mhurhangee/patent-ind-claim-en huggingface dataset:
A sample analysis cartridge comprising: an inlet chamber configured to receive a biological sample; and a conduit fluidically connected to the inlet chamber and configured to receive the biological sample from the inlet chamber , the conduit comprising: a micro-environment prothrombin time (PT) sensor ; and a micro-environment activated partial thromboplastin time (aPTT) sensor ; wherein the micro-environment PT sensor and the micro-environment aPTT sensor each comprises an immobilized substrate-polymer layer, and reagents integrated or dispensed on top thereof or adjacent thereto; wherein the micro-environment PT sensor comprises PT diagnostic reagents, comprising at least one reagent for inducing extrinsic coagulation pathway in the biological sample, and wherein the micro-environment activated aPTT sensor comprises aPTT diagnostic reagents, comprising at least one reagent for inducing intrinsic coagulation pathway in the biological sample. an inlet chamber configured to receive a biological sample; and a conduit fluidically connected to the inlet chamber and configured to receive the biological sample from the inlet chamber , the conduit comprising: a micro-environment prothrombin time (PT) sensor ; and a micro-environment activated partial thromboplastin time (aPTT) sensor ; a micro-environment prothrombin time (PT) sensor ; and a micro-environment activated partial thromboplastin time (aPTT) sensor ;
A method by a home evolved nodeB, HeNB, gateway, GW, for implementing recovery of a public warning system, PWS, the method comprising: establishing an S1 interface with a HeNB and with a mobility management entity, MME ; receiving a PWS restart indication message from the HeNB ; replacing an identity of the HeNB in the PWS restart indication message with an identity of the HeNB GW ; and transmitting a modified PWS restart indication message including the identity of the HeNB GW to the MME . establishing an S1 interface with a HeNB and with a mobility management entity, MME ; receiving a PWS restart indication message from the HeNB ; replacing an identity of the HeNB in the PWS restart indication message with an identity of the HeNB GW ; and transmitting a modified PWS restart indication message including the identity of the HeNB GW to the MME .
A global server for deduplicating multiple storage servers , wherein the global server is configured to: receive, from a storage server , a request to store a data chunk on the global server ; determine whether the data chunk is highly-duplicated among the multiple storage servers , wherein the data chunk is determined to be highly-duplicated among the multiple storage servers , if a hash value of the data chunk is associated at the global server with a water mark equal to or higher than a determined value; if the data chunk is highly-duplicated, accept the request ; and if the data chunk is not highly-duplicated, reject the request ; characterised in that the global server is further configured to: receive, from the storage server , a request to remove a data chunk ; decrease a value of a water mark associated with the hash value of the data chunk ; and unregister the storage server for that hash value; wherein, if a water mark associated with a hash value of a data chunk is equal to or below a second value, the global server is configured to: instruct each storage server registered for the hash value of that data chunk , to copy the data chunk from the global server ; and remove the data chunk from the global server , after all storage servers registered for the hash value store the data chunk locally. receive, from a storage server , a request to store a data chunk on the global server ; determine whether the data chunk is highly-duplicated among the multiple storage servers , wherein the data chunk is determined to be highly-duplicated among the multiple storage servers , if a hash value of the data chunk is associated at the global server with a water mark equal to or higher than a determined value; if the data chunk is highly-duplicated, accept the request ; and if the data chunk is not highly-duplicated, reject the request ; characterised in that the global server is further configured to: receive, from the storage server , a request to remove a data chunk ; decrease a value of a water mark associated with the hash value of the data chunk ; and unregister the storage server for that hash value; wherein, if a water mark associated with a hash value of a data chunk is equal to or below a second value, the global server is configured to: instruct each storage server registered for the hash value of that data chunk , to copy the data chunk from the global server ; and remove the data chunk from the global server , after all storage servers registered for the hash value store the data chunk locally. instruct each storage server registered for the hash value of that data chunk , to copy the data chunk from the global server ; and remove the data chunk from the global server , after all storage servers registered for the hash value store the data chunk locally.
A compound of the following Formula or a pharmaceutically acceptable salt thereof, wherein the Formula is: wherein R 3 R 4 R 5 R 9 L 1 L 4 Y H H -SO 2 - H -CH 2 - -NHCO- CH H H -SO 2 - H -C(CH 2 CH 2 )- -NHCO- CH H H -CH(OH)- H -CH 2 - -NHCO- CH H H -CH(OH)- H -C(CH 2 CH 2 )- -NHCO- CH
A method in a User Equipment, UE, for adapting an intra-frequency or inter-frequency measurement procedure, the method comprising: obtaining information about downlink reference signal, DL RS, configurations of cells of a carrier frequency, which information indicates: - whether or not the DL RSs transmitted in non-serving cells on the carrier frequency use the same configuration, of either a first or a second signal configuration, as the configuration used by DL RS transmitted in a serving cell of the UE on the carrier frequency, wherein the first signal configuration comprises the DL RS not being transmitted in every subframe, and wherein the second signal configuration comprises the DL RS being transmitted in every subframe and in every resource block over an entire channel bandwidth of a non-serving cell, and adapting the measurement procedure based on the obtained information about DL RS configurations by adapting a measurement sampling or an instance when the UE shall obtain samples for one or more types of radio measurements. obtaining information about downlink reference signal, DL RS, configurations of cells of a carrier frequency, which information indicates: - whether or not the DL RSs transmitted in non-serving cells on the carrier frequency use the same configuration, of either a first or a second signal configuration, as the configuration used by DL RS transmitted in a serving cell of the UE on the carrier frequency, - whether or not the DL RSs transmitted in non-serving cells on the carrier frequency use the same configuration, of either a first or a second signal configuration, as the configuration used by DL RS transmitted in a serving cell of the UE on the carrier frequency, wherein the first signal configuration comprises the DL RS not being transmitted in every subframe, and wherein the second signal configuration comprises the DL RS being transmitted in every subframe and in every resource block over an entire channel bandwidth of a non-serving cell, and adapting the measurement procedure based on the obtained information about DL RS configurations by adapting a measurement sampling or an instance when the UE shall obtain samples for one or more types of radio measurements.
A fingerprint processing method for unlocking a screen of a terminal, executed by the terminal and comprising: in response to detecting a touch operation on a hot zone for a spot of the terminal, determining (S11) a direction of a signal generated by the touch operation among a plurality of directions, wherein the screen comprises a touch panel, the spot is a fingerprint on display spot to be lighted up through the touch panel, the hot zone for the spot is formed by expanding the spot by a proportion and contains the spot, and a sensor configured to acquire the signal is provided under the hot zone, and the sensor comprises N sensing nodes, each corresponding to a respective sensing region, N being a positive integer; characterized by : determining (S12) a threshold according to the direction, wherein at least two of the plurality of directions each corresponds to a respective different threshold; and in response to a coverage of the signal acquired by the sensor exceeding the threshold, reporting (S13) a request for lighting up the spot in the hot zone to an application processor of the terminal for lighting up the spot, and waking up a fingerprint recognition module of the terminal to perform fingerprint recognition, to trigger unlocking the screen of the terminal. determining (S12) a threshold according to the direction, wherein at least two of the plurality of directions each corresponds to a respective different threshold; and in response to a coverage of the signal acquired by the sensor exceeding the threshold, reporting (S13) a request for lighting up the spot in the hot zone to an application processor of the terminal for lighting up the spot, and waking up a fingerprint recognition module of the terminal to perform fingerprint recognition, to trigger unlocking the screen of the terminal.
Coupling element comprising a body with an axial axis arrangeable in an opening of an object , which body is provided along its outer periphery with at least one outward extending locking cam , wherein the body is provided with at least one resiliently movable tongue extending therefrom, to which tongue the locking cam is connected, wherein the at least one tongue is movable inward by a force being exerted thereon by a protrusion of the object , wherein the coupling element comprises at least two said tongues which each extend from a different axial end of the two axial ends of the body in an opposite axial direction in order to provide a coupling between two said objects and each of the at least two tongues comprises an engaging surface for engagement by the protrusion of the object , characterized in that each of the at least two tongues is connected to one axial end of the two axial ends of the body , which one axial end is the axial end lying at the greatest distance as seen in axial direction relative to the engaging surface .
Cement production plant comprising - a preheater for preheating raw meal, - a calciner for calcining the preheated raw meal, - a furnace with a furnace burner for firing the raw meal to form cement clinker, wherein the furnace has a combustion gas inlet for admitting a combustion gas with an oxygen content of 30% to 100% into the furnace , and - a cooler for cooling the cement clinker, - wherein the calciner and the furnace each have a respective fuel inlet for admitting fuel into the calciner and the furnace , characterized in that the calciner and the furnace each have a respective inert gas inlet for respectively admitting inert gas into the calciner and the furnace . - a preheater for preheating raw meal, - a calciner for calcining the preheated raw meal, - a furnace with a furnace burner for firing the raw meal to form cement clinker, wherein the furnace has a combustion gas inlet for admitting a combustion gas with an oxygen content of 30% to 100% into the furnace , and - a cooler for cooling the cement clinker, - wherein the calciner and the furnace each have a respective fuel inlet for admitting fuel into the calciner and the furnace ,
A receiver for a firearm comprising: a forward assist mechanism mechanically connectable with a bolt carrier and configured to be actuated by a user to move the bolt carrier; a bolt catch mechanism movable between an engaged position and a disengaged position; the receiver characterised by : a linkage connecting the forward assist mechanism with the bolt catch mechanism such that actuation of the forward assist mechanism moves the bolt carrier and moves the bolt catch mechanism from the engaged position to the disengaged position. a forward assist mechanism mechanically connectable with a bolt carrier and configured to be actuated by a user to move the bolt carrier; a bolt catch mechanism movable between an engaged position and a disengaged position; the receiver characterised by : a linkage connecting the forward assist mechanism with the bolt catch mechanism such that actuation of the forward assist mechanism moves the bolt carrier and moves the bolt catch mechanism from the engaged position to the disengaged position.
Imidazolium compound of formula : wherein said compound is associated with an « A-» counter-ion, A being chosen from a halide, P(R 4 ) 6 - , B(R 4 ) 4 - , SCN - , (R 5 SO 2 ) 2 N - , R 5 OSO 3 , R 5 SO 3 - , carborane, carbonate, hydrogen carbonate, alcoholate, carboxylate, amide, phosphate, SiF 6 - , SbF 6 - , I 3 -, nitrate, halide oxide, silicate, sulfate, sulfonate, cyanide, carbanions or metallate, wherein: R 4 on each occurrence is a group independently selected from among a halogen atom, C 1 -C 6 alkyl group, C 6 -C 10 aryl group, an aralkyl group; R 5 on each occurrence is a group independently selected from among C 1 -C 20 alkyl, C 1 -C 20 haloalkyl, C 6 -C 10 aryl, aralkyl. wherein said compound is associated with an « A-» counter-ion, A being chosen from a halide, P(R 4 ) 6 - , B(R 4 ) 4 - , SCN - , (R 5 SO 2 ) 2 N - , R 5 OSO 3 , R 5 SO 3 - , carborane, carbonate, hydrogen carbonate, alcoholate, carboxylate, amide, phosphate, SiF 6 - , SbF 6 - , I 3 -, nitrate, halide oxide, silicate, sulfate, sulfonate, cyanide, carbanions or metallate, wherein: R 4 on each occurrence is a group independently selected from among a halogen atom, C 1 -C 6 alkyl group, C 6 -C 10 aryl group, an aralkyl group; R 5 on each occurrence is a group independently selected from among C 1 -C 20 alkyl, C 1 -C 20 haloalkyl, C 6 -C 10 aryl, aralkyl. R 4 on each occurrence is a group independently selected from among a halogen atom, C 1 -C 6 alkyl group, C 6 -C 10 aryl group, an aralkyl group; R 5 on each occurrence is a group independently selected from among C 1 -C 20 alkyl, C 1 -C 20 haloalkyl, C 6 -C 10 aryl, aralkyl.
A secondary electrochemical battery , comprising a battery case with a recessed loop line structure at one end thereof adjacent to a negative electrode cap , a positive electrode cap connected to the battery case so as to constitute a positive electrode of the secondary battery , a battery cell disposed within the battery case and located between the positive electrode cap and the recessed loop line structure , a secondary electrochemical battery sealing body with a packaged chip shielding structure, which is used for sealing an opening portion of the battery case , wherein the sealing body comprises the negative electrode cap , a circuit board module and an insulating washer , the circuit board module is located between the recessed loop line structure and the negative electrode cap , and a plurality of electronic components for generating electromagnetic radiation during operation are arranged on the circuit board module , the diameter of the circuit board module is sized to be between an inner diameter of a recess composed by the recessed loop line structure and an inner diameter of the battery case, so that the circuit board module may be clamped in one side of the recessed loop line structure for sealing the opening portion of the battery case ; the circuit board module and the negative electrode cap are connected through an electrically-conductive material, the negative electrode cap and the circuit board module constitute a first enclosed electromagnetic shielding space, the battery case and the circuit board module constitute a second enclosed electromagnetic shielding space, and the electronic components are arranged within the first enclosed electromagnetic shielding space and the second enclosed electromagnetic shielding space; a metal ring is arranged on a contact part between the circuit board module and the negative electrode cap , clamp slots are provided within the metal ring , and the metal ring is in conductive contact with the clamp slots, so as to constitute an enclosed electromagnetic shielding space with the negative electrode cap; and the insulating washer has a " "-shaped section, and is disposed within gaps among the battery case, the circuit board module and the negative electrode cap, so as to press and fix the circuit board module between the recessed loop line structure and the battery case , and isolate the battery case from the negative electrode cap, wherein clamp protrusions corresponding to the clamp slots are provided at the edge of the negative electrode cap, for fixing the negative electrode cap on the circuit board module.
A method of operating a hydraulic system of a plant to resume operation from a minimum operating temperature (T cold ) of the plant, the hydraulic system comprising a plurality of hydraulic cylinder arrangements connected by fluid lines to a tank and a pump that conveys fluid through the fluid lines and a plurality of electronically operated valves (V prop , V bypass , V1 - V4) arranged in the fluid lines, the fluid lines being thereby divided into pressure lines and return lines, the method comprising - a first stage (S1) in which the plurality of electronically operated valves (V prop , V bypass , V1 - V4) are controlled to cycle fluid from the tank through a bypass valve (V bypass ) of the plurality of electronically operated valves and directly back to the tank until the temperature of the fluid in the tank has reached a first interim level (T int_1 ); and - a second stage (S2) comprising a first step (S2.1) in which the plurality of electronically operated valves (V prop , V bypass , V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of two or more hydraulic cylinder arrangements of the hydraulic system and back to the tank until the temperature of the fluid has reached a second interim level (T int_2 ), and a second step (S2.2) in which the plurality of electronically operated valves (V prop , V bypass , V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of a single hydraulic cylinder arrangement of the hydraulic system and back to the tank until the temperature of the fluid has reached a desired operating level (T op ). - a first stage (S1) in which the plurality of electronically operated valves (V prop , V bypass , V1 - V4) are controlled to cycle fluid from the tank through a bypass valve (V bypass ) of the plurality of electronically operated valves and directly back to the tank until the temperature of the fluid in the tank has reached a first interim level (T int_1 ); and - a second stage (S2) comprising a first step (S2.1) in which the plurality of electronically operated valves (V prop , V bypass , V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of two or more hydraulic cylinder arrangements of the hydraulic system and back to the tank until the temperature of the fluid has reached a second interim level (T int_2 ), and a second step (S2.2) in which the plurality of electronically operated valves (V prop , V bypass , V1 - V4) are controlled to cycle fluid from the tank through the corresponding pressure lines of a single hydraulic cylinder arrangement of the hydraulic system and back to the tank until the temperature of the fluid has reached a desired operating level (T op ).
A method for a user equipment, UE, to transmit an acknowledgement signal in a communication system, the method comprising: transmitting the acknowledgement signal in {(n+Q) th , (n+Q+1) th , ..., (n+Q+N-1) th } transmission time intervals, TTIs, , the acknowledgement signal corresponding to a data packet the UE receives in an n th TTI; and not transmitting acknowledgement signals in response to other data packets received in {(n+1) th , (n+2) th , ..., (n+N-1) th } TTIs, wherein n is an integer, Q is a number greater than 0, and N is a number greater than 1. transmitting the acknowledgement signal in {(n+Q) th , (n+Q+1) th , ..., (n+Q+N-1) th } transmission time intervals, TTIs, , the acknowledgement signal corresponding to a data packet the UE receives in an n th TTI; and not transmitting acknowledgement signals in response to other data packets received in {(n+1) th , (n+2) th , ..., (n+N-1) th } TTIs, wherein n is an integer, Q is a number greater than 0, and N is a number greater than 1.
A method for controlling a configuration state of at least one vehicle device of a motor vehicle , wherein calibration state data are received, once or repeatedly, from a calibration apparatus of the vehicle device in question and/or an auxiliary device used by the vehicle device by a processor circuit , which calibration state data signal a current calibration state of a self-calibration routine performed by the calibration apparatus during driving operation of the motor vehicle , characterized in that by means of the processor circuit , a progress value is assigned to the current calibration state data in accordance with a predefined evaluation specification, and a configuration data set defining a configuration state of the vehicle device in question is selected from a plurality of predefined configuration data sets in accordance with the current progress value, and the vehicle device is configured by means of the selected configuration data set , wherein at least one function parameter (F) for the execution of at least one sub-function is defined by means of the respective configuration data set . calibration state data are received, once or repeatedly, from a calibration apparatus of the vehicle device in question and/or an auxiliary device used by the vehicle device by a processor circuit , which calibration state data signal a current calibration state of a self-calibration routine performed by the calibration apparatus during driving operation of the motor vehicle , characterized in that by means of the processor circuit , a progress value is assigned to the current calibration state data in accordance with a predefined evaluation specification, and a configuration data set defining a configuration state of the vehicle device in question is selected from a plurality of predefined configuration data sets in accordance with the current progress value, and the vehicle device is configured by means of the selected configuration data set , wherein at least one function parameter (F) for the execution of at least one sub-function is defined by means of the respective configuration data set .
A method for a transmitter device for transmitting information bits, the method comprising: producing an input vector for polar encoding, the input vector having reliable bit positions and unreliable bit positions, and the input vector including information bits and at least one signature bit, wherein the at least one signature bit is placed in a bit position of the input vector that has a lower reliability than a reliability of bit positions for the information bits, and the at least one signature bit is specific to at least one receiver device; polar encoding the input vector to produce a polar code codeword; transmitting the polar code codeword to the at least one receiver device; and transmitting information about the at least one signature bit to the at least one receiver device separately from transmitting the codeword. producing an input vector for polar encoding, the input vector having reliable bit positions and unreliable bit positions, and the input vector including information bits and at least one signature bit, wherein the at least one signature bit is placed in a bit position of the input vector that has a lower reliability than a reliability of bit positions for the information bits, and the at least one signature bit is specific to at least one receiver device; polar encoding the input vector to produce a polar code codeword; transmitting the polar code codeword to the at least one receiver device; and transmitting information about the at least one signature bit to the at least one receiver device separately from transmitting the codeword.