CN105760087A - Signal processing method and related device - Google Patents

Signal processing method and related device Download PDF

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Publication number
CN105760087A
CN105760087A CN201610064987.2A CN201610064987A CN105760087A CN 105760087 A CN105760087 A CN 105760087A CN 201610064987 A CN201610064987 A CN 201610064987A CN 105760087 A CN105760087 A CN 105760087A
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China
Prior art keywords
pressing
force value
mapping relations
duration
data
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CN201610064987.2A
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Chinese (zh)
Inventor
曾元清
李家达
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Guangdong Oppo Mobile Telecommunications Corp Ltd
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Guangdong Oppo Mobile Telecommunications Corp Ltd
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Priority to CN201610064987.2A priority Critical patent/CN105760087A/en
Publication of CN105760087A publication Critical patent/CN105760087A/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44—Arrangements for executing specific programs
    • G06F9/451—Execution arrangements for user interfaces

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  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Software Systems (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Telephone Function (AREA)

Abstract

The embodiment of the invention discloses a signal processing method and a related device, and discloses the signal processing method for a protection sleeve. A user terminal can be sleeved with the protection sleeve. The method includes the steps of detecting whether N pressing operations are exerted on N pressure sensors in M pressure sensors on the protection sleeve, generating N pressing signals to respond to the N pressing operations when detecting the N pressing operations, processing the N pressing signals to obtain N pressure value data and N pressing time duration data, and sending a notification message carrying the N pressure value data and the N pressing time duration data to the user terminal. By means of the technical scheme, the operation convenience and operation flexibility of the user terminal can be easily improved for the user.

Description

Signal processing method and relevant apparatus
Technical field
The present invention relates to terminal electronic technical field, be specifically related to several signal processing method and relevant device.
Background technology
Along with the extensive use of touch control display screen, the application based on touch control display screen gets more and more, and touch control display screen not only can sense position of touch, it is also possible to sense touch-control pressure size and other touch parameter.
In prior art, a lot of operational orders is required for user and just could can find and trigger from corresponding menu by repeatedly ransacing operation, and this simple operation making user to user terminal and operating flexibility receive some impacts.
Summary of the invention
Embodiment of the present invention signal processing method and relevant device, to improving simple operation and the operating flexibility of user to user terminal.
Embodiment of the present invention first aspect provides a kind of signal processing method being applied to protection set, and described protection set can be sheathed on a user terminal, and signal processing method includes:
Detect whether that M is the integer more than or equal to 1, and described N is the positive integer less than or equal to described M for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out；
N number of pressing signal is generated to respond described N number of pressing operation when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；
The notification message of long data when carrying described N number of force value data and N number of pressing is sent to described user terminal, described notification message is used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
In conjunction with first aspect, in the first possible embodiment of first aspect, between operation code and described N number of force value data of described operational order, there are mapping relations, when the operand of described operational order and described N number of pressing, between long data, there are mapping relations.
In conjunction with the first possible embodiment of first aspect, in the embodiment that the second of first aspect is possible,
Between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, and/or, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.
Second aspect present invention provides the signal processing method of a kind of user terminal, including:
Detecting whether N number of pressing operation that the N number of pressure transducer in M pressure transducer on user terminal is carried out, wherein, M is the integer more than or equal to 1, and described N is the positive integer less than or equal to described M；
N number of pressing signal is generated to respond described N number of pressing operation when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；Based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction；Perform described operational order to realize the function corresponding with described N number of pressing operation.
In conjunction with second aspect, in the first possible embodiment of second aspect, described process described N number of pressing signal to obtain N number of force value data and N number of pressing duration data include: amplify described N number of pressing signal to obtain the described N number of pressing signal after amplifying；Long data when the described N number of pressing signal after described amplification being carried out analog digital conversion to obtain N number of force value data and N number of pressing.
The first possible embodiment in conjunction with second aspect or second aspect, in the embodiment that the second of second aspect is possible, between operation code and described N number of force value data of described operational order, there are mapping relations, when the operand of described operational order and described N number of pressing, between long data, there are mapping relations.
In conjunction with the embodiment that the second of second aspect is possible, in the third possible embodiment of second aspect,
Between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, and/or, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.
The embodiment possible in conjunction with the first possible embodiment of second aspect or second aspect or the second of second aspect or the third possible embodiment of second aspect, in the 4th kind of possible embodiment of second aspect, based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction, including: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when generating volume adjusting instruction, volume indicated by described volume adjusting instruction and described N number of pressing when described positional information meets described predeterminated position condition.
The embodiment possible in conjunction with the first possible embodiment of second aspect or second aspect or the second of second aspect or the third possible embodiment of second aspect, in the 5th kind of possible embodiment of second aspect, based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction, including: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Generate call instruction when described positional information meets described predeterminated position condition, when the numbering in address list of the called number indicated by described call instruction and described N number of pressing, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations.
Third aspect present invention provides a kind of protection set being sheathed on user terminal, and described protection set may include that body；
It is arranged on the first power supply unit on described body；
It is arranged on M pressure transducer on described body, described M pressure transducer is connected with described first power supply unit, when the N number of pressure transducer in described M pressure transducer has detected N number of pressing operation, generate N number of pressing signal to respond described N number of pressing operation, wherein, M is the integer more than or equal to 1, and N is the positive integer less than or equal to M；
Be connected with described M pressure transducer and said supply unit connect processor, be used for receiving described N number of pressing signal, described N number of pressing signal processed to obtain long data when N number of force value data and N number of pressing；
Signal transmission module, it is connected with described processor and described first power supply unit, the notification message of long data when carrying described N number of force value data and N number of pressing for sending to described user terminal, described notification message is used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
In conjunction with the third aspect, in the first possible embodiment of the third aspect, between operation code and described N number of force value data of described operational order, there are mapping relations, when the operand of described operational order and described N number of pressing, between long data, there are mapping relations.
In conjunction with the first possible embodiment of the third aspect, in the embodiment that the second of the third aspect is possible,
Between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, and/or, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.
Fourth aspect present invention provides a kind of user terminal, including:
Casing；
It is arranged on the second power supply unit in described casing；
M pressure transducer on the housing is set, described M pressure transducer is connected with described second power supply unit, when the N number of pressure transducer in described M pressure transducer has detected N number of pressing operation, generate N number of pressing signal to respond described N number of pressing operation, wherein, M is the integer more than or equal to 1, and N is the positive integer less than or equal to M；
Processor, is connected with described M pressure transducer and described second power supply unit connects, and is used for receiving described N number of pressing signal, described N number of pressing signal processes to obtain long data when N number of force value data and N number of pressing；Based on described N number of force value data and described N number of pressing duration data generation operations instruction；Perform described operational order to realize the function corresponding with described N number of pressing operation.
In conjunction with fourth aspect, in the first possible embodiment of fourth aspect, described processor includes based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when generating volume adjusting instruction, volume indicated by described volume adjusting instruction and described N number of pressing when described positional information meets described predeterminated position condition.
In conjunction with fourth aspect, in the embodiment that the second of fourth aspect is possible,
Described processor includes based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Generate call instruction when described positional information meets described predeterminated position condition, when the numbering in address list of the called number indicated by described call instruction and described N number of pressing, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations.
Can be seen that; in the scheme of some embodiments of the invention; protection set, by detecting whether for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out, generates N number of pressing signal when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；The notification message of long data when carrying described N number of force value data and N number of pressing is sent to described user terminal, and can be thus that user terminal user terminal establishes available basis based on N number of force value data and N number of pressing duration data generation operations instruction, user terminal can generate accordingly and perform operational order, that is, user just can the generation of trigger action instruction and execution by simple pressing operation, it is seen that be so conducive to improving simple operation and the operating flexibility of user to user terminal.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme in the embodiment of the present invention, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the schematic flow sheet of the signal processing method being applied to protection set that the embodiment of the present invention provides；
Fig. 2 is the schematic flow sheet of the signal processing method of the user terminal that the embodiment of the present invention provides；
Fig. 3 is the schematic flow sheet of a kind of signal processing method that the embodiment of the present invention provides；
Fig. 4 is a kind of schematic diagram protecting set that the embodiment of the present invention provides；
Fig. 5 is the schematic diagram of a kind of user terminal provided by the invention.
Detailed description of the invention
Embodiment of the present invention signal processing method and relevant device, to improving simple operation and the operating flexibility of user to user terminal.
In order to make those skilled in the art be more fully understood that the present invention program, below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is explicitly described, it is clear that, described embodiment is only the embodiment of a present invention part, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, all should belong to the scope of protection of the invention.
The term " including " mentioned among description and claims of this specification and above-mentioned accompanying drawing and their any deformation, it is intended that cover non-exclusive comprising.Such as, contain series of steps or the process of unit, method, system, product or equipment are not limited to step or the unit listed, but also include step or the unit do not listed alternatively, or also include other step intrinsic for these processes, method, product or equipment or unit alternatively.Additionally, term " first ", " second " and " the 3rd " etc. are for distinguishing different object, not for describing particular order.
Referring to the schematic flow sheet that Fig. 1, Fig. 1 are a kind of signal processing methods being applied to protection set that one embodiment of the present of invention provides.As shown by way of example in fig. 1, a kind of signal processing method being applied to protection set that one embodiment of the present of invention provides, described protection set can be sheathed on a user terminal, and signal processing method may include that
101, protection set detects whether for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out.
Wherein, M is the integer more than or equal to 1.
Wherein, described N is the positive integer less than or equal to described M.
For example, M such as can be equal to 1,2,3,5,7,8,10,21,29,36,50,105 or other value.
For example, N such as can be equal to 1,2,3,5,7,8,10,20,29,36,50,104 or other value.
It is appreciated that described N number of pressure transducer can be the some or all of pressure transducer in described M pressure transducer.
102, protection is enclosed within when described N number of pressing operation being detected and generates N number of pressing signal to respond described N number of pressing operation.
103, described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing by protection set.
Optionally, in the present invention, some are likely in embodiment, and when processing to obtain N number of force value data and N number of pressing to described N number of pressing signal, long data may include that and amplifies described N number of pressing signal to obtain the described N number of pressing signal after amplifying；Long data when the described N number of pressing signal after described amplification being carried out analog digital conversion to obtain N number of force value data and N number of pressing.
104, protection set sends the notification message of long data when carrying described N number of force value data and N number of pressing to described user terminal.
Wherein, described notification message can be used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
Wherein, operational order such as can be answered quality, exhalation instruction, volume adjusting instruction or screen for calling and be lighted instruction etc..
Wherein, user terminal can be such as PC, personal digital assistant, the user terminal of many people interactive device, smart mobile phone, panel computer or other product form.
Optionally, in the present invention, some are likely in embodiment, have mapping relations between operation code and described N number of force value data of described operational order, have mapping relations when the operand of described operational order and described N number of pressing between long data.Or between the operand of described operational order and described N number of force value data, there are mapping relations, when the operation code of described operational order and described N number of pressing, between long data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Such as, between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Can be seen that; in the technical scheme of the present embodiment; protection set, by detecting whether for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out, generates N number of pressing signal when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；The notification message of long data when carrying described N number of force value data and N number of pressing is sent to described user terminal, and can be thus that user terminal user terminal establishes available basis based on N number of force value data and N number of pressing duration data generation operations instruction, user terminal can generate accordingly and perform operational order, that is, user just can the generation of trigger action instruction and execution by simple pressing operation, it is seen that be so conducive to improving simple operation and the operating flexibility of user to user terminal.
It it is the schematic flow sheet of the signal processing method method of a kind of user terminal that one embodiment of the present of invention provides referring to Fig. 2, Fig. 2.As shown in Fig. 2 illustrates, the signal processing method of a kind of user terminal that one embodiment of the present of invention provides comprises the steps that
201, user terminal detects whether N number of pressing operation that the N number of pressure transducer in M pressure transducer on user terminal is carried out.
Wherein, user terminal can be such as PC, personal digital assistant, the user terminal of many people interactive device, smart mobile phone, panel computer or other product form.
Wherein, M is the integer more than or equal to 1.
Wherein, described N is the positive integer less than or equal to described M.
For example, M such as can be equal to 1,2,3,5,7,8,10,21,29,37,50,105 or other value.
For example, N such as can be equal to 1,2,3,5,7,8,10,20,29,36,49,104 or other value.
It is appreciated that described N number of pressure transducer can be the some or all of pressure transducer in described M pressure transducer.
202, user terminal generates N number of pressing signal to respond described N number of pressing operation when described N number of pressing operation being detected.
203, described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing by user terminal.
Optionally, in the present invention, some are likely in embodiment, and when processing to obtain N number of force value data and N number of pressing to described N number of pressing signal, long data may include that and amplifies described N number of pressing signal to obtain the described N number of pressing signal after amplifying；Long data when the described N number of pressing signal after described amplification being carried out analog digital conversion to obtain N number of force value data and N number of pressing.
204, user terminal is based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction.
Wherein, operational order such as can be answered quality, exhalation instruction, volume adjusting instruction or screen for calling and be lighted instruction etc..
205, user terminal can perform described operational order to realize the function corresponding with described N number of pressing operation.
Optionally, in the present invention, some are likely in embodiment, have mapping relations between operation code and described N number of force value data of described operational order, have mapping relations when the operand of described operational order and described N number of pressing between long data.Or between the operand of described operational order and described N number of force value data, there are mapping relations, when the operation code of described operational order and described N number of pressing, between long data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Such as, between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
For example, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining include: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the pressure accumulated value (or pressure mean values) of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Volume adjusting instruction is generated when described positional information meets described predeterminated position condition.Again such as, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining may include that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and when the pressure accumulated value (or pressure mean values) of the N number of force value represented by described N number of force value data is more than predetermined threshold value, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Volume adjusting instruction is generated when described positional information meets described predeterminated position condition.
Such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when volume indicated by described volume adjusting instruction and described N number of pressing.Between the duration meansigma methods of N number of pressing duration represented by long data, there are mapping relations when such as volume indicated by described volume adjusting instruction and described N number of pressing again.Again such as, between the duration variance of N number of pressing duration represented by long data, there are mapping relations when volume indicated by described volume adjusting instruction and described N number of pressing.The remainder that during concrete example N number of pressing as will be described, the duration accumulated value (unit can for the second) of N number of pressing duration represented by long data obtains divided by maximum allowable volume value, can volume indicated by volume adjusting instruction.Again such as can by described N number of pressing time the remainder that obtains divided by maximum allowable volume value of the duration meansigma methods (unit such as can for the second) of N number of pressing duration represented by long data, can volume indicated by volume adjusting instruction.Again such as, the remainder that during by described N number of pressing, the duration variance of N number of pressing duration represented by long data obtains divided by maximum allowable volume value, can volume indicated by volume adjusting instruction.Certainly concrete mapping relations are not limited to the example above.
For example, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining comprise the steps that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Call instruction is generated when described positional information meets described predeterminated position condition.Again such as, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining comprise the steps that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time generate call instruction.
Such as between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the numbering in address list of the called number indicated by described call instruction and described N number of pressing.Between the duration variance of N number of pressing duration represented by long data, there are mapping relations when such as numbering in address list of called number indicated by described call instruction and described N number of pressing again.Between the duration meansigma methods of N number of pressing duration represented by long data, there are mapping relations when such as numbering in address list of called number indicated by described call instruction and described N number of pressing again.During concrete example N number of pressing as will be described, the duration accumulated value (unit can for the second) of N number of pressing duration represented by long data is total divided by directory number and the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Again such as can by described N number of pressing time N number of pressing duration represented by long data duration meansigma methods (unit can for the second) is total divided by directory number and the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Time again such as by described N number of pressing the duration variance of N number of pressing duration represented by long data divided by directory number sum the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Certainly concrete mapping relations are not limited to the example above.
Can be seen that; in the technical scheme of the present embodiment; user terminal is by detecting whether, for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out, to generate N number of pressing signal when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；User terminal user terminal is based on N number of force value data and N number of pressing duration data generation operations instruction, that is, user just can the generation of trigger action instruction and execution by simple pressing operation, it is seen that be so conducive to improving simple operation and the operating flexibility of user to user terminal.
Referring to the schematic flow sheet that Fig. 3, Fig. 3 are a kind of signal processing methods that an alternative embodiment of the invention provides.As shown in Fig. 3 illustrates, a kind of signal processing method that an alternative embodiment of the invention provides may include that
301, protection set detects whether for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out.
Wherein, M is the integer more than or equal to 1.
Wherein, described N is the positive integer less than or equal to described M.
For example, M such as can be equal to 1,2,3,5,7,8,10,21,29,36,50,105 or other value.
For example, N such as can be equal to 1,2,3,5,7,8,10,20,29,36,50,104 or other value.
It is appreciated that described N number of pressure transducer can be the some or all of pressure transducer in described M pressure transducer.
302, protection is enclosed within when described N number of pressing operation being detected and generates N number of pressing signal to respond described N number of pressing operation.
303, described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing by protection set.
Optionally, in the present invention, some are likely in embodiment, and when processing to obtain N number of force value data and N number of pressing to described N number of pressing signal, long data comprises the steps that and amplifies described N number of pressing signal to obtain the described N number of pressing signal after amplifying；Long data when the described N number of pressing signal after described amplification being carried out analog digital conversion to obtain N number of force value data and N number of pressing.
304, protection set sends the notification message of long data when carrying described N number of force value data and N number of pressing to described user terminal.
Wherein, described notification message can be used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
305, user terminal receives described notification message, and described user terminal is based on described N number of force value data and described N number of pressing duration data generation operations instruction.
Wherein, operational order such as can be answered quality, exhalation instruction, volume adjusting instruction or screen for calling and be lighted instruction etc..
Wherein, user terminal can be such as PC, personal digital assistant, the user terminal of many people interactive device, smart mobile phone, panel computer or other product form.
306, user terminal can perform described operational order to realize the function corresponding with described N number of pressing operation.
Optionally, in the present invention, some are likely in embodiment, have mapping relations between operation code and described N number of force value data of described operational order, have mapping relations when the operand of described operational order and described N number of pressing between long data.Or between the operand of described operational order and described N number of force value data, there are mapping relations, when the operation code of described operational order and described N number of pressing, between long data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Such as, between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
For example, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining include: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, judge whether the positional information of described user terminal meets predeterminated position condition (such as, whether described user terminal is in specific location area)；Volume adjusting instruction is generated when described positional information meets described predeterminated position condition.Again such as based on obtain described N number of force value data and described N number of pressing duration data generation operations instruction may include that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Volume adjusting instruction is generated when described positional information meets described predeterminated position condition.
Such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when volume indicated by described volume adjusting instruction and described N number of pressing.Between the duration meansigma methods of N number of pressing duration represented by long data, there are mapping relations when such as volume indicated by described volume adjusting instruction and described N number of pressing again.Again such as, between the duration variance of N number of pressing duration represented by long data, there are mapping relations when volume indicated by described volume adjusting instruction and described N number of pressing.The remainder that during concrete example N number of pressing as will be described, the duration accumulated value (unit can for the second) of N number of pressing duration represented by long data obtains divided by maximum allowable volume value, can volume indicated by volume adjusting instruction.Again such as can by described N number of pressing time the remainder that obtains divided by maximum allowable volume value of the duration meansigma methods (unit such as can for the second) of N number of pressing duration represented by long data, can volume indicated by volume adjusting instruction.Again such as, the remainder that during by described N number of pressing, the duration variance of N number of pressing duration represented by long data obtains divided by maximum allowable volume value, can volume indicated by volume adjusting instruction.Certainly concrete mapping relations are not limited to the example above.
For example, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining comprise the steps that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Call instruction is generated when described positional information meets described predeterminated position condition.Again such as, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining comprise the steps that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time generate call instruction.
Such as between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the numbering in address list of the called number indicated by described call instruction and described N number of pressing.Between the duration variance of N number of pressing duration represented by long data, there are mapping relations when such as numbering in address list of called number indicated by described call instruction and described N number of pressing again.Between the duration meansigma methods of N number of pressing duration represented by long data, there are mapping relations when such as numbering in address list of called number indicated by described call instruction and described N number of pressing again.During concrete example N number of pressing as will be described, the duration accumulated value (unit can for the second) of N number of pressing duration represented by long data is total divided by directory number and the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Again such as can by described N number of pressing time N number of pressing duration represented by long data duration meansigma methods (unit can for the second) is total divided by directory number and the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Time again such as by described N number of pressing the duration variance of N number of pressing duration represented by long data divided by directory number sum the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Certainly concrete mapping relations are not limited to the example above.
Can be seen that; in the technical scheme of the present embodiment; protection set, by detecting whether for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out, generates N number of pressing signal when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；The notification message of long data when carrying described N number of force value data and N number of pressing is sent to described user terminal, and can be thus that user terminal user terminal establishes available basis based on N number of force value data and N number of pressing duration data generation operations instruction, user terminal can generate accordingly and perform operational order, that is, user just can the generation of trigger action instruction and execution by simple pressing operation, it is seen that be so conducive to improving simple operation and the operating flexibility of user to user terminal.
Referring to Fig. 4, the embodiment of the present invention provides the protection set 400 that can be sheathed on user terminal, and described protection set 400 includes: body 410；
It is arranged on the first power supply unit 420 on described body.
It is arranged on M the pressure transducer 430 on described body, described M pressure transducer is connected with described first power supply unit, when the N number of pressure transducer in described M pressure transducer has detected N number of pressing operation, generate N number of pressing signal to respond described N number of pressing operation, wherein, M is the integer more than or equal to 1, and N is the positive integer less than or equal to M.
Be connected with described M pressure transducer and said supply unit connect processor 440, be used for receiving described N number of pressing signal, described N number of pressing signal processed to obtain long data when N number of force value data and N number of pressing.
Signal transmission module 450, it is connected with described processor and described first power supply unit, the notification message of long data when carrying described N number of force value data and N number of pressing for sending to described user terminal, described notification message is used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
Optionally, in the present invention, some are likely in embodiment, have mapping relations between operation code and described N number of force value data of described operational order, have mapping relations when the operand of described operational order and described N number of pressing between long data.Or between the operand of described operational order and described N number of force value data, there are mapping relations, when the operation code of described operational order and described N number of pressing, between long data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Such as, between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Can be seen that; in the technical scheme of the present embodiment; protection set 400 is by detecting whether, for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out, to generate N number of pressing signal when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；The notification message of long data when carrying described N number of force value data and N number of pressing is sent to described user terminal, and can be thus that user terminal user terminal establishes available basis based on N number of force value data and N number of pressing duration data generation operations instruction, user terminal can generate accordingly and perform operational order, that is, user just can the generation of trigger action instruction and execution by simple pressing operation, it is seen that be so conducive to improving simple operation and the operating flexibility of user to user terminal.
Referring to Fig. 5, the embodiment of the present invention provides a kind of user terminal 500, including:
Casing 510；
It is arranged on the second power supply unit 520 in described casing 510.
M pressure transducer 530 on the housing is set, described M pressure transducer is connected with described second power supply unit, when the N number of pressure transducer in described M pressure transducer has detected N number of pressing operation, generate N number of pressing signal to respond described N number of pressing operation.M is the integer more than or equal to 1, and N is the positive integer less than or equal to M.
Processor 540 is connected with described M pressure transducer and described second power supply unit connects, and processor 540 is used for receiving described N number of pressing signal, and described N number of pressing signal processes to obtain long data when N number of force value data and N number of pressing；Based on described N number of force value data and described N number of pressing duration data generation operations instruction；Perform described operational order to realize the function corresponding with described N number of pressing operation.
Optionally, in the present invention, some are likely in embodiment, have mapping relations between operation code and described N number of force value data of described operational order, have mapping relations when the operand of described operational order and described N number of pressing between long data.Or between the operand of described operational order and described N number of force value data, there are mapping relations, when the operation code of described operational order and described N number of pressing, between long data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Such as, between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operation code of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operation code of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations, or there are between the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data, there are mapping relations.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between pressure limit, there are mapping relations belonging to the pressure accumulated value of the N number of force value represented by the operand of described operational order and described N number of force value data, or there are between pressure limit belonging to the pressure mean values of the N number of force value represented by the operand of described operational order and described N number of force value data mapping relations, or between pressure limit, there are mapping relations belonging to the pressure variance of the N number of force value represented by the operand of described operational order and described N number of force value data.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operand of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operand of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing, or there are between the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between the duration variance of N number of pressing duration represented by long data, there are mapping relations when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Again such as, between duration scope, there are mapping relations belonging to the duration accumulated value of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing, or there are between duration scope belonging to the duration meansigma methods of N number of pressing duration represented by long data when the operation code of operational order and described N number of pressing mapping relations, or between duration scope, there are mapping relations belonging to the duration variance of N number of pressing duration represented by long data when the operation code of described operational order and described N number of pressing.In the present invention, some are likely in embodiment, and above-mentioned mapping relations such as can carry out record by mapping relations table.
Such as processor 540 includes based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition (such as whether described user terminal is in specific location area)；Volume adjusting instruction is generated when described positional information meets described predeterminated position condition.Again such as based on obtain described N number of force value data and described N number of pressing duration data generation operations instruction may include that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Volume adjusting instruction is generated when described positional information meets described predeterminated position condition.
Such as, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when volume indicated by described volume adjusting instruction and described N number of pressing.Between the duration meansigma methods of N number of pressing duration represented by long data, there are mapping relations when such as volume indicated by described volume adjusting instruction and described N number of pressing again.Again such as, between the duration variance of N number of pressing duration represented by long data, there are mapping relations when volume indicated by described volume adjusting instruction and described N number of pressing.The remainder that during concrete example N number of pressing as will be described, the duration accumulated value (unit can for the second) of N number of pressing duration represented by long data obtains divided by maximum allowable volume value, can volume indicated by volume adjusting instruction.Again such as can by described N number of pressing time the remainder that obtains divided by maximum allowable volume value of the duration meansigma methods (unit such as can for the second) of N number of pressing duration represented by long data, can volume indicated by volume adjusting instruction.Again such as, the remainder that during by described N number of pressing, the duration variance of N number of pressing duration represented by long data obtains divided by maximum allowable volume value, can volume indicated by volume adjusting instruction.Certainly concrete mapping relations are not limited to the example above.
Such as processor 540 includes based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Call instruction is generated when described positional information meets described predeterminated position condition.Again such as, described N number of force value data and described N number of pressing duration data generation operations instruction based on obtaining comprise the steps that and judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time generate call instruction.
Such as between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the numbering in address list of the called number indicated by described call instruction and described N number of pressing.Between the duration variance of N number of pressing duration represented by long data, there are mapping relations when such as numbering in address list of called number indicated by described call instruction and described N number of pressing again.Between the duration meansigma methods of N number of pressing duration represented by long data, there are mapping relations when such as numbering in address list of called number indicated by described call instruction and described N number of pressing again.During concrete example N number of pressing as will be described, the duration accumulated value (unit can for the second) of N number of pressing duration represented by long data is total divided by directory number and the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Again such as can by described N number of pressing time N number of pressing duration represented by long data duration meansigma methods (unit can for the second) is total divided by directory number and the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Time again such as by described N number of pressing the duration variance of N number of pressing duration represented by long data divided by directory number sum the remainder that obtains, can called number indicated by the described call instruction numbering in address list.Certainly concrete mapping relations are not limited to the example above.
Can be seen that; in the present embodiment technical scheme; user terminal 500 is by detecting whether, for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out, to generate N number of pressing signal when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；User terminal user terminal is based on N number of force value data and N number of pressing duration data generation operations instruction, that is, user just can the generation of trigger action instruction and execution by simple pressing operation, it is seen that be so conducive to improving simple operation and the operating flexibility of user to user terminal.
The embodiment of the present invention also provides for a kind of computer-readable storage medium, and wherein, this computer-readable storage medium can have program stored therein, and this program includes the part or all of step of any method recorded in said method embodiment when performing.
It should be noted that, for aforesaid each embodiment of the method, in order to be briefly described, therefore it is all expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not by the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, embodiment described in this description belongs to preferred embodiment, necessary to involved action and the module not necessarily present invention.
In the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields, certain embodiment there is no the part described in detail, it is possible to referring to the associated description of other embodiments.
In several embodiments provided herein, it should be understood that disclosed device, can realize by another way.Such as, device embodiment described above is merely schematic, the such as division of described unit, it is only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or be desirably integrated into another system, or some features can be ignored, or does not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be through INDIRECT COUPLING or the communication connection of some interfaces, device or unit, it is possible to be electrical or other form.
The described unit illustrated as separating component can be or may not be physically separate, and the parts shown as unit can be or may not be physical location, namely may be located at a place, or can also be distributed on multiple NE.Some or all of unit therein can be selected according to the actual needs to realize the purpose of the present embodiment scheme.
It addition, each functional unit in various embodiments of the present invention can be integrated in a processing unit, it is also possible to be that unit is individually physically present, it is also possible to two or more unit are integrated in a unit.Above-mentioned integrated unit both can adopt the form of hardware to realize, it would however also be possible to employ the form of SFU software functional unit realizes.
If described integrated unit is using the form realization of SFU software functional unit and as independent production marketing or use, it is possible to be stored in a computer read/write memory medium.Based on such understanding, part or all or part of of this technical scheme that prior art is contributed by technical scheme substantially in other words can embody with the form of software product, this computer software product is stored in a storage medium, including some instructions with so that a computer equipment (can for personal computer, server or the network equipment etc.) performs all or part of step of method described in each embodiment of the present invention.And aforesaid storage medium includes: USB flash disk, read only memory (ROM, Read-OnlyMemory), the various media that can store program code such as random access memory (RAM, RandomAccessMemory), portable hard drive, magnetic disc or CD.
The above, above example only in order to technical scheme to be described, is not intended to limit；Although the present invention being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein portion of techniques feature is carried out equivalent replacement；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims (15)

1. being applied to a signal processing method for protection set, described protection set can be sheathed on a user terminal, it is characterised in that including:
Detect whether that M is the integer more than or equal to 1, and described N is the positive integer less than or equal to described M for N number of pressing operation that the N number of pressure transducer in M the pressure transducer that described protection puts carries out；
N number of pressing signal is generated to respond described N number of pressing operation when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；
The notification message of long data when carrying described N number of force value data and N number of pressing is sent to described user terminal, described notification message is used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
2. method according to claim 1, it is characterised in that have mapping relations between operation code and described N number of force value data of described operational order, has mapping relations between long data when the operand of described operational order and described N number of pressing.
3. method according to claim 2, it is characterised in that
Between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, and/or, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.
4. the signal processing method of a user terminal, it is characterised in that including:
Detecting whether N number of pressing operation that the N number of pressure transducer in M pressure transducer on user terminal is carried out, wherein, M is the integer more than or equal to 1, and described N is the positive integer less than or equal to described M；
N number of pressing signal is generated to respond described N number of pressing operation when described N number of pressing operation being detected；Described N number of pressing signal is processed to obtain long data when N number of force value data and N number of pressing；Based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction；Perform described operational order to realize the function corresponding with described N number of pressing operation.
5. method according to claim 4, it is characterised in that described process described N number of pressing signal to obtain N number of force value data and N number of pressing duration data include: amplify described N number of pressing signal to obtain the described N number of pressing signal after amplifying；Long data when the described N number of pressing signal after described amplification being carried out analog digital conversion to obtain N number of force value data and N number of pressing.
6. the method according to claim 4 or 5, it is characterised in that have mapping relations between operation code and described N number of force value data of described operational order, has mapping relations between long data when the operand of described operational order and described N number of pressing.
7. method according to claim 6, it is characterised in that
Between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, and/or, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.
8. the method according to any one of claim 4 to 7, it is characterized in that, based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction, including: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when generating volume adjusting instruction, volume indicated by described volume adjusting instruction and described N number of pressing when described positional information meets described predeterminated position condition.
9. the method according to any one of claim 4 to 7, it is characterized in that, based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction, including: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Generate call instruction when described positional information meets described predeterminated position condition, when the numbering in address list of the called number indicated by described call instruction and described N number of pressing, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations.
10. the protection set that a kind can be sheathed on user terminal, it is characterised in that
Described protection set includes: body；
It is arranged on the first power supply unit on described body；
It is arranged on M pressure transducer on described body, described M pressure transducer is connected with described first power supply unit, when the N number of pressure transducer in described M pressure transducer has detected N number of pressing operation, generate N number of pressing signal to respond described N number of pressing operation, wherein, M is the integer more than or equal to 1, and N is the positive integer less than or equal to M；
Be connected with described M pressure transducer and said supply unit connect processor, be used for receiving described N number of pressing signal, described N number of pressing signal processed to obtain long data when N number of force value data and N number of pressing；
Signal transmission module, it is connected with described processor and described first power supply unit, the notification message of long data when carrying described N number of force value data and N number of pressing for sending to described user terminal, described notification message is used for triggering described user terminal based on described N number of force value data and described N number of pressing duration data generation operations instruction, and performs described operational order to realize the function corresponding with described N number of pressing operation.
11. protection set according to claim 10, it is characterised in that between operation code and described N number of force value data of described operational order, there are mapping relations, when the operand of described operational order and described N number of pressing, between long data, there are mapping relations.
12. protection set according to claim 11, it is characterised in that
Between the pressure accumulated value of the N number of force value represented by the operation code of described operational order and described N number of force value data, there are mapping relations, and/or, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when the operand of described operational order and described N number of pressing.
13. a user terminal, it is characterised in that including:
Casing；
It is arranged on the second power supply unit in described casing；
M pressure transducer on the housing is set, described M pressure transducer is connected with described second power supply unit, when the N number of pressure transducer in described M pressure transducer has detected N number of pressing operation, generate N number of pressing signal to respond described N number of pressing operation, wherein, M is the integer more than or equal to 1, and N is the positive integer less than or equal to M；
Processor, is connected with described M pressure transducer and described second power supply unit connects, and is used for receiving described N number of pressing signal, described N number of pressing signal processes to obtain long data when N number of force value data and N number of pressing；Based on described N number of force value data and described N number of pressing duration data generation operations instruction；Perform described operational order to realize the function corresponding with described N number of pressing operation.
14. user terminal according to claim 13, it is characterized in that, described processor includes based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When described N number of pressing operation is the pressing operation to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations when generating volume adjusting instruction, volume indicated by described volume adjusting instruction and described N number of pressing when described positional information meets described predeterminated position condition.
15. user terminal according to claim 13, it is characterized in that, described processor includes based on the described N number of force value data obtained and described N number of pressing duration data generation operations instruction: judge whether described N number of pressing operation is the pressing operation to described user terminal side；When the pressing operation that described N number of pressing operation is to described user terminal side, and the accumulated value of the N number of force value represented by described N number of force value data more than predetermined threshold value time, it is judged that whether the positional information of described user terminal meets predeterminated position condition；Generate call instruction when described positional information meets described predeterminated position condition, when the numbering in address list of the called number indicated by described call instruction and described N number of pressing, between the duration accumulated value of N number of pressing duration represented by long data, there are mapping relations.
CN201610064987.2A 2016-01-29 2016-01-29 Signal processing method and related device Pending CN105760087A (en)

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Application publication date: 20160713