mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving, by a user equipment, UE, a zero-power channel state information reference signal, CSI-RS, configuration in a wireless communication system, the method comprising: receiving at least one first zero-power CSI-RS configuration for data rate matching on a discovery reference signal, DRS, from a network; and receiving a second zero-power CSI-RS configuration for interference measurement from the network, wherein the at least one first zero-power CSI-RS configuration is not used for the second zero-power CSI-RS configuration, wherein, for the at least one first zero-power CSI-RS configuration and for a frame structure type 1, the UE is not expected to receive a 16-bit bitmap zero-power CSI-RS with any one of the 6 least significant bit, LSB, bits set to 1 for a normal cyclic prefix, CP, or with any one of the 8 LSB bits set to 1 for an extended CP, and wherein, for the at least one first zero-power CSI-RS configuration and for a frame structure type 2, the UE is expected to receive a 16-bit bitmap zero-power CSI-RS with any one of the 16 LSB bits set to 1 for the normal CP, or with any one of the 14 LSB bits set to 1 for the extended CP. receiving at least one first zero-power CSI-RS configuration for data rate matching on a discovery reference signal, DRS, from a network; and receiving a second zero-power CSI-RS configuration for interference measurement from the network, wherein the at least one first zero-power CSI-RS configuration is not used for the second zero-power CSI-RS configuration, wherein, for the at least one first zero-power CSI-RS configuration and for a frame structure type 1, the UE is not expected to receive a 16-bit bitmap zero-power CSI-RS with any one of the 6 least significant bit, LSB, bits set to 1 for a normal cyclic prefix, CP, or with any one of the 8 LSB bits set to 1 for an extended CP, and wherein, for the at least one first zero-power CSI-RS configuration and for a frame structure type 2, the UE is expected to receive a 16-bit bitmap zero-power CSI-RS with any one of the 16 LSB bits set to 1 for the normal CP, or with any one of the 14 LSB bits set to 1 for the extended CP.
A laundry treating apparatus comprising: a drum configured to rotate about a predetermined rotation axis extending in a front-rear direction; and a lifter (61a, 61b, 62a, 62b, 63a, 63b) having a pair of first insertion protrusions disposed at a predetermined interval in a first row, wherein the drum has a pair of first mounting slots formed in the first row at positions corresponding to the pair of first insertion protrusions and into which the first insertion protrusions are inserted, characterized in that the drum further has a pair of extra first mounting slots formed in the first row at the predetermined interval, and wherein any one of the pair of extra first mounting slots is disposed between the pair of first mounting slots formed at the positions corresponding to the pair of first insertion protrusions such that the installation positions of the lifters (61a, 61b, 62a, 62b, 63a, 63b) in the front-rear direction in accordance with the length of the drum can be changed. a drum configured to rotate about a predetermined rotation axis extending in a front-rear direction; and a lifter (61a, 61b, 62a, 62b, 63a, 63b) having a pair of first insertion protrusions disposed at a predetermined interval in a first row, wherein the drum has a pair of first mounting slots formed in the first row at positions corresponding to the pair of first insertion protrusions and into which the first insertion protrusions are inserted, characterized in that the drum further has a pair of extra first mounting slots formed in the first row at the predetermined interval, and wherein any one of the pair of extra first mounting slots is disposed between the pair of first mounting slots formed at the positions corresponding to the pair of first insertion protrusions such that the installation positions of the lifters (61a, 61b, 62a, 62b, 63a, 63b) in the front-rear direction in accordance with the length of the drum can be changed.
A device for manipulating a first paper strip and at least one second paper strip, comprising: - a conveying unit providing a first conveying direction for the first paper strip and at least one second conveying direction for the at least one second paper strip, wherein the at least one second conveying direction is directed non-parallel to the first conveying direction, - a meeting unit at which the first paper strip and the at least one second paper strip meet to form a single strand of paper, characterized by - a first cutting element adapted to form at least one recess in the first paper strip and/or at least one second cutting element adapted to form at least one recess in the at least one respective second paper strip. - a conveying unit providing a first conveying direction for the first paper strip and at least one second conveying direction for the at least one second paper strip, wherein the at least one second conveying direction is directed non-parallel to the first conveying direction, - a meeting unit at which the first paper strip and the at least one second paper strip meet to form a single strand of paper, - a first cutting element adapted to form at least one recess in the first paper strip and/or at least one second cutting element adapted to form at least one recess in the at least one respective second paper strip.
A smoking article comprising a rod of smokeable material and a wrapper wrapped around the rod of smokeable material, wherein the wrapper comprises at least one region of ventilation embossing having a gas diffusivity greater than the gas diffusivity of the remainder of the wrapper, wherein the ventilation embossing overlaps the smokeable material, characterised in that the ventilation embossing is located solely within a half of the wrapper which is closest to a mouth end of the rod.
A failure diagnosis apparatus of a hybrid vehicle including an internal combustion engine, a rotary electric machine that generates electric power by using power of the internal combustion engine, an electric power storage device, and an electric power supply device (40, 50) that supplies the electric power generated by the rotary electric machine and electric power stored in the electric power storage device to power receiving equipment outside the vehicle, the failure diagnosis apparatus characterized by comprising: a controller that is configured to execute a failure diagnosis process of the internal combustion engine based on a predetermined diagnosis requirement, wherein the diagnosis requirement in a case where engine-operation-electric-power supply in which the internal combustion engine is operated to cause the rotary electric machine to generate electric power and the generated electric power is supplied to the power receiving equipment via the electric power supply device (40, 50) is executed is made different from the diagnosis requirement in a case where engine-normal-operation in which the internal combustion engine is operated but the rotary electric machine does not generate the electric power to be supplied to the power receiving equipment is executed such that a failure of the internal combustion engine in the case where the engine-operation-electric-power supply is executed is less likely to be detected or the failure of the internal combustion engine is less likely to be recognized by a driver than in the case where the engine-normal operation is executed. a controller that is configured to execute a failure diagnosis process of the internal combustion engine based on a predetermined diagnosis requirement, wherein the diagnosis requirement in a case where engine-operation-electric-power supply in which the internal combustion engine is operated to cause the rotary electric machine to generate electric power and the generated electric power is supplied to the power receiving equipment via the electric power supply device (40, 50) is executed is made different from the diagnosis requirement in a case where engine-normal-operation in which the internal combustion engine is operated but the rotary electric machine does not generate the electric power to be supplied to the power receiving equipment is executed such that a failure of the internal combustion engine in the case where the engine-operation-electric-power supply is executed is less likely to be detected or the failure of the internal combustion engine is less likely to be recognized by a driver than in the case where the engine-normal operation is executed.
A pre-selector actuating device for a pre-selector in a tap changer of a transformer, which device includes a drive input means which includes a rotational element arranged to make a rotational input movement stroke of a predetermined length, a rotatable pre-selector arm arranged to make a pre-selector stroke from a first contact to a second contact and a movement transmission mechanism connected to the drive input means and to the pre-selector arm, whereby the movement transmission mechanism is arranged to convert the input movement stroke such that the pre-selector stroke obtains a movement pattern having an initial period of relatively slow movement, an intermediate period of relatively fast movement and an end period of relatively slow movement characterized in that the movement transmission mechanism includes a drive arm rotating with the rotational element and a pivotable linkage arm connected to the pre-selector arm, which drive arm has an abutment means (12, 13) arranged to act on a the linkage arm, which abutment means (12,13) includes a first abutment unit and a second abutment unit (12, 13), which abutment units are attached at different radial positions of the drive arm and in that said linkage arm has a cam surface means (23a, 23b, 24a, 24b) arranged to cooperate with each of the abutment units (12, 13).
A pultrusion device for producing fibre-reinforced profiles, comprising a fibre feed for feeding a fibre bundle; an impregnating tool for impregnating the fibre bundle fed by the fibre feed in a pultrusion matrix; and a shaping tool for forming and curing the fibre bundle impregnated with the pultrusion matrix, in order to produce a fibre-reinforced profile; wherein the shaping tool is suitable for moving, in the shaping tool, the fibre bundle impregnated with the pultrusion matrix through a plurality of openings, the inner contours of which define the outer contour of the fibre-reinforced profile and which are each fixed in the direction of movement of the fibre bundle; wherein the shaping tool is suitable for changing, during an operation of the pultrusion device, cross-sections of the openings perpendicular to the direction of movement in such a way that the cross-sectional areas of the openings remain constant; and the shaping tool has seals which are arranged within the openings and form a channel for the fibre bundle impregnated with the pultrusion matrix leading through all the openings, wherein the seals are formed as a membrane from a material, preferably a metal, characterized in that the membrane is turned in on itself with an overlap perpendicular to the direction of movement. a fibre feed for feeding a fibre bundle; an impregnating tool for impregnating the fibre bundle fed by the fibre feed in a pultrusion matrix; and a shaping tool for forming and curing the fibre bundle impregnated with the pultrusion matrix, in order to produce a fibre-reinforced profile; wherein the shaping tool is suitable for moving, in the shaping tool, the fibre bundle impregnated with the pultrusion matrix through a plurality of openings, the inner contours of which define the outer contour of the fibre-reinforced profile and which are each fixed in the direction of movement of the fibre bundle; wherein the shaping tool is suitable for changing, during an operation of the pultrusion device, cross-sections of the openings perpendicular to the direction of movement in such a way that the cross-sectional areas of the openings remain constant; and the shaping tool has seals which are arranged within the openings and form a channel for the fibre bundle impregnated with the pultrusion matrix leading through all the openings, wherein the seals are formed as a membrane from a material, preferably a metal, characterized in that the membrane is turned in on itself with an overlap perpendicular to the direction of movement.
A unit for reaming of the surface of joint cartilage and of periarticular bone of an acetabulum or of a femoral head, the unit comprising: a shaped body; a matrix having guides; a drive mechanism; a shank; a shaft; and at least two burrs having an arc shape and a slanting end forming a cutting blade; wherein each of the burrs is placed in a channel of the shaped body, wherein the shaped body is connected by a joint with the unit's drive mechanism, wherein the burrs end with a ball-shaped pivot placed in the guides of the matrix, wherein the matrix is placed on the shank, which is connected with the shaft by a threaded connection with a lock, wherein the shaped body has a threaded joint to the shaft, and wherein each of the burrs has a duct with an outlet opening configured to be used to clean the inside of the burr. a shaped body; a matrix having guides; a drive mechanism; a shank; a shaft; and at least two burrs having an arc shape and a slanting end forming a cutting blade; wherein each of the burrs is placed in a channel of the shaped body, wherein the shaped body is connected by a joint with the unit's drive mechanism, wherein the burrs end with a ball-shaped pivot placed in the guides of the matrix, wherein the matrix is placed on the shank, which is connected with the shaft by a threaded connection with a lock, wherein the shaped body has a threaded joint to the shaft, and wherein each of the burrs has a duct with an outlet opening configured to be used to clean the inside of the burr.
A liquid distribution system for a cooling device comprising: - an inlet configured to allow evaporative liquid into the liquid distribution system; - a dispenser (148,50) positioned to distribute evaporative liquid over an evaporative pad of the cooling device; - a make-up valve that regulates the flow of evaporative liquid between the inlet and the dispenser; - a sump positioned to collect evaporative liquid that runs off the evaporative pad; - and a pump in fluid communication with the sump and the dispenser; and - a controller in communication with the make-up valve and the pump, characterised in that the controller is configured to control the liquid distribution system to operate among one of a plurality of operating modes, the plurality of operating modes including a recirculation mode and a once-through mode, wherein the recirculation mode of operation involves operating the make-up valve to maintain a sufficient water level in the sump and operating the pump to distribute evaporative liquid from the sump to the dispenser (148,150), and wherein the once-through mode of operation involves disabling the pump and opening the make-up valve to allow evaporative liquid to be drawn from the inlet to the dispenser (148,150). - an inlet configured to allow evaporative liquid into the liquid distribution system; - a dispenser (148,50) positioned to distribute evaporative liquid over an evaporative pad of the cooling device; - a make-up valve that regulates the flow of evaporative liquid between the inlet and the dispenser; - a sump positioned to collect evaporative liquid that runs off the evaporative pad; - and a pump in fluid communication with the sump and the dispenser; and - a controller in communication with the make-up valve and the pump,
A robot having at least two joints and parts that are movable relative to each other by means of at least one joint respectively, wherein at least one sensor detecting torques is arranged on at least one movable part (3, 4, 5', 6, 7), and wherein for the redundant detection of a torque two sensors and redundant evaluation units are provided for redundant evaluation and wherein a device is provided for switching off the robot or for triggering a safe state, if measurements of the same torque detected by the at least two sensors differ from one another beyond a predefined tolerance range, characterised in that the two sensors in the form of full bridges comprising strain gauges are arranged on a gear of the robot such that they detect the same torque and by means of two computer units (S1, S2), in the form of diversely designed integrated circuits comprising microcontrollers, are connected inside a transmitting unit in which a first check of the measured torque values is performed.
A duct, at least partly produced from fibre material and binder agent making up an elongated flow space in its original and use state, wherein at least two fold lines are present lengthwise, wherein a foldability of the duct is provided by means of weakened material along the fold lines, wherein the weakened material along the fold line comprises of a partial amount of pressed and crushed fibre material and a partial amount of intact fibre material compared to the fibre material in the adjacent sides or lacks fibre material in comparison with the fibre material in the adjacent sides, for example by means of lengthwise notches, inside and/or outside, or lengthwise voids so that the amount of intact fibres corresponds to a part of the fibre material in the adjacent sides, the duct is pushable into a folded flat state and in that the material remembers the original shape and state and thus expand and return to its original shape and state when released from a folded flat state, wherein a main cross sectional shape is circular in the original state.
A floatable closed containment aquaculture production apparatus comprising: a hull having a bottom portion, opposed outer side portions extended therefrom, and a centre portion arranged between the outer side portions and extending from the bottom portion to increase strength of the hull and define at least one recess between the centre portion and the outer side portions, wherein at least the bottom portion and the outer side portions include at least one ballast water space therein; at least one closed containment aquaculture cultivation tank arranged in the at least one recess, wherein the centre portion and/or the outer side portions are provided with void spaces configured to allow the hull, together with the at least one cultivation tank, remain semi-submerged in water when the hull is arranged in a body of water, and wherein the ballast water space is arranged into a plurality of compartments along a length or circumference of the hull, wherein the ballast water space in each compartment is configured to be ballasted in response to a discharge of aquatic animals and water from one of the at least one cultivation tank being adjacent to each compartment to allow the hull maintain equilibrium in the body of water. a hull having a bottom portion, opposed outer side portions extended therefrom, and a centre portion arranged between the outer side portions and extending from the bottom portion to increase strength of the hull and define at least one recess between the centre portion and the outer side portions, wherein at least the bottom portion and the outer side portions include at least one ballast water space therein; at least one closed containment aquaculture cultivation tank arranged in the at least one recess, wherein the centre portion and/or the outer side portions are provided with void spaces configured to allow the hull, together with the at least one cultivation tank, remain semi-submerged in water when the hull is arranged in a body of water, and wherein the ballast water space is arranged into a plurality of compartments along a length or circumference of the hull, wherein the ballast water space in each compartment is configured to be ballasted in response to a discharge of aquatic animals and water from one of the at least one cultivation tank being adjacent to each compartment to allow the hull maintain equilibrium in the body of water.
A method performed in a user equipment (3, 4) of a communication system for determining a beam-forming gain parameter, the communication system comprising a base station serving the user equipment (3, 4), the method comprising: - receiving a cell-specific reference signal without use of beam-forming and a dedicated reference signal with use of beam-forming from the base station, - measuring a received power, P RSRP, of the cell-specific reference signal and a received power, P DRSRP, of the dedicated reference signal, and - determining a beam-forming gain parameter, G BF, based on the measured received power, P RSRP, of the cell-specific reference signal and on the measured received power, P DRSRP, of the dedicated reference signal, further comprising - transmitting the measured received power, P DRSRP, of the dedicated reference signal, the measured received power, P RSRP, of the cell-specific reference signal and/or the determined beam-forming gain parameter, G BF, to the base station for determining whether the beam-forming is to be used or not at the base station for the user equipment (3, 4), the method characterized by - transmitting the determined beam-forming gain parameter, G BF, to the base station when the beam-forming gain parameter, G BF, is below a predetermined threshold value, G Thres. - receiving a cell-specific reference signal without use of beam-forming and a dedicated reference signal with use of beam-forming from the base station, - measuring a received power, P RSRP, of the cell-specific reference signal and a received power, P DRSRP, of the dedicated reference signal, and - determining a beam-forming gain parameter, G BF, based on the measured received power, P RSRP, of the cell-specific reference signal and on the measured received power, P DRSRP, of the dedicated reference signal, further comprising - transmitting the measured received power, P DRSRP, of the dedicated reference signal, the measured received power, P RSRP, of the cell-specific reference signal and/or the determined beam-forming gain parameter, G BF, to the base station for determining whether the beam-forming is to be used or not at the base station for the user equipment (3, 4), - transmitting the determined beam-forming gain parameter, G BF, to the base station when the beam-forming gain parameter, G BF, is below a predetermined threshold value, G Thres.
A method performed by a controller bridge, CB, unit in an extended bridge, the method comprising: receiving, by the CB unit, join requests from a plurality of port extender, PE, units; determining, by the CB unit based on the join requests, whether the plurality of PE units are physically connected to the CB unit or other CB units in the extended bridge according to a ring topology; and if the plurality of PE units are physically connected to the CB unit or the other CB units according to a ring topology, selecting a link in the ring topology as being a standby link. receiving, by the CB unit, join requests from a plurality of port extender, PE, units; determining, by the CB unit based on the join requests, whether the plurality of PE units are physically connected to the CB unit or other CB units in the extended bridge according to a ring topology; and if the plurality of PE units are physically connected to the CB unit or the other CB units according to a ring topology, selecting a link in the ring topology as being a standby link.