Abstract: In one instance a support unit for supporting a portion of a heating, ventilation, and air conditioning system is provided that includes a base rail frame that on two sides has at least a first pocket and second pocket for receiving the ends of a compressor beam. The compressor beam has angled faces on both ends that interface with angled faces in the pockets. In this way, when assembled and loaded, the compressor beam will fit in the pockets and remain in place. Others systems and methods are presented.

Abstract: In one instance a support unit for supporting a portion of a heating, ventilation, and air conditioning system is provided that includes a base rail frame that on two sides has at least a first pocket and second pocket for receiving the ends of a compressor beam. The compressor beam has angled faces on both ends that interface with angled faces in the pockets. In this way, when assembled and loaded, the compressor beam will fit in the pockets and remain in place. Others systems and methods are presented.

Abstract: A cable assembly includes a mount and an anchor. The mount may include a bracket having an edge, a slot formed in the bracket and extending from the edge, and a recess extending at least partially around the slot. The anchor may be an end fitting that includes an adjuster body having a flange, a slide collar movable toward and away from the flange, and a spring member biasing the slide collar toward the flange. The adjuster body may extend through the slot with the flange and the slide collar on opposed sides. The spring member may bias the slide collar into the recess to form an interlock between the end fitting and the bracket that resists removal of the end fitting from the slot. A preferred end fitting has a drop in swivel tube and an internal isolator that completely isolates a conduit sleeve.

Abstract: A motion transmitting cable assembly includes a cable having a conduit and a core longitudinally movable within the conduit, a core attachment secured to an end of the core, and a conduit abutment fitting secured to an end of the conduit. The core attachment is molded of plastic and is over-molded onto the end of the core. The core is preferably provided with both an upset and a wire wrap within the core attachment. The core attachment includes a terminal and a rod extending from the terminal and is molded as a unitary component. A guide tube extends from the conduit abutment fitting and slidably receives the rod therein. The core meets the core attachment within the guide tube and preferably extends within the rod for the entire length of the rod and a portion of the terminal.

Abstract: A cable assembly includes a cable having a conduit and a core longitudinally movable within the conduit, a core attachment secured to an end of the core, a conduit abutment fitting secured to an end of the conduit, and a guide tube extending from the conduit abutment fitting and slidably receiving the core attachment therein. The guide tube includes a main member secured to the conduit abutment fitting and an extension member longitudinally extending from the main portion such that the core attachment is slidably received in both the main portion and the extension portion. An end of the core attachment is located within the guide tube over an entire stroke of the core attachment. The extension member is longitudinally separable from the main member to expose the end of the core attachment during assembly so that the end of the core attachment can be secured to the core.

Abstract: A fitting for a terminal connection in a core-adjuster assembly has a generally annular isolator with a generally central bore defining a connector pin socket and a reverse clip cap socket, and a reverse clip cap configured to be received substantially concentrically by the reverse clip cap socket of the isolator and defining a connector pin end socket.

Abstract: A method of manufacturing is disclosed for a motion transmitting cable assembly having a conduit and a core longitudinally movable within the conduit. The method includes the steps of securing a conduit abutment fitting to an end of the conduit, inserting the core through the conduit, placing an end of the core into a mold while the core is extending through the conduit, injection over-molding a core attachment onto the end of the core, removing the core attachment from the mold. Finally, at least a portion of a guide tube over the juncture of the core and the core attachment.

Abstract: Novel terminal connectors or fittings and terminal connector assemblies using such novel terminal connectors are disclosed. The terminal connector assemblies have uses which include, for example, on load- or motion-transmitting cable assemblies, e.g., for aircraft, automotive, and marine vehicle applications. Certain exemplary embodiments of the terminal connectors and terminal connector assemblies have features that, either alone or in combination, provide desirable characteristics such as, e.g., reduced lash or vibration in such cable assemblies. Such features include, but are not limited to groove(s) disposed in an arm of the fitting, tab member(s) extending from an arm of the terminal connector, projection(s) positioned on an arm of the fitting, etc.

Abstract: A motion transmitting cable assembly includes a cable having a conduit and a core longitudinally movable within the conduit, a core attachment secured to an end of the core, a conduit abutment fitting secured to an end of the conduit, and a guide tube extending from the conduit abutment fitting and slidably receiving the core attachment therein. An end of the core attachment is located within the guide tube and the core extends into the guide tube to the core attachment. The guide tube is split along its longitudinal axis to form first and second portions laterally attached over the core and the core attachment at a juncture of the core attachment and the core.

Abstract: A lift and secure latch assembly for a vehicle tailgate includes a pair of cables capable of applying upward force to the tailgate and a tensioning mechanism positioned within the tailgate and connected to the support members to apply tension thereto. One of the cables extends from a first lateral end of the tailgate and the other of the cables extends from a second lateral end of the tailgate. The tensioning mechanism is operable between a first position wherein the cables are retracted with the tailgate closed and a second position wherein the cables are extended with the tailgate open. The tensioning mechanism includes a spring member biasing the tensioning mechanism toward the first position. A latch selectively engages the tensioning mechanism to releasably secure the tensioning mechanism in the first position with the tailgate closed. Preferably, the latch is centrally positioned between lateral ends of the tailgate.

Abstract: A fitting for a terminal connection in a core-adjuster assembly has a generally annular isolator with a generally central bore defining a connector pin socket and a reverse clip cap socket, and a reverse clip cap configured to be received substantially concentrically by the reverse clip cap socket of the isolator and defining a connector pin end socket.

Abstract: A fitting for a terminal connection in a core-adjuster assembly has a generally annular isolator with a generally central bore defining a connector pin socket and a reverse clip cap socket, and a reverse clip cap configured to be received substantially concentrically by the reverse clip cap socket of the isolator and defining a connector pin end socket.

Abstract: A cable assembly includes a mount and an anchor. The mount may include a bracket having an edge, a slot formed in the bracket and extending from the edge, and a recess extending at least partially around the slot. The anchor may be an end fitting that includes an adjuster body having a flange, a slide collar movable toward and away from the flange, and a spring member biasing the slide collar toward the flange. The adjuster body may extend through the slot with the flange and the slide collar on opposed sides. The spring member may bias the slide collar into the recess to form an interlock between the end fitting and the bracket that resists removal of the end fitting from the slot. A preferred end fitting has a drop in swivel tube and an internal isolator that completely isolates a conduit sleeve.

Abstract: A cable assembly includes a cable having a conduit and a core longitudinally movable within the conduit, a core attachment secured to an end of the core, a conduit abutment fitting secured to an end of the conduit, and a guide tube extending from the conduit abutment fitting and slidably receiving the core attachment therein. The guide tube includes a main member secured to the conduit abutment fitting and an extension member longitudinally extending from the main portion such that the core attachment is slidably received in both the main portion and the extension portion. An end of the core attachment is located within the guide tube over an entire stroke of the core attachment. The extension member is longitudinally separable from the main member to expose the end of the core attachment during assembly so that the end of the core attachment can be secured to the core.

Abstract: A motion transmitting cable assembly includes a cable having a conduit and a core longitudinally movable within the conduit, a core attachment secured to an end of the core, and a conduit abutment fitting secured to an end of the conduit. The core attachment is molded of plastic and is over-molded onto the end of the core. The core is preferably provided with both an upset and a wire wrap within the core attachment. The core attachment includes a terminal and a rod extending from the terminal and is molded as a unitary component. A guide tube extends from the conduit abutment fitting and slidably receives the rod therein. The core meets the core attachment within the guide tube and preferably extends within the rod for the entire length of the rod and a portion of the terminal.

Abstract: A method of manufacturing is disclosed for a motion transmitting cable assembly having a conduit and a core longitudinally movable within the conduit. The method includes the steps of securing a conduit abutment fitting to an end of the conduit, inserting the core through the conduit, placing an end of the core into a mold while the core is extending through the conduit, injection over-molding a core attachment onto the end of the core, removing the core attachment from the mold. Finally, at least a portion of a guide tube over the juncture of the core and the core attachment.

Abstract: Novel terminal connectors or fittings and terminal connector assemblies using such novel terminal connectors are disclosed. The terminal connector assemblies have uses which include, for example, on load- or motion-transmitting cable assemblies, e.g., for aircraft, automotive, and marine vehicle applications. Certain exemplary embodiments of the terminal connectors and terminal connector assemblies have features that, either alone or in combination, provide desirable characteristics such as, e.g., reduced lash or vibration in such cable assemblies. Such features include, but are not limited to groove(s) disposed in an arm of the fitting, tab member(s) extending from an arm of the terminal connector, projection(s) positioned on an arm of the fitting, etc.

Abstract: A lift and secure latch assembly for a vehicle tailgate includes a pair of cables capable of applying upward force to the tailgate and a tensioning mechanism positioned within the tailgate and connected to the support members to apply tension thereto. One of the cables extends from a first lateral end of the tailgate and the other of the cables extends from a second lateral end of the tailgate. The tensioning mechanism is operable between a first position wherein the cables are retracted with the tailgate closed and a second position wherein the cables are extended with the tailgate open. The tensioning mechanism includes a spring member biasing the tensioning mechanism toward the first position. A latch selectively engages the tensioning mechanism to releasably secure the tensioning mechanism in the first position with the tailgate closed. Preferably, the latch is centrally positioned between lateral ends of the tailgate.

Abstract: A terminal assembly for connecting a core member of a remote control cable assembly to a control member includes a housing, an isolator secured to the housing with a snap-fit connection and having a deflectable wall at least partially forming a passage for receiving the control member, an adjuster movable between an installed position wherein the adjuster prevents outward deflection of the wall away from the passage and an uninstalled position wherein the wall is free to outwardly deflect away from the passage. The adjuster is secured to the isolator with a snap-fit connection in the installed position. The isolator includes a flange within the passage which is adapted to cooperate with the control member to secure the control member to the isolator when the adjuster is in the installed position.