WO2018006257A1

WO2018006257A1 - Smart underpants and alarm control method thereof

Info

Publication number: WO2018006257A1
Application number: PCT/CN2016/088502
Authority: WO
Inventors: 刘凯霞; 莫伟雄; 陈亮亮; 李耀军; 陈志远; 刘波; 韩仲亮
Original assignee: 深圳市赛亿科技开发有限公司
Priority date: 2016-07-05
Filing date: 2016-07-05
Publication date: 2018-01-11
Also published as: CN107846990A; CN107846990B

Abstract

Smart underpants (1) and an alarm control method thereof. The smart underpants (1) comprise: an underpants body, a flexible circuit board (101) of a microprocessor (1014) being disposed at a waistband (10) part of the underpants body, and the microprocessor (1014) being electrically connected to a fingerprint sensor (1020), a positioning module, a storage module (1012), and a power supply (1010); the fingerprint sensor (1020), located on the surface of the underpants body for acquiring fingerprint information; the positioning module, used for determining geographical location of a user; the storage module (1012), used for storing a security fingerprint and recording an abnormal fingerprint and geographical location information according to the abnormal fingerprint. The method comprises: using a wearable device to wirelessly control whether the smart underpants (1) need to give an alarm; when the smart underpants (1) detect an abnormal fingerprint, if an alarm is allowed to be given, sending alarm information to a remote receiver, and if the alarm is not allowed to be given, storing and recording the abnormal fingerprint and corresponding information. By means of the smart underpants (1) and the alarm control method thereof, evidence can be obtained and an alarm can be given when a sexual assault happens.

Description

Intelligent underwear and alarm control method thereof

Technical field

The invention relates to the field of smart clothing technology, in particular to a smart underwear and an alarm control method thereof.

Background technique

In the future, our wardrobe will be filled with smart clothing – a “smart shirt” that reads the heartbeat and breathing rate of the human body; a jacket that can automatically play music; a T-shirt that can display text and images on the chest... ... US technology media predicts that the future of clothing will become a true "multi-functional portable high-tech product", a piece of clothing can play music, video, temperature adjustment, and even surfing the Internet. Among the currently disclosed technologies, there are some smart underwears that are mainly used to improve wearing comfort. For example: Chinese invention patent "a kind of female smart underwear", publication number CN 104116142B, discloses a female smart underwear, including a panty body, the underwear body includes a belly and a protection part, and a front side of the abdomen is provided with a micro fan, the abdomen The rear side is provided with a general control unit, and a control chip is disposed in the main control unit, and the control chip is communicably connected with a temperature sensor disposed at an intermediate position of the micro fan and the protection portion, and when the temperature sensor senses the intermediate position of the protection portion, the temperature reaches the preset valve. When the value is, the control chip controls the micro-fan to blow; the panty body is also provided with a leak-proof sensor, and when any leak-proof sensor detects that liquid leaks, the control chip controls the vibrator to vibrate.

These smart underwear can not meet the important needs of current women, and can not solve the robbery and violence that often occurs in the current society, especially the cases of women being sexually assaulted, killed or disappeared. Such cases are often difficult to obtain and cannot be timely. Calling for help, this has caused great harm to women's body and mind.

Summary of the invention

It is an object of the present invention to provide a smart underpants that can perform forensics and further control alarms.

Another object of the present invention is to provide an alarm control method for a smart underwear, which can perform forensics while alarming.

In order to solve the above first technical problem, the technical solution adopted by the present invention is:

A smart underwear comprising a panty body, wherein the panty body is provided with a flexible circuit board on which a microprocessor is disposed at a waistband portion, the microprocessor electrically connecting a fingerprint sensor, a positioning module, a storage module and a power source ;

The fingerprint sensor is located on the surface of the underwear body for collecting fingerprint information;

The positioning module is configured to locate geographic location information of the user;

The storage module is configured to store a security fingerprint, and record geographical location information corresponding to the abnormal fingerprint and the abnormal fingerprint, the security fingerprint has a use right, and the abnormal fingerprint corresponds to no use right;

The positioning module includes, but is not limited to, a global positioning GPS module or a Beidou satellite positioning module.

This will allow for fingerprint and geographic location information.

Further, the underwear further includes a clock module built in the microprocessor or electrically connected to the outside of the microprocessor for providing a system clock; a time recording unit built in the storage module for recording Time information corresponding to the abnormal fingerprint. This can be used to obtain time information.

Further, the underwear further includes: a wireless transmitting module, configured to send alarm information to the remote receiving end, and send the recorded abnormal fingerprint and corresponding information. This will allow you to call the police at the first time and report the information for case analysis and timely assistance.

Still further, the panty further includes: a first wireless communication module wirelessly coupled to the external wearable device and/or the external smart device for receiving a control signal for an alarm and/or uploading the data to the external smart device. In this way, the user can choose whether to alarm or not, avoid false alarms caused by incomplete fingerprint collection or errors, and can also detect and analyze his own health. The first wireless communication module includes but is not limited to the following two forms:

(1) A wireless communication unit: capable of simultaneously wearing external devices and external smart devices, such as a wireless local area network (WIFI) module;

(2) Two wireless communication units: wirelessly connect external wearable devices and external smart devices, such as: a Bluetooth unit and a WIFI unit. Each wireless communication module or unit has a built-in receiving and transmitting functional unit.

The external smart device includes a mobile phone and a tablet computer for analyzing self health, setting a security fingerprint, temperature and humidity threshold, and the like.

The wearable device includes a control switch or soft switch for receiving a user selection of an alarm, preferably a physical control switch. The wearable device includes, but is not limited to, a ring, a watch, a headwear, and the like.

Further, the panty body is provided at the crotch portion with a humidity sensor and a temperature sensor connected to the micro-processing for monitoring the humidity and temperature of the female secretion. This can detect the health of women.

Further, the remote receiving end includes a fingerprint database query module for querying and pairing fingerprint information. This can further locate criminal suspects and help rescue.

Furthermore, the fingerprint sensor is one or more, preferably a plurality, such as two, five, ten, etc., located at different positions on the surface of the undergarment. Because the location of the finger contact of the offender is uncertain, this can increase the probability of fingerprint forensics.

In order to solve the above other technical problem, the technical solution adopted by the present invention is:

A smart panty alarm control method is characterized in that it comprises the following steps:

The fingerprint is detected by the fingerprint sensor and compared with the security fingerprint, and the comparison is successful, and it is judged to be legally used;

When the underwear allows an alarm, once the comparison is unsuccessful, the alarm information is sent to the remote receiving end, and the abnormal fingerprint and the corresponding information are sent;

When the underwear is not allowed to alarm, once the comparison is unsuccessful, the abnormal fingerprint and the corresponding information are stored and recorded;

The information includes geographic location information and/or time information;

The method also includes controlling the panty alarm with the wearable device:

Establishing a wireless connection through the wireless communication module of both the wearable device and the underpants;

The wearable device receives a user control command through its own control switch;

The wearable device transmits the control command by using the wireless connection;

The panties are determined to allow an alarm according to the control command.

This allows for forensics at the same time as the alarm and facilitates rescue.

Further, the method further comprises performing a health test using a humidity sensor and a temperature sensor disposed on the crotch portion of the panty body:

Monitor current humidity and temperature;

Compared with the preset data, if the preset temperature and humidity range is exceeded, the record is stored or sent to the external smart device via wireless connection for analysis.

This can also detect women's physical health.

Compared with the prior art, the present invention has the following beneficial effects: in the event of a sexual assault event, The fingerprint of the aggressor is collected and the distress signal is sent through the wearable device that can be worn on the human body, and the geographic location and the fingerprint of the aggressor are sent to the server of the relevant department. After receiving the distress signal, the server queries the fingerprint through the database of the server. After the information is paired, rescue measures are carried out immediately, and the aggressor leaves evidence of the crime and can quickly arrest him for arrest, making it easier for women to defend their rights and strengthening their awareness of protection. At the same time, it can also detect female physical health.

DRAWINGS

1 is a schematic diagram of a relatively complete application environment system architecture and connection of the smart underwear of the present invention;

2 is a schematic structural diagram of an internal control circuit of a wearable device of the present invention;

Figure 3 is a schematic structural view of the smart underwear of Figure 1;

4 is a schematic structural view of an internal control circuit of the smart underwear shown in FIG. 3;

5 is a schematic flow chart of a fingerprint security detecting program running in the microprocessor of FIG. 4;

FIG. 6 is a schematic flow chart of the health detection program running in the microprocessor of FIG. 4.

Where the reference number:

1-Smart Underpants, 2-Ring, 3-Server, 4-Mobile Terminal, 21-Control Switch, 22-Second Wireless Communication Module, 10-Belt Belt, 12-Pants, 101-Flexible Circuit Board, 1010-Power Supply , 1012 - storage module, 1014 - microprocessor, 1016 - caller, 1018 - first wireless communication module, 1020 - fingerprint sensor, 120 - temperature sensor and 122 - humidity sensor.

detailed description

Embodiments of the present invention are further elaborated below with reference to the accompanying drawings.

First, a brief description of the application system of the present invention is as follows:

Referring to FIG. 1, a relatively complete application system of the smart pant of the present invention includes a smart pant 1, a ring 2, a server 3, and a mobile terminal 4. among them:

The server 3 is a remote receiving end for receiving the alarm and fingerprint and geographical location information of the smart underwear 1;

The ring 2 is a wearable device, and the surface is provided with a control switch 21 for controlling the alarm or not. The second wireless communication module 22 for wirelessly connecting with the smart underwear 1 is disposed at least. The specific circuit structure is as shown in FIG. 2 . In this and the following embodiments, the control switches of the wearable device are all physical switches.

Smart underwear 1, in the event of sexual assault, can automatically collect the fingerprint of the aggressor, and wirelessly send alarm information to the server 3, can also detect the temperature and humidity of the female secretions sent to the mobile terminal 4;

The mobile terminal 4 is wirelessly connected to the smart underwear 1 and internally installed with a health monitoring software application APP for judging the physiological health of the female by the microprocessor based on the temperature and humidity of the secretion of the female.

In one of the simplest systems, only the smart panties 1 and the server 3 may be included, and the smart panties 1 also do not include circuit devices or units for detecting the physiological health of women.

Second, the specific implementation of the present invention will be described in detail in conjunction with the smart pant 1 of the preferred embodiment:

(1) Main structure

Referring to FIG. 3, the smart pant 1 of the preferred embodiment includes a panty body including a waistband 10 and a crotch 12. A flexible circuit board 101 is built in the waistband 10, and a temperature sensor 120 and a humidity are built in the crotch 12. Sensor 122. The flexible circuit board 101 is provided with a power source 1010, a storage module 1012, a microprocessor 1014, a caller 1016, and a first wireless communication module 1018.

In the preferred embodiment, the fingerprint sensor 1020 is a plurality of different positions on the front and back sides of the outer surface of the undergarment, but only one is shown in FIG.

(2) Internal circuit

Referring to FIG. 4, the control circuit of the smart underwear 1 of the preferred embodiment includes a microprocessor 1014 and its electrically connected storage module 1012, a microprocessor 1014, a call for help 1016, a first wireless communication module 1018, a fingerprint sensor 1020, Temperature sensor 120 and humidity sensor 122; power source 1010 is a battery that provides power to the entire circuit.

In the preferred embodiment, the first wireless communication module 1018 and the wireless local area network (WIFI) module, the WIFI connection wearable device and the mobile terminal 4, the following first wireless communication module 1018, the second wireless communication module 22, and the mobile terminal 4 are all adopted. The WIFI modules are wirelessly connected to each other.

In the preferred embodiment, the wireless transmitting module and the positioning module are not separate, separate modules, but are integrated together in the caller 1016.

The specific functions of the various components and modules in the above circuit system are:

The smart underwear 1 is also connected to a wearing device worn on a body part, such as a ring 2, a watch, a bracelet, and the like.

The wearable device worn on the human body at least includes wireless communication with the smart underwear The second wireless communication module 22 and the control of its smart panties and the transmission of data to the control switch 21 of the server 3 of the relevant department.

The wearable device worn on the individual is used to control the smart underwear 1 to send the call for help information.

The second communication module 22 is coupled to the first communication module 1018 of the smart panties.

Each wireless communication module includes a wireless transmission sub-module and a wireless reception sub-module.

The rescue device 1016 includes a wireless transmitting module and a positioning module.

The server 3 is connected to the mobile terminal APP of the first wireless communication module 1018 through a server 3 wirelessly connected to the wireless transmitting module in the caller 1016. The underwear body is provided with a temperature sensor 120 and a humidity sensor connected to the microprocessor. 122, for monitoring the temperature and humidity of female secretions, the microprocessor roughly determines the physiological health of the female.

The plurality of fingerprint sensors 1020 are configured to collect fingerprint information.

The storage module 1012 is configured to store data collected by a plurality of fingerprint sensors, temperature sensing, and data monitored by a humidity sensor.

The wireless transmitting module of the caller 1016 sequentially connects the positioning module and the microprocessor, and the first wireless transmitting module establishes a wireless connection between the smart underwear 1 and the server 3.

The caller 1016 is configured to send a call for help signal to the server 3 through the first wireless transmitting module.

The positioning module is used to locate the geographic location information of the user, and the GPS module can be used.

The microprocessor 1014 is configured to analyze whether the temperature and humidity of the female secretion meet the standard value range.

The microprocessor 1014 is configured to analyze whether the fingerprint matching is consistent.

The microprocessor 1014 is used to control the coordination of other functional modules.

The microprocessor 1014 is configured to control communication and mutual data transmission between the first wireless communication module and the mobile terminal APP.

Under the specific control of the microprocessor 1014, the above circuit system selects the following two modes to work in corresponding situations, specifically:

1 anti-sexual intrusion automatic alarm working mode

When the user activates the normal operation of the smart underwear 1 by wearing the wearing device of the human body, the circuit works as follows: S1: the power supply supplies power to the smart underwear 1; S2: sets the user fingerprint authority; S3: contacts the smart underwear 1, more Fingerprint sensor 1020 collects fingerprints; S4: calls for rescuer 1016 The positioning module collects the geographical location of the contact person; S5: compares the collected fingerprint with the fingerprint authority set by the user; S6: determines that the user fingerprint belongs to the abnormal fingerprint or the normal fingerprint; S7: if it is determined that the fingerprint belongs to the user's setting If the fingerprint is fingerprinted, the data fingerprint collected by the fingerprint is not cleared; S8: the abnormal fingerprint and the geographical location information are sent to the server 3 wirelessly connected to the smart underwear 1 through the wireless transmitting module in the rescue device 1016; S9: the server 3 receives the data After that, the stranger fingerprint information is inquired through the database of the server 3, and the location information is determined, and corresponding processing is performed.

The normal fingerprint refers to a fingerprint or a security fingerprint with authority, and the abnormal fingerprint refers to a fingerprint without authority.

In the S2, the user fingerprint permission is set to collect the fingerprint information of the user through the plurality of fingerprint sensors 1020 and stored in the storage module 1012 of the smart underwear. The set user fingerprint information belongs to the security fingerprint, and the user fingerprint can be set as the security fingerprint. One.

The user permission fingerprint setting is collected by the APP of the mobile terminal 4, and the collected fingerprint is wirelessly sent to the smart underwear 1 and stored in the storage module 1012.

In the S3, when a person reaches out to touch the belt 10 of the smart underwear 1, the fingerprint sensor 1020 of the smart underwear 1 collects the fingerprint information of the person.

In the S5 to S7, after the fingerprint sensor 1020 collects the fingerprint of the person, the fingerprint is compared with the security fingerprint stored in advance to the storage module 1012. If the fingerprint is not found, the fingerprint is not in the security fingerprint range. It is then stored in the storage module 1012 while storing geographic location information.

If the user sends a control signal to the first wireless communication module of the smart underwear 1 through the push control switch 21 of the wearable device that can be worn on the human body, the first wireless communication module receives the control signal and sends it to the micro processing The microprocessor controls the wireless transmitting module to send the abnormal fingerprint information and the geographical location it collects to the server of the relevant department for help.

If the user does not send a control signal to the smart underwear 1 through the wearable device that can be worn on the human body, the smart underwear 1 stores the abnormal fingerprint and position information collected by the fingerprint sensor 1020 to the storage module 1012, and does not send to the storage module 1012. Said server 3.

In the S8, the server 3 receives the call for help information sent by the smart underwear 1, and queries the collected fingerprint information and geographical location information through the database of the server 1, and immediately performs rescue measures, and can quickly arrest the latter. The perpetrators also avoided the fact that the aggressor pointed out that the aggressor could not find the difficulty of obtaining evidence.

2 health testing methods

The invention also has the function of detecting and monitoring the physiological health of women: in the crotch part of the smart underwear 1 12 is provided with a humidity sensor 122 and a temperature sensor 120 connected to the microprocessor 1014 for monitoring the humidity and temperature conditions of the female secretions.

The APP of the mobile terminal 4 transmits the temperature and humidity threshold WIFI of the female secretion to the smart underwear 1, is received by the first wireless communication module 1018, and finally stored in the storage module 1012.

The humidity and temperature data are compared and analyzed with the preset data stored in the storage module 1012. If the preset temperature and humidity range are exceeded, it is determined that the female is in good physical health or abnormal, and the data is passed. The first wireless communication module 1018 sends the APP to the mobile terminal 4, and the APP analyzes the processing of the mobile terminal 4 to give a reasonable suggestion.

(3) Software control program

The two working modes of the above system circuit are specifically implemented by a software control program running in the microprocessor 1014. The software control program is stored in a corresponding software carrier of the microprocessor 1014, and the microprocessor 1014 is automatically loaded and run after being powered on. The microprocessor 1014 controls the various components and modules to work in concert by the control program. The software control program includes at least a fingerprint security detection subroutine and a health detection subroutine in addition to the system boot program. In this embodiment, the fingerprint security detection subroutine is directly set in the system boot program, but the method does not conform to the software architecture. Generally not used.

Referring to FIG. 5, in the embodiment, the fingerprint security detection subroutine includes the following specific steps:

500) begins;

501) Smart underwear 1 is powered on;

502) Determine if the security fingerprint is empty? Go to the next step, otherwise go to step 504);

503) setting a security fingerprint by the fingerprint sensor 1020;

504) acquiring a fingerprint by the fingerprint sensor 1020 and a geographical location corresponding to the time when the fingerprint is collected by the positioning module;

505) Determine whether there is permission by comparing with the security fingerprint? Go to step 506, otherwise go to step 507;

506) does not store, proceeds to step 510;

507) Is it necessary to send an alarm? Go to step 509), otherwise go to the next step;

508) storing the collected fingerprint, geographic location and current system time, returning to step 504;

509) sending the abnormal fingerprint and the geographical location to the server, returning to step 504;

510) End.

In step 507), the determination is made by sending a true/false value of the flag, and the sending flag passes The wirelessly connected wearable device of the smart underwear 1 sends a corresponding switch control signal to the smart underwear 1 to modify the true/false value.

In the above procedure, it may be further optimized to add a step in steps 504)-505) to determine whether the true/false value setting time of the sending flag exceeds a certain time (for example, the user sets it to half an hour), and the true flag will be sent automatically. / False value is set to false, so as to avoid the user forgetting, causing false alarms.

In step 502)-503), the security fingerprint can be directly set without the mobile terminal 4, thereby improving the convenience of use;

In the above program, it can be further optimized, and the corresponding calling code is added in the system booting program (including the fingerprint security detecting subroutine) to determine that the APP of the mobile terminal 4 is a sending set security fingerprint instruction, so that the APP setting of the mobile terminal 4 can be increased. Security fingerprint settings;

In the above procedure, the specific circuit anti-sexual automatic alarm working mode described above is more flexible and intelligent.

In this embodiment, the health detection subroutine adds a corresponding code in the system boot program (including the fingerprint security detection subroutine) to determine whether the health detection subroutine call flag is true, and the call flag is also set by the APP of the mobile terminal 4. set.

Referring to Figure 6, the health test subroutine includes the following specific steps:

600) start

601) Determine whether to establish a WIFI connection with the APP of the mobile terminal 4? Go to the next step, otherwise go to step 604);

602) Determine whether a setup command is received? Go to the next step, otherwise go to step 604);

603) setting the temperature and humidity threshold;

604) detecting temperature and humidity by the humidity sensor 122 and the temperature sensor 120;

605) Determine if the temperature and humidity exceed the temperature and humidity threshold? Go to the next step, otherwise return to step 601);

606) Send the detection data to the APP of the mobile terminal 4, and return to step 601);

607) End.

In the above procedure, it may be further optimized to add a code in step 606): to determine whether the transmission is successful, and if the transmission fails, the detection data may be saved to the storage module 1012. This will not result in the loss of forensic data due to network failure.

In the above procedure, it can be further optimized to add code in steps 601)-602): Whether the detection data exists in the memory module 1012, if it exists, resends it, and clears it after the transmission is successful. This can be sent to the APP of the mobile terminal 4 in time for analyzing physical health.

The above is only a preferred embodiment of the present invention, and is not intended to limit the embodiments of the present invention. Those skilled in the art can make various modifications or modifications in accordance with the main idea and spirit of the present invention. The scope of protection of the invention shall be determined by the scope of protection claimed in the claims.

Claims

A smart underwear comprising a panty body, wherein the panty body is provided with a flexible circuit board on which a microprocessor is disposed at a waistband portion, the microprocessor electrically connecting a fingerprint sensor, a positioning module, a storage module and a power source ;

The fingerprint sensor is located on the surface of the underwear body for collecting fingerprint information;

The positioning module is configured to locate geographic location information of the user;

The storage module is configured to store a security fingerprint, and record geographic location information corresponding to the abnormal fingerprint and the abnormal fingerprint.
The underpants of claim 1 further comprising:

a clock module built into or electrically connected to the microprocessor for providing a system clock;

The time recording unit is built in the storage module and is used to record time information corresponding to the abnormal fingerprint.
The underpants of claim 1 further comprising:

The wireless transmitting module is configured to send an alarm message to the remote receiving end, and send the recorded abnormal fingerprint and corresponding information.
The underpants of claim 3, further comprising:

The first wireless communication module is wirelessly coupled to the external wearable device and/or the external smart device for receiving a control signal for an alarm and/or uploading the data to the external smart device.
The underpants according to claim 4, wherein said wearing means comprises a control switch or a soft switch for receiving a user selection of an alarm.
The underpants according to claim 4, wherein said panty body is provided with a humidity sensor and a temperature sensor connected to the microprocessor at the crotch portion for monitoring the humidity and temperature of the female secretion.
The underpants according to claim 3, wherein the remote receiving end comprises a fingerprint database query module for querying and pairing fingerprint information.
The underpants according to any of claims 1 to 7, wherein the fingerprint sensor is one or more.
A smart panty alarm control method is characterized in that it comprises the following steps:

The fingerprint is detected by the fingerprint sensor and compared with the security fingerprint, and the comparison is successful, and it is judged to be legally used;

When the underwear allows an alarm, once the comparison is unsuccessful, the alarm information is sent to the remote receiving end, and the abnormal fingerprint and the corresponding information are sent;

When the underwear is not allowed to alarm, once the comparison is unsuccessful, the abnormal fingerprint and the corresponding information are stored and recorded;

The information includes geographic location information and/or time information;

The method also includes controlling the panty alarm with the wearable device:

Establishing a wireless connection through the wireless communication module of both the wearable device and the underpants;

The wearable device receives a user control command through its own control switch;

The wearable device transmits the control command by using the wireless connection;

The panties are determined to allow an alarm according to the control command.
The method of claim 9 wherein the humidity sensor and the temperature sensor are disposed on the crotch portion of the panty body, the method further comprising: health detection:

Monitor current humidity and temperature;

Compared with the preset data, if the preset temperature and humidity range is exceeded, the record is stored or sent to the external smart device via wireless connection for analysis.