CN105446467A - Method and apparatus for controlling use of intelligent terminal device - Google Patents
Method and apparatus for controlling use of intelligent terminal device Download PDFInfo
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- CN105446467A CN105446467A CN201410414816.9A CN201410414816A CN105446467A CN 105446467 A CN105446467 A CN 105446467A CN 201410414816 A CN201410414816 A CN 201410414816A CN 105446467 A CN105446467 A CN 105446467A
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Abstract
The present invention provides a method and an apparatus for controlling use of an intelligent terminal device. The method is applied to a controlling terminal device and a controlled terminal device. The method comprises: acquiring a real-time distance between each radio frequency tag and each radio frequency read-write device by the radio frequency read-write devices and calculating real-time spatial position information of each radio frequency tag according to the acquired real-time distance; in the case of meeting a preset enabling condition, according to the real-time spatial position information of each radio frequency tag, calculating a movement velocity and a movement track of each radio frequency tag; and if the movement velocity and the movement track of each radio frequency tag are matched with a preset generation condition of a certain control signal, transmitting an instruction for generating a corresponding control signal to the controlled terminal device, so that the controlled terminal device executes a corresponding operation according to the received instruction. According to the method provided by the present invention, the burden of a hand of an operator can be reduced, the intelligent terminal device can be operated and controlled without limitation more conveniently.
Description
Technical field
The present invention relates to moving communicating field, especially, relate to a kind of method and apparatus controlling intelligent terminal and use.
Background technology
Along with the progress of science and technology, intelligent terminal and wearable device have more and more come into our life, common intelligent terminal can comprise mobile phone, computer, PAD, projector etc., common wearable device can comprise intelligent glasses, Intelligent bracelet, intelligence ring etc., wearable device similarly is the intelligent terminal of scaled down version, it can be considered that the extension of intelligent terminal uses, can be intelligent terminal and Data support is provided, intelligent terminal is controlled etc., but in prior art, the all more single and hommization not of mode intelligent terminal controlled by wearable device.
On the other hand, mouse is that a kind of modal carrying out intelligent terminals such as computers operates the instrument controlled, along with people be no longer satisfied with mouse in the plane movement to terminal device carry out operate control mode, empty mouse wireless mouse is answered the demand of people and creates, although existing on-air radio mouse is no longer confined to use in some planes and realize carrying out operation control to terminal device, but it does not still break away from the shadow of mouse, no matter be wire mouse, wireless mouse, or empty mouse, operator goes operation by hand for a long time, for operator hand be all no small burden, and above-mentioned mouse all just must can go operation in specific region.
Therefore, be badly in need of a kind of can alleviate the hand of operator burden and can unrestricted, carry out operating the scheme controlled to intelligent terminal more easily.
Summary of the invention
Technical matters to be solved by this invention be to provide a kind of control intelligent terminal use method and apparatus, the burden of the hand of operator can be alleviated, can unrestricted and more easily to intelligent terminal carry out operation control.
In order to solve the problem, on the one hand, provide a kind of method controlling intelligent terminal and use, described method is applied on control end equipment and controlled terminal equipment, control end equipment and controlled terminal equipment are that radio communication is connected, starting state is in for connecing in check preset application in described controlled terminal equipment
Described control end equipment comprises the first control end equipment and the second control end equipment, described first control end equipment comprises fetch equipment, described second control end equipment comprises the equipment that at least one is provided with radio-frequency (RF) tag, at least three frequency read/writes are set in described fetch equipment, form a three-dimensional coordinate system between described at least three frequency read/writes, described fetch equipment and the described equipment being provided with radio-frequency (RF) tag are established a communications link by frequency read/write and radio-frequency (RF) tag;
At described control end equipment side, described method comprises:
Obtain the real-time distance between each radio-frequency (RF) tag and each frequency read/write by frequency read/write, and calculate the real-time spatial position information of each radio-frequency (RF) tag according to the real-time distance got;
When meeting preset enable condition, calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag;
If when the Production conditions of the movement velocity of radio-frequency (RF) tag and movement locus and default a certain control signal matches, then send the instruction producing corresponding control signal to controlled terminal equipment, so that described controlled terminal equipment performs corresponding operation according to the instruction received.
Further, described in be provided with radio-frequency (RF) tag equipment be multiple,
When meeting preset enable condition, calculating movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag, comprising:
The relative distance between each radio-frequency (RF) tag is calculated according to the real-time spatial position information of each radio-frequency (RF) tag;
If described relative distance meets preset enable distance, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
Further, the equipment being provided with radio-frequency (RF) tag described in for one and described in be provided with radio-frequency (RF) tag equipment be provided with enable trigger button;
When meeting preset enable condition, calculating movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag, comprising:
When described enable trigger button is triggered, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
Further, the Production conditions of the movement velocity of described radio-frequency (RF) tag and movement locus and default a certain control signal matches, and comprising:
Information in the movement velocity of radio-frequency (RF) tag and movement locus and the first pre-set list is compared, determines whether the movement velocity of described radio-frequency (RF) tag and movement locus match with the Production conditions of a certain control signal according to comparison result;
Wherein, described first pre-set list is the incidence relation list of control signal type of the movement velocity of radio-frequency (RF) tag, the movement locus of radio-frequency (RF) tag and generation.
Further, described first control end equipment also comprises display interface, and described method also comprises:
After receiving the instruction showing a certain information, described information is sent to display interface and is shown by described display interface.
Further, described first control end equipment also comprises voice device, and described method also comprises:
After receiving the instruction of playing a certain voice document, institute's voice file is play by described voice device;
After described voice device receives the voice messaging relevant to control operation of user's input, the described voice messaging relevant to control operation is converted to corresponding steering order and sends to controlled terminal equipment, so that described controlled terminal equipment performs corresponding operation according to steering order; Or
After described voice device receives the voice messaging relevant to control operation of user's input, the described voice messaging relevant to control operation is sent to controlled terminal equipment, by controlled terminal equipment the described voice messaging relevant to control operation be converted to corresponding control signal and perform corresponding operation.
On the other hand, additionally provide a kind of device controlling intelligent terminal and use, comprise control end equipment and controlled terminal equipment, control end equipment and controlled terminal equipment are that radio communication is connected, starting state is in for connecing in check preset application in described controlled terminal equipment
Described control end equipment comprises the first control end equipment and the second control end equipment, described first control end equipment comprises fetch equipment, described second control end equipment comprises the equipment that at least one is provided with radio-frequency (RF) tag, at least three frequency read/writes are set in described fetch equipment, form a three-dimensional coordinate system between described at least three frequency read/writes, described fetch equipment and the described equipment being provided with radio-frequency (RF) tag are established a communications link by frequency read/write and radio-frequency (RF) tag;
At described control end equipment side, described device comprises:
Acquiring unit, for being obtained the real-time distance between each radio-frequency (RF) tag and each frequency read/write by frequency read/write, and calculates the real-time spatial position information of each radio-frequency (RF) tag according to the real-time distance got;
Computing unit, for when meeting preset enable condition, calculates movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag;
Delivery unit, for when the movement velocity of radio-frequency (RF) tag and the Production conditions of movement locus and default a certain control signal match, then send the instruction producing corresponding control signal to controlled terminal equipment, so that described controlled terminal equipment performs corresponding operation according to the instruction received.
Further, described in be provided with radio-frequency (RF) tag equipment be multiple,
Described computing unit, specifically for:
The relative distance between each radio-frequency (RF) tag is calculated according to the real-time spatial position information of each radio-frequency (RF) tag;
If described relative distance meets preset enable distance, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
Further, the equipment being provided with radio-frequency (RF) tag described in for one and described in be provided with radio-frequency (RF) tag equipment be provided with enable trigger button;
Described computing unit, specifically for:
When described enable trigger button is triggered, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
Further, described delivery unit, specifically for:
Information in the movement velocity of radio-frequency (RF) tag and movement locus and the first pre-set list is compared, determines whether the movement velocity of described radio-frequency (RF) tag and movement locus match with the Production conditions of a certain control signal according to comparison result;
Wherein, described first pre-set list is the incidence relation list of control signal type of the movement velocity of radio-frequency (RF) tag, the movement locus of radio-frequency (RF) tag and generation.
Compared with prior art, a technical scheme in technique scheme has the following advantages:
In the method and apparatus that the control intelligent terminal provided in the embodiment of the present invention uses, control end equipment comprises the first control end equipment of fetch equipment and comprises the second control end equipment that at least one is provided with radio-frequency (RF) tag, in fetch equipment, establish multiple frequency read/write to be formed a three-dimensional coordinate system to make the plurality of frequency read/write, by the real-time distance between frequency read/write acquisition radio-frequency (RF) tag and each frequency read/write to calculate the real-time volume coordinate of each radio-frequency (RF) tag, movement velocity and the movement locus of each radio-frequency (RF) tag is calculated when meeting preset enable condition, with when the movement velocity of radio-frequency (RF) tag and the Production conditions of movement locus and default a certain control signal match, controlled terminal equipment is passed in the instruction producing corresponding control signal, that is, by the movement velocity of the equipment at radio frequency label place, itself and default relevant information are also compared by the acquisition of the information such as movement locus, to determine the control signal of the corresponding generation of action change of this equipment and to send controlled terminal equipment to, so that controlled terminal equipment performs corresponding operation according to the instruction received, break away from the existing mode carrying out operating control by mouse class instrument to intelligent terminal, the burden of the hand of operator can be alleviated, and can be unrestricted, freer, more easily effectively control is operated to intelligent terminal.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet that the present invention controls the embodiment of the method one that intelligent terminal uses;
Fig. 2 is the structural representation that the present invention controls the device embodiment one that intelligent terminal uses.
Embodiment
The technical scheme that theres is provided of embodiment for a better understanding of the present invention, also better and the technical scheme of the embodiment of the present invention contrast, first by way of example implementation of the prior art is simply introduced below.
In embodiments of the present invention, the executive agent related to comprises control end equipment and controlled terminal equipment (such as mobile phone, computer, intelligent television, projector etc.).In specific implementation process, control end equipment and controlled terminal equipment are independent separately, connect each other again simultaneously, jointly realize the technical scheme that the embodiment of the present invention provides.Because the present invention relates generally to the improvement of control end equipment, below by the angle from control end equipment, the embodiment of the present invention is introduced.
Referring to Fig. 1, show the schematic flow sheet that the present invention controls the embodiment of the method one that intelligent terminal uses.
In this embodiment, the method is applied on control end equipment and controlled terminal equipment.Wherein, control end equipment and controlled terminal equipment are set up radio communication in advance and are connected and are in starting state for connecing in check preset application in controlled terminal equipment.
Control end equipment comprises the first control end equipment (can be wearing form also can be fixed form arranges) and the second control end equipment (such as can be the wearable device such as smart bracelet, intelligent watch, intelligent ring).
Wherein, first control end equipment comprises fetch equipment, be provided with at least three frequency read/writes in this fetch equipment, the form that arranges of these at least three frequency read/writes can be between these at least three frequency read/writes and forms a three-dimensional coordinate system (being also space coordinates); Second control end equipment comprises the equipment that at least one is provided with radio-frequency (RF) tag, and fetch equipment is established a communications link by frequency read/write and radio-frequency (RF) tag with the equipment being provided with radio-frequency (RF) tag.
At control end equipment side, the method comprises the steps:
S101, obtains the real-time distance between each radio-frequency (RF) tag and each frequency read/write by frequency read/write, and calculates the real-time spatial position information of each radio-frequency (RF) tag according to the real-time distance got.
Such as, three frequency read/writes (frequency read/write 1, frequency read/write 2 and frequency read/write 3) are provided with in fetch equipment, and the second control end equipment comprises the equipment (can be wearable device 1, wearable device 2 in the present embodiment) that two are provided with radio-frequency (RF) tag, then need to obtain frequency read/write 1 respectively with wearable device 1 and with the real-time distance of wearable device 2, frequency read/write 2 respectively with wearable device 1 and with the real-time distance of wearable device 2, frequency read/write 3 respectively with wearable device 1 and the real-time distance with wearable device 2.
Then can calculate the real-time spatial position information of each radio-frequency (RF) tag according to the above-mentioned real-time distance got, namely can calculate wearable device 1 and the respective real-time spatial position information of wearable device 2, this real-time spatial position information can be real-time volume coordinate.
S102, when meeting preset enable condition, calculates movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of each radio-frequency (RF) tag.
According to actual needs, preset enable condition is different, enumerates two kinds of preset enable conditions below, but is not limited to these two kinds.
The equipment being provided with radio-frequency (RF) tag can be multiple, in this case, relative distance between each radio-frequency (RF) tag can be calculated according to the real-time spatial position information of each radio-frequency (RF) tag, if this relative distance meets preset enable distance, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of each radio-frequency (RF) tag.
Wherein, preset enable distance can be arranged according to actual needs, the distance that such as can be set to be greater than 1 centimetre is preset enable distance, that is the situation that the relative distance between each radio-frequency (RF) tag is greater than 1 centimetre is the situation meeting preset enable condition, now just removes the movement velocity and the movement locus that calculate each radio-frequency (RF) tag.
The equipment being provided with radio-frequency (RF) tag also can be one and can be provided with enable trigger button on the equipment that this is provided with radio-frequency (RF) tag, in this case, can be set to only have situation about being triggered when this enable trigger button to be the situation meeting preset enable condition, now just remove the movement velocity and the movement locus that calculate each radio-frequency (RF) tag.
S103, if the Production conditions of the movement velocity of radio-frequency (RF) tag and movement locus and default a certain control signal matches, then send the instruction producing corresponding control signal to controlled terminal equipment, so that controlled terminal equipment performs corresponding operation according to the instruction received.
Concrete, can pre-set the first pre-set list, this first pre-set list can be the incidence relation list of control signal type of the movement velocity of radio-frequency (RF) tag, the movement locus of radio-frequency (RF) tag and generation.
That is, information in the movement velocity of the radio-frequency (RF) tag calculated and movement locus and the first pre-set list can be compared, can determine whether the movement velocity of radio-frequency (RF) tag and movement locus match with the Production conditions of a certain control signal according to comparison result, after a certain control signal should being produced if determine, then can send the instruction producing this control signal to controlled terminal equipment, so that the instruction that controlled terminal equipment receives performs corresponding operation.
Further, this first control end equipment also can comprise display interface, based on this, after receiving the instruction showing a certain information, this information can be sent to display interface and be shown by this display interface.
Further, this first control end equipment also can comprise voice device, based on this, after this voice device receives the instruction of playing a certain voice document, can be play by voice document by this voice device.
After this voice device receives the voice messaging relevant to control operation of user's input, according to actual needs, can be set to this voice messaging relevant to control operation is converted to corresponding steering order and sends to controlled terminal equipment, so that controlled terminal equipment performs corresponding operation according to the steering order received; Certainly, this voice messaging relevant to control operation also can be set to send to controlled terminal equipment, by controlled terminal equipment this voice messaging relevant to control operation be converted to corresponding control signal and perform corresponding operation.
In the method that the control intelligent terminal provided in the embodiment of the present invention uses, control end equipment comprises the first control end equipment of fetch equipment and comprises the second control end equipment that at least one is provided with radio-frequency (RF) tag, in fetch equipment, establish multiple frequency read/write to be formed a three-dimensional coordinate system to make the plurality of frequency read/write, by the real-time distance between frequency read/write acquisition radio-frequency (RF) tag and each frequency read/write to calculate the real-time volume coordinate of each radio-frequency (RF) tag, movement velocity and the movement locus of each radio-frequency (RF) tag is calculated when meeting preset enable condition, with when the movement velocity of radio-frequency (RF) tag and the Production conditions of movement locus and default a certain control signal match, controlled terminal equipment is passed in the instruction producing corresponding control signal, that is, by the movement velocity of the equipment at radio frequency label place, itself and default relevant information are also compared by the acquisition of the information such as movement locus, to determine the control signal of the corresponding generation of action change of this equipment and to send controlled terminal equipment to, so that controlled terminal equipment performs corresponding operation according to the instruction received, break away from the existing mode carrying out operating control by mouse class instrument to intelligent terminal, the burden of the hand of operator can be alleviated, and can not limit by region etc., freer, more easily effectively control is operated to intelligent terminal.
Corresponding the invention described above controls the embodiment of the method that intelligent terminal uses, and additionally provides the device embodiment controlling intelligent terminal and use, is specifically described below in conjunction with accompanying drawing.
Fig. 2 shows the structural representation that the present invention controls the device embodiment one that intelligent terminal uses.
In the present embodiment, this device comprises control end equipment and controlled terminal equipment, and control end equipment and controlled terminal equipment are set up radio communication in advance and is connected and is in starting state for connecing in check preset application in controlled terminal equipment.
Control end equipment comprises the first control end equipment (can be wearing form and also can be the form be fixedly installed) and the second control end equipment (such as can be the wearable device such as smart bracelet, intelligent watch, intelligent ring).
Wherein, first control end equipment comprises fetch equipment, be provided with at least three frequency read/writes in this fetch equipment, the form that arranges of these at least three frequency read/writes can be between these at least three frequency read/writes and forms a three-dimensional coordinate system (being also space coordinates); Second control end equipment comprises the equipment that at least one is provided with radio-frequency (RF) tag, and this fetch equipment is established a communications link by frequency read/write and radio-frequency (RF) tag with the equipment being provided with radio-frequency (RF) tag.
At control end equipment side, this device comprises:
Acquiring unit 21, for being obtained the real-time distance between each radio-frequency (RF) tag and each frequency read/write by frequency read/write, and calculates the real-time spatial position information of each radio-frequency (RF) tag according to the real-time distance got.
Computing unit 22, for when meeting preset enable condition, calculates movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of each radio-frequency (RF) tag.
Delivery unit 23, for matching when the movement velocity of radio-frequency (RF) tag and the Production conditions of movement locus and default a certain control signal, then send the instruction producing corresponding control signal to controlled terminal equipment, so that controlled terminal equipment performs corresponding action according to the instruction received.
Further, when the equipment being provided with radio-frequency (RF) tag is multiple, this computing unit 22 can be specifically for:
The relative distance between each radio-frequency (RF) tag is calculated according to the real-time spatial position information of each radio-frequency (RF) tag, if this relative distance meets preset enable distance, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of each radio-frequency (RF) tag.
Further, under the equipment being provided with radio-frequency (RF) tag is one and is provided with enable trigger button situation on the equipment that this is provided with radio-frequency (RF) tag, computing unit 22 can be specifically for:
When this enable trigger button is triggered, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of each radio-frequency (RF) tag.
Further, can pre-set the first pre-set list, this first pre-set list can be the incidence relation list of control signal type of the movement velocity of radio-frequency (RF) tag, the movement locus of radio-frequency (RF) tag and generation.
Based on this, this delivery unit 23 can be specifically for:
Information in the movement velocity of radio-frequency (RF) tag and movement locus and the first pre-set list is compared, whether matches with the Production conditions of a certain control signal according to the movement velocity of comparison result determination radio-frequency (RF) tag and movement locus.
Further, this the first control end equipment also can comprise display interface, and based on this, this first control end equipment also can comprise display unit, for after receiving the instruction showing a certain information, this information is sent to display interface and is shown by display interface.
Further, this control end equipment also can comprise voice device, and based on this, this first control end equipment also can comprise voice unit, can be specifically for: after receiving the instruction of playing a certain voice document, play by voice document by voice device.
After this voice device receives the voice messaging relevant to control operation of user's input, this voice unit can be set to for this voice messaging relevant to control operation being converted to corresponding steering order and sending to controlled terminal equipment, so that controlled terminal equipment performs corresponding operation according to steering order; Also can be set to for this voice messaging relevant to control operation is sent to controlled terminal equipment, perform the voice messaging relevant to control operation is converted to corresponding control by controlled terminal equipment and performs corresponding operation.
In the device that the control intelligent terminal provided in the embodiment of the present invention uses, control end equipment comprises the first control end equipment of fetch equipment and comprises the second control end equipment that at least one is provided with radio-frequency (RF) tag, in fetch equipment, establish multiple frequency read/write to be formed a three-dimensional coordinate system to make the plurality of frequency read/write, by the real-time distance between frequency read/write acquisition radio-frequency (RF) tag and each frequency read/write to calculate the real-time volume coordinate of each radio-frequency (RF) tag, movement velocity and the movement locus of each radio-frequency (RF) tag is calculated when meeting preset enable condition, with when the movement velocity of radio-frequency (RF) tag and the Production conditions of movement locus and default a certain control signal match, controlled terminal equipment is passed in the instruction producing corresponding control signal, that is, by the movement velocity of the equipment at radio frequency label place, itself and default relevant information are also compared by the acquisition of the information such as movement locus, to determine the control signal of the corresponding generation of action change of this equipment and to send controlled terminal equipment to, so that controlled terminal equipment performs corresponding operation according to the instruction received, break away from the existing mode carrying out operating control by mouse class instrument to intelligent terminal, the burden of the hand of operator can be alleviated, and can not limit by region etc., freer, more easily effectively control is operated to intelligent terminal.
Each embodiment in this instructions all 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 part mutually see.For device embodiment, due to itself and embodiment of the method basic simlarity, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.
Above a kind of method and apparatus controlling intelligent terminal use provided by the present invention is described in detail, apply specific case herein to set forth principle of the present invention and embodiment, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1. the method controlling intelligent terminal and use, it is characterized in that, described method is applied on control end equipment and controlled terminal equipment, and control end equipment and controlled terminal equipment are that radio communication is connected, starting state is in for connecing in check preset application in described controlled terminal equipment
Described control end equipment comprises the first control end equipment and the second control end equipment, described first control end equipment comprises fetch equipment, described second control end equipment comprises the equipment that at least one is provided with radio-frequency (RF) tag, at least three frequency read/writes are set in described fetch equipment, form a three-dimensional coordinate system between described at least three frequency read/writes, described fetch equipment and the described equipment being provided with radio-frequency (RF) tag are established a communications link by frequency read/write and radio-frequency (RF) tag;
At described control end equipment side, described method comprises:
Obtain the real-time distance between each radio-frequency (RF) tag and each frequency read/write by frequency read/write, and calculate the real-time spatial position information of each radio-frequency (RF) tag according to the real-time distance got;
When meeting preset enable condition, calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag;
If when the Production conditions of the movement velocity of radio-frequency (RF) tag and movement locus and default a certain control signal matches, then send the instruction producing corresponding control signal to controlled terminal equipment, so that described controlled terminal equipment performs corresponding operation according to the instruction received.
2. the method for claim 1, is characterized in that, described in be provided with radio-frequency (RF) tag equipment be multiple,
When meeting preset enable condition, calculating movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag, comprising:
The relative distance between each radio-frequency (RF) tag is calculated according to the real-time spatial position information of each radio-frequency (RF) tag;
If described relative distance meets preset enable distance, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
3. the method for claim 1, is characterized in that, described in be provided with radio-frequency (RF) tag equipment for one and described in be provided with radio-frequency (RF) tag equipment be provided with enable trigger button;
When meeting preset enable condition, calculating movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag, comprising:
When described enable trigger button is triggered, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
4. the method for claim 1, is characterized in that, the Production conditions of the movement velocity of described radio-frequency (RF) tag and movement locus and default a certain control signal matches, and comprising:
Information in the movement velocity of radio-frequency (RF) tag and movement locus and the first pre-set list is compared, determines whether the movement velocity of described radio-frequency (RF) tag and movement locus match with the Production conditions of a certain control signal according to comparison result;
Wherein, described first pre-set list is the incidence relation list of control signal type of the movement velocity of radio-frequency (RF) tag, the movement locus of radio-frequency (RF) tag and generation.
5. the method for claim 1, is characterized in that, described first control end equipment also comprises display interface, and described method also comprises:
After receiving the instruction showing a certain information, described information is sent to display interface and is shown by described display interface.
6. the method for claim 1, is characterized in that, described first control end equipment also comprises voice device, and described method also comprises:
After receiving the instruction of playing a certain voice document, institute's voice file is play by described voice device;
After described voice device receives the voice messaging relevant to control operation of user's input, the described voice messaging relevant to control operation is converted to corresponding steering order and sends to controlled terminal equipment, so that described controlled terminal equipment performs corresponding operation according to steering order; Or
After described voice device receives the voice messaging relevant to control operation of user's input, the described voice messaging relevant to control operation is sent to controlled terminal equipment, by controlled terminal equipment the described voice messaging relevant to control operation be converted to corresponding control signal and perform corresponding operation.
7. the device controlling intelligent terminal and use, it is characterized in that, comprise control end equipment and controlled terminal equipment, control end equipment and controlled terminal equipment are that radio communication is connected, starting state is in for connecing in check preset application in described controlled terminal equipment
Described control end equipment comprises the first control end equipment and the second control end equipment, described first control end equipment comprises fetch equipment, described second control end equipment comprises the equipment that at least one is provided with radio-frequency (RF) tag, at least three frequency read/writes are set in described fetch equipment, form a three-dimensional coordinate system between described at least three frequency read/writes, described fetch equipment and the described equipment being provided with radio-frequency (RF) tag are established a communications link by frequency read/write and radio-frequency (RF) tag;
At described control end equipment side, described device comprises:
Acquiring unit, for being obtained the real-time distance between each radio-frequency (RF) tag and each frequency read/write by frequency read/write, and calculates the real-time spatial position information of each radio-frequency (RF) tag according to the real-time distance got;
Computing unit, for when meeting preset enable condition, calculates movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag;
Delivery unit, for when the movement velocity of radio-frequency (RF) tag and the Production conditions of movement locus and default a certain control signal match, then send the instruction producing corresponding control signal to controlled terminal equipment, so that described controlled terminal equipment performs corresponding operation according to the instruction received.
8. device as claimed in claim 7, is characterized in that, described in be provided with radio-frequency (RF) tag equipment be multiple,
Described computing unit, specifically for:
The relative distance between each radio-frequency (RF) tag is calculated according to the real-time spatial position information of each radio-frequency (RF) tag;
If described relative distance meets preset enable distance, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
9. device as claimed in claim 7, is characterized in that, described in be provided with radio-frequency (RF) tag equipment for one and described in be provided with radio-frequency (RF) tag equipment be provided with enable trigger button;
Described computing unit, specifically for:
When described enable trigger button is triggered, then calculate movement velocity and the movement locus of each radio-frequency (RF) tag according to the real-time spatial position information of described each radio-frequency (RF) tag.
10. device as claimed in claim 7, is characterized in that, described delivery unit, specifically for:
Information in the movement velocity of radio-frequency (RF) tag and movement locus and the first pre-set list is compared, determines whether the movement velocity of described radio-frequency (RF) tag and movement locus match with the Production conditions of a certain control signal according to comparison result;
Wherein, described first pre-set list is the incidence relation list of control signal type of the movement velocity of radio-frequency (RF) tag, the movement locus of radio-frequency (RF) tag and generation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410414816.9A CN105446467B (en) | 2014-08-21 | 2014-08-21 | The method and apparatus that control intelligent terminal uses |
Applications Claiming Priority (1)
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| CN109960252A (en) * | 2017-12-25 | 2019-07-02 | 深圳市优必选科技有限公司 | Robot and its data processing method |
| CN112237051A (en) * | 2018-06-05 | 2021-01-15 | 昕诺飞控股有限公司 | System, method and device for enabling factory reset of luminaires |
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| CN105446467B (en) | 2018-08-31 |
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