2024 results about "Treadmill" patented technology

Applications of RFID technology include: RFID Tags on Automobiles in Parking Garages; RFID w / Toothbrushes; RFID Tags For Laundry Settings; RFID Tags Or Labels to Find a Mate; RFID To Identify The Value Of Coins; RFID Tags In The Doctors Office; RFID Tags Or Labels In Game Arcades; RFID With Prisoners; RFID Tags To Identify Soldiers; RFID Labels As Tags To Label Particular Components Of Aircraft or Other Structures; Car, Snowmobile, Boat, Etc. Ignition That Won't Start Without RFID Card; Car seats with RFID reader and memory; Air bags that adjust based on information on RFID; Car that keeps track of GPS info and knows whos driving based on RFID; RFID Smart Closet; Method of taking attendance; RFID on networked desks to monitor the location of individuals; Personal computer reads RFID to log you in and take you to favorite web page, load favorites list, etc.; RFID labels on Files; RFID address label versions of all label and sheet inventions; RFID sports tickets; Combination function invitation and RFID chip to allow admittance; Roll of tape with RFID built in; Schoolbus reads which kids getting on, keeps record; RFID on each car wheel; RFID key to operate common-area laundry; RFID to automatically adjust weights / treadmill settings in gym; RFID w / clothes measurements, save shelf space at store, get proper size; RFID keyring w / car information; Keep track of who's driving around neighborhood; RFID dental implant; RFID Thumbtack; RFID Doorstop; RFID identification of boats or ships at docks; RFID on cups w / specifics of favorite coffee drinks; RFID on bridges with RFID tanks on top of cars, to detect speeding; RFID on studs in a wall and RFID reader that acts as a stud finder; RFID tags or labels inside tires; RFID cards supplied with newspapers or magazines; RFID card that lights up a when the user reaches a particular location; RFID sports ticket w / automatic map generation to seat; RFID card to tell school cafeteria what lunch to prepare for particular student; student desk with slot to receive RFID card, desks on networks together, Central computing system can tell where any particular student is sitting at any given moment within the school; RFID readers on outdoor play equipment; Authentication of Expensive Items With RFID; Paintings or other art work with RFID label to be used to verify the number in a limited series; RFID on sports helmet or uniform; RFID chips in paint; RFID cards issued to airline passengers to identify type of drinks and meals for a particular passenger, etc.; Greeting Cards With RFID; Decorative Tiles With RFID Tags; RFID in Car Washes; and Adaptive Advertising Based on RFID Information.

A running machine 1 is provided with an exercise monitoring unit 40 for turning a running belt 14 on which a user runs by means of a motor 15 and monitoring a running state of the user based on a driven state of the running belt 14. The running machine a includes a monitor 31 for displaying images at its front side. The running machine 1 is also provided with an image instructing unit 41 for displaying an image of a virtual image including a running road on the monitor 31 with the position of a virtual camera, which is changed based on the driven state of the running belt, as a viewpoint, a game executing unit 43 for displaying obstacle characters to appear on the running road in accordance with a specified rule, a direction changing unit 45 for receiving an instruction to change the running direction on the running road in response to an operation made by the user doing the running exercise, and a game evaluating unit 44 for evaluating an other athletic ability of the user based on how properly he instructed to change the running direction to avoid virtual collisions with the obstacle characters.

A handheld device 100 such as a personal digital assistant (PDA) or the like, a handwritten input user interface (HIUI), a method of interfacing handwritten text and a program product therefor. A lower portion of a touch enabled display is designated as a handwriting input area 104. Action icons 106, 108, 110, 112 and 114 are disposed at a right side of the handwriting user interface 102. Recognized text is displayed on the screen in a text display area located between a file management tool bar 116 and the handwritten input area 104. A scroll bar 118 is disposed at the right side o f the display 112. As text is continuously entered each individual word may be recognized, and inserted into the end of the text stream. A word separator 120 may demarcate or bracket individual words in a continuous input stream. A secondary list of potential recognition candidates may be available for display in a box 128 and offered for substitution for or in lieu of the recognized word. Handwritten text may be continuously entered and displayed in the handwriting input area 104 as digital ink, the input point staying approximately fixed with the ink display automatically scrolling. The input area behaves as a "treadmill" or "ticker tape" that is moving from right to left, thereby giving the illusion of a continuous writing space. The speed of the "treadmill" automatically adapts to writing speed. The device 100 may include a communications function and, in particular the device may include an antenna 122 for wireless communication. Individual function switches, buttons and other controls are disposed about the device.

System and method for interactive video game fitness equipment. Fitness hardware (e.g., an exercise bicycle, a stair machine, treadmill, elliptical trainer, rotary climbing wall, or other fitness equipment) interacts with a video game, optionally via various devices, e.g., a PC, gaming console, or other hardware and / or software device or system capable of implementing an interactive application), for an immersive hybrid exercise / game user experience.

A treadmill having a track assembly that allows a user to navigate in any arbitrary direction. A movable user support has a plurality of rotatable members that rotate about axes normal to the direction of movement of the user support. Separate power drive mechanism concurrently move the user support and rotate the members to omni-directional user movement. A control for the power driven mechanism is responsive to the directional orientation of the user on the user support to cause the user support to operate in the direction of the orientation of the user.

A treadmill includes a deck having a continuous track, and a plurality of slats fixedly connected to the track. The treadmill also includes a first post extending from the deck, a second post extending from the deck opposite the first post, and a first arm supported by the first post and including a first rotary control. The treadmill further includes a second arm opposite the first arm and supported by the second post. The second arm includes a second rotary control separate from the first rotary control. The first rotary control is configured to control a first function of the treadmill and the second rotary control is configured to control a second function of the treadmill different from the first function.

A selectively inclining hiking exercise apparatus supports a user ambulating thereon. The selectively inclining hiking exercise apparatus includes a support base and a treadbase that selectively inclines with respect to the support base. The treadbase includes a motor for driving an endless belt upon which the user ambulates. The treadbase also includes a magnetic braking assembly for regulating the speed of the endless belt to prevent the endless belt from moving at a rate that is faster than the rate at which the treadbase motor is driving the endless belt. The magnetic braking assembly includes a magnet that selectively moves relative to the treadbase flywheel along a threaded lead screw to provide the braking force.

The present invention provides an apparatus and a method for identifying the risk of a clinical condition in a human or animal by correlating Near Infrared (NIR) absorbance spectral data with one or several parameters including a concentration of one or more substances in the skin, a concentration of one or more substances in skin plus subdermal tissue, a score derived from one or more clinical tests like a stress test on a treadmill, coronary angiography, or intravascular coronary ultrasound. The method determines the concentration of a compound in the skin of a human or animal and comprises the steps of placing a part of the skin against a receptor, directing electromagnetic radiation (EMR) from the near-infrared spectrum onto the skin, measuring a quantity of EMR reflected by, or transmitted through, the skin with a detector; and performing a quantitative mathematical analysis of the quantity of EMR to determine the concentration of the compound, for example free and esterfied cholesterol. An example of a clinical condition is cardiovascular disease.

The invention relates to the field of exercise equipment, in particular to an intelligent running machine. The intelligent running machine comprises a running machine body, a tablet personal computer which is arranged on the running machine body, a flexible array pressure sensor which is arranged on the running machine body, a control module which is arranged on the tablet personal computer, a data acquisition module and a motor drive module. An internet function is integrated in the control module of the running machine, and each running machine uploads a relationship model and a training program which are established according to individual characteristics through network to a server for storage so as to realize identity authentication. Multiple kinds of training modes and virtual scenes are integrated in the control module; the training program which meets an exerciser is customized in a personalized way; foot pressure distribution information of the exerciser, which is detected bythe flexible array pressure sensor, and the real-time heart rate which is sent by a heart rate monitoring module are received in real time; running speed, gradient and the like can be adjusted automatically; safety of the exerciser can be guaranteed; and training modes can be enriched and training efficiency can be improved.

A treadmill assembly comprising a substantially horizontal tread assembly including oppositely extending front and rear ends, a tread and a controller for controlling movement of the tread, a support structure extending proximate the rear end of the tread assembly to a distal top end substantially above the rear end of the tread assembly, a table top member mounted to the distal top end of the support structure, the top member including a substantially flat work surface and a front edge, the work surface having dimensions suitable to support a computer keyboard and a control assembly including at least one input button for providing command signals for controlling the controller, the control assembly supported by the table top member adjacent the front edge of the table top member.

An exercise treadmill having an endless moveable surface looped around rollers or pulleys to form an upper run and a lower run, the movable surface being rotated when one of the rollers or pulleys is rotated, and an exercise surface for walking or running while exercising, a weight resistance mechanism for providing a weight resistance for simulating the dragging or pulling of a load, wherein the weight resistance can be adjusted and set to a specific weight resistance setting; a movable hand controller operatively attached to the weight resistance mechanism for operating and controlling the exercise treadmill and the weight resistance mechanism, wherein the endless movable surface moves in a direction simulating walking or running backwards, and wherein the weight resistance mechanism applies a constant and static force to the hand controller generally only in the same as the direction the endless movable surface moves and opposite a pulling direction, whereby operation of the treadmill simulates the dragging or pulling of a load by a combination of the actuation of the weight resistance mechanism to simulate the load and the walking or running backwards to provide the dragging or pulling action.

The invention is a device for exercising a pet. One embodiment of the invention is a combination of a treadmill and control configured to motivate a pet to use the treadmill responsive to motivation provided to the pet in the form of visual, audio, aromatic, and / or food rewards. Another embodiment of the invention is a device having a motivation control system configured to be secured to and / or adjacent to a separate treadmill, with the device controlling operation of the treadmill and the motivational control system providing appropriate motivation to the pet to use the treadmill.

An exercise apparatus includes a frame for supporting all the components of the apparatus and a multi-directional resistance means for providing a user of the apparatus the ability to duplicate actual athletic procedures. The apparatus includes a treadmill for the user to operate with the multidirectional resistance means and at least two connection means between the user legs the multi-directional resistance means. A front bar is mounted on the frame for the user to hold onto while duplicating an athletic procedure. Finally, there is a controlling means to adjust the multi-directional resistance means for changing the effect of the users' workout.

The present invention provides an apparatus and a method for identifying the risk of a clinical condition in a human or animal by correlating Near Infrared (NIR) absorbance spectral data with one or several parameters including a concentration of one or more substances in the skin, a concentration of one or more substances in skin plus subdermal tissue, a score derived from one or more clinical tests like a stress test on a treadmill, coronary angiography, or intravascular coronary ultrasound. The method determines the concentration of a compound in the skin of a human or animal and comprises the steps of placing a part of the skin against a receptor, directing electromagnetic radiation (EMR) from the near-infrared spectrum onto the skin, measuring a quantity of EMR reflected by, or transmitted through, the skin with a detector; and performing a quantitative mathematical analysis of the quantity of EMR to determine the concentration of the compound, for example free and esterfied cholesterol. An example of a clinical condition is cardiovascular disease.

To provide users the ability to track their cardiovascular exercise and determine cardiovascular exercise machine usage, the present system and methods describe an activity tracking platform. The platform includes a wireless sensor configured to monitor a piece of cardiovascular exercise equipment. The sensor can be configured and positioned to monitor a moving part of the exercise equipment, such as the spinning tread of a treadmill or the circular movement of a bike peddle. Responsive to detecting activity, the sensor can associate the data with a specific user and, using a wireless sensor network, transmit the data to a central server. The platform provides the user an associated website, where the user may view historical workout information, current exercise equipment usage at a local gym, or current workout goals.

To improve tracking, an exercise treadmill is provided with a frame including molded plastic pulleys, having an integral gear belt sprocket, an endless belt extending around the pulleys and a motor operatively connected to the rear pulley to drive the belt. The pulleys are molded out of plastic and have a diameter of approximately nine inches. A mold and method for producing large diameter treadmill pulleys having an integrally molded sprocket are also disclosed. A deck underneath the running surface of the belt is supported by resilient members. A positive lateral belt tracking mechanism is used to correct the lateral position of the belt. A belt position sensor mechanism is used in combination with a front pulley pivoting mechanism to maintain the belt in the desired lateral position on the pulleys. The exercise treadmill also includes a lift mechanism with an internally threaded sleeve engaged to vertically aligned nonrotating screws. A user display of foot impact force on the belt is also provided.

A folding mechanism for a handrail frame assembly of a treadmill having a coupling cross shaft with a rotational disc at each side thereof for pivotally coupling to the hollow handrail frame assembly. A pull rod is received within the handrail frame assembly. In this way, two handles and a console support at the top end of the handrail frame assembly move by use of the corresponding action of the pull rod toward each other or away from each other in position when the handrail frame assembly is folded in a storage position or moved in an upright position.

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.

A gait training system using motion analysis is provided to perform consecutive motion analysis while a person to be measured is walking on a treadmill. The gait training system includes a treadmill including a belt rotatable by a roller of which a rotating rate is adjustable in response to a walking speed of a walker; and measuring means for transferring signals associated with a movement of a body of the walker. The measuring means are attached to the body. A control unit analyzes a walking movement based on a data from the measuring means, and a display unit displays the data to the walker.

A physical therapy apparatus for use in conjunction with a treadmill provides an assistive force to a forward movement of the legs. A force assistance device is adapted to attach to the feet or legs of a patient positioned on a motorized treadmill to assist in walking therapy by providing an assistive force to a forward movement of the patient's feet or legs. An adjustment device may vary an interface of attachment, for example, the height or direction, between the force assistance device and the patient's feet or legs. A force arresting device may arrest the assistive force provided by the force assistance device during the forward movement of the patient's feet or legs. The force assistance device provides a substantially constant assistance force during the forward movement of the patient's feet or legs. The physical therapy device may also include a force adjustment device connected with the force assistance device to vary the magnitude of the assistive force.

A deck for a treadmill includes a continuous track, and a plurality of slats connected to the track. The track and the plurality of slats at least partly define an inner space of the deck, and are rotatable about the inner space. The deck also includes a first motor configured to modify a speed of rotation of the track, and a second motor configured to modify a position of the deck relative to a support surface on which the deck is supported. The first motor and the second motor are disposed within the inner space.

An exercise treadmill is disclosed. The treadmill can be constructed with no obstructing front rails, with one or more side rails, and / or with a structural flat or ramped surface at the front allowing the user to exercise with unconstrained motion. The treadmill can further include one or more accommodations to help the user stay safe, remain longitudinally centered, and / or adjust speed with controls built into the treadmill, or automatically based on body position relative to sensors built into the side rails. The treadmill belt may be motor driven, or be user driven and dynamically moderated by resistance. The treadmill configuration can be utilized to provide a virtualized exercise experience for the user.

The invention aims to provide a gait rehabilitation robot for using a rope to pull lower limbs, which comprises a frame and a treadmill. The gait rehabilitation robot is characterized in that the gait rehabilitation robot also comprises a connecting rod system, a rope pulling system and an angle sensor; the treadmill is arranged in the frame; the connecting rod system and the rope pulling system are arranged on the frame; and the angle sensor is arranged on the connecting rod system. The gait rehabilitation robot can be used for patients paralyzed caused by cardiovascular and cerebrovascular diseases and patients with injury of the lower limbs due to an accident and the like to carry out gait rehabilitation training, also can be used for physical training of the healthy elderly and has simple structure and low cost.

A multi-function apparatus integrating an exercise device with a computer workstation. The exercise device is preferably a treadmill, step machine, or stationary bicycle. The computer workstation is attached to the exercise device, and comprises adjustable computer monitor, keyboard / mouse and desk surfaces.

A therapeutic device, such as an exercise device, includes the principles of osteogenic repair by incorporating a vibrational loading mechanism into the exercise device. By doing so, the therapeutic device provides an increased osteogenic effect, thereby enhancing the benefits of the therapy. As an example, an exercise device includes a support surface for supporting all or part of the bodily tissue of an individual using the device. A linear or rotary vibrational loading mechanism associated with the frame or a rotational element of the exercise device drives the support surface at a selected load and frequency, thereby inducing mechanical loading of bodily tissue adjacent to the support surface sufficiently to facilitate the growth, development, strengthening, and / or healing of bone tissue. The vibrational loading mechanism may be incorporated into any exercise device, including standard exercise devices such as rowing machines, stair climbing machines, elliptical trainers, bicycles, cross-country ski trainers, treadmills, or weight trainers.

A pet treadmill includes a power source for outputting a drive power. An exercise platform is laterally connected to the power source. The exercise platform includes a longitudinally main from stably disposed on a supporting ground, multiple supports secured on a bottom of the main frame to make the main frame being separated from the supporting ground, a support platform mounted within the main frame for enhancing the structure of the main frame, two driven axles transversely and rotatably mounted to two opposite ends of the main frame, and an endless strap coiled the two driven axle and surround the support, wherein a corresponding one of the two driven axle is driven by the manual power source to operate the endless strap, on which the pet imitates a jog action.

Incline mechanisms are provided for adjusting an incline of an inclinable portion of an exercise device. The incline mechanism may include one or more racks disposed on a frame, such as a generally upright support structure of a treadmill. One or more pinions may be movably connected to the inclinable portion of the exercise device, such as a treadbase of a treadmill, and may engage the one or more racks. An incline motor may rotate the pinions, which causes the pinions to ride up or down the racks. As the pinions rides up or down the racks or linear gear bars, the incline of the inclinable portion of the exercise device is increased or decreased. The pinions may rotate between various positions on the racks which correspond to various inclines and declines, including fully inclined, fully declined, and neutral positions.

An ergonomic workstation with a reduced or minimal footprint comprises a modified treadmill component and a workstation component. In one embodiment, a substantial portion of the workstation's support structure fits under the treadmill component so that the overall footprint of the treadmill workstation is minimized. Additional lateral stability of the workstation component is ensured by its proximal location under the heavy treadmill component. A vertical support extends from the base of the workstation component and supports a vertically oriented desk and monitor. In another embodiment, a single vertical workstation support enables adjustability at more than one point. Because both the screen and the desk are connected to the single vertical support, a user may quickly adjust both the desk surface and the viewing monitor to appropriate, individually tailored heights with minimum effort. Once these adjustments are accomplished, the user may simultaneously type on a keyboard at a customized desk height, view a screen at customized eye level, and walk on the treadmill and reduce stress to the user's body.