Abstract: This inflator (1) is provided with: a housing (10) that forms a combustion space (15) filled therewithin with a gas generant (17); a front pipe that forms a front-side space to which discharge holes (19) that discharged gas generated in the combustion space (15) of the housing (10) are provided; and a filter (16) that is housed in a manner so as to partition the front-side space and the combustion space (15). The inflator (1) is further provided with a partition plate (30) that is provided between the combustion space (15) and the filter (16), with a first gas passage section and a second gas passage section formed thereon.

Abstract: A gas generator for inflating a gas bag of a vehicle occupant restraint system is provided. The gas generator includes an igniting means for producing gas and/or heat upon activation by a control signal of the vehicle. The gas generator also includes a first chamber comprising a propellant ignitable by gas and/or heat produced by the igniting means, and a second chamber comprising pressurized inflation gas. An outlet opening through which the inflation gas can flow out of the second chamber and into the gas bag is provided. The gas generator also includes a sealing means sealing the outlet opening. The gas generator is configured in such a way that after activation of the igniting means gas and/or heat produced by the igniting means ignites the propellant and a pressure wave is created under the direct or indirect impact of gas produced by the igniting means.

Abstract: A gas generator for inflating a gas bag of a vehicle occupant restraint system is provided. The gas generator includes an igniting means for producing gas and/or heat upon activation by a control signal of the vehicle. The gas generator also includes a first chamber comprising a propellant ignitable by gas and/or heat produced by the igniting means, and a second chamber comprising pressurized inflation gas. An outlet opening through which the inflation gas can flow out of the second chamber and into the gas bag is provided. The gas generator also includes a sealing means sealing the outlet opening. The gas generator is configured in such a way that after activation of the igniting means gas and/or heat produced by the igniting means ignites the propellant and a pressure wave is created under the direct or indirect impact of gas produced by the igniting means.

Abstract: An inflator is a hybrid inflator constructed by coupling a tank charged with a pressurized gas and a gas generator containing a gas-generating chemical. A coupling mechanism is provided in each of the tank and the gas generator, and the tank and the gas generator are coupled to each other with the coupling mechanisms.

Abstract: An inflator supplies gas into an airbag mounted on a motor vehicle and deploys the airbag. The inflator includes a first chamber wherein a gas blowing-outlet is provided and a gas-generating agent generating the gas by being ignited by an initiator is encapsulated. A filter is interposed between the gas blowing-outlet of the first chamber and the gas-generating agent. A second chamber is attached to the first chamber with a flow amount control member interposed therebetween, wherein compressed gas is encapsulated. A blocking member blocks a control hole of the flow amount control member so that the control hole is opened by being ruptured or removed by expanding pressure of the gas-generating agent.

Abstract: An occupant protection system includes an airbag with inflator that directs a projectile into a burst disk. As the burst disk ruptures, high pressure gas releases into the airbag for inflating the airbag.

Abstract: An inflator 10 of a vehicle occupant protection system, for example, contains an elongated housing 12 having a first end 14 and a second 16. The gas generator 10 includes a sealed pressurized gas supply or gas tank 18 in fluid communication with the first end 14 upon inflator 10 operation. A first seal 36 seals the first end 14 prior to gas generator 10 operation. A notched support member 56 is wedged within the housing 12 and fixes the first seal 36 against a sealed opening 24 of the gas tank 18, thereby preventing fluid flow during gas generator 10 inactivity. Upon gas generator 10 activation, the support member 56 is fractured by a force produced by an initiator 68 thereby releasing pressurized gas into the first end 14 and through the housing 12.

Abstract: A hybrid inflator includes a gas storage chamber filled with a pressurized gas, a chemical chamber filled with a gas generating chemical, and an initiator attached to the chemical chamber for igniting the chemical to generate a reaction gas. A gas outlet is formed to eject the pressurized gas and the reaction gas from the gas storage chamber, and a sealing plate is disposed in the gas storage chamber for separating the gas outlet from the gas storage chamber. A swirl forming device is disposed between the gas storage chamber and the chemical chamber for swirling the reaction gas from the chemical chamber and guiding the reaction gas into the gas storage chamber.

Abstract: An inflator is a hybrid inflator constructed by coupling a tank charged with a pressurized gas and a gas generator containing a gas-generating chemical. A coupling mechanism is provided in each of the tank and the gas generator, and the tank and the gas generator are coupled to each other with the coupling mechanisms.

Abstract: An inflator 10 of a vehicle occupant protection system, for example, contains an elongated housing 12 having a first end 14 and a second 16. The gas generator 10 includes a sealed pressurized gas supply or gas tank 18 in fluid communication with the first end 14 upon inflator 10 operation. A first seal 36 seals the first end 14 prior to gas generator 10 operation. A notched support member 56 is wedged within the housing 12 and fixes the first seal 36 against a sealed opening 24 of the gas tank 18, thereby preventing fluid flow during gas generator 10 inactivity. Upon gas generator 10 activation, the support member 56 is fractured by a force produced by an initiator 68 thereby releasing pressurized gas into the first end 14 and through the housing 12.

Abstract: An inflator includes a bottle for storing a high pressure gas having an opening, a sealing plate attached to the bottle for sealing the opening, a housing having a curved air passage therein and being arranged such that an end faces the sealing plate, an initiator for generating an air blast disposed to communicate with the air passage, and a piston provided inside the housing to communicate with the curved air passage. Upon actuation of the initiator, the piston is urged toward the sealing plate by the air blast to rupture the same to allow the high pressure gas to linearly eject from the bottle.

Abstract: An inflator configured to operate so that during a predetermined time from start of operation thereof, the amount of gas supplied by the inflator is large, and, thereafter, the amount of gas supplied is reduced and wherein the gas is continued to be supplied for a long period of time. The inflator includes first and second gas flow openings and a valve mechanism that operates to selectively open the first gas flow opening. When gas is supplied to the gas flow openings at a pressure equal to or greater than a predetermined value, the valve mechanism opens the first gas flow opening. When the pressure of the gas supplied to the gas flow openings becomes equal to or less than a predetermined value, the valve mechanism closes the first gas flow opening.

Abstract: An inflator includes a bottle for storing a high pressure gas having an opening, a sealing plate attached to the bottle for sealing the opening, a housing having a curved air passage therein and being arranged such that an end faces the sealing plate, an initiator for generating an air blast disposed to communicate with the air passage, and a piston provided inside the housing to communicate with the curved air passage. Upon actuation of the initiator, the piston is urged toward the sealing plate by the air blast to rupture the same to allow the high pressure gas to linearly eject from the bottle.

Abstract: A sheet feeding device and an image forming apparatus including an auxiliary pusher section, disposed at a sheet loading plate, for pushing one end of each sheet loaded on a rotatable sheet loading plate towards a sheet feeding section. The auxiliary pusher section includes a pusher member for contacting each of the sheets, and a spring for biasing the pusher member towards the sheet feeding section. The auxiliary pusher section pushes the sheets against the sheet feeding section to allow reliable feeding of the sheets.

Abstract: An image bearing member, process device acting on the image bearing member, a first frame, a second frame lockable and separable with respect to the first frame, a locking body and a locking member lockable to the locking body, provided to separably interlock the first and second frames, and a recessed portion and a projection fittable into the recessed portion which are provided to separably interlock the first and second frames. With above construction it is possible to provide a process cartridge, an image forming system, and a method for assembling a cleaning device, which can be easily assembled and can sufficiently cope a large when the number of re-cycles.

Abstract: A process cartridge includes a first frame in which a toner containing unit for containing toner used for a developing operation and a charger unit are mounted, and a second frame which can be engaged by and disengaged from the first frame, and in which an image bearing member, a developing unit and cleaning unit are mounted. With this arrangement, the assembling ability and disassembling ability are improved remarkably, and the process cartridge is suitable for the re-cycling to contribute to the protection of the earth-environment.

Abstract: A process cartridge detachably mountable to a main assembly of an image forming apparatus, includes a plurality of process device including at least one member having an electrically conductive cylinder; a supporting frame for supporting as a unit the plural process devices; and an electrode, in the supporting frame, having a first portion electrically contactable to the main assembly and a second portion press-contacted to an end surface of the cylindrical member.

Abstract: A sheet feeding device includes a sheet accommodation unit for supporting a plurality of sheets, the sheet accommodation unit being movable between waiting and sheet feed positions, an urging device for urging the sheet accommodation unit toward the sheet feed position, a sheet feed device for sending out the sheets supported by the sheet accommodation unit at the sheet feed position, a moving device for moving the sheet accommodation unit between the waiting and sheet feed positions, a driving force transmitting device for transmitting a driving force of moving the sheet accommodation unit to the moving device when engaged with the displacing device, a release device for releasing the engagement of the displacing device with the driving force transmitting device, and a locking device for cancellably restricting the moving device when the engagement of the moving device with the driving force transmitting device is released by the release device.

Abstract: A process cartridge detachably mountable to an image forming apparatus includes a device contributable for forming an image; a developer accommodator; and a sealing member between the image forming device and the developer accommodator, wherein the sealing member is provided by injecting a liquid material which becomes an elastomer when it is solidified.

Abstract: A reciprocating driving device is provided with a reciprocating moving member supported to be movable in a predetermined direction and the reverse direction. A first rack is provided on the reciprocating moving member, and a second rack is provided on the reciprocating moving member and arranged so as to face the first rack. A gear moves the reciprocating moving member in the predetermined direction or the reverse direction by rotating in a predetermined direction, selectively meshing with the first rack or the second rack.