mhurhangee/ep-ind-claims huggingface dataset:
Flashlight comprising a lamp housing and a lamp head with at least one light-emitting diode having lead wires (22, 23; 25, 26) characterized in that, the LED is fixed in a one-piece holder (40, 44), that is fitted to the lamp head and/or to the lamp housing, that the holder (40, 44) is designed as a reflector and has separate throughgoing holes (41, 42), in which the lead wires (22, 23; 25, 26) are fixed so that a contact exists or is switchable to a respective contact pole (61, 511) leading to a respective battery without a soldering joint.
A portable display device, comprising: a housing member having a moveable member positioned on the exterior of said housing member for sliding along said exterior of said housing member between two positions, wherein said housing member has an opening for containing a portable projector, a screen member capable of displaying an image when expanded, and multiple collapsible members (122,124,126,128), including mechanical energy storing mechanisms comprising springs for partial expansion of the collapsible members (122,124,126,128), directly connected to said screen member and operatively connected to both said moveable member and said housing member for moving said screen member between a collapsed position and an expanded position. a housing member having a moveable member positioned on the exterior of said housing member for sliding along said exterior of said housing member between two positions, wherein said housing member has an opening for containing a portable projector, a screen member capable of displaying an image when expanded, and multiple collapsible members (122,124,126,128), including mechanical energy storing mechanisms comprising springs for partial expansion of the collapsible members (122,124,126,128), directly connected to said screen member and operatively connected to both said moveable member and said housing member for moving said screen member between a collapsed position and an expanded position.
An image processing apparatus comprising: an inputting section for inputting a plurality of continuous images which were photographed by a photographing section progressively moving relative to a photographed object; an extracting section for extracting characteristic points from images input by the inputting section; a tracking section for tracking the points corresponding to the characteristic points in the plurality of continuous images by using a template matching and for generating tracking data, which includes data of extracted and tracked points by the extracting section and the tracking section, for each image; characterized by: an embedding section for embedding the generated tracking data and an evaluation value of the template matching into each image, and an outputting section for outputting the plurality of continuous images sequentially in which the tracking data was embedded by the embedding section. an inputting section for inputting a plurality of continuous images which were photographed by a photographing section progressively moving relative to a photographed object; an extracting section for extracting characteristic points from images input by the inputting section; a tracking section for tracking the points corresponding to the characteristic points in the plurality of continuous images by using a template matching and for generating tracking data, which includes data of extracted and tracked points by the extracting section and the tracking section, for each image; characterized by: an embedding section for embedding the generated tracking data and an evaluation value of the template matching into each image, and an outputting section for outputting the plurality of continuous images sequentially in which the tracking data was embedded by the embedding section.
A master-slave compatible PDC system, comprising a master sensor and at least one slave sensor; the master sensor comprising a CPU module including an A/D conversion module, a first ultrasonic transducer, a master drive module, a master amplifier module, slave drive modules and power supply modules (36, 37); the quantity of the slave drive modules being equivalent to that of the slave sensors, the slave drive modules being connected with the slave sensors correspondingly; each slave sensor being a digital probe without CPU and comprising a boost drive module and a second ultrasonic transducer; the CPU module driving the first ultrasonic transducer via the master drive module, the first ultrasonic transducer amplifying and transmitting echoed signals to the A/D conversion module of the CPU module via the master amplifier module, wherein each slave sensor comprises an ultrasonic IC, the CPU module drives the ultrasonic IC of the corresponding slave sensor via a respective slave drive module, the ultrasonic IC drives the second ultrasonic transducer via the boost drive module, and the second ultrasonic transducer feeds back the echoed signal received from the second ultrasonic transducer to the A/D conversion module of the CPU module via the ultrasonic IC, wherein the power supply modules comprise a first power supply module for the CPU module and a second power supply module for the slave sensors.
A composition comprising an ethylene-based polymer, wherein the ethylene-based polymer is an ethylene/α-olefin copolymer, comprising at least the following properties: a) a weight average molecular weight (Mw(abs)) greater than, or equal to, 80,000 g/mole, determined by 3D-GPC as described in the specification; and b) a molecular weight distribution (Mw(abs)/Mn(abs)) greater than, or equal to, 2.3; wherein the ethylene-based polymer has an α-olefin incorporation greater than, or equal to, 30 weight percent, based on the weight of the polymer. a) a weight average molecular weight (Mw(abs)) greater than, or equal to, 80,000 g/mole, determined by 3D-GPC as described in the specification; and b) a molecular weight distribution (Mw(abs)/Mn(abs)) greater than, or equal to, 2.3;
A multi-energy detector for detecting incident radiation, comprising: a scintillator material adapted to convert the incident radiation into a plurality of optical photons; an array of pixel circuits, wherein each pixel circuit comprises a threshold detector and a single photon avalanche diode (SPAD) coupled to the threshold detector, wherein each SPAD is optically coupled to the scintillator material and adapted to generate a current in response to detecting one or more optical photons, wherein the threshold detector is in electrical communication with the SPAD and is configured to generate a digital pulse in response to said current; and processing electronics for processing the digital pulse from each pixel circuit in said array of pixel circuits and converting said digital pulse into an energy profile of the incident radiation; wherein said processing electronics includes an accumulator configured to generate a pixel count; characterised in that said accumulator is configured to transmit said pixel count to a latching register; said latching register is configured to receive said pixel count from said accumulator, store said pixel count, and send said pixel count to a digital buffer; said digital buffer is configured to receive said pixel count from said latching register, buffer said pixel count, and send said buffered pixel count to a digital pulse processor; and said digital pulse processor is configured to receive said buffered pixel count from said digital buffer and to find a specific energy value. a scintillator material adapted to convert the incident radiation into a plurality of optical photons; an array of pixel circuits, wherein each pixel circuit comprises a threshold detector and a single photon avalanche diode (SPAD) coupled to the threshold detector, wherein each SPAD is optically coupled to the scintillator material and adapted to generate a current in response to detecting one or more optical photons, wherein the threshold detector is in electrical communication with the SPAD and is configured to generate a digital pulse in response to said current; and processing electronics for processing the digital pulse from each pixel circuit in said array of pixel circuits and converting said digital pulse into an energy profile of the incident radiation; wherein said processing electronics includes an accumulator configured to generate a pixel count; characterised in that said accumulator is configured to transmit said pixel count to a latching register; said latching register is configured to receive said pixel count from said accumulator, store said pixel count, and send said pixel count to a digital buffer; said digital buffer is configured to receive said pixel count from said latching register, buffer said pixel count, and send said buffered pixel count to a digital pulse processor; and said digital pulse processor is configured to receive said buffered pixel count from said digital buffer and to find a specific energy value.
A method for controlling impact from high rank interference from transmission to a 4-branch Multiple Input Multiple Output, MIMO, enabled User Equipment, UE, in a cellular radio system where 4-branch MIMO UEs, 2-branch MIMO UEs, and non-MIMO UEs co-exist, the method comprising the steps of: - determining an estimated Channel Quality Indicator, CQI, delay, - based on the estimated CQI delay, determining if there exists a CQI under-estimation or CQI over-estimation, and - controlling the impact from the high rank interference from transmission to the 4-branch MIMO enabled UE based on the determined CQI under-estimation or CQI over-estimation, wherein the high rank interference is interference from higher order antennas of a radio base station, wherein the higher order antennas are third and fourth antennas of four antennas of the radio base station, wherein only first antenna and potentially also second antenna are used for transmission to the 2-branch MIMO UEs, and wherein the third and fourth antennas are used along with the first and second antennas, for transmission to the 4-branch MIMO UEs. - determining an estimated Channel Quality Indicator, CQI, delay, - based on the estimated CQI delay, determining if there exists a CQI under-estimation or CQI over-estimation, and - controlling the impact from the high rank interference from transmission to the 4-branch MIMO enabled UE based on the determined CQI under-estimation or CQI over-estimation, wherein the high rank interference is interference from higher order antennas of a radio base station, wherein the higher order antennas are third and fourth antennas of four antennas of the radio base station, wherein only first antenna and potentially also second antenna are used for transmission to the 2-branch MIMO UEs, and wherein the third and fourth antennas are used along with the first and second antennas, for transmission to the 4-branch MIMO UEs.
Adjustment drive for a vehicle, which adjustment drive is provided for driving a component, having - an input unit, which has an input shaft, which can be driven by means of an electric motor and comprises a first worm gear, and a first output shaft, and having - an output unit with a second output shaft for driving the component, wherein - the input unit comprises a second worm gear (2.2) and a spur gear (2.3) for driving the first output shaft, wherein the first and the second worm gear (2.1, 2.2) are connected in series so as to form a double worm gear, and - either an output unit or an intermediate unit, which is arranged between the input unit and the output unit, is adapted in a modular manner to the first output shaft and - the output unit comprises a planetary gear (4.1). - an input unit, which has an input shaft, which can be driven by means of an electric motor and comprises a first worm gear, and a first output shaft, and having - an output unit with a second output shaft for driving the component, wherein - the input unit comprises a second worm gear (2.2) and a spur gear (2.3) for driving the first output shaft, wherein the first and the second worm gear (2.1, 2.2) are connected in series so as to form a double worm gear, and - either an output unit or an intermediate unit, which is arranged between the input unit and the output unit, is adapted in a modular manner to the first output shaft and - the output unit comprises a planetary gear (4.1).
A method, comprising: allocating a first bandwidth for operation with a first set of remote devices; and allocating at least one or more bandwidth segments (414; 416) outside of the first bandwidth for operation with a second set of remote devices; wherein remote devices of the first set operate within the first bandwidth, and remote devices of the second set are capable of operating within the first bandwidth and within the bandwidth segments outside of the first bandwidth the method being characterised in that it further comprises: allocating resource blocks within one or more edge regions (610; 612) of the first bandwidth; and wherein if a resource block within the one or more edge regions is allocated for operation to one of the second set of remote devices, allocating a resource block of one of the bandwidth segments outside of the first bandwidth to the remote device. allocating a first bandwidth for operation with a first set of remote devices; and allocating at least one or more bandwidth segments (414; 416) outside of the first bandwidth for operation with a second set of remote devices; wherein remote devices of the first set operate within the first bandwidth, and remote devices of the second set are capable of operating within the first bandwidth and within the bandwidth segments outside of the first bandwidth the method being characterised in that it further comprises: allocating resource blocks within one or more edge regions (610; 612) of the first bandwidth; and allocating resource blocks within one or more edge regions (610; 612) of the first bandwidth; and
A multiway valve for a sanitary fitting, comprising at least: - a housing with at least one inlet, at least one first outlet and at least one second outlet; - at least one first membrane valve for controlling the at least one first outlet, wherein the at least one first membrane valve comprises a first membrane and a first counterpressure chamber connected to the at least one inlet; and - at least one second membrane valve for controlling the at least one second outlet, wherein the at least one second membrane valve has a second membrane and a second counterpressure chamber connected to the at least one inlet; - a control for controlling the at least one first membrane valve and the at least one second membrane valve, wherein the control has at least one first control channel with a first control valve and at least one second control channel with a second control valve, and wherein the at least one first control channel, by bypassing the first membrane, connects the first counterpressure chamber of the at least one first membrane valve to the at least one first outlet, and the at least one second control channel, by bypassing the second membrane, connects the second counterpressure chamber of the at least one second membrane valve to the at least one second outlet; characterized in that the multiway valve comprises a coupling for coupling the first membrane to the second membrane such that a closing movement of the first membrane effects an opening movement of the second membrane. - a housing with at least one inlet, at least one first outlet and at least one second outlet; - at least one first membrane valve for controlling the at least one first outlet, wherein the at least one first membrane valve comprises a first membrane and a first counterpressure chamber connected to the at least one inlet; and - at least one second membrane valve for controlling the at least one second outlet, wherein the at least one second membrane valve has a second membrane and a second counterpressure chamber connected to the at least one inlet; - a control for controlling the at least one first membrane valve and the at least one second membrane valve, wherein the control has at least one first control channel with a first control valve and at least one second control channel with a second control valve, and wherein the at least one first control channel, by bypassing the first membrane, connects the first counterpressure chamber of the at least one first membrane valve to the at least one first outlet, and the at least one second control channel, by bypassing the second membrane, connects the second counterpressure chamber of the at least one second membrane valve to the at least one second outlet; characterized in that the multiway valve comprises a coupling for coupling the first membrane to the second membrane such that a closing movement of the first membrane effects an opening movement of the second membrane.
A method for hydrolytic cleavage of zearalenone and/or at least one zearalenone derivative by means of a hydrolytically cleaving polypeptide, characterized in that the zearalenone and/or at least one zearalenone derivative is hydrolysed by the polypeptide, which is a hydrolase having an amino acid sequence of sequence ID No. 9 or a functional variant thereof, wherein a sequence identity of at least 70 % exists between the functional variant and the amino acid sequence.
A composition for use in treating a hyperproliferative disease selected from the group consisting of chronic lymphocytic leukemia, small lymphocytic leukemia, non-Hodgkin's lymphoma, diffuse large B-cell lymphoma, mantle cell lymphoma, follicular lymphoma, B-cell lymphoproliferative disease, B cell acute lymphoblastic leukemia, and Waldenstrom's macroglobulinemia, wherein the composition comprises crystalline -4-(8-amino-3-(1-(but-2-ynoyl)pyrrolidin-2-yl)imidazo[1,5- a]pyrazin-1-yl)- N -(pyridin-2-yl)benzamide free base wherein the crystalline -4-(8-amino-3-(1-(but-2-ynoyl)pyrrolidin-2-yl)imidazo[1,5- a]pyrazin-1-yl)- N -(pyridin-2-yl)benzamide free base is characterized by a transmission X-ray powder diffraction pattern comprising peaks at 6.4, 8.6, 10.5, 11.6, and 15.7 °2θ ± 0.2 °2θ, wherein the X-ray powder diffraction pattern was acquired using Cu-K α1 radiation source, and the crystalline -4-(8-amino-3-(1-(but-2-ynoyl)pyrrolidin-2-yl)imidazo[1,5- a]pyrazin-1-yl)- N -(pyridin-2-yl)benzamide free base is administered at a dose of 100 mg twice daily.
Striking mechanism, which includes at least one gong fixed to a gong-carrier, at least one hammer for striking the gong at predetermined times, and a means of selecting at least one mode of vibration of the gong, the movable or fixed selection means including at least one selector element arranged in contact on one part of the gong and held on a vibration node of one of the modes of vibration of the gong so as to remove completely or partially the other modes of vibration, wherein the selector element is slidably mounted on the gong, characterized in that the selection means further includes a screw having an end portion which is magnetised or provided with a magnet at the opposite end of the screw to the screw head, and a fixed threaded support for receiving the screw, the screw having a longitudinal shaft arranged parallel to the gong, and capable of being moved in the length direction of the gong following a rotation of the screw in the threaded support, and the direction of magnetic polarisation of the magnetised end portion of the screw or of the first magnet being in the length direction of the gong, and in that the selector element includes a selector permanent magnet of opposite magnetic polarisation to that of the magnetised end portion of the screw or of the permanent magnet of the screw in the length direction of the gong so as to be situated, via an attraction force, next to the magnetised end portion of the screw or of the permanent magnet of the screw, a rotational movement of the screw in the threaded support allowing the selector element to be positioned on a vibration node of a mode of vibration to be selected.
A composition comprising: a substrate comprising metal oxide particles, the substrate having a coating thereon that includes a polyhydroxy acid as organic dispersant, wherein the organic dispersant is present in an amount that renders the coated substrate self-dispersible in an organic medium, characterized in that said coating is a solution containing polyhydroxy stearic acid (PHSA) as organic dispersant and said amount of organic dispersant that renders the coated particles self-dispersible is 1 % by weight calculated with respect to the metal oxide particles.
A self-adjusting tool for chamfering an end of a cylinder, the tool comprising: at least three legs, a distal segment of each of the legs extending in a forward direction of the tool and placeable about the end of the cylinder, and each of the legs including an indentation, characterized in that each of the legs includes a linearly translatable rack comprising teeth; wherein the self-adjusting tool further comprises a central body with a rotatable shaft and a mechanism that includes central gear that is mounted on and is rotatable with the shaft, the central gear comprising teeth that are configured to engage the teeth on the linearly translatable rack on each of the legs such that rotation of the shaft about a shaft axis, linearly translates each leg of said at least three legs to retract said at least three legs inward in tandem toward the cylinder, wherein the indentation on each leg of said at least three legs is configured to enable retraction of another leg of said at least three legs without interference and wherein the mechanism is configured to rotate said at least three legs about the shaft axis when further retraction of said at least three legs is blocked by contact with the cylinder; and one or a plurality of chamfering blades, each chamfering blade being attached to a leg of said at least three legs, a cutting edge of each blade being oriented diagonally forward and inward. at least three legs, a distal segment of each of the legs extending in a forward direction of the tool and placeable about the end of the cylinder, and each of the legs including an indentation, characterized in that each of the legs includes a linearly translatable rack comprising teeth; wherein the self-adjusting tool further comprises a central body with a rotatable shaft and a mechanism that includes central gear that is mounted on and is rotatable with the shaft, the central gear comprising teeth that are configured to engage the teeth on the linearly translatable rack on each of the legs such that rotation of the shaft about a shaft axis, linearly translates each leg of said at least three legs to retract said at least three legs inward in tandem toward the cylinder, wherein the indentation on each leg of said at least three legs is configured to enable retraction of another leg of said at least three legs without interference and wherein the mechanism is configured to rotate said at least three legs about the shaft axis when further retraction of said at least three legs is blocked by contact with the cylinder; and one or a plurality of chamfering blades, each chamfering blade being attached to a leg of said at least three legs, a cutting edge of each blade being oriented diagonally forward and inward.