CN202976429U - Receiving equipment and remote controller - Google Patents
Receiving equipment and remote controller Download PDFInfo
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- CN202976429U CN202976429U CN 201220262792 CN201220262792U CN202976429U CN 202976429 U CN202976429 U CN 202976429U CN 201220262792 CN201220262792 CN 201220262792 CN 201220262792 U CN201220262792 U CN 201220262792U CN 202976429 U CN202976429 U CN 202976429U
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- receiving equipment
- telepilot
- telecommand
- identification code
- instruction
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Abstract
The utility model discloses receiving equipment and a remote controller. The receiving equipment comprises a wireless receiving circuit, an instruction execution chip, and a first micro-processing chip which is electrically and respectively connected with the wireless receiving circuit and the instruction execution chip, wherein the wireless receiving circuit is used for receiving a change request and a change operation instruction from the remote controller and sending the change request and the change operation instruction to the first micro-processing chip; and the first micro-processing chip is used for controlling the receiving equipment to enter a change operation state when receiving the change request in first preset time after starting up, and controlling the instruction execution chip to execute the change operation instruction when receiving the change operation instruction in second preset time after the receiving equipment enters the change operation state. According to the receiving equipment and the remote controller provided by the utility model, a user can realize change of the matching relationship of the receiving equipment and the remote controller by just turning off and turning on the receiving equipment and then simply operating the remote controller, and the operation flow of the user is greatly simplified.
Description
Technical field
The utility model relates to an electro-technical field, especially relates to a kind of receiving equipment, telepilot.
Background technology
Digiplex is widely used on the electrical equipment such as household electrical appliances, security product, and the user can pass through the Digiplex control apparatus.Because the wireless remote control emission has open nature, all the similar receiving traps in effective range of receiving all can receive the instruction that telepilot sends.But generally the user might not need a plurality of similar receiving traps of remote control simultaneously, therefore telepilot and receiving trap need to be done corresponding coupling, realizes that specific receiving trap receives only the instruction that specific telepilot sends.
It is the coupling that realizes telepilot and receiving trap in prior art, the general mode that adopts identification code, be that telepilot sends identification code and some command words form instruction, receiving trap can only receive the guidance command that comprises particular identification code, thereby realizes the coupling of telepilot and receiving trap.
The mode of existing this employing identification code realizes that in the technology of telepilot and receiving trap coupling, telepilot and receiving trap all need the setting identification code, specifically comprise following dual mode:
One, dispatch from the factory and preset method
The manufacturer production telepilot identical identification code is inserted in advance during with receiving trap telepilot and with the receiving trap of this telepilot coupling.
Two, user's collocation method
Telepilot and receiving trap all have the function of some the dial-ups that identification code is set, the user is before passing through the telepilot remote-receiver for the first time, telepilot and this corresponding receiving trap need to be set as identical identification code, thereby realize the coupling of telepilot and receiving trap.
In above-mentioned first kind of way, because identification code is that producer presets, the user must be completed by producer when losing telepilot or replacing telepilot and reconfigure, and this makes troubles to the user, also brings a large amount of after sale service work to producer simultaneously.
In the above-mentioned second way, the user can arrange the identification code of the receiving trap of telepilot and correspondence voluntarily, but the user is had certain professional requirement, and the user must be able to understand establishing method and the proper operation of identification code.This second way also needs to consider the convenience of identification code setting operation, and identification code must be tried one's best simply, therefore can limit identification code quantity, the phenomenon that identification code repeats easily occurs, thereby reduces the success ratio of the accurate coupling of telepilot and receiving trap.
The utility model content
Fundamental purpose of the present utility model is to provide receiving equipment, telepilot, simplifies the alter operation flow process of receiving equipment and telepilot matching relationship.
The utility model proposes a kind of receiving equipment, comprising: wireless receiving circuit, instruction are carried out chip, are carried out with wireless receiving circuit, instruction the first micro-chip processor that chip is electrically connected to respectively;
Described wireless receiving circuit is used for receiving change request and alter operation instruction from telepilot, and described change request and alter operation instruction is sent to the first micro-chip processor;
Described the first micro-chip processor when being used for receiving described change request in the first Preset Time after start, being controlled receiving equipment and is entered the alter operation state; And receive described alter operation instruction in the second Preset Time after entering the alter operation state after, steering order is carried out chip and is carried out described alter operation instruction.
Preferably, described receiving equipment also comprises described read-write nonvolatile memory; Described read-write nonvolatile memory is electrically connected to described micro-chip processor, is used for the identification code of storage identification telepilot.
Preferably, described wireless receiving circuit also is used for receiving the telecommand from a certain telepilot, and this telecommand is sent to the first micro-chip processor;
Described the first micro-chip processor is used for there is not identification code when read-write nonvolatile memory; The identification code that same telepilot is sent in the telecommand of N time is stored to described read-write nonvolatile memory.
Preferably, described the first micro-chip processor, also be used for depositing identification code when read-write nonvolatile memory, when receiving wireless receiving circuit transmission telecommand, identification code in described telecommand is consistent with the identification code of described read-write nonvolatile memory storage, and steering order is carried out chip and carried out described telecommand;
Chip is carried out in described instruction, also is used for carrying out described telecommand under the first micro-chip processor is controlled.
A kind of telepilot of the another proposition of the utility model comprises radio-frequency transmissions circuit, nonvolatile memory, instruction input chip, inputs with described radio-frequency transmissions circuit, nonvolatile memory, instruction the second micro-chip processor that chip is electrically connected to respectively;
Described instruction input chip is used for receiving the command information of input, and described command information is sent to the second micro-chip processor;
Described nonvolatile memory is used for the storaging mark code;
Described the second micro-chip processor generates the control information that comprises described identification code according to the identification code of storing in command information and nonvolatile memory, and control information is sent to the radio-frequency transmissions circuit, described control information is telecommand, coupling change request, replaces matching operation instruction or newly-increased matching operation instruction;
Described radio-frequency transmissions circuit is used for control information is sent to described receiving equipment, so that described receiving equipment is carried out corresponding operation.
Receiving equipment provided by the utility model, telepilot, the first Preset Time inherent basis by receiving equipment after start enters the alter operation state from the coupling change request of telepilot; And carry out mode from the coupling alter operation instruction of described telepilot in the second Preset Time after more becoming mode of operation, the user only needs to shut down again to receiving equipment, and start operates, the simple operations telepilot just can be realized the change of receiving equipment and telepilot matching relationship again, has simplified widely user's operating process.
Description of drawings
Fig. 1 is the process flow diagram of matching process first embodiment of receiving equipment of the present utility model and telepilot;
Fig. 2 is the structural representation of receiving equipment the first embodiment of the present utility model;
Fig. 3 is the structural representation of receiving equipment the second embodiment of the present utility model;
Fig. 4 is the process flow diagram of matching process first embodiment of another receiving equipment of the present utility model and telepilot;
Fig. 5 is the structural representation of telepilot embodiment of the present utility model.
The realization of the utility model purpose, functional characteristics and advantage are described further with reference to accompanying drawing in connection with embodiment.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explaining the utility model, and be not used in restriction the utility model.
Referring to Fig. 1, matching process first embodiment of receiving equipment of the present utility model and telepilot is proposed, comprising:
Step S101, receiving equipment judge in the first Preset Time after whether the current time is in start according to the coupling change request from telepilot; If enter the alter operation state.
In this step S101, described receiving equipment receives the coupling change request of described telepilot transmission and has set up matching relationship with one or more other telepilots before.When the user wants to change the existing matching relationship of receiving equipment, can be by sending coupling change request to receiving equipment in the first Preset Time of the setting of a telepilot after this receiving equipment start, receiving equipment only just can be asked in the first Preset Time after start in the responses match change, then enters the alter operation state according to coupling change request.First Preset Time of receiving equipment after start returns to normal telecommand responsive state later, after this receiving equipment only responds the telecommand that sends with the telepilot of its coupling, if this moment, receiving equipment received the coupling alteration command that a certain telepilot sends, directly should mate alteration command and directly abandon, or not do any response.
Step S102, receiving equipment be according to the coupling alter operation instruction from described telepilot, judges whether the current time is in to enter in the second Preset Time that more becomes after mode of operation; If carry out the instruction of corresponding coupling alter operation.
In the present embodiment, in a single day receiving equipment carries out the alter operation state, can respond the alter operation instruction from described telepilot in entering the second Preset Time of alter operation state.Wherein, described telepilot carries respectively identification code to coupling change request and the instruction of coupling alter operation that receiving equipment sends.Whether described receiving equipment enters in the identification code that carries in the instruction that receives by judgement after the alter operation state and described coupling change request identification code consistent, if consistent, show that this instruction is the instruction of coupling alter operation, and carry out this coupling alter operation instruction; If inconsistent, the instruction that receives directly abandoned or do not respond.In addition, receiving equipment returns to normal telecommand responsive state after the second Preset Time that enters coupling change state, after this receiving equipment only responds the telecommand that sends with the telepilot of its coupling, if this moment, receiving equipment received the coupling alter operation instruction that a certain telepilot sends, should mate the alter operation instruction and directly abandon, or not do any response.
In the present embodiment, the instruction of described coupling alter operation is for replacing matching instruction or newly-increased matching instruction.For replacing matching instruction, described receiving equipment is carried out the instruction of corresponding coupling alter operation and is specially when coupling alter operation instruction: receiving equipment replaces with self existing identification code and replaces the identification code that carries in matching instruction.Show after being replaced successfully that described receiving equipment only mates with the telepilot that sends the replacement matching instruction.For increasing matching instruction newly, the instruction of the corresponding coupling of described receiving equipment execution alter operation is specially: it is the identification code of self that receiving equipment will increase the identification code that carries in matching instruction newly newly-increased when the instruction of coupling alter operation.Show after increasing newly successfully that the telepilot that sends described newly-increased matching instruction is the telepilot of the newly-increased coupling of described receiving equipment.There are two or more identification codes in described receiving equipment after increasing newly successfully, the corresponding telepilot of each identification code, namely receiving equipment can respond the telecommand that two or more telepilots send.
The receiving equipment that above-mentioned the first embodiment provides and the matching process of telepilot, the first Preset Time inherent basis by receiving equipment after start enters the alter operation state from the coupling change request of telepilot; And carry out mode from the coupling alter operation instruction of described telepilot in the second Preset Time after more becoming mode of operation, the user only needs to shut down again to receiving equipment, and start operates, the simple operations telepilot just can be realized the change of receiving equipment and telepilot matching relationship again, has simplified widely user's operating process.A receiving equipment can mate with one or more telepilots simultaneously, has improved widely user's experience effect.
The utility model proposes the second embodiment of the matching process of receiving equipment and telepilot, the present embodiment has been done further improvement on the basis of above-mentioned the first embodiment, its improvement is, before the step S101 of above-mentioned the first embodiment, realize in the following way the initial matching of receiving equipment and telepilot: receiving equipment receives the telecommand from a certain telepilot, judges whether self has identification code; If not, judge whether described telecommand is the telecommand of the same telepilot transmission of the N time reception; If the telecommand that the same telepilot that described telecommand is the N time reception sends is added to identification code in this telecommand the identification code of self.The match is successful to show described a certain telepilot and described receiving equipment after adding successfully.
In the present embodiment, receiving equipment judges whether self has identification code after receiving telecommand, if identification code is arranged, shows that receiving equipment has the telepilot that is complementary.Whether the identification code that this moment, receiving equipment need to judge self is consistent with the identification code in the telecommand of reception, if show that unanimously the telepilot and the receiving equipment that send described telecommand mate, and then carries out corresponding telecommand and operates.If receiving equipment self does not have identification code after receiving telecommand, show the telepilot that receiving equipment is not complementary, this receiving equipment can receive and carry out the telecommand that any telepilot sends this moment.Simultaneously, receiving equipment calculates the number of times that each telepilot sends telecommand, and judges whether that the number of times that exists a certain telepilot to send telecommand reaches set point number (N time), is made as with this a certain telepilot the telepilot that mates with device self if exist.Soon the identification code in the telecommand of this telepilot transmission is stored to the nonvolatile memory of self, and after this receiving equipment receives only the telecommand of the telepilot transmission that matches until receiving equipment enters coupling change state.Receiving equipment is as follows to entering before coupling change state the processing of reception telecommand after initial matching telepilot success: the receiving equipment reception judges from the telecommand of a certain telepilot whether the identification code in described telecommand is consistent with the identification code of self; If, show described a certain telepilot and described receiving equipment coupling, then carry out described telecommand.If not, directly abandon the telecommand that receives, perhaps do not do any response.
Described in the present embodiment, " N " can arrange according to actual needs, and as being the different digitals such as 3,4,5,6,7, usually the reliability of the larger coupling of numeral is higher.
The receiving equipment that above-mentioned the second embodiment provides and the matching process of telepilot, above-mentioned receiving equipment is not when self has identification code, same telepilot is sent the mode that identification code in the telecommand of N time is added to the identification code of self, realized the initial foundation of receiving equipment and telepilot matching relationship, need not receiving equipment configuration telepilot identification code has been improved user's experience effect widely.
Referring to Fig. 2, a kind of receiving equipment 100 first embodiment of the present utility model are proposed, it comprises: wireless receiving circuit 110, instruction are carried out chip 120, are carried out with wireless receiving circuit 110, instruction the first micro-chip processor 130 that chip 120 is electrically connected to respectively.Wherein, described wireless receiving circuit 110 is used for receiving change request and alter operation instruction from telepilot, and described change request and alter operation instruction is sent to the first micro-chip processor 130.Described the first micro-chip processor 130 when being used for receiving described change request in the first Preset Time after start, being controlled receiving equipment 100 and is entered the alter operation state; And receiving described alter operation instruction in the second Preset Time after entering the alter operation state, steering order is carried out chip 120 and is carried out described alter operation instruction.
In the present embodiment, receiving equipment 100 receives the coupling change request of described telepilot transmission and has set up matching relationship with one or more other telepilots before.When the user wants to change the existing matching relationship of receiving equipment, can send coupling change request to receiving equipment in the first Preset Time by the setting of a telepilot after these receiving equipment 100 starts, receiving equipment 100 only just can be asked in the first Preset Time after start in the responses match change, then enters the alter operation state according to coupling change request.First Preset Time of receiving equipment 100 after start returns to normal telecommand responsive state later, the telecommand that the telepilot of after this 100 responses of receiving equipment and its coupling sends, if this moment, receiving equipment 100 received the coupling alteration command that a certain telepilot sends, directly should mate alteration command and directly abandon, or not do any response.
In the present embodiment, in a single day receiving equipment 100 carries out the alter operation state, can respond the alter operation instruction from described telepilot in the second Preset Time after entering the alter operation state.Wherein, described telepilot carries respectively identification code to coupling change request and the instruction of coupling alter operation that receiving equipment 100 sends.Whether described receiving equipment 100 enters in the identification code that carries in the coupling alter operation instruction that receives by judgement after the alter operation state and described coupling change request identification code consistent, if consistent, show that this instruction is the instruction of coupling alter operation, and carry out this coupling alter operation instruction; If inconsistent, the instruction that receives directly abandoned or do not respond.In addition, receiving equipment 100 returns to normal telecommand responsive state after the second Preset Time that enters coupling change state, the telecommand that the telepilot of after this 100 responses of receiving equipment and its coupling sends, if this moment, receiving equipment 100 received the coupling alter operation instruction that a certain telepilot sends, directly should mate the alter operation instruction and directly abandon, or not do any response.
Further, referring to Fig. 3, propose the second embodiment of receiving equipment 100 of the present utility model, wherein the present embodiment also comprises described read-write nonvolatile memory 140 on the basis of above-mentioned receiving equipment 100 first embodiment.Wherein, described read-write nonvolatile memory 140 is electrically connected to described micro-chip processor 130, is used for the identification code of storage identification telepilot.
Further, in above-mentioned receiving equipment 100 second embodiment, the instruction of described coupling alter operation is for replacing matching instruction or newly-increased matching instruction.Described instruction execution chip 120, concrete being used under the first micro-chip processor 130 is controlled, the identification code that read-write nonvolatile memory 140 has been had according to the replacement matching instruction replaces with the identification code that carries in the replacement matching instruction; And under the first micro-chip processor 130 is controlled, according to newly-increased matching instruction, the identification code that carries in described newly-increased matching instruction is stored to read-write nonvolatile memory 140.At this moment, there are two or more identification codes in receiving equipment 100, the corresponding telepilot of each identification code, namely receiving equipment 100 can respond the telecommand that two or more telepilots send.
Receiving equipment that above-mentioned first, second embodiment provides 100 asks to enter the alter operation state by the first Preset Time inherent basis after start from the coupling change of telepilot; And carry out mode from the coupling alter operation instruction of described telepilot in the second Preset Time after more becoming mode of operation, the user only needs to shut down again to receiving equipment, and start operates, the simple operations telepilot just can be realized the change of receiving equipment and telepilot matching relationship again, has simplified widely user's operating process.
Further, the 3rd embodiment of receiving equipment 100 of the present utility model is proposed, wherein the present embodiment is on the basis of above-mentioned receiving equipment 100 second embodiment, described wireless receiving circuit 110, also be used for receiving the telecommand from a certain telepilot, and this telecommand is sent to the first micro-chip processor 130.Described the first micro-chip processor 130 is used for there is not identification code when read-write nonvolatile memory 140; The identification code that same telepilot is sent in the telecommand of N time is stored to described read-write nonvolatile memory 140.Namely be used for judging according to described telecommand whether read-write nonvolatile memory 140 has identification code; There is no described identification code in read-write nonvolatile memory 140, judge whether described telecommand is the telecommand of the same telepilot transmission of the N time reception; The telecommand that the same telepilot that is the N time reception when described telecommand sends, identification code in this telecommand is stored to described read-write nonvolatile memory 140, the match is successful to show the telepilot that sends described telecommand and this receiving equipment this moment.
In the present embodiment, receiving equipment 100 judges whether self has identification code after receiving telecommand, if identification code is arranged, shows that receiving equipment 100 has the telepilot that is complementary.Whether the identification code that this moment, receiving equipment 100 needed judge self is consistent with the identification code in the telecommand of reception, if show that unanimously the telepilot and the receiving equipment 100 that send described telecommand mate, and then carries out corresponding telecommand and operates.If receiving equipment 100 self does not have identification code after receiving telecommand, show the telepilot that receiving equipment 100 is not complementary, this receiving equipment 100 can receive and carry out the telecommand that any telepilot sends this moment.Simultaneously, receiving equipment 100 calculates the number of times that each telepilot sends telecommand, and judges whether that the number of times that exists a certain telepilot to send telecommand reaches set point number (N time), if exist, this a certain telepilot is made as and the telepilot that himself mates.Soon the identification code in the telecommand of this telepilot transmission is stored to the read-write nonvolatile memory 140 of self, and after this receiving equipment 100 receives only the telecommand of the telepilot transmission that matches until receiving equipment 100 enters coupling change state.Be in the present embodiment, described the first micro-chip processor 130, also be used for there is identification code when read-write nonvolatile memory 140, when receiving wireless receiving circuit 110 transmission telecommand, judge whether the identification code in described telecommand is consistent with the identification code of described read-write nonvolatile memory 140 storages; Identification code in described telecommand is consistent with the identification code of described read-write nonvolatile memory 140 storages, and steering order is carried out chip 120 and carried out described telecommand; If inconsistent, directly abandon the telecommand that receives, perhaps do not do any response.Chip 120 is carried out in described instruction, also is used for carrying out described telecommand under the first micro-chip processor 130 is controlled.In addition, described " N " can arrange according to actual needs, and as being the different digitals such as 3,4,5,6,7, usually the reliability of the larger coupling of numeral is higher.
In addition, in the present embodiment, described read-write nonvolatile memory 140 also can be replaced by the internal storage of the first micro-chip processor 130.
The receiving equipment 100 that above-mentioned the 3rd embodiment provides, receiving equipment 100 is not when self has identification code, same telepilot is sent the mode that identification code in the telecommand of N time is added to the identification code of self, realized the initial foundation of receiving equipment 100 with the telepilot matching relationship, need not receiving equipment 100 configuration telepilot identification codes have been improved user's experience effect widely.
Referring to Fig. 4, matching process first embodiment of another receiving equipment of the present utility model and telepilot is proposed, comprising:
Step S201, telepilot send coupling change request to receiving equipment;
Step S202, described receiving equipment judge in the first Preset Time after whether the current time is in start according to described coupling change request; If enter the alter operation state;
In this step S201, described receiving equipment receives the coupling change request of described telepilot transmission and has set up matching relationship with one or more other telepilots before.When the user wants to change the existing matching relationship of receiving equipment, can be by sending coupling change request to receiving equipment in the first Preset Time of the setting of a telepilot after this receiving equipment start, receiving equipment only just can be asked in the first Preset Time after start in the responses match change, then enters the alter operation state according to coupling change request.First Preset Time of receiving equipment after start returns to normal telecommand responsive state later, after this receiving equipment only responds the telecommand that sends with the telepilot of its coupling, if this moment, receiving equipment received the coupling alteration command that a certain telepilot sends, directly should mate alteration command and directly abandon, or not do any response.
Step S203, described telepilot send the instruction of coupling alter operation to described receiving equipment;
Step S204, described receiving equipment be according to the instruction of described coupling alter operation, judges whether the current time is in to enter in the second Preset Time that more becomes after mode of operation; If carry out the instruction of corresponding coupling alter operation.
In the present embodiment, in a single day receiving equipment carries out the alter operation state, can respond the alter operation instruction that sends from described telepilot in the second Preset Time after entering the alter operation state.Wherein, described telepilot carries respectively identification code to coupling change request and the instruction of coupling alter operation that receiving equipment sends.Whether described receiving equipment enters in the identification code that carries in the coupling alter operation instruction that receives by judgement after the alter operation state and described coupling change request identification code consistent, if consistent, show that this instruction is the instruction of coupling alter operation, and carry out this coupling alter operation instruction; If inconsistent, the instruction that receives directly abandoned or do not respond.In addition, receiving equipment returns to normal telecommand responsive state after the second Preset Time that enters coupling change state, after this receiving equipment only responds the telecommand that sends with the telepilot of its coupling, if this moment, receiving equipment received the coupling alter operation instruction that a certain telepilot sends, directly should mate the alter operation instruction and directly abandon, or not do any response.
In the present embodiment, the instruction of described coupling alter operation is for replacing matching instruction or newly-increased matching instruction.When the instruction of described coupling alter operation is the replacement matching instruction, described receiving equipment is carried out the instruction of corresponding coupling alter operation and is specially: described receiving equipment replaces with self existing identification code and replaces the identification code that carries in matching instruction, show after being replaced successfully described receiving equipment only with the telepilot coupling that sends described replacement matching instruction.When the instruction of described coupling alter operation is newly-increased matching instruction, described receiving equipment is carried out the instruction of corresponding coupling alter operation and is specially: described receiving equipment will increase the newly-increased identification code for self of the identification code that carries in matching instruction newly, show that the telepilot that sends described newly-increased matching instruction is that described receiving equipment increases the telepilot that mates newly after increase successfully.There are two or more identification codes in described receiving equipment after increasing newly successfully, the corresponding telepilot of each identification code, namely receiving equipment can respond the telecommand that two or more telepilots send.
The receiving equipment that above-mentioned the first embodiment provides and the matching process of telepilot, the first Preset Time inherent basis by receiving equipment after start enters the alter operation state from the coupling change request of telepilot; And carry out mode from the coupling alter operation instruction of described telepilot in the second Preset Time after more becoming mode of operation, the user only needs to shut down again to receiving equipment, and start operates, the simple operations telepilot just can be realized the change of receiving equipment and telepilot matching relationship again, has simplified widely user's operating process.A receiving equipment can mate with one or more telepilots simultaneously, has improved widely user's experience effect.
The utility model proposes the second embodiment of the matching process of receiving equipment and telepilot, the present embodiment is to have done further improvement on the basis of above-mentioned the first embodiment, its improvement is, before the step S101 of above-mentioned the first embodiment, realize in the following way the initial matching of receiving equipment and telepilot: telepilot sends telecommand to described receiving equipment.Described receiving equipment judges according to the telecommand that receives whether self has identification code; If not, judge whether described telecommand is the telecommand of the same telepilot transmission of the N time reception; If the telecommand that described telecommand is the same telepilot that receives for the N time to be sent is added to identification code in this telecommand the identification code of self, the match is successful to show described a certain telepilot and described receiving equipment after adding successfully.Wherein, the telepilot to receiving equipment transmission telecommand can be one or more.Receiving equipment can respond the telecommand that any telepilot sends before matching remote controller not, but this moment, receiving equipment can send the number of times of telecommand according to each telepilot, determines a certain telepilot is made as the telepilot of self coupling.
In the present embodiment, at first receiving equipment judges whether self has identification code after receiving telecommand, if identification code is arranged, shows that receiving equipment has the telepilot that is complementary.At this moment, whether the identification code that receiving equipment need to judge self is consistent with the identification code in the telecommand of reception, if show that unanimously the telepilot that sends described telecommand mates with receiving equipment, and then carries out corresponding telecommand and operates.If receiving equipment self does not have identification code after receiving telecommand, show the telepilot that receiving equipment is not complementary, this receiving equipment can receive and carry out the telecommand that any telepilot sends this moment.Simultaneously, receiving equipment calculates the number of times that each telepilot sends telecommand, and judges whether that the number of times that exists a certain telepilot to send telecommand reaches set point number (N time), is made as with this a certain telepilot the telepilot that mates with device self if exist.Soon the identification code in the telecommand of this telepilot transmission is stored to the nonvolatile memory of self, and after this receiving equipment receives only the telecommand of the telepilot transmission that matches until receiving equipment enters coupling change state.Receiving equipment is as follows to entering before coupling change state the processing of reception telecommand after initial matching telepilot success: a certain telepilot is to described receiving equipment transmission telecommand.Whether the identification code in the described telecommand that described receiving equipment judgement receives is consistent with the identification code of self; If, show described a certain telepilot and described receiving equipment coupling, carry out described telecommand.If not, directly abandon the telecommand that receives, perhaps do not do any response.
Described in the present embodiment, " N " can arrange according to actual needs, and as being the different digitals such as 3,5,7, usually the reliability of the larger coupling of numeral is higher.
The receiving equipment that above-mentioned the second embodiment provides and the matching process of telepilot, above-mentioned receiving equipment is not when self has identification code, same telepilot is sent the mode that identification code in the telecommand of N time is added to the identification code of self, realized the initial foundation of receiving equipment and telepilot matching relationship, need not receiving equipment configuration telepilot identification code has been improved user's experience effect widely.
Referring to Fig. 5, the utility model also proposes a kind of telepilot 200, comprises radio-frequency transmissions circuit 210, nonvolatile memory 220, instruction input chip 230, inputs with described radio-frequency transmissions circuit 210, nonvolatile memory 220, instruction the second micro-chip processor 240 that chip 230 is electrically connected to respectively.Described instruction input chip 240 is used for receiving the command information of input, and described command information is sent to the second micro-chip processor.Described nonvolatile memory 220 is used for the storaging mark code.Described the second micro-chip processor 240 generates according to the identification code of storage in command information and nonvolatile memory 220 control information that comprises described identification code, and control information is sent to radio-frequency transmissions circuit 210, described control information is telecommand, coupling change request, replaces matching operation instruction or newly-increased matching operation instruction.Described radio-frequency transmissions circuit 210 is used for control information is sent to receiving equipment, so that receiving equipment is carried out corresponding operation.Wherein, described telecommand, coupling change request, replace matching process embodiment and the telecommand described in receiving equipment 100 embodiment, coupling change request, replacement matching operation instruction and newly-increased matching operation instruction that matching operation instruction and newly-increased matching operation instruction are respectively above receiving equipment and telepilot, no longer it is described in detail at this.
In addition, in the present embodiment, described nonvolatile memory 220 also can be replaced by the internal storage of the second micro-chip processor 240.
Further, the second embodiment of described telepilot 200 of the present utility model is proposed, wherein the present embodiment is on the basis of above-mentioned telepilot 200 first embodiment, the corresponding a plurality of buttons of described instruction input chip 230, the user is by pressing the different command information of different key input, and instruction input chip 230 receives the command information of key-press input.Wherein, the time length that button can be set to be pressed is different, and the command information of input is different; Also two or more buttons can be set as combination button, press simultaneously this combination button different from the command information of pressing separately a certain key-press input.For example establish button and comprise A, B, C, wherein, long-time pressing keys A inputs shutdown command.Short time pressing keys A inputs telecommand.Press simultaneously A, B, C button, Input matching change request.When telepilot enters coupling change state, press simultaneously A, B button, the instruction of Input matching replacement operation.When telepilot entered coupling change state, button A, C button, inputted newly-increased matching operation instruction simultaneously.
Further, in above-mentioned telepilot 200 second embodiment, in described nonvolatile memory 220, the identification code of storage writes when the program of burning the second micro-chip processor 240.Described the second micro-chip processor 240 writes the identification code internal processes mode of telepilot when the burning internal processes simultaneously.Wherein, described identification code can be a multidigit scale-of-two random number or sequence number.Described nonvolatile memory 200 obtains described identification code and storage by sharing the second micro-chip processor 240 internal processes.In the present embodiment, write a particular identification code according to setting rule when the internal processes of burning the second micro-chip processor, to guarantee the uniqueness of the identification code of each telepilot in the telepilot scope of some.If for example identification code is one to be random number according to setting rule from what the n bit was selected, in a 2n power telepilot each telepilot identification code do not repeat, thereby realize telepilot identification code uniqueness within the specific limits.
In the present embodiment, described telepilot 200 can be set up matching relationship with one or more receiving equipments.
Should be understood that; these are only preferred embodiment of the present utility model; can not therefore limit the scope of the claims of the present utility model; every equivalent structure or equivalent flow process conversion that utilizes the utility model instructions and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in scope of patent protection of the present utility model.
Claims (5)
1. a receiving equipment, is characterized in that, comprising: wireless receiving circuit, instruction are carried out chip, are carried out with wireless receiving circuit, instruction the first micro-chip processor that chip is electrically connected to respectively;
Described wireless receiving circuit is used for receiving change request and alter operation instruction from telepilot, and described change request and alter operation instruction is sent to the first micro-chip processor;
Described the first micro-chip processor when being used for receiving described change request in the first Preset Time after start, being controlled receiving equipment and is entered the alter operation state; And receive described alter operation instruction in the second Preset Time after entering the alter operation state after, steering order is carried out chip and is carried out described alter operation instruction.
2. receiving equipment according to claim 1, is characterized in that, also comprises described read-write nonvolatile memory; Described read-write nonvolatile memory is electrically connected to described micro-chip processor, is used for the identification code of storage identification telepilot.
3. receiving equipment according to claim 2, is characterized in that,
Described wireless receiving circuit also is used for receiving the telecommand from a certain telepilot, and this telecommand is sent to the first micro-chip processor;
Described the first micro-chip processor is used for there is not identification code when read-write nonvolatile memory; The identification code that same telepilot is sent in the telecommand of N time is stored to described read-write nonvolatile memory.
4. receiving equipment according to claim 3, is characterized in that,
Described the first micro-chip processor, also be used for depositing identification code when read-write nonvolatile memory, when receiving wireless receiving circuit transmission telecommand, identification code in described telecommand is consistent with the identification code of described read-write nonvolatile memory storage, and steering order is carried out chip and carried out described telecommand;
Chip is carried out in described instruction, also is used for carrying out described telecommand under the first micro-chip processor is controlled.
5. a telepilot, is characterized in that, comprises radio-frequency transmissions circuit, nonvolatile memory, instruction input chip, inputs with described radio-frequency transmissions circuit, nonvolatile memory, instruction the second micro-chip processor that chip is electrically connected to respectively;
Described instruction input chip is used for receiving the command information of input, and described command information is sent to the second micro-chip processor;
Described nonvolatile memory is used for the storaging mark code;
Described the second micro-chip processor generates the control information that comprises described identification code according to the identification code of storing in command information and nonvolatile memory, and control information is sent to the radio-frequency transmissions circuit, described control information is telecommand, coupling change request, replaces matching operation instruction or newly-increased matching operation instruction;
Described radio-frequency transmissions circuit is used for control information is sent to the described receiving equipment of claim 1 to 4 any one, so that described receiving equipment is carried out corresponding operation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220262792 CN202976429U (en) | 2012-06-05 | 2012-06-05 | Receiving equipment and remote controller |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220262792 CN202976429U (en) | 2012-06-05 | 2012-06-05 | Receiving equipment and remote controller |
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| CN202976429U true CN202976429U (en) | 2013-06-05 |
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| CN 201220262792 Expired - Fee Related CN202976429U (en) | 2012-06-05 | 2012-06-05 | Receiving equipment and remote controller |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102750812A (en) * | 2012-06-05 | 2012-10-24 | 深圳市镭润科技有限公司 | Method for matching reception device and remote controller, reception device and remote controller |
| CN112666410A (en) * | 2020-11-24 | 2021-04-16 | 中国南方电网有限责任公司超高压输电公司广州局 | Indoor compact intelligent indicating board for arranging GIS air chamber state |
-
2012
- 2012-06-05 CN CN 201220262792 patent/CN202976429U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102750812A (en) * | 2012-06-05 | 2012-10-24 | 深圳市镭润科技有限公司 | Method for matching reception device and remote controller, reception device and remote controller |
| CN112666410A (en) * | 2020-11-24 | 2021-04-16 | 中国南方电网有限责任公司超高压输电公司广州局 | Indoor compact intelligent indicating board for arranging GIS air chamber state |
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Address after: 518000 Guangdong city of Shenzhen province Baoan District Dalang Street Road, Dalang community Huaning Star Technology Industrial Park G building on the third floor B District Patentee after: Shenzhen Rayrun Technology Co., Ltd. Address before: 518000, Shenzhen, Guangdong, Nanshan District, Taoyuan street, Li Shan Road, Silicon Valley University City Pioneer Park, room 1206 Patentee before: Shenzhen Rayrun Technology Co., Ltd. |
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