TWM679154U - Assistive devices with intelligent functions - Google Patents

Abstract

This invention is an intelligent auxiliary equipment device, comprising a grip sensor, a main body, a hook, a display screen, a microcomputer chip, a seat, a mounting base, a transmission cable, and the microcomputer chip. The grip sensor, located at the control end of the main body, measures exercise data during training and transmits it via the transmission cable to the microcomputer chip for data processing. The data is then displayed in real-time on the screen, allowing users to obtain information such as changes in body fat and calorie consumption during training. By integrating sensing, transmission, processing, and display functions, this invention addresses the lack of scientific data presentation in traditional fitness equipment, providing real-time feedback and improving the convenience and efficiency of exercise recording.

Description

Assistive devices with intelligent functions

An intelligent fitness aid comprises a grip sensor, a main body, a hook, a display screen, a microcomputer chip, a seat, a base, a user, a transmission cable, and the microcomputer chip itself. In addition to traditional fitness functions, one grip connects to a calorie and body fat sensor. During exercise, the user measures body fat and calories, and the microcomputer chip calculates the changes throughout the process. These changes are then displayed graphically on the screen, allowing the user to easily understand their fitness status.

Fitness efficiency is a concern, but existing products on the market often emphasize convenience, simplicity, or are known for their modular designs suitable for home use, thus offering multi-functional benefits.

Previous technologies have largely focused on changes in the structure of the equipment. For example, the utility model application No. M673685 filed on May 15, 2025, entitled "Adjustable Dumbbell Structure and Bar Plates Thereof," discloses an adjustable dumbbell structure that includes an adjustable weight unit with multiple bar plates, a grip assembly, and a control unit. The bar plates have first and second connecting parts on both sides, which are fixed together. The control unit also has a third connecting part that engages with the connecting parts of the bar plates. Users can use the control unit to switch the buckles between locked and unlocked positions to quickly adjust the number of bar plates, achieving convenient weight changes. Furthermore, patent application M671062, filed on February 27, 2025, entitled "A Folding Leg Raise Machine with Reduced Storage Space and Cost," discloses an exercise device consisting of a base assembly, main armrest frame, drive rods, pulleys, and elastic resistance components. The base assembly is foldable for storage. The main armrest frame is fixed to the front of the first support. The two drive rods are pivotally mounted and swing alternately, with pedals connected to their lower ends. A cable winds around the pulleys and connects to the upper end of the drive rods. The elastic resistance components provide counter-resistance, allowing the user to perform leg raises. This device combines the benefits of folding, low cost, and resistance training.

In addition to improvements in equipment structure, another example is the invention application No. I879499 filed on March 19, 2024, entitled "Intelligent Sports Safety Management Method and System," which discloses a safety management method that combines a physiological detection device, a server, and sports equipment. This method obtains the user's physiological data through the physiological detection device and transmits it to the server. The server then generates a physiological status based on this data and transmits it to the sports equipment to determine whether to allow the activation of the exercise program. This allows for automatic control of the sports equipment operation based on the user's status, improving sports safety. Another example is the utility model application No. M664585 filed on June 25, 2024, entitled "Weight Training Machine with Identification Function," which discloses an improved structure combining identity recognition and a weight training machine. The device is equipped with at least one angle sensing group that can detect and record the position scale of different users during operation, and transmit the information to the controller or display screen after identity verification. Users can then quickly and accurately adjust the position of the force application element, thereby improving operational convenience and personalized training effectiveness.

Therefore, the purpose of this new invention is to use a sensing device on the grip to allow users to track their workout progress through sensing functions. The sensed data is transmitted to a microcomputer chip via a transmission line, where the chip processes the data and displays it on a screen, effectively obtaining firsthand data. Its components include: a grip sensing device, the main body of the equipment, a microcomputer chip, a display screen, and a transmission line. In addition to traditional fitness functions, it completely solves the problem of inconvenient recording during workouts through the sensing device, microcomputer chip, and display screen, thereby improving the quality of fitness.

Therefore, this new type of fitness device features automatic sensing and data display, comprising: a grip sensing device, a main body of the equipment, a microcomputer chip, a display screen, and transmission cables. Its functions, in addition to emphasizing fitness training characteristics, include providing sensing, recording, and real-time display capabilities. Through the microcomputer chip, it processes and outputs data, giving traditional fitness equipment more application value and effectively achieving comprehensive sensing, recording, and data presentation, thereby enhancing the convenience and scientific nature of fitness.

1: Grip sensor device

2: Main body of the equipment

3: Hook

4: Display Screen

5: Microcomputer chip device

6: Cushion

7: Equipment mounting base

8: Users

9: Transmission Line

10: Microcomputer Chips

Figure 1. Schematic diagram of an implementation of an assistive device with intelligent functions.

Figure 2. Schematic diagram of a microcomputer chip device for an assistive device with intelligent functions.

Figure 3. Flowchart of an assistive device with intelligent functions.

The foregoing description and other technical contents, characteristics, and effects of this invention are explained in detail below with reference to the accompanying drawings, thereby demonstrating its specific functions. Similar components of this technology are represented by the same designations. Please refer to the following description for related information.

As shown in Figure 1, this invention is a fitness equipment with automatic sensing and data display. It includes a grip sensing device 1, a main body 2, a hook 3, a display screen 4, a microcomputer chip device 5, a seat 6, and a base 7. The user 8 can sit on the seat 6 and operate the grip sensing device 1 during training. The grip sensing device 1 is equipped with a sensing device that measures the user's exercise status and transmits the data via a transmission line 9 to the microcomputer chip device 5, where it processes and calculates the data, and then displays it in real-time on the display screen 4. In this way, the user can simultaneously obtain records related to body fat and calories during training, avoiding the inconvenience of manual calculation. Therefore, this new model, in addition to providing the effects of traditional weight training, adds real-time sensing and data display functions, enhancing the convenience and scientific nature of fitness.

As shown in Figures 2 and 3, Figure 2 is a schematic diagram of the main structure of the microcomputer chip of this invention, which includes a display screen 4 and a microcomputer chip 10. Through the built-in sensing device of the grip sensing device 1, relevant data can be measured in real time during user training. The collected data is sent from the sensing device to the microcomputer chip 10 via the transmission line 9 for processing, and then displayed in real time on the display screen 4, providing intuitive feedback. Figure 3 is a schematic diagram of the data processing flow of this invention. First, the grip sensing device 1 measures the training data and transmits it to the microcomputer chip 10 via the transmission line 9. After signal processing and data organization, the chip outputs the results to the display screen 4, allowing the user to obtain real-time information. This fully realizes the entire workflow from sensing, transmission, calculation to display, effectively improving the convenience and scientific application of fitness equipment.

This new invention integrates multiple functions, including grip sensing devices, transmission lines, a microcomputer chip, and a display screen. By combining sensing and data processing, it improves the structure of traditional fitness equipment and enhances usability through real-time data display and operational control. It combines training, sensing, recording, and feedback functions, thereby achieving both scientific fitness and convenience.

Therefore, the above description is merely a preferred embodiment of this invention and should not be construed as limiting the scope of this invention. Any simple equivalent changes and modifications made to the scope of the patent application and the description of this invention shall still fall within the scope of this patent.

1: Grip sensor device

2: Main body of the equipment

3: Hook

4: Display Screen

5: Microcomputer chip device

6: Cushion

7: Equipment mounting base

8: Users

9: Transmission Line

10: Microcomputer Chips

Claims (6)

An intelligent assistive device with automatic sensing and data display includes: a grip sensing device capable of sensing and measuring the user's motion data during training; a transmission line connecting the grip sensing device and a microcomputer chip for data transmission; a microcomputer chip responsible for receiving, processing, and calculating the data from the grip sensing device, and controlling the display screen to show the results; a display screen located on the device body and connected to the microcomputer chip for real-time display of motion data; and a device body including structural support and supporting other components. Therefore, this device can automatically sense and display the user's motion data, improving the scientific nature and convenience of training. The assistive device with intelligent functions as described in claim 1, wherein the grip sensing device is a bioresistance sensor, a calorie meter, or a combination thereof. The intelligent auxiliary device as described in claim 1, wherein the transmission line is a wired transmission line or a wireless communication module. The assistive device with intelligent functions as described in claim 1, wherein the microcomputer chip has data processing and storage functions, and is capable of calculating the number of exercises, force analysis, or calorie estimation. The intelligent auxiliary device as described in claim 1, wherein the display screen is a low-power liquid crystal or TFT screen capable of displaying real-time data and trend charts. The assistive device with intelligent functions as described in claim 1, wherein the main body of the device includes a fixed base to support the bar and seat and maintain overall stability.