mhurhangee/ep-ind-claims huggingface dataset:
A method of providing a concatenated string for the purpose of improving the searchability of incident-specific social media content posted via communication devices, the method comprising: obtaining, at an electronic computing device (110, 200), incident information identifying an incident location associated with an incident and time of occurrence of the incident; identifying, at the electronic computing device (110, 200), at least one communication device located within a predetermined geographical area relative to the incident location during the time of occurrence of the incident; generating, at the electronic computing device (110, 200), a concatenated string as a function of a first identifier associated with the incident and a second identifier associated with the at least one communication device; and transmitting, at the electronic computing device (110, 200), an electronic message including the concatenated string to the at least one communication device, the electronic message including a link to enable the concatenated string to be attached to one or more social media posts including incident-specific social media content posted via the at least one communication device on at least one of a plurality of social media networks. obtaining, at an electronic computing device (110, 200), incident information identifying an incident location associated with an incident and time of occurrence of the incident; identifying, at the electronic computing device (110, 200), at least one communication device located within a predetermined geographical area relative to the incident location during the time of occurrence of the incident; generating, at the electronic computing device (110, 200), a concatenated string as a function of a first identifier associated with the incident and a second identifier associated with the at least one communication device; and transmitting, at the electronic computing device (110, 200), an electronic message including the concatenated string to the at least one communication device, the electronic message including a link to enable the concatenated string to be attached to one or more social media posts including incident-specific social media content posted via the at least one communication device on at least one of a plurality of social media networks.
A sensor arrangement in digital scanning imaging of an object utilizing a beam of electromagnetic radiation, narrower than the object, in particular, for use in connection with mammography equipment, the arrangement comprising a radiation absorbing element which includes or to which is integrated material converting radiation quanta into electron-hole pairs, pixel electrodes (P1, P2, P3) on a surface opposite to the radiation-receiving surface of said element, or corresponding means for dividing the element into pixels, counters which are connected to said pixel electrodes (P1, P2, P3) or to the corresponding means for counting pulses received therefrom, characterized in that the arrangement comprises counter-specific switching means (Sm) that are arranged between the counters and the pixel electrodes (P1, P2, P3) such that in the scanning direction of the sensor, successive structures are obtained, where one counter and one counter-specific switching means (Sm) are arranged for every N successive pixel electrodes (P1, P2, P3), the N being an integer whose value is at least two, to which counter-specific switching means (Sm) are connected sets of pixel electrodes (P1, P2, P3) consisting of 2N-1 successive pixel electrodes such that of each set the midmost pixel electrode is connected to only one counter-specific switching means (Sm), the pixel electrodes preceding said midmost pixel electrode are arranged connectable to both said one and one preceding counter-specific switching means (Sm), and pixel electrodes subsequent to said midmost pixel electrode are arranged connectable to both said one and one subsequent counter-specific switching means (Sm).
An exhaust gas purification system comprising a common rail engine, and an exhaust gas purification device placed in an exhaust gas path of the engine, in which the exhaust gas purification system can execute a plurality of regeneration controls for burning and removing particulate matter accumulated in the exhaust gas purification device, wherein the plurality of regeneration controls include at least reset regeneration control for raising exhaust gas temperature using post injection, non-operation regeneration control for raising exhaust gas temperature by combining post injection and predetermined high speed rotation speed, and recovery regeneration control which can be executed when the non-operation regeneration control fails, in the non-operation regeneration control and the recovery regeneration control, the engine is driven exclusively for burning and removing the particulate matter, and the recovery regeneration control is carried out at exhaust gas temperature lower than that of the non-operation regeneration control while taking time longer than that of the non-operation regeneration control; characterized in that the exhaust gas purification system is set such that procedure is shifted from the reset regeneration control to the recovery regeneration control through the non-operation regeneration control and that, if an accumulated driving time elapsed after the reset regeneration control or the non-operation regeneration control was executed is more than set time, the procedure is shifted to the non-operation regeneration control without through the reset regeneration control, and when the procedure is shifted from the reset regeneration control to the non-operation regeneration control, the procedure is shifted through a non-operation standby mode for waiting for establishment of a preset non-operation shifting condition, and when the procedure is shifted to the non-operation regeneration control without through the reset regeneration control, the procedure is shifted through an allow mode for waiting for establishment of a preset non-operation shifting condition, and when the procedure is shifted from the non-operation regeneration control to the recovery regeneration control, the procedure is shifted through the recovery standby mode for waiting establishment of a preset recovery shifting condition, and when these shifting conditions are not established, the procedure waits in the respective standby modes or the allow mode.
A light emitting diode device package comprising: a body part including a cavity; a lens member provided on the body part; a first electrode and a second electrode provided on the body part; a light emitting diode device provided on the body part and electrically connected with the first electrode and the second electrode; a molding member surrounding the light emitting diode device; and characterized in that the light emitting diode device package comprises an air trap part at an internal lateral side of the body part, wherein the air trap part comprises a first groove between the body part and the lens member and a second groove in the internal lateral side of the body part, wherein the air trap part further comprises an air bubble receiving part provided at an end portion of the second groove,wherein the air bubble receiving part is a space formed more largely than the second groove at an end portion of the second groove as the second groove horizontally extends. a body part including a cavity; a lens member provided on the body part; a first electrode and a second electrode provided on the body part; a light emitting diode device provided on the body part and electrically connected with the first electrode and the second electrode; a molding member surrounding the light emitting diode device; and characterized in that the light emitting diode device package comprises an air trap part at an internal lateral side of the body part, wherein the air trap part comprises a first groove between the body part and the lens member and a second groove in the internal lateral side of the body part, wherein the air trap part further comprises an air bubble receiving part provided at an end portion of the second groove,wherein the air bubble receiving part is a space formed more largely than the second groove at an end portion of the second groove as the second groove horizontally extends.
An electrostatic chuck, comprising: a dielectric disk having a support surface to support a substrate and an opposing second surface, wherein at least one chucking electrode is disposed within the dielectric disc; a radio frequency bias plate disposed below the dielectric disk; a plurality of lamps disposed below the RF bias plate to heat the dielectric disk; a metallic plate disposed below the plurality of lamps to absorb heat generated by the plurality of lamps; a shaft coupled to the second surface of the dielectric disk at a first end of the shaft to support the dielectric disk in a spaced apart relation to the RF bias plate and extending away from the dielectric disk and through the RF bias plate and the metallic plate; and a rotation assembly coupled to the shaft to rotate the shaft and the dielectric disk with respect to the RF bias plate, the plurality of lamps, and the metallic plate. a dielectric disk having a support surface to support a substrate and an opposing second surface, wherein at least one chucking electrode is disposed within the dielectric disc; a radio frequency bias plate disposed below the dielectric disk; a plurality of lamps disposed below the RF bias plate to heat the dielectric disk; a metallic plate disposed below the plurality of lamps to absorb heat generated by the plurality of lamps; a shaft coupled to the second surface of the dielectric disk at a first end of the shaft to support the dielectric disk in a spaced apart relation to the RF bias plate and extending away from the dielectric disk and through the RF bias plate and the metallic plate; and a rotation assembly coupled to the shaft to rotate the shaft and the dielectric disk with respect to the RF bias plate, the plurality of lamps, and the metallic plate.
A swinging door structure for a motor vehicle, preferably a bus, having at least one pivotable door leaf, at least one guide mechanism (2, 3) for the door leaf, and at least one switch, preferably a pressure wave switch, for detecting whether the door leaf strikes an object during a closing operation, wherein the switch is secured to the door leaf and can be pivoted with the door leaf, wherein the guide mechanism (2, 3) comprises a door leaf-side guide mechanism, characterized in that the door leaf-side guide mechanism extends along the upper end of the door leaf and comprises a guide rail, and the switch is disposed in the guide rail, wherein the guide mechanism (2, 3) comprises a door frame-side guide mechanism for the door leaf, wherein the door leaf-side guide mechanism and the door frame-side guide mechanism are connected to one another by way of a displaceable connection element, and the connection element carries the switch, wherein the connection element carries a guided guide element (3.1) of the door frame-side guide mechanism, wherein the door frame-side guide mechanism comprises a guide rail which serves for guiding the guide element (3.1) configured as a roller or a slide block.
Seal - having at least two modules which each have a module carrier, a push rod and a moving mechanism, - wherein the push rod of each of the modules is coupled to the moving mechanism of the module and the moving mechanism can be actuated by means of the push rod, - having a sealing bar (2, 3) which is connected to the moving mechanisms and which is movable relative to the module carrier between a sealing position and a release position by actuating the moving mechanisms, - having a trigger which is coupled directly or indirectly to the push rods and which, when actuated, transmits a force from the trigger via the push rods and the moving mechanisms to the sealing strip (2, 3), which force moves the sealing strip (2, 3) from the release position to the sealing position, characterised in that each module has a spring which is coupled directly or indirectly to the push rod and/or the moving mechanism and, when the trigger is released, a force is transmitted from the spring either via the push rods and the moving mechanisms or via the moving mechanisms into the sealing strip (2, 3), which force moves the sealing strip (2, 3) from the sealing position into the release position. - having at least two modules which each have a module carrier, a push rod and a moving mechanism, - wherein the push rod of each of the modules is coupled to the moving mechanism of the module and the moving mechanism can be actuated by means of the push rod, - having a sealing bar (2, 3) which is connected to the moving mechanisms and which is movable relative to the module carrier between a sealing position and a release position by actuating the moving mechanisms, - having a trigger which is coupled directly or indirectly to the push rods and which, when actuated, transmits a force from the trigger via the push rods and the moving mechanisms to the sealing strip (2, 3), which force moves the sealing strip (2, 3) from the release position to the sealing position, each module has a spring which is coupled directly or indirectly to the push rod and/or the moving mechanism and, when the trigger is released, a force is transmitted from the spring either via the push rods and the moving mechanisms or via the moving mechanisms into the sealing strip (2, 3), which force moves the sealing strip (2, 3) from the sealing position into the release position.
Method for controlling the target of an automatic vehicle transmission during the realization by the latter from a state of the drive train of the vehicle previously consolidated as target ( OPT_DLS_CS), characterized in that the consolidation time (DLS_CGE_TMR_THD) necessary for the substitution of a state (O PT_DLS) that has become optimal for the drive train after the start of the current realization, to a consolidated target (OPT_DLS_CS) currently being realized to be authorised, is determined as a function of the cause of elimination ( OPT_DLS_CS_FORB_VAL) of the target (OPT_DLS_CS) currently being realized.
Process for heating a polymer-containing slurry stream being transferred from a polymerization reactor to a separation zone or device, comprising passing the stream through a heater comprising at least one transfer line for the stream and means for heating the transfer line, wherein the average particle size of the solid polymer is less than 3mm, the mass flowrate of the polymer-containing stream exiting the heater is no more than 15% greater than the mass flowrate exiting the reactor, the average velocity of the polymer-containing stream either at a point 80% along the length of the heated part of the transfer line measured from the transfer line inlet, or at the transfer line outlet, is at least 6 m/s, preferably at least 8m/s and more preferably at least 10m/s, and the pressure drop across the transfer line per unit length is between 0.0125 bar/m and 0.1 bar/m, preferably between 0.0125 bar/m and 0.04 bar/m.
A computer-implemented method of calculating translation relationships among words, comprising: calculating word association scores for word pairs based on co-occurrences of words in each of a plurality of sets of aligned, bilingual units in a corpus; identifying hypothesized compounds in the units based on the word association scores; re-calculating the word association scores, given the hypothesized compounds; and obtaining translation relationships based on the re-calculated word association scores. calculating word association scores for word pairs based on co-occurrences of words in each of a plurality of sets of aligned, bilingual units in a corpus; identifying hypothesized compounds in the units based on the word association scores; re-calculating the word association scores, given the hypothesized compounds; and obtaining translation relationships based on the re-calculated word association scores.
A method for preparing compound S -1 from compound S -5 wherein compound S -5 is prepared by treating compound 2 with a tertiary amine and a hydrogen source in the presence of a chiral complex.
A method of preparing a superabsorbent polymer, the method comprising the steps of: forming a water-containing gel polymer by crosslinking-polymerizing an acrylic acid-based monomer having acidic groups, of which at least part is neutralized, in the presence of an internal crosslinking agent (step 1); obtaining a base polymer powder by drying, pulverizing, and classifying the water-containing gel polymer (step 2); and preparing superabsorbent polymer particles, on which a surface-crosslinked layer is formed, by performing heat treatment of the base polymer powder in the presence of a surface crosslinking agent (step 3); wherein the surface crosslinking of the step 3 is performed by heating to a target temperature, and a difference (T 2 - T 1) between the temperature (T 2) and the temperature (T 1) is 10°C to 20°C, the temperature (T 1) which is at the time point when 25% to 40% of the total time of the surface crosslinking of the step 3 passes, and the temperature (T 2) which is at the time point when 70% to 100% thereof passes. forming a water-containing gel polymer by crosslinking-polymerizing an acrylic acid-based monomer having acidic groups, of which at least part is neutralized, in the presence of an internal crosslinking agent (step 1); obtaining a base polymer powder by drying, pulverizing, and classifying the water-containing gel polymer (step 2); and preparing superabsorbent polymer particles, on which a surface-crosslinked layer is formed, by performing heat treatment of the base polymer powder in the presence of a surface crosslinking agent (step 3); wherein the surface crosslinking of the step 3 is performed by heating to a target temperature, and a difference (T 2 - T 1) between the temperature (T 2) and the temperature (T 1) is 10°C to 20°C, the temperature (T 1) which is at the time point when 25% to 40% of the total time of the surface crosslinking of the step 3 passes, and the temperature (T 2) which is at the time point when 70% to 100% thereof passes.
A heat exchanger assembly, comprising a micro-channel evaporator and a micro-channel condenser, the micro-channel evaporator and the micro-channel condenser being arranged with space, wherein the micro-channel evaporator comprises a first header, a second header, a plurality of first circulating tubes each being configured to connect the first header with the second header, and first fins in contact with the first circulating tubes, and each of the first circulating tubes is provided with a plurality of first micro-channel cavities for allowing refrigerant to flow; the micro-channel condenser comprises a third header, a fourth header, a plurality of second circulating tubes each being configured to connect the third header with the fourth header, and second fins in contact with the second circulating tubes, and each of the second circulating tubes is provided with a plurality of second micro-channel cavities for allowing the refrigerant to flow; and the first circulating tubes are arranged up-to-down, and the second circulating tubes are arranged transversely, characterized in that the micro-channel evaporator and the micro-channel condenser are arranged in order along a flowing direction of air, the micro-channel evaporator is a multilayer evaporator and at least comprises a first heat exchanger core and a second heat exchanger core, and each first circulating tube comprises a first circulating portion connected to the first header and located at the first heat exchanger core, and a second circulating portion connected to the second header and located at the second heat exchanger core; and the micro-channel condenser is a multilayer condenser and at least comprises a third heat exchanger core and a fourth heat exchanger core, and each second circulating tube comprises a third circulating portion connected to the third header and located at the third heat exchanger core, and a fourth circulating portion connected to the fourth header and located at the fourth heat exchanger core.
A method performed by a first Policy and Control Function, PCF, (210-AM) serving an Access Management, AM, policy association for a User Equipment, UE, wherein the first PCF is comprised in a core network of a cellular communications system, the method being characterised by: subscribing by the first PCF (210-AM) serving the AM policy association of the UE to an event exposure service of a second PCF (210-SM) serving a Session Management, SM, policy association for the UE; and responsive to subscribing to the event exposure service of the second PCF (210-SM), receiving a report from the second PCF (210-SM) serving the SM policy association for the UE. subscribing by the first PCF (210-AM) serving the AM policy association of the UE to an event exposure service of a second PCF (210-SM) serving a Session Management, SM, policy association for the UE; and responsive to subscribing to the event exposure service of the second PCF (210-SM), receiving a report from the second PCF (210-SM) serving the SM policy association for the UE.
Modular salvage system for erecting a stack of expandable lifting cushions alternating with form-retaining connecting collars located therebetween, wherein each of the lifting cushions is enclosed between opposite connecting collars, characterized in that a set of radial shackles (30,31) is pivotally connectable with proximal outer ends in axial direction to respectively a first and a second of the opposite connecting collars (10,11,12), that the shackles of the set of radial shackles are pivotally connectable to each other at a distal outer end and that distal outer ends of successive sets of shackles in axial direction are mutually connectable by an axial shackle, wherein the radial shackles (30,31) are substantially form-retaining and the axial shackles are respectively extendable and foldable at least in axial direction between a compressed and expanded state.
An apparatus for a first terminal device, the apparatus comprising means for: transmitting a first uplink reference signal at a first transmission time instance measured according to a local reference clock of the first terminal device; applying a frequency shift to a frequency of the local reference clock at a frequency-shift time instance measured according to the local reference clock and following the first time instance; calculating a shift of transmission timing for an upcoming transmission of a second uplink reference signal to compensate for the frequency shift based on a second transmission time instance scheduled using the local reference clock for the upcoming transmission of the second uplink reference signal, the frequency shift and the frequency-shift time instance; applying the shift of transmission timing to the second transmission time instance; and transmitting the second uplink reference signal at the second time instance following the shift of transmission timing. transmitting a first uplink reference signal at a first transmission time instance measured according to a local reference clock of the first terminal device; applying a frequency shift to a frequency of the local reference clock at a frequency-shift time instance measured according to the local reference clock and following the first time instance; calculating a shift of transmission timing for an upcoming transmission of a second uplink reference signal to compensate for the frequency shift based on a second transmission time instance scheduled using the local reference clock for the upcoming transmission of the second uplink reference signal, the frequency shift and the frequency-shift time instance; applying the shift of transmission timing to the second transmission time instance; and transmitting the second uplink reference signal at the second time instance following the shift of transmission timing.