CN2877780Y - Network multi-function running machine - Google Patents

Abstract

The utility model relates to a network multifunctional treadmill. Traditional treadmills generally have a single function and lack entertainment and intelligence. The utility model comprises a frame, a running belt and a control host. The bottom of the running belt is fixedly equipped with a speed sensor and a speed control motor. The control host includes a display, a microprocessor, a memory and a network communication interface are arranged inside, and an information input device is arranged outside. The speed sensor and the speed control motor are connected with the microprocessor by wires. The utility model not only has all the functions of ordinary treadmills, but also has the functions of online use and intelligent control, realizes the data communication between multiple treadmills, enhances the interaction between users and treadmills, and increases the Treadmill entertainment and intelligence.

Description

Network Multifunctional Treadmill

technical field

The utility model belongs to sports fitness products, in particular to a network multifunctional treadmill.

Background technique

As a kind of physical fitness equipment, the treadmill can simulate outdoor running. Utilize treadmill to carry out running motion, have become an important part in people's daily life. The research and development of treadmills have evolved from non-electric to electric-driven running belts. The speed of research and development and the improvement of functions are developing rapidly. The treadmills used at this stage can mainly measure parameters, and can perform simple control on the treadmill, such as speed, slope, etc. These treadmills generally have a single function and lack entertainment and intelligence.

Contents of the invention

The purpose of the utility model is to propose a network-based technical scheme of a multifunctional treadmill that can be intelligently controlled in view of the deficiencies in the prior art.

The technical scheme of the utility model is: the treadmill comprises a frame, a running belt and a control host. The running belt is fixed on the lower end of the frame, and the control host is fixed on the upper end of the frame. The bottom of the running belt is fixedly equipped with a speed sensor and a speed control motor. The control host includes a display, with a microprocessor, a memory and a network communication interface inside, and an information input device outside, and the display, memory, network communication interface and information input are all electrically connected to the microprocessor. The speed sensor and the speed control motor are connected with the microprocessor by wires.

The utility model not only has all the functions of ordinary treadmills, but also has the functions of network online use and intelligent control, realizes data communication between multiple treadmills, enhances the interaction between users and treadmills, and increases the number of treadmills. The entertainment and intelligence of the machine.

Description of drawings

Fig. 1 is the overall structural representation of the utility model;

Fig. 2 is a control block diagram of the utility model system.

Detailed ways

As shown in FIG. 1 , the treadmill includes a frame, a running belt 2 and a control host 1 . The running belt 2 is fixed on the lower end of the frame, and the control host 1 is fixed on the upper end of the frame. The bottom of running belt 2 is fixedly equipped with speed sensor and speed control motor.

As shown in Figure 2, the control host 1 of this treadmill comprises a display 8, a microprocessor 7, a memory 3 and a network communication interface 4 are arranged inside, and an information input device 6, a display 8, a memory 3, and a network communication interface are arranged outside 4 and the information input device 6 are electrically connected with the microprocessor 7 . The speed sensor 5 and the speed control motor 9 are connected with the microprocessor 7 through wires. Speed control motor 9 is connected with running belt 2 and controls the speed of running belt 2.

The control system uses a microprocessor as the main control chip, and the input signals are respectively an information input device 6 , a speed sensor 5 , a memory 3 , and a network communication interface 4 . The output signals are the display 8 and the speed control motor 9 respectively. Under the control of the program, the embedded system displays the function menu on the display 8, and the user selects the scene map in the memory 3 and waits for other users on the network to join, and then starts to use the treadmill system.

Information input device 6 in the figure: the user selects the scene map, and the microprocessor drives the speed controller to control the speed of the treadmill belt according to the selected scene map. In addition, the user selects a character through the information input device 6, and the selected character represents the user, and finally displays the user's speed and other network users' running real-time simulation scenes in the form of animation on the display.

The speed sensor 5 in the figure: collects the motor speed data through the sensor, and then transmits it to the microprocessor for processing through the serial port.

Network communication interface 4 in the figure: realize the interconnection between multiple treadmills through the network communication interface and TCP/IP protocol, complete resource allocation among multiple treadmills and realize data communication between multiple treadmills.

Speed control motor 9 in the figure: After the microprocessor processes the corresponding data, the output data is sent to the speed control motor through the serial port to control the speed of the running belt of the treadmill.

Display 8 in the figure: the display module displays the data output of the microprocessor, and dynamically displays the characters and scene maps selected by the user in the form of animation;

Due to the adoption of the above technical solution, when the user chooses to use a stand-alone machine, he first selects a character and a scene map. After the user starts running, he can see the animation effect of the character running on the selected scene map on the display. The utility model controls the speed of the running belt according to the scene map selected by the user under the system control program. When the user chooses to use the network, the utility model not only has the same function and effect as the stand-alone use, but also invites other users on the network to participate in running at the same time. At this time, all participating users can see all The animation effect of the characters of the participating users running on the selected scene map at the same time is very entertaining and intelligent.

Claims (1)

1, network multi function treadmill comprises frame, runs and be with and main control system, and the band of running is fixed on the lower end of frame, and main control system is fixed on the upper end of frame, and the bottom of being with that it is characterized in that running is installed with speed sensor and speed control motor; Main control system comprises display, and inside is provided with microprocessor, memory and network communication interface, and outer setting has message input device, and display, memory, network communication interface and message input device all are electrically connected with microprocessor; Speed sensor is connected with microprocessor by lead with speed control motor.

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