CN105301949B - Method and system for detecting wearing state of smart watch and smart watch - Google Patents
Method and system for detecting wearing state of smart watch and smart watch Download PDFInfo
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Abstract
本发明公开了一种智能手表佩戴状态的检测方法、系统及智能手表。该方法包括：红外传感器检测到遮挡物，开启电容触摸传感器；所述电容触摸传感器识别所述遮挡物是否为皮肤；若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。本发明通过电容触摸传感器来识别遮挡物是否为皮肤，若是，则智能手表已佩戴，判定佩戴状态准确；当电容触摸传感器识别出遮挡物为皮肤后，电容触摸传感器关闭，即在佩戴智能手表后电容触摸传感器一直处于关闭状态，因此智能手表的功耗低。
The invention discloses a method and system for detecting the wearing state of a smart watch and the smart watch. The method includes: the infrared sensor detects an occluder, and turns on a capacitive touch sensor; the capacitive touch sensor identifies whether the occluder is skin; if so, determines that the smart watch is in a wearing state, and turns off the capacitive touch sensor. The present invention uses a capacitive touch sensor to identify whether the occluder is skin, if so, the smart watch has been worn, and the wearing state is determined to be accurate; when the capacitive touch sensor recognizes that the occluder is skin, the capacitive touch sensor is turned off, that is, after wearing the smart watch The capacitive touch sensor is always off, so the power consumption of the smartwatch is low.
Description
技术领域technical field
本发明涉及智能手表技术领域，尤其涉及一种智能手表佩戴状态的检测方法、系统及智能手表。The invention relates to the technical field of smart watches, in particular to a detection method and system for a wearing state of a smart watch and a smart watch.
背景技术Background technique
当前儿童智能手表，围绕关注孩子安全，儿童手表佩戴检测成为儿童手表的标配，当前有光感检测，电容触摸检测等各种检测方式，但每种单独的检测方法都有弊端，比如光感本身是不能识别遮挡物是否为皮肤，所以很多情况下会误报，电容触摸检测，又会因为常开的功耗太大，在穿戴设备电池容量有限的情况下，无法实际应用。At present, children's smart watches focus on children's safety. Children's watch wearing detection has become a standard configuration for children's watches. There are currently various detection methods such as light-sensing detection and capacitive touch detection. However, each individual detection method has disadvantages, such as light-sensing It cannot identify whether the covering is skin or not, so in many cases, false alarms will be reported. Capacitive touch detection will also consume too much power if it is normally on, so it cannot be practically applied when the battery capacity of the wearable device is limited.
发明内容Contents of the invention
本发明提出一种智能手表佩戴状态的检测方法、系统及智能手表，能够准确地识别智能手表的佩戴状态，且该智能手表的功耗低。The invention provides a method and system for detecting the wearing state of a smart watch, and the smart watch can accurately identify the wearing state of the smart watch, and the smart watch has low power consumption.
为达此目的，本发明采用以下技术方案：For reaching this purpose, the present invention adopts following technical scheme:
第一方面，一种智能手表佩戴状态的检测方法，包括以下步骤：In the first aspect, a method for detecting the wearing state of a smart watch includes the following steps:
A、红外传感器检测到遮挡物，开启电容触摸传感器；A. The infrared sensor detects an obstruction and turns on the capacitive touch sensor;
B、所述电容触摸传感器识别所述遮挡物是否为皮肤；B. The capacitive touch sensor identifies whether the occluder is skin;
C、若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。C. If so, determine that the smart watch is in the wearing state, and turn off the capacitive touch sensor.
其中，所述电容触摸传感器识别所述遮挡物是否为皮肤之后，还包括：Wherein, after the capacitive touch sensor identifies whether the occluder is skin, it also includes:
若否，判定所述智能手表为非佩戴状态，关闭所述电容触摸传感器；红外传感器检测到遮挡物，确认与上一次开启电容触摸传感器的时间间隔大于等于预置时间周期,开启所述电容触摸传感器，返回步骤B。If not, it is determined that the smart watch is not worn, and the capacitive touch sensor is turned off; the infrared sensor detects an obstruction, and the time interval between the last time the capacitive touch sensor is turned on is greater than or equal to a preset time period, and the capacitive touch sensor is turned on. sensor, return to step B.
其中，所述判定智能手表为佩戴状态之后，还包括，将所述佩戴状态发送到客户端。Wherein, after the determination that the smart watch is in the wearing state, it also includes sending the wearing state to the client.
其中，所述关闭所述电容触摸传感器之后，还包括：Wherein, after turning off the capacitive touch sensor, it also includes:
所述红外传感器检测到无遮挡物，判定所述智能手表为脱落状态；The infrared sensor detects that there is no obstruction, and determines that the smart watch is in a detached state;
获取所述智能手表的定位信息；Acquiring the positioning information of the smart watch;
将所述脱落状态和所述定位信息发送到客户端。Send the falling off state and the positioning information to the client.
其中，所述判定所述智能手表为脱落状态之后，还包括，所述智能手表发出警报。Wherein, after the determination that the smart watch is in the off state, it also includes that the smart watch sends out an alarm.
第二方面，一种智能手表佩戴状态的检测系统，包括：In the second aspect, a detection system for the wearing state of a smart watch includes:
第一开启模块，用于红外传感器检测到遮挡物，开启电容触摸传感器；The first opening module is used for detecting an obstruction by the infrared sensor and opening the capacitive touch sensor;
关闭模块，用于所述电容触摸传感器识别所述遮挡物是否为皮肤，若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。The closing module is used for the capacitive touch sensor to identify whether the shield is skin, if so, determine that the smart watch is in the wearing state, and close the capacitive touch sensor.
其中，所述智能手表佩戴状态的检测系统还包括第二开启模块，所述第二开启模块用于所述电容触摸传感器识别所述遮挡物不是皮肤时，判定所述智能手表为非佩戴状态，关闭所述电容触摸传感器；红外传感器检测到遮挡物，确认与上一次开启电容触摸传感器的时间间隔大于等于预置时间周期,开启所述电容触摸传感器。Wherein, the detection system of the wearing state of the smart watch further includes a second opening module, the second opening module is used for determining that the smart watch is in a non-wearing state when the capacitive touch sensor recognizes that the shield is not skin, Turn off the capacitive touch sensor; the infrared sensor detects an obstruction, confirm that the time interval from the last time the capacitive touch sensor was turned on is greater than or equal to a preset time period, and turn on the capacitive touch sensor.
其中，所述智能手表佩戴状态的检测系统还包括第一发送模块，所述第一发送模块用于将所述佩戴状态发送到客户端。Wherein, the system for detecting the wearing state of the smart watch further includes a first sending module, and the first sending module is used for sending the wearing state to a client.
其中，所述智能手表佩戴状态的检测系统还包括：Wherein, the detection system of the wearing state of the smart watch also includes:
判定模块，用于红外传感器检测到无遮挡物，判定所述智能手表为脱落状态；A judging module, used for the infrared sensor to detect that there is no obstruction, and judge that the smart watch is in a falling state;
定位模块，用于获取所述智能手表的定位信息；A positioning module, configured to obtain the positioning information of the smart watch;
第二发送模块，用于将所述脱落状态和所述定位信息发送到客户端；A second sending module, configured to send the falling-off state and the positioning information to a client;
报警模块，用于所述智能手表为脱落状态后发出警报。The alarm module is used for sending an alarm after the smart watch is in a falling state.
第三方面，一种智能手表，包括上述检测系统。In a third aspect, a smart watch includes the above detection system.
本发明提供了一种智能手表佩戴状态的检测方法、系统及智能手表，该方法包括：红外传感器检测到遮挡物，开启电容触摸传感器；所述电容触摸传感器识别所述遮挡物是否为皮肤；若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。本发明通过电容触摸传感器来识别遮挡物是否为皮肤，若是，则智能手表已佩戴，判定佩戴状态准确；当电容触摸传感器识别出遮挡物为皮肤后，电容触摸传感器关闭，即在佩戴智能手表后电容触摸传感器一直处于关闭状态，因此智能手表的功耗低。The present invention provides a smart watch wearing state detection method, system and smart watch. The method includes: an infrared sensor detects an occluder, and turns on a capacitive touch sensor; the capacitive touch sensor identifies whether the occluder is skin; if , determine that the smart watch is in the wearing state, and turn off the capacitive touch sensor. The present invention uses a capacitive touch sensor to identify whether the occluder is skin, if so, the smart watch has been worn, and the wearing state is determined to be accurate; when the capacitive touch sensor recognizes that the occluder is skin, the capacitive touch sensor is turned off, that is, after wearing the smart watch The capacitive touch sensor is always off, so the power consumption of the smartwatch is low.
附图说明Description of drawings
图1是本发明提供的一种智能手表佩戴状态的检测方法第一实施例的方法流程图。Fig. 1 is a method flowchart of the first embodiment of a method for detecting the wearing state of a smart watch provided by the present invention.
图2是本发明提供的一种智能手表佩戴状态的检测方法第二实施例的方法流程图。Fig. 2 is a method flowchart of the second embodiment of a method for detecting the wearing state of a smart watch provided by the present invention.
图3本发明提供的一种智能手表佩戴状态的检测系统第一实施例的结构框图。FIG. 3 is a structural block diagram of a first embodiment of a detection system for a smart watch wearing state provided by the present invention.
图4是本发明提供的一种智能手表佩戴状态的检测系统第二实施例的结构框图。Fig. 4 is a structural block diagram of a second embodiment of a detection system for a smart watch wearing state provided by the present invention.
具体实施方式detailed description
以下结合附图，通过具体实施例来进一步说明本发明的技术方案。The technical solutions of the present invention will be further described through specific embodiments below in conjunction with the accompanying drawings.
实施例一Embodiment one
参考图1，一种智能手表佩戴状态的检测方法，包括以下步骤：Referring to Fig. 1, a method for detecting the wearing state of a smart watch includes the following steps:
S101、红外传感器检测到遮挡物，开启电容触摸传感器；S101. The infrared sensor detects an obstruction, and turns on the capacitive touch sensor;
在智能手表的初始状态，红外传感器是关闭的，即红外传感器的初始状态是关闭的，但在智能手表工作过程中，当开启智能手表的佩戴状态检测功能之后，红外传感器一直处于工作状态，不断地检测是否有遮挡物。电容触摸传感器的功耗大，只有红外传感器开始检测到有遮挡物时才开启电容触摸传感器，因此可以降低智能手表的功耗。In the initial state of the smart watch, the infrared sensor is off, that is, the initial state of the infrared sensor is off, but during the working process of the smart watch, when the wearing status detection function of the smart watch is turned on, the infrared sensor is always in the working state, constantly to detect if there is an obstruction. The power consumption of the capacitive touch sensor is high, and the capacitive touch sensor is only turned on when the infrared sensor starts to detect an occluded object, so the power consumption of the smart watch can be reduced.
S102、所述电容触摸传感器识别所述遮挡物是否为皮肤；S102. The capacitive touch sensor identifies whether the shield is skin;
电容触摸传感器的原理是基于噪声门限和手指门限的反跳法，实现按键开关状态之间的干净利落的转换，所有电容触摸传感系统的核心部分都是一组与电场相互作用的导体。在皮肤下面，人体组织中充满了传导电解质，因此电容触摸传感器能够识别遮挡物是否为皮肤。The principle of capacitive touch sensor is based on the debounce method of noise threshold and finger threshold to realize clean transition between key switch states. The core part of all capacitive touch sensing systems is a set of conductors that interact with electric fields. Beneath the skin, human tissue is filled with conductive electrolytes, so capacitive touch sensors are able to recognize that the object is skin.
S103、若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。S103. If yes, determine that the smart watch is in the wearing state, and turn off the capacitive touch sensor.
遮挡物为皮肤则手表被佩戴，用电容触摸传感器识别皮肤，不会存在遮挡物不是皮肤时误判智能手表为佩戴状态的情况，因此判定更加准确。当电容触摸传感器识别出遮挡物为皮肤后关闭，即电容触摸传感器在手表被佩戴之后都处于关闭状态，因此可以降低功耗。If the occlusion is skin, the watch is worn, and the capacitive touch sensor is used to identify the skin. There will be no misjudgment that the smart watch is in the wearing state when the occlusion is not skin, so the judgment is more accurate. When the capacitive touch sensor recognizes that the cover is skin, it is turned off, that is, the capacitive touch sensor is in the off state after the watch is worn, so power consumption can be reduced.
本实施例提供的一种智能手表佩戴状态的检测方法，包括：红外传感器检测到遮挡物，开启电容触摸传感器；所述电容触摸传感器识别所述遮挡物是否为皮肤；若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。本发明通过电容触摸传感器来识别遮挡物是否为皮肤，从而判定智能手表是否被佩戴，判定佩戴状态准确；在佩戴智能手表后电容触摸传感器一直处于关闭状态，因此智能手表的功耗低。A method for detecting the wearing state of a smart watch provided in this embodiment includes: an infrared sensor detects an occluder, and turns on a capacitive touch sensor; the capacitive touch sensor identifies whether the occluder is skin; if so, determines that the smart watch is worn state, turn off the capacitive touch sensor. The present invention uses a capacitive touch sensor to identify whether the shield is skin, thereby judging whether the smart watch is worn, and determining whether the wearing state is accurate; after wearing the smart watch, the capacitive touch sensor is always in the off state, so the power consumption of the smart watch is low.
实施例二Embodiment two
本实施例是在实施例一的基础上增加几个步骤，本实施例未详尽的内容参考上述实施例。In this embodiment, several steps are added on the basis of the first embodiment, and the contents not detailed in this embodiment can be referred to the above-mentioned embodiment.
参考图2，图2为本实施例的智能手表佩戴状态的检测方法流程图，方法包括以下步骤：Referring to Fig. 2, Fig. 2 is a flow chart of the detection method of the smart watch wearing state of the present embodiment, the method includes the following steps:
S201、红外传感器检测到遮挡物，开启电容触摸传感器；S201. The infrared sensor detects an obstruction, and turns on the capacitive touch sensor;
S202、所述电容触摸传感器识别所述遮挡物是否为皮肤；S202. The capacitive touch sensor identifies whether the shield is skin;
S203、若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器；进入步骤S206。S203. If yes, determine that the smart watch is in the wearing state, and turn off the capacitive touch sensor; go to step S206.
S204、若否，判定所述智能手表为非佩戴状态，关闭所述电容触摸传感器；进入步骤S205；S204. If not, determine that the smart watch is not worn, and turn off the capacitive touch sensor; enter step S205;
S205、红外传感器检测到遮挡物，确认与上一次开启电容触摸传感器的时间间隔大于等于预置时间周期，开启所述电容触摸传感器，返回步骤S202。S205. The infrared sensor detects an obstruction, confirms that the time interval from the last time the capacitive touch sensor was turned on is greater than or equal to a preset time period, turns on the capacitive touch sensor, and returns to step S202.
当前遮挡物不是皮肤的状态下，智能手表为非佩戴状态，电容触摸传感器关闭，如果红外传感器检测到一直有遮挡物，电容触摸传感器不会一直开启，而会定时开启，检测遮挡物是否为皮肤。When the current occlusion is not skin, the smart watch is not worn, and the capacitive touch sensor is turned off. If the infrared sensor detects that there is always an occlusion, the capacitive touch sensor will not always be turned on, but will be turned on regularly to detect whether the occlusion is skin. .
本实施例中，所述预置时间周期为10分钟，优选的，所述预置时间周期还可以为5分钟、8分钟或其他数值。In this embodiment, the preset time period is 10 minutes. Preferably, the preset time period can also be 5 minutes, 8 minutes or other values.
S206、将所述佩戴状态发送到客户端；进入步骤S207。S206. Send the wearing state to the client; go to step S207.
所述客户端示一个与智能手表进行关联的APP，APP安装在移动终端上，智能手表装有电话卡，用电话卡通过网络将佩戴状态发送到客户端所在的移动终端上，因此持有所述移动终端的人可以及时得知智能手表已被佩戴。The client shows an APP associated with the smart watch, the APP is installed on the mobile terminal, the smart watch is equipped with a phone card, and the phone card is used to send the wearing status to the mobile terminal where the client is located through the network, so holding the mobile terminal The person at the terminal can know in time that the smart watch has been worn.
S207、红外传感器是否检测到遮挡物。S207. Whether the infrared sensor detects an obstruction.
S208、若否，判定所述智能手表为脱落状态。S208. If not, determine that the smart watch is in a detached state.
S209、所述智能手表发出警报。S209. The smart watch sends out an alarm.
在智能手表被佩戴后，红外传感器依然会检测是否有遮挡物，如果有遮挡物，返回步骤S207；如果没有遮挡物，智能手表脱落或者被摘掉，则手表处于脱落状态，并且智能手表发出脱落的警报。需要注意的是，步骤S208、S209的执行无先后顺序。After the smart watch is worn, the infrared sensor will still detect whether there is an obstruction. If there is an obstruction, return to step S207; alert. It should be noted that steps S208 and S209 are executed in no order.
S210、获取所述智能手表的定位信息；S210. Obtain the location information of the smart watch;
智能手表脱落或者被摘掉之后，GPS定位系统获取智能手表的定位信息，GPS定位系统为现有技术，此处不做赘述。After the smart watch falls off or is taken off, the GPS positioning system obtains the positioning information of the smart watch. The GPS positioning system is a prior art, and will not be described here.
S211、将所述脱落状态和所述定位信息发送到客户端。S211. Send the detached state and the location information to the client.
智能手表通过网络将其脱落状态和定位信息发送到客户端所在的移动终端上，因此持有所述移动终端的人可以及时得知智能手表已脱落，且可以获得其脱落后的位置信息。The smart watch sends its detachment status and location information to the mobile terminal where the client is located through the network, so the person holding the mobile terminal can know in time that the smart watch has fallen off, and can obtain the position information after it falls off.
如果该智能手表佩戴在儿童身上，而家长又不在儿童身边，则家长能够通过反馈到移动终端的信息及时了解儿童是否佩戴该智能手表。If the smart watch is worn on the child, and the parent is not around the child, the parent can know in time whether the child wears the smart watch through the information fed back to the mobile terminal.
本实施例提供的一种智能手表佩戴状态的检测方法，通过电容触摸传感器来识别遮挡物是否为皮肤，从而判定智能手表是否被佩戴，判定佩戴状态准确；在佩戴智能手表后电容触摸传感器一直处于关闭状态，因此智能手表的功耗低。当智能手表脱落后，移动终端能够及时获得智能手表的脱落状态和脱落位置。The method for detecting the wearing state of a smart watch provided in this embodiment uses a capacitive touch sensor to identify whether the covering is skin, thereby determining whether the smart watch is worn, and determining whether the wearing state is accurate; after wearing the smart watch, the capacitive touch sensor is always on Off state, so the power consumption of the smart watch is low. When the smart watch falls off, the mobile terminal can obtain the falling state and the falling position of the smart watch in time.
实施例三Embodiment Three
参考图3，图3为本实施例的智能手表佩戴状态的检测系统的结构框图，本实施的检测系统与方法实施例一相对应，本实施例尚未详尽的内容请参考实施例一。Referring to Fig. 3, Fig. 3 is a structural block diagram of the detection system of the wearing state of the smart watch of this embodiment. The detection system of this embodiment corresponds to the method embodiment 1. Please refer to the embodiment 1 for the details not yet detailed in this embodiment.
一种智能手表佩戴状态的检测系统，包括：A detection system for the wearing state of a smart watch, comprising:
第一开启模块101，用于红外传感器检测到遮挡物，开启电容触摸传感器；The first opening module 101 is used for detecting an obstruction by the infrared sensor and opening the capacitive touch sensor;
关闭模块102，用于所述电容触摸传感器识别所述遮挡物是否为皮肤，若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。The closing module 102 is used for the capacitive touch sensor to identify whether the shield is skin, if so, determine that the smart watch is in the wearing state, and turn off the capacitive touch sensor.
本实施例提供的一种智能手表佩戴状态的检测系统，通过电容触摸传感器来识别遮挡物是否为皮肤，从而判定智能手表是否被佩戴，判定佩戴状态准确；在佩戴智能手表后电容触摸传感器一直处于关闭状态，因此智能手表的功耗低。A detection system for the wearing state of a smart watch provided in this embodiment uses a capacitive touch sensor to identify whether the covering is skin, thereby determining whether the smart watch is worn, and determining whether the wearing state is accurate; after wearing the smart watch, the capacitive touch sensor is always on Off state, so the power consumption of the smart watch is low.
实施例四Embodiment Four
参考图4，图4为本实施例的智能手表佩戴状态的检测系统的结构框图，本实施的检测系统与方法实施例二相对应，本实施例尚未详尽的内容请参考实施例二。Referring to Fig. 4, Fig. 4 is a structural block diagram of the detection system of the wearing state of the smart watch in this embodiment. The detection system in this embodiment corresponds to the method embodiment 2. Please refer to the embodiment 2 for details not yet detailed in this embodiment.
一种智能手表佩戴状态的检测系统，包括：A detection system for the wearing state of a smart watch, comprising:
第一开启模块101，用于红外传感器检测到遮挡物，开启电容触摸传感器。The first opening module 101 is configured to enable the capacitive touch sensor when the infrared sensor detects an obstruction.
关闭模块102，用于所述电容触摸传感器识别所述遮挡物是否为皮肤，若是，判定智能手表为佩戴状态，关闭所述电容触摸传感器。The closing module 102 is used for the capacitive touch sensor to identify whether the shield is skin, if so, determine that the smart watch is in the wearing state, and turn off the capacitive touch sensor.
优选的，所述检测系统还包括第二开启模块103，所述第二开启模块103用于所述电容触摸传感器识别所述遮挡物不是皮肤时，判定所述智能手表为非佩戴状态，关闭所述电容触摸传感器；红外传感器检测到遮挡物，确认与上一次开启电容触摸传感器的时间间隔大于等于预置时间周期,开启所述电容触摸传感器。Preferably, the detection system further includes a second opening module 103, and the second opening module 103 is used for determining that the smart watch is not worn when the capacitive touch sensor recognizes that the shield is not a skin, and closes all The capacitive touch sensor; the infrared sensor detects an occluder, confirms that the time interval from the last time the capacitive touch sensor was turned on is greater than or equal to a preset time period, and turns on the capacitive touch sensor.
优选的，所述检测系统还包括：Preferably, the detection system also includes:
第一发送模块104，用于将所述佩戴状态发送到客户端。The first sending module 104 is configured to send the wearing state to the client.
判定模块105，用于红外传感器检测到无遮挡物，判定所述智能手表为脱落状态。The determination module 105 is used for determining that the smart watch is in a detached state when the infrared sensor detects that there is no obstruction.
报警模块106，用于所述智能手表为脱落状态后发出警报。The alarm module 106 is used for sending out an alarm after the smart watch is in a falling state.
定位模块107，用于获取所述智能手表的定位信息；A positioning module 107, configured to acquire the positioning information of the smart watch;
第二发送模块108，用于将所述脱落状态和所述定位信息发送到客户端；The second sending module 108 is configured to send the falling state and the positioning information to the client;
本实施例提供的一种智能手表佩戴状态的检测方法，通过电容触摸传感器来识别遮挡物是否为皮肤，从而判定智能手表是否被佩戴，判定佩戴状态准确；在佩戴智能手表后电容触摸传感器一直处于关闭状态，因此智能手表的功耗低。当智能手表脱落后，移动终端能够及时获得智能手表的脱落状态和脱落位置。The method for detecting the wearing state of a smart watch provided in this embodiment uses a capacitive touch sensor to identify whether the covering is skin, thereby determining whether the smart watch is worn, and determining whether the wearing state is accurate; after wearing the smart watch, the capacitive touch sensor is always on Off state, so the power consumption of the smart watch is low. When the smart watch falls off, the mobile terminal can obtain the falling state and the falling position of the smart watch in time.
实施例五Embodiment five
一种智能手表，包括上述智能手表佩戴状态的检测系统。A smart watch, including the above-mentioned detection system for the wearing state of the smart watch.
本实施例提供的智能手表，功耗低，判定佩戴状态准确，脱落时其能够及时反馈脱落状态和脱落位置。The smart watch provided in this embodiment has low power consumption, can determine the wearing state accurately, and can timely feedback the falling state and the falling position when falling off.
以上结合具体实施例描述了本发明的技术原理。这些描述只是为了解释本发明的原理，而不能以任何方式解释为对本发明保护范围的限制。基于此处的解释，本领域的技术人员不需要付出创造性的劳动即可联想到本发明的其它具体实施方式，这些方式都将落入本发明的保护范围之内。The above describes the technical principles of the present invention in conjunction with specific embodiments. These descriptions are only for explaining the principles of the present invention, and cannot be construed as limiting the protection scope of the present invention in any way. Based on the explanations herein, those skilled in the art can think of other specific implementation modes of the present invention without creative work, and these modes will all fall within the protection scope of the present invention.
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