TWI633431B - Intelligent belt system and operation method thereof - Google Patents

Abstract

A smart belt system includes a belt body with a belt head and a belt body, a motion sensor, a pressure sensor, a length measuring device, a processor, a wireless transmission module, an electronic device, a reminder device, and a power supply. The belt body is detachably connected to the belt head and surrounds the user's waist. The motion sensor senses the motion state of the user and obtains the motion value. The pressure sensor senses the pressure value. The length gauge measures the waist value. The processor receives the exercise value, the pressure value, and the waistline value and determines whether the pressure value falls within a preset pressure range to transmit the waistline value. The wireless transmission module receives and transmits the exercise value and the waistline value to the electronic device to compare the motion value with the preset motion value to generate a motion reminder signal and compare the waist value with the preset waistline value to issue a diet reminder signal to the reminder device to issue a reminder .

Description

Intelligent belt system and its operation method

The present invention relates to a system and method of operation thereof, and more particularly to an intelligent belt system and method of operation thereof.

Waist circumference is an important indicator for measuring obesity in the internal abdomen, so as to know whether the internal organs are hoarding too much fat. The measurement of the traditional waist circumference is measured by manual measurement, and it must be measured according to the following three steps: 1. Remove the waist to cover the clothing, stand easily, and the hands naturally sag; 2. The tape measure bypasses the waist and adjusts the height of the tape measure to the left and right. The upper edge of the upper intestinal tract (the upper end of the lateral pelvis) and the middle point of the lower edge of the rib, and let the tape measure level with the ground, close to the skin without pressing; 3. At the end of the exhalation, measure the waist circumference.

However, this conventional manual measurement method is liable to cause measurement errors due to incorrect placement of the tape measure. And modern people are busy, it is difficult to measure the waistline regularly. It is often aggravation when the body has issued a warning or the pants are too tight to wear.

In view of the above-mentioned problems of the prior art, it is an object of the present invention to provide a smart belt system and a method for operating the same to solve the problem that the conventional manual measurement of the waist circumference is difficult to accurately measure the waist circumference.

To achieve the foregoing objective, the present invention provides a smart belt system comprising: a belt body comprising a belt head and a belt body, one end of the belt body being detachably connected to the belt head, the belt system surrounding one of the user's waist portions and The other end of the belt body is a movable type of belt head; a motion sensor is disposed on the belt head, and the motion sensor senses a movement state of the user to obtain a motion value; a pressure sensor, setting On the belt head, the pressure sensor senses a pressure applied to the pressure sensor by the waist of the user to obtain a pressure value; a length measuring device is disposed on the belt head, and the length measuring device measures The waist circumference of the user's waist is obtained by a first waist circumference value; a processor is disposed on the belt head and electrically connected to the motion sensor, the pressure sensor and the length measuring device to receive the motion value, the pressure value and the first a waist value and a motion value, and the processor determines whether the pressure value falls within a predetermined pressure range to transmit the first waist value; a wireless transmission module is disposed on the belt head and electrically connected to the processor to receive and Sending an exercise value and a first waistline value; an electronic device receiving the exercise value and the first waistline value, comparing the motion value with a preset motion value to emit a motion alert signal, and comparing the first waistline value with a preset waistline value To issue a diet reminder signal; a reminder device, the reminder device receives a motion reminder signal to issue a first reminder and receives a diet reminder signal to issue a second reminder; and a power supply device disposed on the belt head and electrically connected Motion sensor, pressure sensor, length sensor, processor and wireless transmission module.

Wherein, the belt body further comprises one of the pivoting belt head abutting member and a roller, and the abutting member is corresponding to the roller to form an accommodating space, and the belt system is disposed through the accommodating space, and by rotating the abutting member The opposite sides of the belt body abut the roller and the abutting member to fix the belt body.

The length measuring device is an encoder, and the encoder is connected to the roller. When the belt body moves in the accommodating space to drive the roller to scroll, the encoder calculates the rolling direction and a rolling amount of the roller and transmits it to the processing. The device calculates a second waist value and transmits the second waist value to the electronic device through the wireless transmission module.

The electronic device includes an input device for inputting a preset pressure range, a preset motion value, a preset waist value, and/or a user's personal data.

The electronic device includes a display, a locator, and a motion planning module. When the motion value is less than the preset motion value, the motion planning module plans a motion suggestion route according to the motion value and the locator, and displays the motion on the display. .

In addition, the present invention further provides a method for operating a smart belt system, comprising: providing a smart belt system comprising a belt body, a motion sensor, a pressure sensor, and a length measuring device a processor, a wireless transmission module, an electronic device, a reminder device and a power supply, and the belt body has a belt head and a belt body, and one end of the belt body is detachably connected to the belt head, and the belt surrounds the system One of the user's waist and the other end of the belt is a movable type of belt head, and the processor is electrically connected to the motion sensor, the pressure sensor, the length measuring device, the wireless transmission module and the power supply; a motion sensing step, wherein the motion sensor senses a motion state of the user to obtain a motion value and transmits the motion value to the processor; performing a first waist value measurement step, wherein the length measurement device is used for measurement The waist circumference of the waist is obtained by a waist circumference and transmitted to the processor; a pressure sensing step is performed, wherein the pressure sensor senses a pressure applied to the pressure sensor by the user's waist And obtaining a pressure value and transmitting to the processor; performing a pressure comparison step, wherein the processor compares whether the pressure value falls within a preset pressure range, and if yes, transmits the first waist circumference value to the wireless transmission module; a data transmission step, wherein the wireless transmission module receives and transmits the motion value and the first waistline value to the electronic The device performs a data comparison step, wherein the electronic device receives the motion value and the first waistline value, compares the motion value with a preset motion value to generate a motion alert signal, and compares the first waistline value with a preset waistline value To issue a diet reminder signal; and to perform a reminder step, wherein the reminder device receives the motion reminder signal to issue a first reminder and receives the diet reminder signal to issue a second reminder.

Wherein, the belt body further comprises one of the pivoting belt head abutting member and a roller, and the abutting member is corresponding to the roller to form an accommodating space, and the belt system is disposed through the accommodating space, and by rotating the abutting member The opposite sides of the belt body abut the roller and the abutting member to fix the belt body.

The operation method of the intelligent belt system of the present invention further performs a second waist circumference value measuring step, wherein when the belt body moves in the accommodating space to drive the roller to roll, the length measuring device measures the rolling direction of one of the rollers and A rolling amount is transmitted to the processor to calculate a second waist value, and the second waistband value is transmitted to the electronic device by the wireless transmission module, wherein the length measuring device is an encoder and the roller is connected.

The method of operating the smart belt system of the present invention further performs an input step in which the input device is input by one of the electronic devices to input a preset pressure range, a preset motion value, a preset waist value, and/or a user's personal data.

The electronic device further includes a display, a positioner and a motion planning module, and the operation method of the intelligent belt system further performs a motion planning step, wherein when the motion value is less than the preset motion value, the motion planning module is A motion suggestion route is planned according to the motion value and the locator, and displayed on the display.

In view of the above, the smart belt system and method of operation thereof according to the present invention may have one or more of the following advantages:

(1) The intelligent belt system of the present invention and the method for operating the same, wherein a pressure sensor is used to sense the pressure applied by the user's waist to the pressure sensor, and a pressure value is obtained by the processor. It is judged whether the pressure value falls within the preset pressure range to transmit the first waist circumference value measured by the length measuring instrument. Thereby, it is possible to prevent the user from measuring the waist circumference due to the loose or tightness of the belt around the waist.

(2) The intelligent belt system of the present invention and the operation method thereof, by comparing the motion value measured by the motion sensor and the preset motion value, can issue a reminder when the user's exercise amount is too low, to urge the user to be reminded Should increase the amount of exercise. And when the measured waist value of the user exceeds the preset waist value, a reminder is also issued to urge the user to pay attention to the eating condition and avoid eating too much food to cause obesity.

(3) The intelligent belt system of the present invention and the operation method thereof can be obtained by measuring the rolling direction and the rolling amount of the roller by, for example, the length measuring device of the encoder, and knowing the change and decrease of the waist circumference of the user and the waist circumference. Value, the user can know the adjusted waist circumference value without removing the belt.

(4) The intelligent belt system of the present invention and the operation method thereof, by using the motion planning module in the electronic device, can appropriately plan an appropriate motion suggestion route according to the user's exercise amount and the user's position, and is convenient to use. Refer to the implementation to achieve daily goals.

For a better understanding of the technical features of the present invention and the technical effects that can be achieved, the preferred embodiments and the detailed description are as follows.

100‧‧‧Smart belt system

10‧‧‧Land body

12‧‧‧Leather head

121‧‧‧Base

122‧‧‧Upper cover

14‧‧‧Band body

142‧‧‧卡固槽

16‧‧‧After the top piece

18‧‧‧Roller

182‧‧‧ Roller seat

20‧‧‧Sports sensor

30‧‧‧pressure sensor

40‧‧‧ Length measuring device

42‧‧‧Lighting diode

44‧‧‧disc

46‧‧‧Light detector

48‧‧‧Rotary axis

50‧‧‧ processor

60‧‧‧Wireless Transmission Module

70‧‧‧Electronic devices

72‧‧‧ Input device

74‧‧‧ display

76‧‧‧Locator

78‧‧‧Sports planning module

80‧‧‧ reminder device

90‧‧‧Power supply

S‧‧‧ accommodating space

S1, S2‧‧ spring

S10, S12, S20, S30, S32, S40, S50, S60, S70, S80, S90‧‧

R‧‧‧Sports recommended route

T‧‧‧ Target Attractions

1 is a circuit block diagram of a smart belt system of the present invention.

Figure 2 is a perspective view of the belt body of the present invention.

Figure 3 is an exploded perspective view of the belt head of the present invention.

Figure 4 is a schematic illustration of a length measuring device of the present invention.

Figure 5 shows the disc code track of the rotary encoder and its AB phase output signal.

6 is a schematic flow chart of a first embodiment of a method for operating a smart belt system of the present invention.

Fig. 7 is a flow chart showing the second embodiment of the operation method of the smart belt system of the present invention.

FIG. 8 is a flowchart of executing an APP program by an electronic device according to the present invention.

9 to FIG. 13 are screens showing the execution of an APP program on the display of the electronic device of the present invention.

14 is a screen of a motion suggestion route planned by a display display motion planning module in the present invention.

In order to understand the technical characteristics, content and advantages of this creation and the effects that can be achieved, the author will use the drawing in detail and explain the following in the form of the embodiment, and the schematic used in it is only The use of the instructions and the accompanying manuals is not necessarily the true proportion and precise configuration after the implementation of the creation. Therefore, the proportions and configuration relationships of the attached drawings should not be interpreted or limited in the actual implementation scope. In addition, in order to facilitate understanding, the same elements in the following embodiments are denoted by the same reference numerals.

1 to FIG. 3, FIG. 1 is a circuit block diagram of the smart belt system of the present invention, FIG. 2 is a perspective view of the belt body of the present invention, and FIG. 3 is an exploded perspective view of the belt head of the present invention. As shown in FIGS. 1 to 3, the smart belt system 100 of the present invention includes a belt body 10 and a sense of movement. The detector 20, the pressure sensor 30, the length measuring device 40, the processor 50, the wireless transmission module 60, the electronic device 70, the reminding device 80, and the power supply 90 are provided. The belt body 10 includes a belt head 12 and a belt body 14. One end of the belt body 14 is detachably connected to the belt head 12, the belt body 14 is for surrounding the waist of the user, and the other end of the belt body 14 is a movable belt. Head 12. Since the belt body 14 is detachably coupled to the belt head 12, if the belt body 14 is worn out due to long-term use, the user can detach the damaged belt body 14 and attach the other belt body 14 to the belt head 12. On, easy to replace.

In the present invention, the motion sensor 20, the pressure sensor 30, the length measuring device 40, the processor 50, the wireless transmission module 60, the reminding device 80, and/or the power supply 90 can be, for example, disposed on the belt head. 12 on. Alternatively, the motion sensor 20, the pressure sensor 30, the length measuring device 40, the processor 50, the wireless transmission module 60, the reminding device 80, and/or the power supply 90 may also be disposed on the belt body 14, for example. . The user can place the above components on the belt head 12 or the belt body 14 according to actual needs.

As shown in FIG. 2, the pressure sensor 30 can be disposed, for example, on the head 12. Preferably, the pressure sensor 30 can be disposed, for example, on the inner side of the belt head 12, so that when the user surrounds the belt body 14 around the waist, the waist of the user applies pressure to the pressure sensor 30 to sense the pressure. The device 30 senses a pressure value.

As shown in FIG. 2 and FIG. 3, the belt body 10 can include, for example, the abutting member 16 and the roller 18 of the pivotal belt head 12, and the abutting member 16 corresponds to the roller 18 to form an accommodation space S. The 14 series is provided with the accommodating space S, and the belt body 14 is fixed by rotating the abutting member 16 such that the opposite sides of the belt body 14 abut against the roller 18 and the abutting member 16. As shown in FIG. 3, the belt head 12 may include, for example, a base 121 and an upper cover 122 that are decomposable and coupled to each other, and the base 121 and the upper cover 122 may be detachably coupled together by, for example, a connecting member such as a screw. The roller 18 is pivotally connected to the roller holder 182, and the roller holder 182 is fixed in the base 121, and a part of the roller 18 is exposed in one of the holes of the base 121 to facilitate contact with the belt that is inserted into the accommodating space S. body 14. The two springs S1 may be respectively disposed on the upper surface of the roller seat 182 on both sides of the roller 18, and the spring S2 may be disposed on the lower surface of the roller holder 182. When the belt body 14 passes through the accommodating space S and drives the roller 18 to roll, the spring S1 abuts against the upper cover 122 and the spring S2 abuts against the base 121, so that the roller 18 will always contact the belt body 14 to make the roller There is no gap between the 18 and the belt 14.

A plurality of fastening grooves 142 can be provided, for example, on the belt body 14. When the belt body 14 passes through the accommodating space S, the abutting member 16 can be abutted in one of the fastening grooves 142 of the belt body 14, so that the belt body 14 is sandwiched by the abutting member 16 and the roller 18 It is fixed in the fixing groove 142. When the user wants to adjust the tightness of the belt body 14, the abutting member 16 can be temporarily separated from the belt body 14 by rotating the abutting member 16, so as to adjust the position of the moving belt body 14. After the proper position is adjusted, the abutting member 16 can be reattached to the other retaining groove 142 on the belt body 14 by releasing the abutting member 16 to allow the belt body 14 to pass the abutting member 16 and the roller. The 18 is clamped to each other and fixed in the fixing groove 142 again.

When the user wears the belt body 10 to the waist, the motion sensor 20 senses the motion state of the user to obtain a motion value. For example, the motion sensor 20 can be, for example, a vibration sensor, an acceleration sensor, or a heartbeat sensor, and can sense the number of motion steps and/or heartbeat values of the user. When the user surrounds the belt 14 around the waist and the other end of the belt 14 passes through the belt head 12, the length measuring device 40 can be known to the user, for example, by calculating the length of the belt 14 passing through the belt head 12. Waist waist value (ie the first waist circumference value). For example, if the total length of the belt body 14 is 100 cm and the length of the belt body 14 passing through the belt head 12 is 11 cm, it can be known that the user's waist circumference is 89 cm.

The processor 50 electrically connected to the motion sensor 20, the pressure sensor 30 and the length measuring device 40 receives the motion value sensed by the motion sensor 20 and the pressure value measured by the pressure sensor 30. And the first waist circumference value measured by the length measuring device 40. For example, after receiving the motion value, the pressure value, and the first waistline value, the processor 50 determines whether the pressure value sensed by the pressure sensor 30 falls on the preset. Within the pressure range. When the pressure value sensed by the pressure sensor 30 falls within the preset pressure range (indicating that the tension of the belt body 14 around the waist of the user is appropriate), the processor 50 will pass the first waist value by electrical property. The wireless transmission module 60 connected to the processor 50 is transmitted to the electronic device 70. If the pressure value sensed by the pressure sensor 30 does not fall within the preset pressure range (indicating that the tension of the belt 14 around the waist of the user is too tight or too loose), the processor 50 will not The first waistband value is transmitted to the electronic device 70 by the wireless transmission module 60 to prevent the waistband value that does not properly surround the user's waist from being transmitted to the electronic device 70. Moreover, the processor 50 also transmits the motion value to the electronic device 70 via the wireless transmission module 60. The processor 50 may be, for example, an arduino controller, but is not limited thereto.

After receiving the motion value and the first waistline value, the electronic device 70 may compare the motion value with a preset motion value to generate a motion alert signal and compare the first waistline value with a pre-processing, for example, by the processing unit of the electronic device 70. Set the waist value to send a diet reminder signal. For example, when the motion value (for example, the number of walking steps) sensed by the motion sensor 20 is less than the preset motion value (for example, 5000 steps per day target step), the processing unit of the electronic device 70 issues, for example, A motion alert signal that illuminates or vibrates to the user to remind the user to walk more. When the first waist circumference value (ie, the user's waist circumference) sensed by the length measuring device 40 is greater than the preset waist circumference value (for example, the male standard waist circumference is 90 cm), the processing unit of the electronic device 70 emits, for example, illumination or It is a vibrating diet reminder signal to the user to remind the user to control the diet.

The motion reminder signal and the diet reminder signal may be reminded by, for example, the display 74 of the electronic device 70, the illuminator or the vibrator, or may be provided by the belt body 10 (for example, the belt head 12 or the belt). The reminder device 80 on the body 14) emits, for example, a light or a vibration to alert the user. The reminder device 80 receives the motion reminder signal to issue a first reminder and receives the diet reminder signal to Send a second reminder. The first reminder and the second reminder can be different reminders, so that the user can easily distinguish between the two.

The power supply 90 can be disposed on the belt head 12 and electrically connected to the motion sensor 20 , the pressure sensor 30 , the length sensor 40 , the processor 50 , and the wireless transmission module 60 to supply the motion sensor 20 . The power source of the pressure sensor 30, the length sensor 40, the processor 50, and the wireless transmission module 60.

The electronic device 70 can be, for example, a mobile phone or a mobile device. The electronic device 70 can include, for example, an input device 72, a display 74, a locator 76, and a motion planning module 78. Input device 72 can be, for example, the same component as display 74, such as a touch display panel. By means of the input device 72, the user can input a preset pressure range, a preset exercise value, a preset waist value and/or a user's personal data (eg account number, password, name, height, weight, physical activity) depending on actual needs. Wait). Display 74 can be used to display motion values, first waist values, pressure values, and the like. When the motion value sensed by the motion sensor 20 is less than the preset motion value, the motion planning module 78 may plan a motion suggestion route according to the motion value and the locator 76, and display it on the display 74. The positioner 76 can be, for example, a GPS (Global Positioning System), but is not limited thereto.

In the present invention, the length measuring device 40 can be, for example, an encoder, and the encoder is connected to the roller 18. When the belt 14 moves in the accommodating space S to drive the roller 18 to roll, the encoder counts the roller 18 A scrolling direction and a scroll amount are transmitted to the processor 50 to calculate a second waist value, and the second waistband value is transmitted to the electronic device 70 by the wireless transmission module 60. As shown in FIG. 4, the length measuring device 40 can be, for example, a Rotary Encoder, and is preferably an Optical Rotary Encoder for measuring the axis of the machine (for example, the rotating shaft 48). Rotating motion. The rotary encoder includes a light emitting diode 42, a disk 44, and a light detector 46 positioned relative to the light emitting diode 42. Disc 44 has There are two sets of code tracks with concentric circles. The code tracks can be, for example, channel A and channel B, and channel A and channel B have transparent sections for light to pass through and opaque sections to block light. The disk 44 is coupled to the roller 18 by the rotating shaft 48. Therefore, when the roller 18 is rotated by the belt 14, the rotating shaft 48 is directly or indirectly rotated, so that the disk 44 rotates synchronously. At this time, part of the light emitted by the LED 42 is blocked by the opaque sections of the channel A and the channel B on the disk 44, and part of the light passes through the transparent section, and the light detector 46 receives the light. The light emitted by the polar body 42 is detected and two sets of square wave pulses of channel A and channel B are detected (see Fig. 5). Through the two sets of code tracks in the 90 degree section outside the phase, the two channels (ie, channel A and channel B) output by the encoder will simultaneously display the position and direction of the rotation. For example, if the pulse of channel A appears before the pulse of channel B, then disk 44 rotates in a clockwise direction. If the pulse of channel B is before the pulse of channel A, then disk 44 is rotated in the counterclockwise direction. Therefore, as long as the relative phase of the pulse wave number and the wave of the channel A and the channel B are simultaneously monitored, the rotation direction and position of the disk 44 can be known, that is, the present invention can be known by the phase difference algorithm. The rolling direction and the amount of scrolling of the roller 18. Then, the rolling direction and the rolling amount of the roller 18 (that is, the amount of change in the waist circumference of the user) are added to the first waist value, and the waist value of the user (ie, the second waist value) can be known. The adjusted waist circumference value can be known without removing the belt.

In addition, the present invention further provides a method of operating a smart belt system, comprising the following steps S10 to S80. Please refer to FIG. 6. FIG. 6 is a schematic flow chart of a first embodiment of a method for operating a smart belt system according to the present invention. As shown in FIG. 6, in step S10, a smart belt system is provided. The smart belt system includes a belt body, a motion sensor, a pressure sensor, a length measuring device, a processor, a wireless transmission module, and an electronic device. a reminder device and a power supply, and the belt body has a belt head and a belt body, and one end of the belt body is detachably connected to the belt head, the belt system surrounds the waist of the user, and the other end of the belt body is a movable belt head. The processor is electrically connected to the motion sensor, the pressure sensor, and the length Tester, wireless transmission module and power supply. The detailed components and structures of the smart belt system can be, for example, the aforementioned smart belt system 100. In step S20, a motion sensing step is performed in which the motion sensor senses the motion state of the user to obtain a motion value and transmits it to the processor. In step S30, a first waist circumference measurement step is performed, wherein the length measurer measures the waist circumference of the user to obtain a first waist value and transmits to the processor. In step S40, a pressure sensing step is performed in which the pressure sensor senses that the user's waist applies a pressure to the pressure sensor to obtain a pressure value and transmits it to the processor. In step S50, a pressure comparison step is performed, wherein the processor compares whether the pressure value falls within a predetermined pressure range, and if so, transmits the first waist circumference value to the wireless transmission module. In step S60, a data transmission step is performed, wherein the wireless transmission module receives and transmits the motion value and the first waistline value to the electronic device. In step S70, a data comparison step is performed, wherein the electronic device receives the motion value and the first waistline value, compares the motion value with a preset motion value to generate a motion reminder signal, and compares the first waistline value with a preset. Waist value to send a diet reminder signal. In step S80, a reminding step is performed, wherein the reminding device receives the motion reminding signal to issue the first reminder and receives the diet reminder signal to issue the second reminder.

In the present invention, an input step (step S12), a second waist value measurement step (step S32), and/or a motion planning step (step S90) may be performed. As shown in Fig. 7, in the second embodiment of the present invention, step S12, step S32, and step S90 are further performed. In step S12, an input step is performed in which an input device of the electronic device inputs a preset pressure range, a preset motion value, a preset waist value, and/or a user's personal data. In step S32, a second waist circumference value measuring step is performed, wherein when the belt body moves in the accommodating space to drive the roller to roll, the length measuring device measures one rolling direction and one rolling amount of the roller and transmits to the processing. The device calculates a second waist value and transmits the second waist value to the electronic device through the wireless transmission module, wherein the length measuring device is an encoder and the roller is connected. In step S90, advance The motion planning step, wherein when the motion value is less than the preset motion value, the motion planning module plans a motion suggestion route according to the motion value and the locator, and displays the motion on the display.

The following description describes how to measure waist circumference and exercise and diet monitoring with the smart belt system of the present invention. Referring to FIG. 1 to FIG. 14, together, the smart belt system 100 is first provided (step S10). The user can surround the belt body 10 of the smart belt system 100 around the waist of the user and know the waist value of the user (ie, the first waistline value) by the length measuring device 40 (step S30). When the user surrounds the belt body 10 around the waist, the motion sensor 20 senses the state of motion of the user (step 20). The above steps S20 and S30 are not limited to the order of the steps, and the step S20 may be performed first, and then the step S30 may be performed (ie, the belt body 10 may be carried around the user's waist or carried in the bag, and may be measured. The user's state of motion). When the user surrounds the belt body 10 around the waist, the waist applies a force to the pressure sensor 30 to cause the pressure sensor 30 to sense a pressure value (step S40). Next, the processor 50 compares whether the pressure value falls within the preset pressure range, and if so, transmits the first waistband value to the wireless transmission module 60 (step S50), so that the wireless transmission module 60 receives the first waistline value. The motion value and the first waist value are transmitted to the electronic device 70 (step 60). After receiving the motion value and the first waistline value, the electronic device 70 compares the motion value with the preset motion value to generate a motion reminder signal and compares the first waistline value with the preset waistline value to issue a diet reminder signal to the reminder device 80 (step S70), in order to remind the device 80 to issue a first reminder for multi-sport walking and/or to pay attention to a second reminder for controlling the diet (step S80). Thereby, the invention has the effects of maintaining and supervising the waist circumference and the daily exercise amount, and can remind the user to pay attention to the diet, maintain normal life and exercise, and have a good posture.

When the user feels that the waistline becomes smaller (i.e., the belt body 14 becomes loose around the waistline), the belt body 14 can be directly pushed forward so that the length of the belt body 14 around the waist of the user becomes shorter. As mentioned before, by For example, the length measuring device 40 of the rotary encoder can quickly measure the waist circumference of the user (i.e., the second waistline value), and the adjusted waist circumference can be known without removing the belt (step S32).

The user can also input a preset pressure range, a preset motion value, a preset waist value, and/or a user's personal data (eg, account number, password, name, height, weight, body) through the input device 72 of the electronic device 70. Activity degree, etc.) (step S12). For example, as shown in FIG. 8, the user can follow the execution flow chart of the APP program to register the member or login program by using the input device 72 (FIG. 9). At the time of registration, the user can enter a profile for system archiving and subsequent operations. After the registration is completed, the Bluetooth connection is made such that the APP program of the electronic device 70 can communicate with the belt body 10 (Fig. 10). After measuring the user's waist value, the APP program can give advice based on the user's personal information and the measured waist circumference value. For example, when the waist circumference exceeds the preset waistline value (standard waist circumference), the motion reminder screen is displayed on the display 74; and if the waist circumference is within the preset waistline value, the screen that continues to be maintained is displayed on the display 74 (Fig. 11). The user can also set whether to perform motion reminding by the input device 72 according to actual needs (FIG. 12). In addition, daily dietary recommendations for calories, servings, and exercise recommendations may be given to the display 74 based on the user's personal information. The user can input the food intake per meal and the number of target movement steps, and the motion sensor 20 senses the number of movement steps of the user to calculate the number of steps to be consumed and to consume heat (FIG. 13). If the user wants to speed up the weight loss, he can also increase the number of target movement steps by himself. With the invention, the diet, the amount of exercise, and the weight loss stroke can be strictly controlled.

In addition, the electronic device 70 in the smart belt system 100 of the present invention may further include a positioner 76 and a motion planning module 78. The positioner 76 is used to detect the location of the user and the surrounding environment and the scenic spot. When the user does not reach the daily exercise target, the motion planning module 78 measures the current exercise amount and the target exercise amount with the positioner 76. Plan the exercise recommendation route R (see Figure 14) for the location of the user and the surrounding environment and attractions. Users can follow the suggested route for this campaign. Into the daily sports goal, while walking this route, at the same time achieve the purpose of the sport and can see the scenery along the way to reach the target spot T.

In summary, the smart belt system of the present invention and the method for operating the same, the pressure sensor is used to sense the pressure applied by the user's waist to the pressure sensor, and a pressure value is obtained. The device determines whether the pressure value falls within the preset pressure range to transmit the first waist circumference value measured by the length measuring device. Thereby, it is possible to prevent the user from measuring the waist circumference due to the loose or tightness of the belt around the waist. The intelligent belt system of the present invention and the operation method thereof can compare the motion value measured by the motion sensor and the preset motion value, and can issue a reminder when the user's exercise amount is too low, so as to urge the user to increase the exercise amount. . And when the measured waist value of the user exceeds the preset waist value, a reminder is also issued to urge the user to pay attention to the eating condition and avoid eating too much food to cause obesity. The intelligent belt system of the present invention and the method for operating the same can be obtained by measuring the rolling direction and the rolling amount of the roller by, for example, the length measuring device of the encoder, and knowing the change in the waist circumference of the user and the waist value, and using The adjusted waist circumference value can be known without removing the belt. The intelligent belt system of the present invention and the operation method thereof can use the motion planning module in the electronic device to tailor an appropriate motion suggestion route according to the user's movement amount and the position of the user, so as to facilitate the user's reference execution. To achieve daily exercise goals.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

Claims (8)

An intelligent belt system comprising: a belt body comprising a belt head and a belt body, one end of the belt body being detachably connected to the belt head, the belt system surrounding one waist of a user and the belt body being another The belt head is movably disposed at one end, wherein the belt body further comprises an abutting member and a roller pivotally connected to the belt head, and the abutting member corresponds to the roller to form an accommodating space, the belt The system is disposed in the accommodating space, and the opposite side of the strip body abuts the roller and the abutting member to fix the strip body by rotating the abutting member; a motion sensor is disposed on the belt head The motion sensor senses a motion state of the user to obtain a motion value; a pressure sensor is disposed on the belt head, and the pressure sensor senses the waist of the user The pressure sensor applies a pressure to obtain a pressure value; a length measuring device is disposed on the belt head, and the length measuring device measures the waist circumference of the waist of the user to obtain a first Waist value; a processor disposed on the belt head and electrically Connecting the motion sensor, the pressure sensor and the length measuring device to receive the motion value, the pressure value and the first waistline value and transmitting the motion value, and the processor determines whether the pressure value is The wireless transmission module is disposed on the belt head and electrically connected to the processor to receive and transmit the motion value and the first waistline value; An electronic device receives the motion value and the first waistline value, compares the motion value with a preset motion value to generate a motion alert signal, and compares the first waistband value with a preset waistline value to issue a diet reminder a reminder device, the reminder device receives the motion reminder signal to issue a first reminder and receives the diet reminder signal to issue a second reminder; and a power supply device disposed on the belt head and electrically connected to the signal A motion sensor, the pressure sensor, the length sensor, the processor, and the wireless transmission module. The smart belt system of claim 1, wherein the length measuring device is an encoder, and the encoder is connected to the roller, and the roller is driven to move in the accommodating space to drive the roller to roll. The encoder calculates a rolling direction and a rolling amount of the roller and transmits the same to the processor to calculate a second waist value, and transmits the second waist value to the wireless transmission module. Electronic device. The smart belt system of claim 1, wherein the electronic device includes an input device for inputting the preset pressure range, the preset motion value, the preset waist value, and/or the user personal information. The smart belt system of claim 3, wherein the electronic device comprises a display, a positioner and a motion planning module, and when the motion value is less than the preset motion value, the motion planning module A motion suggestion route is planned according to the motion value and the locator, and displayed on the display. The invention relates to a method for operating a smart belt system, comprising: providing a smart belt system comprising a belt body, a motion sensor, a pressure sensor, a length measuring device, a processor, a wireless transmission module, An electronic device, a reminding device and a power supply, and the belt body has a belt head and a belt body, and one end of the belt body is detachably connected to the belt head, and the belt system surrounds one waist of a user and The other end of the belt is movably disposed on the belt head, and the processor is electrically connected to the motion sensor, the pressure sensor, the length measuring device, the wireless transmission module and the power supply. The belt body further includes an abutting member and a roller pivotally connected to the belt head, and the abutting member is corresponding to the roller to form an accommodating space, and the belt system penetrates the accommodating space and borrows Fixing the belt body by rotating the abutting member such that opposite sides of the belt body abut the roller and the abutting member; performing a motion sensing step, wherein the motion sensor senses one of the users a state of motion resulting in a motion value and transmitted to the processor; performing a first waistline measurement step, wherein the length gauge measures a waist circumference of the waist of the user to obtain a first waist value and Transfer to the processor; perform a pressure sensing step The pressure sensor senses that the waist of the user applies a pressure to the pressure sensor to obtain a pressure value and transmits the pressure to the processor; and performs a pressure comparison step, wherein the processor performs a pressure comparison step, wherein the processor Whether the pressure value falls within a predetermined pressure range, and if so, transmitting the first waist circumference value to the wireless transmission module; performing a data transmission step, wherein the wireless transmission module receives and transmits the motion value And the first waistband value to the electronic device; performing a data comparison step, wherein the electronic device receives the motion value and the first waistline value, and compares the motion value with a preset motion value to issue a motion reminder And comparing the first waist value with a predetermined waist value to issue a diet reminder signal; A reminding step is performed, wherein the reminding device receives the motion reminding signal to issue a first reminder and receives the diet reminding signal to issue a second reminder. The method for operating the smart belt system according to claim 5, further performing a second waist value measuring step, wherein the length is when the belt body moves in the accommodating space to drive the roller to roll. The measuring device measures a rolling direction and a rolling amount of the roller and transmits the same to the processor to calculate a second waist value, and transmits the second waist value to the electronic device by the wireless transmission module. Wherein the length measuring device is an encoder and the roller is connected. An operation method of the smart belt system according to claim 5, wherein an input step is further performed, wherein the preset pressure range, the preset motion value, and the preset are input by the input device of the electronic device Set the waist value and / or the user's personal data. The method of operating the smart belt system of claim 7, wherein the electronic device further comprises a display, a positioner and a motion planning module, and the operation method of the smart belt system performs a movement And a planning step, wherein when the motion value is less than the preset motion value, the motion planning module plans a motion suggestion route according to the motion value and the locator, and displays the motion on the display.