Movatterモバイル変換


[0]ホーム

URL:


CN115778316A - Erection detection method and underpants - Google Patents

Erection detection method and underpants
Download PDF

Info

Publication number
CN115778316A
CN115778316ACN202211380527.2ACN202211380527ACN115778316ACN 115778316 ACN115778316 ACN 115778316ACN 202211380527 ACN202211380527 ACN 202211380527ACN 115778316 ACN115778316 ACN 115778316A
Authority
CN
China
Prior art keywords
erection
detection device
signal
time
electrodes
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN202211380527.2A
Other languages
Chinese (zh)
Other versions
CN115778316B (en
Inventor
付绍辉
江刚
徐路瑶
杨烈泉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhongshan Yougan Technology Co ltd
Original Assignee
Zhongshan Yougan Technology Co ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Zhongshan Yougan Technology Co ltdfiledCriticalZhongshan Yougan Technology Co ltd
Priority to CN202211380527.2ApriorityCriticalpatent/CN115778316B/en
Publication of CN115778316ApublicationCriticalpatent/CN115778316A/en
Application grantedgrantedCritical
Publication of CN115778316BpublicationCriticalpatent/CN115778316B/en
Activelegal-statusCriticalCurrent
Anticipated expirationlegal-statusCritical

Links

Images

Classifications

Landscapes

Abstract

The invention discloses an erection detection method and underpants, comprising the following steps: step S1: detecting an erection; step S2: outputting the signal; and step S3: outputting erection data; and step S4: evaluating the result; the invention outputs erection signals to a signal collecting device through a step S2, obtains speed time T1 from non-erection to complete erection, time T2 for keeping the complete erection and erection times N, transmits data on the signal collecting device to mobile equipment through a step S3, and compares detection data with normal erection data through a step S4 to judge the erection health status of the male; the invention also discloses underpants, which comprise an underpants body, a detection device and a signal collection device, wherein the detection device comprises an interdigital electrode layer and a conductive layer; when the male erects at night, the conductive layer is pressed against the interdigital electrode layer, so that two opposite electrodes on the interdigital electrode layer are conducted, and the data of male erection at night is obtained.

Description

Translated fromChinese
一种勃起检测方法及内裤A method for detecting erection and underwear

【技术领域】【Technical field】

本发明涉及内裤技术领域,尤其涉及一种勃起检测方法及内裤。The invention relates to the technical field of underwear, in particular to an erection detection method and underwear.

【背景技术】【Background technique】

人类的睡眠总处于快动眼睡眠期和慢动眼睡眠期的交替中,对应经历着勃起、疲软、再勃起、再疲软的生理过程,这在医学上称为阴茎夜间勃起,是健康男性正常的生理过程。由于勃起与疲软交替进行能促进血液循环,带来氧气等并带走代谢废物,故夜间勃起有时也被叫做阴茎的“充电机制”。一般来说,男性每晚都会有4~6次、每次10~40分钟的勃起,总共勃起可达两个半小时。Human sleep is always in the alternation of rapid eye movement sleep period and slow eye movement sleep period, which corresponds to the physiological process of erection, weakness, re-erection, and weakness. This is called nocturnal erection in medicine, which is a normal condition for healthy men. physiological process. Since the alternation of erection and weakness can promote blood circulation, bring oxygen, etc., and take away metabolic waste, night erection is sometimes called the "charging mechanism" of the penis. Generally speaking, men will have 4 to 6 erections every night, each time lasting 10 to 40 minutes, and the total erection can reach two and a half hours.

夜间是否勃起对于判断男性清醒状态下的勃起障碍性质有重要的意义,若其睡眠时勃起正常,则表示并不是器质性的勃起障碍,而是存在着其他的病因。Whether there is an erection at night is of great significance for judging the nature of erectile dysfunction in a waking state. If the erection is normal during sleep, it means that there is no organic erectile dysfunction, but other causes.

【发明内容】【Content of invention】

为解决上述夜间检测男性勃起状态的问题,本发明提出了一种勃起检测方法及内裤,可以监测男性夜间勃起状态的数据。In order to solve the above-mentioned problem of detecting the male erection state at night, the present invention proposes an erection detection method and underwear, which can monitor the data of the male erection state at night.

本发明由以下技术方案实现的:The present invention is realized by the following technical solutions:

一种勃起检测方法及内裤,包括以下步骤:A method for detecting erection and underwear, comprising the following steps:

步骤S1:检测勃起,当检测装置的两相对的电极导通数量依次增多时,触发检测装置开始获取信号;Step S1: Detecting the erection, when the conduction numbers of the two opposite electrodes of the detection device increase sequentially, the detection device is triggered to start acquiring signals;

步骤S2:信号输出,检测装置将信号输出至信号收集装置;Step S2: Signal output, the detection device outputs the signal to the signal collection device;

步骤S3:输出勃起数据,信号收集装置通过蓝牙模块将数据输送至移动设备;Step S3: Output erection data, and the signal collection device transmits the data to the mobile device through the Bluetooth module;

步骤S4:评价结果,当3<N<7时,勃起次数正常,当T1<10s时,勃起速度正常,当10min<T2<40min时,勃起状态正常;Step S4: Evaluate the results. When 3<N<7, the number of erections is normal; when T1<10s, the erection speed is normal; when 10min<T2<40min, the erection state is normal;

其中,在步骤S2中,还包括以下步骤:Wherein, in step S2, the following steps are also included:

步骤S201:获得时间T1,时间T1为步骤S1中,根据从检测装置电极开始导通并输出信号的时间到检测装置保持输出稳定信号的时间;Step S201: Obtain time T1, which is the time in step S1 from the time when the electrodes of the detection device start to conduct and output signals to the time when the detection device keeps outputting a stable signal;

步骤S202:获得时间T2,时间T2为检测装置保持输出稳定信号的持续时间,既保持勃起状态的时间;Step S202: Obtain time T2, which is the duration for the detection device to keep outputting a stable signal, that is, the time for maintaining the erection state;

步骤S203:在预设的时间内,当检测装置的两相对的电极自下向上依次导通时,返回步骤1,并记录1次勃起次数,预设的时间结束后,进行下一步;Step S203: within the preset time, when the two opposite electrodes of the detection device are sequentially turned on from bottom to top, return to step 1, and record the number of erections once, and proceed to the next step after the preset time is over;

步骤S204:获得勃起次数N,其中N为步骤S203中累积的勃起次数。Step S204: Obtain the number of erections N, where N is the accumulated number of erections in step S203.

如上所述一种勃起检测方法,所述步骤S1还包括:As mentioned above a kind of erection detection method, said step S1 also includes:

步骤S101:检测装置上设有自下向上依次并联且保持常断的电极,当并联且保持常断的电极自下向上依次导通时,男性开始勃起,并联电极增加,总电阻减小,当检测装置上电阻依次呈线性减小,男性正常勃起,进行下一步,当检测装置上电阻没有呈依次线性减小的变化,检测装置误测信号,检测装置停止检测。Step S101: The detection device is equipped with electrodes that are connected in parallel and kept normally off from bottom to top. When the parallel electrodes that are kept on and off are turned on from bottom to top, the male starts to erect, the number of parallel electrodes increases, and the total resistance decreases. The resistance on the detection device decreases linearly in sequence, and the male erects normally, and proceeds to the next step. When the resistance on the detection device does not decrease linearly in sequence, the detection device misdetects the signal, and the detection device stops detection.

如上所述一种勃起检测方法,所述步骤S101中,根据并联电阻值计算公式:As mentioned above a kind of erection detection method, in the step S101, according to the calculation formula of the parallel resistance value:

1/R总=1/R1+1/R2+1/R3+...+1/Rn,1/R total=1/R1+1/R2+1/R3+...+1/Rn,

检测装置上导通的并联电极多,保持输出的电阻信号小,勃起的长度大,检测装置上导通的并联电极少,保持输出的电阻信号大,勃起的长度小。There are many parallel electrodes that are turned on on the detection device, and the output resistance signal is kept small, and the length of the erection is large; there are few parallel electrodes that are turned on on the detection device, the resistance signal that is kept output is large, and the length of the erection is small.

如上所述一种勃起检测方法,所述步骤S201包括:A method for detecting erection as described above, the step S201 includes:

步骤S2011:当检测装置上电极开始导通并将信号输出至信号收集装置时,触发信号收集装置上的计时模块开始计时,当检测装置保持输出稳定的信号时,计时模块计时结束,以获得时间T1。Step S2011: When the electrodes on the detection device start to conduct and output the signal to the signal collection device, trigger the timing module on the signal collection device to start timing, and when the detection device keeps outputting a stable signal, the timing module ends to obtain the time T1.

如上所述一种勃起检测方法,所述步骤S202包括:As mentioned above a kind of erection detection method, the step S202 includes:

步骤S2021:当检测装置上开始保持输出稳定信号至信号收集装置时,计时模块开始计时,当保持输出的稳定信号发生变化时,计时模块计时结束,以获得时间T2。Step S2021: When the detection device starts to keep outputting a stable signal to the signal collecting device, the timing module starts timing, and when the stable outputting signal changes, the timing module finishes timing to obtain the time T2.

内裤,包括如上所述的一种勃起检测方法,还包括内裤本体,设于所述内裤本体裆部并用于检测男性勃起状态的检测装置,以及与所述检测装置电连接并用于接收所述检测装置检测信号的信号收集装置,所述检测装置包括叉指电极层,以及导电层,当所述导电层贴紧并顶压所述叉指电极层时,所述叉指电极层上贴紧所述导电层且相对的两电极导通。Underpants, including an erection detection method as described above, also include an underpants body, a detection device arranged at the crotch of the underwear body and used to detect the male erection state, and electrically connected to the detection device and used to receive the detection A signal collection device for device detection signals. The detection device includes an interdigital electrode layer and a conductive layer. When the conductive layer is pressed against and pressed against the interdigital electrode layer, the interdigital electrode layer is attached The conductive layer and the two opposite electrodes are connected.

如上所述内裤,所述导电层为石墨烯压感织物。As described above for the underpants, the conductive layer is a graphene pressure-sensitive fabric.

如上所述内裤,所述叉指电极层上设有长条状的叉指电极,以及用于连接所述叉指电极和所述信号收集装置的连接输出端。As mentioned above, the interdigital electrode layer is provided with elongated interdigital electrodes and a connection output terminal for connecting the interdigital electrodes and the signal collection device.

如上所述内裤,所述叉指电极的宽度范围为1mm-3mm,所述连接输出端的宽度范围为10mm-20mm。As mentioned above, the width of the interdigital electrodes ranges from 1 mm to 3 mm, and the width of the connection output end ranges from 10 mm to 20 mm.

如上所述内裤,所述叉指电极层包括工作电极,以及与所述工作电极相对设置的对电极,所述工作电极和所述对电极之间保持间隔设置。As described above, the interdigital electrode layer includes a working electrode and a counter electrode opposite to the working electrode, and the working electrode and the counter electrode are spaced apart.

与现有技术相比,本发明有如下优点:Compared with prior art, the present invention has following advantage:

1.本发明提出了一种勃起检测方法,包括如下步骤:1. the present invention proposes a kind of erection detection method, comprises the steps:

步骤S1:检测勃起,当检测装置的两相对的电极导通数量依次增多时,触发检测装置开始获取信号;Step S1: Detecting the erection, when the conduction numbers of the two opposite electrodes of the detection device increase sequentially, the detection device is triggered to start acquiring signals;

步骤S2:信号输出,检测装置将信号输出至信号收集装置;Step S2: Signal output, the detection device outputs the signal to the signal collection device;

步骤S3:输出勃起数据,信号收集装置通过蓝牙模块将数据输送至移动设备;Step S3: Output erection data, and the signal collection device transmits the data to the mobile device through the Bluetooth module;

步骤S4:评价结果,当3<N<7时,勃起次数正常,当T1<10s时,勃起速度正常,当10min<T2<40min时,勃起状态正常;Step S4: Evaluate the results. When 3<N<7, the number of erections is normal; when T1<10s, the erection speed is normal; when 10min<T2<40min, the erection state is normal;

其中,在步骤S2中,还包括以下步骤:Wherein, in step S2, the following steps are also included:

步骤S201:获得时间T1,时间T1为步骤S1中,根据从检测装置电极开始导通并输出信号的时间到检测装置保持输出稳定信号的时间;Step S201: Obtain time T1, which is the time in step S1 from the time when the electrodes of the detection device start to conduct and output signals to the time when the detection device keeps outputting a stable signal;

步骤S202:获得时间T2,时间T2为检测装置保持输出稳定信号的持续时间,既保持勃起状态的时间;Step S202: Obtain time T2, which is the duration for the detection device to keep outputting a stable signal, that is, the time for maintaining the erection state;

步骤S203:在预设的时间内,当检测装置的两相对的电极自下向上依次导通时,返回步骤1,并记录1次勃起次数,预设的时间结束后,进行下一步;Step S203: within the preset time, when the two opposite electrodes of the detection device are sequentially turned on from bottom to top, return to step 1, and record the number of erections once, and proceed to the next step after the preset time is over;

步骤S204:获得勃起次数N,其中N为步骤S203中累积的勃起次数;Step S204: Obtain the number of erections N, where N is the accumulated number of erections in step S203;

本发明通过步骤S1检测男性夜间勃起,通过步骤S2将勃起信号输出至信号收集装置,并获得未勃起到完全勃起状态的速度时间T1,获得保持完全勃起状态的时间T2,以及获得勃起次数N,通过步骤 S3将信号收集装置收集的数据输送至移动设备,通过步骤S4将检测数据和正常勃起数据进行对比以判断男性勃起健康状态。The present invention detects male nocturnal erections through step S1, outputs the erection signal to the signal collection device through step S2, obtains the speed time T1 from non-erect to fully erect state, obtains the time T2 to maintain a fully erect state, and obtains the number of erections N, Through step S3, the data collected by the signal collection device is sent to the mobile device, and through step S4, the detection data is compared with the normal erection data to determine the male erectile health status.

2.本发明还公开了内裤,包括如上所述的一种勃起检测方法,还包括内裤本体,设于内裤本体裆部并用于检测男性勃起状态的检测装置,以及与检测装置电连接并用于接收检测装置检测信号的信号收集装置,检测装置包括叉指电极层,以及导电层,当导电层贴紧并顶压叉指电极层时,叉指电极层上贴紧导电层且相对的两电极导通;当男性夜间勃起时顶压导电层,使导电层贴紧并顶压叉指电极层,以使叉指电极层上相对的两电极导通,信号收集装置收集导通电极的信号,进而获得男性夜间勃起的数据,而且结构简单,易于穿戴,成本更低,能满足客户的需求。2. The present invention also discloses underwear, including a method for detecting erection as described above, and also includes an underwear body, a detection device arranged at the crotch of the underwear body and used to detect the state of male erection, and electrically connected with the detection device and used to receive The detection device is a signal collection device for detecting signals. The detection device includes an interdigital electrode layer and a conductive layer. When the male erects at night, the top presses the conductive layer, makes the conductive layer close and presses the interdigital electrode layer, so that the two opposite electrodes on the interdigital electrode layer are conducted, and the signal collection device collects the signal of the conductive electrode, and then Obtain the data of men's erection at night, and the structure is simple, easy to wear, and the cost is lower, which can meet the needs of customers.

【附图说明】【Description of drawings】

为了更清楚地说明本发明实施例中的技术方案,下面将对实施例描述中所需要使用的附图作简单地介绍。In order to illustrate the technical solutions in the embodiments of the present invention more clearly, the following will briefly introduce the drawings that need to be used in the description of the embodiments.

图1为本发明一种勃起检测方法的步骤方框图;Fig. 1 is the step block diagram of a kind of erection detection method of the present invention;

图2为本发明一种勃起检测方法的流程方框图;Fig. 2 is the flow block diagram of a kind of erection detection method of the present invention;

图3为本发明内裤的分解结构示意图;Fig. 3 is a schematic diagram of the decomposition structure of underwear of the present invention;

图4为本发明内裤叉指电极层的结构示意图;Fig. 4 is a schematic structural view of the interdigitated electrode layer of underwear of the present invention;

图5为本发明内裤叉指电极层的分解结构示意图。Fig. 5 is a schematic diagram of an exploded structure of an interdigital electrode layer of underwear according to the present invention.

【具体实施方式】【Detailed ways】

为了使本发明所解决的技术问题、技术方案及有益效果更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。In order to make the technical problems, technical solutions and beneficial effects solved by the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

具体实施例,如图1至5所示一种勃起检测方法,包括以下步骤:Concrete embodiment, a kind of erection detection method as shown in Figure 1 to 5, comprises the following steps:

步骤S1:检测勃起,当检测装置的两相对的电极导通数量依次增多时,触发检测装置开始获取信号;Step S1: Detecting the erection, when the conduction numbers of the two opposite electrodes of the detection device increase sequentially, the detection device is triggered to start acquiring signals;

步骤S2:信号输出,检测装置将信号输出至信号收集装置;Step S2: Signal output, the detection device outputs the signal to the signal collection device;

步骤S3:输出勃起数据,信号收集装置通过蓝牙模块将数据输送至移动设备;Step S3: Output erection data, and the signal collection device transmits the data to the mobile device through the Bluetooth module;

步骤S4:评价结果,当3<N<7时,勃起次数正常,当T1<10s时,勃起速度正常,当10min<T2<40min时,勃起状态正常;Step S4: Evaluate the results. When 3<N<7, the number of erections is normal; when T1<10s, the erection speed is normal; when 10min<T2<40min, the erection state is normal;

其中,在步骤S2中,还包括以下步骤:Wherein, in step S2, the following steps are also included:

步骤S201:获得时间T1,时间T1为步骤S1中,根据从检测装置电极开始导通并输出信号的时间到检测装置保持输出稳定信号的时间;Step S201: Obtain time T1, which is the time in step S1 from the time when the electrodes of the detection device start to conduct and output signals to the time when the detection device keeps outputting a stable signal;

步骤S202:获得时间T2,时间T2为检测装置保持输出稳定信号的持续时间,既保持勃起状态的时间;Step S202: Obtain time T2, which is the duration for the detection device to keep outputting a stable signal, that is, the time for maintaining the erection state;

步骤S203:在预设的时间内,当检测装置的两相对的电极自下向上依次导通时,返回步骤1,并记录1次勃起次数,预设的时间结束后,进行下一步;Step S203: within the preset time, when the two opposite electrodes of the detection device are sequentially turned on from bottom to top, return to step 1, and record the number of erections once, and proceed to the next step after the preset time is over;

步骤S204:获得勃起次数N,其中N为步骤S203中累积的勃起次数;Step S204: Obtain the number of erections N, where N is the accumulated number of erections in step S203;

本发明通过步骤S1检测男性夜间勃起,通过步骤S2将勃起信号输出至信号收集装置,并获得未勃起到完全勃起状态的速度时间T1,获得保持完全勃起状态的时间T2,以及获得勃起次数N,通过步骤 S3将信号收集装置收集的数据输送至移动设备,通过步骤S4将检测数据和正常勃起数据进行对比以判断男性勃起健康状态。The present invention detects male nocturnal erections through step S1, outputs the erection signal to the signal collection device through step S2, obtains the speed time T1 from non-erect to fully erect state, obtains the time T2 to maintain a fully erect state, and obtains the number of erections N, Through step S3, the data collected by the signal collection device is sent to the mobile device, and through step S4, the detection data is compared with the normal erection data to determine the male erectile health status.

进一步地,所述步骤S1还包括:Further, the step S1 also includes:

步骤S101:检测装置上设有自下向上依次并联且保持常断的电极,当并联且保持常断的电极自下向上依次导通时,男性开始勃起,并联电极增加,总电阻减小,当检测装置上电阻依次呈线性减小,男性正常勃起,进行下一步,当检测装置上电阻没有呈依次线性减小的变化,检测装置误测信号,检测装置停止检测;以此判断是正常勃起状态还是误触接通状态。Step S101: The detection device is equipped with electrodes that are connected in parallel and kept normally off from bottom to top. When the parallel electrodes that are kept on and off are turned on from bottom to top, the male starts to erect, the number of parallel electrodes increases, and the total resistance decreases. The resistance on the detection device decreases linearly in turn, and the male has a normal erection, and proceeds to the next step. When the resistance on the detection device does not decrease linearly in sequence, the detection device misdetects the signal, and the detection device stops detection; it is judged that it is a normal erection state Still in the ON state by mistake.

更进一步地,所述步骤S101中,根据并联电阻值计算公式:Furthermore, in the step S101, according to the formula for calculating the parallel resistance value:

1/R总=1/R1+1/R2+1/R3+...+1/Rn,1/R total=1/R1+1/R2+1/R3+...+1/Rn,

检测装置上导通的并联电极多,保持输出的电阻信号小,勃起的长度大,检测装置上导通的并联电极少,保持输出的电阻信号大,勃起的长度小。There are many parallel electrodes that are turned on on the detection device, and the output resistance signal is kept small, and the length of the erection is large; there are few parallel electrodes that are turned on on the detection device, the resistance signal that is kept output is large, and the length of the erection is small.

具体地,所述步骤S201包括:Specifically, the step S201 includes:

步骤S2011:当检测装置上电极开始导通并将信号输出至信号收集装置时,触发信号收集装置上的计时模块开始计时,当检测装置保持输出稳定的信号时,计时模块计时结束,以获得时间T1;当并联且保持常断的电极自下向上依次导通时,男性开始勃起,并联电极增加,总电阻减小,当总电阻保持稳定不变时,并联电极不再增加,达到完全勃起状态,计时模块计时结束,获得未勃起到完全勃起状态的速度时间T1。Step S2011: When the electrodes on the detection device start to conduct and output the signal to the signal collection device, trigger the timing module on the signal collection device to start timing, and when the detection device keeps outputting a stable signal, the timing module ends to obtain the time T1: When the electrodes connected in parallel and kept off are turned on sequentially from bottom to top, the male starts to erect, the parallel electrodes increase, and the total resistance decreases. When the total resistance remains stable, the parallel electrodes no longer increase, and a full erection is achieved , the timing module finishes timing, and obtains the speed time T1 from the non-erect to the fully erect state.

更具体地,所述步骤S202包括:More specifically, the step S202 includes:

步骤S2021:当检测装置上开始保持输出稳定信号至信号收集装置时,计时模块开始计时,当保持输出的稳定信号发生变化时,计时模块计时结束,以获得时间T2;当总电阻保持稳定不变,并联电极不再增加,达到完全勃起状态,且T1时间结束计时,计时模块再次开始计时,当输出的稳定不变的信号发生变化时,即并联电极开始减少,总电阻开始增大,男性阴茎开始疲软下来,计时模块计时结束,获得保持完全勃起状态的总时间T2。Step S2021: When the detection device starts to keep outputting a stable signal to the signal collection device, the timing module starts timing, and when the stable output signal changes, the timing module ends timing to obtain time T2; when the total resistance remains stable , the parallel electrodes no longer increase, reaching a fully erect state, and the T1 time ends, the timing module starts timing again, when the output stable signal changes, that is, the parallel electrodes begin to decrease, the total resistance begins to increase, and the male penis Start to get weak, the timing module ends, and the total time T2 for maintaining a fully erect state is obtained.

本发明还公开了内裤,包括所述的一种勃起检测方法,还包括内裤本体1,设于所述内裤本体1裆部并用于检测男性勃起状态的检测装置2,以及与所述检测装置2电连接并用于接收所述检测装置2检测信号的信号收集装置3,所述检测装置2包括叉指电极层4,以及导电层5,当所述导电层5贴紧并顶压所述叉指电极层4时,所述叉指电极层4上贴紧所述导电层5且相对的两电极导通;当男性夜间勃起时顶压所述导电层5,使所述导电层5贴紧并顶压所述叉指电极层 4,以使所述叉指电极层4上相对的两电极导通,所述信号收集装置 3收集导通电极的信号,进而获得男性夜间勃起的数据,而且结构简单,易于穿戴,成本更低,能满足客户的需求,所述导电层5为一种压感布料,电阻会随压力变化而变化。The present invention also discloses underpants, including the above-mentioned erection detection method, and also includes an underpants body 1, adetection device 2 arranged at the crotch of the underwear body 1 and used to detect male erections, and thedetection device 2 Thesignal collecting device 3 that is electrically connected and used to receive the detection signal of thedetection device 2, thedetection device 2 includes an interdigital electrode layer 4, and a conductive layer 5, when the conductive layer 5 is close to and presses the fork finger When the electrode layer 4 is used, the interdigitated electrode layer 4 is close to the conductive layer 5 and the two opposite electrodes are turned on; when the male erects at night, the top presses the conductive layer 5, so that the conductive layer 5 is close and Press the interdigital electrode layer 4 to make the two opposite electrodes on the interdigital electrode layer 4 conduct, and thesignal collection device 3 collects the signal of the conductive electrode, and then obtains the data of male erection at night, and the structure It is simple, easy to wear, lower in cost, and can meet the needs of customers. The conductive layer 5 is a pressure-sensitive cloth, and its resistance changes with pressure.

进一步地,所述导电层5为石墨烯压感织物;石墨烯压感织物的电阻随对石墨烯压感织物压力的增大而减少,进一步提高对男性勃起压力状态检测的准确性。Further, the conductive layer 5 is a graphene pressure-sensitive fabric; the resistance of the graphene pressure-sensitive fabric decreases with the increase of the pressure on the graphene pressure-sensitive fabric, which further improves the accuracy of detection of male erectile pressure state.

更进一步地,所述叉指电极层4上设有长条状的叉指电极6,以及用于连接所述叉指电极6和所述信号收集装置3的连接输出端7;所述信号收集装置3和所述连接输出端7之间还设有连接两者的导线,导线焊接在所述连接输出端7上,以使所述信号收集装置3和所述连接输出端7电连接,进而使所述信号收集装置3获得所述叉指电极6的信号。Further, the interdigital electrode layer 4 is provided with a strip-shapedinterdigital electrode 6, and a connection output terminal 7 for connecting theinterdigital electrode 6 and thesignal collection device 3; the signal collection Also be provided with the wire that connects both betweendevice 3 and described connection output end 7, wire is welded on described connection output end 7, so that describedsignal collecting device 3 and described connection output end 7 are electrically connected, and then Thesignal collecting device 3 is made to obtain the signal of theinterdigital electrode 6 .

具体地,所述叉指电极6的宽度范围为1mm-3mm,所述连接输出端7的宽度范围为10mm-20mm;所述叉指电极6的宽度优选为2mm,所述连接输出端7的宽度优选为15mm,以适用于所述内裤本体1的尺寸,增大所述叉指电极6的密度,提高了所述叉指电极6的灵敏度。Specifically, the width range of theinterdigital electrode 6 is 1mm-3mm, and the width range of the connection output end 7 is 10mm-20mm; the width of theinterdigital electrode 6 is preferably 2mm, and the width range of the connection output end 7 The width is preferably 15 mm, so as to be suitable for the size of the underwear body 1 , increase the density of theinterdigital electrodes 6 , and improve the sensitivity of theinterdigital electrodes 6 .

更具体地,所述叉指电极层4包括工作电极41,以及与所述工作电极41相对设置的对电极42,所述工作电极41和所述对电极42 之间保持间隔设置;当所述导电层5保持贴紧并顶压所述叉指电极层 4时,使所述工作电极41和所述对电极42连通。More specifically, the interdigital electrode layer 4 includes a workingelectrode 41, and acounter electrode 42 opposite to the workingelectrode 41, and the workingelectrode 41 and thecounter electrode 42 are spaced apart; when the When the conductive layer 5 is kept in close contact and presses against the interdigital electrode layer 4 , the workingelectrode 41 and thecounter electrode 42 are connected.

另外,所述叉指电极层4上设有的叉指电极6,所述叉指电极6 包括设于所述工作电极41上且保持间隙设置的第一叉指电极61,以及设于所述对电极42上且保持间隙设置的第二叉指电极62,所述第一叉指电极61和所述第二叉指电极62相互交叉且保持间隔设置;多个所述第一叉指电极61并联,多个所述第二叉指电极62并联,当所述第一叉指电极61和所述第二叉指电极62保持导通且并联的越多时,所述叉指电极层4上的电阻越小,进而所述信号收集装置3通过收集数据的变化,以更精确的获得男性夜间勃起的状态。In addition, theinterdigital electrode 6 provided on the interdigital electrode layer 4, theinterdigital electrode 6 includes a firstinterdigital electrode 61 arranged on the workingelectrode 41 with a gap between them, and aninterdigital electrode 61 arranged on the workingelectrode 41. The secondinterdigitated electrodes 62 on thecounter electrode 42 and kept at intervals, the firstinterdigitated electrodes 61 and the secondinterdigitated electrodes 62 intersect each other and are kept spaced apart; a plurality of the firstinterdigitated electrodes 61 parallel connection, a plurality of the secondinterdigital electrodes 62 are connected in parallel, when the firstinterdigital electrodes 61 and the secondinterdigital electrodes 62 are kept conducting and the more they are connected in parallel, the The smaller the resistance, the more accurately thesignal collection device 3 can obtain the nighttime erection status of the male through the change of collected data.

并且,所述叉指电极层4上设有连接输出端7,所述连接输出端 7包括设于所述工作电极41上的第一连接输出端71,以及设于所述对电极42上的第二连接输出端72,所述第一连接输出端71和所述第二连接输出端72间隔设置;所述第一连接输出端71和所述第一叉指电极61连接,所述第二连接输出端72和所述第二叉指电极62连接,当所述第一叉指电极61和所述第二叉指电极62保持导通时,所述第一连接输出端71和所述第二连接输出端72用于将信号输出至所述信号收集装置3,所述第一连接输出端71和所述第二连接输出端 72之间的间距优选为20mm。Moreover, the interdigitated electrode layer 4 is provided with a connection output terminal 7, and the connection output terminal 7 includes a first connection output terminal 71 provided on the workingelectrode 41, and a first connection output terminal 71 provided on thecounter electrode 42. The secondconnection output end 72, the first connection output end 71 and the secondconnection output end 72 are arranged at intervals; the first connection output end 71 is connected to the firstinterdigital electrode 61, and the second Theconnection output terminal 72 is connected to the secondinterdigital electrode 62, and when the firstinterdigital electrode 61 and the secondinterdigital electrode 62 are kept conducting, the first connection output terminal 71 and the firstinterdigital electrode 62 are connected to each other. The twoconnection output ports 72 are used to output signals to thesignal collecting device 3 , and the distance between the first connection output port 71 and the secondconnection output port 72 is preferably 20 mm.

进一步地,所述叉指电极层4的宽度范围为70mm-90mm;所述叉指电极层4的宽度优选为80mm,所述第一叉指电极61和所述第二叉指电极62相互交叉且保持间隔设置的往纵向方向上的长度优选为 90mm,所述第一叉指电极61和所述第二叉指电极62的纵向间距优选为2mm,以适用于所述内裤本体1的尺寸,并增加了所述第一叉指电极61和所述第二叉指电极62的密度,提高了所述叉指电极6的灵敏度。Further, the width range of the interdigital electrode layer 4 is 70mm-90mm; the width of the interdigital electrode layer 4 is preferably 80mm, and the firstinterdigital electrode 61 and the secondinterdigital electrode 62 cross each other And the length in the longitudinal direction kept at intervals is preferably 90mm, and the longitudinal distance between the firstinterdigital electrode 61 and the secondinterdigital electrode 62 is preferably 2mm, so as to be suitable for the size of the underwear body 1, And the density of the firstinterdigital electrodes 61 and the secondinterdigital electrodes 62 is increased, and the sensitivity of theinterdigital electrodes 6 is improved.

更进一步地,所述内裤本体1裆部上还设有基底层8,以及订装层9,所述叉指电极层4、所述导电层5均位于所述基底层8和所述订装层9之间;所述基底层8和所述订装层9优选为弹性布料,以将所述叉指电极层4和所述导电层5缝制于所述基底层8和所述订装层 9之间,所述叉指电极层4贴附于所述基底层8上以进行固定,所述叉指电极层4和所述导电层5间隔设置,所述导电层5贴附于所述订装层9以进行固定。Furthermore, a base layer 8 and a binding layer 9 are also provided on the crotch of the underwear body 1, and the interdigital electrode layer 4 and the conductive layer 5 are both located on the base layer 8 and the binding layer. between layers 9; the base layer 8 and the binding layer 9 are preferably elastic cloth, so that the interdigital electrode layer 4 and the conductive layer 5 are sewn on the base layer 8 and the binding layer Between layers 9, the interdigital electrode layer 4 is attached to the base layer 8 for fixing, the interdigital electrode layer 4 and the conductive layer 5 are arranged at intervals, and the conductive layer 5 is attached to the The above-mentioned binding layer 9 is fixed.

具体地,所述订装层9、所述导电层5、所述叉指电极层4、以及所述基底层8沿远离所述内裤本体1的方向依次叠置;使得所述导电层5位于所述叉指电极层4和所述内裤本体1之间,进而当男性夜间勃起时,顶压所述导电层5,并使所述导电层5保持贴紧所述叉指电极层4。Specifically, the binding layer 9, the conductive layer 5, the interdigital electrode layer 4, and the base layer 8 are sequentially stacked in a direction away from the underwear body 1; so that the conductive layer 5 is located Between the interdigital electrode layer 4 and the underpants body 1 , when a male erects at night, the conductive layer 5 is pressed against, and the conductive layer 5 is kept in close contact with the interdigital electrode layer 4 .

本发明所述内裤本体1采用可使其贴紧皮肤的弹性布料制成,所述内裤本体1优选为棉质、莫代尔等高弹布料,不仅可以贴紧皮肤,而且穿戴舒适。所述信号收集装置3包括计时模块、以及蓝牙模块,蓝牙模块用于与移动设备无线连接,并输出所述信号收集装置3收集的数据,蓝牙模块芯片型号为TI CC2540,计时模块用于记录未勃起到完全勃起状态的速度时间,以及保持完全勃起状态的时间。The underpants body 1 of the present invention is made of elastic cloth that can be made to be close to the skin. The underpants body 1 is preferably made of high-elastic cloth such as cotton and modal, which can not only be close to the skin, but also be comfortable to wear. Thesignal collection device 3 includes a timing module and a bluetooth module, the bluetooth module is used to wirelessly connect with mobile equipment, and outputs the data collected by thesignal collection device 3, the bluetooth module chip model is TI CC2540, and the timing module is used to record unidentified How fast an erection takes to reach a fully erect state, and how long it takes to maintain a fully erect state.

本实施例的工作原理如下:The working principle of this embodiment is as follows:

1.本发明的一种勃起检测方法,包括以下步骤:1. a kind of erection detection method of the present invention, comprises the following steps:

步骤S1:检测勃起,当检测装置的两相对的电极导通数量依次增多时,触发检测装置开始获取信号;Step S1: Detecting the erection, when the conduction numbers of the two opposite electrodes of the detection device increase sequentially, the detection device is triggered to start acquiring signals;

步骤S2:信号输出,检测装置将信号输出至信号收集装置;Step S2: Signal output, the detection device outputs the signal to the signal collection device;

步骤S3:输出勃起数据,信号收集装置通过蓝牙模块将数据输送至移动设备;Step S3: Output erection data, and the signal collection device transmits the data to the mobile device through the Bluetooth module;

步骤S4:评价结果,当3<N<7时,勃起次数正常,当T1<10s时,勃起速度正常,当10min<T2<40min时,勃起状态正常;Step S4: Evaluate the results. When 3<N<7, the number of erections is normal; when T1<10s, the erection speed is normal; when 10min<T2<40min, the erection state is normal;

其中,在步骤S2中,还包括以下步骤:Wherein, in step S2, the following steps are also included:

步骤S201:获得时间T1,时间T1为步骤S1中,根据从检测装置电极开始导通并输出信号的时间到检测装置保持输出稳定信号的时间;Step S201: Obtain time T1, which is the time in step S1 from the time when the electrodes of the detection device start to conduct and output signals to the time when the detection device keeps outputting a stable signal;

步骤S202:获得时间T2,时间T2为检测装置保持输出稳定信号的持续时间,既保持勃起状态的时间;Step S202: Obtain time T2, which is the duration for the detection device to keep outputting a stable signal, that is, the time for maintaining the erection state;

步骤S203:在预设的时间内,当检测装置的两相对的电极自下向上依次导通时,返回步骤1,并记录1次勃起次数,预设的时间结束后,进行下一步;Step S203: within the preset time, when the two opposite electrodes of the detection device are sequentially turned on from bottom to top, return to step 1, and record the number of erections once, and proceed to the next step after the preset time is over;

步骤S204:获得勃起次数N,其中N为步骤S203中累积的勃起次数;Step S204: Obtain the number of erections N, where N is the accumulated number of erections in step S203;

本发明通过步骤S1检测男性夜间勃起,通过步骤S2将勃起信号输出至信号收集装置,并获得未勃起到完全勃起状态的速度时间T1,获得保持完全勃起状态的时间T2,以及获得勃起次数N,通过步骤 S3将信号收集装置收集的数据输送至移动设备,通过步骤S4将检测数据和正常勃起数据进行对比以判断男性勃起健康状态。The present invention detects male nocturnal erections through step S1, outputs the erection signal to the signal collection device through step S2, obtains the speed time T1 from non-erect to fully erect state, obtains the time T2 to maintain a fully erect state, and obtains the number of erections N, Through step S3, the data collected by the signal collection device is sent to the mobile device, and through step S4, the detection data is compared with the normal erection data to determine the male erectile health status.

2.本发明还公开了内裤,包括内裤本体1,设于所述内裤本体1 裆部并用于检测男性勃起状态的检测装置2,以及与所述检测装置2 电连接并用于接收所述检测装置2检测信号的信号收集装置3,所述检测装置2包括叉指电极层4,以及导电层5,当所述导电层5贴紧并顶压所述叉指电极层4时,所述叉指电极层4上贴紧所述导电层5 且相对的两电极导通;当男性夜间勃起时顶压所述导电层5,使所述导电层5贴紧并顶压所述叉指电极层4,以使所述叉指电极层4上相对的两电极导通,所述信号收集装置3收集导通电极的信号,进而获得男性夜间勃起的数据,而且结构简单,易于穿戴,成本更低,能满足客户的需求。2. The present invention also discloses underpants, including an underpants body 1, adetection device 2 located at the crotch of the underwear body 1 and used to detect the male erection state, and electrically connected to thedetection device 2 and used to receive the detection device 2 Asignal collection device 3 for detecting signals, thedetection device 2 includes an interdigital electrode layer 4, and a conductive layer 5, when the conductive layer 5 sticks to and presses the interdigital electrode layer 4, the interdigital electrode layer 4 The electrode layer 4 is close to the conductive layer 5 and the two opposite electrodes are turned on; when the male erects at night, the conductive layer 5 is pressed against, so that the conductive layer 5 is close to and pressed against the interdigitated electrode layer 4 so that the two opposite electrodes on the interdigital electrode layer 4 are turned on, thesignal collecting device 3 collects the signal of the turned-on electrodes, and then obtains the data of male erection at night, and the structure is simple, easy to wear, and the cost is lower. Can meet the needs of customers.

如上所述是结合具体内容提供的一种实施方式,并不认定本发明的具体实施只局限于这些说明,同时由于行业命名不一样,不限于以上命名,不限于英文命名。凡与本发明的方法、结构等近似、雷同,或是对于本发明构思前提下做出若干技术推演或替换,都应当视为本发明的保护范围。The above is an implementation mode provided in conjunction with specific content, and it is not considered that the specific implementation of the present invention is limited to these descriptions. At the same time, due to different industry names, it is not limited to the above names, and is not limited to English names. Any approach or similarity to the methods and structures of the present invention, or some technical deduction or replacement based on the concept of the present invention shall be regarded as the scope of protection of the present invention.

Claims (10)

CN202211380527.2A2022-11-042022-11-04 Erection detection method and underwearActiveCN115778316B (en)

Priority Applications (1)

Application NumberPriority DateFiling DateTitle
CN202211380527.2ACN115778316B (en)2022-11-042022-11-04 Erection detection method and underwear

Applications Claiming Priority (1)

Application NumberPriority DateFiling DateTitle
CN202211380527.2ACN115778316B (en)2022-11-042022-11-04 Erection detection method and underwear

Publications (2)

Publication NumberPublication Date
CN115778316Atrue CN115778316A (en)2023-03-14
CN115778316B CN115778316B (en)2024-12-20

Family

ID=85435745

Family Applications (1)

Application NumberTitlePriority DateFiling Date
CN202211380527.2AActiveCN115778316B (en)2022-11-042022-11-04 Erection detection method and underwear

Country Status (1)

CountryLink
CN (1)CN115778316B (en)

Citations (19)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US20070078493A1 (en)*2005-10-042007-04-05Medtronic, Inc.Impedance-based penile tumescence sensor
TW201121499A (en)*2009-12-292011-07-01Xian-Cai WuSystem and method for monitoring erectile function
CN103405232A (en)*2013-08-082013-11-27上海赛琅医药科技有限公司Male sexual function detector
CN105054942A (en)*2015-09-222015-11-18赖大坤Intelligent monitoring underpants capable of evaluating male sexual function
CN204863193U (en)*2015-01-092015-12-16袁久洪Electronic intelligence penis erectile function monitor
US20160198993A1 (en)*2015-01-092016-07-14Jiuhong YUANIntelligent monitor of erectile function
CN105852861A (en)*2016-03-252016-08-17电子科技大学Male sexual function assessment method based on electrical impedance tomography and monitoring device
CN106236023A (en)*2016-09-212016-12-21珠海安润普科技有限公司A kind of for monitoring the healthy intelligent underwear of male's sexual and monitoring method thereof
CN206044629U (en)*2016-06-282017-03-29周亮 A kind of night-time penile erection measuring instrument for men
CN206482557U (en)*2016-09-212017-09-12珠海安润普科技有限公司A kind of intelligent underpants for being used to monitor male's sexual health
CN107319644A (en)*2017-05-162017-11-07成都和煦医疗科技有限公司Male's sexual Intelligent Measurement underpants and application method
CN110710959A (en)*2019-11-282020-01-21许承斌 A nighttime penis erection recorder and method for counting the number of penile erections
CN111053302A (en)*2020-01-082020-04-24广州千帆智能科技有限公司Intelligent underpants for monitoring physiological condition of male
TW202021526A (en)*2018-11-302020-06-16美宸科技股份有限公司Physiological sensor
CN211317588U (en)*2020-01-082020-08-21广州千帆智能科技有限公司Flexible pressure sensor
CN212036019U (en)*2020-01-082020-12-01广州千帆智能科技有限公司Intelligent underpants for monitoring physiological condition of male
CN114376525A (en)*2022-01-122022-04-22成都市皓煊光电新材料科技研发中心有限公司Penis erection monitor
CN217564985U (en)*2022-05-192022-10-14中山优感科技有限公司Intelligent underpants for monitoring physiological conditions of men based on array type pressure switches
CN219396297U (en)*2022-11-042023-07-25中山优感科技有限公司Intelligent underpants for monitoring physiological condition of male

Patent Citations (19)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US20070078493A1 (en)*2005-10-042007-04-05Medtronic, Inc.Impedance-based penile tumescence sensor
TW201121499A (en)*2009-12-292011-07-01Xian-Cai WuSystem and method for monitoring erectile function
CN103405232A (en)*2013-08-082013-11-27上海赛琅医药科技有限公司Male sexual function detector
CN204863193U (en)*2015-01-092015-12-16袁久洪Electronic intelligence penis erectile function monitor
US20160198993A1 (en)*2015-01-092016-07-14Jiuhong YUANIntelligent monitor of erectile function
CN105054942A (en)*2015-09-222015-11-18赖大坤Intelligent monitoring underpants capable of evaluating male sexual function
CN105852861A (en)*2016-03-252016-08-17电子科技大学Male sexual function assessment method based on electrical impedance tomography and monitoring device
CN206044629U (en)*2016-06-282017-03-29周亮 A kind of night-time penile erection measuring instrument for men
CN106236023A (en)*2016-09-212016-12-21珠海安润普科技有限公司A kind of for monitoring the healthy intelligent underwear of male's sexual and monitoring method thereof
CN206482557U (en)*2016-09-212017-09-12珠海安润普科技有限公司A kind of intelligent underpants for being used to monitor male's sexual health
CN107319644A (en)*2017-05-162017-11-07成都和煦医疗科技有限公司Male's sexual Intelligent Measurement underpants and application method
TW202021526A (en)*2018-11-302020-06-16美宸科技股份有限公司Physiological sensor
CN110710959A (en)*2019-11-282020-01-21许承斌 A nighttime penis erection recorder and method for counting the number of penile erections
CN111053302A (en)*2020-01-082020-04-24广州千帆智能科技有限公司Intelligent underpants for monitoring physiological condition of male
CN211317588U (en)*2020-01-082020-08-21广州千帆智能科技有限公司Flexible pressure sensor
CN212036019U (en)*2020-01-082020-12-01广州千帆智能科技有限公司Intelligent underpants for monitoring physiological condition of male
CN114376525A (en)*2022-01-122022-04-22成都市皓煊光电新材料科技研发中心有限公司Penis erection monitor
CN217564985U (en)*2022-05-192022-10-14中山优感科技有限公司Intelligent underpants for monitoring physiological conditions of men based on array type pressure switches
CN219396297U (en)*2022-11-042023-07-25中山优感科技有限公司Intelligent underpants for monitoring physiological condition of male

Also Published As

Publication numberPublication date
CN115778316B (en)2024-12-20

Similar Documents

PublicationPublication DateTitle
CN105011939B (en)A kind of multi-parameters sampling and tape deck for dynamic monitoring erect penile condition
JP6180939B2 (en) Tool for analyzing liquid waste data in an absorber, an absorber adapted to collect liquid waste data, and a control unit that interacts with the absorber to collect liquid waste data
CN105054942B (en)A kind of intellectual monitoring underpants that can be used for assessing male&#39;s sexual
CN104545927B (en)Electronic intelligent penis erection monitor
CN101803916B (en)Terminal and method for acquiring electrocardiogram data information
CN105979006A (en)Community intelligent physical examination service system and working method thereof
CN105852861A (en)Male sexual function assessment method based on electrical impedance tomography and monitoring device
CN105125348A (en)Intelligent urine-wetting alarm method and system
CN111543951A (en)Penis erection multi-parameter evaluation system and method based on flexible sensor
CN203953961U (en)A kind of Intelligent urine wetting alarm device
CN115778316A (en)Erection detection method and underpants
US9072483B2 (en)Touch screen medical diagnostic device and methods
CN107319644A (en)Male&#39;s sexual Intelligent Measurement underpants and application method
JP2020096789A (en) How to monitor incontinence
CN206422805U (en)A kind of mobile phone with blood sugar test function
CN104224142A (en)Wearable carotid pulse signal monitoring system and method
CN219396297U (en)Intelligent underpants for monitoring physiological condition of male
CN206026358U (en)Ovulation detecting system
CN205338939U (en)Pulse measurement appearance based on infrared photoelectric sensor
CN204863193U (en)Electronic intelligence penis erectile function monitor
CN109512426A (en)Portable muscular atrophy prevention system based on liquid metals flexible capacitor
CN210784330U (en)Portable electrocardiosignal detection device based on compressed sensing
CN201788165U (en)Portable intelligent blood glucose meter
CN211862478U (en)Intelligent chopsticks for diabetes management
CN204318765U (en)A kind of infrared spectrum technology non-invasive blood-sugar detecting instrument

Legal Events

DateCodeTitleDescription
PB01Publication
PB01Publication
SE01Entry into force of request for substantive examination
SE01Entry into force of request for substantive examination
GR01Patent grant
GR01Patent grant

[8]ページ先頭

©2009-2025 Movatter.jp