CN105809931A - Remote control equipment and intelligent equipment - Google Patents

Remote control equipment and intelligent equipment Download PDF

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Publication number
CN105809931A
CN105809931A CN201610326233.XA CN201610326233A CN105809931A CN 105809931 A CN105809931 A CN 105809931A CN 201610326233 A CN201610326233 A CN 201610326233A CN 105809931 A CN105809931 A CN 105809931A
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CN
China
Prior art keywords
remote control
control equipment
smart machine
unit
battery
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Granted
Application number
CN201610326233.XA
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Chinese (zh)
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CN105809931B (en
Inventor
姚新明
郝石磊
姚键
潘柏宇
王冀
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Alibaba China Co Ltd
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1Verge Internet Technology Beijing Co Ltd
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Priority to CN201610326233.XA priority Critical patent/CN105809931B/en
Publication of CN105809931A publication Critical patent/CN105809931A/en
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Publication of CN105809931B publication Critical patent/CN105809931B/en
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    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C17/00Arrangements for transmitting signals characterised by the use of a wireless electrical link
    • G08C17/02Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C23/00Non-electrical signal transmission systems, e.g. optical systems
    • G08C23/04Non-electrical signal transmission systems, e.g. optical systems using light waves, e.g. infra-red
    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C2201/00Transmission systems of control signals via wireless link
    • G08C2201/10Power supply of remote control devices

Abstract

The invention relates to remote control equipment and intelligent equipment.The remote control equipment comprises a remaining capacity determining unit and a communication unit; the remaining capacity determining unit determines the remaining capacity of a battery for supplying power to the remote control equipment, and the communication unit sends the remaining capacity to the intelligent equipment corresponding to the remote control equipment to determine the relationship between the remaining capacity and a first threshold value set on the intelligent equipment, wherein on the condition that the remaining capacity is smaller than or equal to the first threshold value, a charging unit of the intelligent equipment is enabled to charge the battery.By determining the remaining capacity of the battery for supplying power to the remote control equipment and sending the remaining capacity to the intelligent equipment corresponding to the remote control equipment through the remote control equipment, the intelligent equipment charges the battery of the remote control equipment only on the condition that the remaining capacity is smaller than or equal to the first threshold value set on the intelligent equipment, therefore, the condition that the battery is frequently charged is avoided, and the normal service life of the battery is guaranteed.

Description

Remote control equipment and smart machine
Technical field
The present invention relates to electronic device field, particularly relate to a kind of remote control equipment and smart machine.
Background technology
Remote controller the commonly provided detachable battery (the such as No.5 cell of existing smart machine, button cell etc.) or non-removable rechargeable battery (such as lithium battery, Ni-MH battery etc.), detachable battery is unfavorable for environmental protection, non-removable rechargeable battery then needs in good time charging, but owing to different user is different to the use frequency of remote controller, and existing remote controller does not have electric quantity indication function mostly, if the inconvenience that user brings in order to avoid the dead battery capability of remote controller, to such an extent as to charge the battery continually, the service life of meeting serious curtailment battery.
Summary of the invention
Technical problem
In view of this, the technical problem to be solved in the present invention is, how to avoid being charged to the battery of remote control equipment continually, to ensure the normal service life of the battery of remote control equipment.
Solution
On the one hand, it is proposed that a kind of remote control equipment, it is characterised in that described remote control equipment includes: dump energy determines unit, it is determined that for the dump energy of the battery that described remote control equipment is powered;Communication unit, described dump energy is sent to the smart machine corresponding with described remote control equipment, so that determining the relation of first threshold set on described dump energy and smart machine, wherein, when described dump energy is less than or equal to described first threshold, the charhing unit of described smart machine enables, in order to charge for described battery.
In a kind of possible implementation, described remote control equipment also includes: consumption figures determines that unit, described consumption figures determine that unit is according to described dump energy, it is determined that the electric quantity consumption value of the unit interval of battery;First judging unit, it is judged that the electric quantity consumption value of described unit interval and the relation of Second Threshold;Adjust signal and generate unit, when the first judging unit is judged as the electric quantity consumption value of described unit interval more than Second Threshold, generating and adjust signal, described adjustment signal is sent to described smart machine by described communication unit, in order to described smart machine adjusts described first threshold.
In a kind of possible implementation, described remote control equipment also includes: the second judging unit, and described second judging unit judges described dump energy and the relation of the 3rd threshold value;Cue generates unit, when the second judging unit is judged as described dump energy less than or equal to three threshold values, generates cue.
In a kind of possible implementation, described remote control equipment also includes: Tip element, and described Tip element is pointed out in response to described cue.
In a kind of possible implementation, described remote control equipment also includes: motion detection unit, for detecting the kinematic parameter of described remote control equipment;According to described kinematic parameter, motion determination unit, judges whether remote control equipment is user-operably.
In a kind of possible implementation, motion determination unit be judged as from Tip element carry out pointing out the scheduled time in, when remote control equipment is not user-operably, indicate described Tip element to stop prompting.
In a kind of possible implementation, described remote control equipment also includes: charging detection unit, whether the battery of detection remote control equipment is electrically charged, wherein, described charging detection unit detect from Tip element carry out pointing out the scheduled time in, when the battery of remote control equipment is not electrically charged, described Tip element is indicated to stop prompting.
In a kind of possible implementation, when remote control equipment is user-operably described motion determination unit again after being judged as the stopping prompting of described Tip element, described Tip element is indicated to point out.
In a kind of possible implementation, described communication unit is additionally operable to send request to smart machine, to ask described smart machine to provide the status signal of the state representing smart machine, wherein, when described communication unit receives the status signal that expression smart machine is holding state or open state, described cue is sent to smart machine by communication unit, so that described smart machine is pointed out.
In a kind of possible implementation, described remote control equipment also includes: motion detection unit, for detecting the kinematic parameter of described remote control equipment;Motion determination unit, judge whether remote control equipment is user-operably according to described kinematic parameter, wherein, it is send in the scheduled time that cue rises to described smart machine in described motion determination unit judges, when remote control equipment is not user-operably, communication unit sends to smart machine and stops cue, so that described smart machine stops prompting.
In a kind of possible implementation, described remote control equipment also includes: charging detection unit, whether the battery of detection remote control equipment is electrically charged, wherein, described charging detection unit detects and sends in the scheduled time that cue rises to described smart machine, when the battery of remote control equipment is not electrically charged, communication unit sends to smart machine and stops cue, so that described smart machine stops prompting.
In a kind of possible implementation, when described motion determination unit judges is that after described communication unit sends stopping cue, remote control equipment is user-operably again, communication unit sends cue to smart machine, so that described smart machine is pointed out.
On the other hand, it is proposed that a kind of smart machine, described smart machine includes: communication unit, is received as the dump energy of the battery that remote control equipment is powered from remote control equipment;Judging unit, it is judged that the relation of described dump energy and first threshold;Charhing unit, when judging unit judges described dump energy less than or equal to described first threshold, described charhing unit enables, in order to the battery for remote control equipment charges.
In a kind of possible implementation, described communication unit is additionally operable to receive the adjustment signal from described remote control equipment, and described smart machine also includes: adjustment unit, and described first threshold is adjusted by described adjustment unit according to described adjustment signal.
In a kind of possible implementation, described communication unit is additionally operable to receive the request from remote control equipment, and in response to this request, sends the status signal of the state representing described smart machine to remote control equipment.
In a kind of possible implementation, described communication unit is additionally operable to receive the cue from remote control equipment, and described smart machine also includes: Tip element, in response to described cue, the dump energy situation of the battery of remote control equipment is pointed out.
In a kind of possible implementation, described smart machine also includes: Tip element, when judging unit judges described dump energy less than or equal to described first threshold, the dump energy situation of the battery of remote control equipment is pointed out.
In a kind of possible implementation, described prompting is included the display lamp by being positioned at smart machine housing and carries out pointing out and/or being pointed out by the screen display reminding information of smart machine.
In a kind of possible implementation, described smart machine also includes: charging inlet parts, is arranged on the housing of described smart machine, is used for holding remote control equipment, and when described remote control equipment is contained in described charging inlet parts, connect battery and the charhing unit of remote control equipment.
In a kind of possible implementation, described charging inlet parts are rotatably connected with the housing of described smart machine.
Beneficial effect
The dump energy of the battery of its power supply it is defined as by remote control equipment, and it is sent to the smart machine corresponding with remote control equipment, make smart machine only when being defined as the dump energy first threshold set less than or equal on smart machine, it it is just the battery charging of remote control equipment, it is charged to battery continually thus avoiding, it is ensured that the normal service life of battery.
According to below with reference to the accompanying drawings to detailed description of illustrative embodiments, further feature and the aspect of the present invention will be clear from.
Accompanying drawing explanation
The accompanying drawing of the part comprising in the description and constituting description together illustrates the exemplary embodiment of the present invention, feature and aspect with description, and is used for explaining principles of the invention.
Fig. 1 illustrates the structure chart of remote control equipment according to an embodiment of the invention.
Fig. 2 illustrates the structure chart of the remote control equipment according to the present invention one example.
Fig. 3 illustrates the structure chart of the remote control equipment according to another example of the present invention.
Fig. 4 illustrates the structure chart of the remote control equipment according to the another example of the present invention.
Fig. 5 illustrates the structure chart of the remote control equipment according to another example of the present invention.
Fig. 6 illustrates the structure chart of the remote control equipment according to the another example of the present invention.
Fig. 7 illustrates the structure chart of smart machine according to another embodiment of the present invention.
Fig. 8 illustrates that the remote control equipment according to the present invention one example is contained in the schematic diagram in the charging inlet parts of smart machine.
Fig. 9 illustrates the schematic diagram that the charhing unit according to another example of the present invention connects with charging inlet components conductive.
Figure 10 illustrates the structure chart of the smart machine according to the present invention one example.
Figure 11 illustrates the structure chart of the smart machine according to another example of the present invention.
Figure 12 illustrates the structure chart of the smart machine according to the another example of the present invention.
Figure 13 illustrates the schematic diagram of an application example according to the present invention.
Detailed description of the invention
The various exemplary embodiments of the present invention, feature and aspect is described in detail below with reference to accompanying drawing.Accompanying drawing labelling identical in accompanying drawing represents the same or analogous element of function.Although the various aspects of embodiment shown in the drawings, but unless otherwise indicated, it is not necessary to accompanying drawing drawn to scale.
Word " exemplary " special here means " as example, embodiment or illustrative ".Here should not necessarily be construed as preferred or advantageous over other embodiments as any embodiment illustrated by " exemplary ".
It addition, in order to better illustrate the present invention, detailed description of the invention below gives numerous details.It will be appreciated by those skilled in the art that there is no some detail, the equally possible enforcement of the present invention.In some instances, method, means, element and the circuit known for those skilled in the art are not described in detail, in order to highlight the purport of the present invention.
Embodiment 1
Fig. 1 illustrates the structure chart of remote control equipment according to an embodiment of the invention.As it is shown in figure 1, this remote control equipment 1 specifically includes that dump energy determines unit 101, it is determined that for the dump energy of the battery of described remote control equipment 1 power supply;Communication unit 102, is sent to the smart machine corresponding with described remote control equipment 1 by described dump energy, in order to determine the relation of first threshold set on described dump energy and smart machine;Wherein, when described dump energy is less than or equal to described first threshold, the charhing unit of described smart machine enables, in order to charge for described battery.
The present embodiment is defined as the dump energy of the battery of its power supply by remote control equipment 1, and it is sent to the smart machine corresponding with remote control equipment 1, make smart machine only when being defined as the dump energy first threshold set less than or equal on smart machine, charhing unit is just made to enable, so that being the battery charging of remote control equipment 1, otherwise not charging for it, being charged to battery continually thus avoiding, it is ensured that the normal service life of battery.
The charhing unit making smart machine enables, thus the battery charging for remote control equipment can realize in several ways, charging inlet parts such as can be provided on smart machine (such as can directly to hold the charging slot of remote control equipment, the charging terminal etc. that charge cable is connected can be passed through with remote control equipment) and charhing unit, charhing unit can enable when smart machine is defined as the dump energy first threshold set less than or equal on smart machine, with be remote control equipment by charging inlet parts battery provide electric power to be charged, this is not limited as by the present embodiment.
Dump energy determines unit 101
In the present embodiment, dump energy determines that unit 101 is determined for the dump energy of the battery into remote control equipment 1 power supply, and dump energy passes to communication unit 102.Wherein, dump energy can be the ratio that available power in battery (such as remote control equipment use a period of time after electricity in battery) accounts for Standard clectrical quantity (the such as battery total electricity when full electricity).Battery for remote control equipment 1 power supply can be rechargeable battery, for instance lithium battery, Ni-MH battery etc..
Dump energy determines that unit 101 can be any parts that can realize the dump energy of battery is determined well known by persons skilled in the art, for instance can be based on someway (such as coulometer method, fuel cell modelling method or voltage test method) to monitor the chip of the dump energy of battery.Dump energy determines that unit 101 can also is that said chip and the combination of the circuit module with data-handling capacity, thus realizing the determination to dump energy.
Communication unit 102
Communication unit 102 can realize the signal transmission between remote control equipment and smart machine, determine that from dump energy the dump energy of unit 101 is sent to the smart machine corresponding with remote control equipment 1 by communication unit 102, so that the dump energy received and the first threshold self arranged are compared by smart machine, and then determine the need for providing electric power to be charged for the battery of remote control equipment 10 according to relation therebetween.Specifically, when dump energy is less than or equal to first threshold, smart machine is determined can provide electric power for the battery of remote control equipment 1;On the contrary, when dump energy is more than first threshold, smart machine is determined can not provide electric power for the battery of remote control equipment 1.
Wherein, first threshold can be smart machine and remote control equipment before dispatching from the factory by manufacturer's performance value set in advance according to remote control equipment, it can also be the value being used user to set according to individual's service condition to remote control equipment or personal like by equipment, or can be smart machine adjust, from remote control equipment, the value that signal is arranged voluntarily according to what receive, for example, this first threshold can 8% or more than, for instance, it is 8% or 20%, or other.How to refer to hereinafter according to the concrete example adjusting signal and arranging voluntarily first threshold about smart machine.
Communication unit 102 can be any parts that can signal be transmitted well known by persons skilled in the art.Such as communication unit 102 can include bluetooth communication, Wireless Fidelity Wi-Fi communication module or infrared communication module.In the present embodiment, communication unit 102 can adopt the one in three of the above module, it would however also be possible to employ any two kinds or three kinds combinations, the invention is not limited in this regard.
In a kind of possible implementation, this remote control equipment 1 can also include consumption figures and determine unit the 103, first judging unit 104, and adjust signal generation unit 105, Fig. 2 illustrates that the consumption figures that includes according to the present invention one example is determined unit, the first judging unit and adjusts the structure chart that signal generates the remote control equipment of unit, respectively above-mentioned each unit is described in detail below with reference to Fig. 2.
Consumption figures determines unit 103
As in figure 2 it is shown, consumption figures determines that unit 103 can receive the dump energy determining unit 101 from dump energy, and determine the electric quantity consumption value of the unit interval of battery according to dump energy.Specifically, for instance, consumption figures determines that unit 103 is A% at t1 reception to dump energy, is B% at t2 reception dump energy, then the electric quantity consumption value of the unit interval of battery can be expressed as (A%-B%)/(t2-t1).The preparation method of the electric quantity consumption value of unit interval can also is that the method for any electric quantity consumption value that can obtain the unit interval well known by persons skilled in the art, such as, based on intelligent chip, the use frequency or other service conditions that use user can be recorded, and then calculate or extrapolate the electric quantity consumption value of unit interval by this record.The invention is not limited in this regard.
Consumption figures determines that unit 103 can be the parts that any electric quantity consumption value that can realize the unit interval to battery well known by persons skilled in the art is determined, such as can be through general processor to realize in conjunction with logical order, it is also possible to be realized by special hardware circuit.
First judging unit 104
As shown in Figure 2, first judging unit 104 can receive the electric quantity consumption value of the unit interval determining unit 103 from consumption figures, and the electric quantity consumption value of this unit interval and Second Threshold are compared, judge relation therebetween, this judged result can be used for determining that adjusting signal generates unit 105 the need of generating adjustment signal, in order to first threshold is adjusted by smart machine according to this adjustment signal.Wherein Second Threshold can be remote control equipment before dispatching from the factory by manufacturer's value set in advance in the first judging unit 104, can also be user according to a value to the service condition of equipment or hobby sets itself, difference that this Second Threshold selected according to the unit interval and different, for instance the unit interval can be chosen as hour day or week.
First judging unit 104 can be the parts of the relation between any electric quantity consumption value and Second Threshold that can realize judging the unit interval well known by persons skilled in the art, such as can be through general processor in conjunction with logical order to realize the parts of arbitration functions, it is also possible to realized by special hardware circuit.
Adjust signal and generate unit 105
In the present embodiment, adjust signal and generate unit 105 when the first judging unit 104 judges the electric quantity consumption value of described unit interval more than Second Threshold, generate and adjust signal, this adjustment signal is sent to the smart machine corresponding with remote control equipment 1 via communication unit 102, in order to make smart machine according to the adjustment signal received, first threshold be adjusted.Specifically, this adjustment can be the concrete example in Row sum-equal matrix, detailed in Example 2 of smart machine.Can also be that smart machine passes through to give user prompting after reception adjusts signal, and then make user that first threshold to be adjusted.Such as, smart machine can generate cue after receiving adjustment signal, such as: on screen, show the information of " remote control equipment electric quantity consumption is too fast; please adjust first threshold ", or the display lamp flicker making smart machine shell rim is yellow (or other are about decided to be the color adjusting first threshold), user is after receiving this cue, it is possible to according to practical situation, first threshold is adjusted.
Adjusting signal generation unit 105 can be that any can realization well known by persons skilled in the art adjusts the parts that signal generates, such as can be through general processor to realize adjusting the parts that signal generates in conjunction with logical order, it is also possible to realized by special hardware circuit.
Determine unit the 103, first judging unit 104 by above consumption figures, and adjust signal and generate unit 105, it is possible to according to user, the usage degree of remote control equipment 1 is adjusted first threshold, to provide more appropriate charging scheme.Such as, if the usage degree of remote control equipment 1 is very high, unit interval power consumption is very big, then can heighten first threshold, in order to charge for remote control equipment 1 in time.
In a kind of possible implementation, this remote control equipment 1 can also include the second judging unit 106 and cue generates unit 107, Fig. 3 illustrates the structure chart of the remote control equipment including the second judging unit and cue generation unit according to another example of the present invention, respectively above-mentioned each unit is described in detail below with reference to Fig. 3.
Second judging unit 106
As shown in Figure 3, second judging unit 106 can receive the dump energy determining unit 101 from dump energy, and this dump energy and the 3rd threshold value are compared, judge relation therebetween, this judged result can be used for determining that cue generates unit 107 the need of generating cue, and then points out user about the dump energy situation of the battery of remote control equipment 1 by remote control equipment 1 and/or smart machine.Wherein the 3rd threshold value can be remote control equipment before dispatching from the factory by manufacturer's value set in advance in the second judging unit 106, it can also be user's value according to the service condition sets itself to equipment, for example, the 3rd threshold value can 6% or more than, for instance 8%, 15% or other.3rd threshold value can be identical or different with above-mentioned first threshold.
Second judging unit 106 can be any parts that can realize judging the relation between dump energy and the 3rd threshold value well known by persons skilled in the art, such as can be through general processor in conjunction with logical order to realize the parts of arbitration functions, it is also possible to realized by special hardware circuit.
Cue generates unit 107
Cue generates unit 107 when the second judging unit 106 judges to determine the dump energy of unit 101 less than or equal to three threshold values from dump energy, generate cue, in order to remote control equipment 1 and/or smart machine give user prompting according to the cue received.
It can be any parts that can realize cue generation well known by persons skilled in the art that cue generates unit 107, such as can be through general processor in conjunction with logical order to realize the parts that cue generates, it is also possible to be realize, by special hardware circuit, the parts that cue generates.
Tip element 108
In a kind of possible implementation, this remote control equipment 1 can also include Tip element 108, Fig. 4 and illustrate the structure chart of the remote control equipment also including Tip element according to the another example of the present invention.As shown in Figure 4, Tip element 108 can receive the cue generating unit 107 from cue, and points out in response to described cue, thus pointing out user about the dump energy situation of the battery of remote control equipment 1.
Tip element 108 can be any parts that can realize prompt facility well known by persons skilled in the art, for instance it is one or more that Tip element 108 can include in vibration module, voice module and display lamp.Specifically, vibration module can be given and response after receiving cue in the way of vibration, voice module can be given and response after receiving cue in the way of buzzing, and display lamp can be given and response after receiving cue in the way of display lamp flicker.Display lamp can also glimmer in different situations the display lamp with different colours, such as, when receiving dump energy less than or equal to the cue of the 3rd threshold value (such as need charging), display lamp glimmers with redness, when electric quantity consumption value is more than Second Threshold, display lamp is with blinking yellow illumination, when dump energy is more than or equal to the 4th threshold value (such as electricity have been filled with), warning light glimmers with green, and this is not all limited by the present invention.
Motion detection unit 109 and motion determination unit 110
In a kind of possible implementation, this remote control equipment 1 can also include motion detection unit 109 and motion determination unit 110.Fig. 5 illustrates the structure chart of the remote control equipment also including motion detection unit and motion determination unit according to another example of the present invention.As it is shown in figure 5, this motion detection unit 109 can detect the kinematic parameter of remote control equipment 1, and kinematic parameter is passed to motion determination unit 110.Wherein, kinematic parameter can include horizontal displacement, vertical displacement, rotational angle etc..
Motion detection unit 109 can be any parts that can realize the kinematic parameter of remote control equipment 1 is detected well known by persons skilled in the art, such as gyroscope, the gyroscope of the numerical value that can be able on detection level face X-direction and Y direction generation offset variation, it is also possible to be able on detection level face X-direction and the gyroscope of the numerical value of Z-direction generation offset variation on Y direction and vertical.
Motion determination unit 110 can receive the kinematic parameter from motion detection unit 109, and this kinematic parameter and predetermined threshold value is compared, and determines whether remote control equipment is user-operably (such as pick up or put down) according to result of the comparison.Predetermined threshold value can be remote control equipment before dispatching from the factory by manufacturer's value set in advance in motion determination unit 110, this predetermined threshold value can be set according to the type of gyroscope.Such as, if gyroscope can detect the value of X-direction, Y direction and Z-direction, then predetermined threshold value can include three values of X-direction, Y direction and Z-direction;If gyroscope can detect the value of the both direction of X-direction and Y direction, then predetermined threshold value can include two values of X-direction and Y direction.According to kinematic parameter, how the gyroscope of the kinematic parameter X-direction, Y direction and Z-direction can be detected below, judge whether remote control equipment 1 is user-operably to motion determination unit 110 and be illustrated.Such as, in X-direction, Y direction and Z-direction, any one kinematic parameter is more than or equal to corresponding axial predetermined threshold value, then judge that remote control equipment 1 is user-operably (such as pick up or put down), otherwise judge that remote control equipment 1 is not user-operably.Again such as, any two or three kinematic parameters are more than or equal to corresponding axial predetermined threshold value in X-direction, Y direction and Z-direction, just judge that remote control equipment is user-operably, otherwise judge that remote control equipment 1 is not user-operably.More than it is merely illustrative of and how to judge whether remote control equipment 1 is user-operably, it is understood by one of ordinary skill in the art that the invention is not restricted to this.Predetermined threshold value is set and can reduce the risk of the false judgment that remote control equipment 1 causes because of the microvibration except user operation.
Motion determination unit 110 can be any parts that can realize judging the relation between kinematic parameter and predetermined threshold value well known by persons skilled in the art, such as can be through general processor in conjunction with logical order to realize the parts of arbitration functions, it is also possible to be the parts being realized arbitration functions by special hardware circuit.
By above-mentioned motion detection unit 109 and motion determination unit 110, may determine that whether remote control equipment 1 is currently being used, thus taking different prompting schemes under the different conditions that remote control equipment 1 is currently being used or is not used by, to guarantee to give to save power consumption under the premise of the enough promptings of user as far as possible.
In a kind of possible implementation, motion determination unit 110 be judged as from Tip element 108 carry out pointing out the scheduled time in, when remote control equipment 1 is not user-operably, indicate described Tip element 108 to stop prompting.Specifically, such as, the scheduled time (or the other times that are a minute, the present invention is without limitation), from Tip element 108 carry out pointing out one minute in, motion determination unit 110 judges that remote control equipment 1 is not user-operably, then this judged result is sent to cue and generates unit 107 by motion determination unit 110, cue generates unit 107 and generates stopping cue according to this judged result, to indicate Tip element 108 to stop prompting.
Charging detection unit 111
In a kind of possible implementation, this remote control equipment 1 can also include charging detection unit 111.Fig. 6 illustrates the structure chart of the remote control equipment including charging detection unit according to the another example of the present invention.As shown in Figure 6, charging detection unit 111 can detect whether the battery of remote control equipment is electrically charged, and this charging detection unit 111 detect from Tip element carry out pointing out the scheduled time in, when the battery of remote control equipment 1 is not electrically charged, described Tip element 108 is indicated to stop prompting, thus save the power consumption that prompting brings as far as possible.Specifically, such as, the scheduled time (or the other times that are a minute, the present invention is without limitation), from Tip element 108 carry out pointing out one minute in, charging detection unit 111 is not detected by the battery of remote control equipment 1 and is electrically charged, then battery is not electrically charged this testing result and is sent to cue and generates unit 107 by charging detection unit 111, cue generates unit 107 and generates stopping cue according to this result, to indicate Tip element 108 to stop prompting.
Charging detection unit 111 can be the parts whether any battery that can realize detection remote control equipment 1 well known by persons skilled in the art is electrically charged, such as, can be able to detect the parts whether charging circuit charged for remote control equipment 1 has electric current process, it is also possible to be able to the parts whether dump energy of the battery of detection remote control equipment 1 increases.
In a kind of possible implementation, motion determination unit 110 can be also used for judging whether remote control equipment 1 is user-operably again after Tip element 108 is instructed to stopping prompting.Specifically, such as, when motion determination unit 110 judges that remote control equipment 1 is user-operably again after Tip element 108 is instructed to stopping prompting, remote control equipment 1 can be user-operably this result and be sent to cue generation unit 107 by motion determination unit 110, cue generates unit 107 and generates cue according to this judged result, so that Tip element 108 is in response to this cue, thus realize to the prompting again of user.
In a kind of possible implementation, communication unit 102 can send request to the smart machine corresponding with remote control equipment 1, to ask smart machine to provide the status signal of the state representing smart machine, and the status signal according to smart machine feedback makes corresponding action.This request such as can send when the second judging unit 106 is judged as dump energy less than or equal to three threshold values.
For example, receiving expression smart machine at communication unit 102 is standby or when the status signal of open state, the cue that above cue generation unit 107 generates can be sent to smart machine by communication unit 102, so that smart machine is pointed out.Can referring to embodiment 2 according to the concrete mode that the cue received carries out pointing out about smart machine.If communication unit 102 does not receive the status signal of the state representing smart machine in the given time, then it represents that smart machine is likely off-mode, and communication unit 102 can not will be prompted to signal and be sent to smart machine.
Can in the way of similar as above, testing result in conjunction with motion determination unit 110 judged result and/or charging detection unit 111, when being judged as that remote control equipment 1 is not user-operably and/or battery is not charged within the scheduled time risen to smart machine transmission cue, send and stop cue to smart machine, to avoid remote control equipment and the waste of smart machine electric energy.
For example, in a kind of possible implementation, it is judged as sending in the scheduled time that cue rises to described smart machine 1 at described motion determination unit 110, when remote control equipment 1 is not user-operably, communication unit 102 sends to smart machine and stops cue, so that described smart machine stops prompting.
In alternatively possible implementation, described charging detection unit 111 detects and sends in the scheduled time that cue rises to described smart machine, when the battery of remote control equipment 1 is not electrically charged, communication unit 102 sends to smart machine and stops cue, so that described smart machine stops prompting.
In a kind of possible implementation, when after motion determination unit 110 is judged as communication unit 102 transmission stopping cue, remote control equipment 1 is user-operably again, communication unit 102 can send cue to smart machine, so that smart machine is pointed out, thus realizing to the prompting again of user.
Those skilled in the art are based on each example in above example; according to the function of each unit, it can be carried out permutation and combination and combination; to realize the technique effect wanting to obtain, but the scheme that various permutation and combination is constituted all should be encompassed within protection scope of the present invention.
Embodiment 2
Fig. 7 illustrates the structure chart of smart machine according to another embodiment of the present invention.As in figure 2 it is shown, this smart machine 2 specifically includes that communication unit 201, it is received as the dump energy of the battery that remote control equipment is powered from remote control equipment;Judging unit 202, it is judged that the relation of described dump energy and first threshold;Charhing unit 203, when judging unit 202 judges described dump energy less than or equal to described first threshold, described charhing unit 203 enables, in order to the battery for remote control equipment charges.
The present embodiment is received as the dump energy of the battery that remote control equipment is powered by communication unit 201, and judge the relation of this dump energy and first threshold, when judging unit 202 judges dump energy less than or equal to first threshold, charhing unit 203 is just made to enable, to be the battery charging of remote control equipment, otherwise not charging for it, being charged to battery continually thus avoiding, it is ensured that the normal service life of battery.
Communication unit 201
Communication unit 201 can realize the signal transmission between remote control equipment and smart machine, communication unit 201 can receive the dump energy of the battery from remote control equipment, and this dump energy is sent to judging unit 202, in order to judging unit 202 judges the relation between dump energy and first threshold.
Communication unit 201 can be any parts that can signal be transmitted well known by persons skilled in the art.Such as communication unit 201 can be bluetooth communication, Wireless Fidelity Wi-Fi communication module or infrared communication module.In the present embodiment, communication unit 201 can adopt the one in three of the above module, it would however also be possible to employ any two kinds or three kinds combinations, the invention is not limited in this regard.
Judging unit 202
Judging unit 202 can receive the dump energy from communication unit 201, and this dump energy and first threshold are compared, judging relation therebetween, this judged result can be used for determining whether charhing unit 203 enables, in order to the battery for remote control equipment charges.
Judging unit 202 can be any parts that can realize judging the relation between dump energy and first threshold well known by persons skilled in the art, such as can be through general processor in conjunction with logical order to realize the parts of arbitration functions, it is also possible to be the parts being realized arbitration functions by special hardware circuit.
Charhing unit 203
In the present embodiment, when judging unit 202 judges described dump energy less than or equal to first threshold, charhing unit 203 enables, in order to the battery for remote control equipment charges.For example, when dump energy is less than or equal to first threshold, charhing unit 203 can enter enabled state so that charhing unit 203 and battery electric connection, in order to provides electric power to be charged for battery;When dump energy is more than first threshold, charhing unit 203 can enter non-enabled state so that charhing unit 203 not with battery electric connection, namely not for battery charge.
Charhing unit 203 can be the combination of the parts of any battery charging that can be implemented as remote control equipment well known by persons skilled in the art or parts, for instance can be the combination of supply module and the circuit that can connect with the battery conductive in remote control equipment.For example, it is possible to enable charhing unit 203 by controlling the enable of supply module, it is also possible to make circuit turn-on enable charhing unit 203, the invention is not limited in this regard by the Guan Bi of control circuit.
In a kind of possible implementation, this smart machine 2 can also include charging inlet parts, and these charging inlet parts are arranged on the housing of smart machine 2, for connecting battery and the charhing unit 203 of remote control equipment.Charging inlet parts can be such as the charging slot that can directly hold remote control equipment, or can pass through the charging terminal etc. that charge cable is connected with remote control equipment.For example, remote control equipment can have charging electrode, this charging electrode conductive communication battery, charging inlet parts can have matched charging electrode, this charging electrode can with charhing unit 203 conductive communication, when remote control equipment is contained in charging inlet parts, the two charging electrode conductive contact matched, make that the battery of remote control equipment is electrically conductive with charhing unit 203 to be connected, thus when charhing unit 203 enables, it is possible to it is charged for battery.
In one example, these charging inlet parts can be connected in rotary mode with the housing of described smart machine, for instance pivotally connected.Charging inlet parts can relative to housing into rotation to deployed condition (outside such as extending to housing) to facilitate insertion or to take out remote control equipment, also it can turn to folded state (being such as folded to the rear of housing) to be not take up space as far as possible, do not affect the attractive in appearance of smart machine.Fig. 8 illustrates that the remote control equipment according to the present invention one example is contained in the schematic diagram (for intelligent television 2 ') of the smart machine of charging inlet parts, as shown in Figure 8, remote control equipment 1 is contained in charging inlet parts 801, charging inlet parts 801 can be arranged at the optional position of smart machine 2, dotted line represents the effect of folded state, and solid line represents the effect of deployed condition.For example, remote control equipment 1 can be positioned in the charging inlet parts 801 of deployed condition when not using remote control equipment 1 by user, and after placing, charging inlet parts 801 are turned to folded state, it is easy to remote control equipment 1 is received, during to prevent from reusing, meets with the embarrassment that can not find remote control equipment.
Owing to charging inlet parts 801 are installed on the housing of smart machine 2, when also making the battery at remote control equipment 1 need to charge, it is possible to avoid user to look for this process of charger, enormously simplify user's operation to remote control equipment 1 and smart machine 2.Simultaneously, owing to the present embodiment is when judging unit 202 judges the dump energy of battery less than or equal to first threshold, charhing unit 203 just can charge for battery, and when judging unit 202 judges the dump energy of battery more than first threshold, even if remote control equipment 1 is contained in charging inlet parts 801, charhing unit 203 charges without for battery, remote control equipment 1 is contained in charging inlet parts 801 every time all can affect the service life of battery for battery charging thus avoiding, that is, user is when charging, also can relievedly remote control equipment 1 be accommodated in charging inlet parts 801, without worrying to affect battery life due to the charging of too frequent.
In a kind of possible implementation, charhing unit 203 can also be integrated in the power module into smart machine 2 power supply.Fig. 9 illustrates the schematic diagram that the charhing unit according to another example of the present invention connects with charging inlet components conductive, in this example, charhing unit 203 is integrated in the power module 901 into smart machine 2 power supply, remote control equipment 1 is contained in charging inlet parts 801, as it is shown in figure 9, charging inlet parts 801 are connected by wire 902 with power module 901, and then charhing unit 203 is made to connect with battery conductive, thus when charhing unit 203 enables, it is possible to charge for battery.
Adjustment unit 204
In a kind of possible implementation, this smart machine 2 can also include adjustment unit 204.Figure 10 illustrates the structure chart of the smart machine according to the present invention one example, as shown in Figure 10, communication unit 201 can receive the adjustment signal from remote control equipment, and this adjustment signal is sent to adjustment unit 204, and the producing method adjusting signal can referring to above-described embodiment 1.Such as, adjust signal and can include electric quantity consumption value more than this judged result of Second Threshold, adjustment unit 204 is after receiving this judged result, first threshold can be automatically adjusted according to default rule, such as from 8%, it is adjusted to 20%, it is also possible to generate the cue needing to adjust first threshold, and pointed out to user by the Tip element of smart machine, user after receiving this cue, can manually adjust first threshold.Adjust the electric quantity consumption value that signal can also include the unit interval of battery, adjustment unit 204 can store the electric quantity consumption value of with good grounds different unit interval in initial setting up, first threshold is automatically regulated to be the program of different values, such as, when the electric quantity consumption value of battery is for consuming 15%-30% (such as 18%) per hour, first threshold can be set to 20% by adjustment unit 204 automatically.Again such as, when the electric quantity consumption value of battery is for consuming 30%-45% (such as 40%) per hour, first threshold can be set to 35% by adjustment unit 204 automatically.
Adjustment unit 204 can be any parts that can realize first threshold is adjusted well known by persons skilled in the art, such as can be through the parts that general processor realizes first threshold is adjusted in conjunction with logical order, it is also possible to be realize, by special hardware circuit, parts that first threshold is adjusted.
In a kind of possible implementation, communication unit 201 can be also used for receiving the request from remote control equipment, and in response to this request, sends the status signal representing oneself state to remote control equipment.Described status signal can include open state signal or holding state signal.Smart machine is also in off-mode, if smart machine is in off-mode, then will not send status signal to remote control equipment, i.e. the response that begs off from doing out to remote control equipment.
Tip element 205
In a kind of possible implementation, this smart machine 2 can also include Tip element 205, Figure 11 illustrates the structure chart of the smart machine including Tip element according to another example of the present invention, as shown in figure 11, this Tip element 205 can receive from remote control equipment and via communication unit 201 send cue, and in response to described cue, user to be carried out the prompting of the dump energy situation of the battery about remote control equipment.In another example, as shown in figure 12, the dump energy situation of the battery of remote control equipment when judging unit 202 judges the dump energy from remote control equipment less than or equal to first threshold, can also be pointed out by Tip element 205.Wherein, described prompting can be included the display lamp by being positioned at smart machine housing and carries out pointing out and/or being pointed out by the screen display reminding information of smart machine.This example can be combined with adjustment unit, to realize first threshold is adjusted.
Smart machine can be able to utilize remote control equipment to its equipment being remotely controlled, for instance intelligent television, intelligent air condition etc..Below for intelligent television and illustrate when dump energy is less than or equal to three threshold values in conjunction with Figure 13, the specific implementation pointed out is carried out by remote control equipment and/or intelligent television, these specific implementations are only for the purposes of understanding, and do not limit the present invention in any way.
In an application example, intelligent television 2 may be at open state, when dump energy is less than or equal to three threshold values, the cue of remote control equipment 1 generates unit 107 can generate cue, and pointed out in response to this cue by the Tip element 108 of remote control equipment 1, prompting can be through vibration module make remote control equipment 1 vibrate, given voice message by voice module and be arranged in remote control equipment 1 housing display lamp flicker one or more.
Remote control equipment 1 can also send request to intelligent television 2 ', intelligent television 2 ' receives and responds to this request, open state signal is sent to remote control equipment 1, remote control equipment 1 warp after receiving open state signal be will be prompted to signal by communication unit 102 and is sent to intelligent television 2 ', the Tip element 205 of intelligent television 2 ' receives this cue and responds, point out with the dump energy situation to the battery of remote control equipment 1, prompting can include being positioned at display lamp flicker (such as flashing red light) of intelligent television 2 ' housing and carry out pointing out and/or pass through the screen display reminding information of intelligent television 2 ' (such as: point out: remote controller electricity is low, please remote controller is inserted charging socket) point out.
For the remote control equipment 1 prompting mode based on Tip element 108, it is possible to be that remote control equipment 1 is pre-set by manufacturer before dispatching from the factory, it is also possible to be that user is configured according to personal like.For the intelligent television 2 ' prompting mode based on Tip element 205, can be intelligent television 2 ' (such as display lamp flicker and screen display reminding information) that pre-set by manufacturer before dispatching from the factory, (the such as only display lamp flicker that can also to be user be configured according to personal like, or only screen display reminding information, or both promptings or all not promptings etc.).The compound mode that remote control equipment and smart machine are pointed out by the present invention does not limit, for instance compound mode may is that remote control equipment display lamp flicker+vibration prompt+voice message, and intelligent television display lamp glimmers and/or screen display reminding information;Remote control equipment display lamp flicker/vibration prompt/voice message, and intelligent television display lamp flicker and/or screen display reminding information;The two in the flicker of remote control equipment display lamp, vibration prompt and voice message, and the flicker of intelligent television display lamp and/or screen display reminding information etc., it is also possible to only pointed out by remote control equipment, or only pointed out by intelligent television.
In a sub-example, remote control equipment 1 can include motion detection unit 109 and motion determination unit 110, from the Tip element 205 of the Tip element 108 of remote control equipment 1 and/or intelligent television 2 ' carry out prompting the scheduled time in, motion determination unit 110 judges that remote control equipment 1 is not user-operably, it indicates that the Tip element 108 of remote control equipment 1 stops prompting.Cue is stopped to intelligent television 2 ', so that the Tip element 205 of intelligent television 2 ' stops prompting at the same time it can also be send.And, motion determination unit 110 can also judge self-stopping technology prompting after remote control equipment 1 when being again user-operably, the Tip element 108 of instruction remote control equipment 1 is pointed out.Can also again send cue to intelligent television 2 ', so that the Tip element 205 of intelligent television 2 ' is pointed out in response to this cue again.
In another sub-example, remote control equipment 1 can also include charging detection unit 111, from the Tip element 205 of the Tip element 108 of remote control equipment 1 and/or intelligent television 2 ' carry out prompting the scheduled time in, charging detection unit 111 detects the battery of remote control equipment 1 and is not electrically charged, it indicates that the Tip element 108 of remote control equipment 1 stops prompting.Cue is stopped to intelligent television 2 ', so that the Tip element 205 of intelligent television 2 ' stops prompting at the same time it can also be send.And, motion determination unit 110 can also judge self-stopping technology prompting after remote control equipment 1 when being again user-operably, the Tip element 108 of instruction remote control equipment 1 is pointed out.Can also again send cue to intelligent television 2 ', so that the Tip element 205 of intelligent television 2 ' is pointed out in response to this cue again.
In Another Application example, intelligent television 2 ' may be at holding state, this application example is similar with the prompting mode of the example that intelligent television 2 ' is in open state, it is different in that, intelligent television 2 ' is in holding state, screen can be the state (such as blank screen) closed, and the Tip element 205 of intelligent television 2 ' can not show in the way of screen display reminding information.
In another application example, intelligent television 2 ' may be at off-mode, owing to intelligent television 2 ' is in off-mode, so for the request from remote control equipment 1, any response can not be given, remote control equipment 1 is when being not received by the status signal of intelligent television 2 ', it is possible to do not send cue to intelligent television 2 ', and remote control equipment 1 is pointed out only by self Tip element 108.
The above; being only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any those familiar with the art is in the technical scope that the invention discloses; change can be readily occurred in or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with described scope of the claims.

Claims (20)

1. a remote control equipment, it is characterised in that described remote control equipment includes:
Dump energy determines unit, it is determined that for the dump energy of the battery that described remote control equipment is powered;
Communication unit, is sent to the smart machine corresponding with described remote control equipment by described dump energy, in order to determine the relation of first threshold set on described dump energy and smart machine,
Wherein, when described dump energy is less than or equal to described first threshold, the charhing unit of described smart machine enables, in order to charge for described battery.
2. remote control equipment according to claim 1, it is characterised in that described remote control equipment also includes:
Consumption figures determines that unit, described consumption figures determine that unit is according to described dump energy, it is determined that the electric quantity consumption value of the unit interval of battery;
First judging unit, it is judged that the electric quantity consumption value of described unit interval and the relation of Second Threshold;
Adjust signal and generate unit, when the first judging unit is judged as the electric quantity consumption value of described unit interval more than Second Threshold, generates and adjust signal,
Described adjustment signal is sent to described smart machine by described communication unit, in order to described smart machine adjusts described first threshold.
3. remote control equipment according to claim 1, it is characterised in that described remote control equipment also includes:
Second judging unit, described second judging unit judges described dump energy and the relation of the 3rd threshold value;
Cue generates unit, when the second judging unit is judged as described dump energy less than or equal to three threshold values, generates cue.
4. remote control equipment according to claim 3, it is characterised in that described remote control equipment also includes:
Tip element, described Tip element is pointed out in response to described cue.
5. remote control equipment according to claim 4, it is characterised in that described remote control equipment also includes:
Motion detection unit, for detecting the kinematic parameter of described remote control equipment;
According to described kinematic parameter, motion determination unit, judges whether remote control equipment is user-operably.
6. remote control equipment according to claim 5, it is characterised in that
Motion determination unit be judged as from Tip element carry out pointing out the scheduled time in, when remote control equipment is not user-operably, indicate described Tip element to stop prompting.
7. remote control equipment according to claim 5, it is characterised in that described remote control equipment also includes:
Charging detection unit, whether the battery of detection remote control equipment is electrically charged,
Wherein, described charging detection unit detect from Tip element carry out pointing out the scheduled time in, when the battery of remote control equipment is not electrically charged, indicate described Tip element to stop prompting.
8. the remote control equipment according to claim 6 or 7, it is characterised in that
When remote control equipment is user-operably described motion determination unit again after being judged as the stopping prompting of described Tip element, described Tip element is indicated to point out.
9. remote control equipment according to claim 3, it is characterised in that
Described communication unit is additionally operable to send request to smart machine, to ask described smart machine to provide the status signal of the state representing smart machine,
Wherein, when described communication unit receives the status signal that expression smart machine is holding state or open state, described cue is sent to smart machine by communication unit, so that described smart machine is pointed out.
10. remote control equipment according to claim 9, it is characterised in that described remote control equipment also includes:
Motion detection unit, for detecting the kinematic parameter of described remote control equipment;
According to described kinematic parameter, motion determination unit, judges whether remote control equipment is user-operably,
Wherein, being send in the scheduled time that cue rises to described smart machine in described motion determination unit judges, when remote control equipment is not user-operably, communication unit sends to smart machine and stops cue, so that described smart machine stops prompting.
11. remote control equipment according to claim 10, it is characterised in that described remote control equipment also includes:
Charging detection unit, whether the battery of detection remote control equipment is electrically charged,
Wherein, described charging detection unit detects and sends in the scheduled time that cue rises to described smart machine, and when the battery of remote control equipment is not electrically charged, communication unit sends to smart machine and stops cue, so that described smart machine stops prompting.
12. the remote control equipment according to claim 10 or 11, it is characterised in that
When described motion determination unit judges is that after described communication unit sends stopping cue, remote control equipment is user-operably again, communication unit sends cue to smart machine, so that described smart machine is pointed out.
13. a smart machine, it is characterised in that described smart machine includes:
Communication unit, is received as the dump energy of the battery that remote control equipment is powered from remote control equipment;
Judging unit, it is judged that the relation of described dump energy and first threshold;
Charhing unit, when judging unit judges described dump energy less than or equal to described first threshold, described charhing unit enables, in order to the battery for remote control equipment charges.
14. smart machine according to claim 13, it is characterised in that
Described communication unit is additionally operable to receive the adjustment signal from described remote control equipment,
Described smart machine also includes: adjustment unit, and described first threshold is adjusted by described adjustment unit according to described adjustment signal.
15. smart machine according to claim 13, it is characterised in that
Described communication unit is additionally operable to receive the request from remote control equipment, and in response to this request, sends the status signal of the state representing described smart machine to remote control equipment.
16. smart machine according to claim 13, it is characterised in that
Described communication unit is additionally operable to receive the cue from remote control equipment,
Described smart machine also includes: Tip element, in response to described cue, the dump energy situation of the battery of remote control equipment is pointed out.
17. smart machine according to claim 13, it is characterised in that described smart machine also includes:
Tip element, when judging unit judges described dump energy less than or equal to described first threshold, points out the dump energy situation of the battery of remote control equipment.
18. the smart machine according to claim 16 or 17, it is characterised in that
Described prompting is included the display lamp by being positioned at smart machine housing and carries out pointing out and/or being pointed out by the screen display reminding information of smart machine.
19. smart machine according to claim 13, it is characterised in that described smart machine also includes:
Charging inlet parts, are arranged on the housing of described smart machine, are used for holding remote control equipment, and when described remote control equipment is contained in described charging inlet parts, connect battery and the charhing unit of remote control equipment.
20. smart machine according to claim 19, it is characterised in that
Described charging inlet parts are rotatably connected with the housing of described smart machine.
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