CN102571057A - Non-location touch key control device and method thereof - Google Patents

Non-location touch key control device and method thereof Download PDF

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Publication number
CN102571057A
CN102571057A CN2011104351821A CN201110435182A CN102571057A CN 102571057 A CN102571057 A CN 102571057A CN 2011104351821 A CN2011104351821 A CN 2011104351821A CN 201110435182 A CN201110435182 A CN 201110435182A CN 102571057 A CN102571057 A CN 102571057A
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key
touch
gesture
function
functions
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CN2011104351821A
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胡孙荣
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胡孙荣
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Abstract

The invention discloses a non-location touch key control device and a method thereof. The device comprises a touch key, a touch sensing processor and an execution unit. A touch detection circuit connected with the touch key and used for generating corresponding capacitance and/or resistance change according to touch or finger press and sliding operation is arranged in the touch sensing processor. Key pressing gesture parameter corresponding to functions is defined in the touch sensing processor, and the touch sensing processor compares capacitance and/or resistance signals detected by the detection circuit with the set key press gesture parameter and sends out control command to the execution unit according to comparison results. The non-location touch key control device and the method achieve definition and execution of key functions through judgment of relative positions and time sequence of gestures of each touched key and can freely send out control command on the premise that key positions are not required to be located accurately.

Description

无定位触摸按键控制装置及方法 No touch key positioning control device and method

技术领域 FIELD

[0001 ] 本发明涉及电子技术,尤其涉及一种用于各类电器产品按键中的无定位触摸按键控制装置及方法。 [0001] The present invention relates to electronic technologies, and particularly to an apparatus and method for various types of electrical products in the non-key touch key positioning control.

背景技术 Background technique

[0002] 现有的触摸按键的控制方法是对应每个按键设置一个或两个以上的功能定义,当手指按在某一按键上时,触摸感应器接受到该键值在电压或电阻上发生的变化,处理器输出对应该区域的控制命令。 [0002] The conventional method of controlling the touch key corresponding to each key is a set of two or more functional definition, when a finger on the key, the key-touch sensor receives a voltage or resistance occurs variation, the processor outputs a control command to be the region. 控制命令一般包括以下几种设置: Usually control commands include the following settings:

1、单键控制命令:当手指按在某一按键上时,触摸感应器接受到该键值(电压或电阻)发生变化或判断为一定值时,则触摸感应和处理器输出对应该区域的控制命令或值; 1, a control command is a single bond: When a finger on the key, the key-touch sensor receives (voltage or resistance) is changed or the constant value is determined, then the output of the processor and the touch-sensitive area should or the control command value;

2、单键多控制命令:在1的基础上,触摸感应和处理器判断手指触摸在该键的连续时间长短,触摸感应和处理器输出对应该区域的不同时间长度的控制命令或值; 2, the multi-touch control command: 1 on the basis of the touch sensor processor and determines the finger touch time in the continuous length of the key, the touch sensing region and the processor outputs a control command to be different values ​​or the time length;

3、多键控制命令:两个或两个以上的被定义某一功能的按键同时被触摸,触摸感应和处理器输出对应该两个或两个以上的控制命令或值; 3, multi-control command keys: two or more is defined as a function key are simultaneously touched, the touch sensor processor and the output of two or more to be a control command or value;

4、多键多控制命令:在3的基础上,触摸感应和处理器判断两个或两个基本点以上的手指触摸在该键的连续时间长短,触摸感应和处理器输出对应该区域的不同时间长度的控制命令或值。 4, the multi-multi-control command keys: 3 on the basis of the touch sensor processor and determines two or more basic points of time in a continuous length of finger touch the key, and the touch sensing processor output for different regions should control command value or the time length.

[0003] 上述现有技术控制方法的缺点是手指必须正确触摸在按键定义物理位置中,触摸感应和处理器才能正确发出控制命令。 [0003] The disadvantages of the prior art control method in a finger touches the key must correctly define the physical location, the touch sensor processor and to issue control commands correctly. 如果在光线不好的环境,或操作者弱视情况下操作,就不能正确判断按键位置,从而引起无法正确触摸并控制的情况。 If the operating environment in poor light, or an operator amblyopia case, the key location can not be properly determined, thereby causing the situation properly and can not touch control.

发明内容 SUMMARY

[0004] 本发明的目的在于克服上述现有技术中存在的问题,提出一种无定位触摸按键控制装置及方法。 [0004] The object of the present invention is to overcome the above problems of the prior art, to provide a positioning apparatus and method for non-touch key control.

[0005] 本发明采用的技术方案是:设计一种无定位触摸按键控制装置,该装置包括:触摸按键、触摸感应处理器和执行单元。 Aspect of the invention employed in [0005] this is: Design of a non-touch key positioning control apparatus comprising: a touch key, a touch sensor processor and an execution unit. 所述的触摸感应处理器中设有与触摸按键连接,根据触摸或指压和滑动操作产生电容和/或电阻变化的触摸检测电路,所述的触摸感应处理器中设定有与功能对应的按键手势参数,触摸感应处理器将检测电路检测到的电容和/或电阻信号与设定的按键手势参数进行比对,并根据比对结果向执行单元发出控制命令。 The touch sensor is provided with a processor coupled to the touch key, a capacitance and / or resistance change detecting circuit according to a touch or a touch and slide operation acupressure, the touch sensing processor is set corresponding to the function key parameters gesture, touch-sensitive detection circuit detects that the processor capacitance and / or resistance of the signal buttons gesture parameters that are aligned with a set, and to issue control commands based on the ratio of the results of execution unit.

[0006] 本发明还提出一种无定位触摸按键控制方法,该方法通过对各个被触摸按键的手势判断,包括相对位置和时序的判断,来实现对按键功能的定义和执行,而非现有技术中的只对各个按键去功能定义和执行。 [0006] The present invention also provides a method of controlling the touch key without positioning, by the method for each gesture of the touched key is determined, comprising determining the relative position and timing to achieve the definition and implementation of the function keys, rather than the conventional only to the definition and implementation of the functions of each key technology. 本发明提出的包括下列步骤: Proposed by the present invention comprises the steps of:

步骤1、用户在某一时间段内,按规定手势触摸按键,使被触摸按键产生相应的电容和/或电阻信号; Step 1, a user in a certain time period, the touch key according to a predetermined gesture, so that the touch key is generated corresponding to the capacitance and / or resistance signal;

步骤2、触摸感应处理器接收触摸按键产生的电容或电阻信号,并将该信号与设定的按键手势参数比对;步骤3、当比对信号与触摸感应处理器中设定的按键手势参数一致时,产生对应的执行指令。 Step 2, capacitive or resistive touch sensing signal processor receives the generated key touch, a gesture and the key parameter of the signal of the set ratio; Step 3, when the ratio of the signal processor and the touch sensing parameter set key gesture coincide, generates a corresponding instruction execution.

[0007] 所述的触摸包括指压和/或滑动操作。 The touch of the [0007] include acupressure and / or sliding operation. 所述的按键手势参数包括但不限于:单点判断的按键功能;多点判断的按键功能;单点不动,另一点移动或跳动的按键功能;单点不动,两点移动或跳动的按键功能;两点不动,另一点移动或跳动的按键功能;两点不动,两点移动或跳动的按键功能,和两点或两点以上触摸后,其中一点或一点以上移离或跳动的按键功能。 The key parameters include, but are not limited to gesture: a single point determination of key functions; multi-key function is determined; single fixed point, or other point moves beat button function; fixed single point, two-beat movement or button function; two o'clock fixed, moving or jumping another point key functions; fixed two o'clock, two o'clock after beating movement or function keys, and two-or more two-point touch, one point or more to move away from one o'clock or runout the key functions.

[0008] 与现有技术相比,本发明具有以下优点: [0008] Compared with the prior art, the present invention has the following advantages:

1.可以让使用者凭借手势的感觉,在不需要准确定位按键位置的前提下,就能自如的发出控制命令; 1. allows users with a sense of gestures, the premise does not require accurate positioning of key positions, will be able to freely issue control commands;

2.本发明在原有电器按键上升级,制造成本低;3本发明可以让电器产品外观设计非常简洁。 2. The present invention is in the original key electrical upgrade, low manufacturing costs; 3 invention allows electrical product design is very simple.

附图说明 BRIEF DESCRIPTION

[0009] 下面结合具体实施例和附图对本发明进行详细的说明,其中:图1是触摸按键的工作原理图; [0009] The following Examples in conjunction with the accompanying drawings and the detailed description of specific embodiments of the present invention, wherein: FIG. 1 is a schematic diagram of touch key operation;

图2是本发明控制方法的流程图。 FIG 2 is a flowchart illustrating a control method of the present invention.

具体实施方式 Detailed ways

[0010] 定位触摸按键工作原理如图1所示。 [0010] positioned touch key operation principle shown in Fig. 触摸感应处理器接收和判断按键的触摸或指压力引起的电容或电感变化,并根据该变化对应的命令发出控制指令。 The touch sensor processor receives and determines key touch or to changes in pressure caused by the capacitance or inductance, and the control instruction according to a command issued to the corresponding variation.

[0011] 本发明无论手指是从哪一按键开始触摸并按一定速度移动,只要触摸感应处理器接受到朝某一个方向移动或固定的按键阈值有变化,触摸感应处理器就能输出该操作对应按键的控制命令。 [0011] The present invention is, whether the finger from the touch start press key which moves at a constant speed, as long as the touch sensing processor receives a move in one direction or the fixed threshold change key, a touch sensing operation corresponding to an output of the processor can key control command.

[0012] 本发明提出的无定位触摸按键装置包括:触摸按键、触摸感应处理器和执行单元。 No touch key positioning apparatus proposed by the invention [0012] The present comprising: a touch key, a touch sensor processor and an execution unit. 触摸感应处理器中设有与触摸按键连接,根据触摸或指压和滑动操作产生相应电容和/或电阻变化的触摸检测电路,触摸感应处理器中设定有与功能对应的按键手势参数,并能将触摸检测电路检测的信号与设定的按键手势参数进行比对,当比对结果一致时向执行单元发出控制命令。 The touch sensor processor connected to the touch key is provided, generated according to a touch and slide operation or acupressure respective capacitance and / or resistance change of a touch detection circuit, a touch sensor processor gesture parameters are set buttons corresponding to the function, and key gesture parameters that can be set with a touch signal detection circuit for detecting for comparison, when the comparison results are consistent issue control commands to the execution unit.

[0013] 本发明提出的无定位触摸按键控制方法首先要在触摸感应处理器中定义按键手势参数,这些按键手势参数包括但不限于: [0013] No touch key positioning control method proposed by the invention is the first to define the keys in the touch sensor processor gesture parameters, these buttons include but are not limited to gesture parameters:

1.单点判断的按键功能:当单个手指触摸到所有触摸按键中的任何一个,触摸感应处理器发出一种命令或值; 1. Single point determination key functions: when a single finger touch to any one of the all touch keys, the touch sensing processor or send a command value;

2.多点判断的按键功能:当两个或两个以上手指触摸到所有触摸按键中的任何两个或两个以上按键,触摸感应处理器发出根据触摸手指个数的一种命令或值; 2. Multi-point determination key functions: When two or more fingers touch the touch key all of any two or more keys, the touch sensing according to one processor issues a command value or number of finger touch;

3.单点不动,另一点移动或跳动的按键功能:当单个手指触摸到所有触摸按键中的任何一个,另一手指在其余某些按键上移动,或在其余某一按键上跳动,触摸感应处理器发出根据该触摸手式的一种命令或值; 3. Fixed single point, or other point moves beating key functions: all touch key in any other single finger touch when the finger moves on to the rest of certain keys, or a jump to the remaining keys, touch sensing processor send a command value or touch the hand according to the formula;

4.单点不动,两点移动或跳动的按键功能:当单个手指触摸到所有触摸按键中的任何一个,另两个手指在其余某些按键上移动,或在其余某两按键上跳动,触摸感应处理器发出根据该触摸手式的一种命令或值; 4. The single-point fixed, moving or jumping of two key functions: when a single finger touch any touch key in all the other remaining two fingers move in a certain key, or a jump to the remaining two keys, the touch sensor processor issues a command-value or touch the hand according to the formula;

5.两点不动,另一点移动或跳动的按键功能:当两个手指触摸到所有触摸按键中的任何两个,另一手指在其余某些按键上移动,或在其余某一按键上跳动,摸感应器发出根据该触摸手式的一种命令或值; 5. Two fixed, moving or jumping Another key feature: All any two touch key, a further movement of the finger to rest on certain keys when two fingers touch or rest on a jump button , send a touch sensor or a command value of the hand touch according to the formula;

6.两点不动,两点移动或跳动的按键功能:当两个手指触摸到所有触摸按键中的任何两个,另两个手指在其余某些按键上移动,或在其余某两按键上跳动,摸感应器发出根据该触摸手式的一种命令或值; 6. Two fixed, moving or jumping of two key functions: any two of all touch keys, the other two fingers move in a certain key to rest when two fingers touch or rest on a two keys beating, send a touch sensor or a command value of the hand touch according to the formula;

7.两点或两点以上触摸后,其中一点或一点以上移离或跳动的按键功能:当两个或两个以上手指触摸到所有触摸按键中的任何两个或两个以上的按键保持不动,其余另一或一个以上手指移离该按键或在该按键上跳动,触摸感应处理器发出根据该触摸手式的一种命令或值。 7. Two or more touch points after which a little more or a little bounce or move away from the key functions: When two or more fingers touch any two or more keys of all touch keys remain moving the remaining one or more further move away from the finger button or bounce on the key, the touch sensor processor according to one issued command value or touch the hand type.

[0014] 本发明提出的无定位触摸按键装置可应用于包含50个按键以内的电容式和电阻式的单/多点触摸按键中。 [0014] No touch key positioning apparatus proposed by the present invention can be applied within 50 keys comprise capacitive and resistive single / multi-touch keys.

[0015] 本发明提出的无定位触摸按键控制方法包括下列步骤: [0015] No touch key positioning control method proposed by the invention comprises the steps of:

51、用户在某一时间段内,按规定手势触摸按键,使被触摸按键产生相应的电容和/或电阻信号; 51, the user in a certain time period, the touch key according to a predetermined gesture, so that the touch key is generated corresponding to the capacitance and / or resistance signal;

52、触摸感应处理器接收触摸按键产生的电容或电阻信号,并将该信号与设定的按键手势参数比对; 52, the processor receives the touch sensitive resistive or capacitive touch key signal generated, and the key parameters of the gesture to the set ratio of the signal;

53、当比对信号与触摸感应处理器中设定的按键手势参数一致时,产生对应的执行指令。 53, than when the same key touch gesture sensing signal parameters set in the processor, generates a corresponding instruction execution.

[0016] 以上功能实现,不需要确定手指是按在哪一个确定按键,就可以通过软件运算后判断按键定义,并输出响应命令或操作值,极大地方便了用户。 [0016] The above features implemented, need not be determined in which the finger is determined by the key, the key can be determined by the software defined, and outputs the value in response to a command or action, which greatly facilitate the users.

Claims (8)

1. 一种无定位触摸按键装置,包括:触摸按键、触摸感应处理器和执行单元,所述的触摸感应处理器中设有与触摸按键连接,根据触摸或指压和滑动操作产生相应电容和/或电阻变化的触摸检测电路,所述的触摸感应处理器中定义有与功能对应的按键手势参数,触摸感应处理器将检测电路检测到的电容和/或电阻信号与设定的按键手势参数进行比对,并根据比对结果向执行单元发出控制命令。 1. A non-touch keys positioning apparatus, comprising: a touch key, a touch sensing processor and an execution unit, the touch sensing processor connected to the touch key is provided to produce the corresponding capacitor according to a touch and slide operation or acupressure and / or change in resistance of a touch detection circuit, the touch sensing processor is defined with the gesture corresponding to the function key parameters, touch-sensitive detection circuit detects that the processor capacitance and / or resistance signal and the set key parameter gesture for comparison, and issue control commands to the execution unit in accordance with the comparison result.
2.据权利要求1所述的无定位触摸按键控制装置,其特征在于:所述的按键手势参数包括相对位置和时序判断参数。 2. The touch key without positioning data as claimed in claim 1 control means, wherein: said parameter comprises the relative position of the key gesture judgment and timing parameters.
3.根据权利要求2所述的无定位触摸按键装置,其特征在于,所述的按键手势参数包括:单点判断的按键功能;多点判断的按键功能;单点不动,另一点移动或跳动的按键功能;单点不动,两点移动或跳动的按键功能;两点不动,另一点移动或跳动的按键功能;两点不动,两点移动或跳动的按键功能,和两点或两点以上触摸后,其中一点或一点以上移离或跳动的按键功能。 The non-touch key positioning apparatus according to claim 2, wherein said key gesture parameters that include: single-point determination of key functions; multi-key function is determined; single point does not move, or moves to another point beat button function; single point fixed, moving or jumping of two key functions; two fixed, moving or jumping another key function; two fixed, moving or jumping two key functions, and two after the two-point touch, or above, wherein little or a little more, or moves away from the bounce function keys.
4. 一种无定位触摸按键控制方法,其特征在于包括下列步骤:步骤1、用户在任意触摸按键上通过触摸或指压和滑动操作功能按键,并产生相应的电容和/或电阻信号;步骤2、触摸感应处理器接收触摸或指压和滑动操作产生的电容或电阻信号,并将该信号与设定的按键手势参数进行比对;步骤3、当比对信号与触摸感应处理器中设定的按键手势参数一致时,产生对应的执行指令。 A non-touch key positioning control method, comprising the following steps: Step 1, a user or by touching the finger sliding operation and the pressing function keys, and generates a corresponding capacitance and / or resistance signal on any touch key; Step 2, the touch sensing means or processor receives the touch signal capacitance or resistance and sliding pressure generated by the operation, and to compare the key parameters of the gesture to the set signal; step 3, when the ratio of the signal provided to the touch sensor processor coincides with a given key gesture parameters, generates a corresponding instruction execution.
5.据权利要求4所述的无定位触摸按键控制方法,其特征在于:所述的按键手势参数包括相对位置和时序判断参数。 No touch key positioning control method according to claim 4, wherein: said parameter comprises the relative position of the key gesture judgment and timing parameters.
6.据权利要求5所述的无定位触摸按键控制方法,其特征在于,所述的按键手势参数包括:单点判断的按键功能;多点判断的按键功能;单点不动,另一点移动或跳动的按键功能;单点不动,两点移动或跳动的按键功能;两点不动,另一点移动或跳动的按键功能;两点不动,两点移动或跳动的按键功能,和两点或两点以上触摸后,其中一点或一点以上移离或跳动的按键功能。 No touch key positioning control method according to claim 5, wherein said key gesture parameters that include: single-point determination of key functions; multi-key function is determined; single fixed point, another point is moved or beat button function; single point fixed, moving or jumping of two key functions; two fixed, moving or jumping another key function; two fixed, moving or jumping two key functions, and two after the two or more touch points, wherein a little more or a little bounce or move away from the key functions.
7. 一种采用权利要求1-2中任一项所述的无定位触摸按键控制装置的电气设备。 1-2 no orientation touch key according to any one of claim 7. A use of electrical equipment control apparatus.
8. 一种使用权利要求4-6中任一项所述的无定位触摸按键控制方法的电气设备。 Electrical equipment without touch key positioning control method according to any of claims 4-6 8. A method of using one of the.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104241978A (en) * 2014-08-27 2014-12-24 深圳市星盘科技有限公司 Socket with locking function and method for locking socket switch
WO2017107007A1 (en) * 2015-12-21 2017-06-29 深圳市柔宇科技有限公司 Switch control apparatus and switch control method

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20070236475A1 (en) * 2006-04-05 2007-10-11 Synaptics Incorporated Graphical scroll wheel
CN101655757A (en) * 2009-07-15 2010-02-24 苏州瀚瑞微电子有限公司 Gesture detection method of touch pad
CN101825980A (en) * 2009-03-05 2010-09-08 友达光电股份有限公司 Gesture method for touch control sensing equipment
CN102117166A (en) * 2009-12-31 2011-07-06 联想(北京)有限公司 Electronic equipment, method for realizing prearranged operation instructions, and handset

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20070236475A1 (en) * 2006-04-05 2007-10-11 Synaptics Incorporated Graphical scroll wheel
CN101825980A (en) * 2009-03-05 2010-09-08 友达光电股份有限公司 Gesture method for touch control sensing equipment
CN101655757A (en) * 2009-07-15 2010-02-24 苏州瀚瑞微电子有限公司 Gesture detection method of touch pad
CN102117166A (en) * 2009-12-31 2011-07-06 联想(北京)有限公司 Electronic equipment, method for realizing prearranged operation instructions, and handset

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104241978A (en) * 2014-08-27 2014-12-24 深圳市星盘科技有限公司 Socket with locking function and method for locking socket switch
WO2017107007A1 (en) * 2015-12-21 2017-06-29 深圳市柔宇科技有限公司 Switch control apparatus and switch control method

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