mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: - a radio communication unit; - a memory configured to store one or more applications each including one or more tasks; and - a controller configured to perform a specific operation corresponding to the one or more tasks and generate at least one stack by placing in turn the one or more tasks on top of one another; wherein the controller is adapted to send the at least one stack and application data associated with the at least one stack to at least one another electronic device (1000, 2000) through the radio communication unit such that a task included in the stack is executed in the at least one another electronic device (1000, 2000); and wherein the application data include a path allowing for the acquisition of application contents corresponding to a task included in the at least one stack. - a radio communication unit; - a memory configured to store one or more applications each including one or more tasks; and - a controller configured to perform a specific operation corresponding to the one or more tasks and generate at least one stack by placing in turn the one or more tasks on top of one another;
Wind turbine with at least one rotor blade and at least one optical pressure sensor arranged on the rotor blade, wherein multiple optical pressure sensors are arranged offset in the direction of flow in such a way that pressure sensors positioned downstream are not influenced by transition wedges of pressure sensors positioned upstream, wherein the angle of offset lies in particular in the range from 5 to 20°, and is preferably 15°, beginning at the stagnation point at the blade profile leading edge (stagnation point) in each case on the high-pressure and low-pressure side as far as the trailing edge.
A long medium comprising: a plurality of holes equidistantly provided on a straight line on both side edge parts in a longitudinal direction a mark part provided on at least one of the side edge parts and including the plurality of holes, a plurality of first indicators equidistantly and repeatedly given on a straight line; and a plurality of second indicators repeatedly given on a straight line different from a row of the first indicators at spacings shorter than spacings of the first indicators, wherein the plurality of holes, the plurality of first indicators, and the plurality of second indicators are provided approximately in parallel to each other, characterized in that the plurality of holes is sectioned by adjacent ones of the first indicators whereby some of the holes become paired leading-end mark and trailing-end mark indicating a reference length of the long medium, and the second indicators are each provided to a side of the trailing-end mark, and each gradually comes closer to the leading-end mark that pairs up with the trailing-end mark as the long medium runs toward a trailing end. a plurality of holes equidistantly provided on a straight line on both side edge parts in a longitudinal direction a mark part provided on at least one of the side edge parts and including the plurality of holes, a plurality of first indicators equidistantly and repeatedly given on a straight line; and a plurality of second indicators repeatedly given on a straight line different from a row of the first indicators at spacings shorter than spacings of the first indicators, wherein the plurality of holes, the plurality of first indicators, and the plurality of second indicators are provided approximately in parallel to each other, characterized in that the plurality of holes is sectioned by adjacent ones of the first indicators whereby some of the holes become paired leading-end mark and trailing-end mark indicating a reference length of the long medium, and the second indicators are each provided to a side of the trailing-end mark, and each gradually comes closer to the leading-end mark that pairs up with the trailing-end mark as the long medium runs toward a trailing end.
Aircraft flight control system comprising power takeoff means connected to aircraft engines (41, 42), controlled devices and actuators (54, 55, 57, 66, 68, 75, 80, 81) for said controlled devices, and circuits (43, 44, 45, 143, 144, 145, 245) connecting the power takeoff means to the actuators, in which all the power takeoff means (46, 47, 60, 61) are electricity generators, and all the circuits comprise an electricity transmission portion adjacent to the power takeoff means, the power takeoff means belong to two different categories, characterised in that the power takeoff means comprise at least one electrical generator outputting a variable frequency and variable amplitude voltage changing with a constant voltage to frequency ratio (60, 61), the circuits connected to this at least one generator comprise electro-hydraulic pumps (64, 65), and said electrical generator outputting a variable frequency and variable amplitude voltage changing with a constant voltage to frequency ratio (60, 61) is a permanent magnet generator to which the electro-hydraulic pumps are connected without any power electronics, and in that the electro-hydraulic pumps are of the permanent magnet type.
A tool operable to expand an end of a pipe, the tool comprising: a housing; a jaw assembly disposed on the housing, the jaw assembly comprising a plurality of jaws rotatable about an axis and movable between a closed position where portions of the plurality of jaws are adjacent to the axis and an expanded position where the portions are moved away from the axis; a motor disposed in the housing; an output spindle driven by the motor; a radial cam connected to the output spindle; a wedge movable by the radial cam in a reciprocating motion along the axis; a rotating ring mounted on the wedge; a clutch ring mounted on the wedge and engaging the rotating ring; and wherein the wedge is movable between a first position where the plurality of jaws are in the closed position and a second position where the plurality of jaws are in the expanded position; characterized in that there is further provided: an index cam connected to the output spindle; a shaft connected to the index cam; and a gear ring driven by the shaft and slidably engaging the clutch ring. a housing; a jaw assembly disposed on the housing, the jaw assembly comprising a plurality of jaws rotatable about an axis and movable between a closed position where portions of the plurality of jaws are adjacent to the axis and an expanded position where the portions are moved away from the axis; a motor disposed in the housing; an output spindle driven by the motor; a radial cam connected to the output spindle; a wedge movable by the radial cam in a reciprocating motion along the axis; a rotating ring mounted on the wedge; a clutch ring mounted on the wedge and engaging the rotating ring; and wherein the wedge is movable between a first position where the plurality of jaws are in the closed position and a second position where the plurality of jaws are in the expanded position; characterized in that there is further provided: an index cam connected to the output spindle; a shaft connected to the index cam; and a gear ring driven by the shaft and slidably engaging the clutch ring. an index cam connected to the output spindle; a shaft connected to the index cam; and a gear ring driven by the shaft and slidably engaging the clutch ring.
Domestic appliance, having a circuit with a first circuit part, with a second circuit part electrically isolated from the first circuit part, characterised in that a third circuit part is accommodated in the second circuit part, wherein - the second circuit part has a first control device, in order to interrupt a supply to the third circuit part, - which first control device can be actuated by means of the third circuit part and which is configured to produce the supply to the third circuit part for a predefined latching duration. - the second circuit part has a first control device, in order to interrupt a supply to the third circuit part, - which first control device can be actuated by means of the third circuit part and which is configured to produce the supply to the third circuit part for a predefined latching duration.
A single mode optical fiber comprising: a core comprising silica and greater than or equal to 1.5 wt% chlorine and less than.6 wt% F, said core having a refractive index Δ 1MAX, and a cladding region having refractive index Δ 2MIN surrounding the core, where Δ 1MAX > Δ 2MIN, and wherein said fiber is single moded at 1550 nm, characterized in that the core has an outer radius that is between 3 and 10 microns and exhibits an alpha-profile as relative refractive index profile, with an alpha that is greater than 10 and less than or equal to 100; and said cladding region comprises fluorine, and the molar ratio of chlorine in the core to fluorine in the cladding is greater than 1. a core comprising silica and greater than or equal to 1.5 wt% chlorine and less than.6 wt% F, said core having a refractive index Δ 1MAX, and a cladding region having refractive index Δ 2MIN surrounding the core, where Δ 1MAX > Δ 2MIN, and wherein said fiber is single moded at 1550 nm, characterized in that the core has an outer radius that is between 3 and 10 microns and exhibits an alpha-profile as relative refractive index profile, with an alpha that is greater than 10 and less than or equal to 100; and said cladding region comprises fluorine, and the molar ratio of chlorine in the core to fluorine in the cladding is greater than 1.
A recording reproduction apparatus (10, 40) mounted on a moving body, the recording reproduction apparatus comprising: a display unit (260, 460); a captured data acquisition unit configured to acquire first captured data captured by a first camera (210, 410) that captures an image of anoutside of the moving body and second captured data captured by a second camera (220, 510) that is provided on the same plane as a display surface of the display unit (260, 460) and captures images in the direction that is facing said display surface; an event detection unit (127, 427) configured to detect an accident, which is an event on the moving body; a recording controller (123, 423, 523) configured to store, when the event detection unit (127, 427) has detected an event, the first captured data including at least data at a timing when the event has occurred as event recording data; a face detection unit (129, 529) configured to detect a human face from the second captured data; a reproduction controller (124, 424, 524) configured to start, when the face detection unit (129, 529) has detected a human face within a predetermined period after the storage of the event recording data, reproducing the event recording data generated due to occurrence of an event that occurred immediately before the predetermined period; and a display controller (126, 426, 526) configured to cause the display unit (260, 460) to display the event recording data reproduced by the reproduction controller (124, 424, 524). a display unit (260, 460); a captured data acquisition unit configured to acquire first captured data captured by a first camera (210, 410) that captures an image of anoutside of the moving body and second captured data captured by a second camera (220, 510) that is provided on the same plane as a display surface of the display unit (260, 460) and captures images in the direction that is facing said display surface; an event detection unit (127, 427) configured to detect an accident, which is an event on the moving body; a recording controller (123, 423, 523) configured to store, when the event detection unit (127, 427) has detected an event, the first captured data including at least data at a timing when the event has occurred as event recording data; a face detection unit (129, 529) configured to detect a human face from the second captured data; a reproduction controller (124, 424, 524) configured to start, when the face detection unit (129, 529) has detected a human face within a predetermined period after the storage of the event recording data, reproducing the event recording data generated due to occurrence of an event that occurred immediately before the predetermined period; and a display controller (126, 426, 526) configured to cause the display unit (260, 460) to display the event recording data reproduced by the reproduction controller (124, 424, 524).
A method, comprising: obtaining, by a network apparatus, antenna sensing information with respect to signals received by a base station operating under a shared access - system, the system being a Licensed Shared Access / Authorised Shared Access, LSA/ASA, system, which allows a licensee system to apply at least a part of a shared access spectrum which is currently unused by an incumbent system; detecting, on the basis of the antenna sensing information, that at least one device of the incumbent system is communicating on the shared access spectrum in the coverage area of the base station; identifying the angular sector on the basis of phase information comprised in the antenna sensing information in which the device of the incumbent system is located with respect to the base station, wherein the phase information indicates a phase of the received signal with respect to a plurality of antenna elements of the base station; and dynamically isolating the identified angular sector from usage by the licensee system. obtaining, by a network apparatus, antenna sensing information with respect to signals received by a base station operating under a shared access - system, the system being a Licensed Shared Access / Authorised Shared Access, LSA/ASA, system, which allows a licensee system to apply at least a part of a shared access spectrum which is currently unused by an incumbent system; detecting, on the basis of the antenna sensing information, that at least one device of the incumbent system is communicating on the shared access spectrum in the coverage area of the base station; identifying the angular sector on the basis of phase information comprised in the antenna sensing information in which the device of the incumbent system is located with respect to the base station, wherein the phase information indicates a phase of the received signal with respect to a plurality of antenna elements of the base station; and dynamically isolating the identified angular sector from usage by the licensee system.
A method, comprising: transmitting a first control signal using at least a first one of one or more communication resources via a first communication channel, wherein the first control signal indicates which of the one or more communication resources can be used for transmitting data via a second communication channel; and responsive to the first control signal indicating that the at least first one of the one or more communication resources can also be used for transmitting data via the second communication channel, transmitting the data using at least part of the at least first one of the one or more communication resources via the second communication channel, wherein the one or more communication resources each comprises a control resource set, CORESET, the CORESET comprising a subset of resource blocks used to transmit downlink control information, DCI, that a user equipment, UE, attempts to decode in order to retrieve information contained in the DCI, characterized in that the first control signal comprises: a first bit for indicating whether a first one of the one or more communication resources can be used for transmitting data via the second communication channel; and a second bit for indicating whether a second one of the one or more communication resources can be used for transmitting data via the second communication channel. transmitting a first control signal using at least a first one of one or more communication resources via a first communication channel, wherein the first control signal indicates which of the one or more communication resources can be used for transmitting data via a second communication channel; and responsive to the first control signal indicating that the at least first one of the one or more communication resources can also be used for transmitting data via the second communication channel, transmitting the data using at least part of the at least first one of the one or more communication resources via the second communication channel, wherein the one or more communication resources each comprises a control resource set, CORESET, the CORESET comprising a subset of resource blocks used to transmit downlink control information, DCI, that a user equipment, UE, attempts to decode in order to retrieve information contained in the DCI, characterized in that the first control signal comprises: a first bit for indicating whether a first one of the one or more communication resources can be used for transmitting data via the second communication channel; and a second bit for indicating whether a second one of the one or more communication resources can be used for transmitting data via the second communication channel. a first bit for indicating whether a first one of the one or more communication resources can be used for transmitting data via the second communication channel; and a second bit for indicating whether a second one of the one or more communication resources can be used for transmitting data via the second communication channel.
A locator assembly comprising: a front end module configured to support one or more body panels; at least one locator pin extending from said front end module for aligning said front end module during assembly; a body structure for attachment and support of said front end module; characterized by one or more retaining clips extending from said front end module; and one or more retention holes in said body structure for receiving said one or more retaining clips from said front end module. a front end module configured to support one or more body panels; at least one locator pin extending from said front end module for aligning said front end module during assembly; a body structure for attachment and support of said front end module; one or more retaining clips extending from said front end module; and one or more retention holes in said body structure for receiving said one or more retaining clips from said front end module.
Belt filter having an elongate filter medium, the ends of which are connected to form an endless belt, wherein - the filter medium is designed with a filter fabric on an upper side and a supporting fabric on a lower side, characterized in that - the filter fabric and the supporting fabric have different yarns and are jointly woven as a double-weave fabric, - the filter fabric and the supporting fabric are connected by way of a further thread system as binding weft and/or binding warp, the size of which corresponds to the diameter size of the warp thread or the weft thread of the filter fabric, - the supporting fabric has a mesh width ranging between 300 μm and 1500 μm, - the filter fabric has a mesh width ranging between 5 to 150 μm and a pore count of 5,000/cm 2 and greater and - the supporting fabric amounts to at least 70% of the thickness of the filter medium designed as a double-weave fabric. - the filter medium is designed with a filter fabric on an upper side and a supporting fabric on a lower side, - the filter fabric and the supporting fabric have different yarns and are jointly woven as a double-weave fabric, - the filter fabric and the supporting fabric are connected by way of a further thread system as binding weft and/or binding warp, the size of which corresponds to the diameter size of the warp thread or the weft thread of the filter fabric, - the supporting fabric has a mesh width ranging between 300 μm and 1500 μm, - the filter fabric has a mesh width ranging between 5 to 150 μm and a pore count of 5,000/cm 2 and greater and - the supporting fabric amounts to at least 70% of the thickness of the filter medium designed as a double-weave fabric.
A semi-finished construction element for cladding a building surface, for example an external wall of a building, consisting of - a support board and - an elastic bonding mortar layer applied to one side of the support board, wherein the bonding mortar layer is designed such that a cladding board consisting of glass, rock, ceramics or metal can be glued to the outside surface of the semi-finished construction element, to which the bonding mortar layer has been applied, wherein the support board is configured as a mineral-bound plaster base board, which is based on cement or calcium silicate, or as a plaster base board consisting of expanded glass granulate, wherein the elastic bonding mortar layer comprises at least one powdery component consisting of at least one binding agent and an additive, and additionally a polymer component. - a support board and - an elastic bonding mortar layer applied to one side of the support board,
Sealing arrangement for a turbomachine, the sealing arrangement comprising: - a carrier designed as an annular part, having a fastening portion for fastening the sealing arrangement to a stator part and a holding region, arranged radially inside the fastening portion, for holding a radial gap seal; and - an annular sealing plate (20, 30) which protrudes in the axial direction from the carrier and is welded to the carrier radially outside the holding region, characterized in that the carrier is designed as a turned part. - a carrier designed as an annular part, having a fastening portion for fastening the sealing arrangement to a stator part and a holding region, arranged radially inside the fastening portion, for holding a radial gap seal; and - an annular sealing plate (20, 30) which protrudes in the axial direction from the carrier and is welded to the carrier radially outside the holding region, characterized in that the carrier is designed as a turned part.
A device adapted to treat incontinence in a patient, the device comprising: a support having a first end and a second end; a first connector attached to the first end of the support and a second connector attached to the second end of the support, at least one of the connectors comprising a cross-linked polymer connector (84, 86); a first anchor coupled to the first connector and a second anchor coupled to the second connector; characterized in a ferromagnet attached around each cross-linked polymer connector (84, 86) between a midpoint of the cross-linked polymer connector (84, 86) and the anchor (88, 90) coupled to the cross-linked polymer connector (84, 86); and an energy source means for providing heat for shortening, through intact skin from an extracorporeal location, a length of the cross-linked polymer connector (84, 86) between the midpoint of the cross-linked polymer connector (84, 86) and its respective anchor (88, 90). a support having a first end and a second end; a first connector attached to the first end of the support and a second connector attached to the second end of the support, at least one of the connectors comprising a cross-linked polymer connector (84, 86); a first anchor coupled to the first connector and a second anchor coupled to the second connector; characterized in a ferromagnet attached around each cross-linked polymer connector (84, 86) between a midpoint of the cross-linked polymer connector (84, 86) and the anchor (88, 90) coupled to the cross-linked polymer connector (84, 86); and an energy source means for providing heat for shortening, through intact skin from an extracorporeal location, a length of the cross-linked polymer connector (84, 86) between the midpoint of the cross-linked polymer connector (84, 86) and its respective anchor (88, 90).