equipment, set up the 4th information transfer channel between described sensing equipment and controlled device;

Wherein, when this control appliance is connected with this sensing equipment time, then based on the parameter information of this sensing equipment and the parameter information of controlled device, set up therebetween independently the 4th information transfer channel.

It should be noted that, the 4th information transfer channel by this control appliance, does not achieve the information transmission between controlled device and sensing equipment, and the information of its transmission is mainly the movable information of this sensing equipment collection.

As a concrete example, 4th information transfer channel adopts Bluetooth technology, then pass through the direct transmission information of bluetooth between this sensing equipment and this controlled device, and without the need to the forwarding by control appliance, do not affecting on the basis of information transmission, decreasing the power consumption of control appliance.

It should be noted that, judge to refer to the process whether this control appliance is connected with sensing equipment aforementioned several embodiment, also can adopt identical or close judgment mode in the present embodiment, not repeat in the present embodiment.

Step S502: shield the first motional induction module in described control appliance;

Step S503: the second motional induction module controlled in described sensing equipment gathers the movable information of described sensing equipment, and transmit described movable information to described controlled device based on described 4th information transfer channel, determine the motion state of described control appliance to make described controlled device based on described movable information.

Wherein, when after setting up the 4th information transfer channel between sensing equipment and controlled device, the second motional induction module that can control in this sensing equipment gathers the movable information of this sensing equipment.

It should be noted that, because this sensing equipment is connected with control appliance, then the movable information of this sensing equipment is relevant with the motion state of this control appliance, after the motion information transmission of this sensing equipment to controlled device, this controlled device can obtain the motion state of this control appliance according to this movable information analysis.

Further, together with being fixedly attached to this control appliance when this sensing equipment, when the motion state of the two is identical, then the movable information of this sensing equipment collection is exactly the movable information of this control appliance.

To sum up, in a kind of information processing method that the present embodiment provides, comprising: when described control appliance connects sensing equipment, set up the 4th information transfer channel between described sensing equipment and controlled device; Shield the first motional induction module in described control appliance; The the second motional induction module controlled in described sensing equipment gathers the movable information of described sensing equipment, and transmit described movable information to described controlled device based on described 4th information transfer channel, determine the motion state of described control appliance to make described controlled device based on described movable information.Adopt the method, when control appliance connects sensing equipment, then adopt the second motional induction module acquires movable information in this external sensing equipment, shield the motional induction module in this control appliance, the information handling step of the movable information of this collection control appliance is transferred to external sensing equipment, and this sensing equipment directly by the motion information transmission that collects to controlled device, decrease the data volume of the information processing of this control appliance self, reduce the power consumption of this control appliance, and, when the first motional induction module conductively-closed in this control appliance, this the first motional induction module is then without the need to keeping wake-up states, reduce further the power consumption in this control appliance, the useful life being arranged on battery in this control appliance can be extended.

Shown in accompanying drawing 6 is the flow chart of a kind of information processing method embodiment 6 provided by the invention, and the method realizes by following steps:

Step S601: when described control appliance connects sensing equipment, receive the 3rd connection signal, described 3rd connection signal carries the parameter information of described sensing equipment;

It should be noted that, due to control appliance receive the 3rd connection signal time, then showing that this control appliance is connected with sensing equipment by communication module, the functional module in this this control appliance of letter module, then can be wireless connections between this control appliance and sensing equipment.

In concrete enforcement, 3rd connection signal can be sensing equipment and this control appliance wireless connections time, the various basis signal such as the detection signal generated, this basis signal is generate based on the wireless connections between this sensing equipment and control appliance, also carries the corresponding information of these wireless connections in this basis signal.

In concrete enforcement, the 3rd connection signal is generally the request signal that this sensing equipment request connects, then can carry the parameter information of this sensing equipment in the 3rd connection signal, this parameter information has certain mark degree.

It should be noted that, when this control appliance receives the 3rd connection signal, record is carried out to the parameter information analyzing this sensing equipment obtained, for follow-up the 4th information transfer channel set up between this sensing equipment and this controlled device provides foundation, further, provide for connecting next time historical informations such as whether having history connection.

Step S602: obtain the parameter information of described control appliance, the parameter information of described controlled device and the parameter information of described sensing equipment;

In concrete enforcement, the parameter information of this controlled device can by the information transfer channel transmission between this control appliance and controlled device, and the parameter information of this control appliance can be local for being stored in, also can be and be stored among controlled device, together transmit obtaining with the parameter information of this controlled device.

Step S603: according to the parameter information of described control appliance and the parameter information of described sensing equipment, set up the incidence relation between described control appliance and described sensing equipment;

Wherein, parameter information based on this control appliance then can determine the relevant various parameter of this control appliance, the mark etc. that this parameter can comprise this control appliance has the information of identification, parameter information based on this sensing equipment then can determine the relevant various parameter of this sensing equipment, and the mark etc. that this parameter can comprise this sensing equipment has the information of identification.

Concrete, based on the mark of this sensing equipment and the mark foundation incidence relation therebetween of this control appliance.

Wherein, the data that this incidence relation characterizes this sensing equipment collection are associated with this control appliance.

It should be noted that, sensing equipment is associated with this control appliance after relation, and this sensing equipment is transferred to the information of controlled device, relevant to this control appliance, namely this information be equivalent to this control appliance transmission.

Step S604: according to the parameter information of described controlled device and the parameter information of described sensing equipment, sets up the 4th information transfer channel between described sensing equipment and described controlled device;

Wherein, parameter information based on this controlled device can determine the communication standard in the adoptable radio connection of this controlled device, and the communication standard in the adoptable radio connection of this sensing equipment can be determined based on the parameter information of this sensing equipment, adopt identical communication standard foundation the 4th information transfer channel therebetween therebetween, to make this controlled device and this transmission equipment by the 4th information transmission by carrying out information transmission, the transfer of data realized between this controlled device and sensing equipment is unobstructed.

As an example, when the communication standard of this employing is bluetooth, between sensing equipment and described controlled device, then set up the passage of Bluetooth transmission, to make between this sensing equipment and this controlled device by Bluetooth transmission information, concrete, by the bluetooth of controlled device, the motion information transmission gathered by this sensing equipment is in this controlled device, again by the information transfer channel between this controlled device and controlled device, this movable information is forwarded in controlled device.

In concrete enforcement, after this controlled device analysis obtains the parameter information of this sensing equipment, also can show this parameter information, prepare to point out this sensing equipment of user or connecting with controlled device, also can inquire and whether connect etc., after the confirmation operation receiving user, then set up the connection between this controlled device and sensing equipment, realize the process of certification, improve fail safe and the accuracy of connection.

Step S605: shield the first motional induction module in described control appliance;

Step S606: the second motional induction module controlled in described sensing equipment gathers the movable information of described sensing equipment, and transmit described movable information to described controlled device based on described 4th information transfer channel, determine the motion state of described control appliance to make described controlled device based on described movable information.

Wherein, step S605-606 is consistent with the step S502-503 in embodiment 5, and the present embodiment does not repeat.

To sum up, in a kind of information processing method that the present embodiment provides, this 4th information transfer channel set up between described sensing equipment and controlled device comprises: receive the 3rd connection signal, described 3rd connection signal carries the parameter information of described sensing equipment; Obtain the parameter information of described control appliance, the parameter information of described controlled device and the parameter information of described sensing equipment; According to the parameter information of described control appliance and the parameter information of described sensing equipment, set up the incidence relation between described control appliance and described sensing equipment; According to the parameter information of described controlled device and the parameter information of described sensing equipment, set up the 4th information transfer channel between described sensing equipment and described controlled device.Adopt the method, incidence relation is therebetween set up based on the parameter information of this control appliance and the parameter information of sensing equipment, and set up the 4th information transfer channel therebetween based on the parameter information of this controlled device and the parameter information of sensing equipment, with the motion information transmission realizing directly this sensing equipment being gathered in this controlled device, setting up information transfer channel only need according to two parameter information, without the need to too much step, method is simple.

Shown in accompanying drawing 7 is the flow chart of a kind of information processing method embodiment 7 provided by the invention, and the method realizes by following steps:

Step S701: when described control appliance connects sensing equipment, receive the 3rd connection signal, described 3rd connection signal carries the parameter information of described sensing equipment;

Step S702: obtain the parameter information of described control appliance, the parameter information of described controlled device and the parameter information of described sensing equipment;

Step S703: according to the parameter information of described control appliance and the parameter information of described sensing equipment, set up the incidence relation between described control appliance and described sensing equipment;

Step S704: according to the parameter information of described controlled device and the parameter information of described sensing equipment, sets up the 4th information transfer channel between described sensing equipment and described controlled device;

Step S705: shield the first motional induction module in described control appliance;

Wherein, step S705-706 is consistent with the step S601-605 in embodiment 6, and the present embodiment does not repeat.

Step S706: the second motional induction module controlled in described sensing equipment gathers movable information;

Concrete, set up the 4th information transfer channel between this sensing equipment and controlled device after, control this second motional induction module and gather movable information, this movable information is the movable information of sensing equipment.

Concrete, this movable information includes the movable information of three axis of XYZ axle, and the acceleration directional information etc. of three axis.

It should be noted that, when this second motional induction module gather the process of movable information be needs carry out startup carry out time, then this control appliance generates enabling signal, and start to perform collection action according to the second motional induction module that this enabling signal controls in this sensing equipment, and when this second motional induction module gathers the process of movable information for carry out in real time, during without the need to starting separately, then this step S706 can omit.

Step S707: based on the incidence relation between described control appliance and described sensing equipment, sets up the corresponding relation between described movable information and described control appliance, and adds the mark of described control appliance in described movable information;

Wherein, built vertical incidence relation between this control appliance and sensing equipment, then can based on this incidence relation, and set up the corresponding relation between the movable information of this sensing equipment collection and control appliance, such as, this movable information is exactly the movable information etc. of this control appliance.

In concrete enforcement, by adding the mark of this control appliance at this movable information, to realize this movable information to associate with control appliance.

Step S708: by adding the mark movable information of described control appliance, transferring to controlled device based on described 4th information transfer channel, determining that described movable information characterizes the motion state of described control appliance to make described controlled device according to described mark.

Wherein, between this sensing equipment and control appliance, foundation has the 4th information transfer channel, for carrying out information transmission between.

Concrete, based on independently the 4th information transfer channel between this sensing apparatus and controlled device, the movable information this being added with the mark of control appliance is transferred to controlled device from sensing apparatus.

Then, according to this mark, this controlled device can determine that this movable information is relevant to controllable device, and further according to the content of this movable information, analyzes the motion state obtaining this control appliance.

To sum up, in a kind of information processing method that the present embodiment provides, the second motional induction module in the described sensing equipment of this control gathers the movable information of described control appliance, and transmits described movable information to described controlled device based on described 4th information transfer channel and comprise: the second motional induction module controlled in described sensing equipment gathers movable information; Based on the incidence relation between described control appliance and described sensing equipment, set up the corresponding relation between described movable information and described control appliance, and add the mark of described control appliance in described movable information; By adding the mark movable information of described control appliance, transferring to controlled device based on described 4th information transfer channel, determining that described movable information characterizes the motion state of described control appliance to make described controlled device according to described mark.Adopt the method, based on the incidence relation between control appliance and sensing equipment, the movable information that this sensing equipment gathers is added the mark of this control appliance, and make this controlled device can determine that this movable information is relevant to this control appliance according to this mark, and analyze the motion state obtaining this control appliance further, only need determine movable information identity by mark, method is simple.

A kind of information processing method is described in detail in the embodiment that the invention described above provides, the equipment of various ways can be adopted to realize for information processing method of the present invention, therefore present invention also offers a kind of control appliance of this information processing method of application, provide specific embodiment below and be described in detail.

Shown in accompanying drawing 8 is the structural representation of a kind of control appliance embodiment 1 provided by the invention, motional induction module is set in this control appliance, for gathering the movable information of self, this control appliance be specifically as follows remote controller, mobile terminal or other there is the equipment of distant control function.

Wherein, this control appliance can comprise following structure: housing 801, coupling assembling 802, first motional induction module 803 and processor 804;

Wherein, this coupling assembling 802 is arranged at this housing 801, for connecting sensing equipment;

Wherein, this first motional induction module 803, for gathering the movable information of described control appliance;

Wherein, this processor 804, for judge described control appliance whether with a sensing equipment data cube computation, generate the first judged result, when described first judged result shows that described control appliance is connected with described sensing equipment, shield the first motional induction module in described control appliance; Receive the movable information that the second motional induction module in described sensing equipment gathers, and based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.

In concrete enforcement, this sensing equipment can be the absolute construction of small volume, be provided with the second motional induction module identical or close with the first motional induction module of this control appliance in this sensing equipment, the movable information that this first motional induction module type is identical can be collected in.

As a concrete example, this sensing equipment can adopt the control volume of Intelligent bracelet, this control volume is flexibly connected with the watchband of Intelligent bracelet, detachably, the work of the first motional induction module in control appliance is taken over as sensing equipment owing to adopting this Intelligent bracelet, reduce the power consumption of control appliance, and this Intelligent bracelet has independently charging structure, compared to adopting, the control appliance charging of battery supply is convenient.

In concrete enforcement, this processor can adopt CPU (Central Processing Unit, central processing unit) or other there is the structure, chip etc. of information processing capability.

To sum up, a kind of control appliance provided in the present embodiment, comprising: housing; Be arranged at the coupling assembling of described housing, for connecting sensing equipment; First motional induction module, for gathering the movable information of described control appliance; Processor, for judge described control appliance whether with a sensing equipment data cube computation, generate the first judged result, when described first judged result shows that described control appliance is connected with described sensing equipment, shield the first motional induction module in described control appliance; Receive the movable information that the second motional induction module in described sensing equipment gathers, and based on the first information transmission channel between described control appliance and controlled device, described movable information is sent to described controlled device, determines the motion state of described control appliance to make described controlled device based on described movable information.When control appliance connects sensing equipment, then adopt the second motional induction module acquires movable information in this external sensing equipment, shield the motional induction module in this control appliance, the information handling step of the movable information of this collection control appliance is transferred to external sensing equipment, decrease the data volume of the information processing of this control appliance self, reduce the power consumption of this control appliance, and, when the first motional induction module conductively-closed in this control appliance, this the first motional induction module is then without the need to keeping wake-up states, reduce further the power consumption in this control appliance, the useful life being arranged on battery in this control appliance can be extended.

Shown in accompanying drawing 9 is the structural representation of coupling assembling in a kind of control appliance embodiment 2 provided by the invention, and this control appliance can comprise following structure: housing, coupling assembling, the first motional induction module and processor;

Wherein, this coupling assembling is arranged at this housing, comprises mounting groove 901 and interface 902;

Wherein, the structure function of housing, the first motional induction module and processor is in the same manner as in Example 1, does not repeat in the present embodiment.

Wherein, the structure of this mounting groove 901 is mated with the contour structures of described sensing equipment 903;

Wherein, this interface 902 is arranged in mounting groove 901, the first connection signal generated when described interface is for receiving the connection of described sensing equipment, and for receiving the movable information of the described control appliance that described sensing equipment sends.

Concrete, this mounting groove 901 is for settling this sensing equipment, and the contour structures that size comprises shape, the degree of depth equals this sensing equipment of this mounting groove mates.

Wherein, the shape of this mounting groove can be the rectangle shown in Fig. 9, and the degree of depth coordinates with the thickness of this sensing equipment, smooth to realize this sensing equipment to be arranged on this surface of shell after in this mounting groove.

Wherein, this interface 902 adopts the communication standard identical with this sensing equipment, and this interface is specifically as follows USB interface, is provided with corresponding USB in this sensing equipment, and the two carries out data communication by USB.

Concrete, the movable information collected can be transferred in this control appliance by this interface by this sensing equipment, is transferred to this movable information by equipment further to make this control appliance.

It should be noted that, the shape of this mounting groove also can be other shapes, is not limited to the rectangle in Fig. 9, does not limit in the application to the shape of this mounting groove; The degree of depth of this mounting groove also can set according to actual conditions, as long as sensing equipment can be fixedly connected with this control appliance, does not limit in the application to the degree of depth of this mounting groove.

Shown in accompanying drawing 10 is the structural representation of coupling assembling in a kind of control appliance embodiment 3 provided by the invention, and this control appliance can comprise following structure: housing, coupling assembling, the first motional induction module and processor;

Wherein, this coupling assembling is arranged at this housing, comprises mounting groove 1001 and the first inductor 1002;

Wherein, the structure of this mounting groove 1001 is mated with the contour structures of described sensing equipment 1003;

Wherein, this first inductor 1002 coordinates with described mounting groove 1001, whether described first inductor has sensing equipment to install for detecting described mounting groove, when described mounting groove installs described sensing equipment, generate the second connection signal and activate described processor, shield the first motional induction module in described control appliance to make described processor.

Wherein, the setting position of this first inductor 1002 is not limited to position corresponding to this mounting groove in Figure 10, in concrete enforcement, also can be set to other positions according to actual conditions, as long as ensure that it can detect in mounting groove to install sensing equipment, and generate the second connection signal to activate this processor.

It should be noted that, this processor of the activation in the present embodiment, refer to the first motional induction module activating this processor screen control device, and receive the function of the movable information that the second motional induction module in described sensing equipment gathers.

It should be noted that, the shape of this mounting groove also can be other shapes, is not limited to the rectangle in Figure 10, does not limit in the application to the shape of this mounting groove; The degree of depth of this mounting groove also can set according to actual conditions, as long as sensing equipment can be fixedly connected with this control appliance, does not limit in the application to the degree of depth of this mounting groove.

Shown in accompanying drawing 11 is the structural representation of coupling assembling in a kind of control appliance embodiment 4 provided by the invention, and this control appliance can comprise following structure: housing, coupling assembling, the first motional induction module and processor;

Wherein, this coupling assembling is arranged at this housing, comprises absorptive element 1101 and the second inductor 1102;

Wherein, this absorptive element 1101 is corresponding with the predeterminable area of described housing to be arranged, for described sensing equipment 1103 is adsorbed on described predeterminable area;

Wherein, whether this second inductor 1102 is corresponding with described predeterminable area is arranged, have sensing equipment close, if had for detecting described predeterminable area, generate the second connection signal and activate described processor, shield the first motional induction module in described control appliance to make described processor.

Wherein, the setting position of this second inductor 1102 is not limited to position corresponding to this absorptive element in Figure 11, in concrete enforcement, also can be set to other positions according to actual conditions, as long as ensure that it can detect that this sensing equipment is close to this predeterminable area, and generate the second connection signal to activate this processor.

It should be noted that, the shape of this predeterminable area also can be other shapes, is not limited to the rectangle in Figure 11, does not limit in the application to the shape of this predeterminable area, as long as sensing equipment can be fixedly connected with this control appliance.

In this specification, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For the device that embodiment provides, the method provided due to itself and embodiment is corresponding, so description is fairly simple, relevant part illustrates see method part.

To the above-mentioned explanation of provided embodiment, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle provided in this article and features of novelty.

Claims

1. an information processing method, is characterized in that, described method is applied to control appliance, and described method comprises:

2. method according to claim 1, is characterized in that, described judge described control appliance whether with a sensing equipment data cube computation, comprising:

3. method according to claim 1, is characterized in that, described judge described control appliance whether with a sensing equipment data cube computation, comprising:

4. method according to claim 3, is characterized in that, described the 3rd information transfer channel set up between described control appliance and described sensing equipment according to described communication module comprises:

5. method according to claim 1, is characterized in that, the first motional induction module shielded in described control appliance specifically comprises:

6. an information processing method, is characterized in that, described method is applied to control appliance, and described method comprises:

Shield the first motional induction module in described control appliance;

7. method according to claim 6, is characterized in that, described the 4th information transfer channel set up between described sensing equipment and controlled device comprises:

8. method according to claim 7, it is characterized in that, the second motional induction module in the described sensing equipment of described control gathers the movable information of described control appliance, and transmits described movable information to described controlled device based on described 4th information transfer channel and comprise:

9. a control appliance, is characterized in that, comprising:

Housing;

10. control appliance according to claim 9, is characterized in that, described coupling assembling comprises:

11. control appliances according to claim 9, is characterized in that, described coupling assembling comprises:

12. control appliances according to claim 9, is characterized in that, described coupling assembling comprises: