Abstract: An embodiment for disposing a sleeve on a fluid conduit includes positioning a sleeve through lead rollers, pressing sleeve edges to flatten the sleeve against its normal geometry, aligning the flattened sleeve with opposing guide channels defined in an passage through a sleeve guide, feeding the sleeve through the passage, and compressing the sleeve in the passage, letting the edges of the sleeve ride against the guide channels to open the sleeve. A length of the compressed sleeve exiting the guide may be cut using a heated device that fuses the sleeve material, leaving the sleeve clear to receive a fluid conduit. A collar may be disposed around an end of the cut sleeve and over the conduit, then compressed, with an end of the sleeve captured between the collar and end of the conduit. This compressing may define at least one raised portion in the collar.

Abstract: A method for assembling a safety hose sleeve system using a crimper die set which includes an upper die comprising an upper curved compressive face, upper recess walls extending contiguous from the upper compressive face at an acute angle to the upper compressive face, each defining a portion of a cavity. Thrust plate slots extend upward from ends of the upper recess walls. A lower die comprises a lower curved compressive face. Lower recess walls extend contiguous from the lower compressive face at an acute angle to the lower compressive face and define another portion of each cavity. Lower thrust plate slots extend downward from an end of the lower recess walls. Thrust plates extend from the lower thrust plate slot into the upper thrust plate slot, across the cavity at an acute angle to each of the recess walls, defining an outer abutment of the cavity.

Abstract: The present invention is directed to a portable hose cutoff saw having an improved stable base structure comprising a front plate and a back plate, a top plate extending transversely between the front and back plates interconnecting said front and back plates, and at least one connecting member extending transversely between a bottom portion of the front and back plates. The present invention also provides for a portable hose cutoff saw having a plurality of slideably adjustable hose biasing pins that may be adjusted to optimally bias the hose at or about a portion of a hose to be cut by the saw, thereby resulting in a consistent and straight cut of the hose.

Abstract: An embodiment for disposing a sleeve on a fluid conduit includes positioning a sleeve through lead rollers, pressing sleeve edges to flatten the sleeve against its normal geometry, aligning the flattened sleeve with opposing guide channels defined in an passage through a sleeve guide, feeding the sleeve through the passage, and compressing the sleeve in the passage, letting the edges of the sleeve ride against the guide channels to open the sleeve. A length of the compressed sleeve exiting the guide may be cut using a heated device that fuses the sleeve material, leaving the sleeve clear to receive a fluid conduit. A collar may be disposed around an end of the cut sleeve and over the conduit, then compressed, with an end of the sleeve captured between the collar and end of the conduit. This compressing may define at least one raised portion in the collar.

Abstract: A method for assembling a safety hose sleeve system using a crimper die set which includes an upper die comprising an upper curved compressive face, upper recess walls extending contiguous from the upper compressive face at an acute angle to the upper compressive face, each defining a portion of a cavity. Thrust plate slots extend upward from ends of the upper recess walls. A lower die comprises a lower curved compressive face. Lower recess walls extend contiguous from the lower compressive face at an acute angle to the lower compressive face and define another portion of each cavity. Lower thrust plate slots extend downward from an end of the lower recess walls. Thrust plates extend from the lower thrust plate slot into the upper thrust plate slot, across the cavity at an acute angle to each of the recess walls, defining an outer abutment of the cavity.

Abstract: A crimper die set for assembling a safety hose sleeve system includes an upper die comprising an upper curved compressive face, upper recess walls extending contiguous from the upper compressive face at an acute angel to the upper compressive face, each defining a portion of a cavity Thrust plate slots extend upward from ends of the upper recess walls. A lower die comprises a lower curved compressive face, lower recess walls extend contiguous from the lower compressive face at an acute angel to the lower compressive face and define another portion of each cavity. Lower thrust plate slots extend downward from an end of the lower recess walls, distal from the lower compressive face. Thrust plates extend from the lower thrust plate slot into the upper thrust plate slot, across the cavity at an acute angle to each of the recess walls, defining an outer abutment of the cavity.

Abstract: A crimper die set for assembling a safety hose sleeve system includes an upper die comprising an upper curved compressive face, upper recess walls extending contiguous from the upper compressive face at an acute angel to the upper compressive face, each defining a portion of a cavity Thrust plate slots extend upward from ends of the upper recess walls. A lower die comprises a lower curved compressive face, lower recess walls extend contiguous from the lower compressive face at an acute angel to the lower compressive face and define another portion of each cavity. Lower thrust plate slots extend downward from an end of the lower recess walls, distal from the lower compressive face. Thrust plates extend from the lower thrust plate slot into the upper thrust plate slot, across the cavity at an acute angle to each of the recess walls, defining an outer abutment of the cavity.