A back strap for carrying objects, such as books, includes a base upon which the objects are placed. A first shoulder strap defines a handle at one end thereof, and extends through aligned apertures of the base to form a loop over a base. A second should strap, defining a handle at one end thereof,
A back strap for carrying objects, such as books, includes a base upon which the objects are placed. A first shoulder strap defines a handle at one end thereof, and extends through aligned apertures of the base to form a loop over a base. A second should strap, defining a handle at one end thereof, similarly extends through aligned apertures of the base to form another loop over the base. A side strap extends from one side of the base to the opposite side of the base, generally transverse to the first and second shoulder straps, to form a loop over the base. Adjustment mechanisms associated with the first and second shoulder strap and side strap allow for the adjusting of the length of the loops over the base to securely tighten objects onto the base for transport.
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A back strap for carrying objects, such as books, includes a base upon which the objects are placed. A first shoulder strap defines a handle at one end thereof, and extends through aligned apertures of the base to form a loop over a base. A second should strap, defining a handle at one end thereof,
A back strap for carrying objects, such as books, includes a base upon which the objects are placed. A first shoulder strap defines a handle at one end thereof, and extends through aligned apertures of the base to form a loop over a base. A second should strap, defining a handle at one end thereof, similarly extends through aligned apertures of the base to form another loop over the base. A side strap extends from one side of the base to the opposite side of the base, generally transverse to the first and second shoulder straps, to form a loop over the base. Adjustment mechanisms associated with the first and second shoulder strap and side strap allow for the adjusting of the length of the loops over the base to securely tighten objects onto the base for transport. ssurized can of claim 1, defining a released material flow path, between the valve and the outlet, having a volume of no more than 0.05 cubic centimeters for containing unpressurized material downstream of the valve. 3. The pressurized can of claim 1, further comprising an operable valve at the outlet orifice of the interior volume of the body, and an exposed surface adapted to operate both valves when manually manipulated. 4. The pressurized can of claim 1, wherein the valve comprises a sliding face seal at an outlet surface of the conduit. 5. The pressurized can of claim 4, wherein the sliding face seal is disposed less than about 0.050 inch from the exterior surface of the can. 6. The pressurized can of claim 1, wherein the pressurized material contains a propellant. 7. The pressurized can of claim 1, wherein the pressurized material expands upon being released through the valve. 8. The pressurized can of claim 1, wherein the pressurized material is a gel. 9. The pressurized can of claim 1, wherein the pressurized material is a shaving product. 10. The pressurized can of claim 1, wherein the conduit is adapted to contain a quantity of flowable product sufficient for shaving a man's face. 11. The pressurized can of claim 1, wherein the conduit has an effective thermal mass of less than about 8 Joules per degree Kelvin. 12. The pressurized can of claim 1, wherein the conduit is made of plastic resin and has a nominal wall thickness, between water in contact with an outer surface of the conduit and flowable material contained within the conduit, of less than about 0.030 inch. 13. The pressurized can of claim 1, wherein the conduit defines a spiral flow path for the flowable material. 14. The pressurized can of claim 1, wherein the conduit is adapted to contain at least 1/10 fluid ounce of flowable material. 15. The pressurized can of claim 1, wherein the conduit is adapted to contain at least 1/6 fluid ounce of flowable material. 16. The pressurized can of claim 1, wherein the conduit is adapted to contain at least 1/3 fluid ounce of flowable material. 17. The pressurized can of claim 1, wherein the heat transfer device is constructed of materials selected to safely withstand filling the housing of the heat transfer device with water at about 140 degrees Fahrenheit, for heating the flowable material contained within the conduit. 18. The pressurized can of claim 1, comprising a valve actuator exposed for engagement by a human finger and adapted to be moved from a first position, in which the actuator is blocked from actuating the valve, to a second position, in which the actuator actuates the valve to dispense flowable material when depressed. 19. The pressurized can of claim 18, further comprising an operable valve at the outlet orifice of the interior volume of the body, and wherein the actuator is blocked from actuating the valves in its first position, and actuates both valves when depressed in its second position. 20. The pressurized can of claim 1, adapted to dispense at least four cubic centimeters of temperature-modified, flowable material, as measured volumetrically prior to any expansion, within less than about six seconds, upon valve actuation. 21. A heat transfer cap assembly for use with a dispensing canister containing a pressurized shaving product, the cap assembly comprising a rail mount disposed at a lower end of the cap assembly and constructed to clamp onto an upper edge of the dispensing canister; an outer shell defining an interior volume configured to receive and hold a quantity of hot water; an actuator exposed for finger operation and arranged to depress a release nozzle of the canister to dispense shaving product into the cap assembly when operated; a heat exchanger arranged to receive shaving product released from the nozzle, the heat exchanger disposed with the outer shell for exposure to hot water, and configured to hold at least 1/3 fluid ounce of shaving product while heat is transferre
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이 특허에 인용된 특허 (11)
Hurst Billy L. (1016 Marton St. Laurel MD 20810), Adjustable carrying case system.
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