mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of reusing comparisons, comprising: receiving a record supplied by an outside party; comparing the received record with a plurality of records currently maintained by a receiving party in order to determine if any two compared records correspond to a same customer; generating a likelihood ratio based on a probability that the compared records match; comparing the likelihood ratio to an accept threshold and to a reject threshold, the accept threshold being different from the reject threshold; assigning a record to an exception list when the record's likelihood ratio a value is both less than the accept threshold and is also greater than the reject threshold; determining whether the records on the exception list should be accepted as a match or rejected as not matching and recording the determination; receiving assertions made by outside parties whether records on the exception list were accepted or rejected as matching; comparing the records on the exception list in order to calculate an assertion acceptance value for each outside party, wherein each assertion acceptance value is calculated as a weighted ratio of prior common assertions determined by the receiving party and each other party; and recording the assertion acceptance values in a matrix format. receiving a record supplied by an outside party; comparing the received record with a plurality of records currently maintained by a receiving party in order to determine if any two compared records correspond to a same customer; generating a likelihood ratio based on a probability that the compared records match; comparing the likelihood ratio to an accept threshold and to a reject threshold, the accept threshold being different from the reject threshold; assigning a record to an exception list when the record's likelihood ratio a value is both less than the accept threshold and is also greater than the reject threshold; determining whether the records on the exception list should be accepted as a match or rejected as not matching and recording the determination; receiving assertions made by outside parties whether records on the exception list were accepted or rejected as matching; comparing the records on the exception list in order to calculate an assertion acceptance value for each outside party, wherein each assertion acceptance value is calculated as a weighted ratio of prior common assertions determined by the receiving party and each other party; and recording the assertion acceptance values in a matrix format.
Tractor for agricultural use having a chassis, which connects a front tractor part and a rear tractor part to one another via a connecting element, a driver's seat in the region of the rear tractor part, a drive and at least four wheels (7a, 7b), wherein the connecting element of the chassis, which connects the rear tractor part and the front tractor part to one another, is arranged at least 60 cm above the driver's seat and extends essentially horizontally to the front tractor part, characterised in that the front tractor part and the rear tractor part are connected with a single connecting element,which is arranged in the centre between the rear wheels and in the centre between the front wheels and the driver's seat is arranged to the right or left of the connecting element, so that the driver has a clear view to the front and also to the side of an implement mounted in the centre of the tractor and has an unobstructed view when driving straight ahead and to the side of the road..
A filling apparatus comprising: a storage tank for storing hydrogen fuel; a filling nozzle for filling hydrogen from the storage tank through a fuel filling system to an in-vehicle hydrogen filling tank mounted on a vehicle; a rod-shaped member and a main body portion mounted on the filling nozzle, in the rod-shaped member flowing a hydrogen, the main body portion covering the rod-shaped member; a sealing member arranged between the main body portion and the rod-shaped member; and characterised in a sealing member holding member mounted on an end side of the rod-shaped member, the sealing member holding member sandwiched by two holding members (17, 18), the sealing member holding member sliding an outer peripheral surface of the rod-shaped member while protecting the outer peripheral surface, and each of the two holding members (17, 18) screwed with the main body portion under a condition that an inner peripheral surface thereof separated from the outer peripheral surface of the rod-shaped member. a storage tank for storing hydrogen fuel; a filling nozzle for filling hydrogen from the storage tank through a fuel filling system to an in-vehicle hydrogen filling tank mounted on a vehicle; a rod-shaped member and a main body portion mounted on the filling nozzle, in the rod-shaped member flowing a hydrogen, the main body portion covering the rod-shaped member; a sealing member arranged between the main body portion and the rod-shaped member; and characterised in a sealing member holding member mounted on an end side of the rod-shaped member, the sealing member holding member sandwiched by two holding members (17, 18), the sealing member holding member sliding an outer peripheral surface of the rod-shaped member while protecting the outer peripheral surface, and each of the two holding members (17, 18) screwed with the main body portion under a condition that an inner peripheral surface thereof separated from the outer peripheral surface of the rod-shaped member.
A method of manufacturing a pouch-shaped battery cell, the method comprising: (a) injecting an electrolytic solution into a pouch-shaped battery case, in which an electrode assembly is mounted; (b) charging and discharging the pouch-shaped battery cell having the electrolytic solution injected thereinto (a primary formation step); (c) placing the pouch-shaped battery cell in a jig configured to fix and press the pouch-shaped battery cell; and (d) charging and discharging the pouch-shaped battery cell in a state in which pressure is applied to the jig (a jig grading step), wherein the electrode assembly is constituted by a negative electrode comprising a silicon-based negative electrode active material. (a) injecting an electrolytic solution into a pouch-shaped battery case, in which an electrode assembly is mounted; (b) charging and discharging the pouch-shaped battery cell having the electrolytic solution injected thereinto (a primary formation step); (c) placing the pouch-shaped battery cell in a jig configured to fix and press the pouch-shaped battery cell; and (d) charging and discharging the pouch-shaped battery cell in a state in which pressure is applied to the jig (a jig grading step),
An inhibitor of functional expression of LINC00682 for use in treatment of neuroblastoma, wherein said inhibitor is selected from an antisense oligomer, a gapmer, a shRNA, a siRNA, a CRISPR, a TALEN, or a Zinc-finger nuclease.
A method for producing a toner, comprising: forming liquid droplets by atomizing a toner composition liquid in a vapor phase, and solidifying the formed liquid droplets, wherein the toner composition liquid is prepared by dissolving or dispersing at least two binder resins and a colorant in an organic solvent, the at least two binder resins being composed of at least a resin A and a resin B which are incompatible with each other; wherein the toner has an average circularity of 0.93 to 0.98, wherein in the formation of liquid droplets, the toner composition liquid is periodically discharged from a thin film having a plurality of nozzles provided on a reservoir for reserving the toner composition, by a mechanically vibrating unit so as to form liquid droplets, and wherein the mechanically vibrating unit is a vibration generating unit that is formed in a circular ring shape so as to surround the thin film. forming liquid droplets by atomizing a toner composition liquid in a vapor phase, and solidifying the formed liquid droplets, wherein the toner composition liquid is prepared by dissolving or dispersing at least two binder resins and a colorant in an organic solvent, the at least two binder resins being composed of at least a resin A and a resin B which are incompatible with each other; wherein the toner has an average circularity of 0.93 to 0.98, wherein in the formation of liquid droplets, the toner composition liquid is periodically discharged from a thin film having a plurality of nozzles provided on a reservoir for reserving the toner composition, by a mechanically vibrating unit so as to form liquid droplets, and wherein the mechanically vibrating unit is a vibration generating unit that is formed in a circular ring shape so as to surround the thin film.
A system for use in a next generation network comprising a radio access network and a data network interconnected by a core network, wherein the core network has a control plane, is subject to network slicing and comprises a policy control function to provide policy rules to control plane functions in the core network, the system comprising: an IP Multimedia Subsystem, IMS, slice selection manager implemented at an edge of a plurality of IMS network slices of an IMS network in the data network, the IMS slice selection manager comprising: a policy controller configured to receive an IMS slice selection policy from the policy control function; and an IMS slice selector configured to receive an IMS service request for an IMS service, to select an IMS network slice from the plurality of IMS network slices to provide the IMS service based on the IMS slice selection policy, and to initiate routing of the IMS service request to the IMS network slice selected to provide the IMS service. a policy controller configured to receive an IMS slice selection policy from the policy control function; and an IMS slice selector configured to receive an IMS service request for an IMS service, to select an IMS network slice from the plurality of IMS network slices to provide the IMS service based on the IMS slice selection policy, and to initiate routing of the IMS service request to the IMS network slice selected to provide the IMS service.
Method for air-conditioning an occupied zone of a person with an air-conditioning module, wherein the air-conditioning module has a fan for generating an air flow and a heating module for heating the air flow, wherein the air-conditioning module is arranged close to the body of the person in the occupied zone to be air-conditioned, wherein the air-conditioning module further has a sensor arrangement (12; 12a, 12b) for determining an air temperature and an air humidity, wherein the method has at least the following steps: - operating the fan in a first direction of rotation in a measuring mode, and - determining the air temperature and air humidity with the sensor arrangement (12; 12a, 12b), and - controlling the fan and the heating module depending on the determined air temperature and air humidity, and - operating the air-conditioning module in a heating mode or cooling mode, characterized in that the sensor device (12; 12a, 12b) for determining an air temperature and an air humidity is arranged in the air flow, and in that, when measuring the air humidity, the humidity emission of the person is determined and, when measuring the air temperature, the air temperature in the occupied zone close to the person is determined. the air-conditioning module further has a sensor arrangement (12; 12a, 12b) for determining an air temperature and an air humidity, wherein the method has at least the following steps: - operating the fan in a first direction of rotation in a measuring mode, and - determining the air temperature and air humidity with the sensor arrangement (12; 12a, 12b), and - controlling the fan and the heating module depending on the determined air temperature and air humidity, and - operating the air-conditioning module in a heating mode or cooling mode, - operating the fan in a first direction of rotation in a measuring mode, and - determining the air temperature and air humidity with the sensor arrangement (12; 12a, 12b), and - controlling the fan and the heating module depending on the determined air temperature and air humidity, and - operating the air-conditioning module in a heating mode or cooling mode, characterized in that the sensor device (12; 12a, 12b) for determining an air temperature and an air humidity is arranged in the air flow, and in that, when measuring the air humidity, the humidity emission of the person is determined and, when measuring the air temperature, the air temperature in the occupied zone close to the person is determined.
A method for monitoring impairment indicators, the method comprising: measuring, with a movement sensor associated with a worker, a first signal related to movement of the worker during a first time window; electronically storing at least one numerical descriptor derived from the first signal as reference data for the worker; measuring, with the movement sensor associated with the worker, a second signal related to movement of the worker during a second time window, wherein the movement sensor is housed in a housing, which is a vest or hard hat that are personal protection equipment worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations. measuring, with a movement sensor associated with a worker, a first signal related to movement of the worker during a first time window; electronically storing at least one numerical descriptor derived from the first signal as reference data for the worker; measuring, with the movement sensor associated with the worker, a second signal related to movement of the worker during a second time window, wherein the movement sensor is housed in a housing, which is a vest or hard hat that are personal protection equipment worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations.
A thrust reverser having at least a first left hand side and a second right hand side, each side having a thrust reverser actuation system, each thrust reverser actuation system having a plurality of hydraulic actuators for moving a sleeve between the stowed and deployed positions, wherein each thrust reverser actuation system has a synchronization system at each side for synchronizing the plurality of actuators of that thrust reverser actuation system, said thrust reverser having a synchronization cross-feed system, said system comprising a coupling assembly (212, 213) coupled between the synchronization systems of the reverser actuation systems of the first and second sides of the thrust reverser, wherein the coupling assembly mechanically couples the synchronization systems of the thrust reverser actuation systems of the first and second sides of the thrust reverser, wherein the coupling assembly is coupled between the synchronization systems of the thrust reverser actuation systems by being coupled to at least one of the plurality of hydraulic actuators of each thrust reverser actuation system, wherein the coupling assembly has first and second coupling assemblies (212, 213), the first coupling assembly having a first shaft that is connected to one of the plurality of hydraulic actuators of the thrust reverser actuation system of the first side of the thrust reverser and the second coupling assembly having a second shaft that is connected to one of the plurality of hydraulic actuators of the thrust reverser actuation system of the second side of the thrust reverser, and wherein the first and second coupling assemblies are removably coupled to each other. wherein the coupling assembly mechanically couples the synchronization systems of the thrust reverser actuation systems of the first and second sides of the thrust reverser, wherein the coupling assembly is coupled between the synchronization systems of the thrust reverser actuation systems by being coupled to at least one of the plurality of hydraulic actuators of each thrust reverser actuation system, wherein the coupling assembly has first and second coupling assemblies (212, 213), the first coupling assembly having a first shaft that is connected to one of the plurality of hydraulic actuators of the thrust reverser actuation system of the first side of the thrust reverser and the second coupling assembly having a second shaft that is connected to one of the plurality of hydraulic actuators of the thrust reverser actuation system of the second side of the thrust reverser, and wherein the first and second coupling assemblies are removably coupled to each other.
A method of determining the remaining battery lifespan of an access control device, the method comprising: determining a reference number of access events for the battery of the access control device to transition from an initial voltage to a low voltage condition; collecting, in real time, access events, along with the current voltage of the battery at the access control device; comparing the number of access events at the access control device to the reference number of access events; determining the remaining battery lifespan in response to the number of access events at the access control device and the reference number of access events; generating a trend report for the access control device, the trend report relating battery voltage to the number of access events; comparing the trend report to an average trend report, derived by averaging the trend reports for a plurality of access control devices; and identifying the access control device as having a fault in response to the comparing if the trend report differs from the average trend report by more than a threshold. determining a reference number of access events for the battery of the access control device to transition from an initial voltage to a low voltage condition; collecting, in real time, access events, along with the current voltage of the battery at the access control device; comparing the number of access events at the access control device to the reference number of access events; determining the remaining battery lifespan in response to the number of access events at the access control device and the reference number of access events; generating a trend report for the access control device, the trend report relating battery voltage to the number of access events; comparing the trend report to an average trend report, derived by averaging the trend reports for a plurality of access control devices; and identifying the access control device as having a fault in response to the comparing if the trend report differs from the average trend report by more than a threshold.
A protective case for a portable computing device, the case comprising: a cavity in the case to house a plurality of electronic devices (202, 210), the cavity including: a first recess to receive a first electronic device, and a second recess to receive a second electronic device; and a cover removably coupled to the cavity, wherein the first electronic device includes a smart card and wherein the second electronic device includes a universal serial bus, USB, dongle, wherein the first recess includes a smart card reader to connect to the smart card and wherein the second recess includes a USB connector to connect with the USB dongle, characterised in that the second recess is located across the first recess such that either one of the smart card and the USB dongle can be used at one time. a cavity in the case to house a plurality of electronic devices (202, 210), the cavity including: a first recess to receive a first electronic device, and a second recess to receive a second electronic device; and a cover removably coupled to the cavity, a first recess to receive a first electronic device, and a second recess to receive a second electronic device; and a cover removably coupled to the cavity, wherein the first electronic device includes a smart card and wherein the second electronic device includes a universal serial bus, USB, dongle, wherein the first recess includes a smart card reader to connect to the smart card and wherein the second recess includes a USB connector to connect with the USB dongle, characterised in that the second recess is located across the first recess such that either one of the smart card and the USB dongle can be used at one time.
A spot welding method in which high strength steel sheets each having a carbon content of 0.15% by mass or greater and a tensile strength of 980 MPa or greater are overlapped and spot welded to obtain a spot welded joint, the method comprising: a spot welding process that is split into three processes, comprising: a first welding process that forms a nugget; a cooling process that follows the first welding process and during which a current of welding is zero; and a second welding process that follows the cooling process and in which the nugget is softened, wherein during the spot welding process, I 2 /I 1 is set to from 0.5 to 0.8 wherein I 1 is a current in the first welding process and I 2 is a current in the second welding process, a time tc (sec) of the cooling process is set within a range of from 0.8 × tmin to 2.5 × tmin wherein tmin is calculated using Equation below according to a sheet thickness H (mm) of the steel sheets, a welding time t2 (sec) of the second welding process is set within a range of from 0.7 × tmin to 2.5 × tmin, and characterized in that a pressure applied by electrodes from the cooling process onward is set to be greater than a pressure applied by the electrodes until the first welding process. tmin = 0.2 × H 2. a spot welding process that is split into three processes, comprising: a first welding process that forms a nugget; a cooling process that follows the first welding process and during which a current of welding is zero; and a second welding process that follows the cooling process and in which the nugget is softened, a first welding process that forms a nugget; a cooling process that follows the first welding process and during which a current of welding is zero; and a second welding process that follows the cooling process and in which the nugget is softened, wherein during the spot welding process, I 2 /I 1 is set to from 0.5 to 0.8 wherein I 1 is a current in the first welding process and I 2 is a current in the second welding process, a time tc (sec) of the cooling process is set within a range of from 0.8 × tmin to 2.5 × tmin wherein tmin is calculated using Equation below according to a sheet thickness H (mm) of the steel sheets, I 2 /I 1 is set to from 0.5 to 0.8 wherein I 1 is a current in the first welding process and I 2 is a current in the second welding process, a time tc (sec) of the cooling process is set within a range of from 0.8 × tmin to 2.5 × tmin wherein tmin is calculated using Equation below according to a sheet thickness H (mm) of the steel sheets,
A method, comprising: filtering rays of a plenoptic camera using a pattern having at least four blocks, wherein a second block is located vertical to a first block, a third block is located horizontal to said first block, and a fourth block is located vertical to said third block and horizontal to said second block, wherein said pattern covers 2p × 2p pixels of a pixels sensor, where p is an even number of pixels corresponding to a diameter of a micro-lens image produced by a micro-lens of a micro-lens array embedded in said plenoptic camera and wherein the pattern is given by one of the following matrices: FA 1 = a c d b b d c a c a b d d b a c or FA 2 = a b c d c d a b d c b a b a d c; where a, b, c and d are the filter elements; and generating a new image from images captured using said filtered rays.