mhurhangee/ep-ind-claims huggingface dataset:
A door for a cooking appliance, in particular an oven, having a door frame with two vertical sides (3, 4) and two transverse sides (5, 6), there being fixed on the frame a closing panel, in particular made of glass, the door further comprises a handle device, being associated to the frame, in an upper part thereof, comprising a supporting body, mounted on the frame above the closing panel, and a handle body, mounted movable on the supporting body such that it can assume a closed position, in which the handle body cannot be gripped, and an open position, in which the handle body can be gripped, the handle device moreover including elastic means for biasing the handle body towards the open position, and at least one catch mechanism, which is substantially of a push-push type, i.e., prearranged to be switched between respective conditions of locking and release by pressing the handle body towards the respective closed position, the door being characterized in that: - one of the supporting body and the handle body has, in a face thereof generally facing the other of the supporting body and the handle body, at least one contrast element projecting from the aforesaid face, - the other of the supporting body and the handle body has, in a face thereof generally facing the other of the supporting body and the handle body, at least one seat for receiving a casing of the respective catch mechanism, - the catch mechanism includes a pair of front arms, generally jaw-shaped, mounted with respect to the corresponding casing such that, in the locking condition of the mechanism, the arms are set close to one another so as to withhold between them a head of the contrast element and, in the release condition of the mechanism, the arms are set at a distance apart so as not to withhold the head of the contrast element. - one of the supporting body and the handle body has, in a face thereof generally facing the other of the supporting body and the handle body, at least one contrast element projecting from the aforesaid face, - the other of the supporting body and the handle body has, in a face thereof generally facing the other of the supporting body and the handle body, at least one seat for receiving a casing of the respective catch mechanism, - the catch mechanism includes a pair of front arms, generally jaw-shaped, mounted with respect to the corresponding casing such that, in the locking condition of the mechanism, the arms are set close to one another so as to withhold between them a head of the contrast element and, in the release condition of the mechanism, the arms are set at a distance apart so as not to withhold the head of the contrast element.
Method for determining the position of a vehicle, wherein - by a comparison of landmark objects detected by means of a sensor system of the vehicle to a map, in particular to landmark objects stored in a map section, associations are formed between the sensor landmark objects and the map landmark objects, characterised in that - a plurality of position hypotheses is determined using the associations as assumptions for the vehicle position, - an integrity value is determined for each position hypothesis by a probabilistic analysis of the position hypotheses, - a sub-quantity of position hypotheses, the integrity values of which meet preset requirements, is determined by a filtering of the position hypotheses by their integrity values, - a probability distribution of the vehicle position is determined from the sub-quantity of the position hypotheses. - by a comparison of landmark objects detected by means of a sensor system of the vehicle to a map, in particular to landmark objects stored in a map section, associations are formed between the sensor landmark objects and the map landmark objects, characterised in that - a plurality of position hypotheses is determined using the associations as assumptions for the vehicle position, - an integrity value is determined for each position hypothesis by a probabilistic analysis of the position hypotheses, - a sub-quantity of position hypotheses, the integrity values of which meet preset requirements, is determined by a filtering of the position hypotheses by their integrity values, - a probability distribution of the vehicle position is determined from the sub-quantity of the position hypotheses.
Composite plastics structural member comprising a plastics structural member K containing a flat plastics base body and additionally, on at least one side, also a rib structure which comprises at least one rib or at least one pair of ribs and which is joined by means of at least one rib surface, by adhesive technology, to at least one profile surface of a support profile in such a manner that the narrow side of the support profile is positioned on the plastics base body or at a slight distance above the plastics base body, characterized in that the adhesive layer has a thickness of from 1 to 5 mm, wherein the plastics structural member consists of one or more amorphous thermoplastic plastics selected from the group consisting of polycarbonate, copolycarbonate, copolyester carbonate, PC blends and polymethyl methacrylate and the plastics structural member is a firmly bonded or movable motor vehicle roof module having an area of 0.5 m 2 to 1.5 m 2 or an architectural glazing unit having an area of greater than 0.5 m 2.
LED lighting system, comprising: - a first module with a second submodule, preferably a DC/DC converter, which is designed to be fed with an input voltage, preferably an AC supply voltage, and - a second module, preferably a lamp management module, which is configured to supply a further submodule, preferably a constant current source, which is supplied from the second submodule and which is configured to supply at least one LED module, wherein the first module is configured to provide at least one low-voltage voltage supply (Vccs) for the second module in parallel with the supply of the further submodule, characterized in that the low voltage supply (Vccs) is also designed to serve as a communication interface between the first module and the second module. - a first module with a second submodule, preferably a DC/DC converter, which is designed to be fed with an input voltage, preferably an AC supply voltage, and - a second module, preferably a lamp management module, which is configured to supply a further submodule, preferably a constant current source, which is supplied from the second submodule and which is configured to supply at least one LED module,
A method for sending auxiliary detection signaling, each base station in a base station group respectively determining itself as a first base station, characterized by comprising: notifying, by a first base station, through a backhaul network, another base station (BS2, BS3, BS4) in the base station group of a location of a time-frequency resource for sending auxiliary detection signaling at a carrier frequency of the first base station; or notifying, by an upper-layer network element of base stations (BS2, BS3, BS4) in the base station group, all base stations in the base station group of a location of a time-frequency resource for sending auxiliary detection signaling at a carrier frequency of a first base station; notifying (703, 903), by the first base station, through a broadcast channel, a terminal covered by the first base station of the location of the time-frequency resource; respectively sending (705, 905), by other base stations in the base station group except the first base station according to the location of the time-frequency resource, auxiliary detection signaling at the carrier frequency of the first base station to the terminal covered by the first base station; receiving (707 and 907), by the terminal covered by the first base station, at the carrier frequency of the first base station all or part of the auxiliary detection signaling from the other base stations according to the location of the time-frequency resource, and determing (709 and 909) a target base station to be switched to according to the received auxiliary detection signaling. notifying, by a first base station, through a backhaul network, another base station (BS2, BS3, BS4) in the base station group of a location of a time-frequency resource for sending auxiliary detection signaling at a carrier frequency of the first base station; or notifying, by an upper-layer network element of base stations (BS2, BS3, BS4) in the base station group, all base stations in the base station group of a location of a time-frequency resource for sending auxiliary detection signaling at a carrier frequency of a first base station; notifying (703, 903), by the first base station, through a broadcast channel, a terminal covered by the first base station of the location of the time-frequency resource; respectively sending (705, 905), by other base stations in the base station group except the first base station according to the location of the time-frequency resource, auxiliary detection signaling at the carrier frequency of the first base station to the terminal covered by the first base station; receiving (707 and 907), by the terminal covered by the first base station, at the carrier frequency of the first base station all or part of the auxiliary detection signaling from the other base stations according to the location of the time-frequency resource, and determing (709 and 909) a target base station to be switched to according to the received auxiliary detection signaling.
Assembly consisting of a vehicle support structure, an instrument panel covering the vehicle support structure and an airbag assembly for taking up and positioning a folded airbag on the side of the instrument panel facing away from the passenger compartment, wherein the airbag assembly comprises: - the airbag, - an airbag containment casing manufactured from a woven fabric, which receives the folded airbag; and - a rod-shaped gas generator, which is actively connected to the airbag in such a way that the airbag can be inflated by gases produced by the gas generator; characterised by that the airbag containment casing manufactured from a woven fabric has two woven sections spaced from one another transversely to the longitudinal direction of the airbag containment casing, which sections are attached to the rear side of the instrument panel, that at least one tie rod is provided actively connected to the instrument panel and the vehicle support structure, via which tie rod pressure forces that are caused by the expansion of the airbag and act on the instrument panel are transmitted at least partially in the form of tensile forces to the vehicle support structure covered by the instrument panel, and that the gas generator is surrounded by at least one clamp or loop, by which the gas generator is connected to the vehicle support structure. - the airbag, - an airbag containment casing manufactured from a woven fabric, which receives the folded airbag; and - a rod-shaped gas generator, which is actively connected to the airbag in such a way that the airbag can be inflated by gases produced by the gas generator;
A slotted drain for a drainage channel, comprising two side walls defining said slotted drain, as well as a longitudinal rod element which is releasably positionable between said side walls and which extends in the longitudinal direction of the slotted drain, wherein the longitudinal rod element is supported on both side walls by means of support elements, characterized in that the support elements (11 or 12) comprise detent elements (12 or 13) which interact with counter-detent elements (7, 8) of the side walls, wherein individual elements of the detent elements (12 or 13) of the support elements are formed as spring tabs, and two respectively adjoining spring tabs enclose a centring slot for accommodating a spacer clamped between the side walls in the form of a transverse wall.
Self-propelled cleaning device for automatically cleaning a contaminated surface having a floor covering structure, the self-propelled cleaning device comprising tools for cleaning the contaminated surface and a sensor for detecting the floor covering structure of the contaminated surface, the sensor being designed as a scanning sensor, characterised in that the sensor comprises a piezoelectric sensor that interacts with a wheel of the self-propelled cleaning device.
A method for producing elongate foodstuff, such as noodles and pasta, in which dough is mixed, and the mixed dough is compressed between a single pair of rollers (4, 4'), in which the mixed dough is fed between said single pair of rollers (4, 4') for compression, and the dough passed between the pair of rollers is lead back between the said pair of rollers with at least two belt conveyers (6, 7), characterized in that the compression of dough between said pair of rollers (4, 4') takes place in two stages, wherein in the first stage the dough is compressed and elongated by the pair of rollers to form a continuous belt of dough passing through the pair of rollers, and in the second stage the first conveyer belt after the pair of rollers is moved at least partially away from the pair of rollers leaving part of the length of the continuous belt of dough hanging while the belt of dough continues to be compressed between the pair of rollers, and simultaneously a gradual decreasing of the distance between the rollers of the pair of rollers is started.
An electronic device comprising: a first housing; a second housing connected to the first housing to be rotatable about a rotation axis; a first digitizer positioned in the first housing and comprising a plurality of first conductive lines; a second digitizer positioned in the second housing and comprising a plurality of second conductive lines; and a controller positioned in the first housing, wherein first ends of the plurality of first conductive lines are respectively connected to a plurality of first signal output ends of the controller, second ends of the plurality of first conductive lines are respectively connected to first ends of the plurality of second conductive lines, and second ends of the plurality of second conductive lines are respectively connected to reference lines extending from reference ends of the controller into the second digitizer. a first housing; a second housing connected to the first housing to be rotatable about a rotation axis; a first digitizer positioned in the first housing and comprising a plurality of first conductive lines; a second digitizer positioned in the second housing and comprising a plurality of second conductive lines; and a controller positioned in the first housing, wherein first ends of the plurality of first conductive lines are respectively connected to a plurality of first signal output ends of the controller, second ends of the plurality of first conductive lines are respectively connected to first ends of the plurality of second conductive lines, and second ends of the plurality of second conductive lines are respectively connected to reference lines extending from reference ends of the controller into the second digitizer.
Casting apparatus for continuous or semi-continuous casting of a cast product comprising a reservoir for supplying liquid metal, wherein the liquid metal is liquid aluminium or aluminium alloy and the cast product is an aluminium or aluminium alloy product, a direct chill casting mold having a mold cavity for at least temporarily holding liquid metal and to at least partially solidify the liquid metal into a cast product, wherein a flow path for the liquid metal is defined between the reservoir and the mold cavity, and wherein the casting apparatus is configured such that the liquid metal has a tendency to flow along the flow path from the reservoir into the mold cavity by gravity (g), wherein the liquid metal enters the mold cavity via a first vertically higher side of the mold, and wherein the cast product exits the mold via a second vertically lower side of the mold, and a pump disposed on the flow path between the reservoir and the mold cavity, wherein the pump is operable to generate a force in the liquid metal that is acting against the tendency of the liquid metal to flow along the flow path from the reservoir into the mold cavity by gravity (g) to control a flow of the liquid metal from the reservoir into the mold cavity, wherein the pump is a direct current electromagnetic pump, wherein a flow diverter is provided on the flow path downstream of the pump to direct at least a portion of the liquid metal in a predetermined direction in the mold cavity. a reservoir for supplying liquid metal, wherein the liquid metal is liquid aluminium or aluminium alloy and the cast product is an aluminium or aluminium alloy product, a direct chill casting mold having a mold cavity for at least temporarily holding liquid metal and to at least partially solidify the liquid metal into a cast product, wherein a flow path for the liquid metal is defined between the reservoir and the mold cavity, and wherein the casting apparatus is configured such that the liquid metal has a tendency to flow along the flow path from the reservoir into the mold cavity by gravity (g), wherein the liquid metal enters the mold cavity via a first vertically higher side of the mold, and wherein the cast product exits the mold via a second vertically lower side of the mold, and a pump disposed on the flow path between the reservoir and the mold cavity, wherein the pump is operable to generate a force in the liquid metal that is acting against the tendency of the liquid metal to flow along the flow path from the reservoir into the mold cavity by gravity (g) to control a flow of the liquid metal from the reservoir into the mold cavity, wherein the pump is a direct current electromagnetic pump, wherein a flow diverter is provided on the flow path downstream of the pump to direct at least a portion of the liquid metal in a predetermined direction in the mold cavity.
A manufacturing method of a copper bonded part in which a first copper member and a second copper member are bonded together, the first copper member and the second copper member being made of copper or a copper alloy, at least one of the first copper member and the second copper member including a copper porous body made of copper or a copper alloy, the manufacturing method comprising: a bonding material disposing step of disposing a bonding material between the first copper member and the second copper member; and a reduction sintering step of heating and holding the first copper member, the second copper member, and the bonding material in a reducing atmosphere in a range of 600°C or higher and 1,050°C or lower, wherein the bonding material contains a copper oxide or a mixture of metallic copper and the copper oxide in which a molar ratio between copper and oxygen is set to be in a range (Cu:O) of 1:0.3 to 1.0, and has at least one of copper oxide powder or metallic copper powder, an average particle diameter D of the copper oxide powder or the metallic copper powder is in a range of 0.05×Dp≤D≤2×Dp with respect to an average pore diameter Dp of the copper porous body, where the average particle diameter of the powder is defined as the 50% particle diameter measured using a laser diffraction and scattering-type particle size distribution instrument, and the average pore diameter, Dp is defined as Dp=4V/A, where A is the total pore specific surface area and V the total pore volume measured using a mercury penetration method, and a bonding layer made of metallic copper is formed between the first copper member and the second copper member. a bonding material disposing step of disposing a bonding material between the first copper member and the second copper member; and a reduction sintering step of heating and holding the first copper member, the second copper member, and the bonding material in a reducing atmosphere in a range of 600°C or higher and 1,050°C or lower, wherein the bonding material contains a copper oxide or a mixture of metallic copper and the copper oxide in which a molar ratio between copper and oxygen is set to be in a range (Cu:O) of 1:0.3 to 1.0, and has at least one of copper oxide powder or metallic copper powder, an average particle diameter D of the copper oxide powder or the metallic copper powder is in a range of 0.05×Dp≤D≤2×Dp with respect to an average pore diameter Dp of the copper porous body, where the average particle diameter of the powder is defined as the 50% particle diameter measured using a laser diffraction and scattering-type particle size distribution instrument, and the average pore diameter, Dp is defined as Dp=4V/A, where A is the total pore specific surface area and V the total pore volume measured using a mercury penetration method, and a bonding layer made of metallic copper is formed between the first copper member and the second copper member.
A drug containing a metal chelating agent that binds to the metal of a metal-salen complex compound for use in a method for suppressing the side effects of the metal-salen complex compound, the method comprising: administering a metal-salen complex compound to a human or an animal; externally applying a magnetic field to an affected site tissue for guiding the metal-salen complex compound to the magnetic-field applied area; suspending or terminating application of the magnetic field; and administering the metal chelating agent into the body; whereby the metal chelating agent binds to the metal-salen complex, which is released from the affected site after suspending or terminating application of the magnetic field. administering a metal-salen complex compound to a human or an animal; externally applying a magnetic field to an affected site tissue for guiding the metal-salen complex compound to the magnetic-field applied area; suspending or terminating application of the magnetic field; and administering the metal chelating agent into the body;
An insole of a shoe or an out sole of a shoe formed of an integrated layered sheet of a plurality of cloths, wherein the cloths are formed of a strand of an oriented olefin-based polymer, and the plurality of cloths are configured to be integrated by heating at a heating temperature and compressing, characterised in that the strand contains a low-melting point resin component whose melting point is the same as or lower than the heating temperature and a high-melting point resin component whose melting point is higher than the heating temperature, the low-melting point resin component and the high-melting point resin component are the same type of resin component, the integrated layered sheet is configured to be formed by disposing an adhesive film between a plurality of the cloths and melting part or all of the adhesive film. the cloths are formed of a strand of an oriented olefin-based polymer, and the plurality of cloths are configured to be integrated by heating at a heating temperature and compressing, characterised in that the strand contains a low-melting point resin component whose melting point is the same as or lower than the heating temperature and a high-melting point resin component whose melting point is higher than the heating temperature, the low-melting point resin component and the high-melting point resin component are the same type of resin component, the integrated layered sheet is configured to be formed by disposing an adhesive film between a plurality of the cloths and melting part or all of the adhesive film.