mhurhangee/patent-ind-claim-en huggingface dataset:
A passenger air bag PAB device comprising: a crash pad including a cutting groove recessed at a predetermined depth in an inner side surface of the crash pad ; and a PAB chute including an air bag door welded to said inner side surface in a shape covering the cutting groove , wherein the air bag door includes a protruding portion , protruding from a surface of the airbag door , disposed, in a state in which the air bag door is welded to said inner side surface, inside a space (S) forming the cutting groove to fill the space (S) to support the crash pad , wherein the cutting groove comprises: an inclined surface reflecting a draft angle; and a flat surface facing the inclined surface and not reflecting the draft angle, and wherein the cutting groove extends in a width direction of a vehicle and constitutes a cutting line configured to be cut open by the air bag door, and the space (S) is provided between the inclined surface and the flat surface . a crash pad including a cutting groove recessed at a predetermined depth in an inner side surface of the crash pad ; and a PAB chute including an air bag door welded to said inner side surface in a shape covering the cutting groove , wherein the air bag door includes a protruding portion , protruding from a surface of the airbag door , disposed, in a state in which the air bag door is welded to said inner side surface, inside a space (S) forming the cutting groove to fill the space (S) to support the crash pad , wherein the cutting groove comprises: an inclined surface reflecting a draft angle; and a flat surface facing the inclined surface and not reflecting the draft angle, and wherein the cutting groove extends in a width direction of a vehicle and constitutes a cutting line configured to be cut open by the air bag door, and the space (S) is provided between the inclined surface and the flat surface . an inclined surface reflecting a draft angle; and a flat surface facing the inclined surface and not reflecting the draft angle, and wherein the cutting groove extends in a width direction of a vehicle and constitutes a cutting line configured to be cut open by the air bag door, and the space (S) is provided between the inclined surface and the flat surface .
Flange-connection assembly between two portions of a line for transporting a cryogenic fluid in an inner conduit of the line, the connection assembly comprising a first line portion and a second line portion , the first line portion comprising a first connection flange arranged at one of its ends and configured to be held in contact with a second connection flange , arranged at one of the ends of the second line portion , at least one of said first flange and second flange comprising a first groove for positioning a first seal , said first groove being arranged around said inner tube , and at least one of said first flange and second flange comprising a second groove for positioning a second seal , said second groove being arranged around said first groove for positioning the first seal and having a diameter greater than the diameter of the first groove , the first groove and second groove being configured such that the first seal and second seal which are positioned therein produce a sealed connection between the two flanges by isolating said inner conduit from the exterior of the line, the connection assembly further comprising at least one conduit opening out, for the one part, between the first groove and the second groove , and opening out, for the other part, into an expansion chamber for said cryogenic fluid, said expansion chamber being arranged in one of the first connection flange and the second connection flange , characterized by the expansion chamber comprising an absorbent element and a detector for detecting the presence of said cryogenic fluid or a recess configured for the installation of such a detector.
A method for determining a movement of variable and continuous velocity of analog display means of an electromechanical timepiece, the timepiece further including means for activating display means , the activation means could be actuated by a user, a sensor of the movement of the activation means , a calculating unit , and motor means adapted to impart a movement of variable and continuous velocity to said display means , the method comprising a first step of measuring by the sensor the movement of said activation means , a second step of modelling at least one simulated mechanical torque and/or force value from values measured by the sensor in the first step, a third step of solving a Newtonian equation of the movement from said simulated mechanical torque and/or force values in the second step, said third step allowing calculating a simulated velocity for said display means whose acceleration and deceleration is proportional to the torque or to the force.
A system for handling emissions from a coke oven, comprising: a housing comprising a temperature sensor; an inlet for inletting emissions including heated particles, an outlet , a duct extending from the inlet to the outlet , and an inertial separator having a different cross-sectional dimension than other portions of the housing , the inertial separator including one or more baffles for slowing the emissions and interfacing with the heated particles; and a collection bin configured to collect the heated particles from the inertial separator, wherein the system further comprises a cooling source comprising a cooling gas inlet arranged to introduce cooling gas in a direction counter to a flow of emissions from the inlet to the outlet of the housing and a cooling gas intake damper configured to automatically modulate based on a temperature reading from the temperature sensor of the emissions within the housing to cool the emissions. a housing comprising a temperature sensor; an inlet for inletting emissions including heated particles, an outlet , a duct extending from the inlet to the outlet , and an inertial separator having a different cross-sectional dimension than other portions of the housing , the inertial separator including one or more baffles for slowing the emissions and interfacing with the heated particles; and a collection bin configured to collect the heated particles from the inertial separator,
Lid system for a wet-dry vacuum, the lid system comprising: a lid shaped to cover an open end of a container , the lid having a vacuum opening therethrough; a hatch that engages the lid to cover and seal the vacuum opening when the hatch is in a closed position, and disengages from the lid in an open position to uncover the vacuum opening ; a vacuum generator mounted on the hatch , and a filter having a flange , the filter mounted on the lid and extending through the vacuum opening such that the flange engages an upper surface of the lid adjacent the vacuum opening to support the filter on the lid ; wherein when the hatch is in the closed position, the hatch compresses the flange against the lid to form an airtight seal between the hatch and the flange , and between the flange and the upper surface of the lid , such that the vacuum generator communicates with an interior of the container ; and wherein when the hatch is in the open position, the filter is insertable into and removable from the vacuum opening . a lid shaped to cover an open end of a container , the lid having a vacuum opening therethrough; a hatch that engages the lid to cover and seal the vacuum opening when the hatch is in a closed position, and disengages from the lid in an open position to uncover the vacuum opening ; a vacuum generator mounted on the hatch , and a filter having a flange , the filter mounted on the lid and extending through the vacuum opening such that the flange engages an upper surface of the lid adjacent the vacuum opening to support the filter on the lid ; wherein when the hatch is in the closed position, the hatch compresses the flange against the lid to form an airtight seal between the hatch and the flange , and between the flange and the upper surface of the lid , such that the vacuum generator communicates with an interior of the container ; and wherein when the hatch is in the open position, the filter is insertable into and removable from the vacuum opening .
Shavings suction headpiece positionable around a working tool for a workpiece, the working tool having a main axis, comprising: - a first opening (m1); - a second opening (m2); - a side wall (e, d), extending between said first and said second opening, with axial symmetry about an axis (ax) passing through said first (m1) and second (m2) opening, said axis (ax) being, in use, substantially coincident with the main axis of said working tool (u); - a shavings evacuation tube (i) connected to said side wall (e, d) with airflow connection; - contact means (k) for said workpiece, the contact means being placed on the edge of said second opening (m2); The headpiece being characterized in that : - said side wall (e, d) is composed of a top portion (d) connected to a lower portion (e) with respect to the direction of said axis (ax); - said lower portion (e) is perimetrically subdivided around said axis (ax) into a first perimeter portion (ef) and a second perimeter portion (ev); and - said first perimeter portion (ef) and said second perimeter portion (ev) are configured to slide one over the other by rotating with respect to said axis (ax). - a first opening (m1); - a second opening (m2); - a side wall (e, d), extending between said first and said second opening, with axial symmetry about an axis (ax) passing through said first (m1) and second (m2) opening, said axis (ax) being, in use, substantially coincident with the main axis of said working tool (u); - a shavings evacuation tube (i) connected to said side wall (e, d) with airflow connection; - contact means (k) for said workpiece, the contact means being placed on the edge of said second opening (m2); - said side wall (e, d) is composed of a top portion (d) connected to a lower portion (e) with respect to the direction of said axis (ax); - said lower portion (e) is perimetrically subdivided around said axis (ax) into a first perimeter portion (ef) and a second perimeter portion (ev); and - said first perimeter portion (ef) and said second perimeter portion (ev) are configured to slide one over the other by rotating with respect to said axis (ax).
A system for dampening noise generated by a gas turbine engine, comprising: a fan exit guide vane (140; 240; 440) having a leading edge , a trailing edge and a pocket that extends in a chordwise direction between the leading edge and the trailing edge ; and an acoustic panel (250; 350; 450) configured to be received within the pocket , the acoustic panel including a back sheet (262; 362; 462), a face sheet (260; 360; 460) and a core (264; 364) disposed between the back sheet and the face sheet, the core having a first cavity (272; 372; 472) extending between a first wall (271; 371; 471) and a second wall (273; 373; 473) and a second cavity (274; 374; 474) disposed within the first cavity (272; 372; 472), the system characterised in that : the first cavity (272; 372; 472) has a first length in a spanwise direction of the fan exit guide vane (140; 240; 440) and the second cavity (274; 374; 474) has a second length in the spanwise direction, the second length being less than the first length . a fan exit guide vane (140; 240; 440) having a leading edge , a trailing edge and a pocket that extends in a chordwise direction between the leading edge and the trailing edge ; and an acoustic panel (250; 350; 450) configured to be received within the pocket , the acoustic panel including a back sheet (262; 362; 462), a face sheet (260; 360; 460) and a core (264; 364) disposed between the back sheet and the face sheet, the core having a first cavity (272; 372; 472) extending between a first wall (271; 371; 471) and a second wall (273; 373; 473) and a second cavity (274; 374; 474) disposed within the first cavity (272; 372; 472), the system characterised in that : the first cavity (272; 372; 472) has a first length in a spanwise direction of the fan exit guide vane (140; 240; 440) and the second cavity (274; 374; 474) has a second length in the spanwise direction, the second length being less than the first length .
An EMI and corrosion resistant assembly comprising a first conductive surface ; a second conductive surface spaced apart from the first conductive surface ; and a gasket interposed and in electrical contact with the first and second surfaces (12; 14), in which the gasket comprises: a resilient, electrically-conductive mesh sheet extending along an x-axis and a y-axis, said mesh sheet being adapted for electrical contact between adjacent conductive surfaces; a gel matrix material applied to the mesh sheet ; and a chemically resistant elastomer affixed to the outer periphery of said mesh sheet , extending along the x-axis and y-axis, the end portion of said elastomer comprising a branched sealing element extending above and below the mesh sheet , for contacting the adjacent surfaces (12; 14), said branched sealing element being deformable along the z-axis; wherein, when assembled, the gasket is compressed between the first and second conductive surfaces, characterized in that , the branched sealing element is in the shape of a forked element, and, in a compressed state, branched ends of the branched sealing element are compressed between the conductive surfaces, leaving only a small gap between the ends . a resilient, electrically-conductive mesh sheet extending along an x-axis and a y-axis, said mesh sheet being adapted for electrical contact between adjacent conductive surfaces; a gel matrix material applied to the mesh sheet ; and a chemically resistant elastomer affixed to the outer periphery of said mesh sheet , extending along the x-axis and y-axis, the end portion of said elastomer comprising a branched sealing element extending above and below the mesh sheet , for contacting the adjacent surfaces (12; 14), said branched sealing element being deformable along the z-axis; wherein, when assembled, the gasket is compressed between the first and second conductive surfaces, characterized in that , the branched sealing element is in the shape of a forked element, and, in a compressed state, branched ends of the branched sealing element are compressed between the conductive surfaces, leaving only a small gap between the ends .
A molding method for a resin molded article, comprising: a step of extruding a thermoplastic resin at a predetermined extrusion speed (V1) so as to droop downward into a sheet-shape in a molten state; a step of sandwiching a sheet-shaped resin in a molten state extruded downward by a pair of rollers and sending out downward the sheet-shaped resin in the molten state by a rotational driving of the rollers so as to allow a first stretching; a step of drawing downward the sheet-shaped resin in the molten state sent out downward so as to allow a second stretching; a step of disposing the sheet-shaped resin in the molten state that is drawn in a side portion of a mold disposed below the pair of rollers ; and a step of molding the sheet-shaped resin into a shape conforming to a mold shape by depressurizing a sealed space formed between the sheet-shaped resin in the molten state and the mold and/or pressurizing the sheet-shaped resin toward the mold and characterized in that the step of sending out downward is a step of sending out downward the sheet-shaped resin in the molten state by the rotational driving of the rollers at a sending out speed (V2) equal to or more than the predetermined extrusion speed (V1), and the step of drawing downward is a step of drawing the sheet-shaped resin in the molten state sent out downward at a drawing speed (V3) equal to or more than the sending out speed (V2). a step of extruding a thermoplastic resin at a predetermined extrusion speed (V1) so as to droop downward into a sheet-shape in a molten state; a step of sandwiching a sheet-shaped resin in a molten state extruded downward by a pair of rollers and sending out downward the sheet-shaped resin in the molten state by a rotational driving of the rollers so as to allow a first stretching; a step of drawing downward the sheet-shaped resin in the molten state sent out downward so as to allow a second stretching; a step of disposing the sheet-shaped resin in the molten state that is drawn in a side portion of a mold disposed below the pair of rollers ; and a step of molding the sheet-shaped resin into a shape conforming to a mold shape by depressurizing a sealed space formed between the sheet-shaped resin in the molten state and the mold and/or pressurizing the sheet-shaped resin toward the mold and characterized in that the step of sending out downward is a step of sending out downward the sheet-shaped resin in the molten state by the rotational driving of the rollers at a sending out speed (V2) equal to or more than the predetermined extrusion speed (V1), and the step of drawing downward is a step of drawing the sheet-shaped resin in the molten state sent out downward at a drawing speed (V3) equal to or more than the sending out speed (V2).
Strapping device having at least one drive motor , further having at least one drive roller for a strap fed from a strap supply , as well as having at least one tensioning roller for tensioning the strap around the goods to be strapped, and having a closing unit for connecting the strap ends of the strap around the goods, wherein a pivotable link is provided, which applies at least one counter-roller to the drive roller for driving the strap or to the tensioning roller for tensioning the strap, and wherein the drive motor drives both the drive roller and the tensioning roller , characterized in that - the link carries at least two counter-rollers , namely a drive counter-roller and a tensioning counter-roller , furthermore in that - the drive motor acts on the tensioning roller via a gear and on the drive roller with the interposition of a shaft bearing sleeve , and in that - the link is rotatably mounted on a flange , wherein - the drive motor , the gear and the shaft bearing sleeve are respectively connected to the flange parallel to one another and predominantly vertically upright. - the link carries at least two counter-rollers , namely a drive counter-roller and a tensioning counter-roller , furthermore in that - the drive motor acts on the tensioning roller via a gear and on the drive roller with the interposition of a shaft bearing sleeve , and in that - the link is rotatably mounted on a flange , wherein - the drive motor , the gear and the shaft bearing sleeve are respectively connected to the flange parallel to one another and predominantly vertically upright.
An electrode group comprising: a positive electrode comprising a current collector and a positive electrode active material containing Li x Ni 1-a-b Co a Mn b M c O 2 (0.9 < x ≤ 1.25, 0 < a ≤ 0.4, 0 ≤ b ≤ 0.45, 0 ≤ c ≤ 0.1, and M represents at least one element selected from the group consisting of Mg, Al, Si, Ti, Zn, Zr, Ca, and Sn), a negative electrode ; and a separator , wherein the separator comprises polyester, in which a pore volume in a pore size distribution according to a mercury intrusion porosimetry is in a range of 0.9 cm 3 /g to 3 cm 3 /g, and an air permeability value according to a Gurley method (JIS-P-8117) is in a range of 2 sec/100 ml to 15 sec/100 ml. a positive electrode comprising a current collector and a positive electrode active material containing Li x Ni 1-a-b Co a Mn b M c O 2 (0.9 < x ≤ 1.25, 0 < a ≤ 0.4, 0 ≤ b ≤ 0.45, 0 ≤ c ≤ 0.1, and M represents at least one element selected from the group consisting of Mg, Al, Si, Ti, Zn, Zr, Ca, and Sn), a negative electrode ; and a separator , wherein the separator comprises polyester, in which a pore volume in a pore size distribution according to a mercury intrusion porosimetry is in a range of 0.9 cm 3 /g to 3 cm 3 /g, and an air permeability value according to a Gurley method (JIS-P-8117) is in a range of 2 sec/100 ml to 15 sec/100 ml.
Rotary machine comprising a shaft and a housing , the shaft being rotatable with respect to the housing thanks to at least one axial magnetic bearing including a magnetic thrust disc coupled in rotation to the shaft and magnetic actuators fixed to the housing and located axially around the magnetic thrust disc , characterised in that it comprises a magnetically insulating insert mounted between the magnetic thrust disc and the shaft so that there is no contact between the magnetic thrust disc and the shaft .
An information processing device comprising: a center-of-gravity estimation unit that is configured to calculate, on the basis of torque applied to one or more joints included in each of a plurality of leg portions , reaction force applied from a ground contact surface to each of the plurality of leg portions, and that is configured to estimate a center of gravity of a robot device , including a loading portion on which a load is loaded and the plurality of leg portions, on the basis of the calculated reaction force on the plurality of leg portions; and a mode control unit that is configured to control a rotation angle of each of the joints to be constant by controlling the robot device into a predetermined posture, wherein the center-of-gravity estimation unit is configured to estimate the center of gravity of the robot device on the basis of a change in the torque applied to the joints before and after loading/unloading of the load. a center-of-gravity estimation unit that is configured to calculate, on the basis of torque applied to one or more joints included in each of a plurality of leg portions , reaction force applied from a ground contact surface to each of the plurality of leg portions, and that is configured to estimate a center of gravity of a robot device , including a loading portion on which a load is loaded and the plurality of leg portions, on the basis of the calculated reaction force on the plurality of leg portions; and a mode control unit that is configured to control a rotation angle of each of the joints to be constant by controlling the robot device into a predetermined posture, wherein the center-of-gravity estimation unit is configured to estimate the center of gravity of the robot device on the basis of a change in the torque applied to the joints before and after loading/unloading of the load.