CN112951403A - Posture correcting belt control method and system and readable storage medium - Google Patents
Posture correcting belt control method and system and readable storage medium Download PDFInfo
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Abstract
The invention discloses a posture correction belt control method, which comprises the following steps: the posture correcting belt receives target posture correcting data sent by the posture correcting management equipment; executing posture correction operation according to the target posture correction data, and acquiring running data of the posture correction belt and posture correction data of a posture correction belt wearer; and transmitting the running data and the posture correcting data to a cloud end from the posture correcting zone so as to realize remote control of the posture correcting zone through the cloud end. The invention also discloses a posture correction belt control system and a readable storage medium. Through the operation data that will rectify the appearance area and rectify appearance area person of wearing's appearance data from rectifying the appearance area transmission to high in the clouds for can realize the remote control to rectifying the appearance area through the high in the clouds, be favorable to improving and rectify the appearance effect.
Description
Technical Field
The invention relates to the technical field of medical posture correction, in particular to a posture correction belt control method, a posture correction belt control system and a readable storage medium.
Background
For adolescents and other using groups, the posture correcting effect of the posture correcting belt is poor due to poor self-control capability and the like, so that the function of the posture correcting belt cannot be fully exerted. Therefore, in the process of using the posture correction belt by teenagers, parents can preferably conduct real-time management and control so as to ensure that children can reasonably use the posture correction belt. However, parents cannot accompany the children at all times for reasons such as work and the like to supervise, and the existing posture correction belt control scheme cannot meet the real-time supervision requirements of the parents, so that teenagers cannot achieve a better posture correction effect in the process of using the posture correction belt.
Disclosure of Invention
The invention mainly aims to provide a posture correction belt control method, a posture correction belt control system and a readable storage medium, and aims to solve the problem that a posture correction belt control scheme in the prior art cannot meet the real-time supervision requirement of parents, so that teenagers cannot achieve a better posture correction effect in the process of using the posture correction belt.
In order to achieve the above object, the present invention provides a method for controlling a pose correction band, in which the pose correction band is connected to pose correction management equipment and a cloud, and the cloud is connected to the pose correction management equipment, the method comprising the steps of:
the posture correcting belt receives target posture correcting data sent by the posture correcting management equipment;
executing posture correction operation according to the target posture correction data, and acquiring running data of the posture correction belt and posture correction data of a posture correction belt wearer;
and transmitting the running data and the posture correcting data to a cloud end from the posture correcting zone so as to realize remote control of the posture correcting zone through the cloud end.
Optionally, the step of transmitting the operation data and the pose correction data from the pose correction band to a cloud includes:
transmitting the operation data and the posture correction data from the posture correction belt to the posture correction management equipment;
and transmitting the running data and the posture correcting data to a cloud end by the posture correcting management equipment.
Optionally, after the step of transmitting the operation data and the pose correction data from the pose correction band to a cloud, the method includes:
receiving posture correcting regulation and control data sent by the posture correcting management equipment through a cloud end, wherein the posture correcting regulation and control data are sent by the posture correcting management equipment based on the operation data and the posture correcting data;
and executing posture correcting operation according to the posture correcting regulation and control data so as to realize remote control of the posture correcting belt.
The invention also provides a posture correcting belt control method, in the method, a posture correcting belt is connected with the posture correcting management device and the cloud end, and the cloud end is connected with the posture correcting management device, the method comprises the following steps:
the posture correcting management equipment acquires operation data of the posture correcting belt and posture correcting data of a posture correcting belt wearer from a cloud end, and the operation data and the posture correcting data are uploaded to the cloud end by the posture correcting belt;
generating posture correction control data of the posture correction belt according to the operation data and the posture correction data;
and issuing the posture correction control data to the posture correction belt through a cloud end so as to control the posture correction belt to execute posture correction operation according to the posture correction control data.
Optionally, the step of generating posture correction control data of the posture correction belt according to the operation data and the posture correction data includes:
generating tightness control data of the posture correcting belt according to the posture correcting data;
generating posture correction time control data and posture correction frequency control data of the posture correction belt according to the operation data and the posture correction data;
and taking the tightness control data, the posture correction time control data and the posture correction times control data as posture correction control data of the posture correction belt.
Optionally, after the step of acquiring the running data and the posture correction data of the posture correction band during posture correction operation from the cloud, the method further includes
If a data viewing instruction initiated by a target user is received, determining the viewing permission of the target user and a viewing object corresponding to the data viewing instruction;
and if the viewing permission is matched with the viewed object, outputting the running data and the posture correcting data corresponding to the viewed object to a display interface for displaying.
Optionally, after the step of outputting the torso angle data and the device data of the viewing object to a display interface for displaying, the method further includes:
receiving a posture correcting adjustment instruction, wherein the posture correcting adjustment operation is triggered based on the running data and the posture correcting data displayed on the display interface;
and issuing the posture correcting adjusting instruction to the posture correcting belt through a cloud end so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting adjusting instruction.
The invention also provides a posture correcting belt control method, in the method, a posture correcting belt is connected with the posture correcting management device and the cloud end, and the cloud end is connected with the posture correcting management device, the method comprises the following steps:
the cloud receives operation data and posture correcting data transmitted by the posture correcting belt, wherein the operation data and the posture correcting data are data collected when the posture correcting belt executes posture correcting operation;
transmitting the operating data and the posture correcting data to posture correcting management equipment, and receiving posture correcting regulation and control data sent by the posture correcting management equipment based on the operating data and the posture correcting data;
and sending the posture correcting regulation and control data to the posture correcting belt so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting regulation and control data.
In addition, in order to achieve the above object, the present invention further provides a posture correction belt control system, which includes a memory, a processor, and a posture correction belt control program stored on the processor and capable of running on the processor, wherein the processor implements the steps of the posture correction belt control method when executing the posture correction belt control program.
In addition, to achieve the above object, the present invention further provides a readable storage medium having a posture correction belt control program stored thereon, wherein the posture correction belt control program, when executed by a processor, implements the steps of the posture correction belt control method as described above.
In the embodiment of the invention, the target posture correction data sent by the posture correction management equipment is received through the posture correction band, the posture correction operation is executed according to the target posture correction data, then the posture correction data of the posture correction band wearer of the operation data uiji of the posture correction band is obtained, and the operation data and the posture correction data are transmitted to the cloud end from the posture correction band, so that the remote control of the posture correction band can be realized through the cloud end, the situation that the posture correction function of the posture correction band cannot be fully exerted because parents cannot carry out the supervision around the body constantly for wearing groups such as teenagers and the like is avoided. That is, realize the long-range management and control to the appearance area of rectifying through the high in the clouds, the appearance effect of rectifying that can full play the appearance area of rectifying improves the appearance effect of rectifying.
Drawings
FIG. 1 is a schematic structural diagram of a posture correction band control system in a hardware operating environment according to an embodiment of the present invention;
FIG. 2 is a schematic flow chart of a posture correction belt control method according to a first embodiment of the present invention;
FIG. 3 is a flowchart illustrating a posture correction band control method according to a second embodiment of the present invention;
FIG. 4 is a schematic diagram of a posture correction belt structure in an embodiment of the posture correction belt control method of the present invention;
FIG. 5 is a flowchart illustrating a posture correction band control method according to a third embodiment of the present invention.
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The main solution of the invention is: the posture correcting belt receives target posture correcting data sent by the posture correcting management equipment; executing posture correction operation according to the target posture correction data, and acquiring running data of the posture correction belt and posture correction data of a posture correction belt wearer; and transmitting the running data and the posture correcting data to a cloud end from the posture correcting zone so as to realize remote control of the posture correcting zone through the cloud end.
The existing posture correction belt cannot realize remote supervision and control, so that a good posture correction effect cannot be achieved when a teenager and other wearing groups wear the posture correction belt to correct the posture. Therefore, the invention provides a posture correction belt control method, a posture correction belt control system and a readable storage medium, after receiving target posture correction data sent by the posture correction management equipment through the posture correction belt, the posture correction operation is executed according to the target posture correction data, the operation data of the posture correction belt and the posture correction data of a posture correction belt wearer are obtained, and then the operation data and the posture correction data are transmitted to the cloud end from the posture correction belt, so that the remote control of the posture correction belt can be realized through the cloud end. So, can play fine supervision and management and control effect to the appearance process of correcting of wearing the crowd such as teenager, and then can improve and correct the appearance effect.
Referring to fig. 1, fig. 1 is a schematic structural diagram of a posture correction band control system in a hardware operating environment according to an embodiment of the present invention.
As shown in fig. 1, the posture correction band control system may include: a communication bus 1002, a processor 1001, such as a CPU, a user interface 1003, a network interface 1004, and a memory 1005. Wherein a communication bus 1002 is used to enable connective communication between these components. The user interface 1003 may include a Display screen (Display), an input unit such as a Keyboard (Keyboard), and the optional user interface 1003 may also include a standard wired interface, a wireless interface. The network interface 1004 may optionally include a standard wired interface, a wireless interface (e.g., WI-FI interface). The memory 1005 may be a high-speed RAM memory or a non-volatile memory (e.g., a magnetic disk memory). The memory 1005 may alternatively be a storage device separate from the processor 1001.
Those skilled in the art will appreciate that the configuration of the belt control system shown in figure 1 does not constitute a limitation of the belt control system and may include more or fewer components than shown, or some components in combination, or a different arrangement of components.
In the posture correcting belt control system shown in fig. 1, the network interface 1004 is mainly used for connecting a background server and performing data communication with the background server; the user interface 1003 is mainly used for connecting a client (user side) and performing data communication with the client; and the processor 1001 may be configured to call the posture correction band control program stored in the memory 1005, and perform the following operations:
the posture correcting belt receives target posture correcting data sent by the posture correcting management equipment;
executing posture correction operation according to the target posture correction data, and acquiring running data of the posture correction belt and posture correction data of a posture correction belt wearer;
and transmitting the running data and the posture correcting data to a cloud end from the posture correcting zone so as to realize remote control of the posture correcting zone through the cloud end.
Alternatively, the processor 1001 may call the posture correction band control program stored in the memory 1005, and also perform the following operations:
transmitting the operation data and the posture correction data from the posture correction belt to the posture correction management equipment;
and transmitting the running data and the posture correcting data to a cloud end by the posture correcting management equipment.
Optionally, after the step of transmitting the operation data and the pose correction data from the pose correction band to the cloud, the processor 1001 may call a pose correction band control program stored in the memory 1005, and further perform the following operations:
receiving posture correcting regulation and control data sent by the posture correcting management equipment through a cloud end, wherein the posture correcting regulation and control data are sent by the posture correcting management equipment based on the operation data and the posture correcting data;
and executing posture correcting operation according to the posture correcting regulation and control data so as to realize remote control of the posture correcting belt.
Alternatively, the processor 1001 calls the posture correction band control program stored in the memory 1005, and performs the following operations:
the posture correcting management equipment acquires operation data of the posture correcting belt and posture correcting data of a posture correcting belt wearer from a cloud end, and the operation data and the posture correcting data are uploaded to the cloud end by the posture correcting belt;
generating posture correction control data of the posture correction belt according to the operation data and the posture correction data;
and issuing the posture correction control data to the posture correction belt through a cloud end so as to control the posture correction belt to execute posture correction operation according to the posture correction control data.
Alternatively, the processor 1001 may call the posture correction band control program stored in the memory 1005, and also perform the following operations:
generating tightness control data of the posture correcting belt according to the posture correcting data;
generating posture correction time control data and posture correction frequency control data of the posture correction belt according to the operation data and the posture correction data;
and taking the tightness control data, the posture correction time control data and the posture correction times control data as posture correction control data of the posture correction belt.
Optionally, after the step of acquiring the running data and the pose correction data when the pose correction band executes the pose correction operation from the cloud, the processor 1001 may call the pose correction band control program stored in the memory 1005, and further execute the following operations:
if a data viewing instruction initiated by a target user is received, determining the viewing permission of the target user and a viewing object corresponding to the data viewing instruction;
and if the viewing permission is matched with the viewed object, outputting the running data and the posture correcting data corresponding to the viewed object to a display interface for displaying.
Alternatively, after the step of outputting the torso angle data and the device data of the viewing object to the display interface for displaying, the processor 1001 may call the posture correction band control program stored in the memory 1005, and further perform the following operations:
receiving a posture correcting adjustment instruction, wherein the posture correcting adjustment operation is triggered based on the running data and the posture correcting data displayed on the display interface;
and issuing the posture correcting adjusting instruction to the posture correcting belt through a cloud end so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting adjusting instruction.
Alternatively, the processor 1001 may call the posture correction band control program stored in the memory 1005, and also perform the following operations:
the cloud receives operation data and posture correcting data transmitted by the posture correcting belt, wherein the operation data and the posture correcting data are data collected when the posture correcting belt executes posture correcting operation;
transmitting the operating data and the posture correcting data to posture correcting management equipment, and receiving posture correcting regulation and control data sent by the posture correcting management equipment based on the operating data and the posture correcting data;
and sending the posture correcting regulation and control data to the posture correcting belt so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting regulation and control data.
Referring to fig. 2, fig. 2 is a flowchart of a method for controlling a posture-correcting belt according to a first embodiment of the present invention, in this embodiment, the method for controlling the posture-correcting belt includes the following steps:
step S10: the posture correcting belt receives target posture correcting data sent by the posture correcting management equipment;
when a user wears the posture correcting belt, the posture correcting parameters can be adjusted only by the posture correcting belt automatically, or the user triggers a function key on the posture correcting belt to adjust, so that the posture correcting belt is not only unfavorable for the operation of the wearer, but also cannot be remotely controlled, and is unfavorable for real-time supervision of the posture correcting process. Thus, when the wearer is loose, the posture correction effect is reduced because the function of the posture correction belt cannot be fully exerted. Therefore, the embodiment provides a posture correction belt control method, which can remotely control the posture correction belt through interaction among the posture correction belt, the posture correction management device and the cloud, and not only can play a role of remote supervision, but also can remotely adjust posture correction parameters of the posture correction belt so as to fully play a role of posture correction of the posture correction belt.
Specifically, in this embodiment, the gesture correction band can be connected with the cloud and also can be connected with the gesture correction management device, and the gesture correction management device can be connected with the cloud. The posture correcting belt can comprise a WIFI module, can be provided with an internet of things card and can be connected with the cloud end through WiFi or an internet of things (such as 2G/3G/4G/5G); the posture correcting belt further comprises a Bluetooth module, and can be connected with the posture correcting management equipment in a Bluetooth/WIFI/Internet of things/wired mode and the like. The posture correction management equipment can be provided with an application program (APP), an applet, a public number or the like for managing the posture correction belt, so that a wearer, a family of the wearer or other authorized users can perform posture correction management on the wearer.
Therefore, when the posture correction belt receives the target posture correction data sent by the posture correction management equipment, the received target posture correction data can be directly transmitted to the posture correction belt by the posture correction management equipment, or can be transmitted to the cloud end by the posture correction management equipment and then transmitted to the posture correction belt by the cloud end. Different transmission modes can be adopted according to different application scenes. For example, when the distance between the posture correction management device and the posture correction belt is short, the posture correction management device and the posture correction belt can be directly connected, and then the target posture correction data is directly sent to the posture correction belt from the posture correction management device; when the distance between the posture correcting management equipment and the posture correcting belt is far, the posture correcting management equipment can transmit target posture correcting data to the posture correcting belt through the cloud. The target posture correcting data can be posture correcting data which is set on the posture correcting management equipment by a wearer and meets the requirement of self comfort level, or posture correcting data which is set by a remote supervision user according to the history posture correcting data of the wearer and meets the posture correcting habit of the wearer. The target posture correction data can specifically comprise posture correction related data such as body angle data of a wearer in the posture correction process, temperature control data in the posture correction process and the like.
Step S20: executing posture correction operation according to the target posture correction data, and acquiring running data of the posture correction belt and posture correction data of a wearer of the posture correction belt;
after receiving the target posture correcting data, the posture correcting belt can execute posture correcting operation according to the target posture correcting data. Specifically, the posture correction band is provided with an angle sensor for detecting torso angle data of the wearer. When the target posture correction data comprises preset trunk angle data, if the trunk angle data of the wearer is larger than the preset trunk angle data, the posture correction belt can automatically execute posture correction operation until the trunk angle data of the wearer is corrected to the preset trunk angle degree and maintained for a period of time, and then the posture correction is stopped. At this time, the wearer is consciously kept in the correct sitting posture and standing posture due to his/her self-alert awareness. And the problems of muscle stiffness, unsmooth blood flow and the like of a wearer caused by long-term tensioning of the posture correcting belt can be avoided after the posture correcting belt is relaxed, so that the physical and mental health is influenced. Besides the habit of the wearer, the posture of the wearer is also related to various factors such as physical factors of the wearer and weather factors, for example, the sitting posture of the wearer is not correct due to scapulohumeral periarthritis or cold weather. At this time, if the target posture correction data includes preset temperature data, the temperature data of the posture correction belt may be raised to the preset temperature data while the posture correction operation is performed, so that the torso angle data of the wearer is corrected to the preset torso angle data under the preset temperature data. Therefore, in the process of correcting the posture, the condition that the body of a wearer is stiff can be avoided, and the posture correcting belt is forcibly tensioned to damage the body of the wearer.
In addition, in the process of executing the posture correcting operation by the posture correcting belt, the running data of the posture correcting belt and the posture correcting data of the wearer can be acquired in real time. Here, the operation data of the posture correction belt may include electric quantity data, positioning data, working time data, and the like of the posture correction belt in the posture correction process; the posture correction data of the wearer may include: the body angle data, the posture correcting time, the posture correcting times and the like of the wearer in the posture correcting process.
Step S30: transmitting the operation data and the posture correcting data from the posture correcting belt to a cloud end so as to realize remote control of the posture correcting belt through the cloud end;
in order to realize remote control in the posture correcting process of the posture correcting belt, the operation data and the posture correcting data need to be transmitted to the cloud from the posture correcting belt, so that a remote supervision user can acquire the operation data of the posture correcting belt and the posture correcting data of a wearer in real time from the cloud. Here, the mode of transmitting the operation data and the pose correction data from the pose correction band to the cloud may be: when the posture correcting belt is connected with the cloud end, the operation data and the posture correcting data are directly transmitted to the cloud end from the posture correcting belt; when the posture correction belt is connected with the posture correction management device and the posture correction management device is connected with the cloud, the operation data and the posture correction data can be transmitted to the posture correction management device from the posture correction belt, and then the operation data and the posture correction data are transmitted to the cloud by the posture correction management device. When the two transmission modes are established, reasonable selection can be performed according to different application scenes and application requirements. For example, it may be preferable to directly transmit the operation data and the pose correction data from the pose correction band to the cloud for efficiency and security.
After the operation data of the posture correction band and the posture correction data of the wearer are acquired from the cloud, the remote supervision user can trigger a posture correction data regulation and control instruction on the posture correction management device based on the acquired operation data and the posture correction data. After receiving the posture correcting data regulating and controlling instruction, the posture correcting management equipment can generate posture correcting regulating and controlling data corresponding to the posture correcting data regulating and controlling instruction. The posture correcting control data are sent to the posture correcting belt from the posture correcting management equipment, so that the posture correcting belt can execute posture correcting operation according to the posture correcting control data, the remote control of the posture correcting belt is realized, and the problem that the posture correcting effect is poor and the user experience is influenced due to poor self-discipline capability of a wearer or the fact that the posture correcting parameters are not adjusted timely is avoided. Here, the posture-correcting control data may include: the tightness regulating data of the posture correcting belt, the posture correcting time regulating data and the like. Wherein, the tightness regulation and control data can be determined according to the posture correction data of the wearer; the posture correcting time regulation and control data can be determined according to the posture correcting data of the wearer and the operation data of the posture correcting belt.
When the tightness regulating and controlling data is determined according to the posture correcting data of the wearer, the posture correcting data of the wearer can be matched with the target posture correcting data, if the tightness regulating and controlling data is inconsistent with the target posture correcting data, the posture correcting parameters of the posture correcting belt in the posture correcting process need to be adjusted, and at the moment, corresponding posture correcting data regulating and controlling instructions can be triggered on the posture correcting management equipment. For example, if the body angle of the wearer is determined to be greater than or equal to the target body angle according to the posture correction data of the wearer, the tightness of the posture correction belt can be further regulated until the body angle of the wearer is smaller than the target body angle on the basis of executing the posture correction operation according to the target posture correction data, and the tightness of the posture correction belt can be regulated in a manner of controlling the posture correction belt to be adjusted along the extension direction of the spine of the wearer or controlling the posture correction belt to be adjusted along the shoulder width direction of the wearer, and different regulation manners can be adopted according to different structures of the posture correction belt. Because posture correction is a progressive process, the target trunk angle can be corresponding trunk angle data of different posture correction habit culture stages. The wearer does not have obvious perception on the posture correction habit change in different posture correction habit culture stages, so that the target trunk angle can be set by a remote supervision user; and the target posture correction data can be set by the wearer. Namely, the user is taken as the main part and the remote supervision user is taken as the auxiliary part, the posture correcting process is controlled in a dual mode, and the posture correcting effect can be effectively improved.
When the posture correcting time regulation and control data are determined according to the posture correcting data of the wearer and the operation data of the posture correcting belt, considering the influence of the equipment operation condition on the posture correcting effect, the posture correcting time needs to be reasonably arranged according to the posture correcting data of the wearer and the operation data of the posture correcting belt, and the posture correcting time needing to be reasonably arranged can comprise the posture correcting time, the posture correcting time interval, the posture correcting times and the like of each posture correction. For example, the posture correction degree can be determined according to the posture correction data of the wearer; when the posture correcting degree is slight correction, the times of posture correction can be properly reduced, the posture correcting time is shortened and/or the posture correcting time interval is prolonged according to the running time and the electric quantity condition of the posture correcting belt, so that the posture correcting effect is prevented from being reduced when the electric quantity is too low, or the posture correcting belt is damaged when the running time of the posture correcting belt is too long, and the posture correcting effect is prevented from being influenced. When the posture correcting degree is medium, the times of posture correction, the length of the posture correcting time and the interval of the posture correcting time can be reasonably increased and decreased according to the posture correcting effect when the electric quantity is sufficient or the continuous operation time of the posture correcting belt is within a preset time range, so that the posture correcting effect is ensured; when the posture correcting degree is heavy correction, the times of posture correction can be properly increased, the time length of posture correction can be increased and/or the time interval of posture correction can be shortened when the electric quantity is sufficient and the continuous operation time of the posture correcting belt is within the preset time range, and the problem that a better posture correcting effect cannot be achieved due to insufficient electric quantity or overlong operation time of the posture correcting belt is avoided.
The posture correction belt in this embodiment receives target posture correction data sent by the posture correction management device, performs posture correction operation according to the target posture correction data, acquires operation data of the posture correction belt and posture correction data of a posture correction belt wearer, and transmits the acquired operation data and the posture correction data from the posture correction belt to the cloud, so that remote control over the posture correction belt can be realized through the cloud, modes of automatic adjustment by the posture correction belt or manual operation of the user for adjustment and the like are avoided, remote control over the posture correction belt cannot be realized, and a posture correction effect of the posture correction belt cannot be fully exerted. That is, realize the long-range management and control to the appearance area of rectifying through the high in the clouds, improved the appearance effect of rectifying of the appearance area of rectifying.
Based on the above embodiment, a second embodiment of the posture correction band control method of the present invention is provided. Referring to fig. 3, in this embodiment, the posture correction band control method includes the following steps:
step S11: the posture correcting management equipment acquires operation data of the posture correcting belt and posture correcting data of a wearer of the posture correcting belt from a cloud end, and the operation data and the posture correcting data are uploaded to the cloud end by the posture correcting belt;
in this embodiment, the gesture correcting belt can be connected with the cloud and can also be connected with the gesture correcting management device, the gesture correcting management device can be connected with the cloud, the gesture correcting management device is independent of the gesture correcting belt, and the gesture correcting management device can be a mobile phone, a tablet or a computer and other terminal devices. The posture correcting belt can comprise a WIFI module, can be provided with an internet of things card and can be connected with the cloud end through WiFi or an internet of things (such as 2G/3G/4G/5G); the posture correcting belt further comprises a Bluetooth module, and can be connected with the posture correcting management equipment in a Bluetooth/WIFI/Internet of things/wired mode and the like. The posture correction management equipment can be provided with an application program (APP), an applet, a public number or the like for managing the posture correction belt, so that a wearer, a family of the wearer or other authorized users can perform posture correction management on the wearer.
The posture correcting belt can upload operation data in the posture correcting process and posture correcting data of a wearer to the cloud in advance, and the mode of uploading the operation data and the posture correcting data to the cloud can be directly transmitted to the cloud from the posture correcting belt, or the operation data can be transmitted to the posture correcting management equipment from the posture correcting belt firstly and then uploaded to the cloud from the posture correcting management equipment. Different transmission modes can be selected according to different application requirements. Therefore, when the remote management user needs to check the posture correcting data of the wearer and the running data of the posture correcting belt, the posture correcting data can be directly acquired from the cloud through the posture correcting management equipment. The running data of the posture correcting belt can comprise electric quantity data, positioning data, working time data and the like of the posture correcting belt in the posture correcting process; the posture correction data of the wearer may include: the body angle data, the posture correcting time, the posture correcting times and the like of the wearer in the posture correcting process.
Step S12: generating posture correction control data of the posture correction belt according to the operation data and the posture correction data;
step S13: and issuing the posture correction control data to the posture correction belt through a cloud end so as to control the posture correction belt to execute posture correction operation according to the posture correction control data.
On one hand, the posture correction management equipment can automatically generate posture correction control data of the posture correction belt according to the operation data and the posture correction data, and the posture correction control data is transmitted to the posture correction belt through the cloud end, so that the posture correction belt can be controlled to execute posture correction operation according to the posture correction control data. At the moment, the remote control of the posture correcting belt can be realized, a posture correcting process of the posture correcting belt is not required to be regulated and controlled by additionally arranging a posture correcting control device on the posture correcting belt, the production cost of the posture correcting belt can be saved, the process of generating posture correcting control data is carried out on the posture correcting management equipment, the energy consumption of the posture correcting belt can be saved, and the posture correcting efficiency can be improved. The generated posture correction control data can comprise tightness control data of the posture correction belt, posture correction time control data, posture correction frequency control data and the like.
In one embodiment, the tightness control data of the posture correction belt can be generated according to the posture correction data. And generating posture correction time control data and posture correction frequency control data of the posture correction belt according to the operation data and the posture correction data. The posture correcting frequency control data comprises control over the humpback frequency and the correcting frequency, so that the user can achieve the gradual adjustment effect after wearing the posture correcting belt through a humpback-correcting-humpback-correcting cyclic working mode.
Specifically, the wearer or the remote management user may set target posture correction data (such as torso angle data) on the posture correction management device in advance, and take the posture correction band shown in fig. 4 as an example when generating the tightness control data of the posture correction band based on the posture correction data. The posture correcting belt at least comprises a posture correcting belt main body 100 and a length adjusting mechanism 400. The posture correcting band main body 100 includes two parts separated from each other, i.e., a first end 110 and a second end 120, the first end 110 is worn on the back and shoulder of the human body by a first shoulder strap 210 and a second shoulder strap 220, and the second end 120 is worn on the waist of the human body by a waist fixing band. The two are connected by a length adjustment mechanism 400. So that the distance between the first end 110 and the second end 120 can be adjusted by the length adjustment mechanism 400, since the second end 120 is fixed to the waist of the human body by the waist fixing band. At this time, the shoulder and back of the human body can be forcibly pulled backward by shortening the length of the length adjustment mechanism 400, thereby improving the poor posture including the humpback. Alternatively, the first end 110 and the second end 120 are integrally formed. The length adjustment mechanism 400 is provided along the width direction of the posture correction band main body 100, i.e., the posture correction band is stretched from the left-right direction of the wearer. One end of the second length adjustment mechanism 400 is connected to the connection portion of the first shoulder strap 210 and the posture-correcting strap body 100, and the other end is connected to the connection portion of the second shoulder strap 220 and the posture-correcting strap body 100. At the moment, the body angle of the wearer is forcibly improved by tightening the shoulders of the wearer, so that the condition of containing the humpback is avoided.
That is, the posture correction data of the wearer may be matched with the preset target posture correction data, for example, the trunk angle data of the wearer may be matched with the preset target trunk angle data, and then the shortening distance of the length adjusting mechanism 400 is determined according to the difference value between the trunk angle data of the wearer and the target trunk angle data, so that the distance between the first end 110 and the second end 120 is adjusted by the length adjusting mechanism 400, so that the tightness of the posture correction belt may be adjusted along the extension direction of the spine of the wearer; alternatively, the distance between the first shoulder strap 210 and the second shoulder strap 220 is adjusted by the length adjustment mechanism 400 so that the tightness of the posture correction strap can be adjusted in the shoulder width direction of the wearer.
In addition, when generating the posture correction time control data and the posture correction times control data of the posture correction belt according to the operation data and the posture correction data, considering the influence of the equipment operation condition on the posture correction effect, the posture correction time (such as the posture correction duration and the posture correction time interval of each posture correction) needs to be reasonably arranged according to the posture correction data of the wearer and the operation data of the posture correction belt, and the posture correction times (including the hunchback times and the correction times) are reasonably controlled so as to achieve the gradual posture correction effect.
For example, the posture correction degree can be determined according to the posture correction data of the wearer; when the posture correcting degree is slight correction, the times of posture correction can be properly reduced, the time for posture correction is shortened and/or the time interval for posture correction is prolonged according to the running time and the electric quantity condition of the posture correcting belt, so that the posture correcting effect can be prevented from being reduced when the electric quantity is too low or being influenced by damage to the posture correcting belt when the running time of the posture correcting belt is too long while the gradual adjusting effect is achieved. When the posture correcting degree is medium, the number of times of posture correction, the length of the posture correcting time and the interval of the posture correcting time can be flexibly increased and decreased according to the posture correcting effect when the electric quantity is sufficient or the continuous operation time of the posture correcting belt is within a preset time range, so that the gradual posture correcting effect is achieved; when the posture correcting degree is severe correction, when the electric quantity is sufficient and the continuous operation time of the posture correcting belt is within the preset time range, the times of posture correction can be properly increased, the time length of posture correction is increased and/or the time interval of posture correction is shortened, so that the problem that the posture correcting effect can not be gradually achieved due to insufficient times of posture correction, insufficient time of posture correction or too long time interval of posture correction is avoided.
Therefore, the tightness control data, the posture correction time control data and the posture correction times control data are used as posture correction control data of the posture correction belt and are issued to the posture correction belt through the cloud, so that the posture correction operation can be executed by controlling the posture correction belt according to the posture correction control data. Meanwhile, after the posture correction operation is executed each time by the posture correction belt, the steps of acquiring the running data of the posture correction belt and the posture correction data of the wearer of the posture correction belt from the cloud are executed in a circulating mode, so that whether a user plays a progressive adjusting effect after using the posture correction belt or not and how to generate posture correction control data to achieve the progressive adjusting effect can be analyzed and evaluated based on the posture correction data for a period of time, and the posture correction effect of the posture correction belt is further improved.
On the other hand, the posture correction management equipment has a remote data checking function, so that the user related to the wearer can check the posture correction belt, manufacturers and merchants of the posture correction belt can check the posture correction belt, and different users have different checking authorities. Therefore, when the posture-correcting management device receives a data viewing instruction initiated by a target user, it is necessary to determine the viewing permission of the target user and a viewing object (running data or posture-correcting data that the target user wants to view) corresponding to the data viewing instruction. And when the viewing permission of the target user is matched with the viewing object corresponding to the data viewing instruction, outputting the running data and posture correction data corresponding to the viewing object to a display interface for displaying.
In addition, the posture correction belt can be manually controlled through the posture correction management equipment. That is, based on the operation data and the posture correction data displayed on the display interface, a posture correction adjustment instruction can be triggered on the posture correction management device, and then the posture correction adjustment instruction is issued to the posture correction belt through the cloud, so that the posture correction belt can be controlled to execute the posture correction operation according to the posture correction adjustment instruction. At the moment, if the posture correcting adjustment instruction is triggered by a user related to the wearer, the posture correcting process of the wearer can be remotely monitored and controlled, and a good posture correcting effect can be achieved; if the posture correcting adjusting instruction is triggered by a merchant or a manufacturer, the product performance of the posture correcting belt can be improved by the manufacturer or after-sale service can be provided for users related to the wearer better, and the purpose of improving the posture correcting effect of the posture correcting belt is achieved.
The embodiment acquires the operation data of the posture correcting belt and the posture correcting data of the wearer from the cloud end through the posture correcting management equipment, generates the posture correcting control data of the posture correcting belt according to the operation data and the posture correcting data, transmits the posture correcting control data to the posture correcting belt through the cloud end, can control the posture correcting belt to execute the posture correcting operation according to the posture correcting control data, realizes remote control over the posture correcting belt, and further improves the posture correcting effect. In addition, because the posture correcting belt is not required to be additionally provided with a posture correcting control device, the production cost of the posture correcting belt can be saved, the process of generating the posture correcting control data is carried out on the posture correcting management equipment, the energy consumption of the posture correcting belt can be saved, the resource utilization rate is improved, and the posture correcting efficiency can be improved.
Based on the above embodiments, a third embodiment of the posture correction band control method of the present invention is provided. Referring to fig. 5, in this embodiment, the method for controlling a posture-correcting belt includes the following steps:
step S21: the cloud receives operation data and posture correcting data transmitted by the posture correcting belt, wherein the operation data and the posture correcting data are data collected when the posture correcting belt executes posture correcting operation;
step S22: transmitting the operating data and the posture correcting data to a posture correcting management terminal, and receiving posture correcting regulation and control data sent by the posture correcting management terminal based on the operating data and the posture correcting data;
step S23: and sending the posture correcting regulation and control data to the posture correcting belt so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting regulation and control data.
In this embodiment, in order to realize the long-range management and control of the appearance process of rectifying, the appearance area of rectifying both can be connected with the high in the clouds, also can be connected with the appearance management equipment of rectifying to appearance management equipment of rectifying can be connected with the high in the clouds, and just rectify appearance management equipment and exist independently of the appearance area of rectifying, can be terminal equipment such as cell-phone, panel or computer. The posture correcting belt can comprise a WIFI module, can be provided with an internet of things card and can be connected with the cloud end through WiFi or an internet of things (such as 2G/3G/4G/5G); the posture correcting belt further comprises a Bluetooth module, and can be connected with the posture correcting management equipment in a Bluetooth/WIFI/Internet of things/wired mode and the like. The posture correction management equipment can be provided with an application program (APP), an applet, a public number or the like for managing the posture correction belt, so that a wearer, a family of the wearer or other authorized users can perform posture correction management on the wearer.
When the posture correcting operation is executed by the posture correcting belt, the running data of the posture correcting belt and the posture correcting data of the wearer in the posture correcting process can be uploaded to the cloud, so that the cloud can receive and store the running data and the posture correcting data transmitted by the posture correcting belt. Wherein, the mode of uploading the operating data of the posture correcting belt and the posture correcting data of the wearer to the cloud can be: the posture correcting belt is directly transmitted to the cloud end, or the posture correcting belt is transmitted to the posture correcting management equipment and then is uploaded to the cloud end by the posture correcting management equipment. Different transmission modes can be selected according to different application requirements. The operation data of the posture correction belt can comprise electric quantity data, positioning data, working time data and the like of the posture correction belt in the posture correction process; the posture correction data of the wearer may include: the body angle data, the posture correcting time, the posture correcting times and the like of the wearer in the posture correcting process.
Further, when a data acquisition request is received, the cloud transmits operation data and posture correction data corresponding to the data request to the posture correction management device, the posture correction management device automatically generates posture correction regulation and control data according to the operation data and the posture correction data, or receives a posture correction regulation and control instruction based on the operation data and the posture correction data, generates posture correction regulation and control data corresponding to the posture correction regulation and control instruction, and uploads the generated posture correction regulation and control data to the cloud. After receiving the posture correction control data sent by the posture correction management equipment, the cloud further forwards the posture correction control data to the posture correction belt so as to control the posture correction belt to execute posture correction operation according to the posture correction control data. That is, the cloud can be as the data transmission intermediary of posture correction area and posture correction management equipment, realizes the remote control of posture correction area by posture correction management equipment. Therefore, for the wearing group of the teenagers, parents can remotely control without accompanying children at any time, and the occupation of the working time of the parents can be avoided; in addition, the pressure of parents during accompanying can be reduced through a remote control mode, and the habit of autonomously keeping normal postures through culture can be invisibly changed; moreover, through remote management, the wearer can learn with concentration, without the need to be distracted by paying attention to posture issues.
In addition, the cloud can be used as a data storage medium to provide data support for controlling the posture correction band to execute posture correction operation each time. For example, the posture correction management equipment can acquire historical posture correction data of the wearer from the cloud for posture correction analysis, so that posture correction regulation and control data can be determined quickly, and posture correction efficiency is improved. After the posture correction operation is performed once, the operation data of the posture correction belt, the posture correction data of the wearer, the user data and the equipment data can be stored to the cloud in a correlated mode.
The operation data and the posture correcting data transmitted by the posture correcting belt are received through the cloud end, the operation data and the posture correcting data are transmitted to the posture correcting management device, then the posture correcting management device receives the posture correcting regulation and control data sent by the posture correcting data based on the operation data, and sends the posture correcting regulation and control data to the posture correcting belt, so that the posture correcting management device can remotely control the posture correcting belt through the cloud end, the situation that the operation data of the posture correcting belt and the posture correcting data of a wearer cannot be effectively fed back to the posture correcting management device due to limited distance or the posture correcting regulation and control data sent by the posture correcting management device cannot be effectively fed back to the posture correcting belt is avoided, and the posture correcting effect is not improved. Namely, the cloud is used as a data transmission medium of the posture correction belt and the posture correction management equipment, so that the posture correction function of the posture correction belt can be fully exerted, and the posture correction effect is improved.
In addition, the embodiment of the invention also provides a posture correcting belt control system, which comprises a memory, a processor and a posture correcting belt control program which is stored on the processor and can be operated on the processor, wherein the processor realizes the steps of the posture correcting belt control method when executing the posture correcting belt control program.
In addition, an embodiment of the present invention further provides a readable storage medium, where the readable storage medium stores an posture correction belt control program, and the posture correction belt control program, when executed by a processor, implements the steps of the posture correction belt control method described above.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or system. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, method, article, or system that comprises the element.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.
Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better implementation manner. Based on such understanding, the technical solution of the present invention may be embodied in the form of a software product, which is stored in a storage medium (e.g., ROM/RAM, magnetic disk, optical disk) as described above and includes instructions for enabling a terminal device (e.g., a mobile phone, a computer, a server, a television, or a network device) to execute the method according to the embodiments of the present invention.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. A posture correcting belt control method is characterized in that the posture correcting belt is connected with posture correcting management equipment and a cloud end, the cloud end is connected with the posture correcting management equipment, and the posture correcting belt control method comprises the following steps:
the posture correcting belt receives target posture correcting data sent by the posture correcting management equipment;
executing posture correction operation according to the target posture correction data, and acquiring running data of the posture correction belt and posture correction data of a posture correction belt wearer;
and transmitting the running data and the posture correcting data to a cloud end from the posture correcting zone so as to realize remote control of the posture correcting zone through the cloud end.
2. The method of claim 1, wherein the step of transmitting the operating data and the pose correction data from the pose correction band to a cloud comprises:
transmitting the operation data and the posture correction data from the posture correction belt to the posture correction management equipment;
and transmitting the running data and the posture correcting data to a cloud end by the posture correcting management equipment.
3. The method of claim 1, wherein the step of transmitting the operating data and the pose correction data from the pose correction band to a cloud comprises:
receiving posture correcting regulation and control data sent by the posture correcting management equipment through a cloud end, wherein the posture correcting regulation and control data are sent by the posture correcting management equipment based on the operation data and the posture correcting data;
and executing posture correcting operation according to the posture correcting regulation and control data so as to realize remote control of the posture correcting belt.
4. A posture correcting belt control method is characterized in that the posture correcting belt is connected with posture correcting management equipment and a cloud end, the cloud end is connected with the posture correcting management equipment, and the posture correcting belt control method comprises the following steps:
the posture correcting management equipment acquires operation data of the posture correcting belt and posture correcting data of a posture correcting belt wearer from a cloud end, and the operation data and the posture correcting data are uploaded to the cloud end by the posture correcting belt;
generating posture correction control data of the posture correction belt according to the operation data and the posture correction data;
and issuing the posture correction control data to the posture correction belt through a cloud end so as to control the posture correction belt to execute posture correction operation according to the posture correction control data.
5. The method for controlling a posture correction belt according to claim 4, wherein the step of generating posture correction control data of the posture correction belt based on the operation data and the posture correction data comprises:
generating tightness control data of the posture correcting belt according to the posture correcting data;
generating posture correction time control data and posture correction frequency control data of the posture correction belt according to the operation data and the posture correction data;
and taking the tightness control data, the posture correction time control data and the posture correction times control data as posture correction control data of the posture correction belt.
6. The method as claimed in claim 4, wherein after the step of obtaining the operation data and the posture correction data of the posture correction band when the posture correction operation is performed from the cloud, the method further comprises
If a data viewing instruction initiated by a target user is received, determining the viewing permission of the target user and a viewing object corresponding to the data viewing instruction;
and if the viewing permission is matched with the viewed object, outputting the running data and the posture correcting data corresponding to the viewed object to a display interface for displaying.
7. The posture correction band control method as claimed in claim 6, wherein after the step of outputting the torso angle data and the device data of the viewed object to a display interface for display, further comprising:
receiving a posture correcting adjustment instruction, wherein the posture correcting adjustment operation is triggered based on the running data and the posture correcting data displayed on the display interface;
and issuing the posture correcting adjusting instruction to the posture correcting belt through a cloud end so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting adjusting instruction.
8. A posture correcting belt control method is characterized in that the posture correcting belt is connected with posture correcting management equipment and a cloud end, the cloud end is connected with the posture correcting management equipment, and the posture correcting belt control method comprises the following steps:
the cloud receives operation data and posture correcting data transmitted by the posture correcting belt, wherein the operation data and the posture correcting data are data collected when the posture correcting belt executes posture correcting operation;
transmitting the operating data and the posture correcting data to posture correcting management equipment, and receiving posture correcting regulation and control data sent by the posture correcting management equipment based on the operating data and the posture correcting data;
and sending the posture correcting regulation and control data to the posture correcting belt so as to control the posture correcting belt to execute posture correcting operation according to the posture correcting regulation and control data.
9. A posture correction belt control system, characterized in that the posture correction belt control system comprises a memory, a processor and a posture correction belt control program stored on the memory and capable of running on the processor, and the processor implements the steps of the posture correction belt control method according to any one of claims 1 to 8 when executing the posture correction belt control program.
10. A readable storage medium having stored thereon a posture correction belt control program that, when executed by a processor, implements the steps of the posture correction belt control method according to any one of claims 1 to 8.
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