mhurhangee/ep-ind-claims huggingface dataset:
A radio communication base station apparatus comprising: a storing section that is adapted to store a multimedia broadcast/multicast service, MBMS, reception request transmitted from a user; characterized by a handover determining section that is adapted to judge whether or not to perform handover from a single frequency network area of the user to a non-single frequency network area, and, when it is judged that handover is to be performed, to send the stored MBMS reception request to a core network, wherein the storing section is further adapted to store the MBMS reception request transmitted from the user until the handover determining section has determined that the handover is to be performed. a storing section that is adapted to store a multimedia broadcast/multicast service, MBMS, reception request transmitted from a user; characterized by a handover determining section that is adapted to judge whether or not to perform handover from a single frequency network area of the user to a non-single frequency network area, and, when it is judged that handover is to be performed, to send the stored MBMS reception request to a core network, wherein the storing section is further adapted to store the MBMS reception request transmitted from the user until the handover determining section has determined that the handover is to be performed.
A non-transitory machine readable storage medium encoded with instructions executable by a processor for integrity verification of an entity grouping a set of processes, the machine-readable storage medium comprising: instructions to launch the entity for executing a function, the entity operating one or more files for executing the function; and instructions, in response to launching the entity, to: generate an entity image integrity report, wherein the generating comprises: determining if a measurement of one of the one or more files is stored within a first integrity report, wherein the first integrity report contains measurements of a plurality of files operable in one or more entities; if the measurement of the file is stored within the first integrity report, storing in the entity image integrity report, for the file operated by the entity, a reference to the file measurement in the first integrity report; and if the measurement of the file is not stored within the first integrity report, generating a measurement of the file and storing the measurement of the file in the entity integrity report corresponding to the launched entity, the entity integrity report comprising the file measurement for the one of the one or more files operated by the entity. determining if a measurement of one of the one or more files is stored within a first integrity report, wherein the first integrity report contains measurements of a plurality of files operable in one or more entities; if the measurement of the file is stored within the first integrity report, storing in the entity image integrity report, for the file operated by the entity, a reference to the file measurement in the first integrity report; and if the measurement of the file is not stored within the first integrity report, generating a measurement of the file and storing the measurement of the file in the entity integrity report corresponding to the launched entity, the entity integrity report comprising the file measurement for the one of the one or more files operated by the entity.
A method for performing a connection resumption procedure by a Mobility Management Entity, MME, in a wireless communication system, the method comprising: receiving, from an eNodeB, eNB, a message including a tracking area update request, TAU request, of a user equipment, UE, wherein the message includes a result of determining, by the eNB, a validity on whether connection resumption of the UE is possible; selecting either a connection resumption or an initial context setup procedure; and transmitting, to the eNB, a message determined based on (i) whether to require an E-UTRAN Radio Access Bearer, E-RAB, setup for the UE and (ii) whether the connection resumption is possible based on the result of determining the validity. receiving, from an eNodeB, eNB, a message including a tracking area update request, TAU request, of a user equipment, UE, wherein the message includes a result of determining, by the eNB, a validity on whether connection resumption of the UE is possible; selecting either a connection resumption or an initial context setup procedure; and transmitting, to the eNB, a message determined based on (i) whether to require an E-UTRAN Radio Access Bearer, E-RAB, setup for the UE and (ii) whether the connection resumption is possible based on the result of determining the validity.
A method of operating a filling level measuring device for measuring the filling level in a container through the wall thereof by means of ultrasound, the filling level measuring device including an ultrasonic measuring head, a controller and a fastening device by means of which the filling level measuring device can be fastened to the container such that the ultrasonic measuring head is pressed against the wall of the container, wherein a wireless communication interface is provided which contains a transmitter/receiver unit, characterized in that a sampling rate is used which is situation-dependent insofar as when the controller detects that the filling level measuring device has been mounted to a new container, the filling level measuring device initiates a series of measurements the results of which are averaged to determine a starting filling level, and the controller reduces the sampling rate after the starting filling level has been determined.
A slide rail assembly adapted to be mounted to a pair of posts including a first post and a second post in a rack, the rack comprising two first posts and two second posts, each second post as well as each first post having an outer side and an inner side opposite to the outer side, wherein the inner sides of the two first posts and the two second posts are spaced apart by a transverse width, and wherein the first post and the second post of the pair of posts correspond in position to each other and define an accommodation space therebetween, the accommodation space being comprised between a longitudinal extension between the outer sides of the first and second posts and a longitudinal extension between the inner sides of the first and second posts, the slide rail assembly comprising: a first rail (28, 202) configured to be mounted to the first post and the second post via a first bracket and a second bracket respectively, the first rail (28, 202) comprising a longitudinal wall (38, 204), an upper wall, and a lower wall, wherein the upper wall and the lower wall are connected to two corresponding sides of the longitudinal wall (38, 204) respectively; and the longitudinal wall (38, 204), the upper wall, and the lower wall of the first rail (28, 202) jointly define a longitudinal channel; and a second rail (30, 206) longitudinally movably connected to the first rail (28, 202) and located in the longitudinal channel of the first rail (28, 202), characterized in that at least a portion of a traverse width of the slide rail assembly, which is a portion of the longitudinal wall (38, 204) of the first rail (28, 202), is configured to be arranged within the accommodation space such that the first rail (28, 202) is located between the first post and the second post, when the slide rail assembly is mounted to the pair of posts (26a, 26b). a first rail (28, 202) configured to be mounted to the first post and the second post via a first bracket and a second bracket respectively, the first rail (28, 202) comprising a longitudinal wall (38, 204), an upper wall, and a lower wall, wherein the upper wall and the lower wall are connected to two corresponding sides of the longitudinal wall (38, 204) respectively; and the longitudinal wall (38, 204), the upper wall, and the lower wall of the first rail (28, 202) jointly define a longitudinal channel; and a second rail (30, 206) longitudinally movably connected to the first rail (28, 202) and located in the longitudinal channel of the first rail (28, 202), characterized in that at least a portion of a traverse width of the slide rail assembly, which is a portion of the longitudinal wall (38, 204) of the first rail (28, 202), is configured to be arranged within the accommodation space such that the first rail (28, 202) is located between the first post and the second post, when the slide rail assembly is mounted to the pair of posts (26a, 26b).
A compound helicopter with a fuselage that extends along a longitudinal axis from a front fuselage section to a rear fuselage section, comprising: at least a first braced wing in joined-wing configuration and a second braced wing in joined-wing configuration, wherein the first braced wing comprises a first upper wing and a first lower wing which are interconnected in a first interconnection region, and wherein the second braced wing comprises a second upper wing and a second lower wing which are interconnected in a second interconnection region; a wheel-type main landing gear in tandem configuration with a first main landing gear and a second main landing gear which are pivotally mounted in a lower fuselage section of the fuselage and aligned on the longitudinal axis, wherein the first main landing gear is arranged in the front fuselage section, and wherein the second main landing gear is arranged in the rear fuselage section; and a wheel-type lateral landing gear with a first lateral landing gear and a second lateral landing gear, wherein the first lateral landing gear is pivotally mounted in the first interconnection region, and wherein the second lateral landing gear is pivotally mounted in the second interconnection region. at least a first braced wing in joined-wing configuration and a second braced wing in joined-wing configuration, wherein the first braced wing comprises a first upper wing and a first lower wing which are interconnected in a first interconnection region, and wherein the second braced wing comprises a second upper wing and a second lower wing which are interconnected in a second interconnection region; a wheel-type main landing gear in tandem configuration with a first main landing gear and a second main landing gear which are pivotally mounted in a lower fuselage section of the fuselage and aligned on the longitudinal axis, wherein the first main landing gear is arranged in the front fuselage section, and wherein the second main landing gear is arranged in the rear fuselage section; and a wheel-type lateral landing gear with a first lateral landing gear and a second lateral landing gear, wherein the first lateral landing gear is pivotally mounted in the first interconnection region, and wherein the second lateral landing gear is pivotally mounted in the second interconnection region.
A mobile machine tool, namely, a hand-held machine tool or semi-stationary machine tool for machining a workpiece, wherein the machine tool comprises a guide element having a guide surface for relatively guiding the machine tool and a workpiece surface of the workpiece towards one another along a machining path, in particular a machining line, wherein the machine tool comprises a drive unit having a drive motor for driving a tool receptacle arranged on the drive unit for receiving a work tool, wherein the machine tool comprises a detection device for detecting at least one workpiece reference (RB, RE) which is assigned, with respect to a machining path, to a machining start point where the work tool is intended to start the machining of the workpiece or to a machining end point where the work tool is intended to end the machining of the workpiece, wherein the tool receptacle is designed for rotationally driving the work tool about an axis of rotation and for adjusting the penetration depth of the work tool into the workpiece by means of a depth adjustment device of the machine tool between depth adjustment positions (T1, T2, T3), wherein the work tool has, on its radially outer circumference, a cutting region for cutting into the workpiece, thereby forming a machining edge (KB, KE) which is at different distances from the at least one workpiece reference (RB, RE) depending on at least two depth adjusting positions (T1, T2, T3) in which the work tool projects at different distances from the guide surface, characterized in that in that the machine tool comprises a depth adjustment device for determining a distance value of the distance of the machining edge (KB, KE) from the at least one workpiece reference (RB, RE) and for determining a predetermined depth value for the depth adjustment position (T1, T2, T3) depending on the distance value.
A radiation therapy system comprising: a radiation source configured to direct one or more radiation pulses toward a PET-avid region of interest; a plurality of PET detectors (126, 710) configured to detect positron annihilation photons; a current detector configured to measure a bias current of the plurality of PET detectors; and a controller configured to receive photon data output from the plurality of PET detectors, wherein the controller is configured to detect a pair of coincident positron annihilation photons by adjusting the photon data output using a gain factor calculated based on the measured bias current during a therapy session. a radiation source configured to direct one or more radiation pulses toward a PET-avid region of interest; a plurality of PET detectors (126, 710) configured to detect positron annihilation photons; a current detector configured to measure a bias current of the plurality of PET detectors; and a controller configured to receive photon data output from the plurality of PET detectors,
A base assembly for a rack of a switchgear cabinet, comprising horizontal frame profiles which have the height h and which surround a base section of the rack, wherein at the height h, the frame profiles have a first horizontal mounting plane, wherein, spaced from the first horizontal mounting plane, at least one additional mounting plane (M2, M3, M4, M5, 11") is provided, on or adjoining a fixed support (40, 50) which is formed at least sectionally on one or more of the frame profiles (10.2, 10.3, 10.5, 10.6) and projects into the base section, wherein one or more of the horizontal frame profiles (10.2, 10.3, 10.5, 10.6) has a profile chamber with a base protruding therefrom, which has a standing surface and a bearing surface (11"), wherein at least the standing surface extends beyond the width of the profile chamber in at least one widthwise direction and the standing surface and the bearing surface (11") extend parallel to one another, and wherein a horizontal mounting plane (11") is located on the bearing surface (11"), and the standing surface and the bearing surface (11") are connected to one another via a perpendicularly extending profile side, characterized in that the horizontal frame profiles (10.2, 10.3, 10.5, 10.6) are hollow profiles and the standing surfaces (11") of the horizontal frame profiles (10.6) have fastening receptacles, wherein two of the frame profiles (10.6) are joined in a corner region of a rack to a vertical frame profile by means of acorner piece, wherein the frame profiles (10.6) are cut to length such that they meet at the corner piece and abut flush with one another, so that the additional mounting planes of the two frame profiles (10.6) are aligned with one another, and thus the bearing surface (11") of one frame profile (10.6) is extended continuously to the bearing surface (11") of the other frame profile (10.6), creating a bearing frame.
Planning device for producing control data for an ophthalmic surgery treatment apparatus which produces at least one cut surface (22, 23) in the cornea by means of a laser device, the planning device comprising calculation means for defining the corneal cut surfaces (22, 23), the calculation means defining the corneal cut surfaces (22, 23, 25) on the basis of the data of a LIRIC structure and preferably a refractive correction, and producing, for the corneal cut surfaces (22, 23), a control data record for controlling the laser device, characterized in that the calculation means determine the corneal cut surfaces (22, 23, 25) in such a way that the LIRIC structure is enclosed by the cut surfaces (22, 23, 25).
A composition for water purification, comprising: an activated carbon porous sorbent particulate formed from bituminous coal, sub-bituminous coal, lignite coal, anthracite coal, peat, nut shells, pits, coconut, babassu nut, macadamia nut, dende nut, peach pit, cherry pit, olive pit, walnut shell, wood, bagasse, rice hulls, corn husks, wheat hulls, or combinations thereof, and at least one of a zirconium oxide or zirconium hydroxide that is deposited within the pores of the activated carbon porous sorbent particulate, wherein the contact pH of the composition is from about 5.5 to about 8.0, and wherein the contact pH is measured as described in the application. an activated carbon porous sorbent particulate formed from bituminous coal, sub-bituminous coal, lignite coal, anthracite coal, peat, nut shells, pits, coconut, babassu nut, macadamia nut, dende nut, peach pit, cherry pit, olive pit, walnut shell, wood, bagasse, rice hulls, corn husks, wheat hulls, or combinations thereof, and at least one of a zirconium oxide or zirconium hydroxide that is deposited within the pores of the activated carbon porous sorbent particulate, wherein the contact pH of the composition is from about 5.5 to about 8.0, and wherein the contact pH is measured as described in the application.
Device for cleaning a large-optical-surface detection module of a driving assistance system of a motor vehicle, comprising at least two lines (121a, 121b, 121c) for spraying a cleaning fluid that are arranged around the large-optical-surface detection module, said cleaning device having an annular general shape with the spray lines (121a, 121b, 121c) that form this cleaning device each having the shape of a portion of a ring, each spray line (121a, 121b, 121c) being configured to clean a part of the optical surface of the detection module, each spray line being able to be activated independently of the other spray lines (121a, 121b, 121c), characterized in that each spray line (121a, 121b, 121c) is mounted on a telescopic deployment device, so as to be able to take up at least one retracted first position and at least one deployed second position.
A method for assessing the quality of a test genomic DNA sample for downstream molecular DNA analyses, comprising: (a) performing one or more real-time PCR reactions that use genomic DNA in a test genomic DNA sample as templates in the presence of two or more primer pairs, wherein each of the two or more primer pairs is specific for amplifying identical or nearly identical genomic DNA fragments that are present at 10 or more different locations in the genome of the organism from which the test genomic DNA sample is obtained, wherein a genomic DNA fragment is nearly identical to another DNA if (i) the size difference between the two genomic DNA fragments is at most 5% of the full length of the longer fragment, and (ii) the sequence identity between the two fragments is at least 95%, (b) performing one or more real-time PCR reactions that use genomic DNA in a control genomic DNA sample as templates in the presence of the two or more primer pairs used in step (a), (c) determining the Ct values for the one or more real-time PCR reactions in step (a), and (d) determining the Ct values for the one or more real-time PCR reactions in step (b), determining the difference (ΔCt) between the Ct values determined in step (c) and the corresponding Ct values determined in step (d) for the one or more real-time PCR reactions, wherein the difference are indicative of the quality of the test genomic DNA sample, and wherein the method comprises performing one or more additional molecular analyses of the genomic DNA test sample whose quality has been assessed as suitable for such analysis. (a) performing one or more real-time PCR reactions that use genomic DNA in a test genomic DNA sample as templates in the presence of two or more primer pairs, wherein each of the two or more primer pairs is specific for amplifying identical or nearly identical genomic DNA fragments that are present at 10 or more different locations in the genome of the organism from which the test genomic DNA sample is obtained, wherein a genomic DNA fragment is nearly identical to another DNA if (i) the size difference between the two genomic DNA fragments is at most 5% of the full length of the longer fragment, and (ii) the sequence identity between the two fragments is at least 95%, (b) performing one or more real-time PCR reactions that use genomic DNA in a control genomic DNA sample as templates in the presence of the two or more primer pairs used in step (a), (c) determining the Ct values for the one or more real-time PCR reactions in step (a), and (d) determining the Ct values for the one or more real-time PCR reactions in step (b),
An inflatable airbag for a motor vehicle safety arrangement, the airbag having: two layers of flexible material (2,3) interconnected to define an inflatable volume between the layers for the receipt of inflating gas; and a tether outside said inflatable volume and which extends between two points on the airbag, said points being spaced from one another across a region of the inflatable volume; the tether being configured to become tensioned between said points upon deployment of the airbag to thereby control inflation of the airbag such that the airbag adopts an inflated configuration defining a cavity; the airbag being characterised in that said tether is formed from a cut-out from an interconnected region of said layers (2,3) of the airbag; the tether having a length which is shorter than the length of the interconnected region from which it is cut and thereby being configured to become tensioned between the two points at opposite ends of the interconnected region.
Computer-implemented method for processing data in a motor vehicle for transmission to a backend, comprising the following steps: - recording sensor data along a stretch of road travelled by the motor vehicle; - dividing the stretch of road into segments; - identifying features and context information relating to the features within the segments of the stretch of road on the basis of the sensor data, wherein the features classify objects along the stretch of road and the context information relating to the features describe distances determined perpendicular to the stretch of road between the motor vehicle and a recognized object or distances determined parallel to the stretch of road between a segment limit and the start or end of an object; and - combining the features and the context information relating to the features to form a message for the stretch of road that describes the arrangement of the recognized objects along the stretch of road. - recording sensor data along a stretch of road travelled by the motor vehicle; - dividing the stretch of road into segments; - identifying features and context information relating to the features within the segments of the stretch of road on the basis of the sensor data, wherein the features classify objects along the stretch of road and the context information relating to the features describe distances determined perpendicular to the stretch of road between the motor vehicle and a recognized object or distances determined parallel to the stretch of road between a segment limit and the start or end of an object; and - combining the features and the context information relating to the features to form a message for the stretch of road that describes the arrangement of the recognized objects along the stretch of road.