mhurhangee/ep-ind-claims huggingface dataset:
Body structure, in particular floor structure, for a motor vehicle, with support components forming defined load paths for crash situations, wherein the support components located in the region of a rear-crash load path are at least partially formed by high-strength support components composed of heat-deformed or shape-hardened sheet steel, which support components are connected directly or indirectly to one another, wherein the high-strength support components located in the region of the rear-crash load path are formed by in each case one rear or rear-side longitudinal member which is located on opposite sides of the vehicle with respect to the transverse axis of the vehicle and by in each case one sill component lying on opposite sides of the vehicle with respect to the transverse axis of the vehicle, characterized in that the high-strength support components located in the region of the rear-crash load path furthermore have a crossmember which runs in the direction of the transverse axis of the vehicle and is at the rear with respect to the longitudinal direction of the vehicle and a heel plate running in the direction of the transverse axis of the vehicle, and in that the high-strength rear longitudinal members are connected directly or indirectly to a longitudinal member region on the passenger-cell side such that, in the event of a rear impact, the forces introduced via the rear longitudinal members can be distributed and conducted away via the rear crossmember and the heel plate to the sill components and the longitudinal member regions on the passenger-cell side.
A cleaning robot comprising: a main body housing that is provided with a suction opening and an air exhaling opening; a rotary brush disposed at the suction opening; an electric fan that is disposed in the main body housing; wherein a pair of drive wheels that have a horizontal rotary shaft are disposed on a center line of the main body housing and allows the main body housing to move by itself; a rear wheel that is disposed behind the pair of drive wheels, wherein the rotary brush, the pair of drive wheels and the rear wheel contact a floor surface, so that the main body housing moves by itself on a floor surface; a dust collection portion that is disposed on the rotary shaft and collects dust of an air flow which is sucked from the suction opening because of driving of the electric fan; a battery that supplies electric power to each portion; and a control board that controls each portion; wherein the electric fan is disposed on one side of the dust collection portion in a back-forth direction and the battery and the control board is disposed on the other side of the dust collection portion in the back-forth direction; and the suction opening is disposed in front of the drive wheels. a main body housing that is provided with a suction opening and an air exhaling opening; a rotary brush disposed at the suction opening; an electric fan that is disposed in the main body housing; wherein a pair of drive wheels that have a horizontal rotary shaft are disposed on a center line of the main body housing and allows the main body housing to move by itself; a rear wheel that is disposed behind the pair of drive wheels, wherein the rotary brush, the pair of drive wheels and the rear wheel contact a floor surface, so that the main body housing moves by itself on a floor surface; a dust collection portion that is disposed on the rotary shaft and collects dust of an air flow which is sucked from the suction opening because of driving of the electric fan; a battery that supplies electric power to each portion; and a control board that controls each portion; wherein the electric fan is disposed on one side of the dust collection portion in a back-forth direction and the battery and the control board is disposed on the other side of the dust collection portion in the back-forth direction; and the suction opening is disposed in front of the drive wheels.
A method for degrading (co)polymers in an extruder, comprising the steps of: a) supplying a (co)polymer into a first extrusion portion of the extruder by means of a feed opening; b) degrading the (co)polymer under shear stress in the first extrusion portion in the presence of at least one radical former in order to produce a first degraded (co)polymer; c) transferring the first degraded (co)polymer from the first extrusion portion into a second extrusion portion of the extruder, wherein the first extrusion portion is separated from the second extrusion portion by a sealing means (14, 15, 16, 17); d) supplying oxygen gas into the second extrusion portion by means of a supply opening, wherein the supply opening is arranged behind the sealing means (14, 15, 16, 17) in the extrusion direction; and e) further degrading the first degraded copolymer under shear stress in the second extrusion portion in the presence of an oxygen gas in order to produce a second degraded (co)polymer; with the proviso that the sealing means (14, 15, 16, 17) is suitable for preventing the oxygen gas from escaping out of the feed opening. a) supplying a (co)polymer into a first extrusion portion of the extruder by means of a feed opening; b) degrading the (co)polymer under shear stress in the first extrusion portion in the presence of at least one radical former in order to produce a first degraded (co)polymer; c) transferring the first degraded (co)polymer from the first extrusion portion into a second extrusion portion of the extruder, wherein the first extrusion portion is separated from the second extrusion portion by a sealing means (14, 15, 16, 17); d) supplying oxygen gas into the second extrusion portion by means of a supply opening, wherein the supply opening is arranged behind the sealing means (14, 15, 16, 17) in the extrusion direction; and e) further degrading the first degraded copolymer under shear stress in the second extrusion portion in the presence of an oxygen gas in order to produce a second degraded (co)polymer;
A base fabric for an airbag comprising a coated fabric wherein a polyamide-based thermoplastic resin composition is applied to at least one side of a textile, the textile comprising a synthetic fiber textile constituted of threads of 200 to 500 dtex and having a cover factor of 1800 to 2500, wherein a coating amount of the resin composition applied to the one side of the textile is 0.1 to 10 g/m 2 in terms of a mass after drying, an air permeability under a differential pressure of 100 kPa is 0.05 L/cm 2 /min or less, a flammability measured in accordance with FMVSS302 is self-extinguishing, and the number of frayed thread at the end part after 100 repetitions of a scrub test in accordance with ISO5981 is 5 or less, the resin composition comprises a polyamide elastomer resin, an antioxidant, a reactive compound, a crosslinking agent, an adhesion aid, and an adhesion aid reaction catalyst, the base fabric is made by applying the polyamide-based thermoplastic resin composition wherein a solid concentration of the polyamide elastomer resin and the antioxidant in the polyamide-based thermoplastic resin composition is 15 to 35 mass%, a mixing amount as a solid content of each of the reactive compound, the crosslinking agent and the adhesion aid relative to 100 parts by mass of the polyamide-based thermoplastic resin composition is as follows: the reactive compound: 1 to 5 parts by mass, the crosslinking agent: 2 to 4 parts by mass, and the adhesion aid: 5 to 10 parts by mass. the reactive compound: 1 to 5 parts by mass, the crosslinking agent: 2 to 4 parts by mass, and the adhesion aid: 5 to 10 parts by mass.
A carbon brush for transferring high currents having a connective piece for connecting an electric conductor and a consumable contact piece having a contact surface configured for abutting against a commutator element, the contact piece having a silver content of approximately 40 % by weight to 100 % by weight characterized in that the connective piece has a silver content of approximately 5 % by weight to approximately 39 % by weight.
A scanning system for the inspection of cargo, comprising: a drive-through portal defining an inspection area, said portal comprising a first vertical side, a second vertical side, a top horizontal side, and a horizontal base defined by a ramp adapted to be driven over by a vehicle; a first X-ray source disposed on at least one of the first vertical side, second vertical side or top horizontal side for generating an X-ray beam into the inspection area toward the vehicle; a first set of transmission detectors disposed within the portal for receiving the X-rays transmitted through the vehicle; and characterized in that the system further comprises: a second X-ray source disposed within the ramp of said portal for generating an X-ray beam towards the underside of the vehicle; and a second set of detectors disposed within the ramp of said portal for receiving X-rays that are backscattered from the vehicle. a drive-through portal defining an inspection area, said portal comprising a first vertical side, a second vertical side, a top horizontal side, and a horizontal base defined by a ramp adapted to be driven over by a vehicle; a first X-ray source disposed on at least one of the first vertical side, second vertical side or top horizontal side for generating an X-ray beam into the inspection area toward the vehicle; a first set of transmission detectors disposed within the portal for receiving the X-rays transmitted through the vehicle; and characterized in that the system further comprises: a second X-ray source disposed within the ramp of said portal for generating an X-ray beam towards the underside of the vehicle; and a second set of detectors disposed within the ramp of said portal for receiving X-rays that are backscattered from the vehicle. a second X-ray source disposed within the ramp of said portal for generating an X-ray beam towards the underside of the vehicle; and a second set of detectors disposed within the ramp of said portal for receiving X-rays that are backscattered from the vehicle.
A mobile computing device (85; 1450) comprising: a user input device comprising a display (700; 1454); and a controller operably connected to the user input device, the controller configured to execute instructions to perform operations comprising: presenting on the display, information about one or more areas (25; 25A; 25B; 25C; 818A; 818B; 818C) that were not cleaned by an autonomous cleaning robot during a first mission, and transmitting data corresponding to a user-selected subset of the one or more areas to cause the autonomous cleaning robot to clean the user-selected subset during a second mission, characterized in that: the information about the one or more areas comprises data indicative of a potential obstacle detected in an individual one of the one or more areas, wherein the data indicative of the potential obstacle detected in the individual one of the one or more areas comprises one or more images of the potential obstacle (814A-E, 902A-C; 1114). a user input device comprising a display (700; 1454); and a controller operably connected to the user input device, the controller configured to execute instructions to perform operations comprising: presenting on the display, information about one or more areas (25; 25A; 25B; 25C; 818A; 818B; 818C) that were not cleaned by an autonomous cleaning robot during a first mission, and transmitting data corresponding to a user-selected subset of the one or more areas to cause the autonomous cleaning robot to clean the user-selected subset during a second mission, characterized in that: the information about the one or more areas comprises data indicative of a potential obstacle detected in an individual one of the one or more areas, wherein the data indicative of the potential obstacle detected in the individual one of the one or more areas comprises one or more images of the potential obstacle (814A-E, 902A-C; 1114). presenting on the display, information about one or more areas (25; 25A; 25B; 25C; 818A; 818B; 818C) that were not cleaned by an autonomous cleaning robot during a first mission, and transmitting data corresponding to a user-selected subset of the one or more areas to cause the autonomous cleaning robot to clean the user-selected subset during a second mission, characterized in that: the information about the one or more areas comprises data indicative of a potential obstacle detected in an individual one of the one or more areas, wherein the data indicative of the potential obstacle detected in the individual one of the one or more areas comprises one or more images of the potential obstacle (814A-E, 902A-C; 1114). the information about the one or more areas comprises data indicative of a potential obstacle detected in an individual one of the one or more areas, wherein the data indicative of the potential obstacle detected in the individual one of the one or more areas comprises one or more images of the potential obstacle (814A-E, 902A-C; 1114).
A thrust bearing (3, 3A, 3B) disposed so as to face a thrust collar provided on a rotary shaft, the thrust bearing (3, 3A, 3B) comprising: a top foil disposed so as to face the thrust collar; a back foil disposed so as to face a surface of the top foil opposite to another surface of the top foil facing the thrust collar, and supporting the top foil; and an annular plate-shaped base plate disposed on a side of the back foil opposite to the top foil, and supporting the back foil, wherein the back foil includes a plurality of back foil pieces arranged in a circumferential direction of the base plate, wherein an edge on a trailing side of a back foil piece in a rotation direction of the rotary shaft is fixed to the base plate, wherein the top foil includes a plurality of top foil pieces (11, 50, 60) disposed on the plurality of back foil pieces, and wherein a leading side of a top foil piece (11, 50, 60) in a rotation direction of the rotary shaft is provided with a fixed part fixed to the base plate, the top foil piece (11, 50, 60) is provided with a thin part in which a part is removed from a surface of the top foil piece (11, 50, 60) facing a back foil piece, and the thin part extends from an outer circumferential edge to an inner circumferential edge or to a side edge of the top foil piece (11, 50, 60). a top foil disposed so as to face the thrust collar; a back foil disposed so as to face a surface of the top foil opposite to another surface of the top foil facing the thrust collar, and supporting the top foil; and an annular plate-shaped base plate disposed on a side of the back foil opposite to the top foil, and supporting the back foil, wherein the back foil includes a plurality of back foil pieces arranged in a circumferential direction of the base plate, wherein an edge on a trailing side of a back foil piece in a rotation direction of the rotary shaft is fixed to the base plate, wherein the top foil includes a plurality of top foil pieces (11, 50, 60) disposed on the plurality of back foil pieces, and wherein a leading side of a top foil piece (11, 50, 60) in a rotation direction of the rotary shaft is provided with a fixed part fixed to the base plate, the top foil piece (11, 50, 60) is provided with a thin part in which a part is removed from a surface of the top foil piece (11, 50, 60) facing a back foil piece, and the thin part extends from an outer circumferential edge to an inner circumferential edge or to a side edge of the top foil piece (11, 50, 60).
An electrochemical sensor system for detecting hemolysis in a whole blood sample, comprising: an electrochemical sensor comprising a hydrophilic outer membrane comprising a thickness in the range of 0.1 to 50 μm, said membrane thickness adapted to enhance efflux of hydrogen peroxide across the outer membrane, another membrane comprising an oxidoreductase enzyme, said oxidoreductase enzyme capable of generating said hydrogen peroxide, and, a reagentless flow chamber positioned adjacent said outer membrane for contacting said whole blood with said outer membrane. an electrochemical sensor comprising a hydrophilic outer membrane comprising a thickness in the range of 0.1 to 50 μm, said membrane thickness adapted to enhance efflux of hydrogen peroxide across the outer membrane, another membrane comprising an oxidoreductase enzyme, said oxidoreductase enzyme capable of generating said hydrogen peroxide, and, a reagentless flow chamber positioned adjacent said outer membrane for contacting said whole blood with said outer membrane.
A display device, comprising: a body formed to be mountable to a wearer's head, and having a touch sensor for sensing a touch input; a display unit coupled to the body at positions corresponding to two eyes, and configured to output visual information; and a controller configured to: receive bio information about the wearer's body from a sensor included in the display device or in an external device; determine the wearer's intentional or unintentional state based on the bio information; and execute a control command that is determined based on the touch input and the determined wearer's state, wherein the control command consists in controlling a transparency degree of the display unit to block sunlight, if the wearer touches the body while grimacing with the eyes unintentionally. a body formed to be mountable to a wearer's head, and having a touch sensor for sensing a touch input; a display unit coupled to the body at positions corresponding to two eyes, and configured to output visual information; and a controller configured to: receive bio information about the wearer's body from a sensor included in the display device or in an external device; determine the wearer's intentional or unintentional state based on the bio information; and execute a control command that is determined based on the touch input and the determined wearer's state, wherein the control command consists in controlling a transparency degree of the display unit to block sunlight, if the wearer touches the body while grimacing with the eyes unintentionally. receive bio information about the wearer's body from a sensor included in the display device or in an external device; determine the wearer's intentional or unintentional state based on the bio information; and execute a control command that is determined based on the touch input and the determined wearer's state, wherein the control command consists in controlling a transparency degree of the display unit to block sunlight, if the wearer touches the body while grimacing with the eyes unintentionally.
A content supplying device configured to supply streaming data of content in accordance with MPEG-DASH, Moving Picture Experts Group-Dynamic Adaptive Streaming over HTTP, the content supplying device comprising: an HTTP, HyperText Transmission Protocol, transmission unit configured to convert each segment of the streaming data into a file and to unicast the resulting segment files via HTTP; characterized in that the content supplying device further comprises: a real time protocol transmission unit configured to multicast and/or broadcast the segment files through a terrestrial or satellite network, via the real time protocol; and a metafile generation unit configured to generate a metafile describing a byte range of each segment of the segment files to be unicasted via HTTP and delivery time of each segment of the segment files to be multicasted and/or broadcasted via the real time protocol in association with each other, and to supply the metafile to a receiver. an HTTP, HyperText Transmission Protocol, transmission unit configured to convert each segment of the streaming data into a file and to unicast the resulting segment files via HTTP; characterized in that the content supplying device further comprises: a real time protocol transmission unit configured to multicast and/or broadcast the segment files through a terrestrial or satellite network, via the real time protocol; and a metafile generation unit configured to generate a metafile describing a byte range of each segment of the segment files to be unicasted via HTTP and delivery time of each segment of the segment files to be multicasted and/or broadcasted via the real time protocol in association with each other, and to supply the metafile to a receiver. a real time protocol transmission unit configured to multicast and/or broadcast the segment files through a terrestrial or satellite network, via the real time protocol; and a metafile generation unit configured to generate a metafile describing a byte range of each segment of the segment files to be unicasted via HTTP and delivery time of each segment of the segment files to be multicasted and/or broadcasted via the real time protocol in association with each other, and to supply the metafile to a receiver.
Electrical plug coupling apparatus comprising a housing and a printed circuit board, wherein the housing is connected to the printed circuit board by a joining seam, wherein - the housing is of thermally conductive design and has an opening (1.1), - the printed circuit board has electronic components (2.2), at least one plug contact (2.1) and at least one joining area (2.3), wherein the plug coupling apparatus is designed such that the housing surrounds the printed circuit board, characterized in that the joining seam is arranged between the joining area (2.3) and the housing, wherein the joining seam is produced on the outside (o) of the plug coupling apparatus, so that the opening (1.1) is at least partially closed by the joining seam, wherein the at least one plug contact (2.1) is oriented parallel to an axis and the printed circuit board is designed such that the joining area (2.3) is arranged on the printed circuit board with an excess length with respect to a direction (y) which is oriented orthogonally in relation to the axis. - the housing is of thermally conductive design and has an opening (1.1), - the printed circuit board has electronic components (2.2), at least one plug contact (2.1) and at least one joining area (2.3), wherein