mhurhangee/patent-ind-claim-en huggingface dataset:
Transfer device for limiting a torsion of an assembly of at least one link between a first end of the link which is fixed relative to a fixed portion of a rotating device and a second end of the link which is fixed relative to a rotating portion of the rotating device, the rotating portion being capable of rotating relative to the fixed portion about a rotation axis (x), the transfer device comprising: - a composite drum which comprises an assembly of drums which are aligned along the rotation axis (x) and about which the link is capable of being wound, the assembly of drums comprising a fixed drum which is intended to be fixedly joined to the portion which is fixed in terms of rotation about the rotation axis x, a rotating drum which is intended to be able to rotate about the axis x relative to the fixed portion and an assembly of at least one moving drum which is interposed between the fixed drum and the rotating drum , each moving drum being able to rotate freely about the rotation axis (x) relative to the rotating drum and the fixed drum and having a height along the axis (x), - transfer means which comprise at least one transfer assembly, each transfer assembly being configured to transfer a link of the assembly of at least one link, when it is wound around the composite drum, between the fixed drum and the rotating drum , towards the rotating drum when the rotating drum rotates in a first direction about the rotation axis (x) and conversely when the rotating drum rotates in the opposite direction. - a composite drum which comprises an assembly of drums which are aligned along the rotation axis (x) and about which the link is capable of being wound, the assembly of drums comprising a fixed drum which is intended to be fixedly joined to the portion which is fixed in terms of rotation about the rotation axis x, a rotating drum which is intended to be able to rotate about the axis x relative to the fixed portion and an assembly of at least one moving drum which is interposed between the fixed drum and the rotating drum , each moving drum being able to rotate freely about the rotation axis (x) relative to the rotating drum and the fixed drum and having a height along the axis (x), - transfer means which comprise at least one transfer assembly, each transfer assembly being configured to transfer a link of the assembly of at least one link, when it is wound around the composite drum, between the fixed drum and the rotating drum , towards the rotating drum when the rotating drum rotates in a first direction about the rotation axis (x) and conversely when the rotating drum rotates in the opposite direction.
A portable communication device comprising: a window panel forming at least a portion of a front surface of the portable communication device and including a first planar area and a first curved area extending from the first planar area; a rear glass cover forming at least a portion of a rear surface of the portable communication device and including a second planar area and a second curved area extending from the second planar area; a display disposed under the window panel and including a planar display area visible through the first planar area and a curved display area visible through the first curved area; and a bracket disposed under the display and including a front portion and a side portion extending from an edge of the front portion; wherein the front portion supports at least a portion of the planar display area, wherein the side portion includes a curved portion disposed along the second curved area and supporting the second curved area, and wherein at least a portion of the bracket is disposed between the ends of 2. the window panel and the rear glass cover, and exposed from a side surface of the portable communication device. a window panel forming at least a portion of a front surface of the portable communication device and including a first planar area and a first curved area extending from the first planar area; a rear glass cover forming at least a portion of a rear surface of the portable communication device and including a second planar area and a second curved area extending from the second planar area; a display disposed under the window panel and including a planar display area visible through the first planar area and a curved display area visible through the first curved area; and a bracket disposed under the display and including a front portion and a side portion extending from an edge of the front portion; wherein the front portion supports at least a portion of the planar display area, wherein the side portion includes a curved portion disposed along the second curved area and supporting the second curved area, and wherein at least a portion of the bracket is disposed between the ends of 2. the window panel and the rear glass cover, and exposed from a side surface of the portable communication device.
An electrowetting on dielectric (EWOD) device comprising: a first substrate ; a second substrate spaced from the first substrate to define a gap therebetween; a reference electrode disposed on the first substrate ; a plurality of array elements, each array element including an array element electrode , the array element electrodes being disposed on the second substrate ; and control electronics configured to control a supply of time varying voltages to the array element electrodes and the reference electrode , thereby generating an actuation voltage as a potential difference between voltages at the array element electrodes and the reference electrode, at least part of the control electronics being disposed on the second substrate ; characterized in that the reference electrode includes a first electrical connection (A) and a second electrical connection (B), and the control electronics further is configured to supply an electrical current flow between the first electrical connection (A) and the second electrical connection (B) to generate resistance heat for controlling temperature of the EWOD device. a first substrate ; a second substrate spaced from the first substrate to define a gap therebetween; a reference electrode disposed on the first substrate ; a plurality of array elements, each array element including an array element electrode , the array element electrodes being disposed on the second substrate ; and control electronics configured to control a supply of time varying voltages to the array element electrodes and the reference electrode , thereby generating an actuation voltage as a potential difference between voltages at the array element electrodes and the reference electrode, at least part of the control electronics being disposed on the second substrate ; characterized in that the reference electrode includes a first electrical connection (A) and a second electrical connection (B), and the control electronics further is configured to supply an electrical current flow between the first electrical connection (A) and the second electrical connection (B) to generate resistance heat for controlling temperature of the EWOD device.
A method of modifying a radio bearer for a user equipment by a distribution unit, DU, of a base station in a wireless communication system, the method comprising: determining a plurality of radio bearers for which modification is to be requested for the user equipment; transmitting, to a central unit, CU, of the base station, a first message requesting modification of the plurality of radio bearers, wherein the first message comprises radio bearer identifiers corresponding to the plurality of radio bearers that are requested to be modified; based on successful radio bearer modification by the CU: receiving , from the CU, a second message comprising a list of radio bearer identifiers corresponding to the at least one accepted radio bearer, from among the plurality of radio bearers, that has been accepted by the CU for modification; and based on receiving the second message: modifying the at least one accepted radio bearer; characterised by : based on unsuccessful radio bearer modification by the CU: receiving, from the CU, information regarding a failure cause. determining a plurality of radio bearers for which modification is to be requested for the user equipment; transmitting, to a central unit, CU, of the base station, a first message requesting modification of the plurality of radio bearers, wherein the first message comprises radio bearer identifiers corresponding to the plurality of radio bearers that are requested to be modified; based on successful radio bearer modification by the CU: receiving , from the CU, a second message comprising a list of radio bearer identifiers corresponding to the at least one accepted radio bearer, from among the plurality of radio bearers, that has been accepted by the CU for modification; and based on receiving the second message: modifying the at least one accepted radio bearer; characterised by : based on unsuccessful radio bearer modification by the CU: receiving, from the CU, information regarding a failure cause.
A method for failure recovery in a user equipment , LTE, communicating in dual connectivity, DC, with a master node , MN, and a secondary node , SN, the method comprising: receiving , by the UE , candidate secondary node , C-SN, connection information including a configuration related to a C-SN and at least one condition for connecting to the C-SN ; and detecting , by the UE , that a radio connection between the UE and the MN has failed; transmitting to the SN , by the UE , a first indication of the failed radio connection to initiate a procedure for recovering the radio connection between the UE and the MN ; and performing at least one of: releasing the C-SN connection information, or suspending a procedure, for connecting to the C-SN . receiving , by the UE , candidate secondary node , C-SN, connection information including a configuration related to a C-SN and at least one condition for connecting to the C-SN ; and detecting , by the UE , that a radio connection between the UE and the MN has failed; transmitting to the SN , by the UE , a first indication of the failed radio connection to initiate a procedure for recovering the radio connection between the UE and the MN ; and performing at least one of: releasing the C-SN connection information, or suspending a procedure, for connecting to the C-SN .
A single mode, i. e. SM, ultra-high power fiber laser system , comprising: a single mode oscillator emitting a single mode signal light which is guided along an input passive fiber ; an unconfined delivery cable centered along a longitudinal axis; an elongated fiber booster extending through the delivery cable , wherein an input end of the booster is spliced to the input passive fiber and wherein the booster is structured with a concentric and coextending multimode, i.e. MM, core and at least one cladding around the MM core , the MM core being non-uniformly shaped and including a mode transition region expanding between small diameter input and large diameter output uniformly shaped MM core regions and configured so that as a SM signal light is guided in a propagating direction along the MM core , amplification of high order modes is substantially suppressed; a laser head directly receiving an output end of the booster ; a plurality of unconfined pump light output fibers spaced from one another and from the delivery cable , each output fiber guiding MM pump light in the propagating direction; and a mirror mounted in the laser head end and configured to redirect the pump light to the output end of the booster in a counter-propagating direction, wherein the booster emits the signal light in a kW to MW range in substantially the SM. a single mode oscillator emitting a single mode signal light which is guided along an input passive fiber ; an unconfined delivery cable centered along a longitudinal axis; an elongated fiber booster extending through the delivery cable , wherein an input end of the booster is spliced to the input passive fiber and wherein the booster is structured with a concentric and coextending multimode, i.e. MM, core and at least one cladding around the MM core , the MM core being non-uniformly shaped and including a mode transition region expanding between small diameter input and large diameter output uniformly shaped MM core regions and configured so that as a SM signal light is guided in a propagating direction along the MM core , amplification of high order modes is substantially suppressed; a laser head directly receiving an output end of the booster ; a plurality of unconfined pump light output fibers spaced from one another and from the delivery cable , each output fiber guiding MM pump light in the propagating direction; and a mirror mounted in the laser head end and configured to redirect the pump light to the output end of the booster in a counter-propagating direction, wherein the booster emits the signal light in a kW to MW range in substantially the SM.
A method performed by a network node, comprising: determining (S410) that user traffic of at least one user equipment needs to be redirected from a first network slice (110-1, 110-2, 110-3,..., 110-N) to a second network slice (110-1, 110-2, 110-3,..., 110-N; and transmitting a redirecting user traffic request to a control plane function node supporting the first network slice, wherein the redirecting user traffic request includes user identification information of the at least one user equipment and information related to the second network slice. determining (S410) that user traffic of at least one user equipment needs to be redirected from a first network slice (110-1, 110-2, 110-3,..., 110-N) to a second network slice (110-1, 110-2, 110-3,..., 110-N; and transmitting a redirecting user traffic request to a control plane function node supporting the first network slice, wherein the redirecting user traffic request includes user identification information of the at least one user equipment and information related to the second network slice.
A blower system for supplying air to a system of an aircraft , the blower system comprising: an air compressor for compressing air for delivery to the system of the aircraft; and a transmission having a first transmission input mechanically couplable with a gas turbine engine spool and an output mechanically coupled with the air compressor , characterized in that the transmission comprises a variable speed pumping system for the aircraft , the variable speed pumping system comprising: a first electrical machine comprising an electrical machine rotor shaft mechanically couplable to the gas turbine engine spool and electrical machine stator coils , the first electrical machine being a motor-generator; and an electric pump motor-generator comprising an electric pump rotor shaft mechanically connected to the electrical machine rotor shaft via a one way drive arrangement and electric pump stator coils ; wherein the electric pump rotor shaft is mechanically connected to a fluid pumping system . an air compressor for compressing air for delivery to the system of the aircraft; and a transmission having a first transmission input mechanically couplable with a gas turbine engine spool and an output mechanically coupled with the air compressor , characterized in that the transmission comprises a variable speed pumping system for the aircraft , the variable speed pumping system comprising: a first electrical machine comprising an electrical machine rotor shaft mechanically couplable to the gas turbine engine spool and electrical machine stator coils , the first electrical machine being a motor-generator; and an electric pump motor-generator comprising an electric pump rotor shaft mechanically connected to the electrical machine rotor shaft via a one way drive arrangement and electric pump stator coils ; wherein the electric pump rotor shaft is mechanically connected to a fluid pumping system . a first electrical machine comprising an electrical machine rotor shaft mechanically couplable to the gas turbine engine spool and electrical machine stator coils , the first electrical machine being a motor-generator; and an electric pump motor-generator comprising an electric pump rotor shaft mechanically connected to the electrical machine rotor shaft via a one way drive arrangement and electric pump stator coils ; wherein the electric pump rotor shaft is mechanically connected to a fluid pumping system .
An antireflection film comprising: a low refractive index layer which includes a binder resin containing a crosslinked polymer of a photopolymerizable compound and a polysilsesquioxane substituted with one or more reactive functional groups and inorganic fine particles dispersed in the binder resin, wherein the weight ratio of the portion derived from the polysilsesquioxane substituted with one or more reactive functional groups to the portion derived from the photopolymerizable compound in the binder resin contained in the low reflective index layer is 0.005 to 0.50; and a hard coating layer, wherein the hard coating film includes a binder resin containing a photopolymerizable resin and a high molecular weight (co)polymer having a weight average molecular weight of 10,000 or more, and an organic or inorganic fine particle dispersed in the binder resin; wherein a ratio of internal haze (Hi) to total haze (Ha) of the antireflection film is 97 % or less, wherein total haze is measured with respect to the haze of the antireflection film according to JIS K7105, wherein internal haze is obtained by measuring the haze of the antireflection film after coating the surface of an alkali-treated antireflection film with an 8 μm planarization layer according to JIS K7105, and a variation in color coordinate value (b*) of the antireflection film before and after alkali treatment is 0.7 or less, wherein the variation in the color coordinate value (b*) of the antireflection film before and after the alkali treatment is determined by measuring the color coordinate values of of the antireflection film before and after the alkali treatment in which the antireflection film is immersed for 1 second to 100 seconds in an aqueous alkaline solution diluted to 5 to 50 % with distilled water.
A method of generating a body marker, using an apparatus according to any of claims 8 or 9, the method comprising the following steps: displaying a medical image showing a region of an object on the display ; displaying a plurality of prestored body markers which represent types of organs of a human body on the display ; selecting a first body marker which represent a type of an organ from among the plurality of prestored body markers based on a shape of the object using the controller ; partitioning the first body marker into a plurality of portions according to a pre-stored anatomical theory of the organ corresponding to the first body marker using the controller ; generating a second body marker by emphasizing a portion corresponding to the region from among the plurality of portions using the controller ; and und displaying the second body marker with the medical image on the display . displaying a medical image showing a region of an object on the display ; displaying a plurality of prestored body markers which represent types of organs of a human body on the display ; selecting a first body marker which represent a type of an organ from among the plurality of prestored body markers based on a shape of the object using the controller ; partitioning the first body marker into a plurality of portions according to a pre-stored anatomical theory of the organ corresponding to the first body marker using the controller ; generating a second body marker by emphasizing a portion corresponding to the region from among the plurality of portions using the controller ; and und displaying the second body marker with the medical image on the display .
A probe for an ultrasonic imaging apparatus comprising: a piezoelectric unit including a piezoelectric substance and an electrode ; a printed circuit board, PCB, unit having a printed circuit board, PCB, and a support unit supporting the PCB ; a matching layer formed at front surfaces of the piezoelectric unit and the PCB unit ; and a backing layer formed at a back surface of the piezoelectric unit and the PCB unit , wherein the PCB unit is formed at both lateral surfaces of the piezoelectric unit on the basis of the piezoelectric unit inserted into the PCB unit , wherein the PCB includes a flexible printed circuit board, FPCB, the probe being characterized in that the PCB unit is configured to be formed to have the same height as an axial-directional height of the piezoelectric unit at the lateral surfaces of the piezoelectric unit , the height of the PCB unit being determined based on a thickness of the support unit ; the support unit is a rigid support unit; and the PCB unit has a rigid flexible printed circuit board, R-FPCB, shape, comprising the rigid support unit bonded to the FPCB. a piezoelectric unit including a piezoelectric substance and an electrode ; a printed circuit board, PCB, unit having a printed circuit board, PCB, and a support unit supporting the PCB ; a matching layer formed at front surfaces of the piezoelectric unit and the PCB unit ; and a backing layer formed at a back surface of the piezoelectric unit and the PCB unit , wherein the PCB unit is formed at both lateral surfaces of the piezoelectric unit on the basis of the piezoelectric unit inserted into the PCB unit , wherein the PCB includes a flexible printed circuit board, FPCB, the probe being characterized in that the PCB unit is configured to be formed to have the same height as an axial-directional height of the piezoelectric unit at the lateral surfaces of the piezoelectric unit , the height of the PCB unit being determined based on a thickness of the support unit ; the support unit is a rigid support unit; and the PCB unit has a rigid flexible printed circuit board, R-FPCB, shape, comprising the rigid support unit bonded to the FPCB.
Assembly for an epicyclic reduction gearset, the assembly comprising a satellite carrier , satellites and at least one satellite bearing carried by the satellite carrier , said bearing comprising a central axis , an inner ring securely mounted on the central axis , an outer ring mounted to rotate around said central axis , and a lubrication circuit arranged to bring a flow of oil between said inner and outer rings , said lubrication circuit comprising openings opening to the outside of the inner ring in a radially inner area (B) of the bearing with respect to said axis of rotation (X), a second portion comprising openings opening to the outside of the inner ring in a radially outer area (A) of the bearing with respect to said axis of rotation (X), and an intermediate portion comprising at least one channelling arranged to connect the first portion (23a-23c, 24) to the second portion , said at least one channelling comprising at least one singular pressure drop formed by an elbow or a sudden narrowing of the cross-section and at least one flattening of the transverse cross-section over a major portion of the length thereof or a path forming a detour, characterised in that the satellite carrier is rotatable about an axis of rotation (X) and in that the central axis is linked to the satellite carrier and comprising a radially outer first surface with respect to said central axis, said lubrication circuit comprising a first portion (23a-23c, 24) arranged to be supplied with oil from the satellite carrier at the central axis and the inner ring comprising a radially inner second surface with respect to said central axis, said first and second surfaces being joined, said at least one channelling being formed by a groove applied in the first or the second surface.