Abstract:
PROBLEM TO BE SOLVED: To provide an exhaust silencing device for an automobile enabling the setting of an exhaust control valve without being limited by the size of the exhaust silencing device, a reduction in the size of the exhaust control valve, and a reduction in cost and weight. SOLUTION: This exhaust silencing device for the automobile comprises a valve element 91 openably closing the opening end face of an outlet 7b by bringing, from the outside, the exhaust control valve 9 in contact with the open end edge part, as a valve seat face S, of the outlet 7b of a first inner tube 7, an annular fixed part 92 fixed to the inner peripheral surface of the first inner tube 7 while securing a flow passage in the first inner tube, and a pull spring 93 having one end part fixed to the small diameter cylindrical part 92b of the annular fixed part 92 in the first inner tube 7 and the other end part fixed to the cylindrical part 91b of the valve element 91, and energizing the valve element 91 in a direction in contact with the valve seat face S with a specified force. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a back door reinforcing structure of a special vehicle such as a cash transport vehicle capable of making effective use of the resources without dismantling the existing member of an ordinary vehicle, establishing through easy reform of the ordinary vehicle, and suppressing the cost. SOLUTION: The back door reinforcing structure of the special vehicle such as a cash transport vehicle fabricated through a reform of the ordinary vehicle, in which a strong room is provided in the cabin in such a way as partitioned by a bulkhead, wherein intrusion hindering bars 3 in straight shape are fixed to the upper and lower mating edges of the peripheral frame of a back door inner 11 located inside the back door 1 of the vehicle and at the periphery of the window frame 1a of a glass pane 2 in such a condition that five pieces of such bars 3 are set over at a certain spacing in the vehicle width direction. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide an obstacle detection device for an auto-back door capable of improving its obstacle detection performance at the time of opening operation of the auto-back door. SOLUTION: As the auto-back door rotationally moves upward from the fully closed position to the fully opened position, a controller drives an obstacle detection sensor 4 in accordance with an opening of the auto-back door 3. Concretely, the controller determines the opening of the auto-back door 3 based on a signal inputted from a rotation sensor (rotational frequency of a drive motor), calculates an inclination angle of the obstacle detection sensor 4 based on the opening so as to always direct a detection surface 41 to the backward of a vehicle, and transmits a control signal to a stepping motor. The stepping motor drives the obstacle detection sensor 4 downward so as to always direct the detection surface 41 to the backward of the vehicle based on the control signal from the controller along with the upward rotational movement of the auto-back door 3. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a slide door device capable of giving a sufficient swing stopping effect for a guide roller, facilitating the management of the relative mounting position accuracy between a female side dovetail and a male side dovetail, and reducing the cost. SOLUTION: The slide door device includes an upper guide rail 1 whose front end is fixed to a vehicle body B through a front bracket 4, and is structured so that a female hole 6 to constitute the female side dovetail is formed between the body B side mounting part by bolt 44 in a mounting piece 41a of the front bracket 4 and the mounting part on the side with the upper guide rail 1, wherein a guide roller bracket 5 is furnished with the male side dovetail 7 to be fitted in the female hole 6 when the slide door 2 is closed fully. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide an opening and closing operating switch mounting structure capable of mounting a push-button in an excellent state even in controllability as well as a quality of external appearance even if the opening and closing operating switch is posteriorly mounted to an outside handle. SOLUTION: In the opening and closing operating switch mounting structure fixing the opening and closing operating switch 3 equipped with a push-button section 32 displaced by receiving physical input and the opening and a switch body 31 forming an electric signal to the rear side of the outside handle 2, the push-button section 32 is constituted of a first push-button section 321 supported by the switch body 31 in a state capable of being displaced and a second push-button section 322 mounted by passing through a button through-hole 21a of an escutcheon 21 and placed by abutting or approaching the transmission surface 328 of the rear side on an input surface of the first push-button section 321, and the rear side flange 325 of the second push-button section 322 is held between the switch body 31 and the escutcheon 21. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a cargo bed structure of a truck capable of enhancing the appearance quality by arranging so that welding marks and/or a seal member are not exposed to outside the truck and reducing the weight and the cost and also enhancing the convenience to handle by eliminating the use of any reinforcement for a hook and forming an inner rope hook on a slide system. SOLUTION: The cargo bed structure of the truck is configured so that side plates 3 having box-shaped section are installed upright on the left and right sides of the truck cargo bed 1 fitted with no hood, wherein an upper rail 6 extending fore and aft of the truck is fixed to the side face of an inner panel 32 of each side plate 3 to be the inside of the cargo bed, and the inner rope hook 6 is installed slidably in the direction fore and aft along the upper rails 6. COPYRIGHT: (C)2005,JPO&NCIPI