mhurhangee/ep-ind-claims huggingface dataset:
An electronic control device for a vehicle, the electronic control device comprising a step-down switching power supply including a first switch element which switches conduction and non-conduction to an output side of an input voltage; a switching frequency control circuit which outputs a switching frequency at which the first switch element executes a switching operation; a rectification unit which executes a rectification operation to generate a circulation current by a path of the output side when the first switch element is non-conductive; and a bootstrap circuit unit of which one end is connected to a source terminal of the first switch element, wherein the switching frequency control circuit includes a switching frequency range setting unit which sets a range of the switching frequency between fa and fb, wherein fb is lower than fa, fb is set to a cycle shorter than a discharge time constant of a capacitor of the bootstrap circuit unit and the input voltage is lower at fb than at fa; the switching frequency control circuit further includes a switching frequency path setting unit which changes the switching frequency according to the determined input voltage so that the frequency is changed based on the determined value of the input voltage along the frequency path which is arranged between fa and fb and which includes fc and skips a frequency band from fd to fe, and wherein the switching frequency is set to fa when the input voltage is equal to or more than a preset threshold and is set to fc when the input voltage is equal to or less than the threshold and fc is a frequency decreasing according to a decrease in the input voltage, between fa and fb; and the output of the step-down switching power supply with an output voltage is adapted to be connected to a load, which is a microcomputer.
A load pin, comprising: a main body including a first end, a second end, and an outer surface, the outer surface defining a plurality of loading surfaces and a plurality of relief surfaces, each loading surface disposed between two of the relief surfaces and having a first diameter, each relief surface having a second diameter that is less than the first diameter; a plurality of recesses formed in and extending at least partially around the outer surface, each recess having a substantially round inner surface, each recess formed in a different one of the relief surfaces and disposed between a different pair of loading surfaces; the load pin characterized in that it comprises: a pair of adjustment channels formed in the outer surface proximate the second end of the main body, the pair of adjustment channels diametrically opposed to each other, each adjustment channel having a substantially flat bottom surface. a main body including a first end, a second end, and an outer surface, the outer surface defining a plurality of loading surfaces and a plurality of relief surfaces, each loading surface disposed between two of the relief surfaces and having a first diameter, each relief surface having a second diameter that is less than the first diameter; a plurality of recesses formed in and extending at least partially around the outer surface, each recess having a substantially round inner surface, each recess formed in a different one of the relief surfaces and disposed between a different pair of loading surfaces; the load pin characterized in that it comprises: a pair of adjustment channels formed in the outer surface proximate the second end of the main body, the pair of adjustment channels diametrically opposed to each other, each adjustment channel having a substantially flat bottom surface. a pair of adjustment channels formed in the outer surface proximate the second end of the main body, the pair of adjustment channels diametrically opposed to each other, each adjustment channel having a substantially flat bottom surface.
An immunogenic composition comprising inactivated Equine Rhinitis A Virus (ERAV), wherein the ERAV is ERAV/ON/05 as deposited under ATCC Accession No. PTA-11828.
Fuel injector, in particular common-rail injector for self-igniting internal combustion engines, having an injector housing in which a sensor element for the at least indirect detection of a fuel pressure prevailing in a high pressure region is arranged in a low pressure region, the sensor element being arranged on the side of an elastically deformable sealing element that faces away from the high pressure region and being operatively connected to the sealing element, and the sealing element sealing off a holding chamber for the sensor element, the sensor element being formed in the shape of a fuel sensor having at least one strain measuring element, and that the fuel sensor is connected to the sealing element, characterized in that the sealing element is formed in the shape of a disc-like sealing diaphragm which, in a radially circumferential edge region, is connected to a carrier element forming the holding chamber, and a pin-like transmission element rests on the sealing element on the side opposite the at least one strain measuring element.
Method for connecting an electrical conductor to an electrical contact part, said contact part comprising deformable legs and the legs being deformed by means of a bending die such that they press the conductor together with the contact part in a force-locked manner, the contact part being acted upon to such an extent that at least the legs are integrally bonded together, a laser beam bringing about the integral bond, characterised in that the action which brings about the integral bond takes place by means of at least one opening in the bending die and the laser beam is radiated through the opening perpendicularly to the transverse extension direction of the contact part.
A ceiling-type air conditioner comprising: a housing provided in a cylindrical shape and including an upper housing and a lower housing, the lower housing including a discharge port configured to discharge air; a suction panel having a circular shape, provided in a central portion of and separably coupled with the lower housing, the suction panel including a suction port, and wherein the discharge port is formed outside the suction port in a radial direction; and a heat exchanger having an annular shape and disposed inside the housing, characterized in that the suction panel includes a plurality of coupling members arranged in a circumferential direction of and formed to protrude upwardly from the top surface adjacent to the rim of the suction panel facing the housing, wherein the lower housing includes a plurality of coupling portions arranged to correspond to the plurality of coupling members and configured to support the plurality of coupling members, and wherein the plurality of coupling members is configured to couple with the plurality of coupling portions by being rotated with respect to a central axis of the housing in one of a clockwise direction or a counter-clockwise direction, and to decouple from the plurality of coupling portions by being rotated with respect to the central axis of the housing in the other one of the clockwise direction or the counter-clockwise direction. a housing provided in a cylindrical shape and including an upper housing and a lower housing, the lower housing including a discharge port configured to discharge air; a suction panel having a circular shape, provided in a central portion of and separably coupled with the lower housing, the suction panel including a suction port, and wherein the discharge port is formed outside the suction port in a radial direction; and a heat exchanger having an annular shape and disposed inside the housing, characterized in that the suction panel includes a plurality of coupling members arranged in a circumferential direction of and formed to protrude upwardly from the top surface adjacent to the rim of the suction panel facing the housing, wherein the lower housing includes a plurality of coupling portions arranged to correspond to the plurality of coupling members and configured to support the plurality of coupling members, and wherein the plurality of coupling members is configured to couple with the plurality of coupling portions by being rotated with respect to a central axis of the housing in one of a clockwise direction or a counter-clockwise direction, and to decouple from the plurality of coupling portions by being rotated with respect to the central axis of the housing in the other one of the clockwise direction or the counter-clockwise direction.
A modular reel drive assembly comprising: two reel drive tower modules (12, 14); a reel hub adapter; and a reel hub adapter support module (22, 24); characterised in that the hub adapter support module comprises at least one support pin which is configured to be movable between a storage position in which the at least one support pin is not aligned with at least one aperture (38, 39, 40, 41) on the hub adapter support module (22, 24) and an operational position in which the support pin is aligned with at least one aperture (38, 39, 40, 41) on the hub adapter support module (22, 24) wherein the hub adapter support module comprises at least one hydraulic cylinder (214, 216, 227, 228) configured to move the at least one support pin between the storage position and the operational position. two reel drive tower modules (12, 14); a reel hub adapter; and a reel hub adapter support module (22, 24); characterised in that the hub adapter support module comprises at least one support pin which is configured to be movable between a storage position in which the at least one support pin is not aligned with at least one aperture (38, 39, 40, 41) on the hub adapter support module (22, 24) and an operational position in which the support pin is aligned with at least one aperture (38, 39, 40, 41) on the hub adapter support module (22, 24) wherein the hub adapter support module comprises at least one hydraulic cylinder (214, 216, 227, 228) configured to move the at least one support pin between the storage position and the operational position.
A method of scanning an image that includes: receiving image data for the image to scan; generating light beams responsive to the image data; and forming a horizontal scan profile to direct the light beams, the horizontal scan profile comprises cycles having oscillating amplitudes that are substantially parallel to a first axis and substantially perpendicular to a second axis; wherein variable scan velocity values are employed in the second axis by assigning scan velocity values that are responsive to a target brightness for each line of the image to scan based on the received image data; characterized by the steps of: forming a cyclic wobulation responsive to the cycles; forming a vertical scan profile that includes the cyclic wobulation, wherein wobulation implies a subtle oscillation with a motion of the wobulation being substantially smaller than or a fraction of the complete range of scan motion in the dimension of the vertical and/or horizontal scan profile; and scanning the light beams according to a wave pattern that is a composite of the vertical scan profile and the horizontal scan profile to form the image such that the light beams are driven vertically parallel to the second axis from a first edge to an ending edge while oscillating horizontally parallel the first axis. receiving image data for the image to scan; generating light beams responsive to the image data; and forming a horizontal scan profile to direct the light beams, the horizontal scan profile comprises cycles having oscillating amplitudes that are substantially parallel to a first axis and substantially perpendicular to a second axis; wherein variable scan velocity values are employed in the second axis by assigning scan velocity values that are responsive to a target brightness for each line of the image to scan based on the received image data; characterized by the steps of: forming a cyclic wobulation responsive to the cycles; forming a vertical scan profile that includes the cyclic wobulation, wherein wobulation implies a subtle oscillation with a motion of the wobulation being substantially smaller than or a fraction of the complete range of scan motion in the dimension of the vertical and/or horizontal scan profile; and scanning the light beams according to a wave pattern that is a composite of the vertical scan profile and the horizontal scan profile to form the image such that the light beams are driven vertically parallel to the second axis from a first edge to an ending edge while oscillating horizontally parallel the first axis.
A foamed cold-in-place recycling method comprising: producing a foamed asphalt binder by injecting one or more of water and a compressed air stream into a stream of liquid asphalt being at a temperature of 148.9 °C (300 °F) to 193.3 °C (380 °F) containing a lubricating surfactant; combining the foamed asphalt binder with bituminous material in a continuous mixing process to produce a recycled bituminous mix; conveying the recycled bituminous mix into a paver; and laying the recycled bituminous mix onto an existing grade. producing a foamed asphalt binder by injecting one or more of water and a compressed air stream into a stream of liquid asphalt being at a temperature of 148.9 °C (300 °F) to 193.3 °C (380 °F) containing a lubricating surfactant; combining the foamed asphalt binder with bituminous material in a continuous mixing process to produce a recycled bituminous mix; conveying the recycled bituminous mix into a paver; and laying the recycled bituminous mix onto an existing grade.
A reception and/or storage device, in particular a letter box or parcel box, comprising a housing composed of a rear wall, a floor, a cover and two side walls which are connected to the floor, the cover and the rear wall, and a door or a flap comprising a front face, which door or flap is hinged on a pivot axis, wherein the door or flap comprises a closing device and wherein a panel-like operating device for controlling the closing device is arranged in an area of the front face, characterized in that the operating device comprises an area which recoils behind the front face of the door or flap and which forms a finger or hand grip, wherein the area which recoils behind the front face of the door or flap is undercut.
Manually length-adjustable fork for a lifting device such as a forklift truck, comprising: - a fixed fork part; - an adjustable fork part displaceable relative to the fixed fork part and provided from a tubular profile which is for a large part open on the side facing downward during use; and - a locking mechanism connected to the fixed fork part, wherein the locking mechanism is provided with: - a locking catch for locking the adjustable fork part to the fixed fork part; - a spring mechanism operatively connected to the locking catch; and - a fastener accessible during use from the downward facing side of the tubular profile for manual operation of the locking catch, characterized in that the locking catch is provided on one side of the fork oriented substantially laterally during use. - a fixed fork part; - an adjustable fork part displaceable relative to the fixed fork part and provided from a tubular profile which is for a large part open on the side facing downward during use; and - a locking mechanism connected to the fixed fork part, wherein the locking mechanism is provided with: - a locking catch for locking the adjustable fork part to the fixed fork part; - a spring mechanism operatively connected to the locking catch; and - a fastener accessible during use from the downward facing side of the tubular profile for manual operation of the locking catch, - a locking catch for locking the adjustable fork part to the fixed fork part; - a spring mechanism operatively connected to the locking catch; and - a fastener accessible during use from the downward facing side of the tubular profile for manual operation of the locking catch,
Armrest unit for a passenger seat, with an armrest base body forming an armrest surface and with a suspension unit (58; 82) that is arranged below the armrest surface and comprises at least one spacing means (68.1, 68.2; 90) and with a supporting means for supporting the suspension unit, wherein at least one hollow space (70, 72.1, 72.2) is formed between at least one partial region of the armrest base body and the supporting means by the suspension unit, wherein the armrest base body is embodied elongate with a longitudinal direction and has a central plane extending in the longitudinal direction, wherein the hollow space (70, 72.1, 72.2) is arranged to the side of the central plane and spaced apart from the central plane, characterised in that the suspension unit comprises two suspension parts (62.1, 62.2), which are arranged between the armrest surface and a supporting surface of the supporting means in a normal direction, each comprising a region (63.1, 63.2), the regions (63.1, 63.2) each comprising a partial region which is oriented inclined with respect to the supporting surface of the supporting means.
A formulation for use in treating an inflammatory-mediated ocular disease in a subject by ocular iontophoresis, said formulation comprising an aqueous solution comprising dexamethasone phosphate at a concentration of 25 to 50 mg/ml, and wherein the starting pH of the formulation is about 5.7.
A CD39 antagonistic antibody for use for treating cancer by inhibiting the immunosuppressive effects of a CD39-expressing cancerous cell, wherein said cancer is selected from the group consisting of ovarian cancer, thyroid cancer, lung cancer, and kidney cancer.
A method for culturing organisms to be cultured, comprising the steps of: disposing a culture bed surface (16b,34a) in a culturing area of which a water level is adjustable so that the culture bed surface (16b,34a) has a predetermined height from a bottom surface of the culturing area; placing the organisms to be cultured such as shellfishes on the culture bed surface (16b,34a); separating the culturing area apart from the open sea by an embankment; controlling a height of the water surface of the culturing area using a natural tidal activity by opening/closing a sluice gate equipment constituting a part of the embankment; and adjusting the water level of the culturing area so that the water level is controlled to realize: a dry state in which the organisms to be cultured on the culture bed surface (16b,34a) are exposed from a water surface; and an in-water state in which the organisms to be cultured are submerged in the water. disposing a culture bed surface (16b,34a) in a culturing area of which a water level is adjustable so that the culture bed surface (16b,34a) has a predetermined height from a bottom surface of the culturing area; placing the organisms to be cultured such as shellfishes on the culture bed surface (16b,34a); separating the culturing area apart from the open sea by an embankment; controlling a height of the water surface of the culturing area using a natural tidal activity by opening/closing a sluice gate equipment constituting a part of the embankment; and adjusting the water level of the culturing area so that the water level is controlled to realize: a dry state in which the organisms to be cultured on the culture bed surface (16b,34a) are exposed from a water surface; and an in-water state in which the organisms to be cultured are submerged in the water.
A cutting apparatus for cutting food objects into smaller food products (114, 115), comprising: • an infeed conveyor having a first end and a second end, • a conveyor system having a first end and a second end, the conveyor system being arranged such that the first end of the conveyor system is adjacent and essentially parallel to the second end of the infeed conveyor defining a first slit there between, and • a first cutting unit having a cutting plane extending through the first slit and controlled by a control unit for cutting food objects, conveyed by the infeed conveyor, into smaller food products, characterized in that the first slit and the cutting plane of the cutting unit forms an angle different from 90° in relation to the conveying direction, wherein the conveyor system comprises: • a conveyor sub-system having a first end and a second end, and • an outfeed conveyor having a first end and a second end, where the first end of the conveyor system is the first end of the conveyor sub-system, and where the second end of the conveyor sub-system is adjacent and essentially parallel to the first end of the outfeed conveyor and defines a second slit, wherein the second slit forms an angle in relation to the first slit, and where the cutting apparatus further comprises a second cutting unit controlled by a control unit having a cutting plane extending through the second slit, wherein the cutting apparatus further comprises a first scanning device associated with the infeed conveyor for acquiring scanning data of incoming food objects on the infeed conveyor, where the acquired scanning data are used as a control data by the control unit for controlling the first cutting unit and by the control unit for controlling the second cutting unit. • an infeed conveyor having a first end and a second end, • a conveyor system having a first end and a second end, the conveyor system being arranged such that the first end of the conveyor system is adjacent and essentially parallel to the second end of the infeed conveyor defining a first slit there between, and • a first cutting unit having a cutting plane extending through the first slit and controlled by a control unit for cutting food objects, conveyed by the infeed conveyor, into smaller food products, • a conveyor sub-system having a first end and a second end, and • an outfeed conveyor having a first end and a second end, where the first end of the conveyor system is the first end of the conveyor sub-system, and where the second end of the conveyor sub-system is adjacent and essentially parallel to the first end of the outfeed conveyor and defines a second slit,
Height-adjustable supporting bearing for floor covering elements which can be laid on a substrate, with a basic body configured to be height-adjustable and with a support element which is arranged on the basic body in a manner to be variably-tiltable, wherein the support element, on an underside, comprises a bearing surface configured to be in the shape of a spherical and concave cap at least along an annular circumferential line, with which surface the support element is supported on the basic body, wherein the support element, on an upper side, comprises at least one support surface for a floor covering element, and wherein the upper side of the support element is designed to be free of depressions, characterized in that the support element, on the underside, comprises an engagement element projecting towards the basic body and having at least one laterally projecting clamping tongue spaced from the support element, so that an inwardly-protruding portion of the bearing support surface of the basic body can be engaged around in a clamping manner, and in that the upper side of the support element comprises a convexly-bulged drain surface, on which, in a mutually-spaced manner, at least one upwardly-projecting ground support bearing is arranged.