mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining whether a received request for data associated with a first partition of a storage device is received from an application included in the first partition; responsive to determining that the application is not included in the first partition, determining a signature associated with the application; determining whether the signature associated with the application is authorized to access data associated with the first partition; and responsive to determining that the signature associated with the application is authorized to access data associated with the first partition, using the received request to identify the data associated with the first partition and transmitting the data from the first partition to the application, the method being characterized in that using the received request to identify the data associated with the first partition comprises using a key associated with the signature to retrieve data from a data store included in the first partition. determining whether a received request for data associated with a first partition of a storage device is received from an application included in the first partition; responsive to determining that the application is not included in the first partition, determining a signature associated with the application; determining whether the signature associated with the application is authorized to access data associated with the first partition; and responsive to determining that the signature associated with the application is authorized to access data associated with the first partition, using the received request to identify the data associated with the first partition and transmitting the data from the first partition to the application,
A mobile terminal, comprising a Universal Serial Bus main chip and a USB interface, wherein both the USB main chip and the USB interface support USB 2.0 standard, and the USB interface is configured to connect to an external USB cable; a Printed Circuit Board trace is connected between the USB main chip and the USB interface; wherein a USB 2.0 signal test point is arranged on the PCB trace, and wherein, when the USB 2.0 signal test point is arranged on the PCB trace serving as a data line, the USB 2.0 signal test point is arranged right above the data line, and the length of the data line between the test point and the USB interface is within 10 mm.
An aerated composition comprising water, denatured egg albumen protein, and hydrophobin, wherein the composition has an overrun of maximally 200%, and wherein at least part of denatured egg albumen protein is present at the gas bubble surface, and wherein the concentration of the egg albumen protein ranges from 0.1% to 10% by weight of the composition.
A crankshaft comprising: a first part formed by forming a first crank web; a crank pin that extends from the first crank web; and a second part including a second crank web in which a hole in which the crank pin is inserted is formed, wherein the crank pin includes a first pin portion located inside the hole of the second crank web and a second pin portion located outside the hole of the second crank web and located closer to the first crank web than the first pin portion, and at least a portion of the first pin portion and of the second pin portion includes a first hardening layer, characterized in that the first part is formed by integrally forming the first crank web and the crank pin that extends from the first crank web, wherein at least said portion of the first pin portion and the second pin portion includes said first hardening layer as a first induction hardening layer. a first part formed by forming a first crank web; a crank pin that extends from the first crank web; and a second part including a second crank web in which a hole in which the crank pin is inserted is formed, wherein the crank pin includes a first pin portion located inside the hole of the second crank web and a second pin portion located outside the hole of the second crank web and located closer to the first crank web than the first pin portion, and at least a portion of the first pin portion and of the second pin portion includes a first hardening layer, characterized in that the first part is formed by integrally forming the first crank web and the crank pin that extends from the first crank web, wherein at least said portion of the first pin portion and the second pin portion includes said first hardening layer as a first induction hardening layer.
A coaxial impedance adaptor for a transmission line (4, 5) said transmission line comprising, in the longitudinal direction, a conductive central line having an axis Ox, the adaptor comprising two probes, each having a bore which make it possible for the central line to go through, so that each probe is capable of sliding in the transmission line along a translational movement along the axis Ox, and two motors, each driving a carriage into translation, each carriage being coupled to one of said probes, characterized in that said probes are connected to the carriages by a means of coupling arms provided with elastic means, said elastic means using a tongue of a flexible material interposed between two metallic parts, the impedance adaption being obtained by at least one of the probes moving in said transmission line.
A method for reducing an amount of total organic carbon in water in a steel mill wastewater stream at a steel mill, the water containing 18.93 to 378.54 L (5 to 100 gallons) glycol / 45.36 Kg (100 lb) TOC and more than 25 mg TOC/L water, the method comprising: - adding powder activated carbon to the flume leading to the scale pit or other clarification systems, upstream of a scale separating system of the steel mill;. - mixing the powder activated carbon with the wastewater in the flume or other piping prior to the scale separating system and then settling the PAC with the adsorbed glycols; - removing the settled PAC/glycols from the scale pit, settler, dissolved air flotation or other separation device together with steel scale; and - disposing of the settled PAC/glycol together with the scale. - adding powder activated carbon to the flume leading to the scale pit or other clarification systems, upstream of a scale separating system of the steel mill;. - mixing the powder activated carbon with the wastewater in the flume or other piping prior to the scale separating system and then settling the PAC with the adsorbed glycols; - removing the settled PAC/glycols from the scale pit, settler, dissolved air flotation or other separation device together with steel scale; and - disposing of the settled PAC/glycol together with the scale.
A therapeutic agent for use in a method of treating tendon damage or increasing tendon tensile strength, wherein the therapeutic agent is miR-29, a mimic thereof, or a precursor of either.
A method of providing a broadcast service at a Primary Device, PD, the method comprising: receiving broadcast signals including the broadcast service, Service Layer Signaling, SLS, and a signaling table, wherein the broadcast service is a linear service with an application-based enhancement or an application-based service; wherein the signaling table includes information used for a transport session carrying the SLS; parsing the SLS including a Service-based Transport Session Instance Description, S-TSID, a Media Presentation Description, MPD, and application signaling information, wherein the S-TSID includes information for transport sessions carrying the broadcast service, the application signaling information is used for delivering the application-based enhancement, and the MPD includes a period element having an event stream element for the broadcast service, wherein the event stream element includes a plurality of event elements, and each of the event elements includes an event ID for an event and timing information for indicating start time of the event; decoding the broadcast service based on the SLS. receiving broadcast signals including the broadcast service, Service Layer Signaling, SLS, and a signaling table, wherein the broadcast service is a linear service with an application-based enhancement or an application-based service; wherein the signaling table includes information used for a transport session carrying the SLS; parsing the SLS including a Service-based Transport Session Instance Description, S-TSID, a Media Presentation Description, MPD, and application signaling information, wherein the S-TSID includes information for transport sessions carrying the broadcast service, the application signaling information is used for delivering the application-based enhancement, and the MPD includes a period element having an event stream element for the broadcast service, wherein the event stream element includes a plurality of event elements, and each of the event elements includes an event ID for an event and timing information for indicating start time of the event; decoding the broadcast service based on the SLS.
A knob for a door lock, such as an electronic locking cylinder, wherein at least a grip portion of the knob comprises a bayonet catch such that the grip portion and the remaining door lock may be releasably engaged, wherein the bayonet catch comprises at least one at least partially rotatable ring element (13, 23) and wherein the bayonet catch comprises two blocking devices (14, 27) that only allow the ring element (13, 23) to be rotated if it is lifted at two points against a respective strong resilience.
A refrigeration cycle device in which a compressor, a condenser (13,30), an expansion valve, and an evaporator (30,13) are connected to one another by piping, the device comprising: a bypass pipe that has one end connected to a liquid pipe between the condenser (13,30) and the evaporator (30,13) and the other end connected to a suction pipe of the compressor, and bypasses the evaporator (30,13); a bypass valve that is configured to control a flow of a refrigerant in the bypass pipe; a liquid flooding determination unit that is configured to determine presence or absence of liquid flooding of the refrigerant to the compressor based on a comparison of at least a discharge superheat degree and a discharge superheat degree reference value (T1 S); and a bypass valve leakage determination unit that is configured to determine whether or not the liquid flooding is caused by leakage in the bypass valve, based on a comparison of a first suction superheat degree of the refrigerant acquired further on the upstream side than the other end of the bypass pipe in the suction pipe and a suction superheat degree reference value (T3 S). a bypass pipe that has one end connected to a liquid pipe between the condenser (13,30) and the evaporator (30,13) and the other end connected to a suction pipe of the compressor, and bypasses the evaporator (30,13); a bypass valve that is configured to control a flow of a refrigerant in the bypass pipe; a liquid flooding determination unit that is configured to determine presence or absence of liquid flooding of the refrigerant to the compressor based on a comparison of at least a discharge superheat degree and a discharge superheat degree reference value (T1 S); and a bypass valve leakage determination unit that is configured to determine whether or not the liquid flooding is caused by leakage in the bypass valve, based on a comparison of a first suction superheat degree of the refrigerant acquired further on the upstream side than the other end of the bypass pipe in the suction pipe and a suction superheat degree reference value (T3 S).
A computer system to optimize tracking of a radiotherapy target as part of treatment planning, said computer system configured to perform a method (80, 108) comprising: simulating a treatment time image from treatment planning CT images and data, as digital reconstructed radiograph or digital tomosynthesis images, wherein the simulated treatment time image corresponds with an imaging angle of a plurality of imaging angles from which the radiotherapy target is to be imaged during treatment; generating (86, 114) a template from the treatment planning CT images and data by forward projection of voxels inside a volume of interest, wherein the template is for the imaging angle from which the radiotherapy target is to be imaged during treatment; template matching (94, 118) by calculating a similarity measure as match score between the template and simulated treatment time image to quantify the trackability of tumors as part of treatment planning; wherein the template matching (94, 118) further comprises: calculating the match score at different pixel offsets between the template and the simulated treatment time image for the imaging angle producing a match score surface; analysing the match score surface to calculate a peak-to-side lobe ratio and resulting in a visibility score; and classifying the simulated treatment time image as having a suitable angle for tracking the tumor if the resulting visibility score is sufficient. simulating a treatment time image from treatment planning CT images and data, as digital reconstructed radiograph or digital tomosynthesis images, wherein the simulated treatment time image corresponds with an imaging angle of a plurality of imaging angles from which the radiotherapy target is to be imaged during treatment; generating (86, 114) a template from the treatment planning CT images and data by forward projection of voxels inside a volume of interest, wherein the template is for the imaging angle from which the radiotherapy target is to be imaged during treatment; template matching (94, 118) by calculating a similarity measure as match score between the template and simulated treatment time image to quantify the trackability of tumors as part of treatment planning; wherein the template matching (94, 118) further comprises: calculating the match score at different pixel offsets between the template and the simulated treatment time image for the imaging angle producing a match score surface; analysing the match score surface to calculate a peak-to-side lobe ratio and resulting in a visibility score; and classifying the simulated treatment time image as having a suitable angle for tracking the tumor if the resulting visibility score is sufficient. calculating the match score at different pixel offsets between the template and the simulated treatment time image for the imaging angle producing a match score surface; analysing the match score surface to calculate a peak-to-side lobe ratio and resulting in a visibility score; and classifying the simulated treatment time image as having a suitable angle for tracking the tumor if the resulting visibility score is sufficient.
Device (10, 17) for moving an actuation lever of a handbrake of an automobile,wherein the actuation lever of the handbrake is provided as an operating lever, wherein the actuation lever is provided so as to be able to be latched in different latching positions on the handbrake and interacts with a fixing installation for blocking a movement of a wheel of the automobile, wherein blocking of the wheel of the automobile is released in one latching position of the actuation lever and the wheel of the automobile is blocked in a second latching position, characterized in that the device (10, 17) has connection means, wherein a connection member (11, 18) of the connection means is configured to arrange the device (10, 17) on an assembly member of an automobile, wherein a connection element (12, 19) of the connection means is provided to arrange the device (10, 17) on an assembly element of the handbrake, wherein the assembly member is configured to secure the handbrake to the automobile, wherein the assembly element is provided to secure the handbrake to the assembly member of the automobile, wherein the device (10, 17) has pivot means, wherein the pivot means comprise a pivot axis so that in the arranged state of the device (10, 17) and the handbrake on the automobile the actuation lever of the handbrake is provided so as to be able to be pivoted about the pivot axis, wherein the pivot axis is aligned so as to be parallel to an operating plane B of the actuation lever.
A cooling device, comprising: a cooling roller having a dual tube structure in which an inner tube is disposed inside an outer tube, and an outside flow passage in which a cooling medium flows between the outer tube and the inner tube and an inside flow passage in which a cooling medium flows inside the inner tube are formed, including an opening, formed in the inner tube, that allows the outside flow passage to communicate with the inside flow passage, and being rotatably supported to a housing of a device main body through bearings (40, 41); and a cooling medium transport unit that transports the cooling medium wherein the cooling roller contacts a sheet-like member to cool down the sheet-like member, characterized in that the cooling device further comprises a rotating tube joint unit that is mounted to one end side of the cooling roller so that the cooling roller is rotatable and connects the cooling roller with the cooling medium transport unit through a pipe, wherein one end side of the outer tube is coaxially rotatably fitted into and mounted to a first fitting section of the rotating tube joint unit, and one end side of the inner tube is coaxially fitted into and rotatably or fixedly supported to a second fitting section of the rotating tube joint unit, and the other end side is coaxially fitted into and rotatably or fixedly supported to a fitting section formed at the other end side of the outer tube. a cooling roller having a dual tube structure in which an inner tube is disposed inside an outer tube, and an outside flow passage in which a cooling medium flows between the outer tube and the inner tube and an inside flow passage in which a cooling medium flows inside the inner tube are formed, including an opening, formed in the inner tube, that allows the outside flow passage to communicate with the inside flow passage, and being rotatably supported to a housing of a device main body through bearings (40, 41); and a cooling medium transport unit that transports the cooling medium wherein the cooling roller contacts a sheet-like member to cool down the sheet-like member, characterized in that the cooling device further comprises a rotating tube joint unit that is mounted to one end side of the cooling roller so that the cooling roller is rotatable and connects the cooling roller with the cooling medium transport unit through a pipe, wherein one end side of the outer tube is coaxially rotatably fitted into and mounted to a first fitting section of the rotating tube joint unit, and one end side of the inner tube is coaxially fitted into and rotatably or fixedly supported to a second fitting section of the rotating tube joint unit, and the other end side is coaxially fitted into and rotatably or fixedly supported to a fitting section formed at the other end side of the outer tube.
A method for reducing lookups to a branch target address cache (BTAC) comprising: retrieving a branch target address from the BTAC in response to a miss in looking up a first instruction address in an instruction cache (I-cache); storing the branch target address from the BTAC in the I-cache, the branch target address associated with the first instruction address in the I-cache; looking up the first instruction address in the I-cache; and retrieving the branch target address associated with the first instruction address from the I-cache. retrieving a branch target address from the BTAC in response to a miss in looking up a first instruction address in an instruction cache (I-cache); storing the branch target address from the BTAC in the I-cache, the branch target address associated with the first instruction address in the I-cache; looking up the first instruction address in the I-cache; and retrieving the branch target address associated with the first instruction address from the I-cache.
A method of controlling sampling of flue gases in a combustion power plant comprising a boiler by means of which method it is possible to control sampling of flue gases for C14 carbon dating, in which method: - a sample of flue gases is taken from the dried flue gas of the combustion power plant, and - the proportions of renewable and fossil fuels are determined therefrom by means of dating based on isotope C14, characterized in that at least one of the sampling frequency of the flue gases and the volume flow of the flue gas samples is changed on the basis of the power produced by the combustion power plant. - a sample of flue gases is taken from the dried flue gas of the combustion power plant, and - the proportions of renewable and fossil fuels are determined therefrom by means of dating based on isotope C14,
A method for determining traffic flow data in a road network with road segments (S i) of which at least some are equipped with radio beacons for DSRC radio communications with vehicle-mounted on-board units, which are configured to determine their position (p) and record measurement data (d i,j) of their vehicle or their environment, comprising the following steps carried out by an on-board unit: a) passing a first radio beacon and receiving a request message, which at least includes a start location and a stop location, from the first radio beacon via a first DSRC radio communication; b) ongoing determining the own position (p) and, once the own position (p) enters into a given close range of the start location, starting the recording of the measurement data (d i,j); c) ongoing determining the own position (p) and, once the own position (p) enters into a given close range of the stop location, stopping the recording of the measurement data (d i,j); and d) transmitting the recorded measurement data (d i,j) to the next radio beacon which is passed by the on-board unit along its way via a second DSRC radio communication. a) passing a first radio beacon and receiving a request message, which at least includes a start location and a stop location, from the first radio beacon via a first DSRC radio communication; b) ongoing determining the own position (p) and, once the own position (p) enters into a given close range of the start location, starting the recording of the measurement data (d i,j); c) ongoing determining the own position (p) and, once the own position (p) enters into a given close range of the stop location, stopping the recording of the measurement data (d i,j); and d) transmitting the recorded measurement data (d i,j) to the next radio beacon which is passed by the on-board unit along its way via a second DSRC radio communication.
A method of supporting location services at a user equipment, UE, comprising: transmitting and receiving, based on a location configuration of the UE, one or more first signaling messages (328, 330) with a location server function implemented in a base station or access point of a radio access network, RAN, wherein the RAN comprises a first positioning domain, the one or more first signaling messages comprising a first location measurement sent by the UE, the location server function enabled to determine an estimate of a location of the UE based at least in part on the first location measurement, the method characterized by further comprising: transmitting and receiving one or more second signaling messages with a location server in a core network, CN, wherein the CN comprises a second positioning domain, the one or more second signaling messages comprising a second location measurement obtained by the UE.