技术领域technical field
本发明涉及一种在手机被盗过程中发出报警从而能够防止手机被盗的手机套。The invention relates to a mobile phone case which can prevent the mobile phone from being stolen by sending an alarm during the process of the mobile phone being stolen.
背景技术Background technique
随着人类社会的飞速发展，我们的物质生活的也越来越丰富，为了增进人与人之间的交流与沟通，手机在日常生活中的使用变得越来越普遍。手机在为我们带来方便快捷的同时，也改变着我们的生活方式，在日常生活中，我们已经越来越离不开它。手机的重要性已经日益凸显，如果智能手机被盗，将会为我们带来极大的不便。手机由于其小巧便携，在人潮拥挤的场合，经常会出现手机被盗的情况。手机不仅价格不菲，而且手机同其所包含的信息在丢失后会为失主带来经济上和其他隐私方面的重大损失。With the rapid development of human society, our material life has become more and more abundant. In order to enhance the communication and communication between people, the use of mobile phones in daily life has become more and more common. While mobile phones bring us convenience and speed, they also change our way of life. In our daily life, we have become increasingly inseparable from it. The importance of mobile phones has become increasingly prominent. If a smartphone is stolen, it will bring great inconvenience to us. Due to its small size and portability, mobile phones are often stolen in crowded places. Cell phones are not only expensive, but the loss of the cell phone and the information it contains can bring significant economic and other privacy losses to the owner.
为了保护手机并使其更美观，人们习惯将手机套装在手机套中后放入口袋或包中，那么一旦手机连同手机套一并被盗时，普通的手机套不会发出任何提醒报警，人们很难有所察觉。In order to protect the mobile phone and make it more beautiful, people are used to putting the mobile phone in a mobile phone case and then putting it in a pocket or bag. Once the mobile phone is stolen together with the mobile phone case, the ordinary mobile phone case will not give any warning alarm. It's hard to notice.
发明内容Contents of the invention
本发明的目的在于提供一种用于套装手机并且与该手机一并被盗时能够发出报警的手机套。The purpose of the present invention is to provide a mobile phone case which is used for covering a mobile phone and can send an alarm when the mobile phone is stolen together.
本发明提供的一种手机套，用于套装手机共同形成套装组合体并且在用于容纳该套装组合体的袋体中与该手机一并被盗时发出报警，具有这样的特征，包括：本体，用于套装手机；触摸传感部，覆盖铺设在整个本体的外侧面上，用于采集本体被触摸的触摸信号；触摸信号放大部，与触摸传感部相连接，用于放大触摸信号，形成放大触摸信号；距离传感部，用于实时采集本体和位于该本体周围的周围物品之间的实时距离信号；距离信号放大部，与距离传感部相连接，用于放大实时距离信号，形成放大实时距离信号；距离计算部，用于根据放大实时距离信号计算出本体与周围物品之间的实时距离值；放入距离值存储部，存储用于表示套装组合体被放入袋体中套装组合体与袋体的内壁之间的放入距离值；报警信息存储部，用于存储报警信息；报警信息发出部，用于发出报警信息；判断部，用于在实时距离值小于放入距离值时将首次采集到的触摸信号判断为放入触摸信号，将再次采集到的触摸信号判断为拿碰触摸信号，和用于当实时距离值小于放入距离值时并且当放入触摸信号为零时将本体判断为被放入状态；以及控制部，与触摸信号放大部、距离信号放大部、距离计算部、放入距离值存储部、报警信息存储部、报警信息发出部和判断部分别相连接，在判断为被放入状态时控制报警信息发出部进入报警预备状态，在判断为被放入状态时一旦接收到拿碰触摸信号控制报警信息发出部根据报警信息进行报警，进入报警发出状态。A mobile phone case provided by the present invention is used to cover a mobile phone together to form a suit combination and to send an alarm when it is stolen together with the mobile phone in a bag for accommodating the suit combination. It has such features, including: a main body , used for suiting the mobile phone; the touch sensing part is covered and laid on the outer surface of the whole body, and is used to collect the touch signal when the body is touched; the touch signal amplification part is connected with the touch sensing part to amplify the touch signal, forming an amplified touch signal; the distance sensing part is used to collect the real-time distance signal between the main body and surrounding objects located around the main body in real time; the distance signal amplifying part is connected with the distance sensing part for amplifying the real-time distance signal, Form an amplified real-time distance signal; the distance calculation part is used to calculate the real-time distance value between the body and surrounding objects according to the amplified real-time distance signal; put it into the distance value storage part, and store it to indicate that the suit assembly is put into the bag The insertion distance value between the suit assembly and the inner wall of the bag body; the alarm information storage part is used for storing alarm information; the alarm information sending part is used for sending alarm information; the judgment part is used for when the real-time distance value is less than the insertion distance When the distance value is used, the touch signal collected for the first time is judged as a touch signal, and the touch signal collected again is judged as a touch signal, and it is used when the real-time distance value is less than the distance value and when the touch signal is placed When it is zero, the main body is judged as being put into the state; and the control part, with the touch signal amplifying part, the distance signal amplifying part, the distance calculating part, the putting distance value storage part, the alarm information storage part, the alarm information sending part and the judging part They are respectively connected, and when it is judged to be put into the state, the alarm information sending part is controlled to enter the alarm preparation state. Once the touch signal is received when it is judged to be put into the state, the alarm information sending part is controlled to give an alarm according to the alarm information and enter the alarm state. Issue status.
在本发明中的手机套，还具有这样的特征，包括：报警开关部，与控制部相连接，用于让用户手动停止报警信息发出部发出报警信息。The mobile phone case in the present invention also has such a feature, including: an alarm switch unit connected to the control unit for allowing the user to manually stop the alarm information sending unit from sending the alarm information.
在本发明中的手机套，还具有这样的特征，包括：感光传感部；光亮强度信号放大部；光亮强度计算部；以及光亮强度值存储部，其中，感光传感部设置本体的外侧面上，用于实时采集本体周围的光亮强度信号，光亮强度信号放大部，与感光传感部相连接，用于放大光亮强度信号，形成放大光亮强度信号，光亮强度计算部，与控制部相连接，用于根据放大光亮强度信号计算出本体周围的光亮强度值，光亮强度值存储部，存储用于表示套装组合体被放入袋体中的放入光亮强度值；判断部，还用于在实时距离值小于放入距离值时，并且在光亮强度值小于放入光亮强度值时将首次采集到的触摸信号判断为放入触摸信号，将再次采集到的触摸信号判断为拿碰触摸信号，和还用于在实时距离值小于放入距离值时，并且在光亮强度值小于放入光亮强度值时并且当放入触摸信号为零时将本体判断为被放入状态。The mobile phone case in the present invention also has such features, including: a photosensitive sensing part; a light intensity signal amplifying part; a light intensity calculation part; and a light intensity value storage part, wherein the light sensing part is arranged on the outer side of the body On the top, it is used to collect the light intensity signal around the body in real time, the light intensity signal amplification part is connected with the photosensitive sensor part, and is used to amplify the light intensity signal to form an amplified light intensity signal, and the light intensity calculation part is connected to the control part is used to calculate the light intensity value around the main body according to the amplified light intensity signal, the light intensity value storage part stores the light intensity value used to indicate that the suit assembly is put into the bag body; the judgment part is also used for When the real-time distance value is less than the put distance value, and when the light intensity value is less than the put light intensity value, the touch signal collected for the first time is judged as a put touch signal, and the touch signal collected again is judged as a touch touch signal, and are also used to judge the main body as being placed when the real-time distance value is less than the putting distance value, and when the light intensity value is less than the putting light intensity value and when the putting touch signal is zero.
发明作用和效果Invention function and effect
根据本发明所涉及手机套，将手机和手机套作为套装组合体，通过本体上的距离传感部采集到的实时距离信号，并由距离计算部计算出实时距离值，当实时距离值小于放入距离值存储部中存储的放入距离值，判断部将触摸传感部将首次采集到的触摸信号判断为放入触摸信号，当放入触摸信号变为零时将套装组合体判断为放入状态，此时控制部控制报警信息发出部进入报警预备状态，当触摸传感部将再次采集到的触摸信号时，判断部将判断为拿碰触摸信号，控制部控制报警信息发出部根据报警信息进行报警，进入报警发出状态，从而，当手机与手机套这样的套装组合体被从袋体中一并拿出时，就会发出报警，提醒用户注意，防止被盗。According to the mobile phone cover involved in the present invention, the mobile phone and the mobile phone cover are used as a set combination, and the real-time distance signal collected by the distance sensing part on the body is used to calculate the real-time distance value by the distance calculation part. When the real-time distance value is less than the set If the input distance value is stored in the storage unit, the judging unit judges the touch signal first collected by the touch sensing unit as the input touch signal, and when the input touch signal becomes zero, the suit assembly is judged as the input touch signal. At this time, the control part controls the alarm information sending part to enter the alarm preparation state. When the touch sensor part collects the touch signal again, the judging part will judge that the touch signal is touched, and the control part controls the alarm information sending part to respond according to the alarm. The information goes to the police and enters the alarm sending state, thereby, when the suit combination such as the mobile phone and the mobile phone cover is taken out from the bag body, the alarm will be sent to remind the user to pay attention to prevent theft.
附图说明Description of drawings
图1是本发明在实施例一中的手机套的结构框图；Fig. 1 is the structural block diagram of the mobile phone case of the present invention in embodiment one;
图2是本发明在实施例一中的手机套的动作流程图；Fig. 2 is the action flowchart of the mobile phone case of the present invention in embodiment one;
图3是本发明在实施例二中的手机套的结构框图；以及Fig. 3 is the structural block diagram of the mobile phone case of the present invention in embodiment two; And
图4是本发明在实施例二中的手机套的动作流程图。Fig. 4 is an action flowchart of the mobile phone case in the second embodiment of the present invention.
具体实施方式detailed description
以下参照附图与实施例对本发明所涉及的手机套作详细的描述。The mobile phone case involved in the present invention will be described in detail below with reference to the accompanying drawings and embodiments.
<实施例一><Example 1>
图1是本发明在实施例一中的手机套的结构框图。Fig. 1 is a structural block diagram of the mobile phone cover in the first embodiment of the present invention.
如图1所示，本实例中的手机套100与图中未显示的手机一并组成套装组合体，当放入袋体，如：口袋或包中被盗时能够发出报警信息。手机套100包含触摸传感部1、触摸信号放大部2、距离传感部3、距离信号放大部4、距离计算部5、放入距离值存储部6、报警信息存储部7、报警信息发出部8、判断部9、报警开关部10、电源11、与上述各个部件分别相连接的控制部12和本体13。As shown in FIG. 1 , the mobile phone case 100 in this example and the mobile phone not shown in the figure form a suit assembly together, and when it is put into a bag, such as a pocket or bag, it can send an alarm message when it is stolen. The mobile phone cover 100 comprises a touch sensing part 1, a touch signal amplifying part 2, a distance sensing part 3, a distance signal amplifying part 4, a distance calculating part 5, a distance value storage part 6, an alarm information storage part 7, and an alarm information sending Part 8, judging part 9, alarm switch part 10, power supply 11, control part 12 and main body 13 respectively connected with the above-mentioned components.
触摸传感部1采用电容触摸屏，覆盖铺设在整个本体13的外侧面上，用于采集本体13被触摸的触摸信号。采集到的触摸信号通过与触摸传感部1和控制部12分别相连接的触摸信号放大部2，放大形成放大触摸信号。The touch sensing part 1 adopts a capacitive touch screen, which is covered and paved on the outer surface of the whole body 13, and is used for collecting touch signals when the body 13 is touched. The collected touch signal is amplified to form an amplified touch signal by the touch signal amplifying unit 2 respectively connected to the touch sensing unit 1 and the control unit 12 .
距离传感部3，用于实时采集本体13和位于该本体13周围的周围物品之间的实时距离信号。采集到的实时距离信号通过与距离传感部3和控制部12分别相连接的距离信号放大部4放大形成放大实时距离信号。The distance sensing part 3 is used for collecting real-time distance signals between the main body 13 and surrounding objects located around the main body 13 in real time. The collected real-time distance signal is amplified by the distance signal amplifying part 4 respectively connected to the distance sensing part 3 and the control part 12 to form an amplified real-time distance signal.
距离计算部5，与控制部12相连接，根据放大实时距离信号计算出本体13与周围物品之间的实时距离值。The distance calculation part 5 is connected with the control part 12, and calculates the real-time distance value between the main body 13 and surrounding objects according to the amplified real-time distance signal.
当与控制部12相连接的判断部9接收到从距离计算部5传输来的实时距离值小于放入距离值时，即本体13外表面与袋体内表面距离很近时，将首次采集到的触摸信号判断为放入触摸信号，当放入触摸信号变为零时，将套装组合体判断为被放入状态。When the judging part 9 connected with the control part 12 receives the real-time distance value transmitted from the distance calculating part 5 when it is less than the putting distance value, that is, when the outer surface of the main body 13 is very close to the inner surface of the bag, the first collected The touch signal is judged as a put-in touch signal, and when the put-in touch signal becomes zero, the set assembly is judged to be put in.
报警信息存储部7，采用声光报警，与控制部12相连接，用于存储报警信息。The alarm information storage unit 7 adopts sound and light alarm, is connected with the control unit 12, and is used for storing alarm information.
报警信息发出部8，与控制部12相连接，用于发出报警信息。The alarm information sending part 8 is connected with the control part 12 and used for sending out the alarm information.
控制部12采用CPU处理核心。The control unit 12 employs a CPU processing core.
当进入被放入状态时，控制部12控制报警信息发出部8进入报警预备状态，一旦触摸传感部1再次接收到触摸信号，判断部9将其判断为拿碰触摸信号，控制部12在接收到拿碰触摸信号后，控制报警信息发出部8提取并发出报警信息存储部7中所存储的报警信息，进入报警发出状态。When entering the put-in state, the control unit 12 controls the alarm information sending unit 8 to enter the alarm preparation state. Once the touch sensor unit 1 receives the touch signal again, the judging unit 9 judges it as a touch signal, and the control unit 12 After receiving the touch signal, control the alarm information sending part 8 to extract and send out the alarm information stored in the alarm information storage part 7, and enter the alarm sending state.
当用户本人拿碰到本体13触发报警时，可通过与控制部12相连接的报警开关部10手动停止报警信息发出部8发出报警信息。When the user touches the main body 13 to trigger an alarm, the alarm switch unit 10 connected to the control unit 12 can manually stop the alarm information sending unit 8 from sending the alarm information.
电源11，与控制部相连接，用于给各个部件供电。The power supply 11 is connected with the control part and is used to supply power to each component.
图2是本发明在实施例一中的手机套的动作流程图。Fig. 2 is a flow chart of the action of the mobile phone case in the first embodiment of the present invention.
如图2所示，手机套100的动作流程，包括如下步骤：As shown in Figure 2, the action flow of the mobile phone case 100 includes the following steps:
步骤S1-1：Step S1-1:
手机套初始化后进入步骤S1-2。After the mobile phone case is initialized, go to step S1-2.
步骤S1-2：Step S1-2:
距离计算部5根据距离传感部3采集到的实时距离信号计算实时距离值后进入步骤S1-3。The distance calculating part 5 calculates the real-time distance value according to the real-time distance signal collected by the distance sensing part 3, and then proceeds to step S1-3.
步骤S1-3：Step S1-3:
若实时距离值小于放入距离值，则进入步骤S4；若实时距离值大于放入距离值，则返回步骤S1-2。If the real-time distance value is smaller than the inserted distance value, then enter step S4; if the real-time distance value is greater than the inserted distance value, then return to step S1-2.
步骤S1-4：Step S1-4:
读取触摸信号并判断为放入触摸信号后进入步骤5。After reading the touch signal and judging that it is a touch signal, go to step 5.
步骤S1-5：Step S1-5:
若用户将手拿开，放入触摸信号变为零时，则进入步骤S1-6；若用户未将手拿开，放入触摸信号不为零时，则返回步骤S1-4。If the user removes the hand and the input touch signal becomes zero, then enter step S1-6; if the user does not remove the hand and the input touch signal is not zero, then return to step S1-4.
步骤S1-6：Steps S1-6:
进入报警预备状态后进入S1-7。After entering the alarm preparation state, enter S1-7.
步骤S1-7：Steps S1-7:
再次读取触摸信号并判断为拿碰触摸信号后进入步骤S1-8。After reading the touch signal again and judging that the touch signal is touched, go to step S1-8.
步骤S1-8：Steps S1-8:
若采集到拿碰触摸信号，则进入步骤S1-9；若未采集到拿碰触摸信号，则返回步骤S1-7。If the touch signal is collected, go to step S1-9; if the touch signal is not collected, go back to step S1-7.
步骤S1-9：Steps S1-9:
发出报警信息，然后进入结束状态。Send out an alarm message, and then enter the end state.
实施例一的作用与效果Function and effect of embodiment one
根据实施例一所涉及手机套将手机和手机套作为套装组合体，通过本体上的距离传感部采集到的实时距离信号，并由距离计算部计算出实时距离值，当实时距离值小于放入距离值存储部中存储的放入距离值，判断部将触摸传感部将首次采集到的触摸信号判断为放入触摸信号，当放入触摸信号变为零时将套装组合体判断为放入状态，此时控制部控制报警信息发出部进入报警预备状态。当触摸传感部将再次采集到的触摸信号时，判断部将判断为拿碰触摸信号，控制部控制报警信息发出部根据报警信息进行报警，进入报警发出状态。从而，当手机与手机套这样的套装组合体被从袋体中一并拿出时，就会发出报警，提醒用户注意，防止被盗。若由于用户自身触碰手机套，出发报警信息，还可以通过报警开关部手动关闭报警信息。According to the mobile phone cover involved in the first embodiment, the mobile phone and the mobile phone cover are used as a set combination, and the real-time distance signal is collected by the distance sensing part on the body, and the real-time distance value is calculated by the distance calculation part. If the input distance value is stored in the storage unit, the judging unit judges the touch signal first collected by the touch sensing unit as the input touch signal, and when the input touch signal becomes zero, the suit assembly is judged as the input touch signal. At this time, the control part controls the alarm information sending part to enter the alarm preparation state. When the touch sensing part collects the touch signal again, the judging part judges that the touch signal is touched, and the control part controls the alarm information sending part to give an alarm according to the alarm information, and enters the alarm sending state. Thereby, when the suit combination such as mobile phone and mobile phone case is taken out from bag body together, will send out the alarm, remind user to pay attention to, prevent from being stolen. If an alarm message is triggered due to the user's own touching of the mobile phone cover, the alarm message can also be manually closed by the alarm switch unit.
<实施例二><Example 2>
以下是对实施例二的说明。The following is the description of the second embodiment.
在实施例二中，对于和实施例一中相同的结构，给予相同的符号，并省略相同的说明。In the second embodiment, the same symbols are assigned to the same structures as those in the first embodiment, and the same descriptions are omitted.
图3是本发明在实施例二中的手机套的结构框图。Fig. 3 is a structural block diagram of the mobile phone case in the second embodiment of the present invention.
在实施例二中的手机套200还包含感光传感部14、光亮强度信号放大部15、光亮强度计算部16和光亮强度值存储部17。The mobile phone case 200 in the second embodiment further includes a photosensitive sensor unit 14 , a light intensity signal amplifying unit 15 , a light intensity calculation unit 16 and a light intensity value storage unit 17 .
感光传感部14，设置本体13的外侧面上，用于实时采集本体13周围的光亮强度信号。采集到的光亮强度信号通过与感光传感部14和控制部12分别相连接的光强度信号放大部15放大形成放大光亮强度信号。The photosensitive sensor part 14 is provided on the outer surface of the main body 13 and is used for collecting light intensity signals around the main body 13 in real time. The collected light intensity signal is amplified by the light intensity signal amplifying section 15 respectively connected to the light sensing section 14 and the control section 12 to form an amplified light intensity signal.
光亮强度计算部16，与控制部12相连接，根据放大光亮强度信号计算出本体13周围的光亮强度值，The light intensity calculation part 16 is connected with the control part 12, and calculates the light intensity value around the main body 13 according to the amplified light intensity signal,
光亮强度值存储部17，与控制部12相连接，存储用于表示本体13被放入袋体中的放入光亮强度值。The light intensity value storage unit 17 is connected with the control unit 12 and stores the light intensity value for indicating that the main body 13 is put into the bag.
当与控制部14相连接的判断部13接收到从距离计算部5传输来的实时距离值小于放入距离值时，即本体13被放置于光线昏暗处，如：口袋或包中时，并且光亮强度值小于光亮强度值存储部11中所存储的放入光亮强度值时，即本体13被放置于光线昏暗处，如：口袋或包中时，将首次采集到的触摸信号判断为放入触摸信号，当放入触摸信号变为零时，将套装组合体判断为被放入状态。When the judging part 13 connected with the control part 14 receives the real-time distance value transmitted from the distance calculating part 5 when it is less than the putting distance value, that is, the main body 13 is placed in a dimly lit place, such as in a pocket or a bag, and When the light intensity value is less than the light intensity value stored in the light intensity value storage unit 11, that is, the main body 13 is placed in a dimly lit place, such as: when in a pocket or bag, the first collected touch signal is judged to be placed in the light intensity value. Touch signal, when the put touch signal becomes zero, it is judged that the set assembly is put into the state.
图4是本发明在实施例二中的手机套的动作流程图。Fig. 4 is an action flowchart of the mobile phone case in the second embodiment of the present invention.
步骤S2-1：Step S2-1:
手机套初始化后进入步骤S2-2。After the mobile phone case is initialized, go to step S2-2.
步骤S2-2：Step S2-2:
距离计算部5根据距离传感部3采集到的实时距离信号计算实时距离值后进入步骤S2-3。The distance calculating part 5 calculates the real-time distance value according to the real-time distance signal collected by the distance sensing part 3, and then proceeds to step S2-3.
步骤S2-3：Step S2-3:
若实时距离值小于放入距离值，则进入步骤S2-4；若实时距离值大于放入距离值，则返回步骤S2-2。If the real-time distance value is smaller than the inserted distance value, then enter step S2-4; if the real-time distance value is greater than the inserted distance value, then return to step S2-2.
步骤S2-4：Step S2-4:
光亮强度计算部16根据感光传感部14采集到的光亮强度离信号计算光亮强度值后进入步骤S2-5。The light intensity calculation unit 16 calculates the light intensity value according to the light intensity deviation signal collected by the light sensing unit 14 and then proceeds to step S2-5.
步骤S2-5：Step S2-5:
若光亮强度值小于放入光亮强度值，则进入步骤S2-6；若光亮强度值大于放入光亮强度值，则返回步骤S2-4。If the light intensity value is less than the input light intensity value, enter step S2-6; if the light intensity value is greater than the input light intensity value, return to step S2-4.
步骤S2-6：Step S2-6:
读取触摸信号并判断为放入触摸信号后进入步骤7。After reading the touch signal and judging that it is a touch signal, go to step 7.
步骤S2-7：Step S2-7:
若用户将手拿开，则进入步骤S2-8；若用户未将手拿开，则返回步骤S4。If the user takes the hand away, enter step S2-8; if the user does not take the hand away, return to step S4.
步骤S2-8：Step S2-8:
进入报警预备状态后进入S2-9。After entering the alarm preparation state, enter S2-9.
步骤S2-9：Step S2-9:
再次读取触摸信号并判断为拿碰触摸信号后进入步骤S2-10。After reading the touch signal again and judging that the touch signal is touched, go to step S2-10.
步骤S2-10：Step S2-10:
若采集到拿碰触摸信号，则进入步骤S2-11；若未采集到拿碰触摸信号，则返回步骤S2-9。If the touch signal is collected, go to step S2-11; if the touch signal is not collected, return to step S2-9.
步骤S2-11：Step S2-11:
发出报警信息，然后进入结束状态。Send out an alarm message, and then enter the end state.
实施例二的作用与效果Function and effect of embodiment two
根据实施例二所涉及手机套进一步增加了感光传感部、光亮强度信号放大部、光亮强度计算部和光亮强度值存储部这样的部件。According to the second embodiment, the mobile phone case further adds components such as a photosensitive sensing unit, a light intensity signal amplification unit, a light intensity calculation unit, and a light intensity value storage unit.
感光传感部采集到本体周围的光亮强度信号后，通过光亮强度信号放大部放大光亮强度信号，形成放大光亮强度信号。光亮强度计算部根据放大光亮强度信号计算出本体周围的光亮强度值。当实时距离值小于放入距离值时，并且在光亮强度值小于光亮强度值存储部中存储的放入光亮强度值时，判断部将首次采集到的触摸信号判断为放入触摸信号，将再次采集到的触摸信号判断为拿碰触摸信号，在实时距离值小于放入距离值时，并且在光亮强度值小于放入光亮强度值时并且当放入触摸信号为零时将本体判断为被放入状态。通过对实时距离值和光亮强度值的判断，可以更为准确地判断出，手机套是否被放入袋体中。After the photosensitive sensing part collects the light intensity signal around the body, the light intensity signal is amplified by the light intensity signal amplifying part to form an amplified light intensity signal. The light intensity calculation unit calculates the light intensity value around the main body according to the amplified light intensity signal. When the real-time distance value is less than the insertion distance value, and when the light intensity value is less than the insertion light intensity value stored in the light intensity value storage unit, the judging unit judges the touch signal collected for the first time as the insertion touch signal, and will again The collected touch signal is judged to be a touch signal. When the real-time distance value is less than the put distance value, and when the light intensity value is less than the put light intensity value and when the put touch signal is zero, the main body is judged as being put. into the state. By judging the real-time distance value and the light intensity value, it can be judged more accurately whether the mobile phone case is put into the bag.
上述实施例一和实施例二为本发明的优选案例，并不用来限制本发明的保护范围。The above-mentioned embodiment 1 and embodiment 2 are preferred cases of the present invention, and are not intended to limit the scope of protection of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410156281.XACN103929512B (en) | 2014-04-18 | 2014-04-18 | Cell-phone cover |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410156281.XACN103929512B (en) | 2014-04-18 | 2014-04-18 | Cell-phone cover |
| Publication Number | Publication Date |
|---|---|
| CN103929512A CN103929512A (en) | 2014-07-16 |
| CN103929512Btrue CN103929512B (en) | 2016-12-07 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410156281.XAExpired - Fee RelatedCN103929512B (en) | 2014-04-18 | 2014-04-18 | Cell-phone cover |
| Country | Link |
|---|---|
| CN (1) | CN103929512B (en) |
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| CN203151580U (en)* | 2013-03-20 | 2013-08-21 | 无锡市崇安区科技创业服务中心 | Anti-theft mobile phone shell |
| CN103685691A (en)* | 2012-09-11 | 2014-03-26 | 上海斐讯数据通信技术有限公司 | Mobile terminal capable of guarding against theft and mobile terminal anti-theft method |
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| US7633076B2 (en)* | 2005-09-30 | 2009-12-15 | Apple Inc. | Automated response to and sensing of user activity in portable devices |
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103685691A (en)* | 2012-09-11 | 2014-03-26 | 上海斐讯数据通信技术有限公司 | Mobile terminal capable of guarding against theft and mobile terminal anti-theft method |
| CN203151580U (en)* | 2013-03-20 | 2013-08-21 | 无锡市崇安区科技创业服务中心 | Anti-theft mobile phone shell |
| Publication number | Publication date |
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| CN103929512A (en) | 2014-07-16 |
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