CN104007882A - High-accuracy screen touch response method and device - Google Patents

High-accuracy screen touch response method and device Download PDF

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CN104007882A
CN104007882A CN201410227138.5A CN201410227138A CN104007882A CN 104007882 A CN104007882 A CN 104007882A CN 201410227138 A CN201410227138 A CN 201410227138A CN 104007882 A CN104007882 A CN 104007882A
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value
operation
proximity
close
response
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CN201410227138.5A
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CN104007882B (en
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张强
葛以学
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广东欧珀移动通信有限公司
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Abstract

The invention provides a high-accuracy screen touch response method. The method comprises the following steps: preferably judging whether mobile intelligent equipment is in an approaching state or not when screen touch operation is detected; if not, indicating that a proximity sensor is exposed out of a pocket, and not responding to the screen touch operation; detecting whether the proximity value of the proximity sensor (when the proximity value is larger, the distance of a closest object detected by the proximity sensor is smaller) is in a process of changing from large to small or not; if so, judging that the mobile intelligent equipment is getting far away from a certain object or in a process of being taken out of the pocket at high possibility without responding to any screen touch operation. By using the method, error operation can be avoided effectively.

Description

一种准确性高的触屏响应方法和装置 A touch screen in response to the high accuracy method and apparatus

技术领域 FIELD

[0001] 本发明涉及移动智能设备技术领域,特别涉及一种准确性高的触屏响应方法。 [0001] The present invention relates to the technical field of smart mobile devices, and more particularly to a high accuracy touch response method. 该方法通过建立功能模块构架,由计算机程序指令控制计算机系统来完成。 The method by establishing functional module frame, controlled by a computer program instructing a computer system to complete.

背景技术 Background technique

[0002] 随着电子技术的发展,手机、电子书等移动智能设备得到广泛的普及。 [0002] With the development of electronic technology, mobile phones, e-books and other mobile smart devices widely popular. 移动智能设备作为一种小型化的便携设备,在日常生活中经常会被放置在裤兜、衣兜等贴身的兜袋中,兜袋与移动智能设备间不可避免的会存在摩擦,特别是在兜袋运动的过程中。 Intelligent mobile device as a miniaturized portable device in daily life will often be placed between pants pocket, the pocket and other personal pocket pouch, bag and the pocket mobile intelligent devices inevitably exist friction, particularly in the bag pocket the process of movement. 又由于现在移动智能设备多依赖对屏幕的触控操作(即摩擦屏幕)来实现信息输入或控制,因此兜袋与移动智能设备的摩擦可能会让移动智能设备误判断触摸输入,从而导致移动智能设备发生误操作,甚至的,即使移动智能设备通过手动或者一些自动休眠程序实现在兜袋中处于休眠状态,但是由于移动智能设备与兜袋的摩擦是较为大面积的摩擦,因此极有可能在摩擦过程中误触发唤醒动作(唤醒动作是指预设的在屏幕上进行的特定手势操作动作,比如说画一个圈,或者画一个三角形,一个移动智能设备可能具有多个唤醒动作,当移动智能设备识别到用户在触摸屏上执行唤醒动作时,则唤醒系统并进入该唤醒动作对应的应用)导致移动智能设备被误唤醒,误唤醒的结果是导致更多的无操作被移动智能设备接收并响应。 Also, because the smart mobile devices now more dependent on the touch screen operation (i.e. rubbing the screen) to input or control information implemented, the friction pocket bag and the mobile device may make intelligent smart mobile devices misjudgment touch input, resulting in mobile intelligent equipment malfunction occurs, even, even intelligent mobile device or some auto sleep manually program implemented in the pocket pouch in a sleep state, but due to friction with the mobile intelligent devices pocket bag is relatively large area of ​​friction, and therefore highly likely friction false triggering wake during operation (refer to a specific wake-up operation is performed a predetermined gesture operation on the screen, for example, draw a circle, a triangle or drawing, a mobile device may have a plurality of intelligent wake-up operation, when the mobile intelligent when the apparatus recognizes user performs wake up actions on the touch screen, the wake-up system and enter the wakeup operation corresponding application) results in a mobile intelligent devices from waking up, and missed wake-up leading to more no operation is moved smart devices receive and respond to .

[0003] 针对上述问题,目前部分移动智能设备使用其自带的接近传感器来判断的移动智能设备是否处于兜袋中,以此避免误操作。 [0003] In response to these problems, now part of the mobile device uses its own smart sensor to determine the proximity of the mobile device is in a pocket smart bag, thereby avoiding erroneous operation. 首先采用特定的休眠程序(如公开号为CN103516901A的专利文献所公开的一种移动智能设备自动休眠的方法和装置)来判断移动智能设备是否处于兜袋中,如果是,则令移动智能设备进入休眠状态。 Firstly, that a particular dormant programs (e.g., Publication No. intelligent method and apparatus for a mobile device automatically sleep CN103516901A disclosed in Patent Document) to determine whether the mobile device is in a pocket smart bag, if so, make the mobile device enters a smart hibernation. 随后移动智能设备处于休眠状态并自动实时监测接近传感器所检测到的接近值,如果接近值小于预设值则判断此时移动智能设备仍处于兜袋中,此时对任何触屏操作均不响应,只有当接近值小于预设值时,才判断此时移动智能设备仍处于兜袋中,此时才会响应触屏操作并进一步判断该操作是否为唤醒操作。 Smart device then moves in the dormant state and automatically monitor the proximity sensor detects a value close to real-time, if the proximity value is less than the preset value is determined where the mobile device is still in smart pocket bag, this time not respond to any touch operation only when the value is less than a preset value near the only determining where the mobile device is still in smart pocket bag, only this time in response to touchscreen operation and further determines whether the operation is a wake-up operation. 理论上这种方法是能够较好的解决上述问题的,但是在实际应用中发现,由于移动智能设备的构造等原因,接近传感器不可能安装在设备的正中心,一般是安装在移动智能设备的边缘区域,因此在用户将移动智能设备从兜袋中取出的过程中,极有可能移动智能设备的接近传感器已经裸露在兜袋外面,而移动智能设备的大部分(特别是触控屏的大部分)仍于兜袋中,由于移动智能设备正处于从兜袋中向兜袋外移动的状态下,此时其仍处于兜袋中的这部分更加容易与兜袋发生摩擦,导致产生误操作,甚至是误唤醒。 This method is theoretically capable of solving the above problem better, but in practice found that due to the configuration of the mobile devices like smart proximity sensor is mounted in the center of the device possible, it is generally mounted on a mobile intelligent device the edge region, so the process of the user device extracted from the mobile smart pocket in the bag, the mobile intelligent devices likely proximity sensors have been exposed to the pocket outside the bag, while the large majority of mobile intelligent devices (especially the touch screen part) is still in pocket bag, the bag easier and friction pocket due to movement of the smart device is in the pocket from the bag moves the bag to the outside of the pocket state, in this case it is still part of the bag pocket, resulting in erroneous even from waking up. 而随着移动智能设备的触控屏变得越来越大,上述这种情况的发生也变得越来越频繁,因此亟需一种能够针对性的解决移动智能设备在移出兜袋过程中的误操作问题的方法。 With the touch screen mobile intelligent devices become larger, the occurrence of the above-described case are becoming increasingly frequent, and therefore need a way to solve the targeted mobile intelligent device during removal of the bag pocket the method of misuse problems.

发明内容 SUMMARY

[0004] 本发明的目的在于避免上述现有技术中的不足之处而提供一种准确性高的触屏响应方法,该方法能够有效防止移动智能设备在移出兜袋过程中由于接近传感器提前裸露导致的防误触机制失效的问题,即能够针对性的解决移动智能设备在移出兜袋过程中的误操作问题的方法。 [0004] The object of the present invention is to avoid the above shortcomings of the prior art and to provide a highly accurate response to touch screen, the method can be effectively prevented from moving out of the pocket in the bag smart device process due to the proximity sensor exposed in advance Methodological issues anti inadvertently cause failure mechanism, i.e., the problem can be solved erroneous targeted mobile intelligent device during removal of the bag in the pocket.

[0005] 本发明的设计思路如下:由于该误操作发生在移动智能设备移出兜袋的过程中,因此只要能够检测判断出移动智能设备是否处于从兜袋中移出的状态下,并且当移动智能设备处于从兜袋中移出的状态下时不响应任何操作即可有效避免该阶段的误操作;但是,在移动智能设备中,对于其运动状态的检测一般依赖于陀螺仪传感器或者加速度传感器,而明显的依靠着两种传感器是仅能判断移动智能设备是否处于移动状态而难以判断移动智能设备是否处于从兜袋中移出的状态。 [0005] The design concept of the present invention is as follows: Since the erroneous operation occurs during the movement out of the pocket pouch smart devices, so long as it can detect determines whether the mobile device is removed from the smart pocket bag state, and when the mobile intelligent the device is not respond to any operation is removed from the pocket pouch to avoid misuse of the state of the stage; however, a smart mobile devices, for which motion detection generally rely on a gyro sensor or an acceleration sensor, and obviously the two sensors rely on a mobile intelligent device is determined only in a moving state is difficult to determine whether the mobile intelligent device is removed from the pocket in the bag state. 因此本发明的关键之一在于寻找一种能够判断移动智能设备是否处于从兜袋中移出的状态中的判断方法。 One of the key according to the present invention is therefore to find a way to determine whether the mobile device is in a method of determining the smart removed from the pocket pouch state.

[0006] 本发明的目的通过以下技术方案实现: [0006] The object of the present invention is achieved by the following technical solution:

一种准确性高的触屏响应方法,包括: A touch screen in response to the high accuracy method, comprising:

防接近误触步骤:根据接近传感器判断移动智能设备是否处于接近状态,如果是,则则不允许响应触屏操作,如果否,则跳转则状态趋势检测步骤; Anti inadvertently close steps of: determining the proximity sensor device is in a mobile intelligent proximity state, if so, is not allowed in response to touch screen operation, and if not, the jump state trend detection step;

防移动误触步骤:获取接近传感器检测到的接近值,所述接近值越大意味至接近传感器检测到的最接近的物体的距离值越小,判断该接近值是否处于由大至小的变化趋势中,如果是,则不允许响应触屏操作。 Mobile anti inadvertently steps of: obtaining a proximity sensor detects the approach value, the larger the value means the smaller the proximity distance value closest to the object detected by the proximity sensor, the proximity value is determined in the change from large to small trend, if it is not allowed in response to touch operation.

[0007] 其中,所述防移动误触步骤包括: [0007] wherein the anti inadvertently moving step comprises:

变化趋势计算步骤:周期性获取接近值,将当下获取的接近值减去前一次获取的接近值以获得接近变化值; Calculating trends steps of: periodically acquiring a value close to, prior to obtaining a current value close to the obtained subtracted value to obtain close proximity variation value;

移动趋势判断步骤:判断接近变化值是否小于预设趋势变化值,如果是,则判断接近值处于由大至小的变化趋势中,其中,所述预设趋势变化值小于零。 Mobile Trends determination steps of: if the proximity value is smaller than a predetermined variation trend change value, if so, if the proximity value is made large to small variation trend, wherein said predetermined value is less than zero trends. (本处内容为撰写人扩充的技术内容,请技术确认该扩充是否可行) (At this writing content for the technical content of human expansion, please confirm that the expansion of technical feasibility)

其中,所述防接近误触步骤包括接近状态判断步骤:获取接近传感器的接近值并判断其是否大于第一预设接近值,如果是,则判断此时处于接近状态。 Wherein the anti inadvertently close proximity state determining step includes the steps of: obtaining a value close to the proximity sensor and determining whether it is greater than a first predetermined value close to, if so, then the proximity state determined in this case.

[0008] 优选的,所述防移动误触步骤包括响应条件重设步骤:如判断接近值处于由大至小的变化趋势中,则获取接近传感器的接近值并判断其是否大于第二预设接近值,如果否,则允许响应触屏操作,如果是,则等待周期时间后再次获取接近传感器的接近值以判断其是否小于第二预设接近值。 [0008] Preferably, the anti inadvertently moving step comprises the step of resetting response condition: if it is determined at a value close to big to small changes in the trend, obtaining a value close to the proximity sensor and determining whether it is greater than a second predetermined value close to, if not, the response allows the touch-screen operation, if so, then the waiting period after time acquisition value again close proximity sensor to determine whether it is less than a second predetermined value close.

[0009] 其中,方法还包括唤醒步骤:判断移动智能设备是否处于休眠状态,如果是,则在检测到触屏操作时,判断所述触屏操作是否为唤醒动作,如果是,则唤醒移动智能设备,如果否,则忽略该触屏操作,所述触屏操作是移动智能设备的唤醒操作动作,所述唤醒操作动作用于将移动智能设备从休眠状态唤醒。 [0009] wherein the method further includes a wake steps of: determining whether the mobile intelligent device in the sleep state, if so, when the touch operation is detected, it is determined whether the operation is a wake-up touch operation, if yes, the mobile intelligent wakeup equipment, if not, the operation ignores the touch screen, the touch operation is a wake-up operation of mobile intelligent operation device, the operation of the wake-up operation for mobile intelligent device to wake from the sleep state.

[0010] 本发明的有益效果:本发明提供了一种准确性高的触屏响应方法,该方法在检测到触屏操作时优先判断移动智能设备是否处于接近状态,如果不是,说明接近传感器裸露于兜袋之外,此时暂不响应触屏操作,而是检测接近传感器的接近值(接近值越大接近传感器检测到的最接近的物体的距离越小)是否处于由大至小的变化过程中,如果是,则可以判断移动智能设备此时正在远离某一物体,也即极有可能处于由兜袋取出的过程中,此时不响应任何触屏操作,即可有效的避免误操作。 [0010] Advantageous Effects of Invention: The present invention provides a high accuracy in response to touch screen, the method upon detection of a touch operation priority determination device is in a mobile intelligent close state, if not, indicating the proximity sensor exposed outside the bag pocket, temporarily in response to touch operation at this time, but the value of the proximity sensor detecting the proximity (distance closest to the object approaches the proximity sensor detects a value larger to smaller) is in the change from large to small process, if yes, it can be determined at this time the mobile device is moving away from a smart object, i.e. most likely taken by the pocket in the process of the bag, in which case not respond to any touch screen operation, can effectively prevent misuse .

附图说明[0011] 利用附图对本发明作进一步说明,但附图中的实施例不构成对本发明的任何限制,对于本领域的普通技术人员,在不付出创造性劳动的前提下,还可以根据以下附图获得其它的附图。 BRIEF DESCRIPTION [0011] using the drawings The present invention is further illustrated, but the embodiments in the drawings do not constitute any limitation on the present invention, those of ordinary skill in the art, without creative efforts may still derive other drawings from the accompanying drawings hereinafter.

[0012] 图1为本发明一种准确性高的触屏响应方法的实施例1的流程示意图。 Example [0012] FIG 1 a high accuracy of the method of the present invention, the touch screen in response to a flow of Scheme 1.

具体实施方式 Detailed ways

[0013] 结合以下实施例对本发明作进一步描述。 [0013] The following embodiments in conjunction with the present invention will be further described.

[0014] 实施例1 [0014] Example 1

本发明一种准确性高的触屏响应方法的具体实施方式之一,包括: The accuracy of the present invention, one kind of one specific embodiment of the high response method of the touch screen, comprising:

步骤A:移动智能设备进入休眠状态,开启唤醒动作识别功能,降低触控屏灵敏度。 Step A: intelligent mobile device enters the sleep state, the action recognition wake open, reducing the sensitivity of the touch screen. 唤醒动作识别功能用于识别触屏操作是否为唤醒动作,是唤醒移动智能设备必要的功能;降低触控屏灵敏度则是由于在休眠状态下的触控操作多为误操作(非用户主观操作),因此灵敏度的降低既可以减少误操作的发生(触摸动作比较小时可被忽略),同时也可以减少能耗,具体地,降低灵敏度的方法可以通过调整灵敏度寄存器里的参数来加以实现,属于本领域常规技术手段,在此不再赘述。 A wake-up identification function for identifying whether a wake-up operation of touch screen operation, is necessary to awaken the mobile device function; touch screen sensitivity is lowered due to the touch operation in the sleep state is more erroneous (non-subjective user operation) , thus reducing the sensitivity may be reduced misoperation (touch operation is relatively small may be omitted), but can also reduce energy consumption, in particular, can be achieved by adjusting the sensitivity parameter registers reduced the sensitivity of the method, part of this the field of conventional techniques, are not repeated here.

[0015] 步骤B:启动接近传感器,获取接近传感器检测到的接近值,判断该接近值是否大于第一预设值,如果是,则判断移动智能设备此时处于接近状态,关闭触屏响应功能,不对任何触屏操作进行响应,如果否,则判断此时至少接近传感器是被裸露的,调整至步骤C以进一步判断。 [0015] Step B: Start proximity sensor, proximity sensor acquires the detected proximity value, determining whether the value is greater than a first predetermined value close, if yes, determines the mobile smart device is now in a state close to the closed touch response function , does not respond to any touch operation, and if not, at least at this time is determined by the proximity sensor is exposed, to adjust the step C further determination. 需要说明的是其中的接近值实际上是接近传感器检测到的红外光强系数,因为接近传感器本质上讲是一对红外发射-接收器,其通过接收其发射出的红外光所被反射回来的强度来判断其当前与其最接近的物体之间的距离值,接受到的红外光强度越强,则表示其与最接近的物体之间的距离越小。 Note that where values ​​are actually close to the proximity sensor detects the infrared light intensity coefficient, essentially because the proximity sensor is an infrared transmitter - receiver, an infrared light which is emitted by the receiver which is reflected determining a distance value between the intensity of its current object closest thereto, the stronger the intensity of infrared light received, said smaller distance between it and the closest object. 当然,实际程序中该接近值也可以是其他被优化后的参数,只要该参数能够体现出接近传感器与其最接近的物体之间的距离值即可,本发明中为了描述方便,定义该接近值为接近传感器与其最接近的物体之间的距离值成反比,即接近值越大,接近传感器与其最接近的物体之间的距离越小。 Of course, the value close to the actual program may be other parameters are optimized, as long as the parameter values ​​to reflect the distance between a proximity sensor to its nearest object, the present invention for convenience of description, the definition of the proximity value It is inversely proportional to the distance between the proximity sensor object closest thereto, i.e., close to the larger value, the distance between the sensors close object closest thereto is smaller.

[0016] 接近值减去前一次获取的接近值以获得接近变化值。 [0016] close to the value before subtracting a value close to get to get close to the change in value. 当然,在该思路的基础上还可以对接近变化值的计算做进一步优化,例如将多个接近变化中叠加求平均等,具体算法的优化非本发明重点,在此不赘述。 Of course, further optimization can also be based on the idea of ​​the calculated variation value close, for example, the plurality of close variation is superimposed averaging the like, to optimize the focus of the present invention is non-specific algorithm, which is not repeated herein.

[0017] 步骤D:判断接近变化值是否小于预设趋势变化值,如果是,则判断接近值处于由大至小的变化趋势中,[hi]此时关闭触屏响应功能,不对任何触屏操作进行响应,如果否,则跳转至步骤E。 [0017] Step D: if the proximity value is smaller than a predetermined variation trend change value, if so, if the proximity value is a trend of large to small, [Hi] now closed touch response function, not any touch in response to operation, and if not, the process advances to step E. 需要说明的是,所述预设趋势变化值小于零,只有接近变化值小于零才能说明接近值处在逐渐变小。 It should be noted that the trends preset value is less than zero, less than zero change only close proximity to illustrate the value in progressively smaller. 当然预设趋势变化值的大小是可以灵活调整的,通过调整预设趋势变化值的大小可以调整该方法对移动智能设备远离某物体时的灵敏度,在某些场合中,移动智能设备也会有远离某物体的情况发生,但是不同场合下接近值的变化强度是不同的,在移动智能设备离开兜袋的过程中,接近值的变化是较为强烈的,而通过观察发现,在大部分接近值变化较为强烈的场合(智能设备周围环境条件快速变化)智能设备接检测到的触屏操作多为误操作,因此通过合理调整预设趋势变化值则可以使该方法能够更加有效的防止误操作而不会对用户的正常操作造成影响。 Of course, the size of the predetermined value trends can be flexibly adjusted, and a preset value trends can be adjusted by adjusting the size of the sensitivity of the method of the object remote from a mobile intelligent devices, in some cases, the mobile devices also have intelligent case occurs away from an object, but the change in the intensity proximity value is different at different occasions, the process moves away from the pocket pouch smart device, the proximity of the change value is relatively strong, and the observation that, in most close to the value change more strongly the case (smart device rapidly changing ambient conditions) to intelligent devices connected to the sense of operating a multi-touch erroneous. Therefore, by adjusting the reasonable trends preset value may make the process more effectively prevent erroneous operation It will not affect the normal operation of the user.

[0018] 步骤E:实时检测触屏操作,判断检测到所述触屏操作是否为唤醒动作,如果是,则唤醒移动智能设备并进入到该唤醒动作对应的应用,如果否,则忽略该触屏操作。 [0018] Step E: real-time detection touch operation, the touch operation is detected is determined whether the wake-up operation, if yes, the smart wake up the mobile device enters the wake-up operation and the corresponding application, and if not, the contact is ignored screen operation.

[0019] 需要说明的是,本实施例给出的是在移动智能设备处于休眠状态下的触屏响应方法,这是由于实际应用中当智能设备处于兜袋中一般都会处于休眠状态,但是,假如移动智能设备处于非休眠状态中,则可以仅执行本实施例的步骤B、C、D,其同样能够解决移动智能设备在移出兜袋过程中的误操作问题。 [0019] Incidentally, the present embodiment example is given in the mobile intelligent device is a touch screen method in response to the sleep state, which is due to the practical application of the pocket when the pocket is in the intelligent device usually in a dormant state, however, If the mobile device is in a non-intelligent sleep state, only the steps may be performed according to the present embodiment B, C, D, which is capable of solving this problem of erroneous operation in the mobile intelligent device during removal of the bag pocket.

[0020] 与现有技术相比,本方法在检测移动智能设备非处于接近状态,暂不响应触屏操作,而是检测接近传感器的接近值(是否处于由大至小的变化过程中,如果是,则可以判断移动智能设备此时正在远离某一物体,即极有可能处于由兜袋取出的过程中,此时不响应任何触屏操作,从而有效的避免误操作。 [0020] Compared with the prior art, the present method is in a non-detecting state of the mobile proximity smart device, touch screen operation in response to temporarily, but detects a value close to the proximity sensor (from large to small is in the process of change, if it is that it can be determined at this time the mobile device is moving away from a smart object, i.e., in the process most likely taken by the pocket in the bag, then do not respond to any touch operation, so as to effectively prevent misuse.

[0021] 实施例2 [0021] Example 2

步骤A:移动智能设备进入休眠状态,开启唤醒动作识别功能,降低触控屏灵敏度。 Step A: intelligent mobile device enters the sleep state, the action recognition wake open, reducing the sensitivity of the touch screen.

[0022] 步骤B:检测到触屏操作时,获取接近传感器检测到的接近值,判断该接近值是否大于第一预设值,如果是,则判断移动智能设备此时处于接近状态,关闭触屏响应功能,不对任何触屏操作进行响应,如果否,则判断此时至少接近传感器是被裸露的,调整至步骤C以进一步判断。 [0022] Step B: touch operation is detected, acquires the proximity sensor detects the approach value, determining whether the value is greater than a first predetermined value close, if yes, determines the mobile smart device is now in a state close to the closed contact response function screen, not in response to any touch operation, and if not, at least at this time is determined by the proximity sensor is exposed, to adjust the step C further determination.

[0023] 步骤C:周期性获取接近值,将当下获取的接近值减去前一次获取的接近值以获得接近变化值。 [0023] Step C: periodically acquiring a value close to the front of the current acquired by subtracting a value acquired close proximity value to obtain a value closer to change.

[0024] 步骤D:判断接近变化值是否小于预设趋势变化值,如果是,则判断接近值处于由大至小的变化趋势中,此时关闭触屏响应功能,不对任何触屏操作进行响应并调转至步骤E,如果否,则跳转至步骤F。 [0024] Step D: if the proximity value is smaller than a predetermined variation trend change value, if so, if the proximity value is made large to small changes in the trend, this time off touch response function, not in response to any touch operation and adjusted to step E, if NO, the process advances to step F.

[0025] 步骤E:获取接近传感器的接近值并判断其是否大于第二预设接近值,如果否,则开启触屏响应功能,如果是,则等待周期时间后再次获取接近传感器的接近值以判断其是否大于第二预设接近值,直至接近传感器的接近值小于第二预设接近值才开启触屏响应功能,在检测到触屏操作时跳转至步骤F。 [0025] Step E: obtaining a value close to the proximity sensor and determining whether it is greater than a second predetermined value close to, if not, the touch response function is turned on, and if so, then the waiting period after time acquisition again to a value close proximity sensor determining whether it is greater than a second predetermined value close until near proximity sensor is smaller than a second predetermined value near the value before opening the touch response function, jump to step upon detecting a touch operation F. 第二预设值小于第一预设值。 The second predetermined value smaller than the first predetermined value.

[0026] 步骤F:实时检测触屏操作,判断所述触屏操作是否为唤醒动作,如果是,则唤醒移动智能设备并进入到该唤醒动作对应的应用,如果否,则忽略该触屏操作。 [0026] Step F: real-time detection touchscreen operation, it is determined whether the operation is a wake-up touch operation, if yes, the mobile intelligent wake-up device and enters the wake-up operation corresponding to the application, and if not, the operation of the touch panel is ignored .

[0027] 实施例2与实施例1的区别在于:实施例1在检测到接近值处于由大至小的变化趋势中后,只有等到移动智能设备停止移动(接近值不再变化)时检测到的触屏操作才被响应,而实施例2则是在判断到接近值处于由大至小的变化趋势后要求必须是接近传感器与其最接近的物体之间的距离达到一定距离后(接近值小于第二预设值)检测到的触屏操作才被响应。 [0027] Example 2 differs from Example 1 in that the embodiment: Example 1 is detected when the detected value is close to the small change in trend, only stops moving until the mobile smart devices by a large (a value close to no change) to the response was only touchscreen operation, while Example 2 is close to the value determined in the claims from large to small changes in the trend must be a distance between the object closest thereto proximity sensor reaches a certain distance (proximity value is less than the second preset value) was only detected in response to touch operation.

[0028] 本文给出的方法,其中的全部或部分步骤可以通过建立功能模块构架,由计算机程序指令控制计算机系统来完成。 [0028] The method presented herein, wherein all or part of steps may be established by the function block framework, controls the computer system is accomplished by computer program instructions. 这些计算机程序指令存储在计算机可读存储介质中。 These computer program instructions stored in a computer-readable storage medium.

[0029] 最后应当说明的是,以上实施例仅用以说明本发明的技术方案,而非对本发明保护范围的限制,尽管参照较佳实施例对本发明作了详细地说明,本领域的普通技术人员应当理解,可以对本发明的技术方案进行修改或者等同替换,而不脱离本发明技术方案的实质和范围。 [0029] Finally, it should be noted that the above embodiments are intended to illustrate the present invention, not to limit the scope of the present invention, although described with reference to the preferred embodiments of the present invention in detail, of ordinary skill in the art It will appreciate that modifications may be made to the technical solutions of the present invention, or equivalent replacements without departing from the spirit and scope of the technical solutions of the present invention.

Claims (10)

1.一种准确性高的触屏响应方法,包括: 防接近误触步骤:根据接近传感器判断移动智能设备是否处于接近状态,如果是,则则不允许响应触屏操作,其特征在于:如果否,则跳转至状态趋势检测步骤; 防移动误触步骤:获取接近传感器检测到的接近值,所述接近值越大意味至接近传感器检测到的最接近的物体的距离值越小,判断该接近值是否处于由大至小的变化趋势中,如果是,则不允许响应触屏操作。 CLAIMS 1. A method of high accuracy in response to touch screen, comprising: the approach prevention inadvertently steps of: determining the proximity sensor device is in a mobile intelligent proximity state, if so, is not allowed in response to touch operation, wherein: if NO, the process advances to state trend detection step; anti inadvertently moving steps of: obtaining a proximity sensor detects the approach value, the close proximity to the larger value means the smaller the value closest to the object distance detected by the sensor determines the proximity value is made large to small in the change trend, and if so, is not allowed in response to touch operation.
2.如权利要求1所述的一种准确性高的触屏响应方法,其特征在于所述防移动误触步骤包括: 变化趋势计算步骤:周期性获取接近值,将当下获取的接近值减去前一次获取的接近值以获得接近变化值; 移动趋势判断步骤:判断接近变化值是否小于预设趋势变化值,如果是,则判断接近值处于由大至小的变化趋势中,其中,所述预设趋势变化值小于零。 2. The method of high accuracy in response to a touch screen according to claim 1, wherein said movement preventing inadvertently step comprises: calculating change of the steps of: periodically acquiring a value close to the acquired current value close Save prior to obtaining a proximity value to obtain a value closer to change; movement tendency determining step: if the proximity value is smaller than a predetermined variation trend change value, if so, if the proximity value is made large to small trend in which, the said predetermined value is less than zero trends.
3.如权利要求1所述的一种准确性高的触屏响应方法,其特征在于所述防接近误触步骤包括接近状态判断步骤:获取接近传感器的接近值并判断其是否大于第一预设接近值,如果是,则判断此时处于接近状态。 3. The method of high accuracy in response to a touch screen according to claim 1, wherein said anti inadvertently close proximity state determining step comprises the steps of: obtaining a value close to the proximity sensor and determining whether it is greater than a first pre- located close to the value, if yes, this point is determined in a close state.
4.如权利要求1所述的一种准确性高的触屏响应方法,其特征在于所述防移动误触步骤包括响应条件重设步骤:如判断接近值处于由大至小的变化趋势中,则获取接近传感器的接近值并判断其是否大于第二预设接近值,如果否,则允许响应触屏操作,如果是,则等待周期时间后再次获取接近传感器的接近值以判断其是否小于第二预设接近值。 As the value is determined by the proximity of large to small change of: 4. The high accuracy of the method of the touch screen in response to claim 1, wherein said movement preventing inadvertently resetting step includes the step response condition , obtain the value close to the proximity sensor and determining whether it is greater than a second predetermined value close to, if not, the response allows the touch-screen operation, if so, then the waiting period after time acquisition value again close proximity sensor to determine whether it is less than close second predetermined value.
5.如权利要求1所述的一种准确性高的触屏响应方法,其特征在于包括唤醒步骤:判断移动智能设备是否处于休眠状态,如果是,则在检测到触屏操作时,判断所述触屏操作是否为唤醒动作,如果是,则唤醒移动智能设备,如果否,则忽略该触屏操作,所述触屏操作是移动智能设备的唤醒操作动作,所述唤醒操作动作用于将移动智能设备从休眠状态唤醒。 5. A method of high accuracy in response to a touch screen according to claim 1, characterized in that the wake-up comprising the steps of: determining whether the mobile intelligent device in the sleep state, if so, when the touch operation is detected, it is determined that said touch operation is a wake-up operation, if yes, the mobile intelligent wake-up device, and if not, ignoring the operation of the touch panel, the touch operation is a wake-up operation of a mobile smart device operation, the wake-up operation for the operation intelligent mobile device to wake up from hibernation.
6.一种准确性高的触屏响应装置,包括: 防接近误触装置:根据接近传感器判断移动智能设备是否处于接近状态,如果是,则则不允许响应触屏操作,其特征在于:如果否,则运行状态趋势检测装置; 防移动误触装置:获取接近传感器检测到的接近值,所述接近值越大意味至接近传感器检测到的最接近的物体的距离值越小,判断该接近值是否处于由大至小的变化趋势中,如果是,则不允许响应触屏操作。 A high accuracy in response to touch screen apparatus, comprising: means preventing inadvertently close: the proximity sensor is determined according to whether the device is a mobile intelligent proximity state, if so, is not allowed in response to touch operation, wherein: if No, the operation state of the trend detection means; anti inadvertently moving apparatus: a distance value closest proximity sensor detects an object to obtain a value closer to the proximity to the larger value means the smaller proximity sensor detects, determines the proximity value is from large to small in the trend, and if so, is not allowed in response to touch operation.
7.如权利要求6所述的一种准确性高的触屏响应装置,其特征在于所述防移动误触装置包括: 变化趋势计算装置:周期性获取接近值,将当下获取的接近值减去前一次获取的接近值以获得接近变化值; 移动趋势判断装置:判断接近变化值是否小于预设趋势变化值,如果是,则判断接近值处于由大至小的变化趋势中,其中,所述预设趋势变化值小于零。 7. An accuracy of the touch screen according to claim 6 high response means, wherein said movement preventing means inadvertently comprising: a change trend calculating means: periodically acquiring a value close to the acquired current value close Save prior to obtaining a proximity value to obtain a value closer to change; trend Analyzing the mobile device: if the proximity value is smaller than a predetermined variation trend change value, if so, if the proximity value is made large to small trend in which, the said predetermined value is less than zero trends.
8.如权利要求6所述的一种准确性高的触屏响应装置,其特征在于所述防接近误触装置包括接近状态判断装置:获取接近传感器的接近值并判断其是否大于第一预设接近值,如果是,则判断此时处于接近状态。 8. An accuracy of the touch screen according to claim 6 high response means, wherein said preventing means comprises a proximity inadvertently approaching state determining means: obtaining a value close to the proximity sensor and determining whether it is greater than a first pre- located close to the value, if yes, this point is determined in a close state.
9.如权利要求6所述的一种准确性高的触屏响应装置,其特征在于所述防移动误触装置包括响应条件重设装置:如判断接近值处于由大至小的变化趋势中,则获取接近传感器的接近值并判断其是否大于第二预设接近值,如果否,则允许响应触屏操作,如果是,则等待周期时间后再次获取接近传感器的接近值以判断其是否小于第二预设接近值。 As the value is determined by the proximity of large to small trends: a high accuracy of the touch panel according to claim 6 response means, wherein said movement preventing means comprises a response condition inadvertently resetting means , obtain the value close to the proximity sensor and determining whether it is greater than a second predetermined value close to, if not, the response allows the touch-screen operation, if so, then the waiting period after time acquisition value again close proximity sensor to determine whether it is less than close second predetermined value.
10.如权利要求6所述的一种准确性高的触屏响应装置,其特征在于包括唤醒装置:判断移动智能设备是否处于休眠状态,如果是,则在检测到触屏操作时,判断所述触屏操作是否为唤醒动作,如果是,则唤醒移动智能设备,如果否,则忽略该触屏操作,所述触屏操作是移动智能设备的唤醒操作动作,所述唤醒操作动作用于将移动智能设备从休眠状态唤醒。 A high accuracy in response to touch screen 10. The apparatus as claimed in claim 6, characterized in that the wake-up apparatus comprising: determining whether the mobile intelligent device in the sleep state, if so, when the touch operation is detected, it is determined that said touch operation is a wake-up operation, if yes, the mobile intelligent wake-up device, and if not, ignoring the operation of the touch panel, the touch operation is a wake-up operation of a mobile smart device operation, the wake-up operation for the operation intelligent mobile device to wake up from hibernation.
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