TWI857776B - Remote monitoring walker - Google Patents

Abstract

The present invention provides a remote monitoring walker, which is used to transmit at least one status information triggered by the user to the communication software on the terminal device in real time, including: a left side bracket; a right side bracket; a connecting rod; a processing transmitter; a left hand pressure sensor; a right hand pressure sensor; a left front foot pressure sensor; a left rear foot pressure sensor; a right front Foot pressure sensor; and right rear foot pressure sensor; wherein, the pressure values of the left hand and the right hand, and the pressure values of the left front foot, the left rear foot, the right front foot, and the right rear foot are sensed, and when the pressure values meet the conditions that should be warned after calculation, the user's current status information is automatically triggered to the communication software. In this way, the terminal device holder who monitors the user can know the user's status at any time and take corresponding measures.

Description

Remote monitoring walker

The present invention is related to the field of walking aids, and in particular to a remote monitoring walking aid that can automatically notify a communication software on a device held by a third party in real time to keep the user's status known at any time when a user experiences a situation requiring warning, such as falling, during the use of the walking aid.

The main purpose of a walker is to help people with limited walking or mobility problems to move around more easily. Traditional walkers are usually made of a metal frame and equipped with four supporting legs. Users can place the walker in front of them and then use their hands to support and reduce leg pressure while walking slowly. Although this design is relatively simple, it can indeed provide basic mobility support for people with limited leg mobility for a period of time. However, the users of this type of walker themselves have some degree of mobility impairment, so there is a possibility that they may fall due to improper use or poor physical condition during use, which requires warning. Therefore, in experience, users of this device may be accompanied by a caregiver to assist in supervision. Nevertheless, for some users, the main purpose of using a walker is to be able to move around on their own. After all, if someone needs to be watching over them all the time, the meaning of using a walker is lost. In addition, some users only have temporary mobility impairments due to special reasons. At this time, the main purpose of using a walker is to implement rehabilitation. Therefore, the users of the above-mentioned walker equipment will inevitably use it alone at home or when they go out without a supervisor. If a fall occurs at this time, it is inevitable that the supervisor will not be notified immediately for appropriate treatment. Although in the past, in some special occasions, in order to cope with the consideration of insufficient monitoring manpower, the introduction of remote monitoring has become a concept of learning care, and it is currently widely implemented in various wearable smart devices or the establishment of remote monitoring systems in various medical and other care environments. However, in practical terms, the use of such a walker does not require a high level of monitoring of organs that may be life-threatening, such as the brain and heart. At most, it only requires another person related to the user to be aware of the user's situation during the use of the walker to meet the actual needs.

Since the structure of traditional walkers is too simple, there is no device that can perform remote monitoring functions on such four-legged metal walkers. In view of this, the invention team has designed a device that can automatically send an alert to the corresponding remote monitoring device set by the user in real time when the user may use the walker improperly or fall.

One of the purposes of the present invention is to provide a walker based on a traditional metal four-legged support walker prototype, which is improved to realize a walker with a remote monitoring function for a vehicle object that can receive warning messages by itself.

To achieve the above-mentioned purpose, the present invention specifically proposes a remote monitoring walker, which is used for real-time transmission of at least one status information triggered by a user to a communication software on a terminal device, comprising: a left side bracket, which is A-shaped as a whole and has a flat top to form a left grip structure; a right side bracket, which is symmetrical to the left side bracket, which is also A-shaped as a whole and has a flat top to form a right grip structure; a connecting rod, which spans between the left side bracket and the right side bracket, and the two ends of the connecting rod are respectively fixedly connected to the left side bracket and the right side bracket; a processing transmitter, which is arranged on the left side bracket, the right side bracket or the right side bracket; a left hand pressure sensor disposed on the left grip portion and connected to the processing transmitter by telecommunication, wherein the left hand pressure sensor is used to detect a left hand pressure value of the user; a right hand pressure sensor disposed on the right grip portion and connected to the processing transmitter by telecommunication, wherein the right hand pressure sensor is used to detect a right hand pressure value of the user; a left front foot pressure sensor disposed at the front foot position of the left bracket and connected to the processing transmitter by telecommunication, wherein the left front foot pressure sensor is used to detect a left front foot pressure value after the user applies force; a left rear foot pressure sensor disposed at the rear foot position of the left bracket and connected to the processing transmitter by telecommunication a transmitter, wherein the left rear foot pressure sensor is used to detect a left rear foot pressure value after the user applies force; a right front foot pressure sensor is arranged at the front foot position of the right side bracket and is electronically connected to the processing transmitter, wherein the right front foot pressure sensor is used to detect a right front foot pressure value after the user applies force; and a right rear foot pressure sensor is arranged at the front foot position of the right side bracket and is electronically connected to the processing transmitter, wherein the right front foot pressure sensor is used to detect a right front foot pressure value after the user applies force; and a right rear foot pressure sensor is arranged at the front foot position of the right side bracket and is electronically connected to the processing transmitter A foot pressure sensor is disposed at the rear foot position of the right side support and is electronically connected to the processing transmitter, wherein the right rear foot pressure sensor is used to detect a right rear foot pressure value after the user applies force; wherein, when the difference between the left hand pressure value and the right hand pressure value exceeds a predetermined hand pressure value, the status information of the alarm is triggered on the terminal. The communication software on the device; when the left hand pressure value and the right hand pressure value are both approaching zero, the status information of the alarm is triggered on the communication software on the terminal device; when the left front foot pressure value plus the left rear foot pressure value is compared with the right front foot pressure value plus the right rear foot pressure value, the difference between the two exceeds a predetermined single side When the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value are greater than the other three and all exceed a predetermined single point value, the status information of the alarm is triggered in the communication software on the terminal device.

Preferably, the remote monitoring walker further comprises: a left front foot wide-angle lens, which is disposed at the front foot position of the left side bracket and is electrically connected to the processing transmitter; a left rear foot wide-angle lens, which is disposed at the rear foot position of the left side bracket and is electrically connected to the processing transmitter; a right front foot wide-angle lens, which is disposed at the front foot position of the right side bracket and is electrically connected to the processing transmitter; and a right rear foot wide-angle lens, which is disposed at the rear foot position of the right side bracket and is electrically connected to the processing transmitter; wherein, when the left hand pressure value is greater than the right hand pressure value by a difference exceeding the predetermined hand pressure value and the touch When the alarm is issued, one or both of the right front foot wide-angle lens or the right rear foot wide-angle lens are synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device; when the right hand pressure value is greater than the left hand pressure value and the difference exceeds the predetermined hand pressure value and triggers the alarm, one or both of the left front foot wide-angle lens or the left rear foot wide-angle lens are synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device; when the left front foot pressure value plus the left rear foot pressure value is greater than the right front foot pressure value plus the right rear foot pressure value, the alarm is triggered. When the pressure value of the right front foot plus the pressure value of the right rear foot is greater than the pressure value of the left front foot plus the pressure value of the left rear foot, and the difference exceeds the predetermined single side value and triggers an alarm, one or both of the wide-angle lens of the right front foot or the wide-angle lens of the right rear foot are synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device; when the pressure value of the right front foot plus the pressure value of the right rear foot is greater than the pressure value of the left front foot plus the pressure value of the left rear foot, and the difference exceeds the predetermined single side value and triggers an alarm, one or both of the wide-angle lens of the left front foot or the wide-angle lens of the left rear foot are synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device. When one of the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value is greater than the other three and all exceed the predetermined single point value to trigger an alarm, the left front foot wide-angle lens, the left rear foot wide-angle lens, the right front foot wide-angle lens or the right rear foot wide-angle lens corresponding to the diagonal position where the pressure value of the left front foot, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value is synchronously activated to perform an image shooting action and automatically transmit the image to the communication software on the terminal device.

Preferably, the remote monitoring walker further comprises: a front wide-angle lens, which is arranged on the connecting rod and is electronically connected to the processing transmitter. When the left hand pressure value and the right hand pressure value both approach zero and trigger an alarm, the front wide-angle lens is synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device.

Preferably, the remote monitoring walker further comprises: a login module, which is disposed on the left bracket, the right bracket or the connecting rod and is communicatively connected to the processing transmitter, and the login module is used to set the terminal device that the user desires to communicate with and transmit the status information to the communication software on the terminal device.

Preferably, the login module further includes two sensors which are respectively arranged on the left grip portion and the right grip portion; when the user's hands are in contact with the sensors for more than a login verification time, the corresponding user identity is automatically logged in; when the user's hands are not in contact with the sensors for more than a logout verification time, the corresponding user identity is automatically logged out.

Preferably, the remote monitoring walker further comprises: a plurality of LED flash lights, which are respectively arranged on the left front leg wide-angle lens, the left rear leg wide-angle lens, the right front leg wide-angle lens, the right rear leg wide-angle lens and one side of the front wide-angle lens.

Preferably, the remote monitoring walker further comprises: a light strip parallel to the connecting rod and spanning between the left bracket and the right bracket, and two ends of the light strip are respectively fixedly connected to the left bracket and the right bracket.

Preferably, the remote monitoring walker further comprises: four L-shaped auxiliary feet, which are respectively pivoted at the front and rear foot positions of the left support and the right support, and one end of the L-shaped auxiliary feet is provided to contact the ground to share the downward pressure applied by the user.

In summary, the remote monitoring walker of the present invention is a structural and functional improvement of the traditional frame-shaped four-legged walker. Since the traditional walker is only formed by the frame of the bracket, the past improvements are mostly minor adjustments to the structure, such as a two-stage step handle to help the user get up; or a structural adjustment that can easily fold the two hand-held brackets. As for such a simple walker, there is no design that can be adjusted to enhance the monitoring function by further adjusting the prototype. The remote monitoring walker proposed by the present invention can be used to instantly transmit at least one status information triggered by the user to the corresponding communication software on the terminal device bound to the login module, and simultaneously import different warning conditions triggered under multiple judgment conditions. In addition to providing textual status information, it is also supplemented by a corresponding wide-angle lens and flash to capture a better picture for the guardian to directly identify and grasp the current status of the user. On the other hand, considering that there are many elderly users, a simpler login or logout identification method is designed so that the elderly do not need to understand or perform the cumbersome process of electronic operations by themselves. In order to improve the safety of use, a front light bar is configured to enhance the lighting. The common forward tilt or rollover caused by improper force can also be greatly improved by increasing the number of co-supporting fulcrums of the L-shaped auxiliary legs.

In order to enable people with ordinary knowledge in this field to clearly understand the content of the present invention, please refer to the following description with drawings. The structural scale, proportion, size, shape or application status shown in each figure is only for illustration, used to illustrate the technical features of the present invention, and does not represent the actual structural design, so it is necessary to explain it first.

Please refer to Figures 1 and 2, which are respectively a functional block diagram and a structural schematic diagram of a preferred embodiment of the present invention. From the figure, the present invention provides a remote monitoring walking aid 1 for real-time transmission of at least one status information 80 triggered by a user 8 to a communication software 90 on a terminal device 9. The terminal device 9 is, for example, a smart phone, and the communication software corresponds to an APP such as LINE or other applications with similar properties or functions. The remote monitoring walker 1 comprises: a left side support 10, which is A-shaped as a whole and has a flat top to form a left grip 100; a right side support 11, which is symmetrical to the left side support 10, is also A-shaped as a whole and has a flat top to form a right grip 110; a connecting rod 12, which spans between the left side support 10 and the right side support 11, and the two ends of the connecting rod 12 are respectively fixedly connected to the left side support 10 and the right side support 11. Up to this point, the aforementioned components are the basic prototype structure of the traditional walker.

Furthermore, the remote monitoring walker 1 of the present invention further comprises a processing transmitter 13, which is disposed on the left support 10, the right support 11 or the connecting rod 12; a left hand pressure sensor 14, which is disposed on the left grip portion 100 and is electronically connected to the processing transmitter 13, wherein the left hand pressure sensor 14 is used to detect a left hand pressure value of the user 8; and a right hand pressure sensor a right hand pressure sensor 15, disposed on the right grip portion 110 and connected to the processing transmitter 13 by telecommunication, wherein the right hand pressure sensor 15 is used to detect a right hand pressure value of the user 8; a left front foot pressure sensor 16, disposed at the front foot position of the left side support 10 and connected to the processing transmitter 13 by telecommunication, wherein the left front foot pressure sensor 16 is used to detect the remote monitoring walking aid after the user 8 applies force a left front foot pressure sensor 17, which is arranged at the rear foot position of the left side support 10 and is electronically connected to the processing transmitter 13, wherein the left rear foot pressure sensor 17 is used to detect the left rear foot pressure value of the remote monitoring walker 1 after the user 8 applies force; a right front foot pressure sensor 18, which is arranged at the front foot position of the right side support 11 and is electronically connected to the processing transmitter 13 The right side support 11 includes a right front foot pressure sensor 18 for detecting a right front foot pressure value of the remote monitoring walker 1 after the user 8 applies force; and a right rear foot pressure sensor 19, which is arranged at the rear foot position of the right side support 11 and is electronically connected to the processing transmitter 13, wherein the right rear foot pressure sensor 19 is used to detect a right rear foot pressure value of the remote monitoring walker 1 after the user 8 applies force. When the difference between the left hand pressure value and the right hand pressure value exceeds a predetermined hand pressure value, the status information 80 of the warning is triggered on the communication software 90 on the terminal device 9; when the left hand pressure value and the right hand pressure value are both close to zero, the status information 80 of the warning is triggered on the communication software 90 on the terminal device 9; when the left front foot pressure value plus the left rear foot pressure value is compared with the right front foot pressure value When the difference between the right rear foot pressure value and the pressure value of the right rear foot exceeds a predetermined single point value, the status information 80 of the warning is triggered on the communication software 90 on the bound terminal device 9; when one of the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value is greater than the other three and all exceed a predetermined single point value, the status information 80 of the warning is triggered on the communication software 90 on the bound terminal device 9.

To further explain, if the monitoring concept is not of a central control nature, the user 8 can further perform a personalized monitoring binding operation through a login module 25, wherein the login module 25 is disposed on the left bracket 10, the right bracket 11 or the connecting rod 12 and is connected to the processing transmitter 13 in a telecommunication manner, and the login module 25 is used to set the terminal device 9 that the user 8 wants to connect in a telecommunication manner and transmit the status information 80 to the communication software 90 on the terminal device 9. In order to facilitate some elderly people who are not good at operating electronic devices, the login module 25 further includes two sensors 250 and is disposed on the left grip portion 100 and the right grip portion 110 respectively. When the user 8 simultaneously touches the sensors 250 with both hands for more than a login verification time, the corresponding user 8 identity is automatically logged in; when the user 8 does not touch the sensors 250 with both hands for more than a logout verification time, the corresponding user 8 identity is automatically logged out. The aforementioned login verification time and logout verification time are both for the purpose of avoiding the exclusion effect of mis-movement cognition, so the length of time can be set according to actual usage experience. Since the remote monitoring walker 1 is correspondingly bound to a certain user 8. In other words, the aforementioned predetermined hand pressure value, the predetermined single side value and the predetermined single point value can be set according to the accumulated grouping data. Of course, it is also possible to collect the user 8 data in a targeted manner, and further train the user 8 to adapt the more appropriate warning pressure valve through machine learning, for example, to adjust the pressure valve more appropriately based on comprehensive factors such as different genders, weights, ages, and injuries. In addition, the accumulation of big data and machine learning are existing tools and concepts, and the collection of information types and feature quantity grouping can be approached from different aspects. This part also involves different calculation mechanisms derived from various considerations, and it is not the focus of this case, so it is not elaborated here.

Furthermore, in order to enhance the monitoring personnel's understanding of the warning status, the remote monitoring walker 1 further comprises: a left front foot wide-angle lens 20, which is disposed at the front foot position of the left side bracket 10 and is electrically connected to the processing transmitter 13; a left rear foot wide-angle lens 21, which is disposed at the rear foot position of the left side bracket 10 and is electrically connected to the processing transmitter 13; a right front foot wide-angle lens 22, which is disposed at the front foot position of the right side bracket 11 and is electrically connected to the processing transmitter 13; and a right rear foot wide-angle lens 23, which is disposed at the rear foot position of the right side bracket 11 and is electrically connected to the processing transmitter 13; wherein, when the left hand pressure value When the difference between the right hand pressure value and the preset hand pressure value is greater than the right hand pressure value and the alarm is triggered, the right front foot wide-angle lens 22 or the right rear foot wide-angle lens 23 or both are synchronously activated to perform image shooting and automatically transmit the image to the communication software 90 of the terminal device 9; when the right hand pressure value is greater than the left hand pressure value and the difference is greater than the preset hand pressure value and the alarm is triggered, the left front foot wide-angle lens 20 or the left rear foot wide-angle lens 21 or both are synchronously activated to perform image shooting and automatically transmit the image to the communication software 90 on the terminal device 9; when the left front foot pressure value plus the left rear foot pressure value is greater than When the difference between the right front foot pressure value and the right rear foot pressure value exceeds the predetermined single-side value and triggers an alarm, the right front foot wide-angle lens 22 or the right rear foot wide-angle lens 23 or both are synchronously activated to perform image shooting and automatically transmit the image to the communication software 90 on the terminal device 9; when the right front foot When the pressure value of the right foot plus the pressure value of the right rear foot is greater than the pressure value of the left front foot plus the pressure value of the left rear foot and the difference exceeds the predetermined single-side value and triggers an alarm, the left front foot wide-angle lens 20 or the left rear foot wide-angle lens 21 or both are synchronously activated to perform image shooting and automatically transmit the image to the terminal device. The communication software 90 of claim 9; when one of the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value is greater than the other three and all exceed the predetermined single point value to trigger an alarm, the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the The left front foot wide angle lens 20, the left rear foot wide angle lens 21, the right front foot wide angle lens 22 or the right rear foot wide angle lens 23 corresponding to the diagonal position of the maximum pressure value among the right rear foot pressure values is used to perform image shooting and automatically transmit the image to the communication software 90 on the terminal device 9. For example, when the left front foot pressure value is the maximum among the four and exceeds the predetermined single point value, the right rear foot wide angle lens 23 corresponding to the diagonal position is activated to shoot the image. Furthermore, in order to enhance the reporting of various possible warning states, the remote monitoring walker 1 further includes a front wide-angle lens 24, which is disposed on the connecting rod 12 and is electrically connected to the processing transmitter 13. When the left hand pressure value and the right hand pressure value both approach zero and trigger an alarm, the front wide-angle lens 24 is synchronously activated to perform image shooting and automatically transmit the image to the communication software 90 on the terminal device 9. In this way, various possible warning states, in addition to providing possible warning situations in text, can also automatically capture more appropriate images and actively transmit them to the communication software 90 of the bound terminal device 9.

Furthermore, in order to enhance the clarity of image capture, the remote monitoring walker 1 further includes a plurality of LED flash lights 26, which are disposed on the left front wide-angle lens 20, the left rear wide-angle lens 21, the right front wide-angle lens 22, the right rear wide-angle lens 23 and one side of the front wide-angle lens 24. In this way, the light of the current environment is enhanced and imaging noise is suppressed.

On the other hand, considering the improvement of safety in use, the remote monitoring walker 1 further includes: a light strip 27, which is parallel to the connecting rod 12 and spans between the left bracket 10 and the right bracket 11, and the two ends of the light strip 27 are respectively fixedly connected to the left bracket 10 and the right bracket 11, thereby enhancing the clear lighting during use by configuring the light strip 27 in advance. As for the common situation of falling or turning over due to improper force application in traditional walkers, the remote monitoring walker 1 further includes: four L-shaped auxiliary feet 28, which are respectively pivoted at the front and rear foot positions of the left side support 10 and the right side support 11, and one end of the L-shaped auxiliary feet 28 is provided to contact the ground to share the downward pressure applied by the user 8. In other words, the increase in the number of co-supporting fulcrums of the L-shaped auxiliary feet 28 can greatly improve the defects of falling and turning over caused by improper force application or improper ground support angle in traditional use.

In summary, the remote monitoring walker of the present invention is a structural and functional improvement of the traditional frame-shaped four-legged walker. Since the traditional walker is only formed by the frame of the bracket, the past improvements are mostly minor adjustments to the structure, such as a two-stage step handle to help the user get up; or a structural adjustment that can easily fold the two hand-held brackets. As for such a simple walker, there is no design that can be adjusted to enhance the monitoring function by further adjusting the prototype. The remote monitoring walker proposed by the present invention can be used to instantly transmit at least one status information triggered by the user to the corresponding communication software on the terminal device bound to the login module, and simultaneously import different warning conditions triggered under multiple judgment conditions. In addition to providing textual status information, it is also supplemented by a corresponding wide-angle lens and flash to capture a better picture for the guardian to directly identify and grasp the current status of the user. On the other hand, considering that there are many elderly users, a simpler login or logout identification method is designed so that the elderly do not need to understand or perform the cumbersome process of electronic operations by themselves. In order to improve the safety of use, a front light bar is configured to enhance the lighting. The common forward tilt or rollover caused by improper force can also be greatly improved by increasing the number of co-supporting fulcrums of the L-shaped auxiliary legs.

The above is only an illustration of the preferred embodiment within the scope of the patent application of the present invention, and the scope of rights of the present invention cannot be limited by the content of this embodiment; therefore, any changes or modifications made within the scope of equality of the present invention should still be included in the scope of the patent application of the present invention.

1: Remote monitoring walker 10: Left side bracket 100: Left grip 11: Right side bracket 110: Right grip 12: Connecting rod 13: Processing transmitter 14: Left hand pressure sensor 15: Right hand pressure sensor 16: Left front foot pressure sensor 17: Left rear foot pressure sensor 18: Right front foot pressure sensor 19: Right rear foot pressure sensor 20: Left front foot wide angle lens 21: Left rear foot wide angle lens 22: Right front foot wide angle lens 23: Right rear foot wide angle lens 24: Front wide angle lens 25: Login module 250: Sensor 26: LED flash 27: Light bar 28: L-shaped auxiliary foot 8: User 80: Status information 9: Terminal device 90: Communication software

Figure 1 is a functional block diagram of a preferred embodiment of the present invention. Figure 2 is a structural schematic diagram of a preferred embodiment of the present invention.

1: Remote monitoring of walkers

13: Processing Transmitter

14: Left hand pressure sensor

15:Right hand pressure sensor

16: Left front foot pressure sensor

17: Left rear foot pressure sensor

18:Right front foot pressure sensor

19:Right rear foot pressure sensor

20: Wide angle shot of the left front foot

21: Wide angle shot of the left rear foot

22: Wide angle shot of right front foot

23: Wide angle shot of right rear foot

24: Front wide-angle lens

25: Login module

250:Sensor

Claims (8)

A remote monitoring walker, a communication software for instantly transmitting at least one status information triggered by a user to a terminal device, comprising: A left bracket, which is A-shaped as a whole and has a flat top to form a left grip structure; A right bracket, which is symmetrical to the left bracket, is also A-shaped as a whole and has a flat top to form a right grip structure; A connecting rod, which spans between the left bracket and the right bracket, and the two ends of the connecting rod are respectively fixedly connected to the left bracket and the right bracket; A processing transmitter, which is arranged on the left bracket, the right bracket or the connecting rod; A left hand pressure sensor, disposed on the left grip and connected to the processing transmitter via telecommunication, wherein the left hand pressure sensor is used to detect a left hand pressure value of the user; A right hand pressure sensor, disposed on the right grip and connected to the processing transmitter via telecommunication, wherein the right hand pressure sensor is used to detect a right hand pressure value of the user; A left front foot pressure sensor, disposed at the front foot position of the left side support and connected to the processing transmitter via telecommunication, wherein the left front foot pressure sensor is used to detect a left front foot pressure value after the user applies force; A left rear foot pressure sensor, disposed at the rear foot position of the left support and electronically connected to the processing transmitter, wherein the left rear foot pressure sensor is used to detect a left rear foot pressure value after the user applies force; A right front foot pressure sensor, disposed at the front foot position of the right support and electronically connected to the processing transmitter, wherein the right front foot pressure sensor is used to detect a right front foot pressure value after the user applies force; and A right rear foot pressure sensor, disposed at the rear foot position of the right support and electronically connected to the processing transmitter, wherein the right rear foot pressure sensor is used to detect a right rear foot pressure value after the user applies force; When the difference between the left hand pressure value and the right hand pressure value exceeds a predetermined hand pressure value, the status information of the warning is triggered in the communication software on the terminal device; when the left hand pressure value and the right hand pressure value are both close to zero, the status information of the warning is triggered in the communication software on the terminal device; when the left front foot pressure value plus the left rear foot pressure value is compared with the right front foot pressure value When the difference between the right rear foot pressure value and the two exceeds a predetermined single-point value, the status information of the alarm is triggered on the communication software on the terminal device; when one of the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value is greater than the other three and all exceed a predetermined single-point value, the status information of the alarm is triggered on the communication software on the terminal device. The remote monitoring walker as described in claim 1 further comprises: a left front foot wide-angle lens, disposed at the front foot position of the left side bracket and electrically connected to the processing transmitter; a left rear foot wide-angle lens, disposed at the rear foot position of the left side bracket and electrically connected to the processing transmitter; a right front foot wide-angle lens, disposed at the front foot position of the right side bracket and electrically connected to the processing transmitter; and a right rear foot wide-angle lens, disposed at the rear foot position of the right side bracket and electrically connected to the processing transmitter; When the pressure value of the left hand is greater than the pressure value of the right hand and the difference exceeds the predetermined hand pressure value and triggers an alarm, the wide-angle lens of the right front foot or the wide-angle lens of the right rear foot is synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device; when the pressure value of the right hand is greater than the pressure value of the left hand and the difference exceeds the predetermined hand pressure value and triggers an alarm, the wide-angle lens of the left front foot or the wide-angle lens of the left rear foot is synchronously activated. One or both of them are used to shoot images and automatically transmit them to the communication software on the terminal device; when the pressure value of the left front foot plus the pressure value of the left rear foot is greater than the pressure value of the right front foot plus the pressure value of the right rear foot and the difference exceeds the predetermined single-side value to trigger an alarm, one or both of the right front foot wide-angle lens or the right rear foot wide-angle lens are synchronously activated to shoot images and automatically transmit them to the communication software on the terminal device; When the right front foot pressure value plus the right rear foot pressure value is greater than the left front foot pressure value plus the left rear foot pressure value and the difference exceeds the predetermined single side value and triggers an alarm, the left front foot wide-angle lens or the left rear foot wide-angle lens or both are synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device; when the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value are equal, When one of the pressure values is greater than the other three and all exceed the predetermined single point value to trigger an alarm, the left front foot wide-angle lens, the left rear foot wide-angle lens, the right front foot wide-angle lens or the right rear foot wide-angle lens corresponding to the diagonal position with the largest pressure value among the left front foot pressure value, the left rear foot pressure value, the right front foot pressure value and the right rear foot pressure value is synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device. The remote monitoring walker as described in claim 2 further includes: a front wide-angle lens, which is arranged on the connecting rod and is electronically connected to the processing transmitter. When the left hand pressure value and the right hand pressure value both approach zero and trigger an alarm, the front wide-angle lens is synchronously activated to perform image shooting and automatically transmit the image to the communication software on the terminal device. The remote monitoring walker as described in claim 3 further includes: a login module, which is arranged on the left side bracket, the right side bracket or the connecting rod and is communicatively connected to the processing transmitter, and the login module is used to set the terminal device that the user wants to communicate with and transmit the status information to the communication software on the terminal device. A remote monitoring walker as described in claim 4, wherein the login module further includes two sensors and is respectively arranged on the left grip portion and the right grip portion; when the user's hands touch the sensors for more than a login verification time, the corresponding user identity is automatically logged in; when the user's hands are not in contact with the sensors for more than a logout verification time, the corresponding user identity is automatically logged out. The remote monitoring walker as described in claim 5 further includes: a plurality of LED flash lights, which are respectively arranged on the left front leg wide-angle lens, the left rear leg wide-angle lens, the right front leg wide-angle lens, the right rear leg wide-angle lens and one side of the front wide-angle lens. The remote monitoring walker as described in claim 6 further includes: a light strip that is parallel to the connecting rod and spans between the left bracket and the right bracket, and the two ends of the light strip are respectively fixedly connected to the left bracket and the right bracket. The remote monitoring walker as described in claim 7 further includes: four L-shaped auxiliary feet, which are respectively pivoted at the front and rear foot positions of the left support and the right support, and one end of the L-shaped auxiliary feet is provided to contact the ground to share the downward pressure applied by the user.