mhurhangee/ep-ind-claims huggingface dataset:
A head mounted display comprising a display unit and a control unit for controlling the display unit, the head mounted display being configured to display a virtual image in a visual field of a user in real space, wherein the head mounted display is configured as a see-through type head mounted display, the control unit comprising: a display control unit configured to display a first screen in a first display mode and display a second screen in a second display mode, wherein, upon switching of a mode from the first display mode to the second display mode, in the case where each of a plurality of first objects included in the first screen corresponds to a respective one of a plurality of second objects included in the second screen, the display control unit is configured to perform seamless transition from the first objects to the second objects, wherein the first display mode is a mode for displaying a timeline view in which a screen is displayed in which the plurality of first objects are arranged on a time axis according to time associated with each of the plurality of first objects, and the second display mode is a mode for displaying an augmented reality view, wherein the display control unit is configured to perform seamless transition of a position from the first objects to the second objects, wherein, in the augmented reality view, the second objects are displayed in the visual field as information relating to respective subjects existing in real space, while superimposing each second object on the respective subject in real space. a display control unit configured to display a first screen in a first display mode and display a second screen in a second display mode, wherein, upon switching of a mode from the first display mode to the second display mode, in the case where each of a plurality of first objects included in the first screen corresponds to a respective one of a plurality of second objects included in the second screen, the display control unit is configured to perform seamless transition from the first objects to the second objects, wherein the first display mode is a mode for displaying a timeline view in which a screen is displayed in which the plurality of first objects are arranged on a time axis according to time associated with each of the plurality of first objects, and the second display mode is a mode for displaying an augmented reality view, wherein the display control unit is configured to perform seamless transition of a position from the first objects to the second objects, wherein, in the augmented reality view, the second objects are displayed in the visual field as information relating to respective subjects existing in real space, while superimposing each second object on the respective subject in real space.
An isolated monoclonal antibody, or an antigen-binding fragment thereof, comprising heavy and light chain variable sequences in a combination selected from: SEQ ID NOs: 10 and 12, SEQ ID NOs: 18 and 20, SEQ ID NOs: 26 and 28, SEQ ID NOs: 34 and 36, SEQ ID NOs: 38 and 40, and SEQ ID NOs: 42 and 44, wherein said antibody binds IL-17F.
A testing apparatus comprising: a display means adapted to display, in a background, a visual target for testing a color-related visual function of a subject, the visual target and the background being displayed such that the luminance of the background has a numerical value included between a numerical value smaller by 10% and a numerical value greater by 10% than the luminance of the visual target; and a display control means adapted to cause, in a state in which the subject is caused to gaze at a predefined point on the display means, the display means to display the visual target, while changing a size of the visual target, such that a threshold that is a size of the visual target that determines whether or not the subject can perceive the visual target is obtained in a peripheral region of a visual field center or at the visual field center. a display means adapted to display, in a background, a visual target for testing a color-related visual function of a subject, the visual target and the background being displayed such that the luminance of the background has a numerical value included between a numerical value smaller by 10% and a numerical value greater by 10% than the luminance of the visual target; and a display control means adapted to cause, in a state in which the subject is caused to gaze at a predefined point on the display means, the display means to display the visual target, while changing a size of the visual target, such that a threshold that is a size of the visual target that determines whether or not the subject can perceive the visual target is obtained in a peripheral region of a visual field center or at the visual field center.
A ventilation assembly (1; 1001) for a ventilating window having a sash, comprising a casing (2; 1002) fixed to said sash, a ventilation mechanism (3; 1003) arranged in said casing (2; 1002) comprising a connection member (4a, 4b; 1004a, 1004b) having a first connection point (6a, 6b; 1006a, 1006b) and a second connection point (8a, 8b; 1008a, 1008b), said second connection point (8a, 8b; 1008a, 1008b) being connected to an actuator slide (5, 1500) for enabling said connection member in said casing (2; 1002) to be displaced between a first position, defining a closed position, and a second position, defining a ventilation position, by said actuator slide (5; 1500) being displaceable in guiding means (9; 1009) in said casing (2; 1002) wherein said actuator slide (5; 1500) is connected to operating means (502; 1502) for enabling movement of said actuator slide (5; 1500) between said first position and said second position, and that said connection member (4a, 4b; 1004a, 1004b) at said first connection point (6a, 6b; 1006a, 1006b) is pivotably arranged on a fixation member (10a, 10b; 1010a, 1010b) fixed to said casing (2; 1002) and that said connection member (4a, 4b; 1004a, 1004b) can only be displaced between two end positions constituted by said first and second position, respectively characterized in that an oblong hole (401 a, 401b; 1401 a, 1401 b) constitutes said second connection point (8a, 8b; 1008a, 1008b).
A system for metering of a fuel flow, the system comprising a first metering module that receives fluid fuel from a main fluid fuel pump through a first fluid inlet, the first metering module comprising: a first rotating component driven by the fluid fuel, wherein the fluid fuel is received from the first fluid inlet at an inlet flow rate, and the first rotating component provides the fluid fuel to an outlet of the first rotating component at an outlet pressure; and a first electric machine configured to generate electrical power in response to rotation of the first rotating component, characterised in that the first metering module further comprises: a first controller powered by the electrical power generated by the first electric machine, wherein the first controller controls a rotational speed of the first rotating component to control the outlet pressure. a first rotating component driven by the fluid fuel, wherein the fluid fuel is received from the first fluid inlet at an inlet flow rate, and the first rotating component provides the fluid fuel to an outlet of the first rotating component at an outlet pressure; and a first electric machine configured to generate electrical power in response to rotation of the first rotating component, characterised in that the first metering module further comprises: a first controller powered by the electrical power generated by the first electric machine, wherein the first controller controls a rotational speed of the first rotating component to control the outlet pressure.
A tibial spacer paddle comprising: a spacer block comprising: a first bearing surface; a second bearing surface disposed opposite the first bearing surface; and an edge periphery surface connecting the first bearing surface and the second bearing surface; a first alignment chamfer extending into the edge periphery surface and the second bearing surface; a second alignment chamfer extending into the edge periphery surface and the second bearing surface and a handle extending from the edge periphery surface of the spacer block, characterised in that a first foot extends from the first bearing surface at the edge periphery surface and a second foot extends from the first bearing surface at the edge periphery surface spaced from the first foot, wherein the first alignment chamfer extends opposite the first foot and the second alignment chamfer extends opposite second foot, wherein an alignment slot extends into the edge periphery surface opposite the first and second feet. a spacer block comprising: a first bearing surface; a second bearing surface disposed opposite the first bearing surface; and an edge periphery surface connecting the first bearing surface and the second bearing surface; a first bearing surface; a second bearing surface disposed opposite the first bearing surface; and an edge periphery surface connecting the first bearing surface and the second bearing surface; a first alignment chamfer extending into the edge periphery surface and the second bearing surface; a second alignment chamfer extending into the edge periphery surface and the second bearing surface and a handle extending from the edge periphery surface of the spacer block, characterised in that a first foot extends from the first bearing surface at the edge periphery surface and a second foot extends from the first bearing surface at the edge periphery surface spaced from the first foot, wherein the first alignment chamfer extends opposite the first foot and the second alignment chamfer extends opposite second foot, wherein an alignment slot extends into the edge periphery surface opposite the first and second feet.
A refrigerator, comprising: a main body having at least one storage chamber; a drawer mount installed in the at least one storage chamber, that guides at least one drawer provided therein so as to be inserted into and pulled out of the at least one storage chamber; a cover configured to cover an opening at an upper surface of the at least one drawer, and the cover including guide grooves formed at left and right edge portions of the cover and guide rails mounted in the guide grooves; a shelf (120, 70) supported by the cover so as to be slidable on the cover by the guide rails; and a pair of supports provided at both sides of a lower surface of the shelf (120, 70), characterized in that the pair of supports is supported by rollers (152, 158) mounted on an upper surface of a front portion of the cover. a main body having at least one storage chamber; a drawer mount installed in the at least one storage chamber, that guides at least one drawer provided therein so as to be inserted into and pulled out of the at least one storage chamber; a cover configured to cover an opening at an upper surface of the at least one drawer, and the cover including guide grooves formed at left and right edge portions of the cover and guide rails mounted in the guide grooves; a shelf (120, 70) supported by the cover so as to be slidable on the cover by the guide rails; and a pair of supports provided at both sides of a lower surface of the shelf (120, 70), characterized in that the pair of supports is supported by rollers (152, 158) mounted on an upper surface of a front portion of the cover.
A method of wireless communication, comprising: receiving, at a user equipment, UE, signaling indicating a spatial diversity transmission scheme for a first, interfering eNodeB is modified, said signaling comprising a muting pattern for said modified spatial diversity coding scheme, wherein said modification of the spatial diversity transmission scheme comprises muting based on said muting pattern at least one of a plurality of modulation symbols at said interfering eNodeB prior to transmission thereof in accordance with the spatial diversity coding scheme, wherein said muting is performed at said interfering node on detecting the UE within the coverage area of the interfering eNodeB, the UE in communication with a second eNodeB, in which downlink signals from the interfering eNodeB interfere with communication signals between the UE and the second eNodeB; adjusting receiver demodulation and interference estimation of said user equipment, according to the modified spatial diversity transmission scheme; and decoding based on the signaling. receiving, at a user equipment, UE, signaling indicating a spatial diversity transmission scheme for a first, interfering eNodeB is modified, said signaling comprising a muting pattern for said modified spatial diversity coding scheme, wherein said modification of the spatial diversity transmission scheme comprises muting based on said muting pattern at least one of a plurality of modulation symbols at said interfering eNodeB prior to transmission thereof in accordance with the spatial diversity coding scheme, wherein said muting is performed at said interfering node on detecting the UE within the coverage area of the interfering eNodeB, the UE in communication with a second eNodeB, in which downlink signals from the interfering eNodeB interfere with communication signals between the UE and the second eNodeB; adjusting receiver demodulation and interference estimation of said user equipment, according to the modified spatial diversity transmission scheme; and decoding based on the signaling.
Locking actuator, in particular for a transmission of an electric parking and/or service brake, comprising - a housing, - a carriage with a locking bolt which is moveable in an axis toward the housing, - wherein the carriage is moveable, by means of a drivable actuator transmission, along a locking distance between an open position and a locked position, - characterized in that - the locking bolt is held mounted in a bolt receptacle in or on the carriage in the axis, in that the locking bolt is held on the carriage moveably and resiliently in the axis, and in that the locking bolt is moveable over a stroke distance relative to the carriage, and in that the stroke distance is larger than the locking distance of the carriage. - a housing, - a carriage with a locking bolt which is moveable in an axis toward the housing, - wherein the carriage is moveable, by means of a drivable actuator transmission, along a locking distance between an open position and a locked position, - characterized in that - the locking bolt is held mounted in a bolt receptacle in or on the carriage in the axis, in that the locking bolt is held on the carriage moveably and resiliently in the axis, and in that the locking bolt is moveable over a stroke distance relative to the carriage, and in that the stroke distance is larger than the locking distance of the carriage.
An echo canceller having an anti-howling structure, comprising: a first adaptive filter for providing acoustic echo cancellation in response to a reference signal, and for producing a first error signal; a second adaptive filter for providing a second error signal in response to the reference signal; and switch logic for selecting the one of the first and second error signals having the lesser power, characterized in that the second adaptive filter has fewer taps than the first adaptive filter and provides the second error signal even in the absence of speech in the reference signal. a first adaptive filter for providing acoustic echo cancellation in response to a reference signal, and for producing a first error signal; a second adaptive filter for providing a second error signal in response to the reference signal; and switch logic for selecting the one of the first and second error signals having the lesser power, characterized in that the second adaptive filter has fewer taps than the first adaptive filter and provides the second error signal even in the absence of speech in the reference signal.
Wind energy installation having a wind rotor, a generator which is driven by the latter and is intended to generate electrical power, and a connection line for delivering the electrical power to a network, also comprising an intrinsic requirement network which is fed from the connection line via a feed line and has an intrinsic requirement controller for controlling the voltage in the intrinsic requirement network, as well as electrically operated components of the wind energy installation which are supplied by the intrinsic requirement network, characterized in that a resistance module is provided in the feed line, which resistance module is connected between the connection line and the intrinsic requirement network, has a multipath design and comprises a resistance path with a series resistor and a parallel switching path with a controllable electronic switch which is designed for actuation in an overvoltage state and is designed to bridge the series resistor in an idle state.
A method of sharing language constructs among different Java-based scripting languages, wherein language constructs include data types, such as primitives (including int, double, char, short, float, byte and language specific constructs), strings, lists, dictionaries, sets, tuples, arrays, and language types such as functions, class definitions, class instances, methods and modules of code, wherein scripting languages refers to interpreted languages that are configured to allow a user to drive an application from a command prompt or text file, wherein language constructs are treated as first-class objects configured to be shared across the different Java-based scripting languages, the method comprising: (a) defining, using a programming language, a core application programming interface which is language-neutral relative to a plurality of Java-based scripting languages allowing the use in one interpreted programming language of language constructs written in a different interpreted programming language, said core application programming interface comprising a respective core interface for each of a plurality of types of language constructs; wherein a processor is configured to execute the following operations: (b) calling a language construct of a first type written in a first Java-based scripting language, the call being made by a language construct of said first type written in a second Java-based scripting language; (c) creating a first instance of a first core interface that handles language constructs of said first type; (d) redirecting the call to said first instance of said first core interface; and (e) redirecting the call received by said first instance of said first core interface to said language construct of said first type written in said first Java-based scripting language. (a) defining, using a programming language, a core application programming interface which is language-neutral relative to a plurality of Java-based scripting languages allowing the use in one interpreted programming language of language constructs written in a different interpreted programming language, said core application programming interface comprising a respective core interface for each of a plurality of types of language constructs; wherein a processor is configured to execute the following operations: (b) calling a language construct of a first type written in a first Java-based scripting language, the call being made by a language construct of said first type written in a second Java-based scripting language; (c) creating a first instance of a first core interface that handles language constructs of said first type; (d) redirecting the call to said first instance of said first core interface; and (e) redirecting the call received by said first instance of said first core interface to said language construct of said first type written in said first Java-based scripting language.
A plate-shaped battery cell configured to have a structure in which an electrode assembly is received in a battery case made of a laminate sheet comprising a resin layer (202, 202') and a metal layer together with an electrolyte in a state in which outer edges (107, 112, 114a, 114b) of the battery case are sealed, wherein the battery case comprises: - thermally bondable portions thermally bonded to each other to constitute a first sealed portion of the battery cell; - a first space for receiving the electrode assembly; and - second spaces defined outside the thermally bondable portions, the second spaces constituting the outer edges (107, 112, 114a, 114b) of the battery case together with the thermally bondable portions, and wherein a metal piece for preventing penetration of humidity into the first space from an outside is mounted in at least one of the second spaces, wherein the metal piece is coupled to the metal layer of the battery case by welding in the at least one of the second spaces to constitute a second sealed portion for preventing penetration of humidity into the first sealed portion, characterised in that the second sealed portion is cut in a longitudinal direction (A-A') and configured to expose the metal piece to the outside. wherein the battery case comprises: - thermally bondable portions thermally bonded to each other to constitute a first sealed portion of the battery cell; - a first space for receiving the electrode assembly; and - second spaces defined outside the thermally bondable portions, the second spaces constituting the outer edges (107, 112, 114a, 114b) of the battery case together with the thermally bondable portions, and - thermally bondable portions thermally bonded to each other to constitute a first sealed portion of the battery cell; - a first space for receiving the electrode assembly; and - second spaces defined outside the thermally bondable portions, the second spaces constituting the outer edges (107, 112, 114a, 114b) of the battery case together with the thermally bondable portions, and wherein a metal piece for preventing penetration of humidity into the first space from an outside is mounted in at least one of the second spaces, wherein the metal piece is coupled to the metal layer of the battery case by welding in the at least one of the second spaces to constitute a second sealed portion for preventing penetration of humidity into the first sealed portion, characterised in that the second sealed portion is cut in a longitudinal direction (A-A') and configured to expose the metal piece to the outside.