CN105721694A - Control method, control device, wearable intelligent device and terminal - Google Patents
Control method, control device, wearable intelligent device and terminal Download PDFInfo
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- CN105721694A CN105721694A CN201610067891.1A CN201610067891A CN105721694A CN 105721694 A CN105721694 A CN 105721694A CN 201610067891 A CN201610067891 A CN 201610067891A CN 105721694 A CN105721694 A CN 105721694A
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- control instruction
- preset range
- smart machine
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- terminal
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
Abstract
The invention provides a control method, a control device, a wearable intelligent device and a terminal; wherein the control method comprises following steps of receiving a detection signal; detecting whether an object is in the preset range of the wearable intelligent device or not; when it is determined that the object is in the preset range, determining a target control instruction according to the state parameter of the object in the preset range; and controlling the wearable intelligent device or the terminal according to the target control instruction. Through adoption of the technical scheme provided by the invention, the wearable intelligent device or the terminal connected with the wearable intelligent device can be controlled more conveniently and rapidly.
Description
Technical field
The present invention relates to field of terminal technology, in particular to a kind of control method, a kind of control device, a kind of wearable smart machine and a kind of terminal.
Background technology
At present, wearable smart machine (such as bluetooth earphone) is operated or is operated by wearable smart machine and is required for the control button on the wearable smart machine of user's Manual press and just can carry out controlling terminal, this brings a lot of inconvenience to the operation of user, even can serve danger by band.Such as, when user is driving or by bike in process, if there being logical incoming call needs to answer, user is accomplished by a hands off-direction dish or departs from the direction of the bicycle bluetooth earphone that is connected with terminal of operation of shaking hands and control to answer, button on usual bluetooth earphone is all smaller, user just can search out the button of correspondence by the mode touched, and just can carry out the operation being correlated with afterwards.If the time shaken hands in the hands departure direction dish of user or direction is long, some unsafe factors will be produced, bring danger to user.And the time left is more long, the potential safety hazard existed is more big.
Therefore, how convenient, operate wearable smart machine quickly and become current problem demanding prompt solution to control wearable smart machine or terminal.
Summary of the invention
The present invention is based on the problems referred to above, it is proposed that a kind of new technical scheme, it is possible to convenient, control wearable smart machine or the terminal being connected with wearable smart machine quickly.
In view of this, a first aspect of the present invention proposes a kind of control method, for the wearable smart machine being connected with terminal, including: receive detection signal, detect in the preset range of described wearable smart machine whether have object；Determine exist in described preset range state object to some extent time, determine target control instruction according to described object state parameter in described preset range；According to described target control instruction, described wearable smart machine or described terminal are controlled.
In this technical scheme, when having object in the preset range determining wearable smart machine, also just illustrate that the distance of the wearable smart machine of this object distance is very near, then can determine target control instruction according to object state parameter in preset range, further according to target control instruction, wearable smart machine or the terminal that is connected with wearable smart machine are controlled, wherein, object can be any object such as hands, pen, paper.Such as, when terminal has incoming call incoming call, user have only to a hands rapidly close to or streak wearable smart machine, the instruction of incoming call sound can be generated, thus controlling the terminal incoming call answering being connected with wearable smart machine, therefore, pass through technique scheme, avoiding user in correlation technique needs manual palpation could operate wearable smart machine, thus avoiding the overlong time of user's both hands departure direction dish and the unsafe factor that produces, simultaneously, can also be convenient, control wearable smart machine or terminal rapidly, thus promoting Consumer's Experience.
It addition, the preset range of wearable smart machine should arrange little as far as possible, to avoid maloperation, for instance, preset range can be that point, radius are the scope of 3 centimetres centered by wearable smart machine.
In technique scheme, it is preferable that described state parameter includes: persistent period that described object stops in described preset range or the number of times that described object occurs in described preset range.
In this technical scheme, state parameter includes but not limited to: persistent period that object stops in preset range or the number of times that object occurs in preset range.Also just explanation, wearable smart machine can determine target control instruction according to the persistent period that object stops in preset range, or the number of times occurred in preset range according to mobile object determines target control instruction, so, it is possible relatively accurately, determine target control instruction easily.
In any of the above-described technical scheme, it is preferable that also include: when described state parameter is the described persistent period, according to the described persistent period, it is determined that the preset time range at described persistent period place；According to described preset time range, the first control instruction table is searched the control instruction corresponding with described preset time range as described target control instruction.
In this technical scheme, in the first control instruction table, storage has preset time range, and the control instruction corresponding with preset time range, wearable smart machine can find target control instruction according to the preset time range at persistent period place in the first control instruction table.Such as, the control instruction that preset time range is corresponding in 1 second to 2 second is that incoming call goes code, the control instruction that preset time range is corresponding in 2 seconds to 3 seconds is volume UP instruction, the control instruction that preset time range is corresponding in 3 seconds to 4 seconds is that incoming call hangs up instruction, then when persistent period object stop in preset range being detected is 1.2 seconds, namely can determine that the preset time range at 1.2 seconds places of persistent period, may determine that target control instruction is that incoming call goes code further, also just according to this instruction, terminal can be controlled, pass through technique scheme, can be quicker, determine target control instruction easily.
In any of the above-described technical scheme, it is preferable that also include: when described state parameter is described number of times, the described number of times that in detection Preset Time, described object occurs in described preset range；According to described number of times, the second control instruction table is searched the control instruction corresponding with described number of times as described target control instruction.
In this technical scheme, the number of times that can occur in preset range according to object in Preset Time, second control instruction table is searched the control instruction corresponding with this number of times as target control instruction, such as, in 2 seconds (namely Preset Time is 2 seconds), the number of times that object occurs in preset range is 2 times, and to find the control instruction corresponding with 2 times in the second control instruction table be volume UP instruction, then can determine that target control instruction is volume UP instruction, again such as, if the number of times that object occurs in preset range is 1 time, and to find the control instruction corresponding with 1 time in the second control instruction table be song switching command, then can determine that target control instruction is song switching command, so, can be quicker, determine target control instruction easily.
In any of the above-described technical scheme, preferably, the described state parameter according to described object in described preset range determines target control instruction, specifically include: when the quantity at described object is multiple, determine described target control instruction according to the object entered at first in described preset range described state parameter in described preset range；Or when multiple described objects simultaneously enter in described preset range, determine described target control instruction according to the object finally left in described preset range described state parameter in described preset range.
In this technical scheme, when the object in preset range has multiple, then determine target control instruction according to the object entered at first in preset range state parameter in preset range, namely when there being any object to enter in preset range, wearable smart machine is just already at the process determining target control instruction, even if having object to occur in preset range again, also without any impact.Additionally, if multiple objects simultaneously appear in preset range, then can determine target control instruction according to the object finally left in preset range state parameter in preset range, so, avoid the situation that cannot determine target control instruction when multiple object occurs in preset range such that it is able to effectively promote the reliability determining target control instruction according to object state parameter in preset range.
In any of the above-described technical scheme, it is preferable that before the described step receiving detection signal, including: judge whether described terminal is in predetermined state；When described terminal is in described predetermined state, send described detection signal.
In this technical scheme, when judging that terminal is in predetermined state, send detection signal, so that wearable smart machine is according to detection signal detects in preset range whether have object.
In any of the above-described technical scheme, it is preferable that described predetermined state includes: come electricity condition, talking state and audio frequency broadcast state.
In this technical scheme, predetermined state includes but not limited to: carry out electricity condition, talking state and audio frequency broadcast state, such as, when judging that terminal is in incoming call state, whether wearable smart machine will detect exists object in its preset range, so that connecting incoming call can be determined whether according to object state parameter in preset range in time, or, when judging that terminal is in audio frequency broadcast state, also can pass through whether there is object in the preset range of the wearable smart machine of detection, so that target control instruction can be determined according to state parameter in time, audio frequency is controlled (as regulated the volume of audio frequency, switching audio frequency, stop audio frequency etc.).
In any of the above-described technical scheme, it is preferable that described target control instruction includes: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction.
In this technical scheme, target control instruction includes but not limited to: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction, so, according to different target control instruction, wearable smart machine or the terminal connected from wearable smart machine can be carried out the control of different behavior, to reach user friendly purpose.
A second aspect of the present invention proposes a kind of control device, for the wearable smart machine being connected with terminal, including: the first detection unit, it is used for receiving detection signal, detects in the preset range of described wearable smart machine whether have object；First determines unit, for determine exist in described preset range state object to some extent time, determine target control instruction according to described object state parameter in described preset range；Control unit, for being controlled described wearable smart machine or described terminal according to described target control instruction.
In this technical scheme, when having object in the preset range determining wearable smart machine, also just illustrate that the distance of the wearable smart machine of this object distance is very near, then can determine target control instruction according to object state parameter in preset range, further according to target control instruction, wearable smart machine or the terminal that is connected with wearable smart machine are controlled, wherein, object can be any object such as hands, pen, paper.Such as, when terminal has incoming call incoming call, user have only to a hands rapidly close to or streak wearable smart machine, the instruction of incoming call sound can be generated, thus controlling the terminal incoming call answering being connected with wearable smart machine, therefore, pass through technique scheme, avoiding user in correlation technique needs manual palpation could operate wearable smart machine, thus avoiding the overlong time of user's both hands departure direction dish and the unsafe factor that produces, simultaneously, can also be convenient, control wearable smart machine or terminal rapidly, thus promoting Consumer's Experience.
It addition, the preset range of wearable smart machine should arrange little as far as possible, to avoid maloperation, for instance, preset range can be that point, radius are the scope of 3 centimetres centered by wearable smart machine.
In technique scheme, it is preferable that described state parameter includes: persistent period that described object stops in described preset range or the number of times that described object occurs in described preset range.
In this technical scheme, state parameter includes but not limited to: persistent period that object stops in preset range or the number of times that object occurs in preset range.Also just explanation, wearable smart machine can determine target control instruction according to the persistent period that object stops in preset range, or the number of times occurred in preset range according to mobile object determines target control instruction, so, it is possible relatively accurately, determine target control instruction easily.
In any of the above-described technical scheme, it is preferable that also include: second determines unit, for when described state parameter is the described persistent period, according to the described persistent period, it is determined that the preset time range at described persistent period place；First searches unit, for according to described preset time range, searching the control instruction corresponding with described preset time range as described target control instruction in the first control instruction table.
In this technical scheme, in the first control instruction table, storage has preset time range, and the control instruction corresponding with preset time range, wearable smart machine can find target control instruction according to the preset time range at persistent period place in the first control instruction table.Such as, the control instruction that preset time range is corresponding in 1 second to 2 second is that incoming call goes code, the control instruction that preset time range is corresponding in 2 seconds to 3 seconds is volume UP instruction, the control instruction that preset time range is corresponding in 3 seconds to 4 seconds is that incoming call hangs up instruction, then when persistent period object stop in preset range being detected is 1.2 seconds, namely can determine that the preset time range at 1.2 seconds places of persistent period, may determine that target control instruction is that incoming call goes code further, also just according to this instruction, terminal can be controlled, pass through technique scheme, can be quicker, determine target control instruction easily.
In any of the above-described technical scheme, it is preferable that also include: the second detection unit, for when described state parameter is described number of times, detecting the described number of times that in Preset Time, described object occurs in described preset range；Second searches unit, for according to described number of times, searching the control instruction corresponding with described number of times as described target control instruction in the second control instruction table.
In this technical scheme, the number of times that can occur in preset range according to object in Preset Time, second control instruction table is searched the control instruction corresponding with this number of times as target control instruction, such as, in 2 seconds (namely Preset Time is 2 seconds), the number of times that object occurs in preset range is 2 times, and to find the control instruction corresponding with 2 times in the second control instruction table be volume UP instruction, then can determine that target control instruction is volume UP instruction, again such as, if the number of times that object occurs in preset range is 1 time, and to find the control instruction corresponding with 1 time in the second control instruction table be song switching command, then can determine that target control instruction is song switching command, so, can be quicker, determine target control instruction easily.
In any of the above-described technical scheme, preferably, described first determine unit specifically for, when the quantity at described object is multiple, determine described target control instruction according to the object entered at first in described preset range described state parameter in described preset range；Or when multiple described objects simultaneously enter in described preset range, determine described target control instruction according to the object finally left in described preset range described state parameter in described preset range.
In this technical scheme, when the object in preset range has multiple, then determine target control instruction according to the object entered at first in preset range state parameter in preset range, namely when there being any object to enter in preset range, wearable smart machine is just already at the process determining target control instruction, even if having object to occur in preset range again, also without any impact.Additionally, if multiple objects simultaneously appear in preset range, then can determine target control instruction according to the object finally left in preset range state parameter in preset range, so, avoid the situation that cannot determine target control instruction when multiple object occurs in preset range such that it is able to effectively promote the reliability determining target control instruction according to object state parameter in preset range.
In any of the above-described technical scheme, it is preferable that including: judging unit, it is judged that whether described terminal is in predetermined state；Issue unit, for when described terminal is in described predetermined state, sending described detection signal.
In this technical scheme, when judging that terminal is in predetermined state, send detection signal, so that wearable smart machine is according to detection signal detects in preset range whether have object.
In any of the above-described technical scheme, it is preferable that described predetermined state includes: come electricity condition, talking state and audio frequency broadcast state.
In this technical scheme, predetermined state includes but not limited to: carry out electricity condition, talking state and audio frequency broadcast state, such as, when judging that terminal is in incoming call state, whether wearable smart machine will detect exists object in its preset range, so that connecting incoming call can be determined whether according to object state parameter in preset range in time, or, when judging that terminal is in audio frequency broadcast state, also can pass through whether there is object in the preset range of the wearable smart machine of detection, so that target control instruction can be determined according to state parameter in time, audio frequency is controlled (as regulated the volume of audio frequency, switching audio frequency, stop audio frequency etc.).
In any of the above-described technical scheme, it is preferable that described target control instruction includes: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction.
In this technical scheme, target control instruction includes but not limited to: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction, so, according to different target control instruction, wearable smart machine or the terminal connected from wearable smart machine can be carried out the control of different behavior, to reach user friendly purpose.
A third aspect of the present invention proposes a kind of wearable smart machine, including the control device according to any one of technique scheme, therefore, this wearable smart machine has the technique effect identical with the control device according to any one of technique scheme, does not repeat them here.
A fourth aspect of the present invention proposes a kind of control method, for the terminal being connected with wearable smart machine, including: receive the state parameter from described wearable smart machine, wherein, the number of times that described state parameter is persistent period of stopping in the preset range of described wearable smart machine of object or described object occurs in described preset range；The control instruction table of described terminal is searched the control instruction corresponding with described state parameter as target control instruction；According to described target control instruction, described terminal or described wearable smart machine are controlled.
In this technical scheme, target control instruction can be determined according to the persistent period from wearable smart machine received or number of times, terminal or wearable smart machine are controlled according to target control instruction, such as, if the number of times received is 2 times, namely can determine that with 2 corresponding control instructions of number of times be volume UP instruction, namely determining that target control instruction is volume UP instruction, thus terminal or wearable smart machine being controlled according to volume UP instruction.
Additionally, owing to compared to the little internal memory of wearable smart machine and low speed chip, terminal has bigger internal memory and data processing speed chip faster, therefore, by determining target control instruction in the terminal, it is possible to effectively promote the speed determining target control instruction.
A fifth aspect of the present invention proposes a kind of control device, for the terminal being connected with wearable smart machine, including: receive unit, for receiving the state parameter from described wearable smart machine, wherein, the number of times that described state parameter is persistent period of stopping in the preset range of described wearable smart machine of object or described object occurs in described preset range；Search unit, for searching the control instruction corresponding with described state parameter in the control instruction table of described terminal as target control instruction；Control unit, for being controlled described terminal or described wearable smart machine according to described target control instruction.
In this technical scheme, in this technical scheme, target control instruction can be determined according to the persistent period from wearable smart machine received or number of times, terminal or wearable smart machine are controlled according to target control instruction, such as, if the number of times received is 2 times, namely can determine that with 2 corresponding control instructions of number of times be volume UP instruction, namely determine that target control instruction is volume UP instruction, thus terminal or wearable smart machine being controlled according to volume UP instruction.
Additionally, owing to compared to the little internal memory of wearable smart machine and low speed chip, terminal has bigger internal memory and data processing speed chip faster, therefore, by determining target control instruction in the terminal, it is possible to effectively promote the speed determining target control instruction.
A sixth aspect of the present invention proposes a kind of terminal, and including the control device described in technique scheme, therefore, this terminal has the technique effect identical with the control device described in technique scheme, does not repeat them here.
Pass through technical scheme, it is possible to convenient, control wearable smart machine or the terminal being connected with wearable smart machine quickly.
Accompanying drawing explanation
Fig. 1 illustrates the schematic flow sheet of control method according to an embodiment of the invention；
Fig. 2 illustrates the structural representation of control device according to an embodiment of the invention；
Fig. 3 illustrates the structural representation of wearable smart machine according to an embodiment of the invention；
Fig. 4 illustrates the schematic flow sheet of control method according to another embodiment of the invention；
Fig. 5 illustrates the structural representation controlling device according to another embodiment of the invention；
Fig. 6 illustrates the structural representation of terminal according to an embodiment of the invention；
Fig. 7 illustrates the schematic diagram of control system according to an embodiment of the invention.
Detailed description of the invention
In order to the above-mentioned purpose of the present invention, feature and advantage can be more clearly understood that, below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.It should be noted that when not conflicting, embodiments herein and the feature in embodiment can be mutually combined.
Elaborate a lot of detail in the following description so that fully understanding the present invention; but; the present invention can also adopt other to be different from other modes described here to implement, and therefore, protection scope of the present invention is by the restriction of following public specific embodiment.
Fig. 1 illustrates the schematic flow sheet of control method according to an embodiment of the invention.
As it is shown in figure 1, control method according to an embodiment of the invention, including:
Step 102, receives detection signal, detects in the preset range of described wearable smart machine whether have object；
Step 104, determine exist in described preset range state object to some extent time, determine target control instruction according to described object state parameter in described preset range；
Step 106, is controlled described wearable smart machine or described terminal according to described target control instruction.
In this technical scheme, when having object in the preset range determining wearable smart machine, also just illustrate that the distance of the wearable smart machine of this object distance is very near, then can determine target control instruction according to object state parameter in preset range, further according to target control instruction, wearable smart machine or the terminal that is connected with wearable smart machine are controlled, wherein, object can be any object such as hands, pen, paper.Such as, when terminal has incoming call incoming call, user have only to a hands rapidly close to or streak wearable smart machine, the instruction of incoming call sound can be generated, thus controlling the terminal incoming call answering being connected with wearable smart machine, therefore, pass through technique scheme, avoiding user in correlation technique needs manual palpation could operate wearable smart machine, thus avoiding the overlong time of user's both hands departure direction dish and the unsafe factor that produces, simultaneously, can also be convenient, control wearable smart machine or terminal rapidly, thus promoting Consumer's Experience.
It addition, the preset range of wearable smart machine should arrange little as far as possible, to avoid maloperation, for instance, preset range can be that point, radius are the scope of 3 centimetres centered by wearable smart machine.
In technique scheme, it is preferable that described state parameter includes: persistent period that described object stops in described preset range or the number of times that described object occurs in described preset range.
In this technical scheme, state parameter includes but not limited to: persistent period that object stops in preset range or the number of times that object occurs in preset range.Also just explanation, wearable smart machine can determine target control instruction according to the persistent period that object stops in preset range, or the number of times occurred in preset range according to mobile object determines target control instruction, so, it is possible relatively accurately, determine target control instruction easily.
In any of the above-described technical scheme, it is preferable that also include: when described state parameter is the described persistent period, according to the described persistent period, it is determined that the preset time range at described persistent period place；According to described preset time range, the first control instruction table is searched the control instruction corresponding with described preset time range as described target control instruction.
In this technical scheme, in the first control instruction table, storage has preset time range, and the control instruction corresponding with preset time range, wearable smart machine can find target control instruction according to the preset time range at persistent period place in the first control instruction table.Such as, the control instruction that preset time range is corresponding in 1 second to 2 second is that incoming call goes code, the control instruction that preset time range is corresponding in 2 seconds to 3 seconds is volume UP instruction, the control instruction that preset time range is corresponding in 3 seconds to 4 seconds is that incoming call hangs up instruction, then when persistent period object stop in preset range being detected is 1.2 seconds, namely can determine that the preset time range at 1.2 seconds places of persistent period, may determine that target control instruction is that incoming call goes code further, also just according to this instruction, terminal can be controlled, pass through technique scheme, can be quicker, determine target control instruction easily.
Wherein, the first control instruction table is as shown in table 1:
Table 1
| Preset time range | Control instruction |
| 1s～2s | Incoming call goes code |
| 2s～3s | Volume UP instruction |
| 3s～4s | Incoming call hangs up instruction |
| 4s～5s | Volume down instruction |
| 5s～6s | Audio conversion instruction |
| 6s～7s | Audio frequency halt instruction |
| 7s～8s | Audio frequency regulates halt instruction |
Certainly, if not finding the preset time range corresponding with the persistent period in the first control instruction table, then do not generate target control instruction, such as, if persistent period object stop in preset range being detected is 10 seconds, namely search less than the preset time range corresponding with 10 seconds in the first control instruction table, then do not generate target control instruction.
In any of the above-described technical scheme, it is preferable that also include: when described state parameter is described number of times, the described number of times that in detection Preset Time, described object occurs in described preset range；According to described number of times, the second control instruction table is searched the control instruction corresponding with described number of times as described target control instruction.
In this technical scheme, the number of times that can occur in preset range according to object in Preset Time, second control instruction table is searched the control instruction corresponding with this number of times as target control instruction, such as, in 2 seconds (namely Preset Time is 2 seconds), the number of times that object occurs in preset range is 2 times, and to find the control instruction corresponding with 2 times in the second control instruction table be volume UP instruction, then can determine that target control instruction is volume UP instruction, again such as, if the number of times that object occurs in preset range is 1 time, and to find the control instruction corresponding with 1 time in the second control instruction table be incoming call sound instruction, then can determine that target control instruction is incoming call sound instruction, so, can be quicker, determine target control instruction easily.
Wherein, the second control instruction table is as shown in table 2:
Table 2
| Number of times (unit: secondary) | Control instruction |
| 1 | Incoming call sound instruction |
| 2 | Volume UP instruction |
| 3 | Incoming call hangs up instruction |
| 4 | Volume down instruction |
| 5 | Audio conversion instruction |
| 6 | Audio frequency halt instruction |
| 7 | Audio frequency regulates halt instruction |
Certainly, if the number of times that object occurs in preset range is searched not then in the second control instruction table, target control instruction is not generated yet, such as, if number of times object appearance in preset range being detected is 9 times, namely search less than the control instruction corresponding with 9 times in the second control instruction table, then do not generate target control instruction.
In any of the above-described technical scheme, it is preferable that step 104 includes: when the quantity at described object is multiple, determine described target control instruction according to the object entered at first in described preset range described state parameter in described preset range；Or when multiple described objects simultaneously enter in described preset range, determine described target control instruction according to the object finally left in described preset range described state parameter in described preset range.
In this technical scheme, when the object in preset range has multiple, then determine target control instruction according to the object entered at first in preset range state parameter in preset range, namely when there being any object to enter in preset range, wearable smart machine is just already at the process determining target control instruction, even if having object to occur in preset range again, also without any impact.Additionally, if multiple objects simultaneously appear in preset range, then can determine target control instruction according to the object finally left in preset range state parameter in preset range, so, avoid the situation that cannot determine target control instruction when multiple object occurs in preset range such that it is able to effectively promote the reliability determining target control instruction according to object state parameter in preset range.
In any of the above-described technical scheme, it is preferable that before step 102, including: judge whether described terminal is in predetermined state；When described terminal is in described predetermined state, send described detection signal.
In this technical scheme, when judging that terminal is in predetermined state, send detection signal, so that wearable smart machine is according to detection signal detects in preset range whether have object.
In any of the above-described technical scheme, it is preferable that described predetermined state includes: come electricity condition, talking state and audio frequency broadcast state.
In this technical scheme, predetermined state includes but not limited to: carry out electricity condition, talking state and audio frequency broadcast state, such as, when judging that terminal is in incoming call state, whether wearable smart machine will detect exists object in its preset range, so that connecting incoming call can be determined whether according to object state parameter in preset range in time, or, when judging that terminal is in audio frequency broadcast state, also can pass through whether there is object in the preset range of the wearable smart machine of detection, so that target control instruction can be determined according to state parameter in time, audio frequency is controlled (as regulated the volume of audio frequency, switching audio frequency, stop audio frequency etc.).
In any of the above-described technical scheme, it is preferable that described target control instruction includes: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction.
In this technical scheme, target control instruction includes but not limited to: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction, so, according to different target control instruction, wearable smart machine or the terminal connected from wearable smart machine can be carried out the control of different behavior, to reach user friendly purpose.
Fig. 2 illustrates the structural representation of control device according to an embodiment of the invention.
As shown in Figure 2, control device 200 according to an embodiment of the invention, for the wearable smart machine being connected with terminal, including: the first detection unit 202, for receiving detection signal, detect in the preset range of described wearable smart machine whether have object；First determines unit 204, for determine exist in described preset range state object to some extent time, determine target control instruction according to described object state parameter in described preset range；Control unit 206, for being controlled described wearable smart machine or described terminal according to described target control instruction.
In this technical scheme, when having object in the preset range determining wearable smart machine, also just illustrate that the distance of the wearable smart machine of this object distance is very near, then can determine target control instruction according to object state parameter in preset range, further according to target control instruction, wearable smart machine or the terminal that is connected with wearable smart machine are controlled, wherein, object can be any object such as hands, pen, paper.Such as, when terminal has incoming call incoming call, user have only to a hands rapidly close to or streak wearable smart machine, the instruction of incoming call sound can be generated, thus controlling the terminal incoming call answering being connected with wearable smart machine, therefore, pass through technique scheme, avoiding user in correlation technique needs manual palpation could operate wearable smart machine, thus avoiding the overlong time of user's both hands departure direction dish and the unsafe factor that produces, simultaneously, can also be convenient, control wearable smart machine or terminal rapidly, thus promoting Consumer's Experience.
It addition, the preset range of wearable smart machine should arrange little as far as possible, to avoid maloperation, for instance, preset range can be that point, radius are the scope of 3 centimetres centered by wearable smart machine.
In technique scheme, it is preferable that described state parameter includes: persistent period that described object stops in described preset range or the number of times that described object occurs in described preset range.
In this technical scheme, state parameter includes but not limited to: persistent period that object stops in preset range or the number of times that object occurs in preset range.Also just explanation, wearable smart machine can determine target control instruction according to the persistent period that object stops in preset range, or the number of times occurred in preset range according to mobile object determines target control instruction, so, it is possible relatively accurately, determine target control instruction easily.
In any of the above-described technical scheme, it is preferable that also include: second determines unit 208, for when described state parameter is the described persistent period, according to the described persistent period, it is determined that the preset time range at described persistent period place；First searches unit 210, for according to described preset time range, searching the control instruction corresponding with described preset time range as described target control instruction in the first control instruction table.
In this technical scheme, in the first control instruction table, storage has preset time range, and the control instruction corresponding with preset time range, wearable smart machine can find target control instruction according to the preset time range at persistent period place in the first control instruction table.Such as, the control instruction that preset time range is corresponding in 1 second to 2 second is that incoming call goes code, the control instruction that preset time range is corresponding in 2 seconds to 3 seconds is volume UP instruction, the control instruction that preset time range is corresponding in 3 seconds to 4 seconds is that incoming call hangs up instruction, then when persistent period object stop in preset range being detected is 1.2 seconds, namely can determine that the preset time range at 1.2 seconds places of persistent period, may determine that target control instruction is that incoming call goes code further, also just according to this instruction, terminal can be controlled, pass through technique scheme, can be quicker, determine target control instruction easily.
Wherein, the first control instruction table is as shown in table 1:
Table 1
| Preset time range | Control instruction |
| 1s～2s | Incoming call goes code |
| 2s～3s | Volume UP instruction |
| 3s～4s | Incoming call hangs up instruction |
| 4s～5s | Volume down instruction |
| 5s～6s | Audio conversion instruction |
| 6s～7s | Audio frequency halt instruction |
| 7s～8s | Audio frequency regulates halt instruction |
Certainly, if not finding the preset time range corresponding with the persistent period in the first control instruction table, then do not generate target control instruction, such as, if persistent period object stop in preset range being detected is 10 seconds, namely search less than the preset time range corresponding with 10 seconds in the first control instruction table, then do not generate target control instruction.
In any of the above-described technical scheme, it is preferable that also include: the second detection unit 212, for when described state parameter is described number of times, detecting the described number of times that in Preset Time, described object occurs in described preset range；Second searches unit 214, for according to described number of times, searching the control instruction corresponding with described number of times as described target control instruction in the second control instruction table.
In this technical scheme, the number of times that can occur in preset range according to object in Preset Time, second control instruction table is searched the control instruction corresponding with this number of times as target control instruction, such as, in 2 seconds (namely Preset Time is 2 seconds), the number of times that object occurs in preset range is 2 times, and to find the control instruction corresponding with 2 times in the second control instruction table be volume UP instruction, then can determine that target control instruction is volume UP instruction, again such as, if the number of times that object occurs in preset range is 1 time, and to find the control instruction corresponding with 1 time in the second control instruction table be song switching command, then can determine that target control instruction is song switching command, so, can be quicker, determine target control instruction easily.
Wherein, the second control instruction table is as shown in table 2:
Table 2
| Number of times (unit: secondary) | Control instruction |
| 1 | Incoming call sound instruction |
| 2 | Volume UP instruction |
| 3 | Incoming call hangs up instruction |
| 4 | Volume down instruction |
| 5 | Audio conversion instruction |
| 6 | Audio frequency halt instruction |
| 7 | Audio frequency regulates halt instruction |
Certainly, if the number of times that object occurs in preset range is searched not then in the second control instruction table, target control instruction is not generated yet, such as, if number of times object appearance in preset range being detected is 9 times, namely search less than the control instruction corresponding with 9 times in the second control instruction table, then do not generate target control instruction.
In any of the above-described technical scheme, preferably, described first determine unit 204 specifically for, when the quantity at described object is multiple, determine described target control instruction according to the object entered at first in described preset range described state parameter in described preset range；Or when multiple described objects simultaneously enter in described preset range, determine described target control instruction according to the object finally left in described preset range described state parameter in described preset range.
In this technical scheme, when the object in preset range has multiple, then determine target control instruction according to the object entered at first in preset range state parameter in preset range, namely when there being any object to enter in preset range, wearable smart machine is just already at the process determining target control instruction, even if having object to occur in preset range again, also without any impact.Additionally, if multiple objects simultaneously appear in preset range, then can determine target control instruction according to the object finally left in preset range state parameter in preset range, so, avoid the situation that cannot determine target control instruction when multiple object occurs in preset range such that it is able to effectively promote the reliability determining target control instruction according to object state parameter in preset range.
In any of the above-described technical scheme, it is preferable that including: judging unit 216, it is judged that whether described terminal is in predetermined state；Issue unit 218, for when described terminal is in described predetermined state, sending described detection signal.
In this technical scheme, when judging that terminal is in predetermined state, send detection signal, so that wearable smart machine is according to detection signal detects in preset range whether have object.
In any of the above-described technical scheme, it is preferable that described predetermined state includes: come electricity condition, talking state and audio frequency broadcast state.
In this technical scheme, predetermined state includes but not limited to: carry out electricity condition, talking state and audio frequency broadcast state, such as, when judging that terminal is in incoming call state, whether wearable smart machine will detect exists object in its preset range, so that connecting incoming call can be determined whether according to object state parameter in preset range in time, or, when judging that terminal is in audio frequency broadcast state, also can pass through whether there is object in the preset range of the wearable smart machine of detection, so that target control instruction can be determined according to state parameter in time, audio frequency is controlled (as regulated the volume of audio frequency, switching audio frequency, stop audio frequency etc.).
In any of the above-described technical scheme, it is preferable that described target control instruction includes: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction.
In this technical scheme, target control instruction includes but not limited to: connecting incoming call instruction, hanging up calling instruction, volume down instruction, volume UP instruction, Audio conversion instruction, audio frequency halt instruction and volume adjusting halt instruction, so, according to different target control instruction, wearable smart machine or the terminal connected from wearable smart machine can be carried out the control of different behavior, to reach user friendly purpose.
Fig. 3 illustrates the structural representation of wearable smart machine according to an embodiment of the invention.
As shown in Figure 3, wearable smart machine 300 according to an embodiment of the invention, including the control device 200 according to any one of technique scheme, therefore, this wearable smart machine 300 has the technique effect identical with the control device 200 according to any one of technique scheme, does not repeat them here.
Fig. 4 illustrates the schematic flow sheet of control method according to another embodiment of the invention.
As shown in Figure 4, control method according to another embodiment of the invention, for the terminal being connected with wearable smart machine, including:
Step 402, receives from the state parameter of described wearable smart machine, wherein, and the number of times that described state parameter is persistent period of stopping in the preset range of described wearable smart machine of object or described object occurs in described preset range；
Step 404, searches the control instruction corresponding with described state parameter as target control instruction in the control instruction table of described terminal；
Step 406, is controlled described terminal or described wearable smart machine according to described target control instruction.
In this technical scheme, target control instruction can be determined according to the persistent period from wearable smart machine received or number of times, terminal or wearable smart machine are controlled according to target control instruction, such as, if the number of times received is 2 times, namely can determine that with 2 corresponding control instructions of number of times be volume UP instruction, namely determining that target control instruction is volume UP instruction, thus terminal or wearable smart machine being controlled according to volume UP instruction.
Additionally, owing to compared to the little internal memory of wearable smart machine and low speed chip, terminal has bigger internal memory and data processing speed chip faster, therefore, by determining target control instruction in the terminal, it is possible to effectively promote the speed determining target control instruction.
Fig. 5 illustrates the structural representation controlling device according to another embodiment of the invention.
As shown in Figure 5, control device 500 according to another embodiment of the invention, for the terminal being connected with wearable smart machine, including: receive unit 502, for receiving the state parameter from described wearable smart machine, wherein, the number of times that described state parameter is persistent period of stopping in the preset range of described wearable smart machine of object or described object occurs in described preset range；Search unit 504, for searching the control instruction corresponding with described state parameter in the control instruction table of described terminal as target control instruction；Control unit 506, for being controlled described terminal or described wearable smart machine according to described target control instruction.
In this technical scheme, target control instruction can be determined according to the persistent period from wearable smart machine received or number of times, terminal or wearable smart machine are controlled according to target control instruction, such as, if the number of times received is 2 times, namely can determine that with 2 corresponding control instructions of number of times be volume UP instruction, namely determining that target control instruction is volume UP instruction, thus terminal or wearable smart machine being controlled according to volume UP instruction.
Additionally, owing to compared to the little internal memory of wearable smart machine and low speed chip, terminal has bigger internal memory and data processing speed chip faster, therefore, by determining target control instruction in the terminal, it is possible to effectively promote the speed determining target control instruction.
Fig. 6 illustrates the structural representation of terminal according to an embodiment of the invention.
As shown in Figure 6, terminal 600 according to an embodiment of the invention, including: including the control device 500 described in technique scheme, therefore, this terminal 600 has the technique effect identical with the control device 500 described in technique scheme, does not repeat them here.
Fig. 7 illustrates the schematic diagram of control system according to an embodiment of the invention.
As it is shown in fig. 7, control system 700 according to an embodiment of the invention, including: Bluetooth earphone equipment 702 (i.e. wearable smart machine) and terminal 704, described Bluetooth earphone equipment 702 includes: distance induction system 7022.Built-in distance induction system 7022 in Bluetooth earphone equipment 702, distance induction system 7022 collect extraneous sensing less than range information, and the range information sensed is transferred to Bluetooth earphone equipment 702 in real time.Bluetooth earphone equipment 702 generates corresponding target control instruction according to these range informations, carries out the operation of correspondence, or sends target control instruction to the terminal 704 connected with Bluetooth earphone equipment 702 by Bluetooth transmission and carry out corresponding process.
Such as, the match is successful with terminal 704 for Bluetooth earphone equipment 702, and when being maintained under bluetooth connection status, if there being phone incoming call, whether distance induction system 7022 can sense Close approach operation (namely detect in the preset range of Bluetooth earphone equipment 702 and whether have object), if distance induction system 7022 senses that Close approach operation and Close approach time are less than 1s, then generate the closing of the circuit operational order of correspondence, and by Bluetooth transmission to terminal 704, so that terminal 704 connects phone.When, in communication process, distance induction system 7022 senses that Close approach operation and Close approach time are more than 3s, then phone will be hung up (the target control instruction namely generated is that incoming call hangs up instruction).When in communication process, distance induction system 7022 sense Close approach operation and closely the time more than 1s, and it is always maintained at the persistent period of close contact more than 2s, user then can be reminded to be in volume UP, the target control instruction being simultaneously generated volume UP carries out volume UP process to control Bluetooth earphone equipment 702, and the persistent period according to close contact constantly increases volume.When in communication process, distance induction system 7022 senses that Close approach operation and Close approach time more than 1s but are left not less than after 2s, user is then reminded to be in volume down, it is simultaneously generated volume down instruction and carries out volume down process to control Bluetooth earphone equipment 702, until again sense when Close approach operate, stopping volume down.
Certainly, if user is currently in use 702 tins of music of Bluetooth earphone equipment, whether distance induction system 7022 also can sense has Close approach to operate, if distance induction system 7022 senses when Close approach operates, also the target control instructions such as the Audio conversion instruction of correspondence, volume UP instruction, volume down instruction, audio frequency halt instruction can be generated by the time to approach that Close approach operates, and be sent to terminal 704 by Bluetooth transmission, so that terminal 704 operates accordingly.
So, the time of user operation Bluetooth earphone equipment 702 can be saved by technique scheme so that the time shaken hands in user's hands departure direction dish or direction is greatly shortened, and potential safety hazard also just reduces a lot.Even when the both hands of user are all inconvenient, can carry out with the shoulder of oneself contacting to produce Close approach operation by Bluetooth earphone equipment 702 by the inclined head in left and right, and generate corresponding target control instruction to control Bluetooth earphone equipment 702 or terminal 704, thus can liberate both hands completely, be completely eliminated in driving or cycling process because both hands depart from the potential safety hazard brought.
Technical scheme is described in detail above in association with accompanying drawing, wearable smart machine or the terminal being connected with wearable smart machine can be controlled convenient, quickly, simultaneously, save the time of the wearable smart machine of user operation, thus reducing the singlehanded danger driving to bring because of the button on the wearable smart machine of manual operation in user's driving.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within protection scope of the present invention.
Claims (16)
1. a control method, for the wearable smart machine being connected with terminal, it is characterised in that including:
Receive detection signal, detect in the preset range of described wearable smart machine whether have object；
Determine exist in described preset range state object to some extent time, determine target control instruction according to described object state parameter in described preset range；
According to described target control instruction, described wearable smart machine or described terminal are controlled.
2. control method according to claim 1, it is characterised in that described state parameter includes: persistent period that described object stops in described preset range or the number of times that described object occurs in described preset range.
3. control method according to claim 2, it is characterised in that also include:
When described state parameter is the described persistent period, according to the described persistent period, it is determined that the preset time range at described persistent period place；
According to described preset time range, the first control instruction table is searched the control instruction corresponding with described preset time range as described target control instruction.
4. control method according to claim 2, it is characterised in that also include:
When described state parameter is described number of times, the described number of times that in detection Preset Time, described object occurs in described preset range；
According to described number of times, the second control instruction table is searched the control instruction corresponding with described number of times as described target control instruction.
5. control method according to claim 1, it is characterised in that the described state parameter according to described object in described preset range determines target control instruction, specifically includes:
When quantity at described object is multiple, determine described target control instruction according to the object entered at first in described preset range described state parameter in described preset range；Or
When multiple described objects simultaneously enter in described preset range, determine described target control instruction according to the object finally left in described preset range described state parameter in described preset range.
6. control method according to claim 1, it is characterised in that before the step of described reception detection signal, including:
Judge whether described terminal is in predetermined state；
When described terminal is in described predetermined state, send described detection signal.
7. control a device, for the wearable smart machine being connected with terminal, it is characterised in that including:
First detection unit, is used for receiving detection signal, detects in the preset range of described wearable smart machine whether have object；
First determines unit, for determine exist in described preset range state object to some extent time, determine target control instruction according to described object state parameter in described preset range；
Control unit, for being controlled described wearable smart machine or described terminal according to described target control instruction.
8. control device according to claim 7, it is characterised in that described state parameter includes: persistent period that described object stops in described preset range or the number of times that described object occurs in described preset range.
9. control device according to claim 8, it is characterised in that also include:
Second determines unit, for when described state parameter is the described persistent period, according to the described persistent period, it is determined that the preset time range at described persistent period place；
First searches unit, for according to described preset time range, searching the control instruction corresponding with described preset time range as described target control instruction in the first control instruction table.
10. control device according to claim 8, it is characterised in that also include:
Second detection unit, for when described state parameter is described number of times, detecting the described number of times that in Preset Time, described object occurs in described preset range；
Second searches unit, for according to described number of times, searching the control instruction corresponding with described number of times as described target control instruction in the second control instruction table.
11. control device according to claim 7, it is characterised in that
Described first determine unit specifically for, when the quantity at described object is multiple, determine described target control instruction according to the object entered at first in described preset range described state parameter in described preset range；Or
When multiple described objects simultaneously enter in described preset range, determine described target control instruction according to the object finally left in described preset range described state parameter in described preset range.
12. control device according to claim 7, it is characterised in that including:
Judging unit, it is judged that whether described terminal is in predetermined state；
Issue unit, for when described terminal is in described predetermined state, sending described detection signal.
13. a wearable smart machine, it is characterised in that including: the control device as according to any one of claim 7 to 12.
14. a control method, for the terminal being connected with wearable smart machine, it is characterised in that including:
Receive from the state parameter of described wearable smart machine, wherein, the number of times that described state parameter is persistent period of stopping in the preset range of described wearable smart machine of object or described object occurs in described preset range；
The control instruction table of described terminal is searched the control instruction corresponding with described state parameter as target control instruction；
According to described target control instruction, described terminal or described wearable smart machine are controlled.
15. control a device, for the terminal being connected with wearable smart machine, it is characterised in that including:
Receive unit, for receiving state parameter from described wearable smart machine, wherein, the number of times that described state parameter is persistent period of stopping in the preset range of described wearable smart machine of object or described object occurs in described preset range；
Search unit, for searching the control instruction corresponding with described state parameter in the control instruction table of described terminal as target control instruction；
Control unit, for being controlled described terminal or described wearable smart machine according to described target control instruction.
16. a terminal, it is characterised in that including: control device as claimed in claim 15.
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| CN112051924A (en) * | 2020-09-02 | 2020-12-08 | 杭州光粒科技有限公司 | State adjusting method of equipment and intelligent interaction equipment |
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