mhurhangee/ep-ind-claims huggingface dataset:
An optoelectronic semiconductor chip, comprising: - a semiconductor layer sequence having a first semiconductor region of a first conduction type, a second semiconductor region of a second conduction type, and an active zone arranged between the first semiconductor region and the second semiconductor region, - a carrier substrate, wherein the semiconductor layer sequence has a first main surface facing the carrier substrate, and an opposite second main surface, - a first electrical contact layer and a second electrical contact layer, which are arranged at least regionally between the carrier substrate and the first main surface of the semiconductor layer sequence, wherein the second electrical contact layer is led through a perforation in the first semiconductor region and the active zone into the second semiconductor region, - an electrically insulating layer, which electrically insulates the first electrical contact layer and the second electrical contact layer from one another, - a mirror layer, which is arranged between the semiconductor layer sequence and the carrier substrate, and - a transparent encapsulation layer which covers side surfaces of the semiconductor layer sequence, side surfaces of the mirror layer and side surfaces of the electrically insulating layer which face the side surfaces of the semiconductor chip, wherein the side surfaces of the mirror layer are surrounded by the encapsulation layer on all sides, and the semiconductor layer sequence is completely covered by the transparent encapsulation layer. - a semiconductor layer sequence having a first semiconductor region of a first conduction type, a second semiconductor region of a second conduction type, and an active zone arranged between the first semiconductor region and the second semiconductor region, - a carrier substrate, wherein the semiconductor layer sequence has a first main surface facing the carrier substrate, and an opposite second main surface, - a first electrical contact layer and a second electrical contact layer, which are arranged at least regionally between the carrier substrate and the first main surface of the semiconductor layer sequence, wherein the second electrical contact layer is led through a perforation in the first semiconductor region and the active zone into the second semiconductor region, - an electrically insulating layer, which electrically insulates the first electrical contact layer and the second electrical contact layer from one another, - a mirror layer, which is arranged between the semiconductor layer sequence and the carrier substrate, and - a transparent encapsulation layer which covers side surfaces of the semiconductor layer sequence, side surfaces of the mirror layer and side surfaces of the electrically insulating layer which face the side surfaces of the semiconductor chip, wherein the side surfaces of the mirror layer are surrounded by the encapsulation layer on all sides, and the semiconductor layer sequence is completely covered by the transparent encapsulation layer.
Circulating cableway having at least two cableway stations (2a-2c) and having a number of cableway vehicles which are moveable between the cableway stations (2a-2c) by means of a conveyor cable, wherein the number of cableway vehicles each has a cabin for receiving objects, and wherein a control unit is provided for controlling the circulating cableway, characterized in that a first detection device is provided in a first cableway station, which is designed to detect an object provided for loading a cabin of a cableway vehicle in a loading region of the first cableway station and to determine an object type for the object, and in that the control unit is designed to operate the circulating cableway in a defined transport operating mode when the object type determined for the detected object is a specified object type, wherein the specified object type preferably comprises at least one of the following object types: suitcase, transport pallet, crate, transport trolley, bicycle, stroller, wheelchair, scooter, object with a size exceeding a specified size.
An electronic system (10; 110) comprising an electromechanical microsystem (12; 112) and a hermetic box (14; 114) under vacuum encapsulating said electromechanical microsystem (12; 112); the box (14; 114) including a fastening plane (40; 140); the electromechanical microsystem (12; 112) including: - a sensitive part; and - at least two beams (51A, 51B) connecting the sensitive part to the fastening plane (40; 140); the system (10; 110) being characterized: - in that each beam (51A, 51B) being made from an at least partially conductive material; - in that the beams (51A, 51B) are thermally coupled to the sensitive part and are electrically coupled to one another; and - in that it further includes a thermal regulator (16; 116) of the electromechanical microsystem (12; 112) including an electrical circuit (61; 161) including at least two ends (69A,...,69D) connected to the beams (51A, 51B), and a circuit controller able to generate an electrical current in the electrical circuit (61; 161) to modify the temperature of the sensitive part. the box (14; 114) including a fastening plane (40; 140); the electromechanical microsystem (12; 112) including: - a sensitive part; and - at least two beams (51A, 51B) connecting the sensitive part to the fastening plane (40; 140); - a sensitive part; and - at least two beams (51A, 51B) connecting the sensitive part to the fastening plane (40; 140); - in that each beam (51A, 51B) being made from an at least partially conductive material; - in that the beams (51A, 51B) are thermally coupled to the sensitive part and are electrically coupled to one another; and - in that it further includes a thermal regulator (16; 116) of the electromechanical microsystem (12; 112) including an electrical circuit (61; 161) including at least two ends (69A,...,69D) connected to the beams (51A, 51B), and a circuit controller able to generate an electrical current in the electrical circuit (61; 161) to modify the temperature of the sensitive part.
A mechanism comprising: a lift table assembly; two carriage assemblies coupled to the lift table assembly, each carriage assembly comprising a carriage configured to translate linearly in a y axis; two slewing rings, one coupled to each carriage assembly, each slewing ring being configured to rotate radially around a z axis; and an interface plate coupled to two longitudinal rails located above the slewing rings and configured to translate linearly along the longitudinal rails in an x axis, wherein the interface plate is configured to receive a payload to be positioned, whereby the position of the payload is controlled by the position of the lift table assembly, the relative position of the two carriage assemblies with respect to each other, and the relative position of the interface plate with respect to the longitudinal rails. a lift table assembly; two carriage assemblies coupled to the lift table assembly, each carriage assembly comprising a carriage configured to translate linearly in a y axis; two slewing rings, one coupled to each carriage assembly, each slewing ring being configured to rotate radially around a z axis; and an interface plate coupled to two longitudinal rails located above the slewing rings and configured to translate linearly along the longitudinal rails in an x axis, wherein the interface plate is configured to receive a payload to be positioned, whereby the position of the payload is controlled by the position of the lift table assembly, the relative position of the two carriage assemblies with respect to each other, and the relative position of the interface plate with respect to the longitudinal rails.
A method comprising: simultaneously transmitting to a first interface device a first segment of a media program on a first logical channel of a transmission network and a second segment of the media program, different from the first segment, on a second logical channel of the transmission network; responsive to a request from a second interface device different from the first interface device, transmitting a third segment of the media program on a multicast stream over the transmission network, the multicast stream being separate from the first logical channel and the second logical channel, wherein the third segment is streamed on the multicast stream at a rate different from a playback rate for the media program; and responsive to the request from the second interface device, transmitting, to the first interface device, a message separate from the multicast stream, the message including information used to determine whether the third segment is to be buffered and indicating that the third segment of the media program is related to at least one of the first segment and the second segment. simultaneously transmitting to a first interface device a first segment of a media program on a first logical channel of a transmission network and a second segment of the media program, different from the first segment, on a second logical channel of the transmission network; responsive to a request from a second interface device different from the first interface device, transmitting a third segment of the media program on a multicast stream over the transmission network, the multicast stream being separate from the first logical channel and the second logical channel, wherein the third segment is streamed on the multicast stream at a rate different from a playback rate for the media program; and responsive to the request from the second interface device, transmitting, to the first interface device, a message separate from the multicast stream, the message including information used to determine whether the third segment is to be buffered and indicating that the third segment of the media program is related to at least one of the first segment and the second segment.
A method of balancing the cylinders of a diesel engine, in which method - the starting moment of the combustion process in each cylinder is determined, - the determined starting moment of the combustion process is compared to a specific set value, and - the starting moment of fuel injection into the cylinders is changed so that the starting moment of the combustion process approaches the set value, if the determined starting moment of the combustion process differs from the set value, characterised in that - the exhaust gas temperature of each cylinder is measured, and - the duration of fuel injection into the cylinders is changed on the basis of exhaust gas temperatures in order to equalise the powers produced by the cylinders so that desired exhaust gas temperature is reached. - the starting moment of the combustion process in each cylinder is determined, - the determined starting moment of the combustion process is compared to a specific set value, and - the starting moment of fuel injection into the cylinders is changed so that the starting moment of the combustion process approaches the set value, if the determined starting moment of the combustion process differs from the set value, characterised in that - the exhaust gas temperature of each cylinder is measured, and - the duration of fuel injection into the cylinders is changed on the basis of exhaust gas temperatures in order to equalise the powers produced by the cylinders so that desired exhaust gas temperature is reached.
Composition for producing a thermoplastic moulding compound, wherein the composition contains or consists of the following constituents: A) 42% to 80% by weight of at least one polymer selected from the group consisting of aromatic polycarbonate and aromatic polyestercarbonate, B) 2% to 38% by weight of at least one polysiloxane-polycarbonate block co-condensate, C) 1% to 15% by weight of at least one rubber-modified graft polymer comprising C.1) 5% to 95% by weight based on the graft polymer C of a shell composed of at least one vinyl monomer and C.2) 95% to 5% by weight based on the graft polymer C of a graft substrate composed of silicone-acrylate composite rubber, D) 2% to 10% by weight of at least one phosphazene, E) 0% to 10% by weight of at least one additive. A) 42% to 80% by weight of at least one polymer selected from the group consisting of aromatic polycarbonate and aromatic polyestercarbonate, B) 2% to 38% by weight of at least one polysiloxane-polycarbonate block co-condensate, C) 1% to 15% by weight of at least one rubber-modified graft polymer comprising C.1) 5% to 95% by weight based on the graft polymer C of a shell composed of at least one vinyl monomer and C.2) 95% to 5% by weight based on the graft polymer C of a graft substrate composed of silicone-acrylate composite rubber, C.1) 5% to 95% by weight based on the graft polymer C of a shell composed of at least one vinyl monomer and C.2) 95% to 5% by weight based on the graft polymer C of a graft substrate composed of silicone-acrylate composite rubber, D) 2% to 10% by weight of at least one phosphazene, E) 0% to 10% by weight of at least one additive.
A method of operating a household appliance, in particular a dishwasher, in dependence on the presence of odours due to decomposition of organic material in said household appliance, said method comprising the steps of: - obtaining first measurement signals (10, 10') by a first sensor responsive to a first group comprised of at least one first chemical substance which is produced upon decomposition of organic material, - obtaining second measurement signals (12, 12') by a second sensor responsive to a second group comprised of at least one second chemical substance which is produced upon decomposition of organic material, - determining whether or not the first measurement signals (10, 10') fulfil a first pre-determined criterion, and if so, - determining whether or not the second measurement signals (12, 12') fulfil a second pre-determined criterion, and in case that the second pre-determined criterion is fulfilled, - outputting a signal indicating the presence of odours due to decomposition of organic material and/or a signal activating a unit in said household appliance acting to reduce such odours. - obtaining first measurement signals (10, 10') by a first sensor responsive to a first group comprised of at least one first chemical substance which is produced upon decomposition of organic material, - obtaining second measurement signals (12, 12') by a second sensor responsive to a second group comprised of at least one second chemical substance which is produced upon decomposition of organic material, - determining whether or not the first measurement signals (10, 10') fulfil a first pre-determined criterion, and if so, - determining whether or not the second measurement signals (12, 12') fulfil a second pre-determined criterion, and in case that the second pre-determined criterion is fulfilled, - outputting a signal indicating the presence of odours due to decomposition of organic material and/or a signal activating a unit in said household appliance acting to reduce such odours.
A retraction system configured to create openings in tissue of a patient comprising: a retractor frame (110, 610, 930) with a first arm and a second arm; a first rod (102, 902) attached to the first arm, the first rod having an insertion end, a trailing end, a fixed length portion (108, 908) and a spring portion (104, 905) that absorbs loads when the insertion end and the trailing end become closer to each other while the rod is in contact with a surface, and a longitudinal axis of the spring portion (104, 905) is able to deviate from a like axis through a length of the fixed length portion (108, 908); and a second rod attached to the second arm, the second rod having an insertion end and a trailing end, wherein the first rod has a first length when the insertion end is not in contact with a surface and a second length when in contact with a surface, the second length shorter than the first length. a retractor frame (110, 610, 930) with a first arm and a second arm; a first rod (102, 902) attached to the first arm, the first rod having an insertion end, a trailing end, a fixed length portion (108, 908) and a spring portion (104, 905) that absorbs loads when the insertion end and the trailing end become closer to each other while the rod is in contact with a surface, and a longitudinal axis of the spring portion (104, 905) is able to deviate from a like axis through a length of the fixed length portion (108, 908); and a second rod attached to the second arm, the second rod having an insertion end and a trailing end, wherein the first rod has a first length when the insertion end is not in contact with a surface and a second length when in contact with a surface, the second length shorter than the first length.
Assembly for a driving assistance system, wherein at least one ultrasonic array sensor and at least one further ultrasonic sensor are connected to an assembly control unit for signal capture and processing and are integrated in the assembly, wherein the assembly has a communication interface.
A computer-implemented method for handling a spoken user request received from a user of an electronic device comprising a processor configured to execute applications, the method executable by each one of at least two of the applications (300, 400), the at least two of the applications (300, 400) being a first speech-to-text application and a second speech-to-text application, the method comprising: processing, by the first speech-to-text application, an audio representation of the spoken user request to obtain a first text representation of the spoken user request; determining by the first speech-to-text application that the first text representation of the spoken user request corresponds to an action better suited to be executable by the second application of the at least two of the applications (300, 400); transferring at least part of the first text representation of the spoken user request to the second application for handling by the second application, the at least part of the first text representation of the spoken user request comprising the audio representation of the spoken user request; processing, by the second speech-to-text application, the at least part of the first text representation of the spoken user request comprising the audio representation of the spoken user request to obtain a second text representation of the spoken user request; determining, by the second speech-to-text application, that the second text representation of the spoken user request corresponds to the action; and causing execution of the action by the second application. processing, by the first speech-to-text application, an audio representation of the spoken user request to obtain a first text representation of the spoken user request; determining by the first speech-to-text application that the first text representation of the spoken user request corresponds to an action better suited to be executable by the second application of the at least two of the applications (300, 400); transferring at least part of the first text representation of the spoken user request to the second application for handling by the second application, the at least part of the first text representation of the spoken user request comprising the audio representation of the spoken user request; processing, by the second speech-to-text application, the at least part of the first text representation of the spoken user request comprising the audio representation of the spoken user request to obtain a second text representation of the spoken user request; determining, by the second speech-to-text application, that the second text representation of the spoken user request corresponds to the action; and causing execution of the action by the second application.
Separation device for separating solid particles from a liquid comprising a centrifugal separator and a collection vessel, the centrifugal separator having a tangential inlet, a first outlet for removing the liquid and a second outlet for removing the solid particles, characterized in that the collecting vessel is reversibly connected to the centrifugal separator, the collecting vessel having a first, outer pressure-stable vessel and, inside the latter, a second, flexible vessel, characterized in that the centrifugal separator is positioned vertically so that the second outlet for removing the solid particles is located at the lower end of the centrifugal separator, wherein the second, flexible vessel has an opening and is attached to the lower portion of the centrifugal separator, and the lower portion is at least partially inserted through the opening of the second, flexible vessel, the second flexible vessel and the lower portion of the centrifugal separator being sealingly and reversibly connected to each other, wherein the second outlet comprises a baffle plate for removing the solid particles.
Wall bar, which has two vertical spars and several, horizontally aligned connecting rungs attached to both spars, whereby the wall bar has a temporarily attachable stiffening device which bears against the lateral surface area of a rung and which is supported on the area bearing against the rung against movement in that horizontal direction normal to the rung, which is directed from the rung to the bearing region of the stiffening device, characterised in that the stiffening device is formed by an additional spar which is located between the two spars and extends in the direction normal to the direction of the rungs in the plane of the wall bar over several rungs, is fixed to the individual rungs against relative movement normal to the plane of the wall bar, and is displaceable parallel to rungs with respect thereto, whereby the rungs each extend through a hole in the additional spar, whereby the respective hole in the additional spar forms a clearance fit with the respective rung, so that the additional spar can optionally be pushed against the middle region between the two spars rigidly connected to the rungs and thus forms a support against the bending of individual rungs, or can be pushed against one of the rigid spars and thus does not impede normal modes of use of the wall bars.
Use in a diesel fuel composition comprising a petroleum diesel of 0.1-55 volume % of a renewable hydrocarbon distillate obtained by hydrotreating a bio-oil derived from the conversion of lignocellulosic material, said distillate having a boiling point of 160°C - 371°C (320-700°F) and comprising 10-50 volume % of one or more electrophilic hydrogen donors which are hydrocarbons having from 5 to 9 double bond equivalents for reducing polynuclear aromatic hydrocarbon exhaust emissions when said composition is introduced into a diesel engine by an amount greater than can be attributed to a simple dilution effect.