mhurhangee/ep-ind-claims huggingface dataset:
A Femto base station adapted to generate a cell and communicate with a multimedia gateway having an IMS gateway functionality and a device detection functionality, said Femto base station comprising: receiving means for receiving cell information related to the cell generated by said Femto base station from a radio network controller; first transmitting means for transmitting the cell information to said multimedia gateway; and second transmitting means for transmitting the cell information to a user equipment connected to the cell, wherein the cell information comprises information that is used by said multimedia gateway and said user equipment to generate an identification information uniquely associating said multimedia gateway with said user equipment. receiving means for receiving cell information related to the cell generated by said Femto base station from a radio network controller; first transmitting means for transmitting the cell information to said multimedia gateway; and second transmitting means for transmitting the cell information to a user equipment connected to the cell, wherein the cell information comprises information that is used by said multimedia gateway and said user equipment to generate an identification information uniquely associating said multimedia gateway with said user equipment.
Thermostat unit comprising provided on or in a housing - a temperature sensor, - a temperature controller, - at least one light sensor, - a data processing unit, - and at least one motion sensor comprising at least two different detection fields (5, 6), wherein a temperature control based on at least one sensor signal is provided, characterised in that the detection fields are separated by a separation plane, the position of the detection fields (5, 6) on the motion sensor is adjustable and the separation plane is provided substantially horizontally aligned relative to the housing. - a temperature sensor, - a temperature controller, - at least one light sensor, - a data processing unit, - and at least one motion sensor comprising at least two different detection fields (5, 6), wherein a temperature control based on at least one sensor signal is provided, characterised in that the detection fields are separated by a separation plane, the position of the detection fields (5, 6) on the motion sensor is adjustable and the separation plane is provided substantially horizontally aligned relative to the housing.
A hydraulic torque impulse generator comprising a motor driven drive cylinder with a hydraulic fluid chamber, an output shaft with an impulse receiving portion coaxial with the drive cylinder and connected to at least one radially movable seal element (24,25) supported on the impulse receiving portion and intermittently dividing the hydraulic chamber into a high pressure compartment and a low pressure compartment, and cam profiles (27,28) arranged to displace said at least one seal element (24,25) from an idling position to a high pressure pulse generating position, wherein a by-pass passage is provided to communicate fluid between the high pressure compartment and the low pressure compartment, and a valve element movable between a closed position and an open position to thereby control the fluid flow through the by-pass passage, wherein the valve element is coupled to and co-rotatable with the drive cylinder, said valve element being arranged to occupy its closed position during pressure build-up in the high pressure compartment and to be shifted to its open position as soon as a high pressure pulse has been completed, characterised in that the valve element is a part of a control spindle that is coupled to the drive cylinder via a lost motion coupling providing an angular play between the control spindle and the drive cylinder, and said control spindle is arranged to rotate through said angular play by its inherent kinetic energy at the abrupt stop of the drive cylinder at the generation of each high pressure pulse, whereby the valve element is shifted to its open position.
A seat back framework for use in a seat back of a vehicle seat, comprising: an upper frame member disposed adjacent to an upside of the seat back; a slippage prevention portion for preventing a seat occupant on the vehicle seat from slipping or dislocating on and along the seat back in a direction upwardly of the seat back, when said seat occupant is moved backwardly of the seat back under inertia to contact the seat back in case of a rear-end collision, said slippage prevention portion being defined in said upper frame member and having a sloped region which is inclined forwardly of said seat back framework from said upper frame member, and said slippage prevention portion being so adapted that said sloped region thereof is to receive a back portion of said seat occupant in said case of rear-end collision thereby preventing upward slippage of said seat occupant on and along the seat back characterised in that said upper frame member is made of a sheet metal, and wherein from said upper frame member made of said sheet metal, said slippage prevention portion protrudes in a direction forwardly of the seat back framework, such that said sloped region thereof provides a flat sloped surface inclined in a direction forwardly and upwardly of the seat back framework. an upper frame member disposed adjacent to an upside of the seat back; a slippage prevention portion for preventing a seat occupant on the vehicle seat from slipping or dislocating on and along the seat back in a direction upwardly of the seat back, when said seat occupant is moved backwardly of the seat back under inertia to contact the seat back in case of a rear-end collision, said slippage prevention portion being defined in said upper frame member and having a sloped region which is inclined forwardly of said seat back framework from said upper frame member, and said slippage prevention portion being so adapted that said sloped region thereof is to receive a back portion of said seat occupant in said case of rear-end collision thereby preventing upward slippage of said seat occupant on and along the seat back
A slow sand filter comprising: an inlet for water to be filtered; an overflow outlet for overflow of filtered water at a filter water overflow level; a fluid path between the inlet and the overflow outlet, wherein granular filter media is provided throughout the fluid path for filtering of water flowing from the inlet to the overflow outlet; a biolayer formed on top of the filter media; an outer container and an inner wall structure provided inside the outer container wherein the outer container and the inner wall structure together define a meandering fluid path portion of the fluid path between the inlet and the overflow outlet, wherein the inner wall structure is funnel-shaped with a wider upper portion and a narrower lower portion emanating in a lower portion of the outer container, and wherein the overflow outlet is provided in an upper portion of the outer container, and a diffuser for incoming water, wherein the diffuser comprises a sheet layer having a lower density than water and wherein the sheet layer is shaped to fit within the inlet of the slow sand filter such that the sheet layer is capable of floating above the filter media on top of the water and above any biolayer formed on said filter media, wherein the diffuser is provided with a plurality of holes for water to flow through on its way from the inlet to the filter media. an inlet for water to be filtered; an overflow outlet for overflow of filtered water at a filter water overflow level; a fluid path between the inlet and the overflow outlet, wherein granular filter media is provided throughout the fluid path for filtering of water flowing from the inlet to the overflow outlet; a biolayer formed on top of the filter media; an outer container and an inner wall structure provided inside the outer container wherein the outer container and the inner wall structure together define a meandering fluid path portion of the fluid path between the inlet and the overflow outlet, wherein the inner wall structure is funnel-shaped with a wider upper portion and a narrower lower portion emanating in a lower portion of the outer container, and wherein the overflow outlet is provided in an upper portion of the outer container, and a diffuser for incoming water, wherein the diffuser comprises a sheet layer having a lower density than water and wherein the sheet layer is shaped to fit within the inlet of the slow sand filter such that the sheet layer is capable of floating above the filter media on top of the water and above any biolayer formed on said filter media, wherein the diffuser is provided with a plurality of holes for water to flow through on its way from the inlet to the filter media.
An office chair seating arrangement comprising: a headrest assembly coupled to the seating arrangement, the headrest assembly comprising: a support arrangement pivotably coupled to a back assembly of the seating arrangement for pivoting movement about a first pivot axis where the back assembly is configured to support the back of a seated user; a headrest member pivotably coupled directly to the support arrangement for pivoting movement about a second pivot axis that is spaced from the first pivot axis; and a sliding arrangement (2062, 2083) coupling the headrest member to the support arrangement, and configured to allow sliding vertical adjustment of the headrest member with respect to the support arrangement along an arcuate path, wherein: the seating arrangement further comprises: a seat assembly adapted to support a user; and the back assembly operably coupled to the seat assembly and adapted to support a user, where the support arrangement of the headrest assembly is pivotably coupled to the back assembly. a headrest assembly coupled to the seating arrangement, the headrest assembly comprising: a support arrangement pivotably coupled to a back assembly of the seating arrangement for pivoting movement about a first pivot axis where the back assembly is configured to support the back of a seated user; a headrest member pivotably coupled directly to the support arrangement for pivoting movement about a second pivot axis that is spaced from the first pivot axis; and a sliding arrangement (2062, 2083) coupling the headrest member to the support arrangement, and configured to allow sliding vertical adjustment of the headrest member with respect to the support arrangement along an arcuate path, wherein: a support arrangement pivotably coupled to a back assembly of the seating arrangement for pivoting movement about a first pivot axis where the back assembly is configured to support the back of a seated user; a headrest member pivotably coupled directly to the support arrangement for pivoting movement about a second pivot axis that is spaced from the first pivot axis; and a sliding arrangement (2062, 2083) coupling the headrest member to the support arrangement, and configured to allow sliding vertical adjustment of the headrest member with respect to the support arrangement along an arcuate path, wherein: the seating arrangement further comprises: a seat assembly adapted to support a user; and the back assembly operably coupled to the seat assembly and adapted to support a user, where the support arrangement of the headrest assembly is pivotably coupled to the back assembly. a seat assembly adapted to support a user; and the back assembly operably coupled to the seat assembly and adapted to support a user, where the support arrangement of the headrest assembly is pivotably coupled to the back assembly.
A coating composition comprising: (a) 40% or more of one or more hydrophobic cycloaliphatic monomer(s); (b) from 0.1% to 10% of one or more alcohol-functional wax(es) or sterol(s); and (c) from 0.1% to 10% of one or more hydrophobic wax material(s), wherein, said coating composition is a printable radiation curable barrier coating composition. (a) 40% or more of one or more hydrophobic cycloaliphatic monomer(s); (b) from 0.1% to 10% of one or more alcohol-functional wax(es) or sterol(s); and (c) from 0.1% to 10% of one or more hydrophobic wax material(s), wherein, said coating composition is a printable radiation curable barrier coating composition.
A method of wireless communication, comprising: receiving a plurality of channel quality indicator values from at least one user equipment wherein the channel quality indicator values are calculated with the assumption that the total received power on the HS-PDSCH is defined by P CPICH + ┌ + Δ(dB), P CPICH is the received power of the P-CPICH, ┌ is a measurement power offset and Δ is a reference power adjustment; the method characterised by: determining whether at least some of the plurality of received channel quality indicator values are at or above an upper threshold value, or at or below a lower threshold value; and transmitting an adjusted measurement power offset to the user equipment for calculating subsequent channel quality indicator values in response to at least some of the plurality of received channel quality indicator values being at or above the upper threshold value, or at or below the lower threshold value. determining whether at least some of the plurality of received channel quality indicator values are at or above an upper threshold value, or at or below a lower threshold value; and transmitting an adjusted measurement power offset to the user equipment for calculating subsequent channel quality indicator values in response to at least some of the plurality of received channel quality indicator values being at or above the upper threshold value, or at or below the lower threshold value.
A non-transparent light-emitting construction element (200; 400), comprising: a construction element having a mounting side and a user-facing side to be facing a user when said light-emitting construction element is used in a construction; and a light-emitter (108; 404) embedded in said construction element, wherein said light-emitter is embedded in said construction element in such a way that said light-emitter is non-visible in its off-state and light from the light-emitter escapes from the construction element when the light-emitter is in its on-state, wherein said construction element comprises: a top layer having a user facing side and a mounting side, wherein said mounting side comprises a plurality of cavities; and a carrier comprising a plurality of light-emitters, each being arranged in a respective one of said cavities in said top layer, wherein said top layer has a rough surface having peaks and valleys and wherein said cavities in said top layer are extending through said top layer and wherein the light-emitters (108; 404) are protruding from the surface of said top layer. a construction element having a mounting side and a user-facing side to be facing a user when said light-emitting construction element is used in a construction; and a light-emitter (108; 404) embedded in said construction element, wherein said light-emitter is embedded in said construction element in such a way that said light-emitter is non-visible in its off-state and light from the light-emitter escapes from the construction element when the light-emitter is in its on-state, wherein said construction element comprises: a top layer having a user facing side and a mounting side, wherein said mounting side comprises a plurality of cavities; and a carrier comprising a plurality of light-emitters, each being arranged in a respective one of said cavities in said top layer, wherein said top layer has a rough surface having peaks and valleys and wherein said cavities in said top layer are extending through said top layer and wherein the light-emitters (108; 404) are protruding from the surface of said top layer.
A processor, comprising: a plurality of physical registers, each identified by a physical register index (PR1 - PRP); a reorder buffer comprising a plurality of instruction entries each storing two physical register indexes (PR1 - PR2) for recycling corresponding physical registers, wherein said reorder buffer retires up to N instructions in each processor cycle in which N is a positive integer; a master free list and a slave free list, each comprising N input ports and storing corresponding physical register indexes (PR1 - PRP) of said physical registers, wherein said physical registers whose corresponding physical register indexes (PR1 - PRP) are stored in said master free list are for allocating to instructions being issued; a master recycle circuit that is coupled to the reorder buffer and the master free list, and routes a first physical register index, which is stored in an instruction entry of an instruction, to one of said N input ports of said master free list when said instruction is retired; and a slave recycle circuit that is coupled to the reorder buffer and the slave free list, and routes a second physical register index, which is stored in said instruction entry of said instruction, to one of said N input ports of said slave free list when said instruction is retired. a plurality of physical registers, each identified by a physical register index (PR1 - PRP); a reorder buffer comprising a plurality of instruction entries each storing two physical register indexes (PR1 - PR2) for recycling corresponding physical registers, wherein said reorder buffer retires up to N instructions in each processor cycle in which N is a positive integer; a master free list and a slave free list, each comprising N input ports and storing corresponding physical register indexes (PR1 - PRP) of said physical registers, wherein said physical registers whose corresponding physical register indexes (PR1 - PRP) are stored in said master free list are for allocating to instructions being issued; a master recycle circuit that is coupled to the reorder buffer and the master free list, and routes a first physical register index, which is stored in an instruction entry of an instruction, to one of said N input ports of said master free list when said instruction is retired; and a slave recycle circuit that is coupled to the reorder buffer and the slave free list, and routes a second physical register index, which is stored in said instruction entry of said instruction, to one of said N input ports of said slave free list when said instruction is retired.
A lighting system for a vehicular passenger compartment having a variable colour light output responsive to temperature changes within the passenger compartment, said system comprising: a plurality of air discharge vents (24, 26, 28, 30) within the passenger compartment, including at least a front defroster vent, a dashboard mounted vent and a floor vent, a plenum for conducting air to said vents (24, 26, 28, 30), a detector (46, 48) for sensing the temperature of air delivered to said vents; respective lighting devices disposed in said plenum adjacent each of said vents such that projected light radiates through each of said vents to provide ambience lighting to the passenger compartment; and a control circuit responsive to said detector (46, 48) for automatically energising said lighting devices (50, 52) to project a first colour of tight when the air temperature is below a predetermined value and for automatically energising said lighting devices to project a second colour of light when the air temperature is above a predetermined value, wherein said first and second colours are different, a plurality of air discharge vents (24, 26, 28, 30) within the passenger compartment, including at least a front defroster vent, a dashboard mounted vent and a floor vent, a plenum for conducting air to said vents (24, 26, 28, 30), a detector (46, 48) for sensing the temperature of air delivered to said vents; respective lighting devices disposed in said plenum adjacent each of said vents such that projected light radiates through each of said vents to provide ambience lighting to the passenger compartment; and a control circuit responsive to said detector (46, 48) for automatically energising said lighting devices (50, 52) to project a first colour of tight when the air temperature is below a predetermined value and for automatically energising said lighting devices to project a second colour of light when the air temperature is above a predetermined value, wherein said first and second colours are different,
A transducer (10,370) for transducing an acoustic signal into an electrical signal comprising: a housing; and an electret assembly located in said housing and having a moveable member (33, 133) and a stationary member (28, 320, 330, 340, 350), said moveable member being moveable relative to said stationary member, said stationary member including a charged layer (32, 322, 322', 332, 342, 352) having a first surface exposed to the movable member and a second, opposite surface, characterized in that the charged layer has a protective polymeric layer (326, 326', 336, 346, 356) on the second surface thereof for inhibiting the infiltration of undesirable charges into said charged layer that affect the charge in said charged layer. a housing; and an electret assembly located in said housing and having a moveable member (33, 133) and a stationary member (28, 320, 330, 340, 350), said moveable member being moveable relative to said stationary member, said stationary member including a charged layer (32, 322, 322', 332, 342, 352) having a first surface exposed to the movable member and a second, opposite surface, characterized in that the charged layer has a protective polymeric layer (326, 326', 336, 346, 356) on the second surface thereof for inhibiting the infiltration of undesirable charges into said charged layer that affect the charge in said charged layer.
A product for monitoring the condition of a wound comprising: a. a sample application zone to which wound fluid is added b. a reaction zone downstream of the sample application zone comprising protease-sensitive polymers; c. a zone comprising coloured particles downstream of the sample application zone; and d. a viewing zone downstream of the sample application zone, reaction zone and zone comprising coloured particles; wherein the sample application zone transmits fluid towards the viewing zone and wherein cleavage of the polymers by protease activity present in the wound fluid results in carriage of the coloured particles with the wound fluid to the viewing zone thereby providing a visual indication of protease activity in the viewing zone, wherein: (i) the coloured particles are entrapped within the polymers and cleavage of the polymers by protease activity present in the wound fluid results in release of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone; or (ii) the reaction zone forms a barrier that prevents wound fluid reaching the viewing zone and wherein cleavage of the polymers by protease activity present in the wound fluid, optionally above a threshold level, disrupts the barrier and results in carriage of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone. a. a sample application zone to which wound fluid is added b. a reaction zone downstream of the sample application zone comprising protease-sensitive polymers; c. a zone comprising coloured particles downstream of the sample application zone; and d. a viewing zone downstream of the sample application zone, reaction zone and zone comprising coloured particles; (i) the coloured particles are entrapped within the polymers and cleavage of the polymers by protease activity present in the wound fluid results in release of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone; or (ii) the reaction zone forms a barrier that prevents wound fluid reaching the viewing zone and wherein cleavage of the polymers by protease activity present in the wound fluid, optionally above a threshold level, disrupts the barrier and results in carriage of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone.