mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: logic, at least a portion of the logic in hardware, the logic located with user equipment, UE, capable of operating in compliance with one or more 3 rd Generation Partnership Project, 3 GPP, Long Term Evolution, LTE, standards including LTE-Advanced, LTE-A, the logic configured to: receive power offset information in a radio resource control, RRC, information element, IE, the power offset information comprising a first power parameter information for a serving physical downlink shared channel, PDSCH and/or a co- scheduled PDSCH, wherein the serving PDSCH and the co-scheduled PDSCH share same time frequency resources to form a multiplexed PDSCH, the RRC IE comprising a PDSCH-config IE; receive downlink control information indicating modulation information for the serving PDSCH; and determine, for one or more resource blocks, RBs comprising the multiplexed PDSCH, a first detected power offset value for the serving PDSCH and a second detected power offset value for the co- scheduled PDSCH based on the power offset information and the modulation information. receive power offset information in a radio resource control, RRC, information element, IE, the power offset information comprising a first power parameter information for a serving physical downlink shared channel, PDSCH and/or a co- scheduled PDSCH, wherein the serving PDSCH and the co-scheduled PDSCH share same time frequency resources to form a multiplexed PDSCH, the RRC IE comprising a PDSCH-config IE; receive downlink control information indicating modulation information for the serving PDSCH; and determine, for one or more resource blocks, RBs comprising the multiplexed PDSCH, a first detected power offset value for the serving PDSCH and a second detected power offset value for the co- scheduled PDSCH based on the power offset information and the modulation information.
A system for capping containers by means of caps that can be taken and pulled away from a dispenser by the containers themselves, wherein the containers with the caps applied thereon are conveyed from a cap-taking zone to a capping zone where the caps are clamped onto the containers by corresponding capping heads, and wherein, along the path of the containers between the cap-taking zone and the capping zone, a guide plate is provided that is located above the containers at such a height that the caps are kept on the containers, said guide plate ending at the capping zone in order to allow the capping heads to perform downward axial movements necessary for capping, wherein said guide plate has a longitudinal slot in an end portion thereof adjacent to the capping zone, characterized in that each capping head is equipped with a pressing member shaped so as to be able to pass through the slot and associated with elastic control means that push said pressing member towards the cap on a container through the slot and keep the pressing member in contact with the cap even beyond the end of the guide plate, until capping is completed.
Operating device for controlling a plurality of electrically controllable actuators, such as lights and / or blinds, comprising - means for transmitting control signals to control the actuators, - at least one actuating element, wherein the operating device is designed to transmit a control signal upon operation of the actuating element - at least a display unit and means for activating and deactivating the display unit, wherein the operating device is designed to automatically activate the display unit during the operation of the actuating element, if the actuation occurs when the display unit is deactivated, characterised in that the operating device comprises an actuating element in the form of an on/off switch and an additional actuating element in the form of a control dial,, which is round in shape and is equipped with an on/off switch. - means for transmitting control signals to control the actuators, - at least one actuating element, wherein the operating device is designed to transmit a control signal upon operation of the actuating element - at least a display unit and means for activating and deactivating the display unit, wherein the operating device is designed to automatically activate the display unit during the operation of the actuating element, if the actuation occurs when the display unit is deactivated, characterised in that
A catalyst article for use in a small engine comprising: a first layer formed on a carrier substrate, wherein the first layer contains a refractory metal oxide component and has a uniform surface, and a second layer formed on the first layer, the second layer comprising i) an oxygen storage component that is 50-90% by weight of the second layer and ii) a palladium component in an amount of 0.35 to 5.3 g/dm 3 (10-150 g/ft 3) of palladium, wherein the palladium component is the only platinum group metal component, wherein the oxygen storage component is ceria-zirconia or ceria-zirconia-lanthana, and wherein the catalyst article is effective to maintain total hydrocarbons and nitrogen oxides in an exhaust stream from a 25 cc engine at less than 50 g/kW hour when the 25 cc engine is run at 7500 rpm for greater than 100 hours. a first layer formed on a carrier substrate, wherein the first layer contains a refractory metal oxide component and has a uniform surface, and a second layer formed on the first layer, the second layer comprising i) an oxygen storage component that is 50-90% by weight of the second layer and ii) a palladium component in an amount of 0.35 to 5.3 g/dm 3 (10-150 g/ft 3) of palladium, wherein the palladium component is the only platinum group metal component, wherein the oxygen storage component is ceria-zirconia or ceria-zirconia-lanthana, and wherein the catalyst article is effective to maintain total hydrocarbons and nitrogen oxides in an exhaust stream from a 25 cc engine at less than 50 g/kW hour when the 25 cc engine is run at 7500 rpm for greater than 100 hours.
A medical image processing apparatus comprising: a data acquisition unit configured to acquire a plurality of medical images representing an object, including at least one target in the object, corresponding to a plurality of different time points, wherein at least one of the plurality of medical images correspond to one of the plurality of different time points; and an image processor (620, 720) configured to generate, based on the plurality of medical images, a diagnostic image showing at least one degree of change in the at least one target over the plurality of different time points; wherein the image processor (620, 720) is configured to register the plurality of medical images to generate a plurality of registered medical images, and to quantify each of the at least one degree of change into one of a plurality of stages based on a variation in pixel intensity between corresponding pixels in the plurality of registered medical images. a data acquisition unit configured to acquire a plurality of medical images representing an object, including at least one target in the object, corresponding to a plurality of different time points, wherein at least one of the plurality of medical images correspond to one of the plurality of different time points; and an image processor (620, 720) configured to generate, based on the plurality of medical images, a diagnostic image showing at least one degree of change in the at least one target over the plurality of different time points; wherein the image processor (620, 720) is configured to register the plurality of medical images to generate a plurality of registered medical images, and to quantify each of the at least one degree of change into one of a plurality of stages based on a variation in pixel intensity between corresponding pixels in the plurality of registered medical images.
A vibration suppressing system comprising a vibration suppressing device and a jet pump, wherein the jet pump is located in a reactor pressure vessel of a boiling water reactor and provided with an inlet mixer pipe coupled to a riser pipe and a diffuser coupled to the inlet mixer pipe by means of a slip joint, and an inlet nozzle, wherein the vibration suppressing device is provided with an extension sleeve disposed on an upper portion of the diffuser of the jet pump and constitutes an extension flow channel on a downstream side of a forward leak flow in a slip clearance heading from the inside toward the outside of the jet pump formed between an inner peripheral surface of the diffuser and an outer peripheral surface of the inlet mixer pipe, and the extension sleeve has a shape such that the extension flow channel has a region in which a flow channel width (H ex) thereof is constant over a length and characterized in that the flow channel width (H ex) of the extension flow channel is more than zero and not more than 2.46 times as large as a minimum flow channel width (H sj) of the slip clearance.
A conveyor system comprising a conveyor and a conveyor weighing apparatus, the conveyor weighing apparatus comprising: load determination means for determining loads exerted by at least a section (14, 14') of the conveyor on at least one conveyor support (15, 15') to produce load data; and calculation means for calculating at least one weight-related measurement for material conveyed by said conveyor using said load data, characterized in that the load determination means comprises at least one load measuring pin coupled between said at least one conveyor support and said at least a section of the conveyor, or between said at least one conveyor support and a supporting structure (24, 24'). load determination means for determining loads exerted by at least a section (14, 14') of the conveyor on at least one conveyor support (15, 15') to produce load data; and calculation means for calculating at least one weight-related measurement for material conveyed by said conveyor using said load data,
Hollow duct assembly comprising a first hollow duct and a second hollow duct assembled together by partially nesting the second duct in a portion of the first duct, the duct assembly comprising a retaining means for retaining the first duct with the second duct, whereby the retaining means is configured to allow a partial rotational movement and a translational movement of the second duct relative to the first duct, said retaining means comprising a protrusion arranged on the second duct and a locking means arranged on the first duct, this locking means comprising a first limb and a second limb substantially parallel to each other, the first and the second limb (7a and 7b) gripping the protrusion between them, characterized in that the first limb comprises a first retaining tongue and the second limb comprises a second retaining tongue, which tongues are capable of creating a local constriction of the space between the limbs (7a and 7b) into which the protrusion is introduced, and thus preventing the protrusion from escaping from between the limbs (7a and 7b).
A kit for producing a ramp tractor with difference energy sources, the kit comprising: a) a tractor with at least one electric motor for driving drive wheels, b) wherein the tractor includes an energy compartment, and c) a battery pack sized according to the energy compartment, and d) a fuel cell unit with a fuel cell, a hydrogen tank, an intercooler and air filter, an electronic control unit in a common housing configured as a mountable and dismountable fuel cell unit sized according to a size of the energy compartment, and e) coupling locations (15, 16) in the energy compartment for a vehicle heater and a display unit for an energy supply in a driver cab, characterized in that f) the fuel cell unit includes a buffer battery, g) access openings for fueling the fuel cell and access openings for recharging a battery pack are provided in walls of the energy compartment, h) the at least one electric motor is configured to generate electrical energy during a generator operation when breaking the tractor wherein the energy is stored in the buffer battery. a) a tractor with at least one electric motor for driving drive wheels, b) wherein the tractor includes an energy compartment, and c) a battery pack sized according to the energy compartment, and d) a fuel cell unit with a fuel cell, a hydrogen tank, an intercooler and air filter, an electronic control unit in a common housing configured as a mountable and dismountable fuel cell unit sized according to a size of the energy compartment, and e) coupling locations (15, 16) in the energy compartment for a vehicle heater and a display unit for an energy supply in a driver cab, f) the fuel cell unit includes a buffer battery, g) access openings for fueling the fuel cell and access openings for recharging a battery pack are provided in walls of the energy compartment, h) the at least one electric motor is configured to generate electrical energy during a generator operation when breaking the tractor wherein the energy is stored in the buffer battery.
Method for manufacturing panels, wherein the panels concerned are subjected on at least one side (2-3;4-5) to an operation (S1-S2) with cutting tools, wherein the position and/or orientation of each panel is determined prior to the operation (S1-S2), and that the position and/or orientation of each panel is adjusted prior to the operation and/or the position of the tools is potentially adjusted, such that at least one part of each panel concerned takes a fixed orientation and position in relation to said tools, characterized in that said part is a lower lying area which is provided on the relevant side (2-3;4-5) of the panel to be milled, said lower lying area having a first ascending transition zone towards the actual upper surface of the panel, wherein said operation (S 1-S2) provides for the creation of the eventual edge of the panel, wherein this edge is situated in the first ascending transition zone, wherein said lower lying area has a second ascending transition zone towards the actual edge, and that said operation (S1-S2) at least provides for the removal of the corresponding second ascending transition zone and wherein the position of said second ascending transition zone is determined to determine the position and/or orientation of the panel.
A drug coating layer comprising: a crystalline morphological form of a water-insoluble drug; the drug coating layer comprising crystalline particles of the water-insoluble drug configured to be arranged with regularity on the substrate surface; and excipient particles comprised of an excipient configured to be irregularly arranged between the crystalline particles, wherein a molecular weight of the excipient is less than a molecular weight of the water-insoluble drug, a ratio occupied by the excipient particles per a predetermined area of a substrate is less than a ratio occupied by the crystalline particles. a crystalline morphological form of a water-insoluble drug; the drug coating layer comprising crystalline particles of the water-insoluble drug configured to be arranged with regularity on the substrate surface; and excipient particles comprised of an excipient configured to be irregularly arranged between the crystalline particles, wherein a molecular weight of the excipient is less than a molecular weight of the water-insoluble drug, a ratio occupied by the excipient particles per a predetermined area of a substrate is less than a ratio occupied by the crystalline particles.
A brush cover assembly for a brush seal assembly said brush cover assembly having (a) a brush holder, (b) a plurality of fasteners adapted to mount said brush holder to a piece of equipment, (c) a protective cover overlying a brush of a brush seal that can be received in said brush holder, and (d) a mount that removably mounts to the brush holder, characterized in that the mount includes a pair of mounting plates (88, 90) straddling opposite sides of the brush holder with each one of the mounting plates (88, 90) having an edge that abuts said plurality of fasteners used to attach the brush holder to said piece of equipment and a pair of arms (92, 94) disposed on opposite sides of the plurality of fasteners used to attach the brush holder to the piece of equipment.
Means for covering building envelopes with photovoltaic modules (3, 3', 3", 3′′′) comprising a retaining element which can be attached to a building envelope, characterized by the fact that this has the form of a fastening bracket with at least three-layer mounting possibility for the storage of photovoltaic modules (3, 3', 3", 3′′′) at least approximately vertically from the building envelope surface, and extends in the direction of a longitudinal axis of the retaining element comprising a fastening bar, a wall, a retaining bar, a support wall and an ironing shoe, wherein between wall and fastening bar or retaining bar a angle of at least approximately 90°, wherein the support wall is arranged at an angled angle at the end of the retaining bar facing away from the wall and points approximately vertically away from the retaining bar, wherein the support wall the ironing shoe is arranged, wherein in the area of the support wall or the ironing shoe of the retaining element the individual photovoltaic modules (3, 3', 3", 3′′′), whereby a shingled covering is achieved, whereby the insertion of the first layer between the retaining bar of the retaining element and the building envelope is possible, and the edge area of the second and third layers (3", 3′′′) can lie on the support wall of the retaining element, so that the photovoltaic modules (3, 3', 3", 3′′′) can be mounted vertically hanging.
A method for providing a cooking recipe, comprising: providing first display screen data, among cooking recipe information for performing cooking using the electric apparatus (300,700), for displaying first cooking recipe information that is associated with operation control information for controlling an operation of an electric apparatus and second cooking recipe information that is not associated with the operation control information, so as to be differentiated from each other; providing an interface that receives an input for designating cooking recipe information designated from among the cooking recipe information (600,1000) displayed based on the first display information; and providing second display screen data for displaying a cooking method relating to the designated cooking recipe information (600,1000). providing first display screen data, among cooking recipe information for performing cooking using the electric apparatus (300,700), for displaying first cooking recipe information that is associated with operation control information for controlling an operation of an electric apparatus and second cooking recipe information that is not associated with the operation control information, so as to be differentiated from each other; providing an interface that receives an input for designating cooking recipe information designated from among the cooking recipe information (600,1000) displayed based on the first display information; and providing second display screen data for displaying a cooking method relating to the designated cooking recipe information (600,1000).
A plug-in connection with shielding, having signal contacts which are arranged in contact patterns of differential pairs and which form a contact group together with an L-shaped shielding element that surrounds said signal contacts, with the contact groups being arranged in rows and columns and with adjacent contact groups in adjacent columns being offset from each other by a predeterminable length dimension, characterized in that the predetermined length dimension corresponds to approximately half the distance of two adjacent contact groups in a column.
A compressor motor comprising a cooling circuit for the compressor motor and bearings (194, 204, 196, 206), the compressor motor comprising a motor housing with a cavity that includes a stator positioned within the housing and a rotor within the stator, and bearings centering the rotor within the stator, wherein the compressor motor comprises: a motor inlet in the motor housing providing refrigerant liquid to the motor; a spacer extending 360° around the stator and positioned between the motor housing and the stator, a gap between the spacer and the motor housing through which refrigerant liquid from the motor inlet passes, the refrigerant liquid removing heat from the stator and the motor housing as the refrigerant changes state from liquid to a gas fluid; an alignment pin extending through the motor housing and the stator, preventing relative rotation of the motor housing, the stator and the spacer; a first expansion device reducing the pressure of refrigerant fluid while converting it to a two phase mixture; a first fluid passageway that provides communications between refrigerant in the gap and the first expansion device; a second fluid passageway that receives two phase refrigerant mixture from the first expansion device while routing the refrigerant mixture to the motor housing cavity; a liquid outlet to remove liquid refrigerant condensed from the mixture out of the motor housing; a stator/rotor annulus between the stator and the rotor that receives the two phase refrigerant mixture from the second fluid passageway at a first end of the motor housing; and an evaporation vent removing refrigerant fluid from a second end of the motor housing after passing through the annulus and cooling bearings, the rotor and the stator. a motor inlet in the motor housing providing refrigerant liquid to the motor; a spacer extending 360° around the stator and positioned between the motor housing and the stator, a gap between the spacer and the motor housing through which refrigerant liquid from the motor inlet passes, the refrigerant liquid removing heat from the stator and the motor housing as the refrigerant changes state from liquid to a gas fluid; an alignment pin extending through the motor housing and the stator, preventing relative rotation of the motor housing, the stator and the spacer; a first expansion device reducing the pressure of refrigerant fluid while converting it to a two phase mixture; a first fluid passageway that provides communications between refrigerant in the gap and the first expansion device; a second fluid passageway that receives two phase refrigerant mixture from the first expansion device while routing the refrigerant mixture to the motor housing cavity; a liquid outlet to remove liquid refrigerant condensed from the mixture out of the motor housing; a stator/rotor annulus between the stator and the rotor that receives the two phase refrigerant mixture from the second fluid passageway at a first end of the motor housing; and an evaporation vent removing refrigerant fluid from a second end of the motor housing after passing through the annulus and cooling bearings, the rotor and the stator.