mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a computerized numerical control machine and for machining a dental work piece, wherein the computerized numerical control machine comprises a chucking device for chucking the dental work piece and a machining device for machining the dental work piece, wherein the dental work piece chucked in the chucking device is machined by the machining device of the computerized numerical control machine when the computerized numerical control device is operated in a machining mode, wherein the computerized numerical control machine comprises a housing, a first drive device, a second drive device, a third drive device and a machining tool in the form of a milling tool, a driller or a grinder, the machining tool being chucked in the machining device, wherein the computerized numerical control machine comprises a first spatial axis, a second spatial axis and a third spatial axis, wherein the chucking device is movable by the first drive device relative to the housing about or along at least one axis (X, A, B), the machining device is movable by the second drive device relative to the housing about or along at least one axis (Y, Z) and the machining tool chucked in the machining device can be driven in a rotary manner by the third drive device about a machining axis, characterized in that based on a test specimen at least one calibration parameter of the computerized numerical control machine is verified and at least one correction value is determined when the computerized numerical control machine is operated in a calibration mode, wherein in the machining mode the computerized numerical control machine is operated depending on the at least one correction value, wherein it is verified which angle a rotary axis of the chucking device has compared to a plane which is spanned by the second spatial axis and by the third spatial axis, wherein the verification is carried out in that a verification feeler is moved along the second spatial axis and based on the difference of the scanned points compared to the third spatial axis the angle of the rotary axis of the chucking device relative to the plane is calculated, wherein the orientation of the rotary axis of the chucking device relative to the plane forms a calibration parameter.
Multilayer foil sheet, in particular for the usage in the construction industry having a laminar foil-like first layer which extends in a first extending direction and is made from a plastic and having a laminar second layer which is arranged on this foil-like support layer, wherein this compound has a first surface which extends in the extending direction and a second surface which extends in the extending direction and this second surface lies opposite to the first surface, characterized in that a particle material is applied to at least one of these surfaces at least in sections and laminarly, wherein the particle material is a flocking, wherein the particle material is perpendicularly aligned with a longitudinal direction to the surface to be flocked.
A method for decoding channels at a user equipment, UE, comprising: receiving a first subframe in a first channel; decoding information transmitted in the first subframe; switching to an inactive mode subsequent to the completion of the reception of the first subframe; when the decoded information transmitted in the first subframe in the first channel indicates an upcoming transmission of downlink data in the one or more second subframes in a second channel, exiting the inactive mode and decoding downlink data transmitted in one or more second subframes in the second channel in a current reception, Rx, burst time interval, otherwise maintaining in the inactive mode without decoding downlink data in one or more second subframes in the second channel until the next reception burst time interval, wherein the UE is in a forward access channel, FACH, mode and the inactive mode is associated with discontinuous reception, DRX, operation supported by the UE when in the FACH mode. receiving a first subframe in a first channel; decoding information transmitted in the first subframe; switching to an inactive mode subsequent to the completion of the reception of the first subframe; when the decoded information transmitted in the first subframe in the first channel indicates an upcoming transmission of downlink data in the one or more second subframes in a second channel, exiting the inactive mode and decoding downlink data transmitted in one or more second subframes in the second channel in a current reception, Rx, burst time interval, otherwise maintaining in the inactive mode without decoding downlink data in one or more second subframes in the second channel until the next reception burst time interval, wherein the UE is in a forward access channel, FACH, mode and the inactive mode is associated with discontinuous reception, DRX, operation supported by the UE when in the FACH mode.
A cured syntactic polyurethane elastomer in which gas or vacuum filled microspheres are dispersed in a noncellular polyurethane matrix, which syntactic polyurethane elastomer is a reaction product of at least one polyether polyol having a number average hydroxyl equivalent weight of at least 1500, 5 to 50 weight percent of microspheres based on the total weight of the reaction mixture, 1 to 30 parts by weight of a hydroxyl-terminated chain extender selected from the group consisting of ethylene glycol, 1,2-propylene glycol, 1,3-propane diol, 1,4-butane diol, 1,6-hexanediol, diethylene glycol, triethylene glycol, dipropylene glycol, tripropylene glycol, and an alkoxylate of any of the foregoing having an equivalent weight of up to 125 per 100 parts by weight of the polyether polyol(s), an aromatic polyisocyanate in amount to provide an isocyanate index of 80 to 130 and a non-mercury catalyst, wherein the reaction mixture is essentially devoid of mercury compounds and contains 0 to 0.5 parts by weight per 100 parts by weight of the polyether polyol(s) of isocyanate-reactive materials in addition to the chain extender and the polyether polyol, and the noncellular polyurethane matrix has a morphology characterized by the presence of small discrete morphological domains 0.1 to 3 μm in diameter, and the substantial absence of discrete morphological domains 5 to 30 μm in diameter.
A light emitting diode, comprising: an active region configured to emit light, the active region comprising an aluminum containing III-nitride material comprising one or more quantum wells; a composite electrical contact layer comprising at least two materials (251, 252), at least one material arranged as a reflective metal sub-layer configured to reflect the emitted light; and a transparent electron blocking hole transporting layer (TEBHTL), comprising an aluminum containing III-nitride material, arranged between the composite electrical contact layer and the active region and having a thickness that extends at least a majority of a distance between the active region and the electrical contact layer, the TEBHTL having a band-gap greater than a band-gap of light emitting portions of the active region, the TEBHTL being graded in aluminum composition such that the band-gap of the TEBHTL decreases as a function of distance from the active region to the electrical contact layer over a majority of the thickness of the TEBHTL, wherein; the aluminum composition in the quantum well portion of the active region is lower than the minimum aluminum composition in the TEBHTL. an active region configured to emit light, the active region comprising an aluminum containing III-nitride material comprising one or more quantum wells; a composite electrical contact layer comprising at least two materials (251, 252), at least one material arranged as a reflective metal sub-layer configured to reflect the emitted light; and a transparent electron blocking hole transporting layer (TEBHTL), comprising an aluminum containing III-nitride material, arranged between the composite electrical contact layer and the active region and having a thickness that extends at least a majority of a distance between the active region and the electrical contact layer, the TEBHTL having a band-gap greater than a band-gap of light emitting portions of the active region, the TEBHTL being graded in aluminum composition such that the band-gap of the TEBHTL decreases as a function of distance from the active region to the electrical contact layer over a majority of the thickness of the TEBHTL, wherein; the aluminum composition in the quantum well portion of the active region is lower than the minimum aluminum composition in the TEBHTL.
A biomimetic bag opening device for an automatic filling line, comprising brackets left and right symmetrically arranged on the filling line for filling bags, the symmetrically arranged brackets moving in a horizontal relative motion respectively driven by a pull rod, a push bag plate facing the filling bag provided at a front end of the bracket, a row of gripper holes (202, 203) provided on the push bag plate in the upper and lower of the horizontal level respectively, two rows of grippers (3, 4) provided on the brackets behind the push bag plate and corresponding to the two rows of gripper holes, a gripper drive device driving two rows of grippers open or closed, and grasping fingertips of the grippers projecting or retracting from two rows of the upper and lower of the gripper holes.
A device comprising: a substrate; a first superconductor layer on the substrate, the first superconductor layer having a first kinetic inductance; and a second superconductor layer on the first superconductor layer, the second superconductor layer having a second kinetic inductance that is lower than the first kinetic inductance, wherein the second superconductor layer covers the first superconductor layer such that the second superconductor layer and the first superconductor layer have a same footprint, with the exception of at least a first region where the second superconductor layer is omitted so that the first superconductor layer and the second superconductor layer form a circuit element having a predetermined circuit parameter, wherein the circuit parameter is a resonant frequency, a center frequency, a cut-off frequency, or a characteristic impedance of the circuit element. a substrate; a first superconductor layer on the substrate, the first superconductor layer having a first kinetic inductance; and a second superconductor layer on the first superconductor layer, the second superconductor layer having a second kinetic inductance that is lower than the first kinetic inductance, wherein the second superconductor layer covers the first superconductor layer such that the second superconductor layer and the first superconductor layer have a same footprint, with the exception of at least a first region where the second superconductor layer is omitted so that the first superconductor layer and the second superconductor layer form a circuit element having a predetermined circuit parameter, wherein the circuit parameter is a resonant frequency, a center frequency, a cut-off frequency, or a characteristic impedance of the circuit element.
A resonator (100; 100a; 100b; 100c; 100d; 100e; 100f; 100g; 1100, 1200; 1300; 1400) for radio frequency, RF, signals, said resonator (100; 100a; 100b; 100c; 100d; 100e; 100f; 100g; 1100, 1200; 1300; 1400) comprising a cavity (110; 210) having a longitudinal axis (110'; 210'), a first wall (120; 220), at least one side wall (130; 230), and a lid (140; 240) arranged opposite the first wall (120; 220), wherein said resonator (100; 100a; 100b; 100c; 100d; 100e; 100f; 100g; 1100, 1200; 1300; 1400) further comprises a guiding device (150; 150a; 150b; 150c; 250; 350; 450) which is arranged at said at least one side wall (130; 230; 330; 430) and is configured to guide an axial movement (A1; A1a, A1b) of said lid (140; 240) along said longitudinal axis (110'; 210'), wherein said first wall comprises at least one opening (124; 124a, 124b, 124c, 124d) configured to exchange electromagnetic energy with an adjacent volume.
A preparation method of phosphonic salt of Formula I, consisting of reacting 3, 7, 11-trimethyldodec-1, 4, 6, 10-tetraene-3-ol of Formula II with triphenylphosphine and an acid in an alcohol solvent at a temperature of 50∼100°C to produce a phosphonic salt of Formula I, wherein the acid is dropped into the reaction system in order to ensure the reaction system maintaining a neutral condition, wherein the acid is sulfamic acid or methanesulphonic acid, the alcohol solvent is methanol or ethanol, R is phenyl, X is an anion of sulfamic acid or methanesulphonic acid.
A method for preparing aluminosilicate zeolite SSZ-33 comprising contacting under crystallization conditions at least one source of silicon; at least one source of aluminum; hydroxide ions; a 1,1'-(pentane-1,5-diyl)bis(3-methylcyclohexyl)piperidinium dication; and at least one source of an element selected from Groups 1 and 2 of the Periodic Table.
A cutting arrangement for an ice cream machine, the cutting arrangement comprising: a cutting tool; and an electrical actuator connected to and supporting the cutting tool, the electrical actuator being arranged to generate a reciprocating movement of the cutting tool in order for the cutting tool to cut ice cream into ice cream products, characterized in that the cutting arrangement further comprises a rotatable element arranged between the cutting tool and the electrical actuator, and wherein the cutting arrangement further comprises a tilt actuator operatively connected to the rotatable element for tilting the cutting tool. a cutting tool; and an electrical actuator connected to and supporting the cutting tool, the electrical actuator being arranged to generate a reciprocating movement of the cutting tool in order for the cutting tool to cut ice cream into ice cream products, characterized in that the cutting arrangement further comprises a rotatable element arranged between the cutting tool and the electrical actuator, and wherein the cutting arrangement further comprises a tilt actuator operatively connected to the rotatable element for tilting the cutting tool.
Expansion tank for a hydraulic motor vehicle brake system, having a housing comprising a tank interior with at least one pressure medium chamber and with a device for monitoring a tank fill level, which device comprises a switching unit which projects by way of a contact carrier into a guide sleeve which extends into a separate chamber of the tank interior, wherein a sensor or switching element arranged on the contact carrier is switchable, by way of an encoder which is guided on the guide sleeve, at a switching point at which the switching unit generates a signal for an electronic control unit, and wherein the separate chamber is connected to the pressure medium chamber via a pressure medium connection, wherein valve means are provided by way of which the pressure medium flow between the separate chamber and the pressure medium chamber can be controlled such that an upward flow of the pressure medium out of the separate chamber into the pressure medium chamber can be throttled, and an inward return flow from the pressure medium chamber into the separate chamber is accelerated, characterized in that the pressure medium connection is in the form of an aperture opening in a chamber wall in the region of a tank base, and the valve means are arranged, at a predetermined distance (a) in front of the aperture opening, on the tank base.
A method of producing an acoustical building panel comprising: forming a mixture comprising recycled material in a first-state and water; feeding the mixture to an extruder at an entry point, whereby the mixture is processed into uniform web that exits the extruder at an exit point; forming pellets from the uniform web after the exit point, the pellets being in a second-state; and forming an acoustical building panel from the pellets; characterized in that the recycled material in the first-state is a cellulosic dust having a first average particle size and the pellets in the second-state have a second average particle size, the ratio of the second average particle size to the first average particle size is at least about 20:1. forming a mixture comprising recycled material in a first-state and water; feeding the mixture to an extruder at an entry point, whereby the mixture is processed into uniform web that exits the extruder at an exit point; forming pellets from the uniform web after the exit point, the pellets being in a second-state; and forming an acoustical building panel from the pellets;
An axial flow combine harvester threshing module, wherein the threshing module comprises at least a rotor and at least a concave mounted around the rotor, characterized in that said threshing module further comprises a cover plate, applied onto the concave side of the concave, that comprises a removable structure which has a material retention surface, in which openings are provided in order to limit the grains and MOG passage.
A method performed by a first node for sending feedback data and user data on a Physical Uplink Shared Channel, PUSCH, to a second node, wherein the feedback data is indicative of channel properties of a data channel for sending data from the second node to the first node, and wherein a wireless communication system comprises the first node and the second node, the method characterized by sending, in a time period, the feedback data and the user data within a plurality of resource units on the PUSCH, by sending said user data within a number of resource units reserved for the user data, said number being based on: - an assigned number of resource units; - a number of coded rank indicator, RI, symbols; and - a number of channel quality indicator, CQI, information bits or RI information bits, wherein the information bits for CQI or RI comprise non-coded data bits for CQI or RI, respectively. - an assigned number of resource units; - a number of coded rank indicator, RI, symbols; and - a number of channel quality indicator, CQI, information bits or RI information bits, wherein the information bits for CQI or RI comprise non-coded data bits for CQI or RI, respectively.
A method of forming a low-dose-rate brachytherapy device, the method comprising: depositing a solution comprising a soluble form of a radioactive material on a substrate; converting the soluble form of the radioactive material to a water-insoluble form of the radioactive material on the substrate; and forming a medical device from the substrate and the water-insoluble form of the radioactive material; characterised in that: converting a water-insoluble form of the radioactive material comprises exposing the substrate and the water-soluble form of the radioactive material to plasma thereby decomposing the soluble form of the radioactive material to a water-insoluble form of the radioactive material. depositing a solution comprising a soluble form of a radioactive material on a substrate; converting the soluble form of the radioactive material to a water-insoluble form of the radioactive material on the substrate; and forming a medical device from the substrate and the water-insoluble form of the radioactive material; characterised in that: converting a water-insoluble form of the radioactive material comprises exposing the substrate and the water-soluble form of the radioactive material to plasma thereby decomposing the soluble form of the radioactive material to a water-insoluble form of the radioactive material.
A method of contacting or mixing a bulk additive onto and/or into soil comprising application of the bulk additive to the soil, wherein the bulk additive encapsulates all or a portion of a fertilizer granule and wherein the bulk additive comprises a cationic hydroxypropyl guar.
A battery pack comprising first to fifth terminal portions sequentially arrayed at one side surface of a housing, wherein of said terminal portions, said first terminal portion formed on one end side of said one side surface is a positive electrode terminal, said fifth terminal portion formed on the other end side of said one side surface is a negative electrode terminal, said fourth terminal portion formed adjacently to said fifth terminal portion is an ID terminal for identification of said battery pack, and said fourth terminal portion and said fifth terminal portion are proximate to each other; and a guide portion for guiding the loading and unloading of said battery pack into and from a battery mounting portion is formed substantially in the center of said one side surface in array with said terminal portions, and said third terminal portion arranged centrally is formed at a position deviated toward said one end side or said other end side.
A curved display device comprising: a display panel; a rear cover serving as a rear surface casing for the display panel; and at least one curvature control unit disposed on the rear surface of the rear cover to control curvature of the rear cover by applying tensile force to the rear surface of the rear cover in a longitudinal direction of the rear cover, wherein the bottom of the rear cover is formed of a corrugated board including an intermediate layer provided with ridges, a first cover layer serving as a coating for the upper surface of the intermediate layer, and a second cover layer serving as a coating for the lower surface of the intermediate layer, and wherein the first cover layer has an opening configured to expose the intermediate layer to correspond to the curvature control unit. a display panel; a rear cover serving as a rear surface casing for the display panel; and at least one curvature control unit disposed on the rear surface of the rear cover to control curvature of the rear cover by applying tensile force to the rear surface of the rear cover in a longitudinal direction of the rear cover, wherein the bottom of the rear cover is formed of a corrugated board including an intermediate layer provided with ridges, a first cover layer serving as a coating for the upper surface of the intermediate layer, and a second cover layer serving as a coating for the lower surface of the intermediate layer, and wherein the first cover layer has an opening configured to expose the intermediate layer to correspond to the curvature control unit.