mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising: a display unit comprising a touchpad; a wireless communication unit configured to communicate with a base station over a wireless network; and a control unit configured to simultaneously display on the display unit a text input box and an indicator (451, 453) indicating a function of the text input box, and select the function from between at least two different information access functions based on a user input; and wherein the control unit is configured to display a slide switch as the indicator, and select the function when the text input box is dragged in a predetermined direction. a display unit comprising a touchpad; a wireless communication unit configured to communicate with a base station over a wireless network; and a control unit configured to simultaneously display on the display unit a text input box and an indicator (451, 453) indicating a function of the text input box, and select the function from between at least two different information access functions based on a user input; and wherein the control unit is configured to display a slide switch as the indicator, and select the function when the text input box is dragged in a predetermined direction. simultaneously display on the display unit a text input box and an indicator (451, 453) indicating a function of the text input box, and select the function from between at least two different information access functions based on a user input; and wherein the control unit is configured to display a slide switch as the indicator, and select the function when the text input box is dragged in a predetermined direction.
A package made of flexible material upside closed by means of a weld at or close to the upper edge thereof and provided with a tearing opening below said weld, characterized in that, at said tearing opening below said weld and inside the package, a strip made of a sheet material is applied, which is pre-cut in two halves or slices, along a separation line running parallel to said upper edge of the package, such that during the tear-off operation the tearing proceeds along said separation line.
Safety load-break switch comprising a lower disconnector part and a pivotable cover arranged thereon, having receiving contacts (10, 11; 53 to 55, 80 to 82) for receiving contacts (4, 5) of fuse units, a first contact group (11; 53 to 55) being formed as plug contacts having a foot portion which in each case is passed through the lower disconnector part and protrudes out of the lower disconnector part, the lower disconnector part including access terminals (84, 85, 86) and being placeable on an adapter in a different connection direction, the first contact group (11, 53, 54, 55) and a second contact group (10, 80, 81, 82), which are connected to the access terminals (84, 85, 86), being covered by a first and second contact protection cap (50, 51), the first and second contact protection caps (50, 51) each comprising insertion slits and integrated arc quenching chambers, the second contact protection cap being formed removably with respect to the lower disconnector part, characterised in that the lower disconnector part includes locking devices (92, 93), which are provided for locking the lower disconnector part to the adapter, the adapter containing associated recesses (95, 96) with which the locking devices (92, 93) engage, the removable contact protection cap having a detection device (98, 99) which can be acted on from by the locking device (92, 93) and which allows or prevents fitting of the removable contact protection cap as a function of the position of the locking device (92, 93).
A communication device connected with a counterpart device using at least two backup paths (212, 222) for one working path, the communication device comprising: a main selection unit which is connected to a first working path and to a first backup path, selects one of the first working path and the first backup path as a transfer path based on a status given to each path, and performs path switching according to a protection protocol which switches between two paths, by using 1+1 protection switching or 1:1 protection switching; an auxiliary selection unit which is connected to the main selection unit and to a second backup path with regarding a combination of the first working path and the first backup path in the main selection unit as a second working path, selects one of the second working path and the second backup path as a transfer path based on reception of an instruction from the main selection unit, and performs path switching according to the protection protocol; and a path determination unit which determines a path selected by the auxiliary selection unit to be a transfer path to be used for communicating with a the counterpart device, wherein the main selection unit issues to the auxiliary selection unit a failure notice of the second working path upon detection of a failure both on the first working path and the first backup path, and wherein the auxiliary selection unit selects the second backup path when the failure notice has been received from the main selection unit. a main selection unit which is connected to a first working path and to a first backup path, selects one of the first working path and the first backup path as a transfer path based on a status given to each path, and performs path switching according to a protection protocol which switches between two paths, by using 1+1 protection switching or 1:1 protection switching; an auxiliary selection unit which is connected to the main selection unit and to a second backup path with regarding a combination of the first working path and the first backup path in the main selection unit as a second working path, selects one of the second working path and the second backup path as a transfer path based on reception of an instruction from the main selection unit, and performs path switching according to the protection protocol; and a path determination unit which determines a path selected by the auxiliary selection unit to be a transfer path to be used for communicating with a the counterpart device, wherein the main selection unit issues to the auxiliary selection unit a failure notice of the second working path upon detection of a failure both on the first working path and the first backup path, and wherein the auxiliary selection unit selects the second backup path when the failure notice has been received from the main selection unit.
A discharge device (16, 24, 32, 36, 41, 43, 50, 57, 66, 71, 80, 81, 84, 87, 90) for a rolling bearing (10, 62, 73, 83) comprising a flexurally elastic conductor (17, 25, 34, 37, 44, 51, 58, 67, 72, 79, 82, 89, 91), said conductor comprising a first conductor section (18, 26, 38, 45, 52, 53, 59, 68, 88, 92) and a second conductor section (19, 27, 33, 39, 42, 46, 54, 60, 69) for forming a contact arrangement at a rolling bearing, said first conductor section being formed for contacting a first bearing ring (13, 64, 75) and said second conductor section being formed for contacting a second bearing ring (15, 65, 76) of the rolling bearing, an electrically conductive connection being able to be formed between the first bearing ring and the second bearing ring by means of the conductor, characterized in that the conductor (17, 25, 34, 37, 44, 51, 58, 67, 72, 79, 82, 89) is made of a carbon fiber arrangement, said carbon fiber arrangement of the conductor comprising a fiber braid, a fiber felt and/or a fiber mat, which is provided with a coating of pyrolytically deposited carbon.
A compound for use in a method of treating a CD4-T cell immunodeficiency in a subject in need thereof, wherein the compound is an inhibitor of secreted Phospholipase A2 group IB (PLA2GIB) selected from an anti-PLA2GIB antibody or a soluble PLA2GIB receptor, wherein the PLA2GIB is a protein comprising amino acid residues 23-148 of SEQ ID NO: 2 or a naturally-occurring variant thereof.
A gas turbine engine for an aircraft, comprising: a high-pressure spool comprising an HP compressor and a first electric machine driven by an HP turbine; a low-pressure spool comprising an LP compressor and a second electric machine driven by an LP turbine; a combustion system comprising a fuel metering unit; and an engine controller configured to, in response to a change of a power lever angle setting indicative of a deceleration event: reduce fuel flow to the combustion system by the fuel metering unit; operate the first electric machine in a generator mode to reduce the HP spool rotational speed and engine core mass flow; and operate the second electric machine in motor mode and transfer power electrically thereto from the first electric machine. a high-pressure spool comprising an HP compressor and a first electric machine driven by an HP turbine; a low-pressure spool comprising an LP compressor and a second electric machine driven by an LP turbine; a combustion system comprising a fuel metering unit; and an engine controller configured to, in response to a change of a power lever angle setting indicative of a deceleration event: reduce fuel flow to the combustion system by the fuel metering unit; operate the first electric machine in a generator mode to reduce the HP spool rotational speed and engine core mass flow; and operate the second electric machine in motor mode and transfer power electrically thereto from the first electric machine. reduce fuel flow to the combustion system by the fuel metering unit; operate the first electric machine in a generator mode to reduce the HP spool rotational speed and engine core mass flow; and operate the second electric machine in motor mode and transfer power electrically thereto from the first electric machine.
Torsional vibration damper having an absorber system and having a damping device, wherein the absorber system has a first absorber mass carrier for receiving at least one first absorber mass unit with at least one first absorber mass and has a second absorber mass carrier for receiving at least one second absorber mass unit with at least one second absorber mass, and the damping device has at least one damping input which is operatively connected to a drive-input-side damping unit, and having a clutch device, which is formed with a friction disc clutch, wherein radially inner friction disc elements of the friction disc clutch are in meshing engagement with a friction disc element carrier which acts on the damping input of the damping device, wherein a damping intermediate part acts between the drive-input-side damping unit and a drive-output-side damping unit, and the drive-output-side damping unit is formed with a damping output which is connected to a drive output, wherein the absorber mass carriers (3a, 3b) are assigned in terms of action to the damping intermediate part, and wherein the at least two absorber mass units (8a, 8b) are configured with different orders with regard to excitations of a drive such as an internal combustion engine.
Method for planning an assisted parking process, wherein the method comprises the following steps: a) reception of parking area information, comprising location-based and distance-based information, within a GPS radius, a vehicle (10, 110, 270, 600) which is searching for a parking space from a server by means of a communication device of the vehicle (10, 110, 270, 600), wherein the GPS radius moves along while the vehicle is travelling, and the vehicle forms the centre point of the GPS radius or is located at the edge of the GPS radius, b) comparison of the location-based parking area information and a current location information item of the vehicle (10, 110, 270, 600) by a computing unit, and c) determination of an offset from the distance-based parking area information and current distance information (70, 27, 475) which is acquired by surroundings sensors of the vehicle (10, 110, 270, 600) and which is acquired by surroundings sensors of the vehicle, in particular by forming differences, d) path planning (50, 300, 850) of a single-movement parking process of the vehicle (10, 110, 270, 600) by means of a parking assistant, on the basis of the offset and the location-based parking area information. a) reception of parking area information, comprising location-based and distance-based information, within a GPS radius, a vehicle (10, 110, 270, 600) which is searching for a parking space from a server by means of a communication device of the vehicle (10, 110, 270, 600), wherein the GPS radius moves along while the vehicle is travelling, and the vehicle forms the centre point of the GPS radius or is located at the edge of the GPS radius, b) comparison of the location-based parking area information and a current location information item of the vehicle (10, 110, 270, 600) by a computing unit, and c) determination of an offset from the distance-based parking area information and current distance information (70, 27, 475) which is acquired by surroundings sensors of the vehicle (10, 110, 270, 600) and which is acquired by surroundings sensors of the vehicle, in particular by forming differences, d) path planning (50, 300, 850) of a single-movement parking process of the vehicle (10, 110, 270, 600) by means of a parking assistant, on the basis of the offset and the location-based parking area information.
A motor drive, comprising: a memory that stores computer-executable components; a processor, operatively coupled to the memory, that executes the computer-executable components, the computer-executable components comprising: a control component configured to control an output of the motor drive; a safety component configured to enable and disable the output of the motor drive in accordance with a safety configuration; and a safety bypass control component characterised in that the safety bypass control component is configured to enable the safety component in response to a determination that the motor drive has been configured with the safety configuration. a memory that stores computer-executable components; a processor, operatively coupled to the memory, that executes the computer-executable components, the computer-executable components comprising: a control component configured to control an output of the motor drive; a safety component configured to enable and disable the output of the motor drive in accordance with a safety configuration; and a safety bypass control component characterised in that the safety bypass control component is configured to enable the safety component in response to a determination that the motor drive has been configured with the safety configuration. a control component configured to control an output of the motor drive; a safety component configured to enable and disable the output of the motor drive in accordance with a safety configuration; and a safety bypass control component characterised in that the safety bypass control component is configured to enable the safety component in response to a determination that the motor drive has been configured with the safety configuration.
Container handling system comprising a plurality of handling stations (11, 16, 18, 20) for containers, wherein the handling stations (11, 16, 18, 20) are arranged next to one another as well as above one another, and the container handling system comprises at least one transporter for the containers, which exhibits a horizontal as well as a vertical transport direction, and is designed such as to provide the handling stations (11, 16, 18, 20) with containers and/or to convey the containers away from the handling stations (11, 16, 18, 20), characterised in that the handling stations (11, 16, 18, 20) are configured as modular in form, and are held in a replaceable manner in at least one vertically extending carrying frame, and that, arranged at the carrying frame, at each operating position of a handling module, is a fluid interface, connected to the central fluid lines of the container handling system and with at least one coupling flange, which interacts with a complementary coupling flange of the handling module, which in turn is connected to the fluid lines of the handling module.
Switched capacitor (400, 600), characterized in that it comprises a series MEMS-type switch, the MEMS switch comprising a first metal layer, a dielectric material layer, an actuatable metallic diaphragm having a high state and a low state, a second metal layer being formed on part of the surface of the dielectric material layer, a line disconnection formed by an absence of metal being implemented on at least the first metal layer and the second metal layer, below the actuatable metallic diaphragm, the capacitor to be switched (400, 600) being formed by the dielectric material layer contained between the mutually confronting surfaces of the first metal layer and of the second metal layer, the capacity of the capacitor to be switched (400, 600) being formed by a first capacitance below the line disconnection and a fourth capacitance beyond the line disconnection, the diaphragm in the low state being in direct contact with the second metal layer.
A shuttle for moving at least one glass sheet arranged upright along a transfer direction; the shuttle comprising a lower support rest for the glass sheet, a lateral frame extending upwards and over said lower rest and defining a lateral abutment surface for said glass sheet and retention means for keeping said glass sheet parallel to said lateral abutment surface, characterised in that said retention means comprise at least one thrust member configured to act exclusively on an outer peripheral edge of said glass sheet laterally delimiting a first extended surface of said glass sheet opposite to a second extended surface of the same sheet facing said lateral abutment surface.
An apparatus for estimating a formation property comprising: a coring tool adapted to cut a core sample in a formation; a member having a distal end for engaging a borehole wall substantially adjacent the core sample and the core sample in-situ; and a drive device for engaging the member to the borehole wall and the core sample in-situ with a force sufficient to estimate formation strength, characterized by a measurement device having an expandable bladder that engages a core sample perimeter portion, the core sample being attached to the formation of interest. a coring tool adapted to cut a core sample in a formation; a member having a distal end for engaging a borehole wall substantially adjacent the core sample and the core sample in-situ; and a drive device for engaging the member to the borehole wall and the core sample in-situ with a force sufficient to estimate formation strength, characterized by a measurement device having an expandable bladder that engages a core sample perimeter portion, the core sample being attached to the formation of interest.
An object to be located, which is a parked vehicle to be located, a parking space to be located or a room to be located, comprising: - a signpost (WZ, WZ2), wherein the signpost (WZ, WZ2) comprises a visual display device, a receiving unit (EEAA) for receiving (120") an activation request by means of a WLAN protocol of the IEEE 802.11 family and an activation unit for activating the visual display device; - a receiving unit (EE HA) for receiving (110") a leading request from a mobile station by means of a short message or a mobile Internet link and a transmitting unit (SE AA) for transmitting the activation request by means of the WLAN protocol of the IEEE 802.11 family to at least one signpost, wherein - the signpost (WZ, WZ2) is prepared to project an illumination field (BFa, BFb) onto a way, wherein an orientation of the illumination field (BFa, BFb) is dependent on a location indication (Pwz, P WZ2) about an own site compared to a first location indication (P MS) of the mobile station, and the signpost (WZ, WZ2) is prepared to change a position (P BF) of the illumination field (BFa, BFb) depending on the location indication (Pwz, P WZ2) about the own site compared to the first location indication (P MS) of the mobile station. - a signpost (WZ, WZ2), wherein the signpost (WZ, WZ2) comprises a visual display device, a receiving unit (EEAA) for receiving (120") an activation request by means of a WLAN protocol of the IEEE 802.11 family and an activation unit for activating the visual display device; - a receiving unit (EE HA) for receiving (110") a leading request from a mobile station by means of a short message or a mobile Internet link and a transmitting unit (SE AA) for transmitting the activation request by means of the WLAN protocol of the IEEE 802.11 family to at least one signpost, wherein - the signpost (WZ, WZ2) is prepared to project an illumination field (BFa, BFb) onto a way, wherein an orientation of the illumination field (BFa, BFb) is dependent on a location indication (Pwz, P WZ2) about an own site compared to a first location indication (P MS) of the mobile station, and the signpost (WZ, WZ2) is prepared to change a position (P BF) of the illumination field (BFa, BFb) depending on the location indication (Pwz, P WZ2) about the own site compared to the first location indication (P MS) of the mobile station.
A method of producing a liquid crystal elastomer based component of arbitrary shape, comprising the following steps: a. providing micro-sized or nano-sized anisotropic liquid crystal elastomer particles, b. dispersing said liquid crystal elastomer particles in a pre-polymerization mixture of a polymer, c. aligning said liquid crystal elastomer particles in said mixture, and d. shaping and curing said mixture while keeping aligned said liquid crystal elastomer particles. a. providing micro-sized or nano-sized anisotropic liquid crystal elastomer particles, b. dispersing said liquid crystal elastomer particles in a pre-polymerization mixture of a polymer, c. aligning said liquid crystal elastomer particles in said mixture, and d. shaping and curing said mixture while keeping aligned said liquid crystal elastomer particles.
A measuring apparatus configured to measure an optical characteristic of a surface, the apparatus comprising: an illumination device comprising an aperture and a light source, configured to illuminate the surface with light via the aperture and to define an angle of incidence between the normal to the surface and the direction defined by the optical path from the light source to the aperture of the illumination device; an imaging device configured to image the aperture using the light from the surface illuminated by the illumination device; and a processor configured to process image data obtained by the imaging device to obtain the optical characteristic, characterized by further comprising: an operation device configured to set a measuring method defining an operational setting of the illumination device and the imaging device, wherein the processor is configured to determine, from the image pixel data, a plurality of blocks of pixels each having a size and shape based on the operational setting of the measuring method, and to obtain for each of the blocks of pixels a single representative intensity value for the determined block of pixels and to generate the optical characteristic of the surface using the single values of the plurality of blocks.