A handrail element connector for connecting together first and second handrail elements, the connector comprising: at least one connecting portion for engaging a first handrail element internal cavity defined in one of the first and second handrail elements, the connecting portion including: at least one connector axial coupling portion couplable to a corresponding handrail element axial coupling portion located in the first handrail element internal cavity to prevent axial movement of the connector relative to the handrail element; and at least one connector angular coupling portion couplable to a corresponding handrail element angular coupling portion located in the first handrail element internal cavity to prevent rotation of the connector relative to the handrail element.

An elbow joint connector includes an elbow portion and a locking mechanism detachably coupled to a distal end of the elbow portion. The locking mechanism including a pair of locking members translatable relative to one another along an interface transverse to a longitudinal axis of the elbow joint connector. Divergent translation of the pair of locking members relative to one another along the interface increases a portion of an outer periphery of the locking mechanism to lock the elbow portion to an adjoining member. The elbow joint connector is configured for detachable coupling to an adjoining elbow joint connector and pivotally rotatable relative thereto from a first configuration in which respective center axes of the connectors form an acute angle to a second configuration in which the respective center axes are collinear.

A grab rail (10) includes an elongate central grip region (12) extending in a linear direction and two end portions (14). Each end portion (14) includes an elbow formation (18) extending from and contiguous with the grip region through to a direction generally transverse to the grip region and terminating in a surface engaging formation (20). The central grip region (12) includes a photo luminescent material that accumulates energy under normal or day light conditions and automatically emits light under low light conditions to glow in the dark. The grab rail does not require a power source and provides enhanced visibility in low or dark lighting conditions, and is particularly useful in care facilities and where people suffer from mobility issues.

A safety handle device includes a handle tube unit, a plurality of joint members, and a plurality of support tube units. The handle tube unit is formed with a tube channel that has two openings, and has a plurality of mounting holes. Each joint member is detachably disposed in the tube channel and has an engaging bore. Each support tube unit includes a support tube subunit detachably coupled to the handle tube unit, a fastening member passing through the respective mounting hole and engaged detachably with the engaging bore of the respective joint member, a securing seat adapted to be fixed to a wall, and a securing member extending into the support tube subunit and connected to the securing seat.

A wheelchair ramp system includes a ramp having a floor having a plurality of layers. At least one guardrail is secured to the side of the ramp for providing a safety barrier to persons using the ramp system. The plurality of layers include a base, a foil isolator; a heating element, a heating element cover and a flooring cover. The ramp system is divided into a plurality of electrical zones such that not all zones are powered at the same time.

An elbow joint connector includes an elbow portion and a locking mechanism detachably coupled to a distal end of the elbow portion. The locking mechanism including a pair of locking members translatable relative to one another along an interface transverse to a longitudinal axis of the elbow joint connector. Divergent translation of the pair of locking members relative to one another along the interface increases a portion of an outer periphery of the locking mechanism to lock the elbow portion to an adjoining member. The elbow joint connector is configured for detachable coupling to an adjoining elbow joint connector and pivotally rotatable relative thereto from a first configuration in which respective center axes of the connectors form an acute angle to a second configuration in which the respective center axes are collinear.

A handrail assembly comprises an elongated railing and a plurality of brackets. The railing has two lateral channels extending along its length and a central member extending between the two lateral channels. At least one of the brackets has a base and two prongs extending away from the base. Each of the prongs engages one of the lateral channels. The engagement of the railing with the brackets forms a cavity that is defined, at least in part, by the central member, the base, and the prongs.

Techniques and devices are disclosed for fabrication layout device. The device includes a table with a work surface. The work surface being a continuous surface and configured to support a plurality of railing pieces for fabrication of a railing assembly. The device further includes a beam located above the work surface. The beam is operatively coupled to the table, such that the beam moves relative to the work surface in a first direction. Attached to the beam is an ink dispenser. The ink dispenser is configured to move along the beam in a second direction different from the first direction. The ink dispenser is further configured to dispense ink onto the work surface of the table in the form of a pattern of the railing assembly. Railing pieces are positioned on the pattern so that they can be assembled to one another.

A safety grip system comprises first and second safety grips that are mountable to a support structure. Each safety grip comprises a main body sized to overlie at least a portion of the support structure and have a textured exterior surface. The first and second safety grips are interlockable such that when the first safety grip is non-rotatably mounted to the support structure, the second safety grip is also non-rotatably mounted to the support structure.

In one embodiment of the present disclosure, a handrail system for a ramp assembly, the handrail system includes first and second handrail posts oriented substantially perpendicular to a ground surface, a handrail portion having first and second ends extending between the first and second handrail posts, wherein the handrail portion is substantially parallel to a ramping surface ramping from a first elevation to a second elevation at a grade, and first and second interfaces at the first and second ends of the handrail portion for interfacing with the first and second handrail posts. In another embodiment of the present disclosure, an adaptor is configured for a handrail portion.