RESISTANCE BAND ASSEMBLY

A method of varying a resistive force applied by exercise equipment including providing a resistance band assembly for providing resistive force during the performance of an exercise. The resistance band assembly includes a housing having a first end, a second end, and a longitudinal axis extending therebetween. A bore is defined in the housing and a connector is provided in the bore. The connector includes first and second surfaces and a hole is defined in the connector and extends between the surfaces. A disc is also provided in the bore and also has a first and second surface. An aperture is defined in the disc and extends between the first and second surfaces thereof. A first and second resilient member is provided and these resilient members are selectively engageable with the resistance band assembly to provide a first resistive force during the performance of an exercise.

Resistance band assembly

A adjustable resistance band assembly for providing resistive force during the performance of an exercise. The adjustable resistance band assembly includes a first end, a second end, and a longitudinal axis extending therebetween. First and second resilient members are provided. An adjustment assembly enables a user to selectively engage the first or first and second resilient members to adjust the resistive force provided for performance of an exercise.

RESISTANCE BAND ASSEMBLY

A adjustable resistance band assembly for providing resistive force during the performance of an exercise. The adjustable resistance band assembly includes a first end, a second end, and a longitudinal axis extending therebetween. First and second resilient members are provided. An adjustment assembly enables a user to selectively engage the first or first and second resilient members to adjust the resistive force provided for performance of an exercise.

Non-contact scanning system

A non-contact scanning system for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. Objects to be scanned are mounted on a rotary table that is also movable in an X-Y direction or alternatively in the X, Y and Z directions under the control of a motion control subsystem, a machine control user interface subsystem and an image capture.

Lighting fixture die-cast corner

Variable resistance band assembly and method of using the same

A variable resistance band assembly may include a first end and a second end spaced apart from the first end. Additionally, a first disc is proximate the first end defining a plurality of holes arranged in a pattern extending through the first disc, and a second disc is stacked adjacent the first disc along an assembly axis, the second disc defining a plurality of holes arranged in a similar pattern to that of the first disc and axially aligned therewith. A connector is proximate the second end and a first resilient member is releasably attached to the connector and extending through one aligned hole in the first and second discs and releasably attached to the first disc.

ATTACHMENT ASSEMBLY FOR AN EXERCISE DEVICE AND AN EXERCISE DEVICE INCORPORATING THE SAME

An attachment assembly for an exercise device and a method of using the same. The device includes a first end and a second end; a first J-hook defining a portion of the second end; and a second J-hook defining a portion of the second end; wherein the first and second J-hooks are releasably attach the device to a separate exercise structure. The method includes providing a ring on the exercise structure, wherein the ring defines an aperture; affecting relative movement of the ring relative to an exercise assembly, defining a gap between two inverted J-hooks; positioning the ring in the gap beneath two ends of the J-hooks; affecting a relative rotation of the ring relative to the two J-hooks such that the ring is beneath a J-hook passageway defined by a downwardly facing concave surface on each J-hook; and engaging the ring with the concave surface on each J-hook. 1. An exercise device comprising:a housing having a first end and a second end; wherein the first end is adapted to be engaged by a user;a first hook defining a portion of the second end of the housing; and wherein the first hook is adapted to selectively releasably attach the exercise device to a separate exercise structure.2. The exercise device as defined in claim 1 , wherein the housing is a rigid claim 1 , tubular member.3. The exercise device as defined in claim 1 , wherein the first hook is substantially J-shaped.4. The exercise device as defined in claim 1 , further comprising a second hook defining a portion of the second end of the housing claim 1 , wherein the second hook is adapted to selectively releasably attach the exercise device to the separate exercise structure5. The exercise device as defined in claim 4 , wherein each of the first and second hooks is substantially J-shaped.6. The exercise device as defined in claim 5 , wherein the first hook includes an arcuate first section and the second hook includes an arcuate second section; anda gap is defined between the arcuate first section and ...

Strength training and stretching machine with adjustable arms

RESISTANCE BAND ASSEMBLY AND A METHOD OF VARYING A RESISTIVE FORCE APPLIED THEREBY

A method of varying a resistive force applied by exercise equipment including providing a resistance band assembly for providing resistive force during the performance of an exercise. The resistance band assembly includes a housing having a first end, a second end, and a longitudinal axis extending therebetween. A bore is defined in the housing and a connector is provided in the bore. The connector includes first and second surfaces and a hole is defined in the connector and extends between the surfaces. A disc is also provided in the bore and also has a first and second surface. An aperture is defined in the disc and extends between the first and second surfaces thereof. A first and second resilient member is provided and these resilient members are selectively engageable with the resistance band assembly to provide a first resistive force during the performance of an exercise.

Non-contact scanning system

A non-contact scanning system for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. Objects to be scanned are mounted on a rotary table that is also movable in an X-Y direction or alternatively in the X, Y and Z directions under the control of a motion control subsystem, a machine control user interface subsystem and an image capture. The configuration of the scanning system in accordance with the present invention provides a spherically shaped ...

NON-CONTACT SCANNING SYSTEM

A non-contact scanning system for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. Objects to be scanned are mounted on a rotary table that is also movable in an X-Y direction or alternatively in the X, Y and Z directions under the control of a motion control subsystem, a machine control user interface subsystem and an image capture. The configuration of the scanning system in accordance with the present invention provides a spherically shaped ...

STRENGTH TRAINING AND STRETCHING SYSTEM AND RESISTANCE BAND ASSEMBLY FOR USE THEREWITH

A fitness station and resistance band assembly and a method of using the same. The station includes a base; a support extending upwardly from the base; a first arm extending outwardly from the support; and a plurality of attachment members provided on one or more of the base, the support or the first arm. The assembly is selectively engageable with one of the attachment members and is operable to apply a resistive force during a performance of an exercise. The assembly includes a housing that is at least partially rigid and a first resilient member for providing the resistive force located within the housing. The assembly is attached to one of the attachment members on the fitness station. A pulling motion is applied to the assembly during the performance of an exercise. A resistive force is generated within the assembly in response to the applied pulling motion. 1. In combination;a fitness station including a base; a support extending upwardly from the base; a first arm extending outwardly from the support a distance vertically above the base; and a plurality of attachment members provided on one or more of the base, the support or the first arm; and a housing that is at least partially rigid; and', 'a first resilient member for providing the resistive force, wherein the first resilient member is located within the housing., 'a resistance band assembly selectively engageable with one of the attachment members and being operable to apply a resistive force during a performance of an exercise, wherein the resistance band assembly includes2. The combination as defined in claim 1 , wherein the housing has a first attachment assembly at a first end of the housing and a second attachment assembly at a second end of the housing; and wherein the second attachment assembly is selectively engageable with the one of the attachment members on the fitness station.3. The combination as defined in claim 2 , wherein the housing is a tubular member which is substantially rigid from ...

FITNESS TRAINING STATION

A fitness station for performing exercises using resistance devices; The station includes a base anchorable to a horizontal surface; a support extending upwardly from the base; a first arm extending outwardly from the support a distance vertically above the base; a second arm extending outwardly from the support a distance vertically above the first arm; a third arm extending outwardly from the support a distance vertically above the second arm; a fourth arm and fifth arm extending outwardly from the support in a different direction to the first and second arms; wherein the fifth arm is located a distance vertically beneath the fourth arm. A plurality of attachment members are provided on one or more of the base, the support, the first, second or third arms, each attachment members being configured to have a resistance device selectively secured thereto.

VARIABLE RESISTANCE BAND ASSEMBLY AND METHOD OF USING THE SAME

A variable resistance band assembly may include a first end and a second end spaced apart from the first end. Additionally, a first disc is proximate the first end defining a plurality of holes arranged in a pattern extending through the first disc, and a second disc is stacked adjacent the first disc along an assembly axis, the second disc defining a plurality of holes arranged in a similar pattern to that of the first disc and axially aligned therewith. A connector is proximate the second end and a first resilient member is releasably attached to the connector and extending through one aligned hole in the first and second discs and releasably attached to the first disc. 1. A resistance band assembly having:a housing with first and second ends and a longitudinal axis extending therebetween;a bore defined by the housing;a first resilient member having a first end and a second end;a connector disposed within the bore of the housing;a first disc disposed within the bore of the housing; wherein the first resilient member extends between the first disc and the connector; and wherein the first resilient member is selectively detachably engageable with the connector.2. The resistance band assembly as defined in claim 1 , wherein the first disc defines an aperture therein and the aperture is oriented substantially parallel to the longitudinal axis; and wherein the first resilient member has a shaft which extends between the first and second ends thereof; and wherein the shaft passes through the aperture.3. The resistance band assembly as defined in claim 2 , further comprising a first enlarged region provided proximate the first end of the shaft; and wherein the first enlarged region is of a size sufficient to stop the first enlarged region to pass through the aperture in the disc.4. The resistance band assembly as defined in claim 2 , further comprising a first enlarged region provided proximate the first end of the shaft; and wherein the first enlarged area is of a size ...

Resistance band assembly

A method of varying a resistive force applied by exercise equipment including providing a resistance band assembly for providing resistive force during the performance of an exercise. The resistance band assembly includes a housing having a first end, a second end, and a longitudinal axis extending therebetween. A bore is defined in the housing and a connector is provided in the bore. The connector includes first and second surfaces and a hole is defined in the connector and extends between the surfaces. A disc is also provided in the bore and also has a first and second surface. An aperture is defined in the disc and extends between the first and second surfaces thereof. A first and second resilient member is provided and these resilient members are selectively engageable with the resistance band assembly to provide a first resistive force during the performance of an exercise.

Variable resistance band

Food product cooking basket

A wire form basket is provided for holding food products in a cooking apparatus. The basket includes a frame having a plurality of upright side walls defining a cooking space therewithin. A plurality of generally horizontal food-supporting shelves are vertically stacked in the space between the side walls, with one shelf above another shelf. The shelves are movable from horizontal food-supporting positions to generally vertical loading positions to allow food products to be loaded onto a given shelf without interference from any shelf above the given shelf.

Strength training and stretching system and resistance band assembly for use therewith

A fitness station and resistance band assembly and a method of using the same. The station includes a base; a support extending upwardly from the base; a first arm extending outwardly from the support; and a plurality of attachment members provided on one or more of the base, the support or the first arm. The assembly is selectively engageable with one of the attachment members and is operable to apply a resistive force during a performance of an exercise. The assembly includes a housing that is at least partially rigid and a first resilient member for providing the resistive force located within the housing. The assembly is attached to one of the attachment members on the fitness station. A pulling motion is applied to the assembly during the performance of an exercise. A resistive force is generated within the assembly in response to the applied pulling motion.

Attachment assembly for an exercise device and an exercise device incorporating the same

An attachment assembly for an exercise device and a method of using the same. The device includes a first end and a second end; a first J-hook defining a portion of the second end; and a second J-hook defining a portion of the second end; wherein the first and second J-hooks are releasably attach the device to a separate exercise structure. The method includes providing a ring on the exercise structure, wherein the ring defines an aperture; affecting relative movement of the ring relative to an exercise assembly, defining a gap between two inverted J-hooks; positioning the ring in the gap beneath two ends of the J-hooks; affecting a relative rotation of the ring relative to the two J-hooks such that the ring is beneath a J-hook passageway defined by a downwardly facing concave surface on each J-hook; and engaging the ring with the concave surface on each J-hook.

NON-CONTACT SCANNING SYSTEM

A non-contact scanning system for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. Objects to be scanned are mounted on a rotary table that is also movable in an X-Y direction or alternatively in the X, Y and Z directions under the control of a motion control subsystem, a machine control user interface subsystem and an image capture. The configuration of the scanning system in accordance with the present invention provides a spherically shaped scanning envelope which facilitates three dimensional modeling of the work piece.

Resistance band assembly and a method of varying a resistive force applied thereby

A method of varying a resistive force applied by exercise equipment including providing a resistance band assembly for providing resistive force during the performance of an exercise. The resistance band assembly includes a housing having a first end, a second end, and a longitudinal axis extending therebetween. A bore is defined in the housing and a connector is provided in the bore. The connector includes first and second surfaces and a hole is defined in the connector and extends between the surfaces. A disc is also provided in the bore and also has a first and second surface. An aperture is defined in the disc and extends between the first and second surfaces thereof. A first and second resilient member is provided and these resilient members are selectively engageable with the resistance band assembly to provide a first resistive force during the performance of an exercise.

Strength training and stretching machine

Non-contact scanning system

A non-contact scanning system for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. The configuration of the scanning system in accordance with the present invention provides a spherically shaped scanning envelope which facilitates three dimensional modeling of the work piece.

Resistance band assembly

A method of varying a resistive force applied by exercise equipment including providing a resistance band assembly for providing resistive force during the performance of an exercise. The resistance band assembly includes a housing having a first end, a second end, and a longitudinal axis extending therebetween. A bore is defined in the housing and a connector is provided in the bore. The connector includes first and second surfaces and a hole is defined in the connector and extends between the surfaces. A disc is also provided in the bore and also has a first and second surface. An aperture is defined in the disc and extends between the first and second surfaces thereof. A first and second resilient member is provided and these resilient members are selectively engageable with the resistance band assembly to provide a first resistive force during the performance of an exercise.

RESISTANCE BAND ASSEMBLY

A method of varying a resistive force applied by exercise equipment including providing a resistance band assembly for providing resistive force during the performance of an exercise. The resistance band assembly includes a housing having a first end, a second end, and a longitudinal axis extending therebetween. A bore is defined in the housing and a connector is provided in the bore. The connector includes first and second surfaces and a hole is defined in the connector and extends between the surfaces. A disc is also provided in the bore and also has a first and second surface. An aperture is defined in the disc and extends between the first and second surfaces thereof. A first and second resilient member is provided and these resilient members are selectively engageable with the resistance band assembly to provide a first resistive force during the performance of an exercise.

NON-CONTACT SCANNING SYSTEM

A non-contact scanning system is disclosed for three dimensional non-contact scanning of a work piece for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system includes a scanner assembly, a gantry assembly and a fixture assembly. The gantry assembly and the fixture assembly are carried by a table or base. The scanner assembly is carried by the gantry assembly. The fixture assembly is rotatable about two (2) orthogonal axes axis under the control of a control system. The fixture assembly optionally allows the height of the fixture assembly to be adjusted relative to the plane of the table by way of rectilinear movement. The scanning system provides a spherically shaped scanning envelope which facilitates three dimensional modeling of a work piece. 1. A non-contact scanning system comprising:a fixture assembly for carrying a work piece, the fixture assembly having three degrees of freedom;a scanner for scanning the work piece; anda gantry assembly for carrying the scanner, said gantry assembly including a radius arm formed in a generally arcuate shape for use in creating spherically shaped scanning envelopes.2. The non-contact scanning assembly as recited in claim 1 , wherein said fixture assembly is formed to be movable along two rectilinear axes that are perpendicular to each other.3. The non-contact scanning assembly as recited in claim 1 , wherein said fixture assembly is formed to be rotatable about two axes that are perpendicular to each other.4. The non-contact scanning assembly as recited in claim 2 , wherein said fixture assembly is formed to be rotatable about a third axis.5. The non-contact scanning assembly as recited in claim 4 , wherein said third axis is generally perpendicular to said two axes.6. The non-contact scanning assembly as recited in claim 3 , wherein said fixture assembly is formed to be movable in a rectilinear manner along a fourth axis.7. The non-contact scanning ...

INSERT FOR USE WITH A RESISTANCE BAND ASSEMBLY AND A METHOD OF USING THE SAME

An exercise device including a housing with first and second ends and a longitudinal axis extending therebetween. A bore is defined in the housing and a disc member is located within the bore. The disc member includes a side surface extending between first and second surfaces, said side surface being generally parallel to the longitudinal axis. An aperture is defined in the disc member and extends between the first and second surfaces. The aperture is bounded and defined by a face that extends between the first and second surfaces of the disc member. A friction-reducing material is provided on the face. A first resilient member extends between the first and second ends of the housing and passes through the aperture. An aperture adjustment member may be engaged with an enlarged end of the resilient member to retain the same in the aperture in the disc member. 1. An insert for use with a resilient member in a resistance band assembly , where the resilient member includes a shaft having a first end and a second end;a base;an aperture bounded and defined by a face of the base; anda friction-reducing material provided on the face; said friction-reducing material being adapted to contact the shaft of the resilient member when the shaft extends through the aperture.2. The insert as defined in claim 1 , wherein the friction-reducing material is applied as a coating on the face of the base which defines the aperture or is bonded to the face.3. The insert as defined in claim 1 , further comprising a washer located within a hole defined in the base between the first and second surfaces; and wherein the washer defines the aperture having the face with the friction-reducing material applied thereto; and the face defining the aperture in the washer is adapted to contact the shaft of the resilient member.4. The insert as defined in claim 1 , where the entire base is comprised of the friction-reducing material.5. The insert as defined in claim 1 , wherein the base comprises:a disc- ...

Lighting fixture

Insert for use with a resistance band assembly and a method of using the same

An exercise device including a housing with first and second ends and a longitudinal axis extending therebetween. A bore is defined in the housing and a disc member is located within the bore. The disc member includes a side surface extending between first and second surfaces, said side surface being generally parallel to the longitudinal axis. An aperture is defined in the disc member and extends between the first and second surfaces. The aperture is bounded and defined by a face that extends between the first and second surfaces of the disc member. A friction-reducing material is provided on the face. A first resilient member extends between the first and second ends of the housing and passes through the aperture. An aperture adjustment member may be engaged with an enlarged end of the resilient member to retain the same in the aperture in the disc member.

RECIPROCATING REHABILITATION DEVICE

A reciprocating rehabilitation device that can be used as a stand alone unit or incorporated within a stationary bicycle. The device utilizes independently operating pedals together with range of motion limiters. Patients and therapists alike can rehab each limb independently through any necessary progressive range of motion on the way to recovery. 1. A reciprocating rehabilitation device , the device comprising:a frame;a crank axle supported by said frame, said crank axle having two ends;a first foot pedal coupled near one end of said crank axle through a first crank arm wherein said first pedal having a generally circular range of motion about said crank axle;a resistance element for resisting pedal motion in a first direction within said range;a force element for forcing pedal motion in a second direction within said range; and;a plurality of apertures disposed along said range of motion whereby insertion of a stop element within one of said apertures adjusts said range of at least one of said directions.2. The device of further comprising a second pedal near the other end of said crank axle through a second crank arm wherein said second pedal having a circular range of motion about said crank axle.3. The device of wherein said first and second crank arms independently move through their respective range of motion.4. (canceled)5. (canceled)6. The device of wherein the device is operably coupled to a stationary bicycle.7. A reciprocating foot pedal assembly claim 1 , the assembly comprising:a frame;a crank axle supported by said frame, said crank axle having a left and a right end;a left and right foot pedal coupled near respective ends of said crank axle through crank arms wherein said pedals each have a generally circular range of motion about said crank axle;a resistance element for resisting pedal motion in a first direction within said range;a force element for forcing pedal motion in a second direction within said range; and;a plurality of apertures disposed ...

Strength training and stretching system and resistance band assembly for use therewith

A fitness station and resistance band assembly and a method of using the same. The station includes a base; a support extending upwardly from the base; a first arm extending outwardly from the support; and a plurality of attachment members provided on one or more of the base, the support or the first arm. The assembly is selectively engageable with one of the attachment members and is operable to apply a resistive force during a performance of an exercise. The assembly includes a housing that is at least partially rigid and a first resilient member for providing the resistive force located within the housing. The assembly is attached to one of the attachment members on the fitness station. A pulling motion is applied to the assembly during the performance of an exercise. A resistive force is generated within the assembly in response to the applied pulling motion.

Strength training and stretching system and resistance band assembly for use therewith

A fitness station and resistance band assembly and a method of using the same. The station includes a base; a support extending upwardly from the base; a first arm extending outwardly from the support; and a plurality of attachment members provided on one or more of the base, the support or the first arm. The assembly is selectively engageable with one of the attachment members and is operable to apply a resistive force during a performance of an exercise. The assembly includes a housing that is at least partially rigid and a first resilient member for providing the resistive force located within the housing. The assembly is attached to one of the attachment members on the fitness station. A pulling motion is applied to the assembly during the performance of an exercise. A resistive force is generated within the assembly in response to the applied pulling motion.

Four-way ground lug

A ground lug for receiving an electrical wire from multiple directions to be secured within the ground lug, comprising a collar forming a receptacle for receiving an electrical wire, said collar including a first aperture for receiving a screw in an upper surface of the collar, and second and third apertures on first and second side surfaces, respectively, of the collar for receiving electrical wires within the receptacle, a threaded screw located within the first aperture for securing a wire within the receptacle when the threaded screw is tightened, and a tab extending from a lower surface of the collar, the tab including a forth aperture for receiving a screw to mount the ground lug to an electrical device.

Non-contact scanning system

A non-contact scanning system (30) for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system (40) includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. Objects to be scanned are mounted on a rotary table that is also movable in an X-Y direction or alternatively in the X, Y and Z directions under the control of a motion control subsystem, a machine control user interface subsystem and an image capture. The configuration of the scanning system in accordance with the present invention provides a spherically shaped scanning envelope which facilitates three dimensional modeling of the work piece.

Non-contact scanning system

A non-contact scanning system (30) for three dimensional non-contact scanning of a work piece is disclosed for use in various applications including reverse engineering, metrology, dimensional verification and inspection The scanning system (40) includes a scanner carried by an arcuately configured gantry assembly and a fixture for carrying a work piece. The gantry assembly includes a fixed arcuately shaped gantry member and a telescopic arm that is movable in an arcuate direction relative to a rotary table that carries the object to be scanned. A scanner is mounted on the end of the telescopic member and is movable in a radial direction. Objects to be scanned are mounted on a rotary table that is also movable in an X-Y direction or alternatively in the X, Y and Z directions under the control of a motion control subsystem, a machine control user interface subsystem and an image capture. The configuration of the scanning system in accordance with the present invention provides a spherically shaped scanning envelope which facilitates three dimensional modeling of the work piece.

Non-contact scanning system

Pivoting panel system

A dry erase pivoting panel system is disclosed that includes a front panel and a back panel, both preferably having an inside surface comprising a dry erase panel. At least one, and preferably two, panels are located intermediate the front and back panels, with each of the intermediate panels preferably comprising a two-sided dry erase writing surface. Each of the front and back panels and the intermediate panels is pivotably mounted independently of the other about a common axis. In the preferred embodiment, the panel system includes a spine to which each of the front panel, back panel, and intermediate panels is pivotably connected. Additionally, the intermediate panel members are pivotably mounted to the spine about an axis that is spaced from the common axis of the spine, front panel and back panel.

Pivoting panel system

A dry erase pivoting panel system is disclosed that includes a front panel and a back panel, both preferably having an inside surface comprising a dry erase panel. At least one, and preferably two, panels are located intermediate the front and back panels, with each of the intermediate panels preferably comprising a two-sided dry erase writing surface. Each of the front and back panels and the intermediate panels is pivotably mounted independently of the other about a common axis. In the preferred embodiment, the panel system includes a spine to which each of the front panel, back panel, and intermediate panels is pivotably connected. Additionally, the intermediate panel members are pivotably mounted to the spine about an axis that is spaced from the common axis of the spine, front panel and back panel.

Pivoting panel system

A dry erase pivoting panel system is disclosed that includes a front panel and a back panel, both preferably having an inside surface comprising a dry erase panel. At least one, and preferably two, panels are located intermediate the front and back panels, with each of the intermediate panels preferably comprising a two-sided dry erase writing surface. Each of the front and back panels and the intermediate panels is pivotably mounted independently of the other about a common axis. In the preferred embodiment, the panel system includes a spine to which each of the front panel, back panel, and intermediate panels is pivotably connected. Additionally, the intermediate panel members are pivotably mounted to the spine about an axis that is spaced from the common axis of the spine, front panel and back panel.

Reciprocating rehabilitation device

A reciprocating rehabilitation device that can be used as a stand alone unit or incorporated within a stationary bicycle. The device utilizes independently operating pedals together with range of motion limiters. Patients and therapists alike can rehab each limb independently through any necessary progressive range of motion on the way to recovery.