mhurhangee/ep-ind-claims huggingface dataset:
A refrigerating system, comprising: a refrigerating loop, comprising a compressor, a condenser, a throttling element, and an evaporator that are connected in sequence through a pipeline; and a purification loop, connected to the refrigerating loop and configured to separate a pressure maintaining gas in the refrigerating loop; wherein the purification loop comprises a purification compressor, a purification condenser, an expansion valve, and a low-temperature separator that are connected in sequence through a pipeline, and the purification loop is bi-directionally connected to the refrigerating loop through the low-temperature separator; wherein the low-temperature separator comprises an inlet located at the top of the low-temperature separator, a refrigerant outlet located at the bottom of the low-temperature separator, and a pressure maintaining gas outlet located at the top of the low-temperature separator; and wherein the refrigerating loop is connected into the purification loop from a highest position or a local highest position of the refrigerating system and is connected into the top of the low-temperature separator from the top of the compressor, wherein the refrigerating loop is connected into the inlet of the low-temperature separator from the top of the compressor and into the bottom of the condenser or the bottom of the evaporator from the refrigerant outlet. a refrigerating loop, comprising a compressor, a condenser, a throttling element, and an evaporator that are connected in sequence through a pipeline; and a purification loop, connected to the refrigerating loop and configured to separate a pressure maintaining gas in the refrigerating loop; wherein the purification loop comprises a purification compressor, a purification condenser, an expansion valve, and a low-temperature separator that are connected in sequence through a pipeline, and the purification loop is bi-directionally connected to the refrigerating loop through the low-temperature separator; wherein the low-temperature separator comprises an inlet located at the top of the low-temperature separator, a refrigerant outlet located at the bottom of the low-temperature separator, and a pressure maintaining gas outlet located at the top of the low-temperature separator; and wherein the refrigerating loop is connected into the purification loop from a highest position or a local highest position of the refrigerating system and is connected into the top of the low-temperature separator from the top of the compressor, wherein the refrigerating loop is connected into the inlet of the low-temperature separator from the top of the compressor and into the bottom of the condenser or the bottom of the evaporator from the refrigerant outlet.
A wireless mesh network comprising: a gateway; a plurality of wireless devices (20a-20N), each wireless device (20a-20N) providing radio statistics and battery condition to the gateway; a network manager for scheduling communication among the wireless devices (20a-20N) and gateway and defining communication paths between the gateway and the wireless devices (20a-20N) based upon radio statistics provided by the wireless devices (20a-20N); and a device manager for providing a pinch point alert indicating existence of a pinch point within the mesh network based upon radio statistics, wherein the device manager is adapted to provide a prioritized low battery alert based upon battery condition data and an actual or potential pinch point associated with a source of the battery condition data, wherein a pinch point is a point in the network where failure of the wireless device (20a-20N) at that point results in other wireless devices (20a-20N) no longer having a communication path to the gateway. a gateway; a plurality of wireless devices (20a-20N), each wireless device (20a-20N) providing radio statistics and battery condition to the gateway; a network manager for scheduling communication among the wireless devices (20a-20N) and gateway and defining communication paths between the gateway and the wireless devices (20a-20N) based upon radio statistics provided by the wireless devices (20a-20N); and a device manager for providing a pinch point alert indicating existence of a pinch point within the mesh network based upon radio statistics, wherein the device manager is adapted to provide a prioritized low battery alert based upon battery condition data and an actual or potential pinch point associated with a source of the battery condition data, wherein a pinch point is a point in the network where failure of the wireless device (20a-20N) at that point results in other wireless devices (20a-20N) no longer having a communication path to the gateway.
A process for the production of an amine-based polyol comprising reacting: a) an amine adduct comprising the reaction product of (i) an amine and (ii) an alkylene oxide in amounts such that from 1 to 2 moles of alkylene oxide are present for each amine group, and b) a triglyceride, in the presence of d) an alkylene oxide, and e) a catalyst to form an amine-based polyol characterized by a calculated mean hydroxyl functionality of from 1.5 to 3.5, a number average equivalent weight, as determined by end group analysis of from 100 to 600, and an overall renewable content of from 20 to 85% by weight, wherein the renewables content is calculated by a mass balance of the material charges to the reactor, followed by an assessment of the extent of the reaction by carrying out size exclusion chromatography of the reaction product; wherein ASTM D6866 is used to determine the biobased carbon content of the product; and wherein e) is potassium hydroxide or a potassium alkoxide a) an amine adduct comprising the reaction product of (i) an amine and (ii) an alkylene oxide in amounts such that from 1 to 2 moles of alkylene oxide are present for each amine group, and (i) an amine and (ii) an alkylene oxide b) a triglyceride, in the presence of d) an alkylene oxide, and e) a catalyst d) an alkylene oxide, and e) a catalyst to form an amine-based polyol characterized by a calculated mean hydroxyl functionality of from 1.5 to 3.5, a number average equivalent weight, as determined by end group analysis of from 100 to 600, and an overall renewable content of from 20 to 85% by weight, wherein the renewables content is calculated by a mass balance of the material charges to the reactor, followed by an assessment of the extent of the reaction by carrying out size exclusion chromatography of the reaction product; wherein ASTM D6866 is used to determine the biobased carbon content of the product; and wherein e) is potassium hydroxide or a potassium alkoxide
A hydrocarbon mixture comprising a. 50 to 90% by weight of saturated linear C-11 hydrocarbons, b. 10 to 50% by weight of saturated linear C13 hydrocarbons based on the sum of the hydrocarbons. a. 50 to 90% by weight of saturated linear C-11 hydrocarbons, b. 10 to 50% by weight of saturated linear C13 hydrocarbons
Method for introducing a downwardly directed reshaping into a portion of a plate-like workpiece, in particular a sheet metal, lying on a workpiece support of a machine tool, the workpiece being movable with respect to the workpiece support, wherein the method comprises the steps: folding the portion of the workpiece in a folding step, wherein the folded portion of the workpiece has several sides and wherein it is only folded at a side connected to a residual portion of the workpiece lying on the workpiece support so that the folded portion of the workpiece is raised at a predetermined angle (α) with respect to the residual portion, and reshaping the folded portion of the workpiece to have a reshaping directed downwardly with respect to the folded portion of the workpiece in a reshaping step characterized in that after the step of reshaping, the folded portion of the workpiece is separated from the residual portion in a cutting-off step. folding the portion of the workpiece in a folding step, wherein the folded portion of the workpiece has several sides and wherein it is only folded at a side connected to a residual portion of the workpiece lying on the workpiece support so that the folded portion of the workpiece is raised at a predetermined angle (α) with respect to the residual portion, and reshaping the folded portion of the workpiece to have a reshaping directed downwardly with respect to the folded portion of the workpiece in a reshaping step characterized in that after the step of reshaping, the folded portion of the workpiece is separated from the residual portion in a cutting-off step.
Artificial turf mat, comprising a woven backing and a number of artificial grass blades connected thereto, wherein the woven backing comprises a leno weave of warp and weft threads (7, 8) wherein at least some of the threads (7, 8) are formed by melting threads, characterized in that: the artificial grass blades are woven into the woven backing, only a part of the backing is woven as leno weave, and arranged between two pairs of leno-woven warp threads (7a, 7b) is a larger number of conventionally woven warp threads (7a, 7b). the artificial grass blades are woven into the woven backing, only a part of the backing is woven as leno weave, and arranged between two pairs of leno-woven warp threads (7a, 7b) is a larger number of conventionally woven warp threads (7a, 7b).
A polypeptide comprising an amino acid sequence I consisting of: wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid.
Protective cap for a pressurised fluid cylinder tap, comprising a body, one end of which is intended to be mounted on a cylinder and another end of which comprises a manual grip member, the grip member being mounted so as to be rotatable relative to the rest of the body of the cap in order to allow a cylinder provided with such a cap to roll, by the cylinder being manually held vertically by means of the grip member, the grip member being fixed to a rotary pin for rotation therewith, which pin is rotatably mounted in a bearing which is rigidly connected to the body of the cap, characterised in that the grip member is moulded over the rotary pin.
Station for supplying a flammable fuel fluid, the station comprising a first cryogenic tank for storing flammable fuel in the form of a cryogenic liquid, a second cryogenic tank for storing a non-flammable gas and in particular an inert gas stored in the form of a cryogenic liquid, a cooling circuit (4, 14) in thermal exchange with the first tank, the cooling circuit (4, 14) comprising at least one upstream end connected to the second cryogenic tank for taking cryogenic fluid in the second cryogenic tank for the purpose of transferring frigories of the fluid of the second cryogenic tank to the first tank, the cooling circuit (4, 14) comprising at least one exchanger or coil (9, 10) housed inside the first tank, i.e. in contact with the fuel fluid, the station comprising a circuit (4, 14, 7) for withdrawing fluid from the second tank, characterised in that the station comprises at least one fuel leak detector of the first tank and at least one controlled member (6, 11) for the opening of a portion of the withdrawing circuit (4, 14, 7), the at least one opening member being automatically controlled in response to a detection of a leak by the at least one detector in order to release fluid coming from the second cryogenic tank in such a way as to inert a volume within the station and in that the circuit for withdrawing fluid from the second tank is connected to the cooling circuit (4, 14) and supplied with fluid coming from the latter.
A core sampling apparatus to allow the capture and retrieval of a core from a subterranean formation, the apparatus comprising or including: a rotatable tubular housing, a core taking bit (2, 24) constrained to rotate with the housing yet able to move axially with respect to the rotatable tubular housing, a retrievable core sampling assembly latchable (4, 5, 6) to the rotatably tubular housing comprising: a core catcher barrel (18, 22) for a core (19, 21), the core catcher barrel (18, 22) being rotationally isolated from the tubular housing and cooperable with the core taking bit to retain a core (19, 21), and a hammer (38, 100) for providing impact to the core taking bit along a longitudinal impact path that is or is substantially decoupled from the core catcher barrel (18, 22), wherein the tubular housing is operable to rotate the bit (2, 24) and the hammer (38, 100) is operable to impact the bit to capture and pass core material from the formation to the core catcher barrel (18, 22) in a manner that isolates a core (19, 21) in the core catcher barrel (18, 22) from rotation and impact forces. a rotatable tubular housing, a core taking bit (2, 24) constrained to rotate with the housing yet able to move axially with respect to the rotatable tubular housing, a retrievable core sampling assembly latchable (4, 5, 6) to the rotatably tubular housing comprising: a core catcher barrel (18, 22) for a core (19, 21), the core catcher barrel (18, 22) being rotationally isolated from the tubular housing and cooperable with the core taking bit to retain a core (19, 21), and a hammer (38, 100) for providing impact to the core taking bit along a longitudinal impact path that is or is substantially decoupled from the core catcher barrel (18, 22), a core catcher barrel (18, 22) for a core (19, 21), the core catcher barrel (18, 22) being rotationally isolated from the tubular housing and cooperable with the core taking bit to retain a core (19, 21), and a hammer (38, 100) for providing impact to the core taking bit along a longitudinal impact path that is or is substantially decoupled from the core catcher barrel (18, 22),
A torque transfer system employing radial offset hydraulic piston assemblies, the torque transfer system comprising: an input shaft (202/1702); an input disc (210/1708) coupled to the input shaft (202/1702) for rotation therewith; an input ring coupled to the input disc (210/1708) for rotation therewith; an output body located substantially within the input ring for rotation about the input shaft (202/1702), characterized by the output body having at least two output body arms extending radially outwardly from the input shaft; a plurality of hydraulic cylinders and associated pistons located at radially outward ends of the output body, each piston positioned to be selectively urged, when actuated, towards the output body and create a rigid connection between the input shaft and the output body; a hydraulic passage containing hydraulic fluid, the hydraulic passage extending through the output body arms to the hydraulic cylinders and the pistons. an input shaft (202/1702); an input disc (210/1708) coupled to the input shaft (202/1702) for rotation therewith; an input ring coupled to the input disc (210/1708) for rotation therewith; an output body located substantially within the input ring for rotation about the input shaft (202/1702), characterized by the output body having at least two output body arms extending radially outwardly from the input shaft; a plurality of hydraulic cylinders and associated pistons located at radially outward ends of the output body, each piston positioned to be selectively urged, when actuated, towards the output body and create a rigid connection between the input shaft and the output body; a hydraulic passage containing hydraulic fluid, the hydraulic passage extending through the output body arms to the hydraulic cylinders and the pistons.
A method for setting a threshold in a biometric system using imposter match score data to derive a match threshold that results in a desired false match rate comprising: creating a database of match scores between all unique impostor biometric sample pairs; creating a cumulative histogram data table recording for each possible match score value, a number of match scores that are greater than the match score value divided by the total number of samples; selecting a desired false match rate, determining a threshold that will result in the desired false match rate, wherein the threshold is determined by the cumulative histogram data table, and applying the threshold that will result in the desired false match rate; and determining a false match probability score for assessing the matchability of database samples, and incorporating the false match probability score into match results such that the occurrence of false matches and false non-matches is reduced. creating a database of match scores between all unique impostor biometric sample pairs; creating a cumulative histogram data table recording for each possible match score value, a number of match scores that are greater than the match score value divided by the total number of samples; selecting a desired false match rate, determining a threshold that will result in the desired false match rate, wherein the threshold is determined by the cumulative histogram data table, and applying the threshold that will result in the desired false match rate; and determining a false match probability score for assessing the matchability of database samples, and incorporating the false match probability score into match results such that the occurrence of false matches and false non-matches is reduced.
A telephone interface unit configured to automatically set up a headset system to a telephone device, the headset system comprising a headset (7, 8) and the telephone interface unit, the telephone interface unit comprising a switching unit configured to switch at least a headset transmit signal line (23', 24') and a headset receive signal line (25', 26') to a telephone transmit signal line (23, 24) and a telephone receive signal line (25, 26), respectively, characterized in that the telephone interface unit further comprises a processor being pre-programmed with one or more telephone device permutation settings, wherein the processor is configured to receive, from the telephone device, telephone configuration information on the basis of which a specific permutation setting is selected among the one or more pre-programmed permutation settings, the processor being configured to control the switching unit to switch at least the headset transmit signal line (23', 24') and the headset receive signal line (25', 26') to the telephone transmit signal line (23, 24) and the telephone receive signal line (25, 26), respectively, according to the specific permutation setting.
A method of receiving a physical downlink control channel, PDCCH, signal by a user equipment, UE, in a wireless communication system when cross-carrier scheduling is configured which provides a first cell and a second cell, the method comprising: determining a number of PDCCH candidates to monitor and a number of control channel elements, CCEs, for channel estimation, related to a plurality of search space sets to be monitored during one slot by the UE; based on that the determined number of PDCCH candidates to monitor exceeds a limit for the number of PDCCH candidates to monitor or the determined number of CCEs exceeds a channel estimation limit, dropping at least one of PDCCH candidates included in the plurality of search space sets; and attempting to detect a PDCCH signal based on remaining non-dropped PDCCH candidates among the PDCCH candidates, characterized in that the UE drops a pair of PDCCH candidates from the plurality of search space sets by selecting a PDCCH candidate with a candidate index in the first cell and a PDCCH candidate with the same candidate index in the second cell until both the limit for the number of PDCCH candidates to monitor and the channel estimation limit are satisfied. determining a number of PDCCH candidates to monitor and a number of control channel elements, CCEs, for channel estimation, related to a plurality of search space sets to be monitored during one slot by the UE; based on that the determined number of PDCCH candidates to monitor exceeds a limit for the number of PDCCH candidates to monitor or the determined number of CCEs exceeds a channel estimation limit, dropping at least one of PDCCH candidates included in the plurality of search space sets; and attempting to detect a PDCCH signal based on remaining non-dropped PDCCH candidates among the PDCCH candidates, characterized in that the UE drops a pair of PDCCH candidates from the plurality of search space sets by selecting a PDCCH candidate with a candidate index in the first cell and a PDCCH candidate with the same candidate index in the second cell until both the limit for the number of PDCCH candidates to monitor and the channel estimation limit are satisfied.
Device for inspecting a moving metal strip, including: - a first electromagnetic acoustic transducer EMAT including an ultrasonic wave emitter, said waves being emitted from the emitter so as to be incident on a first edge of a surface of the strip, the emitter not being in contact with the strip, - a second electromagnetic acoustic transducer EMAT including an ultrasonic wave receiver, said waves being received by emerging from an area of the strip surface towards the receiver, the receiver not being in contact with the strip, - a processing unit coupled to the second EMAT so as to provide at least one inspection criterion using at least one signature of the ultrasonic waves measured at the second EMAT, - the area being located on the strip such that a wave path between the first edge of the strip and said area is aligned in a linear direction mainly transverse to the direction of movement of the strip, characterised by a third electromagnetic acoustic transducer EMAT including a receiver of ultrasonic waves transmitted by the first EMAT emerging from the surface of the first edge of the strip towards the receiver, the receiver not being in contact with the strip, the processing unit being coupled to the third EMAT so as to provide at least a second inspection criterion using at least two signatures of the ultrasonic waves, including at least the signature originating from a measurement made by the second EMAT and a signature originating from a measurement made by the third EMAT. - a first electromagnetic acoustic transducer EMAT including an ultrasonic wave emitter, said waves being emitted from the emitter so as to be incident on a first edge of a surface of the strip, the emitter not being in contact with the strip, - a second electromagnetic acoustic transducer EMAT including an ultrasonic wave receiver, said waves being received by emerging from an area of the strip surface towards the receiver, the receiver not being in contact with the strip, - a processing unit coupled to the second EMAT so as to provide at least one inspection criterion using at least one signature of the ultrasonic waves measured at the second EMAT, - the area being located on the strip such that a wave path between the first edge of the strip and said area is aligned in a linear direction mainly transverse to the direction of movement of the strip,
A method of curing a composition comprising a binder and as a sag control agent a commixture of (a) a thixotropy-inducing particulate polyurea product having a melting temperature Tm1 and (b) a second thixotropy-inducing particulate component having a melting temperature Tm2 where Tm2 > (Tm1 + 10°C), said method comprising heating the coating to a curing temperature Tcur in the range from 60°C to 250°C, said Tcur being characterised in that Tm1 + 10°C < Tcur <Tm2 whereat said polyurea product (a) effectively loses its particulate nature and said second component (b) is retained in a particulate state.