Abstract: The present invention relates to a boxing fitness device and a detection method thereof, the boxing fitness device of the present invention includes a frame, punching zones, prompting devices, sensing devices, a first wearable device, a second wearable device and a computation unit. The punching zones are disposed in the frame and the prompting devices are disposed on the punching zones, respectively. When a left hand or a right hand of a user touches one of the punching zones, the sensing devices can sense a first to-be-sensed part of a first wearable device or a second to-be-sensed part of a second wearable device worn on the hands of the user. As a result, the boxing fitness device and the detection method thereof of the present invention can sense the first to-be-sensed part and the second to-be-sensed part to detect the user's correct punching action.

Abstract: A measuring method for maximum muscle strength may be applied to a muscle training device and a user of the device. The muscle training device may include a control unit, an operation display unit, and a drag unit. The measuring method assists the user to measure their maximum strength on the muscle training device by themself, and this knowledge is helpful in designing and adjusting a muscle training schedule and to evaluate the resulting progress.

Abstract: The present disclosure illustrates a two-in-one training device including a support structure, a resistance output module, a cable rolling device, a rear pulley, a cable, a handle assembly and an operating module. The support structure includes a front support member, a connection frame and a rear support member. The resistance output module is disposed on an end of the support structure. The resistance output module includes a resistance device, a controlling device and an encoder. The controlling device receives a detection signal and setting signal and transmits a control signal. The encoder detects an operational state of the resistance device and output a detection signal. The cable rolling device is connected to the torque enhancing device. The cable has an end wound on the cable rolling device, and other end connected with the handle assembly. The operating module is electrically connected to the resistance output module.

Abstract: The present disclosure illustrates a rowing exercise machine which includes a support structure, a power output module, a cable rolling device, a cable, a handle assembly and an operating module. The power output module is disposed at an end of the support structure. The power output module includes a motor, a controlling device and an encoder. The controlling device is connected to the motor, and receives a sensing signal and a setting signal, and transmits a control signal. The encoder is electrically connected to the controlling device and configured to sense an operational state of the motor and output the sensing signal. The cable rolling device is coupled to a torque enhancing device. An end of the cable is wound on the cable rolling device. The handle assembly is coupled on the other end of the cable. The operating module is connected to the power output module.

Abstract: A height-adjustable table with concealed wiring design is provided herein, which includes table surface, table leg, table foot, driving mechanism, and control device. The table leg is connected between the table surface and the table foot and includes a telescoping tube structure. The driving mechanism includes motor, first threaded rod, and connecting tube. The first threaded rod screwed to one end of the connecting tube and the connecting tube are disposed in the telescoping tube structure. The motor is configured to drive the first threaded rod to alter the length of the telescoping tube structure. The control device includes wiring and a control interface. The wiring is disposed in the telescoping tube structure and spirals around the connecting tube. The wiring transmits power to the driving mechanism and transmits a control signal from control interface to the motor to drive the driving mechanism.

Abstract: An apparatus for detecting sports biomechanical information includes a rotating device, pedaled and rotated by a stepping portion, and a transmission mechanism being dragged, such that the stepping portion forms a moving track corresponding to the motion of the rotating device. Plural equidistant first sensing portions are disposed around the axis of the rotating device and sensed by a first sensor, and a second sensing portion is disposed on the rotating device and sensed by a second sensor, and the stepping portion includes a pressure sensor for sensing a stepping pressure exerted on the stepping portion. The aforementioned sensors generate first, second and third signals respectively, and the computing module computes the current position of the stepping portion and works together with reverse sport biomechanics of a human body to compute limbs loading information of human body movements.

Abstract: Gait tread simulation fitness equipment is provided, which utilizes a multi-linkage mechanism disposed on a main body and a suspending side frame to make an action track of a pedal to match the natural gait tread well. In addition, the relative position of the movable pivot can be adjusted to obtain different exercise modes for training different muscle groups, so as to achieve the objective of exercise training.

Abstract: An office walking equipment includes a platform and a working table. The platform is disposed on the ground and provided for a user to exercise. The working table is principally provided for work. When the platform is in use, a front end of the platform is relatively below the working table. When the platform is not in use, the platform can be separated from the working table. The platform is assembled with the working table in a non-contact manner, so that when the user performs exercise on the platform, the vibration of the platform caused by the exercise is not transmitted to the working table to affect the user's working performance.

Abstract: A method for controlling a balance training device by changing the position of a supporting point. The balance training device includes a base and a platform. A supporting member is adapted between the base and the platform to abut against the platform. The point of the platform where the supporting member is abutted against is the supporting point. The platform or the supporting member is movable, the method includes actuating the platform or the supporting member to move, so that the platform is moved relative to the supporting member; changing the position of the supporting point; and allowing the platform to be in a tilted state based on the change of the position of the supporting point. Therefore, a user can use the method for balance training.

Abstract: A method of detecting and prompting a human lower limbs stepping motion is applied to an exercise machine with pedals installed to both left and right sides of the exercise machine and provided for detecting a pedaling force while stepping the pedals. In the method, a force sensor is installed to the pedals, such that when an exerciser steps on the pedals by feet alternately, the force sensor detects, generates and transmits an electric signal to a control unit and converts the electric signal into a pedaling force value, and the control unit compares the pedaling force value with a predetermined value and prompts a message when the pedaling force value is beyond the range of the predetermined value.

Abstract: An apparatus for detecting sports biomechanical information includes a rotating device, pedaled and rotated by a stepping portion, and a transmission mechanism being dragged, such that the stepping portion forms a moving track corresponding to the motion of the rotating device. Plural equidistant first sensing portions are disposed around the axis of the rotating device and sensed by a first sensor, and a second sensing portion is disposed on the rotating device and sensed by a second sensor, and the stepping portion includes a pressure sensor for sensing a stepping pressure exerted on the stepping portion. The aforementioned sensors generate first, second and third signals respectively, and the computing module computes the current position of the stepping portion and works together with reverse sport biomechanics of a human body to compute limbs loading information of human body movements.

Abstract: A tilting and folding device of a treadmill includes a base and a track bed is pivotably connected to the base by an arm, a support device and an actuator. The arm is pivotably connected between the base and the track bed. The actuator is pivotably connected between the base and a pivotal portion located between the first and second pivotal ends. The support device is pivotably connected to the base and the track bed. When the arm is pivoted about the second pivotal end and driven by the actuator, the front end of the track bed is lifted and stopped after being traveled to a pre-set stroke. When the actuator continuously drives the arm, the rear end of the track bed is supported by the support device and pivoted until the track bed is located upright.

Abstract: A tilting and folding device of a treadmill includes a base and a track bed is pivotably connected to the base by an arm, a support device and an actuator. The arm is pivotably connected between the base and the track bed. The actuator is pivotably connected between the base and a pivotal portion located between the first and second pivotal ends. The support device is pivotably connected to the base and the track bed. When the arm is pivoted about the second pivotal end and driven by the actuator, the front end of the track bed is lifted and stopped after being traveled to a pre-set stroke. When the actuator continuously drives the arm, the rear end of the track bed is supported by the support device and pivoted until the track bed is located upright.

Abstract: A treading exerciser includes a base, and a first rotary unit and a second rotary unit are respectively connected to the base. The first rotary unit and the second rotary unit are connected to a first link unit and a second link unit respectively. The first link unit and the second link unit are connected to each other by a first connection portion. A pedal is connected adjacent to the first connection portion and drives the first and second link units. The first link unit is pivoted about the first pivot to form up-and-down action. The second link unit is pivoted about the second pivot to form back-and-forth action.

Abstract: A foldable exercising-working device includes a frame having a base with two support tubes extending from the base. A work board has its underside pivotably connected to the connection portions on the support tubes. The work board is pivotable relative to the connection portions. An exercising unit is located below the work board and a movable unit is movable on the exercising unit.

Abstract: A standing office walking equipment is composed of a platform smoothly placed on the ground and provided for a user to exercise thereon, and a working table crossing over a front end of the platform, wherein a front end of the platform is relatively below the working table while using the platform. The platform can be separated from the working table when the platform is not in use. The platform has a supporting structure provided for standing up such that after the platform is separated from the working table, the platform individually stands up through the supporting structure so as to achieve the storage.

Abstract: An office pedaling device includes a base, a pedaling mechanism, and a working surface. The base stably stands on the ground. The pedaling mechanism is installed on the base. The base is erected upward with a pole, whose one end is connected to the base and whose other end has an undertaking element. The working surface is connected to the undertaking element for the user to conveniently do office works while pedaling.

Abstract: A lift chair includes a base, a seat mechanism and a driving module. The seat mechanism includes a back frame, a seat frame, a foot frame and two hand rails. The seat frame is pivotally coupled to the base, and the driving module installed between the base and the seat mechanism drives the seat mechanism to perform a motion with respect to the base, so that if a user wants to stand up, the user can use the support from the seat frame and the back frame as standing aids to stand up successfully.

Abstract: A sports training machine includes a frame having a first rotational axis and a second rotational axis, both ends of which are provided with a first linkage and a second linkage. The other end of the first linkage pivotally connects to a pedal bar. The other end of the second linkage pivotally connects to a pedal installed on the pedal bar in a sliding way. The first and second linkages rotate with respect to the first and second rotational axes, respectively. The user operates the pedals to perform independent reciprocal displacements upward and downward as well as forward and backward.

Abstract: A foldable treadmill having lifting mechanism is provided. A base is connected to a running platform through two swing arms. The running platform controlled by the actuation device and the link of a lifting mechanism is upwardly swung on the base. When the lifting mechanism is activated, the link is moved on a support surface. When the actuation device is stretched out, the running platform is lifted and backwardly shifted relative to the stand post. When the actuation device is contracted, the running platform is descended and forwardly shifted relative to the the stand post.