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A hood mounting system and a mobile vehicle with this system installed provides improved sound dampening for the hood of the vehicle. The hood mounting system includes two lower hood brackets and one upper cowl guide mounted to the cowl or forward portion of the cab of the vehicle. The hood of the m

A hood mounting system and a mobile vehicle with this system installed provides improved sound dampening for the hood of the vehicle. The hood mounting system includes two lower hood brackets and one upper cowl guide mounted to the cowl or forward portion of the cab of the vehicle. The hood of the mounting system includes a rear support frame that has a center hood guide bracket for engagement to the upper cowl guide. The hood rear support frame also has two hood rear support guides, one each vertical side of the support frame. Each hood rear support guide mates with a lower hood bracket. The lower hood brackets each contain a liner insert that may be made from a rubber or urethane sheet or molded from this material. This liner insert acts as the component interface. The center guide bracket of the hood also has a urethane or rubber liner insert located within its fold receptacle. The guide components may each have urethane insert pad for mating with the urethane or rubber liner of the associated mating components. The insert-pad-to-liner of the associated components provide increased noise reduction and manufacturing play in regards to mating tolerances.

대표청구항 ▼

A hood mounting system and a mobile vehicle with this system installed provides improved sound dampening for the hood of the vehicle. The hood mounting system includes two lower hood brackets and one upper cowl guide mounted to the cowl or forward portion of the cab of the vehicle. The hood of the m

A hood mounting system and a mobile vehicle with this system installed provides improved sound dampening for the hood of the vehicle. The hood mounting system includes two lower hood brackets and one upper cowl guide mounted to the cowl or forward portion of the cab of the vehicle. The hood of the mounting system includes a rear support frame that has a center hood guide bracket for engagement to the upper cowl guide. The hood rear support frame also has two hood rear support guides, one each vertical side of the support frame. Each hood rear support guide mates with a lower hood bracket. The lower hood brackets each contain a liner insert that may be made from a rubber or urethane sheet or molded from this material. This liner insert acts as the component interface. The center guide bracket of the hood also has a urethane or rubber liner insert located within its fold receptacle. The guide components may each have urethane insert pad for mating with the urethane or rubber liner of the associated mating components. The insert-pad-to-liner of the associated components provide increased noise reduction and manufacturing play in regards to mating tolerances. extendable housing and wherein the device for drawing fluid into the internal test volume is disposed in the extendable housing. 14. A method for obtaining a parameter of interest of a subterranean formation in-situ, the method comprising: (a) sealing a portion of a borehole wall; (b) exposing a port in a tool to the sealed portion; (c) drawing fluid into a tool internal test volume at the port using a device integrally disposed with the internal test volume; and (d) detecting a parameter of interest of the fluid in the internal test volume with a sensor, the fluid parameter of interest being indicative of the a formation parameter of interest. 15. The method of claim 14, wherein the tool is conveyed into the borehole on a carrier member selected from a group consisting of (i) a drill pipe; (ii) a coiled tubing; and (iii) a wireline. 16. The method of claim 14, wherein sealing a portion of the borehole wall includes extending a selectively extendable pad member into sealing contact with the borehole wall. 17. The method of claim 14 further comprising operating the fluid drawing device hydraulically using hydraulic fluid selected from a group consisting of (i) an oil and (ii) drilling mud. 18. The method of claim 14, wherein the fluid drawing device includes a reciprocating piston, the method further comprising moving the reciprocating piston between a first position and a second position, the reciprocating piston drawing the fluid into the port when moving from the first position to the second position. 19. The method of claim 14 further comprising providing fluid communication between the port and the sensor through a conduit. 20. The method of claim 14 further comprising transferring the fluid from the port to a fluid storage reservoir using a pump. 21. The method of claim 14 further comprising operating the fluid drawing device with an electric motor. 22. The method of claim 21, wherein the electric motor is selected from a group consisting of (i) a spindle motor and (ii) a stepper motor. 23. The method of claim 14 further comprising extending a housing from the tool, the fluid drawing device being disposed in the housing.