CN210403217U

CN210403217U - Intelligence dormitory sleep management and monitoring devices

Info

Publication number: CN210403217U
Application number: CN201920597249.3U
Authority: CN
Inventors: 王习东; 左肖雄; 余松; 李成伟; 张�浩; 覃宇龙; 陈想; 景诗瑶; 邓奥林
Original assignee: China Three Gorges University CTGU
Current assignee: China Three Gorges University CTGU
Priority date: 2019-04-28
Filing date: 2019-04-28
Publication date: 2020-04-24
Anticipated expiration: 2029-04-28

Abstract

The utility model discloses an intelligence dormitory sleep management and monitoring devices, including sleep monitor module, GPS module, microcontroller, wake-up module, protection skin, thing networking module, high in the clouds server and user terminal, the data output part of sleep monitor module and GPS module all is connected with the microcontroller electricity, microcontroller with wake-up module electricity is connected, microcontroller with thing networking module electricity is connected, thing networking module passes through high in the clouds server and user terminal and realizes that the information is mutual. The utility model discloses can make statistics of the time of work and rest in the dormitory, can effectively help classmates to change over and delay the custom, have the effect of supervising the housekeeping in addition.

Description

Intelligence dormitory sleep management and monitoring devices

Technical Field

The utility model relates to an intelligence dormitory sleep management and monitoring devices.

Background

Prolonged periods of time are a ubiquitous phenomenon, and serious prolonged periods of time can negatively affect the physical and mental health of an individual. The conditions of delaying getting up, delaying sleeping and the like can be shown in daily life. In dormitory life, dormitory managers cannot know the conditions of going to bed and going out of bed of each person, cannot know the work and rest of each member in the dormitory, and can consume time and labor when going to patrol. In addition, dormitory management of many schools is relatively disordered and lacked, and inconvenience is brought to the schools. The dormitory monitoring has two indexes of timeliness and accuracy of the most important information, and the information timeliness is provided, so that dormitory management personnel can monitor whether students sleep on time, get up on time, escape in dormitory and the like in real time. However, many schools spend a lot of manpower and material resources in managing the dormitories, and do not thoroughly solve the problem of monitoring the sleeping conditions of students in real time, even if a teacher checks the sleep at night, some schools are also provided with intelligent devices such as monitors in the dormitories, but cannot monitor whether the students go to bed or not on time. At present, monitoring is mainly performed through monitors or cameras, and in order to protect the privacy of students, the monitors or the cameras are arranged outside a dormitory, so that although specific students can be monitored to judge whether the students go in and out of the dormitory, the conditions in the dormitory cannot be monitored, beds in the dormitory cannot be monitored, whether the students sleep in the sleeping time period or whether the students escape from classes in the dormitory in the class time period at ordinary times cannot be judged. Because the sleeping condition of the students in the dormitory cannot be obtained, whether the students escape from the class and sleep or not can not be monitored timely and accurately, and the like, the problems are serious to schools and the students, and the safety of the students is not guaranteed effectively. A daily work and rest monitoring system disclosed in publication No. CN206773438U, comprising: the chair comprises a first spring switch installed on the bed board, a second spring switch installed on the chair, a microprocessor, an electronic switch and a voice module, wherein the first spring switch and the second spring switch are respectively electrically connected with the microprocessor, and the microprocessor is electrically connected with the voice module through the electronic switch. This patent can monitor and remind the getting up to whether get up to bed, but only through spring switch monitoring more singlely to whether sleep, for example utilize the heavy object to press and can flee the monitoring on the bed.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the not enough of prior art, provide an intelligence dormitory sleep management and monitoring devices, whether can monitor the user and get up, wake up when not getting up, can standardize the work and rest time.

In order to achieve the above object, the utility model discloses a following scheme realizes: intelligence dormitory sleep management and monitoring devices, including sleep monitor module, GPS module, microcontroller, wake-up module, protection skin, thing networking module, high in the clouds server and user terminal, sleep monitor module and GPS module are connected with the microcontroller electricity respectively, microcontroller with the module electricity of waking up is connected, microcontroller with thing networking module electricity is connected, thing networking module passes through the high in the clouds server and realizes the information interaction with user terminal, and microcontroller is used for receiving the information that sleep monitor module sent and whether be in sleep state in order to judge the user, still is used for according to the time of predetermineeing to wake-up module send control command.

The sleep monitoring module comprises a capacitance sensor and an infrared sensor, the capacitance sensor is used for monitoring the state that a user contacts the bed, and the infrared sensor is used for monitoring the temperature of the bed.

The waking module is a buzzer and/or a vibration module and is used for waking a user through sound and/or vibration.

The user terminal comprises an APP terminal and a website terminal, the APP terminal is used for a user to check personal data statistics and data analysis, and the website terminal is used for checking personal and collective work and rest data statistics and analysis results and is also used for a manager to set parameters of the whole device in a unified mode.

The capacitance sensor and the infrared sensor are multiple.

The capacitance sensor and the infrared sensor are distributed in a dot matrix manner.

The sleep monitoring module and the GPS module are arranged in the protective outer layer of the bed.

The intelligent dormitory sleep management and monitoring device further comprises an alarm key, wherein the alarm key is electrically connected with the microcontroller and used for sending an alarm signal when a user is in a special condition.

The microcontroller is an STM32 single chip microcomputer.

The utility model has the advantages that: 1. the infrared sensors are used for monitoring temperature change parameters of the getting-up time and can also be used as a reference basis for whether quilts are stacked, if the temperature drops quickly, the quilts are stacked, and if the temperature drops slowly, the quilts are not stacked, so that the effects of housekeeping and urging are achieved;

2. the waking module is a buzzer and/or a vibration module and wakes up a user through sound and/or vibration;

3. the user can check the personal work and rest time through the APP client, and the manager can check the statistics of the work and rest time through the website terminal, and can adjust the work and rest time to summer or winter and modify other data parameters.

Drawings

The invention will be further explained with reference to the drawings:

FIG. 1 is a schematic diagram of the present invention;

FIG. 2 is a schematic diagram of the distribution of capacitive sensors and infrared sensors;

FIG. 3 is a circuit diagram of a microcontroller peripheral;

FIG. 4 is a circuit diagram of a capacitive sensor interface;

FIG. 5 is a circuit diagram of an infrared sensor interface;

FIG. 6 is a circuit diagram of an indoor environment sensor;

FIG. 7 is a circuit diagram of an IOT module;

FIG. 8 is a circuit diagram of a microcontroller hardware reset;

FIG. 9 is a circuit diagram of an alarm button;

FIG. 10 is a flow chart of a web site terminal;

fig. 11 is a flowchart of an APP terminal;

in the figure: sleep monitor module 1, bee calling organ 2, capacitive sensor 3, infrared sensor 4, protection skin 5, thing networking module 6, microcontroller 7, wake-up module 8, alarm button 9, GPS module 10, APP terminal 11, vibration module 12, high in the clouds server 13, website terminal 14.

Detailed Description

As shown in fig. 1, intelligence dormitory sleep management and monitoring devices, including sleep monitor module 1, GPS module 10, microcontroller 7, wake-up module 8, protection skin 5, thing networking module 6, cloud server 13 and user terminal, sleep monitor module 1 and GPS module 10 are connected with microcontroller 7 electricity respectively, microcontroller 7 with wake-up module 8 electricity is connected, microcontroller 7 with thing networking module 6 electricity is connected, thing networking module 6 realizes the information interaction through cloud server 13 and user terminal, and microcontroller 7 is used for receiving the information that sleep monitor module 1 sent in order to judge whether the user is in the sleep state, still is used for sending control command to wake-up module 8 according to the time of predetermineeing.

The sleep monitoring module 1 comprises a capacitance sensor 3 and an infrared sensor 4, wherein the capacitance sensor 3 is used for monitoring the state that the skin of a user contacts the bed, and the infrared sensor 4 is used for monitoring the temperature of the bed. In order to prevent a user from pressing a heavy object at will to avoid supervision, the infrared sensor 4 is added to identify the temperature of the bed, and when two signals exist simultaneously, the user is in the bed. Considering that a certain time is needed for heat conduction on the bed and the bedding, a blank period of time is arranged between the two signals, and when the blank period of time is passed, no temperature change is identified as being unmanned under the condition of bed. The presence of a person can be identified by the signal provided by the capacitor in the getting-up condition.

The waking module 8 is a buzzer 2 and/or a vibration module 12, and is used for waking a user by sound and/or vibration. When the user gets up, whether the user gets up is judged according to the parameters of the capacitance sensor and the infrared sensor, and if the user does not get up, the user is reminded to get up through the waking module 8; during sleeping time, whether the user goes to bed or not is judged through parameters of the capacitance sensor and the infrared sensor, and if the user does not go to bed, the user is reminded to go to bed through the wake-up module 8.

The user terminal comprises an APP terminal 11 and a website terminal 14, the APP terminal 11 is used for a user to check personal data statistics and data analysis, the website terminal 14 is used for checking personal and collective work and rest data statistics and analysis results, and the website terminal is also used for a manager to set parameters of the whole device in a unified mode. With the structure, the work and rest of the user are counted, the time from the ring sound of the getting-up bell to the getting-up time every day is recorded, and the user can be urged to actively change the work and rest.

The capacitance sensor 3 and the infrared sensor 4 are multiple.

The capacitance sensor 3 and the infrared sensor 4 are distributed in a dot matrix manner. As shown in fig. 2, the circle is the capacitance sensor 3, the rectangle is the infrared sensor 4, the state of the user can be monitored in all directions, and the state is the manned state when three or more capacitance sensors 3 detect the capacitance increase. The infrared sensor 4 is used for monitoring the temperature change parameter of the getting-up time and can be used as a reference basis for whether the quilt is folded or not. If the temperature drops quickly, folding the quilt; if the temperature drops slowly, the quilt is not folded, and the effects of housekeeping and urging are achieved.

The sleep monitoring module 1 and the GPS module 10 are both arranged in the protective outer layer 5 of the bed. With this structure, the device is prevented from giving uncomfortable feeling to the user, and the damage of the device can also be avoided.

The intelligent dormitory sleep management and monitoring device further comprises an alarm key 9, wherein the alarm key 9 is electrically connected with the microcontroller 7 and used for sending an alarm signal when a user is in a special condition.

And the microcontroller 7 is an STM32 single chip microcomputer.

The APP terminal 11 needs to register when logging in, and enters a homepage after successful password verification of registration, wherein the homepage comprises equipment information, checking/modifying data, modifying passwords, historical data, data analysis and software introduction.

The administrator authenticates to log in the website terminal 14 for background management of the homepage, which includes user management, rights management, device log management and data analysis.

Example 1: the infrared sensor 4 adopts a pyroelectric sensing module.

The GPS module 10 adopts a TU-30 module of Rockwell America, has small volume, simple interface and good reliability, a peripheral circuit is provided with a real-time clock, and the peripheral circuit is provided with memories such as an E2PROM (storing important parameters), an SRAM (static random access memory), a ROM (read only memory) and the like, and can store and exchange relevant important information data.

The capacitive sensor 3 is a chip capacitive sensor.

The vibration module 12 adopts a RISYM vibration motor module, high level triggering and low level stopping are realized, and the device is safe, reliable and small in size.

Claims

1. Intelligence dormitory sleep management and monitoring devices, its characterized in that: including sleep monitor module (1), GPS module (10), microcontroller (7), wake up module (8), protection outer layer (5), thing networking module (6), high in the clouds server (13) and user terminal, sleep monitor module (1) and GPS module (10) are connected with microcontroller (7) electricity respectively, microcontroller (7) with wake up module (8) electricity and be connected, microcontroller (7) with thing networking module (6) electricity is connected, thing networking module (6) realize the information interaction through high in the clouds server (13) and user terminal, and microcontroller (7) are used for receiving the information that sleep monitor module (1) sent in order to judge whether the user is in the sleep state, still are used for according to the time of predetermineeing to wake up module (8) send control command.

2. The intelligent dormitory sleep management and monitoring device of claim 1, wherein: the sleep monitoring module (1) comprises a capacitive sensor (3) and an infrared sensor (4), the capacitive sensor (3) is used for monitoring the state of a user contacting with the bed through skin, and the infrared sensor (4) is used for monitoring the temperature of the bed.

3. The intelligent dormitory sleep management and monitoring device of claim 1, wherein: the waking module (8) is a buzzer (2) and/or a vibration module (12) and is used for waking a user through sound and/or vibration.

4. The intelligent dormitory sleep management and monitoring device of claim 1, wherein: the user terminal comprises an APP terminal (11) and a website terminal (14), the APP terminal (11) is used for a user to check personal data statistics and data analysis, and the website terminal (14) is used for checking personal and collective work and rest data statistics and analysis results and is also used for a manager to set parameters of the whole device in a unified mode.

5. The intelligent dormitory sleep management and monitoring device of claim 2, wherein: the capacitance sensor (3) and the infrared sensor (4) are multiple.

6. The intelligent dormitory sleep management and monitoring device of claim 5, wherein: the capacitance sensor (3) and the infrared sensor (4) are distributed in a dot matrix manner.

7. The intelligent dormitory sleep management and monitoring device of claim 1, wherein: the sleep monitoring module (1) and the GPS module (10) are both arranged in the protective outer layer (5) of the bed.

8. The intelligent dormitory sleep management and monitoring device of claim 1, wherein: the alarm device is characterized by further comprising an alarm key (9), wherein the alarm key (9) is electrically connected with the microcontroller (7) and used for sending an alarm signal when a user is in a special condition.

9. The intelligent dormitory sleep management and monitoring device of claim 1, wherein: and the microcontroller (7) is an STM32 single chip microcomputer.