Abstract: The invention concerns a method for controlling a device (1) allowing a user (25) to walk or run on the spot in an arbitrary direction and a device (1) therefor. The device (1) comprises a stationary central platform (9) surrounded by a convex polygon shaped deck (6) in level therewith, said deck (6) being divided into trapezoid shaped roller conveyors. Each conveyor has rollers in parallel with the trapezoid bases, the shorter one of these adjoining said platform and the longer one of these forming a side of said polygonal shape. The rollers of said conveyors are driven in order to move a user (25) stepping thereon back to said central platform (9). The rollers as such are continuous circular cylindrical, and beneath them there is a driving belt for frictional driving engagement with the rollers from below.

Abstract: A system is provided for monitoring whether a user is wearing and/or using a tagged device such as prescribed footwear, a walking aid, a brace or other orthotics. The system may detect whether the user is using a tagged device and can, in some embodiments, alert the user or the user's caregivers if the user ambulates without using the tagged device.

Abstract: In at least one embodiment, a device for controlling and/or regulating a training and/or rehabilitation unit comprises a training and/or rehabilitation unit, a sensor unit having sensors for determining oxygen concentration and for determining carbon dioxide concentration, a control unit for the sensors, a microcontroller in the control unit for controlling the heating power of heating elements of the sensors, depending on breath flow volume, for maintaining constant sensor temperatures, and a resistance and/or braking arrangement of the training and/or rehabilitation unit that can be controlled and/or regulated based on a breathing gas composition determined by the sensor unit. The device can be used to increase endurance, preferably by way of altitude training.

Abstract: A mobile device and a method include setting a vibration intensity grade and activating a vibration sensor to detect vibration intensity of the mobile device. The mobile device and the method further include obtaining the output induced voltage amplitude, confirming a vibration intensity grade, and controlling a music adjuster to adjust a playing speed and a playing volume of a music player to the confirmed vibration intensity grade.

Abstract: The present invention provides a method for creating an exercise history for an exerciser to create an exercise program substantially in real-time, wherein personal exercise information is gathered to create the exercise history during an exercise event in an exercise environment having one or more exercise units. The present invention provides a method for creating an exercise program and a method for controlling an exercise event. The present invention also provides a device arrangement and a device which are arranged to perform the method of the invention.

Abstract: Contact pressure sensing apparatus for use with exercise equipment sensors are described. An example apparatus includes a sensor to detect a physiological condition of a user of an exercise device through physical contact with the user and a pressure sensor to detect a contact pressure applied by the user to the sensor.

Abstract: Disclosed herein are training devices useful for improving the agility and/or speed of a trainee, systems comprising same, and methods of improving a trainee's agility and/or speed. In one embodiment a training device comprises a first sensor operatively associated with a control mechanism, wherein the control mechanism is optionally configured to enable the device to move (a) randomly, (b) in a predetermined movement pattern, or (c) in relation to a second sensor.

Abstract: This invention relates to an exercise device and more particularly to an exercise device of the type that allows the user of the exercise device to exercise with part of their body in a negative pressure environment. These devices are becoming increasingly popular however the known devices are prone to frequent failure. The present invention provides a construction of exercise device that reduces the incidences of failure caused by failure of the electronics panel. The electronics panel being mounted in a separate dedicated enclosure internal the chamber with the negative pressure environment, the interior of the dedicated enclosure is isolated from the negative pressure conditions and atmosphere in the remainder of the chamber. The exercise device will be more reliable and cost effective to run. Furthermore, the construction of the present invention permits easier access to the interior of the casing for maintenance when maintenance is required.

Abstract: An apparatus which can be operated in one of two modes. The apparatus has a plurality of legs, a processor, at least one electronic motor controlled by the processor, a plurality of mechanical gears coupled to the at least one electronic motor, the plurality of mechanical gears are configured to adjust a length of the at least one leg wherein a point on a surface of the apparatus can be adjusted in height. The plurality of legs can be adjusted in length to slant the surface of the apparatus at an angle or to vary a height of the surface of the apparatus. The two modes may include an upside down mode wherein the apparatus is configured to operate as a toddler gym or a right side up mode where the apparatus is configured to operates as the table.

Abstract: A control ring that usable in adjusting one or more operating parameters of an exercise device includes a body, user input mechanisms, and a transmitter. The control ring is wearable on a finger of an exerciser. The body of the control ring has an interior surface and an exterior surface. The user input mechanisms are associated with the body and may be selectively activated by the exerciser. Upon activation of the user input mechanisms, the transmitter communicates a control command to an exercise device in order to adjust the operating parameters of the exercise device.

Abstract: An exercise equipment includes an equipment body arranged for providing an exercise tool, a power arrangement for power supply, and an equipment control unit arranged for controlling a process of operation of the equipment body. The equipment control unit includes a central processing unit arranged for receiving a health data of an user and a database unit. The central processing unit includes an evaluation module analyzing the health data and providing a health status, a feedback module providing an exercise instruction based on the health status, and a communication module communicating the exercise instruction to the equipment body and the power arrangement such that the process of operation of the equipment body follows the exercise instruction. The database unit storing interlinking databases includes a health data database, a health status database and an exercise instruction database.

Abstract: An exercise device is provided which includes a surface for supporting a body of a user and a frame(s) for supporting the surface(s) above a floor. Resistance device(s) are connected to the device for providing resistance to movement of the user. Device(s) for adjusting the surface(s) relative in distance to the resistance device(s) during an exercise routine. Device(s) may be provided for adjusting the surface(s) relative in distance to the resistance device(s) during an exercise routine and or relative to the floor. Device(s) may be provided for adjusting the surface(s) closer in relative distance to the resistance device(s) while the orientation of the surface changes from vertical thru horizontal and for adjusting the surface(s) further in relative distance to the resistance device(s) while the orientation of the surface changes from horizontal thru vertical during an exercise routine and or relative to the floor.

Abstract: An athletic training device to develop speed and agility. A robot can be programmed or remote controlled to move in an erratic manner so that it can be chased by an athlete. An on-board shut-off unit stops the device when it is removed by the athlete chasing the device.

Abstract: Vibrational ergometer comprising a seat unit (20), a bottom bracket/crank unit (1) connected to a braking unit (4) as well as a vibrational unit, the latter consisting of a plate vibrator (2), a vibrational stand (18) and vibrational motors (3), wherein the plate vibrator (2) is connected to the bottom bracket/crank unit (1) and the bottom bracket/crank unit (1) is mechanically decoupled from the seat unit.

Abstract: One embodiment of the present invention includes a system and method for alleviating symptoms of a medical disorder of a patient by forced exercise. The system includes an exercise machine having movable portions that move in response to a first contribution by a patient and in response a second contribution by a motor. The system further includes at least one mechanical sensor and a control system programmed to alter the second contribution by the motor in response to the sensed data.

Abstract: Methods and systems for use in connection with a fitness routine and/or an exercise apparatus. In one such method, fitness information is stored in a fitness analysis system and operative communication is established with an exercise apparatus and/or a wireless communication device. A fitness information request is received at the fitness analysis system, and the system sends a setting associated with the exercise apparatus to facilitate a workout using an exercise apparatus. The system receives exercise information corresponding to the workout, and updates fitness information during the workout. The updated fitness information is analyzed to generate associated with the exercise apparatus to facilitate a subsequent workout.

Abstract: An exercise machine comprising: a frame and a support mechanism having a user interactive surface, the user interactive surface comprising a middle section, an upper section), and a lower section disposed vertically below the middle section; the upper and lower sections each including one or both of a visually observable display and a manually actuatable member, the middle section including a surface that is blank; the support mechanism including a mount mechanism adapted to mount a readily portable object in an orientation such that the object overlies entirely within the blank surface of the middle section.

Abstract: An exercise machine with spiral springs designed for performing all movements. The exercise machine has a small size but high in efficiency, and can be used at home and all public places. In this machine by utilizing spiral spring the force needed for movement, is derived from leather band spring and the friction between cloth leather band and fully leather band. A special mechanism is considered to adjust the machine force so that the work force can be varied by the user without weights.

Abstract: An exercise apparatus includes a frame for residing on a horizontal surface, a pair of arm-supporting members for supporting the user's arms and a pair of leg-supporting members for supporting the user's legs. A linkage assembly couples the arm-supporting members and leg-supporting members to the frame and moves the arm-supporting members and leg-supporting members in closed paths relative to the frame in response to user forces applied to the arm-supporting members and leg-supporting members. The linkage assembly includes actuators for adjusting dimensions of the closed paths in response to control signal inputs. Sensors mounted on the linkage assembly generate force-indicating signals representing user force. A user interface receives and processes the force-indicating signals and supplies the control signal inputs to the actuators. A dimension of at least one of the closed paths is a function of at least one of the forces applied to the leg and arm-supporting members.

Abstract: One embodiment of the present invention includes a system and method for alleviating symptoms of a medical disorder of a patient by forced exercise. The system includes an exercise machine having movable portions that move in response to a first contribution by a patient and in response a second contribution by a motor. The system further includes at least one mechanical sensor and a control system programmed to alter the second contribution by the motor in response to the sensed data.

Abstract: A touchscreen exercise device controller is connected to an exercise device and is used to adjust one or more operational parameters relative to the exercise device. The touchscreen exercise device controller includes a touchscreen that displays one or more exercise device controls for controlling exercise device operations, and receives touch inputs from an exercise device user that indicate which exercise device operations are to be changed. The touchscreen exercise device controller further includes a processing module that generates operational commands for the exercise device based on the received user inputs, and upon determining that one or more of the touch inputs comprises a predefined touch input, modifies at least a portion of the exercise device controls displayed on the touchscreen.

Abstract: A treadmill may comprise a deck, a treadbelt covering at least a portion of the deck, and a drive motor configured for driving the treadbelt. The treadmill may further comprise a sensor, a console, and a computer. The sensor may be configured to detect an amount of power utilized by the drive motor, and the console may be configured to convey information to a user. The computer may comprise a memory and a processor, and be configured for electric communication with the sensor and the consol. The computer may be programmed to analyze data received from the sensor, to provide a communication to a user through the consol that provides information about the user's running form based on the analyzed data received from the sensor, and to provide a communication to the user through the consol that provides information on how the user may change their current running form to improve running efficiency.

Abstract: The Individual Workout System allows an user to perform a complete workout regiment to build muscles without the use of weights, while achieving a cardiovascular workout at the same time. The system could be worn by an individual during aerobics, walking, jogging or doing menial tasks. The Individual Workout System is uniquely design to use resistance to build muscle without restricting an individual to weights or equipment. By placing a thin devise used to create resistance in the place of the bodies joints and flex points, such as the shoulders, elbows, knees and waist, causes resistance for the muscles in that region of the body.

Abstract: An exercise environment controller is integrated into an exercise device and being usable to adjust one or more environmental parameters relative to an exercise device environment. The integrated exercise environment controller includes an input interface that receives environmental inputs from a user of the exercise device, an environment sensor that detects current environment parameters of the exercise device's environment, and a communication module connected to the input interface and the environment sensor that communicates a control command to a home automation device that regulates climate for at least the exercise device environment.

Abstract: In the assist device, the output of an actuator is adjusted so that it becomes lower as a state of charge of a battery exceeds a first threshold value, and also so that it becomes lower as the state of charge of the battery becomes lower. The output of the actuator is controlled on the basis of the state of charge of the battery, so that it is possible to make the agent recognize the change in the state of charge of the battery by changing the output of the actuator, and as a result, to avoid the situation where the agent feels strange with respect to stopping the operation of the assist device following thereto.

Abstract: A key includes a safety mechanism operatively connectable to a safety port on an exercise device. When the safety mechanism is operatively connected to the safety port, the exercise device is placed in an operational configuration and when disconnected, the exercise device is in a non-operational configuration. The key further includes a user identification mechanism that is communicatively connectable to a user identification port on the exercise device and transmits user identification information to the exercise device.

Abstract: A table for use with a workout equipment is provided. The table includes a base, a table board and a supporting stand. The base has a front shielding portion, two lateral shielding portions, and a receiving space defined by the front shielding portion and the lateral shielding portions. The supporting stand is disposed between the base and the table board and is of a length adjustable to change the distance between the table board and the base. Accordingly, the table operates in conjunction with any workout equipments that come in various types or styles to enable a user to exercise and work concurrently and conveniently.

Abstract: A method and exercise system obtain at least one parameter of ongoing exercise on a fitness equipment unit and adjust at least one operational characteristic of the user interface while a person is exercising and based upon the obtained at least one parameter of ongoing exercise.

Abstract: The invention relates to a method, a user-specific performance monitor and a computer program for determining the user's performance. In the method, the performance power of a physical exercise is determined by means of user movement data registered by the user-specific performance monitor. Further, the exertion level corresponding to the performance power of the physical exercise is determined by means of physiological information measured from the user, the physiological information being registered by the user-specific performance monitor; and the user's performance is estimated by means of the performance power of the physical exercise and the exertion level corresponding to the performance power of the physical exercise.

Abstract: An apparatus and method concurrently present one or more visible tracings on a display, each of the one or more visible tracings being based upon one of a plurality of available paths actually taken by a member of an exercise device.

Abstract: A fitness course guidance system for integrating identification capability into a personal device includes: a plurality of fitness devices each including a controller, an identifying device, and a first wireless interface; at least one personal device including a course guidance program, at least one fitness course, a tag, and a second wireless interface, being positioned on one of the fitness devices to allow the fitness device to identify the at least one personal device, executing the course guidance program to use the at least one fitness course, issuing an instruction to a user, and receiving the use status and related data of the fitness devices; and a server electrically connected to the controller of the fitness devices and the at least one personal device in a wired or wireless manner and adapted to collect the use status of the fitness devices.

Abstract: A partially-inlaid elliptical gymnastics equipment system includes a plurality of pedals connected to moving arms that move in synchronism with said pedals, at least one fixed member configured within a reach of a user, a panel for controlling and monitoring the equipment system, a mechanical and electric assembly that connects at least one pair of pedals and moving arms to define an elliptical system and promotes an alternating displacement of the at least one pair of pedals and arms, a vertical partition that includes a first pair of vertical windows through which distal end parts of bars pass, each bar connecting one the pedals to the elliptical system and a pair of vertical windows through which the moving arms pass, the moving arms being synchronized with the movements of the pedals, and an aisle providing access to the mechanical and electric assembly.

Abstract: In general, the present invention relates to exercise devices that lack, in whole or in part, a console. For example, an exercise device of the present invention may lack display screens and/or user input controls that selectively adjust an operating parameter of the exercise device. A console interface, or the portions of a console interface that are absent from an exercise device of the present invention may be provided by an external computing device that is communicatively connected to the exercise device. The external computing device may be individually and selectively connected to multiple exercise devices to as to provide a display screen and user input controls to a number of different exercise devices.

Abstract: An improved treadmill control system which adjusts the speed of a moving tread belt to follow user motions. Equipment includes a tread base supporting a moving tread belt upon which a user can run or walk, a motor assembly and motor driver to move the tread belt, a plurality of foot sensors, a tread belt motion sensor, a measurement system to estimate user motion based on foot and tread belt sensor signals, and a motor controller to adjust motor assembly speed based on estimates of user motion. The system is capable of making improved user motion estimates and of using them to provide improved belt speed control. In one embodiment, user position, speed, and acceleration are estimated at each user footfall while estimates are continually revised between footfalls. In one embodiment, foot sensors are capacitive proximity sensors which are effective, fully concealable, and economical.

Abstract: Electronic meter for an exercise apparatus wherein the body mass index (BMI) and the standard heart rate parameter list are stored in a microprocessor of the electronic meter. After the user inputs his personal basic data (such as height, weight, gender, age, etc.), the microprocessor will determine the weight difference for the user. According to this result, an optimal exercise session suitable for the user will be automatically determined and executed. The “exercise speed” can be changed before the microprocessor conducts the exercise session. Under the condition that the best calorie consumption value preset by the program for a specific user stays unchanged, the user may change the exercise speed according to his own physical strength. At that time, the microprocessor will re-determine the resistance level and the total operation duration of the exercise apparatus. In this way, the operational and recording process can be done.

Abstract: A control ring that usable in adjusting one or more operating parameters of an exercise device includes a body, user input mechanisms, and a transmitter. The control ring is wearable on a finder of an exerciser. The body of the control ring has an interior surface and an exterior surface. The user input mechanisms are associated with the body and may be selectively activated by the exerciser. Upon activation of the user input mechanisms, the transmitter communicates a control command to an exercise device in order to adjust the operating parameters of the exercise device.

Abstract: A pushable exercise apparatus configured to be pushed along a surface by a user and to provide user-selected variation in resistance to rotation applied to wheels of the apparatus. The apparatus may comprise a frame, a handle, a wheel shaft rotatably supported by the frame, one or more wheels fixedly attached to the wheel shaft, and an electrical braking system, such as a generator braking system. The electrical braking system may have a motor driven by rotation of the wheel shaft and variable electrical resistance such that an amount of torque and/or effort required to rotate at least one of the wheels is dependant on the amount of electrical resistance provided to the motor.

Abstract: A device for work and exercise has a movable element, a support frame, a frame, a work platform, a fixing board, and a control assembly. The movable element allows a user to exercise thereon. The support frame is installed on one end of the movable element and has a supporting portion on the top end thereof. The frame is disposed on the supporting partion. The work platform mounted on the frame provides the user with a working surface. The fixing board is mounted to the work platform to extend the work platform toward the user. The control assembly controls the movable element and coupled to the fixing board.

Abstract: A training apparatus includes a training machine, a detecting unit, a signal generating unit, and a control unit. The training machine includes a displaceable part that is movable in response to exercise motions performed by the exerciser during training exercise. The detecting unit detects the displacement of the displaceable part or detects the displacement of the target training area of the exerciser resulting from the exercise motions. The signal generating unit generates a stimulus signal to be applied to the exerciser during the training exercise. The control unit corrects a content of processing relating to stimulus signal performed by the signal generating unit based on the displacement detected by the detecting unit.

Abstract: A user-actuated stretching device (10) activates an alarm and/or a controller (48) in response to a stretch velocity condition or stretch load condition being detected. Exemplary stretch velocity conditions may be a detected drop in stretch velocity and/or a detected excessive stretch velocity. The alarm may be visual, audible or tactile. The controller preferably takes the form of a solenoid (48) which can lock a hydraulic damper (46) in response to a stretching velocity condition being detected. The device optimises stretching and reduces the risk of over-stretching and injury.

Abstract: A training apparatus includes adjustable resistance means; means for continuously determining an actual configuration of the training apparatus during exercise; means for generating a control signal for an audio device, the control signal being at least partially based on the actual configuration of the training apparatus; and means for outputting the control signal.

Abstract: An exercise device is disclosed. The exercise device includes an ankle rest structure and a housing. Within the housing, a drive mechanism is provided that is connected to the ankle rest structure. The drive mechanism moves the ankle rest in a reciprocating motion along a generally horizontal plane. The exercise device also includes a knee rest structure spaced away from the ankle rest and connected to the housing. In one embodiment, the knee rest is movable in a horizontal and vertical direction with respect to the housing.

Abstract: A training apparatus including a training element for a user performing exercises, an AC motor and a frequency converter being arranged to control the AC motor, wherein the frequency converter comprises measuring means being arranged to measure a voltage and a current of the AC motor and calculation means being arranged to calculate a magnetic state of the AC motor using the measured voltage, the measured current, a reference torque and a reference flux in order to generate a torque of the AC motor. The training apparatus further comprises a control unit having a machine control module being arranged to calculate the reference flux and the reference torque using an intended overall torque, wherein the machine control module is connected to the frequency converter and arranged to transmit the reference flux and the reference torque to the frequency converter.

Abstract: An exercise device includes a vertical support member; an adjustable incline having a first end and a second end, the first end of the adjustable incline adjustably supported by, and vertically movable with respect to, the vertical support member for adjusting the incline of the adjustable incline; a user support platform movably attached to the adjustable incline; first and second pulleys coupled to the adjustable incline; one or more cables extendable through first and second pulleys and coupled to the user support platform for movement of the support platform along the adjustable incline through cable movement; and a non-motorized lift assist mechanism coupled to the adjustable incline and configured to impart a force on the adjustable incline to assist a user in adjusting the incline of the adjustable incline.

Abstract: A strength training control device comprises: a torque source (including a base frame, a motor and a gear reduction box); and a link mechanism (including a gearbox arm, a first link rod, a second link rod, and an operating rod arm), wherein a S-type load cell is coupled to the first link rod and the second link rod to sense a load value. The control device further comprises: an operating rod, an electronic meter for setting a torque value, and a servo controller for comparing a load value of S-type load cell with a set value of the electronic meter. After the difference value is adjusted, an electric current is outputted to drive the motor, and the motor torque is amplified by the gear reduction box and transmitted through the link mechanism to the operating rod, and users can obtain a torque value equal to the setting of the electronic meter.

Abstract: A strength training control device comprises: a torque source (including a base frame, a motor and a gear reduction box); a drive arm, an operating rod, and a link mechanism. A beam-type load cell is coupled to the operating rod, the link mechanism, and the drive arm for measuring the load value. An electronic meter is provided for setting a torque value, and a servo controller for comparing a load value of beam-type load cell with a set value of the electronic meter. After the difference value is adjusted, an electric current is outputted to drive the motor, and the motor torque is amplified by the gear reduction box and transmitted through the link mechanism to the operating rod, and users can obtain a torque value equal to the setting of the electronic meter.

Abstract: An activity device including an activity sensor for generating an activity interaction signal responsive to a sustained large-muscle physical activity of a user operating the activity device; a controller, coupled to the activity monitor, generating a virtual environment supporting a virtual user frame-of-reference in the virtual environment, the controller generating a set of virtual education elements in the environment and a goal for the set virtual representation with respect to the virtual education elements wherein the controller is responsive to the activity interaction signal to produce an affected interaction of the virtual representation with the virtual education elements with the controller measuring a conformation of the goal by the affected interaction; and a feedback system, coupled to the controller, for presenting the virtual environment with the frame-of-reference in relation to the virtual education elements for providing the user with feedback.

Abstract: Systems and methods for a treadmill or similar exercise device which utilizes a principally arm driven belt, but includes a motor assist which provides for additional drive to the belt. The motor assist device may constructively or destructively interact with the user provided motive force via the arms. Generally, the motor will allow for the device to utilize incline as well as to make the device easier to start from rest.

Abstract: The invention relates to an apparatus for muscle stimulation with at least one motor and with two motor-operated drives, wherein each of these drives comprises a frame and a stepping plate mounted in the frame. Each of these drives is a revolving linkage square. The driven drive member is in each case a crank mounted in the frame. Moreover, a crank and a stepping plate are in each case connected in an articulated manner by means of a coupling member. With the present invention, an apparatus for muscle stimulation is developed that can be operated both with low and also with high stroke frequencies.

Abstract: Disclosed herein is a spine exercise apparatus which makes it possible for a user to actively perform spine exercise in a variety of postures. The spine exercise apparatus includes a base plate, a support unit, a plate drive unit and a control box. The base plate includes body contact units which come into contact with portions of the user's body and support the user's body. The support unit protrudes from the base plate and supports another portion of the user's body. The plate drive unit supplies power to the plate so that the plate moves in a plurality of degrees of freedom. The control box creates a plate drive signal containing information about the power to be supplied by the plate drive unit and provides the plate drive signal to the plate drive unit.