mhurhangee/ep-ind-claims huggingface dataset:
Subassembly for a metal-ion electrochemical accumulator, comprising: - an electrically conductive part of a bushing intended to form a terminal of the accumulator, the part internally comprising a passage, intended to emerge out of one of its ends of the accumulator; - a mandrel of longitudinal axis and of winding of the electrochemical cell of the accumulator, the mandrel being electrically conductive and internally comprising a passage intended to emerge out of the accumulator at the other of its ends; - an electrical insulation element between the electrically conductive terminal part and the electrically conductive winding mandrel, the insulation part comprising a passage emerging both in the passage of the terminal part and the passage of the winding mandrel, the passages being intended to convey a coolant of the accumulator. - an electrically conductive part of a bushing intended to form a terminal of the accumulator, the part internally comprising a passage, intended to emerge out of one of its ends of the accumulator; - a mandrel of longitudinal axis and of winding of the electrochemical cell of the accumulator, the mandrel being electrically conductive and internally comprising a passage intended to emerge out of the accumulator at the other of its ends; - an electrical insulation element between the electrically conductive terminal part and the electrically conductive winding mandrel, the insulation part comprising a passage emerging both in the passage of the terminal part and the passage of the winding mandrel, the passages being intended to convey a coolant of the accumulator.
A method for wireless communications performed by a base station in a network, comprising: determining a first bandwidth within a larger system bandwidth to transmit a first positioning reference signal, PRS, to a first type of user equipment,UE; determining a second bandwidth, different from the first bandwidth, within the system bandwidth to transmit a second PRS to a second type of UE; and transmitting information associated with the first PRS and the second PRS; further comprising: transmitting the first PRS and the second PRS in different subframes (702; 704; 802; 804; 806) associated with the first bandwidth and the second bandwidth. determining a first bandwidth within a larger system bandwidth to transmit a first positioning reference signal, PRS, to a first type of user equipment,UE; determining a second bandwidth, different from the first bandwidth, within the system bandwidth to transmit a second PRS to a second type of UE; and transmitting information associated with the first PRS and the second PRS; further comprising: transmitting the first PRS and the second PRS in different subframes (702; 704; 802; 804; 806) associated with the first bandwidth and the second bandwidth.
A distributed antenna system, DAS, comprising: a plurality of nodes, including: a head-end unit; and a plurality of remote units that are communicatively coupled to the head-end unit; wherein the head-end unit is configured to receive uplink received signals from remote units that wirelessly transceive signals in a coverage area (110, 112); wherein the head-end unit includes one or more summer devices configured to sum two or more of the uplink received signals to produce a summed uplink received signal; and wherein at least one of the nodes of the DAS includes a processing device including one or more transfer function calculators configured to determine a transfer function based on samples of the summed uplink received signal and/or the uplink received signals received from one or more samplers in an uplink signal path, wherein the one or more transfer function calculators are configured to provide the determined transfer function to one or more transfer function filters in order to configure a variable filter of each of the one or more transfer function filters to apply the determined transfer function to signals in the DAS in the uplink signal path prior to summation by the one or more summer devices or in a downlink signal path, wherein application of the determined transfer function cancels, reduces, attenuates, or eliminates intermodulation byproducts in the summed uplink received signal. a plurality of nodes, including: a head-end unit; and a plurality of remote units that are communicatively coupled to the head-end unit; a head-end unit; and a plurality of remote units that are communicatively coupled to the head-end unit; wherein the head-end unit is configured to receive uplink received signals from remote units that wirelessly transceive signals in a coverage area (110, 112); wherein the head-end unit includes one or more summer devices configured to sum two or more of the uplink received signals to produce a summed uplink received signal; and wherein at least one of the nodes of the DAS includes a processing device including one or more transfer function calculators configured to determine a transfer function based on samples of the summed uplink received signal and/or the uplink received signals received from one or more samplers in an uplink signal path, wherein the one or more transfer function calculators are configured to provide the determined transfer function to one or more transfer function filters in order to configure a variable filter of each of the one or more transfer function filters to apply the determined transfer function to signals in the DAS in the uplink signal path prior to summation by the one or more summer devices or in a downlink signal path, wherein application of the determined transfer function cancels, reduces, attenuates, or eliminates intermodulation byproducts in the summed uplink received signal.
A system for recovering heat from a combined heat and power plant comprising an internal combustion engine and a heating circuit for heating fluid to circulate, said system comprising: - an exhaust heat exchanger is provided for recovering heat from exhaust gases of the engine, - a cooling liquid heat exchanger is provided for recovering heat from a cooling liquid circuit of the engine, - a charge air cooling heat exchanger is provided for recovering heat from charge air, - a district heating heat exchanger for providing heat to a district heating consumer network, - the cooling liquid heat exchanger and the charge air cooling heat exchanger are connected in series, characterized in that - a lubrication oil heat exchanger is provided for recovering heat from a lubrication oil circuit of the engine, - there are provided two 4-way valves (61, 62) and an interconnecting channel between the 4-way valves (61, 62) to configure the order of said cooling liquid heat exchanger and the charge air cooling heat exchanger in respect to each other while maintaining the direction of the flow of the heating fluid through said cooling liquid heat exchanger and charge air cooling heat exchanger. - an exhaust heat exchanger is provided for recovering heat from exhaust gases of the engine, - a cooling liquid heat exchanger is provided for recovering heat from a cooling liquid circuit of the engine, - a charge air cooling heat exchanger is provided for recovering heat from charge air, - a district heating heat exchanger for providing heat to a district heating consumer network, - the cooling liquid heat exchanger and the charge air cooling heat exchanger are connected in series, characterized in that - a lubrication oil heat exchanger is provided for recovering heat from a lubrication oil circuit of the engine, - there are provided two 4-way valves (61, 62) and an interconnecting channel between the 4-way valves (61, 62) to configure the order of said cooling liquid heat exchanger and the charge air cooling heat exchanger in respect to each other while maintaining the direction of the flow of the heating fluid through said cooling liquid heat exchanger and charge air cooling heat exchanger.
An airfoil, comprising: a leading edge; a body portion; and a trailing edge formed from a high-modulus plating, the body portion being formed from a material that has a lower elastic modulus than the high-modulus plating, wherein the material forming the body portion is selected from the group consisting of aluminum, titanium, and a composite material, and characterised in that the high-modulus plating is formed from one or more layers of a metal or a metal alloy selected from the group consisting of nickel, iron, cobalt, and an alloy of any of nickel, iron or cobalt, said alloy comprising at least 50 wt.% of nickel, cobalt or iron. a leading edge; a body portion; and a trailing edge formed from a high-modulus plating, the body portion being formed from a material that has a lower elastic modulus than the high-modulus plating, wherein the material forming the body portion is selected from the group consisting of aluminum, titanium, and a composite material, and characterised in that the high-modulus plating is formed from one or more layers of a metal or a metal alloy selected from the group consisting of nickel, iron, cobalt, and an alloy of any of nickel, iron or cobalt, said alloy comprising at least 50 wt.% of nickel, cobalt or iron.
A method of calculating the weight of a load lifted by a lifting arm of a machine, the machine having a plurality of ground-engaging means each engaged with the ground, each ground-engaging means (114L, 114R, 116L, 116R) having an associated sensor (138, 140, 124), the method comprising: receiving a signal from each sensor, each signal of each sensor representing a force exerted on the ground-engaging means associated with the sensor as a result of lifting the load and characterized in that receiving a chassis signal from a chassis sensor, said chassis signal representing an angle of the chassis relative to the horizontal; and calculating, from all received signals, the weight of the load lifted by the lifting arm. receiving a signal from each sensor, each signal of each sensor representing a force exerted on the ground-engaging means associated with the sensor as a result of lifting the load and characterized in that receiving a chassis signal from a chassis sensor, said chassis signal representing an angle of the chassis relative to the horizontal; and calculating, from all received signals, the weight of the load lifted by the lifting arm.
A pinion formed by two joinable parts (11, 12) which is mountable on a shaft, comprising: a substantially semi-circular first portion of said pinion; a substantially semi-circular second portion of said pinion; said first portion has a first joining surface and a first portion of a hole concentric with said pinion; said second portion has a second joining surface and a second portion of a hole concentric with said pinion; said first joining surface is suited to be joined to said second joining surface by means of connection means (20, 25); characterized in that said connection means (20, 25) comprise a first bushing and a second bushing; said first bushing is fixed onto said first portion and protrudes from said first joining surface; said second bushing is fixed onto said first or second portion and protrudes from said first or second joining surface.
A paper towel dispenser arranged to both store a supply of paper and automatically dispense at least a portion of said supply of paper, said dispenser comprising a housing with an outer surface, and an active IR sensor system for detecting presence of a possible user, said IR sensor system including at least one IR emitter (10, 12) having an active emitting portion and at least one IR receiver (9, 11, 13) having an active receiving portion, wherein said outer surface is positioned on the lower side of said dispenser housing facing generally downwards, and wherein said outer surface at the lower side of said dispenser housing, in which said at least one emitter (10, 12) and said at least one receiver (9, 11, 13) are positioned, is directly adjacent a lateral discharge opening of said dispenser on the lower side of said dispenser and said sensor system generating a detection zone being inclined downwardly and forwardly of the discharge opening, characterised in that each IR emitter (10, 12) is positioned such that at least part of its active emitting portion protrudes outwardly from said outer surface of said housing, and each IR receiver (9, 11, 13) is positioned such that at least part of its active receiving portion is recessed behind said outer surface of the housing, such that any outward protrusion of the active receiving portion from said outer surface of said housing is less than the outward protrusion of said active emitting portion from said outer surface of said housing, and wherein said sensor system comprises at least two IR emitters (10, 12) and at least three IR receivers (9, 11, 13), wherein one receiver (9, 11, 13) is located on each lateral side of an emitter such that the emitters (10, 12) and receivers (9, 11, 13) are in the order receiver-emitter-receiver-emitter-receiver in a lateral direction across the dispenser and the spacing between each emitter (10, 12) and each laterally adjacent receiver (9, 11, 13) is equal.
A spray drying apparatus comprising: (i) a spray nozzle having a proximal end and a distal end, said spray nozzle comprising: a spray nozzle tip at said distal end of said spray nozzle; a liquid conduit for guiding a liquid to be spray-dried out through said spray nozzle tip; an atomizing component for producing a spray of droplets from said liquid exiting said spray nozzle; (ii) a drying gas conduit comprising an outlet for directing a drying gas to dry said spray of droplets; and: (iii) a drying gas deflector positioned so as to deflect a flow of the drying gas away from the spray nozzle tip such that the spray nozzle tip does not protrude beyond the distal end of the drying gas deflector, and wherein (a) the drying gas deflector is mounted on the spray nozzle at a position proximal to the distal end of the spray nozzle, or (b) the drying gas deflector is mounted on a part of the spray drying apparatus other than the spray nozzle or the nozzle tip and is placed at a location between the spray nozzle tip and the flow of drying gas. (i) a spray nozzle having a proximal end and a distal end, said spray nozzle comprising: a spray nozzle tip at said distal end of said spray nozzle; a liquid conduit for guiding a liquid to be spray-dried out through said spray nozzle tip; an atomizing component for producing a spray of droplets from said liquid exiting said spray nozzle; a spray nozzle tip at said distal end of said spray nozzle; a liquid conduit for guiding a liquid to be spray-dried out through said spray nozzle tip; an atomizing component for producing a spray of droplets from said liquid exiting said spray nozzle; (ii) a drying gas conduit comprising an outlet for directing a drying gas to dry said spray of droplets; and: (iii) a drying gas deflector positioned so as to deflect a flow of the drying gas away from the spray nozzle tip such that the spray nozzle tip does not protrude beyond the distal end of the drying gas deflector, and wherein (a) the drying gas deflector is mounted on the spray nozzle at a position proximal to the distal end of the spray nozzle, or (b) the drying gas deflector is mounted on a part of the spray drying apparatus other than the spray nozzle or the nozzle tip and is placed at a location between the spray nozzle tip and the flow of drying gas. (a) the drying gas deflector is mounted on the spray nozzle at a position proximal to the distal end of the spray nozzle, or (b) the drying gas deflector is mounted on a part of the spray drying apparatus other than the spray nozzle or the nozzle tip and is placed at a location between the spray nozzle tip and the flow of drying gas.
A system for selecting elements based on edible pasta, preferably short pasta, comprising a detection part and a selection part, wherein the detection part in turn comprises: - lighting means (21, 22) for lighting pasta elements that transit in an inspection space; and - an optical detection means for acquiring images of the pasta elements in the inspection space; the selection part comprises: - a selection assembly for diverting selectively the pasta elements toward further processing means or toward a rejection path, wherein the selection assembly comprises a plurality of diverters, each of which can move independently of the others between a transfer condition and a rejection condition in order to divert selectively the pasta elements toward the further processing means or toward the rejection path; wherein said lighting means (21,22) comprise first lighting means and second lighting means, each adapted to light along a different direction the pasta elements in the inspection space, wherein the first and second lighting means (21,22) light the pasta in two different directions: - the first lighting means light the inspection space along an axis that substantially coincides with the image acquisition axis of the optical detection means; and - the second lighting means light the inspection space along an axis that is different from the axis of the first means; wherein the first and second lighting means (21,22) individually are arranged above the inspection space over which the pasta elements transit. - lighting means (21, 22) for lighting pasta elements that transit in an inspection space; and - an optical detection means for acquiring images of the pasta elements in the inspection space; - a selection assembly for diverting selectively the pasta elements toward further processing means or toward a rejection path, wherein the selection assembly comprises a plurality of diverters, each of which can move independently of the others between a transfer condition and a rejection condition in order to divert selectively the pasta elements toward the further processing means or toward the rejection path; - the first lighting means light the inspection space along an axis that substantially coincides with the image acquisition axis of the optical detection means; and - the second lighting means light the inspection space along an axis that is different from the axis of the first means;
Electrochemical cell having the following features: a. It comprises a ring-shaped composite electrode body. b. It comprises a ring-shaped, liquid-tight housing formed as a hollow cylinder. c. The housing comprises a ring-shaped internal space. d. The housing is arranged around a central aperture or recess. e. The housing has a height in the range from 5 mm to 40 mm and an external diameter in the range from 6 mm to 20 mm. f. The ring-shaped composite electrode body is arranged in the ring-shaped internal space. g. The housing comprises two annular housing bases spaced apart from each other and parallel to each other and a ring-shaped inner housing shell connecting the housing bases and a ring-shaped outer housing shell connecting the housing bases, each of the housing shells and each of the housing bases each having an inner side pointing into the internal space and an outer side pointing in an opposite direction. h. The housing comprises two cup-shaped half parts each comprising an annular disc, a hollow cylindrical inner ring and a hollow cylindrical outer ring, one of the half parts being pushed into the other, so that the annular discs form the mutually parallel housing bases and the inner rings form the inner housing shell and the outer rings form the outer housing shell. a. It comprises a ring-shaped composite electrode body. b. It comprises a ring-shaped, liquid-tight housing formed as a hollow cylinder. c. The housing comprises a ring-shaped internal space. d. The housing is arranged around a central aperture or recess. e. The housing has a height in the range from 5 mm to 40 mm and an external diameter in the range from 6 mm to 20 mm. f. The ring-shaped composite electrode body is arranged in the ring-shaped internal space. g. The housing comprises two annular housing bases spaced apart from each other and parallel to each other and a ring-shaped inner housing shell connecting the housing bases and a ring-shaped outer housing shell connecting the housing bases, each of the housing shells and each of the housing bases each having an inner side pointing into the internal space and an outer side pointing in an opposite direction. h. The housing comprises two cup-shaped half parts each comprising an annular disc, a hollow cylindrical inner ring and a hollow cylindrical outer ring, one of the half parts being pushed into the other, so that the annular discs form the mutually parallel housing bases and the inner rings form the inner housing shell and the outer rings form the outer housing shell.
A gas sampling apparatus to be used with a pump, the gas sampling apparatus comprising: a filter receptacle; and a filter body (100, 500, 600) configured to be insertable into the filter receptacle, the filter body comprising an accessory receptacle (110, 510, 610) integral with the filter body at a first end of the filter body and connectable to a removable accessory connector to receive a gas supply, and a filter (520, 620) configured to filter the gas supply to provide a filtered gas sample to the filter receptacle through a second end of the filter body opposite the first end, the filter body further being configured so that only the accessory receptacle protrudes from the filter receptacle when the filter body is fully inserted into the filter receptacle characterized in that the apparatus further comprising a sensor configured to detect insertion of the accessory connector into the accessory receptacle to provide a pump actuator signal. a filter receptacle; and a filter body (100, 500, 600) configured to be insertable into the filter receptacle, the filter body comprising an accessory receptacle (110, 510, 610) integral with the filter body at a first end of the filter body and connectable to a removable accessory connector to receive a gas supply, and a filter (520, 620) configured to filter the gas supply to provide a filtered gas sample to the filter receptacle through a second end of the filter body opposite the first end, the filter body further being configured so that only the accessory receptacle protrudes from the filter receptacle when the filter body is fully inserted into the filter receptacle characterized in that the apparatus further comprising a sensor configured to detect insertion of the accessory connector into the accessory receptacle to provide a pump actuator signal.
Seat fastening device for fastening vehicle seats in a vehicle, comprising a seat rail with a T-shaped profile portion and a carriage enclosing an upper part of the T-shaped profile portion, the carriage including a seat fixation means for fixing a vehicle seat, wherein the carriage includes a clamp means for clamping the carriage onto the T-shaped profile portion, wherein the carriage has a base body and first and second bracket clamps (26, 28) so that the carriage has a C-shaped channel section receiving the T-shaped profile portion, characterized in that the height of the C-shaped channel section can be adjusted by at least one screw means in order to clamp the carriage onto the T-shaped profile portion.