mhurhangee/ep-ind-claims huggingface dataset:
Fastening element (10, 86) as an attachment point of a push-pull prop (24, 88) on a positionable formwork wall (54, 84) of a formwork system of positionable formwork wall, closing formwork wall and the push-pull prop for producing a building structure from cast-in-place concrete, wherein the fastening element (10, 86) comprises the following: a) a mounting part that may be mounted in a reversible and detachable manner on the upper side of the positionable formwork wall (54, 84) of the formwork system and that comprises an elongated hole in which a first bolt may be inserted; b) an angular element having i. a first limb that is arranged on or embodied on the mounting part and on which the first bolt is arranged with the result that the angular element may displace in a limited manner in the direction of the longitudinal axis of the mounting part and may pivot in a limited manner about an axis of the first bolt; ii. a second limb that is arranged or embodied at an angle with respect to the first limb; wherein the push-pull prop (24, 88) of the formwork system may be arranged or is arranged on the end of the second limb, which projects freely to the push-pull prop (24, 88) with the result that the push-pull prop may brace the positionable formwork wall and namely while forming an arch of positionable formwork wall, fastening element and push-pull prop over the closing formwork wall without directly connecting the closing formwork wall to the fastening element. a) a mounting part that may be mounted in a reversible and detachable manner on the upper side of the positionable formwork wall (54, 84) of the formwork system and that comprises an elongated hole in which a first bolt may be inserted; b) an angular element having i. a first limb that is arranged on or embodied on the mounting part and on which the first bolt is arranged with the result that the angular element may displace in a limited manner in the direction of the longitudinal axis of the mounting part and may pivot in a limited manner about an axis of the first bolt; ii. a second limb that is arranged or embodied at an angle with respect to the first limb; wherein the push-pull prop (24, 88) of the formwork system may be arranged or is arranged on the end of the second limb, which projects freely to the push-pull prop (24, 88) with the result that the push-pull prop may brace the positionable formwork wall and namely while forming an arch of positionable formwork wall, fastening element and push-pull prop over the closing formwork wall without directly connecting the closing formwork wall to the fastening element. i. a first limb that is arranged on or embodied on the mounting part and on which the first bolt is arranged with the result that the angular element may displace in a limited manner in the direction of the longitudinal axis of the mounting part and may pivot in a limited manner about an axis of the first bolt; ii. a second limb that is arranged or embodied at an angle with respect to the first limb;
A sensor comprising a substrate and a sensor element anchored to the substrate, the sensor comprising a vibratory ring gyroscope and the sensor element comprising a part of a magnet assembly of the sensor, the substrate and sensor element being of dissimilar materials and having different coefficients of thermal expansion, the sensor element and substrate each having a generally planar face arranged parallel to one another, the sensor characterised in further comprising a single spacer whereby the sensor element is anchored upon the substrate, the spacer being located so as to space at least part of the sensor element from at least part of the substrate, wherein the area of contact between the sensor element and the substrate, that is the area of the spacer, is smaller than the area of the smaller of the face of the substrate and that of the sensor element; and wherein the spacer is of area less than half of the area of the smaller of the face of the substrate and that of the sensor element.
An AAC-11 inhibitor compound for use in the treatment of viral infection in a subject in need thereof wherein said AAC-11 inhibitor compound is a polypeptide comprising or consisting of i) an amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO: 1 or, ii) an amino acid sequence having at least 70% of identity with the amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO:1, or iii) an amino acid sequence which is a retro-inverso of the amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO:1 or, iv) an amino acid sequence which is retro-inverso of the amino acid sequence having at least 70% of identity with the amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO: 1 and that is fused to a cell penetrating peptide. i) an amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO: 1 or, ii) an amino acid sequence having at least 70% of identity with the amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO:1, or iii) an amino acid sequence which is a retro-inverso of the amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO:1 or, iv) an amino acid sequence which is retro-inverso of the amino acid sequence having at least 70% of identity with the amino acid sequence ranging from the phenylalanine residue at position 380 to the leucine residue at position 384 in SEQ ID NO: 1
A method of making a phase change ink composition, comprising adding to a device with a stirring element at least one pigment, at least one dispersant and at least one synergist, processing the device at an elevated temperature and at a stirring rate to wet the at least one pigment to obtain an ink concentrate, and mixing the ink concentrate with an ink vehicle to obtain the ink composition; wherein the device comprises an extruder, and wherein the adding step comprises a multiple step procedure comprised of adding to the extruder the at least one pigment and the at least one synergist, conducting the processing to wet and shear the at least one pigment, and following the processing to wet and shear the at least one pigment and before the mixing, adding to the extruder the at least one dispersant, and wherein the mixing comprises extruding to obtain an ink concentrate and homogenizing the ink concentrate and the ink vehicle to obtain the ink composition.
A method for detecting anomalous events in an operating system of a computing device, comprising: detecting, by at least one interceptor, an event occurring in the operating system associated with execution of a software process; registering, by an agent, the detected event and obtaining a context of the event associated with execution of the software process, the context of the event comprising a stack of calls at a time of occurrence of the event; transforming the context of the event; obtaining from the transformed context of the event the following features: a list of procedures and functions being executed at a given time, a list of modules containing the procedures and functions, and types of data and values of all parameters being transferred in each module in the list of modules; generating a hash value of the event based on the features obtained from the transformed context of the event; determining a popularity of the generated hash value of the event using a comparison module by comparing the generated hash value with a list of hash values in a database to determine the frequency of the plurality of detected events occurring in a plurality of client devices; and classifying the detected event as anomalous in response to determining that the popularity of the generated hash value is below a threshold value. detecting, by at least one interceptor, an event occurring in the operating system associated with execution of a software process; registering, by an agent, the detected event and obtaining a context of the event associated with execution of the software process, the context of the event comprising a stack of calls at a time of occurrence of the event; transforming the context of the event; obtaining from the transformed context of the event the following features: a list of procedures and functions being executed at a given time, a list of modules containing the procedures and functions, and types of data and values of all parameters being transferred in each module in the list of modules; generating a hash value of the event based on the features obtained from the transformed context of the event; determining a popularity of the generated hash value of the event using a comparison module by comparing the generated hash value with a list of hash values in a database to determine the frequency of the plurality of detected events occurring in a plurality of client devices; and classifying the detected event as anomalous in response to determining that the popularity of the generated hash value is below a threshold value.
A method for rendering a 3-D scene of graphical data into a 2-D scene, the method comprising: dividing a 2-D space used to represent the 3-D scene from a viewpoint into a plurality of tiles, wherein the 3-D scene includes a plurality of primitives; rasterizing, during a first rasterization pass, a first tile of the plurality of tiles to generate a first rasterized first tile; performing a first visibility test using the first rasterized first tile generated by the first rasterization pass; generating visibility information for a first tile of the plurality of tiles based on the first visibility test, wherein the visibility information for the first tile includes a value for each primitive of the plurality of primitives, wherein the value for each primitive is either a first value or a second value, and wherein the first value indicates a primitive with which the first value is associated is not to be rendered, and the second value indicates a primitive with which the second value is associated is to be rendered; rasterizing, during a second rasterization pass, the first tile to generate a second rasterized first tile; performing a second visibility test using the second rasterized first tile generated by the second rasterization pass; modifying the visibility information for the first tile to generate modified visibility information for the first tile based on the second visibility test; and generating the 2-D scene using the modified visibility information for the first tile. dividing a 2-D space used to represent the 3-D scene from a viewpoint into a plurality of tiles, wherein the 3-D scene includes a plurality of primitives; rasterizing, during a first rasterization pass, a first tile of the plurality of tiles to generate a first rasterized first tile; performing a first visibility test using the first rasterized first tile generated by the first rasterization pass; generating visibility information for a first tile of the plurality of tiles based on the first visibility test, wherein the visibility information for the first tile includes a value for each primitive of the plurality of primitives, wherein the value for each primitive is either a first value or a second value, and wherein the first value indicates a primitive with which the first value is associated is not to be rendered, and the second value indicates a primitive with which the second value is associated is to be rendered; rasterizing, during a second rasterization pass, the first tile to generate a second rasterized first tile; performing a second visibility test using the second rasterized first tile generated by the second rasterization pass; modifying the visibility information for the first tile to generate modified visibility information for the first tile based on the second visibility test; and generating the 2-D scene using the modified visibility information for the first tile.
A method performed by a multi-subscriber identity module, SIM, wireless communication device, the method comprising: receiving a communication request by a second SIM (112, 410b, 612, 712, 812, 1212, 1312) while communicating with a first SIM (111, 410a, 611, 711, 811, 1211, 1311) using a plurality of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340); determining that a sum of a number of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340) used for communicating with the first SIM (111, 410a, 611, 711, 811, 1211, 1311) and a number of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340) for the communication request by the second SIM (112, 410b, 612, 712, 812, 1212, 1312) is greater than a number of available antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340); allocating a first antenna group (520, 1041, 1241) comprising a portion of the plurality of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340) to a first wireless communication (11, 320a) based on the first SIM (111, 410a, 611, 711, 811, 1211, 1311) in response to the determination; allocating a second antenna group (521, 1042, 1242, 1342) to a second wireless communication (12, 320b) based on the second SIM (112, 410b, 612, 712, 812, 1212, 1312), the second antenna group (521, 1042, 1242, 1342) being different from the first antenna group (520, 1041, 1241); performing the first wireless communication (11, 320a) using the first antenna group; and performing the second wireless communication (12, 320b) using the second antenna group (521, 1042, 1242, 1342) while the first wireless communication (11, 320a) is performed. receiving a communication request by a second SIM (112, 410b, 612, 712, 812, 1212, 1312) while communicating with a first SIM (111, 410a, 611, 711, 811, 1211, 1311) using a plurality of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340); determining that a sum of a number of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340) used for communicating with the first SIM (111, 410a, 611, 711, 811, 1211, 1311) and a number of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340) for the communication request by the second SIM (112, 410b, 612, 712, 812, 1212, 1312) is greater than a number of available antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340); allocating a first antenna group (520, 1041, 1241) comprising a portion of the plurality of antennas (140, 440, 510, 640, 740, 840, 1040, 1240, 1340) to a first wireless communication (11, 320a) based on the first SIM (111, 410a, 611, 711, 811, 1211, 1311) in response to the determination; allocating a second antenna group (521, 1042, 1242, 1342) to a second wireless communication (12, 320b) based on the second SIM (112, 410b, 612, 712, 812, 1212, 1312), the second antenna group (521, 1042, 1242, 1342) being different from the first antenna group (520, 1041, 1241); performing the first wireless communication (11, 320a) using the first antenna group; and performing the second wireless communication (12, 320b) using the second antenna group (521, 1042, 1242, 1342) while the first wireless communication (11, 320a) is performed.
A method implemented by a wireless transmit/receive unit, WTRU, the method characterized by: receiving a first set of one or more initial access signals from at least a first Transmission/Reception Point (160a, 180a), TRP; determining that the first set of one or more initial access signals indicates that at least the first TRP is associated with a first availability level, wherein the first set of one or more initial access signals is a subset of signals associated with a second availability level; sending an echo signal to at least the first TRP, wherein one or more transmission parameters of the echo signal are derived from the first set of one or more initial access signals received from at least the first TRP; monitoring for a second set of one or more initial access signals from at least the first TRP after sending the echo signal; and receiving the second set of one or more initial access signals, the second set of one or more initial access signals comprising information associated with accessing at least the first TRP. receiving a first set of one or more initial access signals from at least a first Transmission/Reception Point (160a, 180a), TRP; determining that the first set of one or more initial access signals indicates that at least the first TRP is associated with a first availability level, wherein the first set of one or more initial access signals is a subset of signals associated with a second availability level; sending an echo signal to at least the first TRP, wherein one or more transmission parameters of the echo signal are derived from the first set of one or more initial access signals received from at least the first TRP; monitoring for a second set of one or more initial access signals from at least the first TRP after sending the echo signal; and receiving the second set of one or more initial access signals, the second set of one or more initial access signals comprising information associated with accessing at least the first TRP.
Road finishing machine or a feeder, having: a tank for receiving an additive for the treatment of exhaust gases of the construction machine, the additive having a decomposition temperature, at least one connecting line which is configured to conduct the additive away from the tank and/or to the tank, and a withdrawal unit which is connected to the at least one connecting line and which is configured to transport the additive from the tank to the at least one connecting line and/or from the connecting line into the tank, wherein the road finishing machine or feeder furthermore comprises a heat management system which is designed to influence the temperature of the additive in the tank such that it does not exceed the decomposition temperature of the additive, wherein the tank is enclosed by an insulating housing comprising channels through which ambient air can flow. a tank for receiving an additive for the treatment of exhaust gases of the construction machine, the additive having a decomposition temperature, at least one connecting line which is configured to conduct the additive away from the tank and/or to the tank, and a withdrawal unit which is connected to the at least one connecting line and which is configured to transport the additive from the tank to the at least one connecting line and/or from the connecting line into the tank, wherein the road finishing machine or feeder furthermore comprises a heat management system which is designed to influence the temperature of the additive in the tank such that it does not exceed the decomposition temperature of the additive, wherein the tank is enclosed by an insulating housing comprising channels through which ambient air can flow.
A vacuum pump, in particular a turbomolecular pump, comprising at least one pump component; a heating device for heating the pump component; and a sensor for detecting a measurement variable for the pump operation, wherein the sensor is arranged independently of the heating device and the heating device is configured for operation in dependence on the measurement variable detected by the sensor, characterized in that the heating device is configured to remain deactivated in a pump run-up operation and in a vacuum generating operation.
Pole basket for a ski pole, cross-country pole, trekking pole, Nordic walking pole or hiking pole, particularly for a ski pole intended for the touring sector, in which the pole basket has a flat surface area (9,11,15), wherein at least some sections of the basket region (9,11,15) can be folded towards a pole tip (5,7) and conversely in the opposite direction up to a stop where the basket region forms a flat or only minimally curved plane, and in that the pole basket is folded by means of a force acting on the top of the basket region (9,11), and in that when this force is removed, it returns to the open position independently wherein the basket region (9,11,15) features exactly two basket wings that can be folded in the direction of the pole tip (5,7) and which are arranged to be foldable around a joint hinge, two parallel hinges or hinges arranged at a sharp angle towards the pole tip (5,7), and wherein the basket region (9,11,15) has a mounting plate (9,14) that can be rigidly connected to a pole shaft; the basket wings are joined to the bottom of this mounting plate (9,14), which at least partially covers the basket wings on the top in the hinge area with a cover section, where the cover section also functions as the upper stop for the opened state at the same time.
Connecting device for attaching a hollow profile (2; 72), the connecting device comprising (1; 50; 70; 80): a base member with a base portion and a sleeve portion extending along a longitudinal axis and comprising an insertion opening for the hollow profile at an axial end remote from the base, and a clamping unit, characterised in that the clamping unit has a clamping element and an set screw, wherein a support section of the clamping element is supported on the base portion of the base member, and a clamping section of the clamping element is arranged in the sleeve portion of the base member, and wherein the set screw comprises a screw head and a screw shank extending along a screw axis, wherein the screw shank is screw-connected to the base portion of the base member and the screw head is supportable on a support face formed on the support section of the clamping element, so that by screwing the set screw into the base portion the clamping section is displacable towards a clamping face. a base member with a base portion and a sleeve portion extending along a longitudinal axis and comprising an insertion opening for the hollow profile at an axial end remote from the base, and a clamping unit, characterised in that the clamping unit has a clamping element and an set screw, wherein a support section of the clamping element is supported on the base portion of the base member, and a clamping section of the clamping element is arranged in the sleeve portion of the base member, and wherein the set screw comprises a screw head and a screw shank extending along a screw axis, wherein the screw shank is screw-connected to the base portion of the base member and the screw head is supportable on a support face formed on the support section of the clamping element, so that by screwing the set screw into the base portion the clamping section is displacable towards a clamping face.