Children sleep management equipment
阅读说明:本技术 一种儿童睡眠管理设备 (Children sleep management equipment ) 是由 胡飞 张龙 钟海静 徐嘉晨 宋姗 于 2019-11-07 设计创作,主要内容包括:本申请公开了一种儿童睡眠管理设备,包括睡眠辅助设备以及睡眠监测手环,其中:所述睡眠监测手环包括手环座,所述手环座的内部设置有第一控制模块、第一无线收发模块、第一电源,手环带的内侧面上设置用于监测儿童睡眠情况的监测传感器,以及第一磁吸式充电区;所述睡眠辅助设备包括外壳,外壳内部设置有第二控制模块、第二无线收发模块以及第二电源,外壳上设置有第二磁吸式充电区,第二磁吸式充电区与所述第二电源连接;所述外壳内的上部设置有灯盘,灯盘上分布有LED灯,外壳的上部可透光。本申请采用睡眠监测手环与睡眠辅助设备相结合的方式,方式新奇,更受儿童青睐;睡眠辅助设备的外形是由食梦貘的造型演化而来,更加符合夜间睡眠的情境。(The application discloses children sleep management equipment, including sleep auxiliary assembly and sleep monitoring bracelet, wherein: the sleep monitoring bracelet comprises a bracelet seat, wherein a first control module, a first wireless transceiver module and a first power supply are arranged inside the bracelet seat, and a monitoring sensor for monitoring the sleep condition of children and a first magnetic type charging area are arranged on the inner side surface of the bracelet belt; the sleep auxiliary equipment comprises a shell, a second control module, a second wireless transceiver module and a second power supply are arranged in the shell, a second magnetic type charging area is arranged on the shell, and the second magnetic type charging area is connected with the second power supply; the LED lamp is characterized in that a lamp panel is arranged on the upper portion in the shell, LED lamps are distributed on the lamp panel, and the upper portion of the shell is light-permeable. The mode that the sleep monitoring bracelet is combined with the sleep auxiliary equipment is novel and more popular among children; the appearance of the sleep aid device is evolved from the model of the dream tapirs, and is more suitable for the night sleep situation.)
1. The utility model provides a children sleep management equipment which characterized in that, includes sleep auxiliary equipment (2) and sleep monitor bracelet (1), wherein:
the sleep monitoring bracelet (1) comprises a bracelet seat (5) and an opponent ring belt (11) arranged on two sides of the bracelet seat (5), wherein a first control module (17), a first wireless transceiver module (18) and a first power supply (19) are arranged inside the bracelet seat (5), a monitoring sensor (14) for monitoring the sleep condition of a child is arranged on the inner side surface of the bracelet belt (11), and a first magnetic type charging area (12) connected with the first power supply (19);
the sleep assisting device (2) comprises a shell, a second control module (20), a second wireless transceiver module (21) and a second power supply (22) are arranged in the shell, a second magnetic type charging area (6) matched with the first magnetic type charging area (12) is arranged on the shell, and the second magnetic type charging area (6) is connected with the second power supply (22); the LED lamp is characterized in that a lamp panel (9) is arranged on the upper portion in the shell, LED lamps (10) are distributed on the lamp panel (9), and the upper portion of the shell is light-permeable.
2. The sleep management apparatus for children as claimed in claim 1, wherein the upper portion of the housing is curved to one side to form a bent portion (3), and the outer diameter of the bent portion (3) is smaller than the outer diameter of the housing below the bent portion (3); the second magnetic type charging area (6) is located on the outer side of the bending portion (3).
3. The sleep management apparatus for children as claimed in claim 1, wherein a plurality of belt holes (15) are distributed on one of the pair of bracelet straps (11), and a buckle (16) for cooperating with the belt holes (15) is provided on the other bracelet strap (11).
4. The child sleep management device according to claim 1, wherein the first magnetically-attractable charging region (12) comprises a metal sheet having two charging plugs connected to the first power source (19) disposed thereon, and a first insulating layer disposed between the charging plugs and the metal sheet; a circular groove (13) is formed in the surface of the charging plug;
the second magnetic type charging area (6) comprises a magnet piece, two charging connectors connected with the second power supply (22) are arranged on the magnet piece, and a second insulating layer is arranged between the charging connectors and the magnet piece; the surface of the charging connector is provided with a circular protrusion (8) matched with the circular groove (13).
5. The children sleep management device according to claim 1, characterized in that the monitoring sensor (14) is a PPG sensor, and the first control module (17) acquires the heart rate information of the children through the PPG sensor, determines the sleeping conditions of the children according to the heart rate information, and then periodically sends the sleeping conditions of the children to the mobile phones of parents of the children through the first wireless transceiver module (18).
6. The sleep management device for children as claimed in claim 1, wherein the sleep monitoring bracelet (1) is hung on the bending part (3) of the sleep aid (2), the first magnetic type charging area (12) and the second magnetic type charging area (6) are connected, the first power supply (19) is charged through the second power supply (22), and the LED lamp (10) is kept in the off state through the second control module (20);
in the night time period, after the sleep monitoring bracelet (1) is taken down from the sleep auxiliary equipment (2), the LED lamp (10) is turned on; after a child wears the sleep monitoring bracelet (1), the first control module (17) detects that the child falls asleep through the monitoring sensor (14), and sends a light-off instruction to the second wireless transceiver module (21) through the first wireless transceiver module (18), and after the second control module (20) acquires the light-off instruction from the second wireless transceiver module (21), the LED lamp (10) is controlled to gradually become dark and turn off;
in a night time period, when the first control module (17) detects that the child wakes up through the monitoring sensor (14), a light-on instruction is sent to the second wireless transceiving module (21) through the first wireless transceiving module (18), and after the second control module (20) acquires a light-off instruction from the second wireless transceiving module (21), the LED lamp (10) is controlled to be turned on.
7. The sleep management device for children as claimed in claim 1, wherein the sleep aid (2) has a housing, a storage module (23) and a microphone (24) connected to the storage module (23), and the housing has a sound receiving hole (4) corresponding to the microphone (24);
in the night time period, when the first control module (17) detects that the child wakes up through the monitoring sensor (14), the first control module controls the microphone (24) to be switched on and in a recording state; and when the audio signal exceeding the set threshold value is not acquired within the continuous time T or the child is detected to fall asleep again, controlling the microphone (24) to be closed.
8. Child sleep management device according to claim 1, characterized in that the lower part of the housing is provided with a USB socket (7) connected to the second power supply (22) and to a memory module (23).
9. The sleep management device for children as claimed in claim 1, wherein the second control module (20) detects whether there is a new recording in the storage module (23) during the night time of the previous day when the sleep monitoring bracelet (1) is hung on the sleep assisting device (2) for charging during the day time; if yes, the newly added sound recording is sent to the mobile phone of the child parent through the second wireless transceiver module (21).
10. The sleep management device for children as claimed in claim 7, wherein time synchronized clocks are set inside the first control module (17) and the second control module (20), and configuration information is sent to the first control module (17) and the second control module (20) through the first wireless transceiver module (18) and the second wireless transceiver module (21) to configure the start time and the end time of the night period.
Technical Field
The application relates to the field of sleep monitoring management, in particular to child sleep management equipment.
Background
From the age of 6, children develop three-dimensional imagination, abstract thinking, self-control ability, body coordination ability and logical thinking. The age of 6-9 years old is the gold stage of social cognition, self-cognition, emotional awareness, emotional cognition, learning skill and attention ability cultivation of children. 2019 the white paper for children in teenagers shows that 62.9% of teenagers have less than 8 hours of sleep, and the proportion of the white paper for children in 6-12 years of age is 32.2%. Poor sleep quality, reduced immunity, obesity, decreased learning performance, unhealthy emotional psychology of children.
The products on the market related to the children sleep management are mainly divided into two types: sleep monitoring products and sleep assisting products. The sleep monitoring area is comparatively common sleep monitoring product in the market, is the sleep monitoring equipment of non-wearing formula, and when using, need put the monitoring area under the sheet, realize the monitoring of user's sleep through sensing technology, can realize the monitoring of sleep physical stamina, heart rate breathing, off-bed number of times etc.. The monitoring belt is light and flexible, but the biggest disadvantage is that the body of a user can be turned over when the user sleeps at night, so that the monitoring belt moves, if the monitoring belt leaves the body of the user, the monitored data has large errors, and the real sleeping condition of the user cannot be truly reflected.
Chinese patent application publication No. CN109106341A, entitled infant sleep monitoring bracelet, discloses an apparatus for monitoring infant night sleep data, the infant sleep monitoring bracelet including: the bracelet body comprises an accommodating box and a fixing band; monitoring devices, the monitoring sets up inside the holding box, and monitoring devices includes rhythm of the heart monitor cell, motion monitor cell, wireless transmission unit and processing unit, rhythm of the heart sensor cell, motion sensor cell, signal emission unit respectively with processing unit electric connection. Such sleep monitoring bracelets, while functioning to monitor sleep data, do not enjoy this form of monitoring product for older children.
The utility model discloses a chinese utility model patent that publication number is CN209136575U, the name is a comfortable type sleep monitor device of head subsides discloses a sleep monitor device who pastes at the head, and the head pastes the cambered surface form that is laminating forehead, and sets up the electrode slice in the interior concave surface that the head was pasted, and interior concave surface is provided with the adhesive tape all around, and this utility model aims at providing a comfortable type sleep monitor device of head subsides formula, through gathering biological signal such as brain electrical signal, eye movement, the flesh electricity, oronasal airflow, chest abdominal movement, effective control sleep state. The disadvantage of this device is that it is cumbersome to use and has a poor experience.
Disclosure of Invention
The child sleep management device is novel in form, simple to operate, capable of combining sleep monitoring and sleep assisting and enabling parents to timely acquire child sleep information.
In order to realize the task, the following technical scheme is adopted in the application:
the utility model provides a children sleep management equipment, includes sleep auxiliary assembly and sleep monitoring bracelet, wherein:
the sleep monitoring bracelet comprises a bracelet seat and a pair of bracelet bands arranged on two sides of the bracelet seat, wherein a first control module, a first wireless transceiver module and a first power supply are arranged inside the bracelet seat, and a monitoring sensor for monitoring the sleep condition of children and a first magnetic type charging area connected with the first power supply are arranged on the inner side surface of the bracelet band;
the sleep assisting device comprises a shell, a second control module, a second wireless transceiver module and a second power supply are arranged in the shell, a second magnetic type charging area matched with the first magnetic type charging area is arranged on the shell, and the second magnetic type charging area is connected with the second power supply; the LED lamp is characterized in that a lamp panel is arranged on the upper portion in the shell, LED lamps are distributed on the lamp panel, and the upper portion of the shell is light-permeable.
Furthermore, the upper part of the shell is bent towards one side in an arc shape to form a bent part, and the outer diameter of the bent part is smaller than that of the shell below the bent part; the second magnetism inhale the formula and charge the district and be located on the outside of kink.
Further, in a pair of bracelet area, one of them bracelet area is gone up to distribute has a plurality of foraminiferous holes, be provided with on another bracelet area be used for with foraminiferous complex buckle.
Furthermore, the first magnetic type charging area comprises a metal sheet, two charging plugs connected with the first power supply are arranged on the metal sheet, and a first insulating layer is arranged between the charging plugs and the metal sheet; a circular groove is formed in the surface of the charging plug;
the second magnetic type charging area comprises a magnet piece, two charging connectors connected with the second power supply are arranged on the magnet piece, and a second insulating layer is arranged between the charging connectors and the magnet piece; the surface of the charging connector is provided with a circular bulge matched with the circular groove.
Further, the monitoring sensor adopts a PPG sensor, the first control module acquires the heart rate information of the child through the PPG sensor, judges the sleeping condition of the child according to the heart rate information, and periodically sends the sleeping condition of the child to the mobile phone of the parent of the child through the first wireless transceiver module.
Further, the sleep monitoring bracelet is hung on a bent part of the sleep auxiliary device, so that the first magnetic type charging area is connected with the second magnetic type charging area, the first power supply is charged through the second power supply, and the LED lamp is kept in an off state through the second control module;
in the night time period, after the sleep monitoring bracelet is taken down from the sleep auxiliary equipment, the LED lamp is turned on; after the child wears the sleep monitoring bracelet, the first control module sends a light-off instruction to the second wireless transceiver module through the first wireless transceiver module after detecting that the child falls asleep through the monitoring sensor, and the second control module controls the LED lamp to become dark gradually and to be turned off after obtaining the light-off instruction from the second wireless transceiver module;
in the night time period, when the first control module detects that the child wakes up through the monitoring sensor, the first control module sends a light-on instruction to the second wireless transceiver module through the first wireless transceiver module, and the second control module controls the LED lamp to be turned on after acquiring a light-off instruction from the second wireless transceiver module.
Furthermore, a storage module and a microphone connected with the storage module are arranged in a shell of the sleep assisting device, and a sound receiving hole corresponding to the position of the microphone is formed in the shell;
in the night time period, when the first control module detects that the child wakes up through the monitoring sensor, the first control module controls the microphone to be turned on and is in a recording state; and when the audio signal exceeding the set threshold value is not acquired within the continuous time T or the child is detected to fall asleep again, controlling the microphone to be closed.
Furthermore, a USB jack connected with the second power supply and the storage module is arranged at the lower part of the shell.
Further, when the sleep monitoring bracelet is hung on the sleep auxiliary equipment for charging in the daytime, the second control module detects whether a recording newly added in the night time period of the previous day exists in the storage module; and if the new recording exists, the new recording is sent to the mobile phone of the parent of the child through the second wireless transceiving module.
Furthermore, time synchronization clocks are arranged in the first control module and the second control module, and configuration information is sent to the first control module and the second control module through the first wireless transceiver module and the second wireless transceiver module so as to configure the start time and the end time of the night time period.
The application has the following technical characteristics:
1. sleep monitoring and sleep assistance are combined, so that the quality of sleep of children is improved.
2. The sleeping conditions (heart rate, night awakening times, sleeping time and the like) of the children can be timely transmitted to mobile phones of parents, and the parents can more timely master the sleeping conditions of the children.
3. Sleep auxiliary assembly's light can fall asleep along with children, and when nightmare awakens, share own dream, be favorable to children's mental health.
4. In the form, a mode of combining the sleep monitoring bracelet with the sleep auxiliary equipment is adopted, and compared with the existing single sleep monitoring bracelet, the mode is novel and more popular with children; the appearance of the sleep aid device is evolved from the model of the dream tapirs, and is more suitable for the night sleep situation.
Drawings
FIG. 1 is a schematic overall structure of the present application;
fig. 2 is a schematic back structure view (partially in section) of the sleep aid;
fig. 3 is a schematic structural diagram of a sleep monitoring bracelet;
FIG. 4 is a schematic structural view of an electric control part inside the bracelet seat;
fig. 5 is a schematic structural diagram of an internal electric control part of the sleep management apparatus.
The reference numbers in the figures illustrate: 1 sleep monitor bracelet, 2 sleep auxiliary assembly, 3 kink, 4 bloops, 5 bracelet seats, the formula district that charges is inhaled to 6 second magnetism, 7USB jacks, 8 circular archs, 9 lamp panels, 10LED lamps, 11 bracelet areas, 12 first magnetism is inhaled the formula and is charged the district, 13 circular recess, 14 monitoring sensor, 15 foraminiferous, 16 buckles, 17 first control module, 18 first wireless transceiver module, 19 first power, 20 second control module, 21 second wireless transceiver module, 22 second power, 23 storage module, 24 microphone.
Detailed Description
As shown in fig. 1, the application discloses children sleep management equipment, including sleep
In a pair of
The
Another part of this application is sleep
In this application, the first power supply 19 supplies power to the electronic devices inside the
As a further optimization of the above technical solution, in the present application:
the upper part of the shell is bent towards one side in an arc shape to form a bent part 3, and the outer diameter of the bent part 3 is smaller than that of the shell below the bent part 3; the second magnetic type charging area 6 is located on the outer side of the bending part 3.
As shown in FIG. 1, the appearance design of the
The appearance structure that this scheme design has kink 3, and another important reason is the
Optionally, the first magnetic-
In a possible implementation of this application,
Optionally, a storage module 23 and a microphone 24 connected to the storage module 23 are disposed inside a housing of the
in the night time period, when the first control module 17 detects that the child wakes up through the
As shown in FIG. 1, in this embodiment, the sound-emitting hole 4 is opened on the inner side of the bent portion 3, and the mouth position of the instant dream taping is set. Part of the reason when a child wakes up during the night period may be due to dreams. The first control module 17 turns on the microphone 24 to start recording by judging that the current time is in the night period and detecting when the child wakes up. After the child wakes up, the child can speak the own dream into the
Further, during the daytime, when the
The newly added recording in the night time period of the previous day is the audio information recorded by the child through the
The first control module 17 and the second control module 20 are internally provided with time synchronization clocks, and configuration information is sent to the first control module 17 and the second control module 20 through the first wireless transceiver module 18 and the second wireless transceiver module 21 by using a mobile phone or a computer so as to configure the start time and the end time of the night time period; for example, the night time period may be configured to be 22 o 'clock to 7 o' clock the next day, and the remaining time periods are day time periods.
The lower part of the shell is provided with a
On the basis of the technical scheme, the
will sleep monitoring
In the night time period, after the
In a night time period, when the first control module 17 detects that the child wakes up through the
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