mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle headlight having a basic light module and a spot light module, the basic light module being designed to generate a basic distribution of a high beam light distribution, the spot light module being designed to generate a spot distribution (32, 72) of the high beam light distribution, the high beam light distribution being formed by a superposition of the spot distribution (32, 72) and the basic distribution, the basic light module being divided into a plurality of separately controllable sub-modules which generate a plurality of block segments of the basic distribution, a block segment of the basic light distribution being able to be generated in each case by a sub-module, which block segments form, in the horizontal direction, zones which can be illuminated in each case 3° to 10° wide, adjacent block segments overlapping at the edges thereof and complementing one another to form the basic distribution of the high beam distribution, the basic light module being designed to generate the basic distribution when the motor vehicle travels straight ahead in such a way that the basic distribution, on a virtual perpendicular screen arranged at a distance in front of the basic light module, has a design which is substantially symmetrical to a vertical formed in the horizontal direction and extends in the horizontal direction over a range of a maximum of approximately -30° to +30° and a minimum of approximately -10° to 10°, and the complete spot distribution (32, 72) covering, in the horizontal direction, the two central block segments of the basic distribution and partially also the two block segments adjacent thereto, characterized in that the block segments have, on a perpendicular screen arranged at a distance in front of the light module, a lower height toward the edge of the basic distribution than block segments in the center of the basic distribution in the region of the vertical, and in that the spot light module is designed to divide the spot distribution (32, 72) into a plurality of vertical, shadeable strips, and in that the basic light module is designed to generate, on a perpendicular screen arranged at a distance in front of the basic light module, a gradient of the illuminance of the individual block segments in such a way that said illuminance is greater on a side of the block segments facing the vertical than on a side of the block segments facing away from the vertical.
A support sleeve of a pipe fitting system, said support sleeve comprising a nose portion for capping an end portion of a pipe and a body portion for location within the pipe, the said body portion being provided with at least one tongue extending both radially outwardly and axially towards the said nose portion, characterized in that said tongue has a distal end portion with an arcuate profile.
An isolated peptide of less than 15 amino acids having cytotoxic T cell -inducing ability, wherein the peptide comprises the amino acid sequence of (a) or (b) below: (a) the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30; or (b) the amino acid sequence in which one or two amino acids are substituted and/or added to the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30. (a) the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30; or (b) the amino acid sequence in which one or two amino acids are substituted and/or added to the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30.
A recording apparatus (10, 20, 30, 50) for a vehicle comprising: a main body part (11, 51) comprising at least a camera (14, 54); a mounting part (18, 58) configured to mount the main body part (11, 51) so that the camera (14, 54) is oriented to photograph outside of a vehicle through a windshield included in the vehicle; and a display unit (12, 52) configured to display information; and a photographing control unit configured to control a photographing operation for controlling a storage unit to record video image data photographed by the camera (14, 54), wherein the display unit (12, 52) is rotatably mounted at a lower part of the main body part (11, 51) and is positioned to block light from below the camera (14, 54) when the display unit (12, 52) rotates in a direction towards the windshield in which the camera (14, 54) photographs a video image and the display unit (12, 52) is held horizontally or nearly horizontally with the display surface of the display unit facing downward, which is referred to as a first arrangement, characterized in that the photographing control unit controls the photographing operation to be started when the display unit (12, 52) is disposed in the first arrangement. a main body part (11, 51) comprising at least a camera (14, 54); a mounting part (18, 58) configured to mount the main body part (11, 51) so that the camera (14, 54) is oriented to photograph outside of a vehicle through a windshield included in the vehicle; and a display unit (12, 52) configured to display information; and a photographing control unit configured to control a photographing operation for controlling a storage unit to record video image data photographed by the camera (14, 54), wherein the display unit (12, 52) is rotatably mounted at a lower part of the main body part (11, 51) and is positioned to block light from below the camera (14, 54) when the display unit (12, 52) rotates in a direction towards the windshield in which the camera (14, 54) photographs a video image and the display unit (12, 52) is held horizontally or nearly horizontally with the display surface of the display unit facing downward, which is referred to as a first arrangement, characterized in that the photographing control unit controls the photographing operation to be started when the display unit (12, 52) is disposed in the first arrangement.
Field emission propulsion system for a spacecraft, comprising: - a control unit; - a propulsion assembly having a plurality of field emission propulsion units comprising an ion source having a plurality of ion emitters and extractor electrodes associated with the ion emitters and arranged in a field arrangement; - a plurality of extractor electrode voltage sources, which are each assigned to the extractor electrodes, in order to control them by the control unit with an individual extractor electrode voltage. - a control unit; - a propulsion assembly having a plurality of field emission propulsion units comprising an ion source having a plurality of ion emitters and extractor electrodes associated with the ion emitters and arranged in a field arrangement; - a plurality of extractor electrode voltage sources, which are each assigned to the extractor electrodes, in order to control them by the control unit with an individual extractor electrode voltage.
A graphene device comprising: a transistor including a source, a gate, and a drain; an active layer arranged on the gate; and a graphene layer contacting the active layer, the graphene layer and the active layer configured to provide a pathway for current flow; wherein the gate is spaced apart from the graphene layer and is configured to control a work function of the graphene layer based on a voltage applied to the gate; the active layer includes an emission layer that is configured to emit light or a photoconductive layer that is configured to react with light and photoelectrically convert light, and characterized in that at least two of the source, the gate, and the drain are formed on the same plane. a transistor including a source, a gate, and a drain; an active layer arranged on the gate; and a graphene layer contacting the active layer, the graphene layer and the active layer configured to provide a pathway for current flow; wherein the gate is spaced apart from the graphene layer and is configured to control a work function of the graphene layer based on a voltage applied to the gate; the active layer includes an emission layer that is configured to emit light or a photoconductive layer that is configured to react with light and photoelectrically convert light, and characterized in that at least two of the source, the gate, and the drain are formed on the same plane.
Rail vehicle, with a voltage detection unit for detecting a line voltage (V N) that is provided by a power supply and embodied as a DC voltage, at least one electrical consumer and a circuit, which draws electrical energy from the power supply to supply the electrical consumer during operation, the circuit comprising a voltage conversion unit for providing a voltage (V C), which has been adapted for the operation of the consumer, on the consumer side, which has a first subunit, which is assigned to the input side and is under a potential (V h) during operation, at least one second subunit, which is assigned to the consumer side and is under a potential (V t) during operation, and a charge transfer unit, which is provided to transfer a charge from the first subunit to the second subunit, wherein the charge transfer unit has at least one element, which is assigned to the subunits (28h, 28t), and a switching unit, which is provided to switch the at least one element between the subunits (28h, 28t) in a cyclic manner, a means, which uses the at least one element to define a resonance frequency, and a control unit for controlling the switching unit, which is provided to operate the switching unit at the resonance frequency.
A method of communication between a controlled device and a controller over a 3GPP wireless network the method performed at a source interface device comprising: - splitting an incoming traffic into a first path carrying a native ethernet traffic and a second path carrying an IP, internet protocol, traffic; - remapping IP addresses of packets of the IP traffic with an IP address of a destination interface device at a remote end of the 3GPP wireless network; - encapsulating the native ethernet traffic into IP traffic with the IP address of the destination interface device at a remote end of the 3GPP wireless network; - scheduling IP traffic from said first path and said second path for transmission to the destination interface device via the 3GPP wireless network. - splitting an incoming traffic into a first path carrying a native ethernet traffic and a second path carrying an IP, internet protocol, traffic; - remapping IP addresses of packets of the IP traffic with an IP address of a destination interface device at a remote end of the 3GPP wireless network; - encapsulating the native ethernet traffic into IP traffic with the IP address of the destination interface device at a remote end of the 3GPP wireless network; - scheduling IP traffic from said first path and said second path for transmission to the destination interface device via the 3GPP wireless network.
A method of making a composite preform using a plurality of fiber types, comprising: applying an epoxy to elongate lengths of at least one fiber type; cutting the elongate lengths of the at least one fiber type and elongate lengths of others of the plurality of fiber types into shorter lengths of fiber (902, 904, 906) to form a charge, the charge including entrapped air and providing a three-dimensional deposit with loft, the three dimensional deposit having fibers that extend through the charge in three dimensions, wherein the applying step is carried out just prior to the cutting step; removing at least a portion of air entrapped in the charge; and heating the charge to form a composite preform, wherein the composite preform has a non-uniform fiber fraction. applying an epoxy to elongate lengths of at least one fiber type; cutting the elongate lengths of the at least one fiber type and elongate lengths of others of the plurality of fiber types into shorter lengths of fiber (902, 904, 906) to form a charge, the charge including entrapped air and providing a three-dimensional deposit with loft, the three dimensional deposit having fibers that extend through the charge in three dimensions, wherein the applying step is carried out just prior to the cutting step; removing at least a portion of air entrapped in the charge; and heating the charge to form a composite preform, wherein the composite preform has a non-uniform fiber fraction.
An amine functional adduct obtained by admixing a stoichiometric excess of a diamine and a compound having an epoxide group and an alpha, beta unsaturated carbonyl group.
An aerosol-generating device comprising a heating element coupled to a controller, wherein the controller is programmed to actuate the heating element through a first thermal cycle in which the temperature of the heating element is raised to a first temperature to form an aerosol from an aerosol-forming substrate disposed in proximity to the heating element, characterised in that the controller is programmed to actuate the heating element through a second thermal cycle in which the temperature of the heating element is raised to a second temperature, higher than the first temperature, to thermally liberate organic material adhered to or deposited on the heating element, and wherein the controller is programmed to actuate the heating element through the second thermal cycle automatically when the aerosol-forming substrate is removed from contact with the heating element.
A medical forceps comprising a handle, a traction string, a sleeve tube, a forceps base, a push-pull rod, two connecting members and two forceps jaws, wherein the sleeve tube is connected with the forceps base, the traction string passes through the sleeve tube and is configured in the forceps base, one end of the traction string is connected with the handle, and the other end of the traction string is connected with the push-pull rod, a middle part of each of the two forceps jaws is hinged by a hinge shaft and the hinge shaft is mounted on the forceps base, a lower part of each of the forceps jaws is hinged with one end of each of the connecting members, and the other end of each of the connecting members is hinged with the push-pull rod, wherein the push-pull rod has two hinge centers for respectively hinging with the two connecting members, and the two connecting members are arranged in a crossed manner; wherein an upper part of the push-pull rod is provided with a hinge joint, and the two hinge centers are respectively disposed at left and right ends of the hinge joint, the hinge joint is hinged to the two connecting members respectively through the two hinge centers, characterized in that a connection line between the two hinge centers on the push-pull rod is (c), and a length of (c) ranges from 0.2mm to 3mm, wherein each of the forceps jaws is a forceps cup, the forceps cup is configured to take the tissue by opening and closing the cup mouth, the sleeve tube is a flexible spring tube, and wherein a connection line between two hinge centers on the same forceps jaw is (a), and a connection line between two hinge centers on the same connecting member is (b), on one of the forceps jaws and one of the connecting members hinged to each other, an angle between (a) and (b) (α); on one of the connecting members and the push-pull rod hinged to each other, an angle between (b) and (c) is (β); when the two forceps jaws are engaged, (β) ranges from 40° to 80°, (α) ranges from 90° to 180°, wherein a length of (a) ranges from 0.5 mm to 20 mm, and a length of (b) ranges from 0.5 mm to 20 mm, wherein the length of (a) is longer than the length of (c).
A display device comprising: an intermediate-image formation unit configured to form an intermediate image on a screen; a projection unit configured to project the intermediate image toward a transmission/reflection member to display a virtual image; a reception unit configured to receive virtual image information that includes information about a defect of the virtual image; and a correction unit configured to correct the defect of the virtual image in accordance with the virtual image information, characterized in that the correction unit transforms the intermediate image within the screen by rotating two sides (71, 72) around a predetermined rotation axis, the two sides (71,72) arranged in a longitudinal direction among four sides forming the intermediate image that is rectangular and moving in a parallel direction the other two sides (75,76), the other two sides arranged in a lateral direction among four sides forming the intermediate image. an intermediate-image formation unit configured to form an intermediate image on a screen; a projection unit configured to project the intermediate image toward a transmission/reflection member to display a virtual image; a reception unit configured to receive virtual image information that includes information about a defect of the virtual image; and a correction unit configured to correct the defect of the virtual image in accordance with the virtual image information, characterized in that the correction unit transforms the intermediate image within the screen by rotating two sides (71, 72) around a predetermined rotation axis, the two sides (71,72) arranged in a longitudinal direction among four sides forming the intermediate image that is rectangular and moving in a parallel direction the other two sides (75,76), the other two sides arranged in a lateral direction among four sides forming the intermediate image.
A developing device, comprising: a developer bearing member which has a hollow cylindrical shape, is driven and rotated and includes a sleeve for bearing magnetic toner on a circumferential surface and a fixed magnet included inside the sleeve and having a plurality of magnetic poles in a circumferential direction of the sleeve; a layer restricting member which faces one magnetic pole out of the plurality of magnetic poles of the fixed magnet, is arranged at a distance from the sleeve and made of a magnetic material and restricts the thickness of the magnetic toner on the sleeve; a facing magnet which is arranged upstream of the layer restricting member in a rotation direction of the sleeve and at a distance from the sleeve, includes a first facing surface (70S1) and has a magnetic pole having the same polarity as the one magnetic pole on the first facing surface; and a nonmagnetic member which is connected at an upstream side of the facing magnet in the rotation direction and arranged at a distance from the sleeve, characterized in that the first facing surface faces, in the radial direction, a position overlapping with a position with a maximum magnetic force of the one magnetic pole out of the plurality of magnetic poles. a developer bearing member which has a hollow cylindrical shape, is driven and rotated and includes a sleeve for bearing magnetic toner on a circumferential surface and a fixed magnet included inside the sleeve and having a plurality of magnetic poles in a circumferential direction of the sleeve; a layer restricting member which faces one magnetic pole out of the plurality of magnetic poles of the fixed magnet, is arranged at a distance from the sleeve and made of a magnetic material and restricts the thickness of the magnetic toner on the sleeve; a facing magnet which is arranged upstream of the layer restricting member in a rotation direction of the sleeve and at a distance from the sleeve, includes a first facing surface (70S1) and has a magnetic pole having the same polarity as the one magnetic pole on the first facing surface; and a nonmagnetic member which is connected at an upstream side of the facing magnet in the rotation direction and arranged at a distance from the sleeve, characterized in that the first facing surface faces, in the radial direction, a position overlapping with a position with a maximum magnetic force of the one magnetic pole out of the plurality of magnetic poles.
Cooking device with a steam generation function, with the cooking device having: - a cooking compartment, - at least one heating element for heating up the cooking compartment, - at least one air temperature sensor for determining an air temperature (Tl) of air to be found in the cooking compartment, - at least one heatable water reservoir which is located in the cooking compartment and is embodied as an evaporator tray arranged in the floor of the cooking compartment, - a water temperature sensor for determining a water temperature (Tw) of water located in the water reservoir, - a control means, with the control means being configured - to determine a water temperature (S(Tw)) needed to reach a predetermined relative humidity of the air in the cooking compartment from a psychrometric relationship using the air temperature (Tl), and - to set the water temperature (Tw) to the computed required water temperature (S(Tw)), characterised in that - the psychrometric relationship involves an atmospheric pressure correction. - a cooking compartment, - at least one heating element for heating up the cooking compartment, - at least one air temperature sensor for determining an air temperature (Tl) of air to be found in the cooking compartment, - at least one heatable water reservoir which is located in the cooking compartment and is embodied as an evaporator tray arranged in the floor of the cooking compartment, - a water temperature sensor for determining a water temperature (Tw) of water located in the water reservoir, - a control means, - to determine a water temperature (S(Tw)) needed to reach a predetermined relative humidity of the air in the cooking compartment from a psychrometric relationship using the air temperature (Tl), and - to set the water temperature (Tw) to the computed required water temperature (S(Tw)), - the psychrometric relationship involves an atmospheric pressure correction.
A motor vehicle structure (50, 150) having a roof structure (40, 140) connected to a main vehicle structure (70, 170) by a number of upwardly extending pillars wherein on a first side of the vehicle structure there is an A-pillar (14, 114) connecting a front end of the roof structure to the main vehicle structure and a B-pillar (16L, 116L) connecting the roof structure to the main vehicle structure to the rear of the A-pillar and on a second side of the vehicle structure there is a B-pillar (16R, 116R) connecting the roof structure to the main vehicle structure but no A-pillar connecting the roof structure to the main vehicle structure and the roof structure includes a diagonal roof member (55, 155) connected at one end to an upper end of the A-pillar on the first side of the vehicle structure and connected at an opposite end to an upper end of the B-pillar on the second side of the vehicle structure characterised in that, the motor vehicle structure comprising a wrap-around window (36, 136) extending from the A-pillar (14, 114) to the B-pillar (16R, 116R) on the second side of the vehicle structure.