mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a processor, memory including computer program code, the memory and the computer program code configured to, working with the processor, cause the apparatus to perform at least the following: - receive an indication of presence of a wireless charging field; - detect a direction of a change of orientation of a device during the presence of the wireless charging field; and - control an application parameter based on the detected change. a processor, memory including computer program code, the memory and the computer program code configured to, working with the processor, cause the apparatus to perform at least the following: - receive an indication of presence of a wireless charging field; - detect a direction of a change of orientation of a device during the presence of the wireless charging field; and - control an application parameter based on the detected change. - receive an indication of presence of a wireless charging field; - detect a direction of a change of orientation of a device during the presence of the wireless charging field; and - control an application parameter based on the detected change.
An apparatus for a high-efficiency, HE, user station, STA, the apparatus comprising transceiver circuitry and hardware processing circuitry, the hardware processing circuitry to configure the transceiver circuitry to: receive, from a HE access point, AP, a beacon frame for a beacon interval, the beacon frame comprising an information element indicating a transmission time for a first random access trigger frame, TF, with a first allocation of channel resources for random access contention by STAs; enter a mode of reduced operation for a doze time after decoding the beacon frame 510 and before reception of the first TF; receive the first random access TF comprising a cascade indication field and an indication of the first allocation of channel resources for random access contention by STAs during a first uplink transmission period of the beacon interval, wherein the first allocation of channel resources comprises one or more random access allocations indicated by values of association identifications, AIDs; determine whether the one or more random access allocations are indicated, wherein the determination is based on the values of the AIDs being zero to indicate a random access allocation; and when the one or more random access allocations are determined to be indicated, select a random access allocation of the one or more random access allocations, and configure the transceiver circuitry to transmit the packet in accordance with the selected random access allocation. receive, from a HE access point, AP, a beacon frame for a beacon interval, the beacon frame comprising an information element indicating a transmission time for a first random access trigger frame, TF, with a first allocation of channel resources for random access contention by STAs; enter a mode of reduced operation for a doze time after decoding the beacon frame 510 and before reception of the first TF; receive the first random access TF comprising a cascade indication field and an indication of the first allocation of channel resources for random access contention by STAs during a first uplink transmission period of the beacon interval, wherein the first allocation of channel resources comprises one or more random access allocations indicated by values of association identifications, AIDs; determine whether the one or more random access allocations are indicated, wherein the determination is based on the values of the AIDs being zero to indicate a random access allocation; and when the one or more random access allocations are determined to be indicated, select a random access allocation of the one or more random access allocations, and configure the transceiver circuitry to transmit the packet in accordance with the selected random access allocation.
A motor fan, comprising: a motor housing receiving a motor therein; a motor bracket disposed on the motor housing; an impeller coupled to a shaft of the motor; and a diffuser disposed between the motor and the impeller, the impeller being on a top of the motor fan and the diffuser and the motor being below the impeller, characterized in that the diffuser includes a hub and a vane separated from the hub, the vane being provided with a vane body, an axial flow vane being provided to an inner circumference of the vane body, and a diagonal flow vane being provided above the axial flow vane, wherein an indentation is provided to the vane body and wherein a fitted part corresponding to the indentation is provided to the motor bracket, and wherein the vane body comprises a hollow ring and wherein the axial flow vane is provided to an inner surface of the ring. a motor housing receiving a motor therein; a motor bracket disposed on the motor housing; an impeller coupled to a shaft of the motor; and a diffuser disposed between the motor and the impeller, the impeller being on a top of the motor fan and the diffuser and the motor being below the impeller, characterized in that the diffuser includes a hub and a vane separated from the hub, the vane being provided with a vane body, an axial flow vane being provided to an inner circumference of the vane body, and a diagonal flow vane being provided above the axial flow vane, wherein an indentation is provided to the vane body and wherein a fitted part corresponding to the indentation is provided to the motor bracket, and wherein the vane body comprises a hollow ring and wherein the axial flow vane is provided to an inner surface of the ring.
A laundry handling apparatus comprising: a cabinet; an outer tub disposed inside the cabinet; an inner tub rotatably disposed inside the outer tub; a circulation passage (40, 340) for guiding at least some of the air inside the outer tub to flow out of the outer tub and be resupplied to the outer tub; a fan disposed in the circulation passage (40, 340) so as to move the air; a filter unit comprising a filter net, which is disposed in the circulation passage (40, 340) so as to collect the foreign substances contained in the moving air, and a filter frame for supporting the filter net; multiple nozzles for spraying wash water onto the filter net; a nozzle disposition unit, which is disposed in a position spaced apart from the filter net and has the multiple nozzles arranged therein; a nozzle water supply hose, which is connected to the nozzle disposition unit so as to supply the wash water, which is sprayed by the multiple nozzles; and a filter driving unit for allowing the filter unit to rotate the filter net; characterized in that the filter frame comprises an edge frame configured to support the filter net along a peripheral of the edge frame, and the filter driving unit allows the edge frame to perform a rotation motion, wherein the edge frame comprises a driven gear formed along a periphery of the edge frame, the filter driving unit comprises: a worm gear meshing with the driven gear; and a motor configured to rotate the worm gear. a cabinet; an outer tub disposed inside the cabinet; an inner tub rotatably disposed inside the outer tub; a circulation passage (40, 340) for guiding at least some of the air inside the outer tub to flow out of the outer tub and be resupplied to the outer tub; a fan disposed in the circulation passage (40, 340) so as to move the air; a filter unit comprising a filter net, which is disposed in the circulation passage (40, 340) so as to collect the foreign substances contained in the moving air, and a filter frame for supporting the filter net; multiple nozzles for spraying wash water onto the filter net; a nozzle disposition unit, which is disposed in a position spaced apart from the filter net and has the multiple nozzles arranged therein; a nozzle water supply hose, which is connected to the nozzle disposition unit so as to supply the wash water, which is sprayed by the multiple nozzles; and a filter driving unit for allowing the filter unit to rotate the filter net; characterized in that the filter frame comprises an edge frame configured to support the filter net along a peripheral of the edge frame, and the filter driving unit allows the edge frame to perform a rotation motion, wherein the edge frame comprises a driven gear formed along a periphery of the edge frame, the filter driving unit comprises: a worm gear meshing with the driven gear; and a motor configured to rotate the worm gear.
A pharmaceutical composition comprising, as an active ingredient, a compound represented by Formula 1 or a pharmaceutically acceptable salt thereof for use in the treatment of UV-damaged skin
A method for recycling a nickel metal hydrid battery or a cell of a battery having a basic electrolyte, the method comprising: rupturing the battery or cell under anaerobic conditions; and flooding an interior of the battery or the cell with carbon dioxide in an anaerobic chamber, where the battery or the cell comprises a disordered oxyhydroxide solid, and where flooding the interior of the battery or the cell with carbon dioxide includes converting at least some of the disordered α phase nickel oxyhydroxide solid to a more ordered β phase nickel oxyhydroxide solid. rupturing the battery or cell under anaerobic conditions; and flooding an interior of the battery or the cell with carbon dioxide in an anaerobic chamber, where the battery or the cell comprises a disordered oxyhydroxide solid, and where flooding the interior of the battery or the cell with carbon dioxide includes converting at least some of the disordered α phase nickel oxyhydroxide solid to a more ordered β phase nickel oxyhydroxide solid.
A motorized furniture item, configured to assume a plurality of different configurations wherein it makes a stool, a chair, a sofa, a chaise longue or other, which motorized furniture item comprises: ▪ a main body having a bottom wall apt to be rested on the floor and an upper supporting wall; ▪ a first and a second movable body, capable of supporting a user's body and arranged side by side upon said upper supporting wall of said main body according to a longitudinal direction, wherein said first movable body is rotatably connected to said main body at a first end side of said first movable body and according to a first horizontal rotation axis and said second movable body is rotatably connected to said first movable body at a second end side of said first movable body opposite to said first end side thereof according to a second horizontal rotation axis parallel to said first rotation axis, said first and second rotation axis (11, 12) being perpendicular to said longitudinal direction; ▪ driving means of said first and second movable body, housed inside said main body and/or said first or second movable body; and ▪ an extractable table unit, configured so that it can assume a first minimal-encumbrance arrangement, wherein it is housed inside said main body and a second operative arrangement, wherein it is extracted from said main body and provides a support surface, said furniture item, comprising an articulated supporting structure received inside said first and a second movable body and actuated by said driving means, wherein said articulated supporting structure comprises a polygonal frame, having a first frame portion, received inside the first movable body and rotatably connected at a first end to a support structure of said main body according to said first rotation axis, and a second frame portion, received inside said second movable body and rotatably connected at a distal end to said first frame portion according to said second rotation axis. ▪ a main body having a bottom wall apt to be rested on the floor and an upper supporting wall; ▪ a first and a second movable body, capable of supporting a user's body and arranged side by side upon said upper supporting wall of said main body according to a longitudinal direction, wherein said first movable body is rotatably connected to said main body at a first end side of said first movable body and according to a first horizontal rotation axis and said second movable body is rotatably connected to said first movable body at a second end side of said first movable body opposite to said first end side thereof according to a second horizontal rotation axis parallel to said first rotation axis, said first and second rotation axis (11, 12) being perpendicular to said longitudinal direction; ▪ driving means of said first and second movable body, housed inside said main body and/or said first or second movable body; and ▪ an extractable table unit, configured so that it can assume a first minimal-encumbrance arrangement, wherein it is housed inside said main body and a second operative arrangement, wherein it is extracted from said main body and provides a support surface,
A locking device comprising: (a) a tubular housing having a frontal end and a distal end; (b) a latch movable between a first position protruding from the frontal end of the housing and a second position wherein the latch is retracted in the housing; (c) electrically driven drive means for moving the latch between said first and second positions wherein said locking device further comprises a deactivation mechanism provided in said housing and allowing movement of the drive means or at least part thereof from an active position wherein the drive means are enabled to move the latch between the first and second position and a inactive position wherein the latch is retracted in the housing irrespective of its movement by the electrical drive means, said deactivation mechanism comprising a spring biasing the drive means to the inactive position characterized in that said deactivation mechanism is electrically driven whereby the electrical deactivation mechanism keep the drive means in the active position, interruption of the power supply to the deactivation mechanism causing the drive means to move to the inactive position. (a) a tubular housing having a frontal end and a distal end; (b) a latch movable between a first position protruding from the frontal end of the housing and a second position wherein the latch is retracted in the housing; (c) electrically driven drive means for moving the latch between said first and second positions
A tool for a retainer assembly of a gyratory crusher, the tool being intended to be arranged around a shaft of the crusher on top of a retainer assembly securing a crushing shell, characterzed in that the tool comprising: a first plate being arranged on top of a second plate and wherein the plates being able to rotate in relation to each other, and wherein the plates (16, 15) comprising a centered through hole coinciding with each other; the first plate having a smaller outer periphery than the second plate; a first and a second actuator mounted on the second plate at the periphery on opposite sides; a first and a second lever arm mounted on the first plate and mounted in connection to the first and the second actuator, respectively, and wherein the lever arms comprising gripping surfaces intended to be arranged around the shaft; a first and a second movable spigot mounted on the first plate in connection to the first and the second lever arm, respectively; and pins mounted on the lower side of the second plate in order for the tool being adapted to fit with the retainer assembly. a first plate being arranged on top of a second plate and wherein the plates being able to rotate in relation to each other, and wherein the plates (16, 15) comprising a centered through hole coinciding with each other; the first plate having a smaller outer periphery than the second plate; a first and a second actuator mounted on the second plate at the periphery on opposite sides; a first and a second lever arm mounted on the first plate and mounted in connection to the first and the second actuator, respectively, and wherein the lever arms comprising gripping surfaces intended to be arranged around the shaft; a first and a second movable spigot mounted on the first plate in connection to the first and the second lever arm, respectively; and pins mounted on the lower side of the second plate in order for the tool being adapted to fit with the retainer assembly.
A control system, comprising: a master control device configured to control a first controlled object based on time information output from a first clock unit; and a slave control device connected to the master control device via a network and configured to control a second controlled object different from the first controlled object based on control information transmitted from the master control device and time information output from a second clock unit, characterized in that the time information of the first clock unit and the time information of the second clock unit are time-synchronized, wherein: the slave control device is configured to return the control information transmitted from the master control device after reading data from the control information and writing data in the control information; and the master control device is configured to perform the time synchronization based on the control information returned from the slave control device. a master control device configured to control a first controlled object based on time information output from a first clock unit; and a slave control device connected to the master control device via a network and configured to control a second controlled object different from the first controlled object based on control information transmitted from the master control device and time information output from a second clock unit, characterized in that the time information of the first clock unit and the time information of the second clock unit are time-synchronized, wherein: the slave control device is configured to return the control information transmitted from the master control device after reading data from the control information and writing data in the control information; and the master control device is configured to perform the time synchronization based on the control information returned from the slave control device. the slave control device is configured to return the control information transmitted from the master control device after reading data from the control information and writing data in the control information; and the master control device is configured to perform the time synchronization based on the control information returned from the slave control device.
A system for measuring soil constituents, the system comprising a coulter said coulter having an electromagnetic radiation detector, a source of electromagnetic radiation, and a window transparent to electromagnetic radiation, said source of electromagnetic radiation configured to emit electromagnetic radiation through said window to said soil, and said electromagnetic radiation detector configured to receive electromagnetic radiation through said window, reflected from said soil during operation; characterized in that the coulter comprises a coulter disc configured to rotate around an axis of the coulter disc, in that the source of electromagnetic radiation and the electromagnetic radiation detector are mounted in the coulter disc and in that the window is mounted in one side surface of the coulter disc.
A cooling support element for a stator segment for a stator of an electrical machine, in particular a generator, the cooling support element comprising a first plate having an outer surface and an inner surface, wherein the outer surface of the first plate comprises anchoring means for anchoring a stator lamination stack being attachable to the cooling support element, a separate second plate having an outer surface and an inner surface, wherein the inner surface of the second plate comprises an inlet opening and an outlet opening, wherein the first plate is attached to the second plate in such a manner that the inner surface of the first plate faces the outer surface of the second plate, wherein separator elements (105, 106) are disposed between the inner surface of the first plate and the outer surface of the second surface such that a cooling channel is provided between the first plate and the second plate, and wherein a cooling fluid is guidable from the inlet opening through the cooling channel to the outlet opening for dissipating heat from the stator lamination stack.
A respiratory marker (40, 140, 240, 340, 440) characterized in that it comprises: a detectable portion (42, 342, 442) arranged to intersect images acquired at different positions along a scanner axis of an imaging scanner and being detectable as a marker feature in images acquired by the imaging scanner at different times and at different positions along the scanner axis, wherein the detectable portion is elongated, and characterised by the respiratory marker further including: a pivotal connection of an end of the elongated detectable portion adapted to be secured to an imaging subject support for supporting the imaging subject; and a subject connection spaced apart from the pivotal connection, the subject connection adapted operatively to connect the elongated detectable portion with the imaging subject such that the elongated detectable portion pivots, when in operation, about the pivotal connection responsive to respiration of the imaging subject. a detectable portion (42, 342, 442) arranged to intersect images acquired at different positions along a scanner axis of an imaging scanner and being detectable as a marker feature in images acquired by the imaging scanner at different times and at different positions along the scanner axis, wherein the detectable portion is elongated, and characterised by the respiratory marker further including: a pivotal connection of an end of the elongated detectable portion adapted to be secured to an imaging subject support for supporting the imaging subject; and a subject connection spaced apart from the pivotal connection, the subject connection adapted operatively to connect the elongated detectable portion with the imaging subject such that the elongated detectable portion pivots, when in operation, about the pivotal connection responsive to respiration of the imaging subject. a pivotal connection of an end of the elongated detectable portion adapted to be secured to an imaging subject support for supporting the imaging subject; and a subject connection spaced apart from the pivotal connection, the subject connection adapted operatively to connect the elongated detectable portion with the imaging subject such that the elongated detectable portion pivots, when in operation, about the pivotal connection responsive to respiration of the imaging subject.
A solid carrier component comprising: 50 weight % to 90 weight % of a high density polyethylene with a melt index > 2 g/10 min measured according to ASTM D1238 - 13 at 190°C and at 2.16 Kg loading; 10 weight % to 25 weight % of a bis-hydroxyl terminated polydiorganosiloxane with a viscosity of 5,000 mPa·s to 25,000 mPa·s measured at 25°C at 5 RPM on a Brookfield DV-III cone & plate viscometer with #CP-52 spindle; 0 to < 25 weight % of a maleated ethylene-based polymer; and 0 to 10 weight % of a filler, where each weight % is based on combined weights of all starting materials in the solid carrier component. 50 weight % to 90 weight % of a high density polyethylene with a melt index > 2 g/10 min measured according to ASTM D1238 - 13 at 190°C and at 2.16 Kg loading; 10 weight % to 25 weight % of a bis-hydroxyl terminated polydiorganosiloxane with a viscosity of 5,000 mPa·s to 25,000 mPa·s measured at 25°C at 5 RPM on a Brookfield DV-III cone & plate viscometer with #CP-52 spindle; 0 to < 25 weight % of a maleated ethylene-based polymer; and 0 to 10 weight % of a filler, where each weight % is based on combined weights of all starting materials in the solid carrier component.