WO2020192596A1

WO2020192596A1 - Smart terminal, and smart lamp and control method and system therefor

Info

Publication number: WO2020192596A1
Application number: PCT/CN2020/080503
Authority: WO
Inventors: 吴先锋; 李桂玉
Original assignee: 李桂玉
Priority date: 2019-03-27
Filing date: 2020-03-20
Publication date: 2020-10-01
Also published as: CN109862678A

Abstract

Disclosed in the present invention are a smart terminal, and a smart lamp and a control method and system therefor. The control system comprises the smart lamp and the smart terminal. The smart terminal is used for acquiring state information of a user, and the smart lamp is internally provided with an information exchange unit, a control unit and an alarm unit. The smart terminal acquires the state information in real time, the state information including head position information, left arm position information and right arm position information. The information exchange unit receives the state information sent by the smart terminal, and the control unit determines whether the sitting posture of the user has deviated. If the sitting posture of the user has deviated, a prompt instruction is generated and sent to the alarm unit, so as to give the user a prompt about the state. Hence, the smart terminal, and the smart lamp and the control method and system therefor provided in the present invention can monitor the usage state of a user in real time, and when the body deviates, an alarm is sent to prompt the user about correction of the body state, enabling the user to always keep using the lamp in the correct state.

Description

Intelligent terminal, intelligent lamp and control method and system thereof

Technical field

The invention relates to the technical field of smart homes, and in particular to a smart terminal, a smart lamp and a control method and system thereof.

Background technique

Lamps are a kind of lighting products. Ordinary lights need to be turned on or off by wired switches. For example, indoor lights. The buttons to control the lights are usually set on the walls of the room. People in the room need to go to the button. It is inconvenient to use this button to turn the light on or off. In order to solve this problem, smart lamps are currently appearing. People can control the smart lamps to be turned on or off through the remote control, without the personnel going to the button on the wall, which is convenient to use.

A variety of existing smart lamps can control and adjust the lighting of the lamps themselves through remote control and other methods to form different lighting effects. This type of smart lamps improves people's quality of life to a certain extent. When people use smart lamps, they can connect the smart lamps with the smart terminal. At this time, the smart terminal is the remote control of the smart lamp.

People usually use smart lamps for work, study or reading, and people need to maintain a correct sitting posture when sitting at a desk. The correct sitting posture is an effective guarantee for study and work. Especially for young people, a good sitting posture can effectively avoid problems such as myopia and poor spinal development. However, due to long hours of work or study, people will become tired and tilt their bodies. If people maintain an incorrect sitting posture for a long time, work or study will affect people's health. It can be seen that the existing lamps cannot guarantee that the user maintains the correct use state.

Summary of the invention

The invention provides an intelligent terminal, an intelligent lamp, and a control method and system thereof, so as to solve the problem that the existing lamp cannot ensure that the user maintains the correct use state.

In the first aspect, the present invention provides a control system for a smart lamp, including: a smart lamp and a smart terminal connected to the smart lamp; the smart lamp includes an information interaction unit, a control unit, and an alarm unit; the smart terminal It is used to collect the user's status information and send the status information to the information interaction unit; the alarm unit is used to issue reminders according to the instructions of the control unit; the control unit is configured to perform the following steps:

Obtain the user's status information collected by the smart terminal; the status information includes head position information, left arm position information, and right arm position information; where the head position information is the position of the user's head in the correct sitting posture, which can be The height of the top of the head from the desktop is expressed; the left arm position information is the position of the left arm of the user in the correct sitting posture, which can be expressed by the relative distance between the left arm and the smart lamp; the right arm position information is the user’s right arm in the correct sitting posture The position can be represented by the relative distance between the right arm and the smart lamp.

According to the head position information, left arm position information, and right arm position information, determine whether the user's sitting posture is deviated; use the user's initial sitting posture as a reference, and after a period of time, determine the user based on the current sitting posture Whether there is a deviation in sitting posture;

If the sitting posture of the user deviates, a reminder instruction is generated;

The reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status. The form of the reminder can be a voice broadcast or a set music form. After hearing the reminder, the user knows that the current sitting posture is not standard and can make adjustments.

In a second aspect, the present invention also provides an intelligent lamp, including: a base and a lamp body, the lamp body is fixed on the base; the base is provided with an information interaction unit, a control unit and an alarm unit;

The information interaction unit is configured to obtain state information of the user collected by the smart terminal; the state information includes head position information, left arm position information, and right arm position information; wherein, the head position information indicates that the user is correct The position of the head in a sitting position can be represented by the height of the top of the head from the desktop; the left arm position information is the position of the user's left arm in the correct sitting position, which can be represented by the relative distance between the left arm and the smart lamp; the right arm position information is The position of the user's right arm in the correct sitting posture can be represented by the relative distance between the right arm and the smart lamp.

The control unit is configured to determine whether the user's sitting posture is deviated according to the head position information, left arm position information, and right arm position information; using the user's initial sitting posture as a reference, after a period of time, Judging whether the user has a deviation in sitting posture according to the current sitting posture; if the user’s sitting posture has deviated, a reminder instruction is generated, and the reminder instruction is sent to the alarm unit;

The alarm unit is configured to issue a reminder according to the reminder instruction to remind the user of the status; wherein the reminder form can be a voice broadcast or a set music form, and the user receives the reminder after hearing the reminder Know the current sitting posture is not standard, so as to adjust.

In the third aspect, the present invention also provides an intelligent terminal, including: an information collection unit and an information transmission unit;

The information collection unit is used to collect status information of the user and send the status information to the information sending unit; the status information includes head position information, left arm position information, and right arm position information; wherein, the head Position information is the position of the user’s head in the correct sitting posture, which can be represented by the height of the top of the head from the desktop; the left arm position information is the position of the user’s left arm in the correct sitting posture, which can be derived from the relative distance between the left arm and the smart lamp Represent; the right arm position information is the position of the user's right arm in the correct sitting posture, which can be represented by the relative distance between the right arm and the smart lamp.

The information sending unit is used to send the status information to the smart lamp, so that the smart lamp judges whether the sitting posture of the user appears according to the head position information, left arm position information, and right arm position information Deviation; Taking the user’s initial sitting posture as a reference, after a period of time, according to the current sitting posture to determine whether the user has a sitting posture deviation; and in the case of the user’s sitting posture deviation, a reminder instruction is generated; The reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status.

In a fourth aspect, the present invention also provides a method for controlling smart lamps, including the following steps:

The reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status; wherein the reminding form can be a voice broadcast or a set music form, and the user hears this After the reminder, I learned that the current sitting posture is not standard, so I can adjust it.

It can be seen from the above technical solutions that an intelligent terminal, a smart lamp, and a control method and system thereof provided by the embodiments of the present invention, the control system includes a smart lamp and a smart terminal; the smart terminal is used to collect user status information, and the smart lamp is equipped with There are information interaction unit, control unit and alarm unit. In the control method, the intelligent terminal collects status information in real time, and the status information includes head position information, left arm position information, and right arm position information. The information interaction unit receives the status information sent by the smart terminal, and the control unit determines whether the sitting posture of the user deviates. When the user's sitting posture deviates, a reminding instruction is generated and sent to the alarm unit to remind the user of the status. It can be seen that the smart terminal, smart lamp, and control method and system provided by the present invention can monitor the user's use status in real time, and issue an alarm when the body deviates to remind the user to correct the physical state, so that the user can always Use the lamps in the correct state.

Description of the drawings

Figure 1 is a schematic structural diagram of a control system for a smart lamp provided by an embodiment of the present invention;

2 is a flowchart of a method for controlling a smart lamp provided by an embodiment of the present invention;

Figure 3 is a scene diagram of a method for controlling a smart lamp provided by an embodiment of the present invention;

FIG. 4 is another scene diagram of a method for controlling a smart lamp provided by an embodiment of the present invention;

Fig. 5 is a block diagram of an interaction structure between a smart lamp and a smart terminal provided by an embodiment of the present invention.

detailed description

FIG. 1 is a schematic structural diagram of a control system of a smart lamp provided by an embodiment of the present invention; FIG. 2 is a flowchart of a control method of a smart lamp provided by an embodiment of the present invention.

Referring to Figure 1, a smart lamp control system provided by an embodiment of the present invention includes a smart lamp 400 and a smart terminal 300. The smart lamp 400 and the smart terminal 300 can communicate through a communication network 500, and the communication network 500 can adopt wireless communication. The way. The smart terminal 300 may be a mobile phone or a smart bracelet, which is used to collect the user's status information and send the status information to the smart lamp 400. The smart lamp 400 includes a lamp base 200 and a lamp body 100, and the lamp body 100 is fixed on the base 200. The information interaction unit 10, the control unit 20 and the alarm unit 30 in the base 200, the smart terminal 300 is placed on one side of the base 200, and the smart terminal 300 and the information interaction unit 10 perform data transmission. After the information interaction unit 10 receives the data information sent by the smart terminal 300, it is processed and sent to the control unit 20, and the control unit 20 controls the alarm unit 30 to issue an alarm according to the processing result to remind the user of the status.

Specifically, the intelligent lamp control system provided in this embodiment executes the control steps according to the method shown in Fig. 2:

S1. Obtain user status information collected by the smart terminal; the status information includes head position information, left arm position information, and right arm position information;

In order to enable the user to control the smart lamp 400 according to the state of the user during the use of the smart lamp 400 to remind the user to maintain a good form for work or study, in this embodiment, the smart terminal 300 is used to collect real-time data. User status information. The smart terminal 300 may be a mobile phone, a smart bracelet, etc., and is connected to a smart lamp via a wireless network to realize information transmission. The smart lamp 400 can be a desk lamp placed on the desktop or a wall lamp placed above the work area, which is used to provide a light source for the user when working or studying.

The state information of the user is collected by the smart terminal 300 in real time. The state information includes head position information, left arm position information, and right arm position information. Among them, the head position information is the user's head position in the correct sitting posture, which can be represented by the height of the top of the head from the desktop; the left arm position information is the user's left arm position in the correct sitting posture, which can be determined by the left arm and the smart lamp The right arm position information is the position of the user's right arm in the correct sitting posture, which can be represented by the relative distance between the right arm and the smart lamp 400.

The smart terminal 300 sends the collected information to the control unit 20 through the information interaction unit 10 provided in the smart lamp 400, and the control unit 20 processes and analyzes the received information to determine whether the user's state is normal, thereby achieving Status reminder.

S2, according to the head position information, left arm position information, and right arm position information, determine whether the sitting posture of the user deviates;

Specifically, after the user uses the smart lamp 400 to study or work for a period of time, the physical state of the user may become tired due to sitting in one state for a long time, and the body is prone to skew. However, when working or studying in an incorrect sitting posture, it is easy to affect the body of the user. Therefore, the user needs to be reminded according to the state of the user to correct the sitting posture.

The user's sitting posture is the most correct at the initial moment when using the smart lamp 400 for work or study. Therefore, the user's initial sitting posture can be used as a reference, and after a period of time, it is judged whether the user has a sitting posture deviation. In this embodiment, the user’s initial state information and current state information are compared, where the head position information includes initial head position information and current head position information, and the left arm position information includes initial left arm position information and current Left arm position information and right arm position information include initial right arm position information and current right arm position information.

In this embodiment, the control unit 20 of the control system determines whether the sitting posture of the user deviates according to the head position information, left arm position information, and right arm position information according to the following steps:

S21. Compare the user's initial head position information with the current head position information, perform a head comparison with the initial left arm position information and the current left arm position information, and perform a left arm comparison with the initial right arm position information and the current right arm position information. Compare the arm position information with the right arm;

S22. If the deviation of at least one of the head contrast, the left arm contrast, and the right arm contrast exceeds the deviation range, it is determined that the sitting posture of the user deviates;

S23. If the deviation of the head contrast, the left arm contrast, and the right arm contrast does not exceed the deviation range, it is determined that the sitting posture of the user does not deviate.

At the initial moment, the user’s head position, left arm position and right arm position form a reference frame. After a period of time, the user’s current head position is compared with the initial head position, and the current left arm The position is compared with the initial left arm position, and the current right arm position is compared with the initial right arm position.

As shown in Figure 3, when the deviation between the current head position and the initial head position exceeds the deviation range, it means that the user's head is seriously skewed. The possible situation is that the user is lying on the table or the user's body The skew is severe. When the user's current left arm position deviates to the left or right from the initial left arm position, the degree of the deviation exceeds the deviation range, indicating that the user's body is skewed. When the user's current right arm position deviates to the left or right from the initial right arm position, the degree of the deviation exceeds the deviation range, which can also indicate that the user's body is skewed.

Therefore, when any one of the user's head, left arm, and right arm is deviated, it can be determined that the user’s sitting posture is deviated; only when the user’s head position, left arm position and right arm position are all In the reference frame, or the deviation is within the deviation range, it can be determined that the user's sitting posture is not deviated.

It can be seen that the real-time collection of the user's status information by the smart terminal 300 can accurately determine whether the user has a sitting posture deviation, which is convenient for subsequent status reminding operations.

S3. If the user's sitting posture deviates, a reminder instruction is generated;

When it is determined that the sitting posture of the user has deviated, the control unit 20 generates a reminding instruction to remind the user to correct the sitting posture.

S4. Send a reminder instruction to the alarm unit to control the alarm unit to send out reminders to remind the user of the status.

The control unit 20 sends a reminder instruction to the alarm unit 30 so that the alarm unit 30 sends out an alarm reminder. The reminder can be in the form of voice broadcast or set music. After hearing the reminder, the user will know that the current sitting posture is not standard. To make adjustments.

When the user uses the smart lamp 400 for work, reading, or study, when he is very tired, he will feel sleepy, causing him to fall asleep on the table unconsciously. Therefore, in order to avoid that the smart lamp 400 is still turned on when the user is asleep, causing a waste of resources, the control system of the smart lamp provided in this embodiment can also control the smart lamp when the user is sleeping. Enter energy saving mode.

Specifically, the control system performs the following steps:

S301. Obtain pulse data collected by the smart terminal from the user;

The smart terminal 300 monitors the user's pulse data in real time, and sends it to the control unit 20 through the information interaction unit 10 in the smart lamp 400. When the user is in a different state, the pulse data will be different.

S302: If the pulse data of the user matches the pulse data during sleep, determine that the user is in a sleep state;

The smart lamp 400 will pre-store the user’s pulse data during sleep. The control unit 20 compares the real-time received pulse data with the pre-stored pulse data during sleep. If the real-time pulse data is located in the pre-stored pulse data during sleep Within the range of the data, it can be determined that the user is sleeping.

S303: When the user is in the sleep state for more than a preset period of time, generate a control instruction to make the smart lamp enter an energy-saving mode.

After judging that the user is in a sleep state, because the user cannot reach deep sleep while sleeping in a sitting posture, he will wake up during sleep. If the user wakes up within a short time after entering the sleep state , There is no need to control the smart lamp 400 to enter the energy-saving state. Therefore, after determining that the user is in the sleep state, it is also necessary to determine whether the user's time after the sleep state exceeds the preset duration.

When the time after the user enters the sleep state exceeds the preset time, it indicates that the user has entered deep sleep. At this time, the control unit 20 can control the smart lamp to enter the energy-saving mode according to the control command; if the time after the user enters the sleep state does not exceed the preset time Setting the duration means that the user is awake within a short period of time after entering the sleep state, and there is no need to switch the energy-saving mode at this time.

It can be seen that this embodiment judges whether the user enters the sleep state according to the pulse data of the user, and further determines whether the user enters the deep sleep state. Only after the user enters the deep sleep state, a control command is generated to make the smart lamp 400 enter the energy-saving mode to avoid Cause a waste of resources.

When the intelligent lamp control system provided in this embodiment is performing status reminders, it can also be implemented in the form of monitoring whether the user has a sudden physical condition, for example, the elderly are frail and sick, and are prone to sudden emergencies, so that family members can quickly The method provided in this embodiment can also monitor the physiological parameters of the user, and determine whether the user has an emergency situation based on the physiological parameters monitored in real time, so as to alert and notify other family members Deal with it as soon as possible.

Specifically, the control system provided in this embodiment executes the control process according to the following steps:

S401: Obtain physiological parameters of the user collected by the intelligent terminal;

The smart terminal 300 collects the physiological parameters of the user in real time, and sends them to the control unit 20 through the information interaction unit 10 in the smart lamp 400. Among them, physiological parameters include heart rate, respiratory rate and other values.

S402: Determine whether the physiological parameter exceeds the range of the normal physiological parameter according to the physiological parameter of the user;

When a person is in a normal state, that is, when the physiological parameters with vital signs are within a certain range, the physiological parameters of the user in normal times are pre-stored in the smart lamp 400, and the physiological parameters of the user monitored in real time are stored in advance. The physiological parameters are compared under normal conditions to determine whether the user has an emergency.

S403: If the physiological parameter of the user is not within the normal physiological parameter range, generate an alarm instruction;

S404: Send the alarm instruction to the alarm unit to control the alarm unit to issue an alarm.

When the user's physiological parameters are not within the range of normal physiological parameters, it means that the user has an emergency situation. At this time, an alarm instruction is generated and sent to the alarm unit, and the alarm unit emits a sound to remind other family members to come quickly Look after users. In order to distinguish it from the state reminding of the smart lamp, the content broadcast by the alarm unit here needs to be different from the previous embodiment, and the broadcast volume can also be set to a different volume, so as to prevent the smart lamp from being reminded in a normal state. Other family members mistakenly believed that the user had an emergency, which affected the user’s experience.

It can be seen that the control system provided by this embodiment can monitor the physiological parameters of the user in real time through the intelligent terminal 300, and determine whether the user has an emergency, so as to issue an alarm, so that other family members can deal with it quickly and avoid the user’s life. Danger.

As shown in Figure 4, since the mobile phones of multiple users in a family will be wirelessly connected to the smart lamp, so that each family member can control the smart lamp. Therefore, the status information of the user detected by the smart terminal 300 may be more than two people. At this time, if one of them is in the working area and the other is in other places, the smart lamp cannot determine which one to use. As the target user, the smart lamp cannot make accurate judgments of the user's status, and thus cannot provide accurate status reminders.

Therefore, in the control system of the smart lamp provided in this embodiment, when the user carrying the smart terminal includes at least two persons, the control system executes the following method steps:

S101: In a case where the users carrying the smart terminal include at least two persons, obtain the distance between the corresponding user and the lamp detected by each smart terminal;

The distance between the user and the smart lamp refers to the shortest length of the user from the smart lamp 400 when the user uses the smart lamp 400.

When the users carrying the smart terminal 300 include at least two people, in order to ensure that the smart lamps can control the smart lamps accurately according to the status information of the users in the work area, it is necessary to obtain the detection information sent by each smart terminal , That is, the distance between each user and the smart lamp.

S102: Determine whether each user meets the distance control range according to the distance between each user and the smart lamp;

Since the distance between the user and the smart lamp is very short when the user is in the working area, a distance control range can be set in advance. When the distance between the user and the smart lamp is within this range, the user can be determined to use If the user is in the working area, if the distance between the user and the smart lamp is not within this range, it can be determined that the user is not in the working area.

For example, the distance control range can be set to 0～100cm. When the distance between the user and the smart lamp is 60cm, it means that the user is in the working area; when the distance between the user and the smart lamp is 200cm, it means the use The person is not in the work area.

As shown in Figure 4, the distance values between the user A, the user B, and the user C corresponding to the smart lamp are respectively obtained. The distance control range is shown by the dotted line in Fig. 4, and the part within the circular dotted line is the condition that satisfies the distance control range. Therefore, in the current state, user A satisfies the distance control range, and user B and user C do not satisfy the distance control range.

S103: If the distance between one of the users and the smart lamp is within the distance control range, the user whose distance between the user and the smart lamp meets the distance control range is determined as the target user;

The real-time detection of the distance between the user and the smart lamp corresponding to each user is compared with the distance control range. If it is determined that there is a user in the work area, the user is determined as the target user. The user is the user who can control the smart lamp according to the user's information, such as user A shown in FIG. 4.

S104. Perform the step of reminding the target user based on the status information of the target user.

After the target user is determined, the smart lamp can be controlled according to the status information of the target user to realize the function of reminding the state of the smart lamp.

It can be seen that the control system can accurately determine the target user who can control the smart lamp when the smart lamp is connected to the smart terminal of multiple users, that is, it can accurately remind the user who needs status reminder , To avoid misoperation.

It can be seen from the above technical solutions that a smart lamp control system provided by an embodiment of the present invention includes a smart lamp and a smart terminal; the smart terminal is used to collect user status information, and the smart lamp is equipped with an information interaction unit and control Unit and alarm unit. In the control method, the intelligent terminal collects status information in real time, and the status information includes head position information, left arm position information, and right arm position information. The information interaction unit receives the status information sent by the smart terminal, and the control unit determines whether the sitting posture of the user deviates. When the user's sitting posture deviates, a reminding instruction is generated and sent to the alarm unit to remind the user of the status. It can be seen that the intelligent lamp system provided by the present invention can monitor the user's use state in real time, and send an alarm when the body deviates to remind the user to correct the physical state, so that the user can always use the lamp in the correct state.

As shown in FIG. 5, an embodiment of the present invention provides a smart lamp for executing the control method of the smart lamp shown in FIG. 2. The smart lamp includes: a base 200 and a lamp body 100, the lamp body 100 being fixed on On the base 200; the base 200 is provided with an information interaction unit 10, a control unit 20, and an alarm unit 30;

The information interaction unit 10 is configured to obtain state information of the user collected by the smart terminal; the state information includes head position information, left arm position information, and right arm position information;

The control unit 20 is configured to determine whether the sitting posture of the user deviates according to the head position information, left arm position information, and right arm position information; if the sitting posture of the user deviates, a reminder instruction is generated , And send the reminding instruction to the alarm unit 30;

The alarm unit 30 is configured to issue a reminder according to the reminder instruction to remind the user of the status.

Optionally, the head position information includes initial head position information and current head position information, the left arm position information includes initial left arm position information and current left arm position information, and the right arm position information includes initial head position information. Right arm position information and current right arm position information; and, the control unit 20 is further configured to:

The user’s initial head position information and current head position information are compared with the head, the initial left arm position information and the current left arm position information are compared with the left arm, and the initial right arm position information and the current right arm position are compared. Information is compared with the right arm;

If the deviation of at least one of the head contrast, left arm contrast, and right arm contrast exceeds the deviation range, it is determined that the sitting posture of the user is deviated;

If the deviation of the head contrast, left arm contrast, and right arm contrast does not exceed the deviation range, it is determined that the sitting posture of the user does not deviate.

Optionally, the information exchange unit 10 is further configured to:

Obtain the pulse data of the user collected by the smart terminal;

If the pulse data of the user matches the pulse data during sleep, determining that the user is in a sleep state; and,

The control unit 20 is further configured to generate a control instruction to make the smart lamp enter an energy-saving mode when the user is in a sleep state for more than a preset time period.

Optionally, the information exchange unit 10 is further configured to:

Obtain the physiological parameters of the user collected by the intelligent terminal;

According to the physiological parameters of the user, determine whether it exceeds the range of normal physiological parameters; and,

The control unit 20 is further configured to generate an alarm instruction if the physiological parameter of the user is not within the range of the normal physiological parameter;

The alarm instruction is sent to the alarm unit to control the alarm unit to issue an alarm.

Optionally, the information exchange unit 10 is further configured to:

When there are at least two users carrying the smart terminal, acquiring the distance between the corresponding user and the smart lamp detected by each smart terminal;

According to the distance between each user and the smart lamp, determine whether each user meets the distance control range; and,

The control unit 20 is further configured to: if one of the distances between the user and the smart lamp is within the distance control range, the distance between the user and the smart lamp meets the distance control range The corresponding user is determined as the target user;

According to the status information of the target user, the step of reminding the target user is executed.

As shown in FIG. 5, an intelligent terminal provided by an embodiment of the present invention includes: an information collecting unit 301 and an information sending unit 302;

The information collection unit 301 is used to collect user status information and send the status information to the information sending unit; the status information includes head position information, left arm position information, and right arm position information;

The information sending unit 302 is configured to send the status information to the smart lamp, so that the smart lamp determines whether the user’s sitting posture is based on the head position information, left arm position information, and right arm position information. A deviation occurs; and when the sitting posture of the user deviates, a reminding instruction is generated; the reminding instruction is sent to an alarm unit to control the alarm unit to issue a reminder to remind the user of the status.

Optionally, the information collection unit 301 is also used to collect pulse data of the user; the information sending unit 302 is used to send the pulse data to the smart lamp, so that the smart lamp can determine the user's pulse Whether the pulse data matches the pulse data during sleep, and determining that the user is in a sleep state;

And when the user is in the sleep state for more than a preset time period, a control instruction is generated to make the lamp enter the energy-saving mode.

Optionally, the information collection unit 301 is also used to collect the physiological parameters of the user; the information sending unit 302 is used to send the physiological parameters to the smart lamp, so that the smart lamp is based on the user's Physiological parameters, to determine whether it exceeds the range of normal physiological parameters; and when the physiological parameters of the user are not within the range of normal physiological parameters, generate an alarm instruction; send the alarm instruction to the alarm unit to control the alarm unit to issue alarm.

Optionally, when the users carrying the smart terminal include at least two persons, the information collection unit 301 is also used to detect the distance between each user and the lamp; the information sending unit 302 is used to The distance between each user and the lamp is sent to the smart lamp, so that the smart lamp judges whether each user meets the distance control range according to the distance between each user and the lamp; and If the distance between one of the users and the lamp is within the distance control range, the user whose distance between the user and the lamp meets the distance control range is determined as the target user; according to the target The user's status information, and perform the steps to remind the target user of the status.

As shown in Figure 2, an embodiment of the present invention provides a method for controlling a smart lamp, including the following steps:

Acquiring state information of the user collected by the smart terminal; the state information includes head position information, left arm position information, and right arm position information;

Judging whether the sitting posture of the user deviates according to the head position information, left arm position information, and right arm position information;

The reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status.

Optionally, the head position information includes initial head position information and current head position information, the left arm position information includes initial left arm position information and current left arm position information, and the right arm position information includes initial head position information. Right arm position information and current right arm position information; and, according to the head position information, left arm position information, and right arm position information, determine whether the sitting posture of the user deviates according to the following steps:

Optionally, it also includes:

Obtain the pulse data of the user collected by the smart terminal;

If the pulse data of the user matches the pulse data during sleep, determining that the user is in a sleep state;

In the case that the user is in the sleep state for more than a preset period of time, a control instruction is generated to make the lamp enter an energy-saving mode.

Optionally, it also includes:

According to the physiological parameters of the user, it is judged whether it exceeds the range of normal physiological parameters;

If the physiological parameter of the user is not within the normal physiological parameter range, generate an alarm instruction;

Optionally, it also includes:

In the case where the users carrying the smart terminal include at least two persons, acquiring the distance between the corresponding user and the lamp detected by each smart terminal;

Determine whether each user meets the distance control range according to the distance between each user and the lamp;

If there is one of the distances between the user and the lamp within the distance control range, the user whose distance between the user and the lamp meets the distance control range is determined as the target user;

Claims

A control system for a smart lamp, characterized by comprising: a smart lamp and a smart terminal connected to the smart lamp; the smart lamp includes an information interaction unit, a control unit, and an alarm unit; the smart terminal is used for collection and use And send the status information to the information interaction unit; the alarm unit is used to issue a reminder according to the instruction of the control unit; the control unit is configured to perform the following steps:

Acquiring state information of the user collected by the smart terminal; the state information includes head position information, left arm position information, and right arm position information;

Judging whether the sitting posture of the user deviates according to the head position information, left arm position information, and right arm position information;

If the sitting posture of the user deviates, a reminder instruction is generated;

The reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status.
The system according to claim 1, wherein the head position information includes initial head position information and current head position information, and the left arm position information includes initial left arm position information and current left arm position information , The right arm position information includes initial right arm position information and current right arm position information; and, the control unit is further configured to perform the following steps:

The user’s initial head position information and current head position information are compared with the head, the initial left arm position information and the current left arm position information are compared with the left arm, and the initial right arm position information and the current right arm position are compared. Information is compared with the right arm;

If the deviation of at least one of the head contrast, left arm contrast, and right arm contrast exceeds the deviation range, it is determined that the sitting posture of the user is deviated;

If the deviation of the head contrast, left arm contrast, and right arm contrast does not exceed the deviation range, it is determined that the sitting posture of the user does not deviate.
The system according to claim 1, wherein the control unit is further configured to perform the following steps:

Obtain the pulse data of the user collected by the smart terminal;

If the pulse data of the user matches the pulse data during sleep, determining that the user is in a sleep state;

In the case that the user is in the sleep state for more than a preset period of time, a control instruction is generated to make the lamp enter an energy-saving mode.
The system according to claim 1, wherein the control unit is further configured to perform the following steps:

Obtain the physiological parameters of the user collected by the intelligent terminal;

According to the physiological parameters of the user, it is judged whether it exceeds the range of normal physiological parameters;

If the physiological parameter of the user is not within the normal physiological parameter range, generate an alarm instruction;

The alarm instruction is sent to the alarm unit to control the alarm unit to issue an alarm.
The system according to claim 1, wherein the control unit is further configured to perform the following steps:

In the case where there are at least two users carrying the smart terminal, acquiring the distance between the corresponding user and the lamp detected by each smart terminal;

Judging whether each user meets the distance control range according to the distance between each user and the lamp;

If there is one of the distances between the user and the lamp within the distance control range, the user whose distance between the user and the lamp meets the distance control range is determined as the target user;

According to the status information of the target user, the step of reminding the target user is executed.
An intelligent lamp, characterized by comprising: a base and a lamp body, the lamp body is fixed on the base; the base is provided with an information interaction unit, a control unit and an alarm unit;

The information interaction unit is configured to obtain state information of the user collected by the smart terminal; the state information includes head position information, left arm position information, and right arm position information;

The control unit is configured to determine whether the sitting posture of the user deviates according to the head position information, left arm position information, and right arm position information; if the sitting posture of the user deviates, a reminder instruction is generated, And send the reminding instruction to the alarm unit;

The alarm unit is configured to issue a reminder according to the reminder instruction to remind the user of the status.
An intelligent terminal, characterized by comprising: an information collecting unit and an information sending unit;

The information collection unit is used to collect the user's status information and send the status information to the information sending unit; the status information includes head position information, left arm position information, and right arm position information;

The information sending unit is used to send the status information to the smart lamp, so that the smart lamp determines whether the user's sitting posture appears according to the head position information, left arm position information, and right arm position information Deviation; and in the case of a deviation of the sitting posture of the user, a reminding instruction is generated; the reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status.
A method for controlling a smart lamp is characterized in that it comprises the following steps:

Acquiring state information of the user collected by the smart terminal; the state information includes head position information, left arm position information, and right arm position information;

Judging whether the sitting posture of the user deviates according to the head position information, left arm position information, and right arm position information;

If the sitting posture of the user deviates, a reminder instruction is generated;

The reminding instruction is sent to the alarm unit to control the alarm unit to issue a reminder to remind the user of the status.