mhurhangee/ep-ind-claims huggingface dataset:
Method for provision of preparatory information for preparation of magnetic resonance imaging of an examination object by means of a magnetic resonance device, comprising the following method steps: - Supporting of the examination object on a patient support facility of the magnetic resonance device, - Acquisition of a depth map of the examination object supported on the patient support facility by means of a time-of-flight camera, - Establishment of a preparatory information for the preparation of the magnetic resonance imaging using the acquired depth map and - Provision of the preparatory information, characterised in that the establishment of the preparatory information comprises a computation of a probability of localisation of an organ in a body of the examination object to be examined in the magnetic resonance imaging while using the depth map, wherein the computation of the probability of localisation of the organ to be examined comprises a matching of a body model, which comprises information about a localisation of the organ to be examined in the body model, to the examination object while using the depth map. - Supporting of the examination object on a patient support facility of the magnetic resonance device, - Acquisition of a depth map of the examination object supported on the patient support facility by means of a time-of-flight camera, - Establishment of a preparatory information for the preparation of the magnetic resonance imaging using the acquired depth map and - Provision of the preparatory information,
A method for transmitting system information, comprising: selecting, by a terminal and according to an access purpose, a physical random access channel resource between which and the access purpose a preset mapping relationship exists, the access purpose comprising requesting non-essential system information and initial access at one time, and the preset mapping relationship between the physical random access channel resource and the access purpose being a many-to-one mapping; transmitting MSG1 to a base station using the selected physical random access channel resource; and receiving MSG2 transmitted by the base station, the MSG2 comprising the non-essential system information requested by the terminal or scheduling information corresponding to the non-essential system information requested by the terminal, the MSG2 further comprising uplink scheduling information corresponding to MSG3, and initiating an RRC connection request to the base station according to the scheduling information corresponding to MSG3. selecting, by a terminal and according to an access purpose, a physical random access channel resource between which and the access purpose a preset mapping relationship exists, the access purpose comprising requesting non-essential system information and initial access at one time, and the preset mapping relationship between the physical random access channel resource and the access purpose being a many-to-one mapping; transmitting MSG1 to a base station using the selected physical random access channel resource; and receiving MSG2 transmitted by the base station, the MSG2 comprising the non-essential system information requested by the terminal or scheduling information corresponding to the non-essential system information requested by the terminal, the MSG2 further comprising uplink scheduling information corresponding to MSG3, and initiating an RRC connection request to the base station according to the scheduling information corresponding to MSG3.
A switching component, comprising a selector region (34a; 34b) between a pair of electrodes (30, 32); the selector region comprising silicon doped with nitrogen to a total concentration within a range of from greater than 0 atomic percent to 10 atomic percent; wherein the selector region comprises a stack of alternating first and second materials (40, 42) with the first material consisting of silicon and the second material being the silicon doped with nitrogen to a concentration within a range of from greater than 0 atomic percent to 10 atomic percent; and characterized in that the selector region comprises the second material directly against each of the electrodes (30, 32).
1-{ -3-[6-(6-Methoxy-5-trifluoromethyl-pyridin-3-yl)-5,6,7,8-tetrahydro-pyrido[4,3-d]pyrimidin-4-ylamino]-pyrrolidin-1-yl}-propan-1-one or pharmaceutically acceptable salts thereof for use in the treatment of primary Sjögren's Syndrome.
A method of processing a component, by welding, the method comprising: providing a base metal having a feature, the base metal having a base metal composition, a base metal thermal expansion coefficient, a base metal yield strength, and a base metal elongation; removing the feature to form a processed region, applying a first layer to the processed region, the first layer having a first filler, the first filler having a first filler composition, a first filler thermal expansion coefficient, a first filler yield strength, and a first filler elongation; and applying a second layer to the first layer the second layer having a second filler, the second filler having a second filler composition, a second filler thermal expansion coefficient, a second filler yield strength, and a second filler elongation; characterized in that the first filler thermal expansion coefficient is less than both the base metal thermal expansion coefficient and the second filler thermal expansion coefficient; wherein the first filler yield strength is greater than the base metal yield strength and less than the second filler yield strength; and wherein the first filler elongation is greater than the base metal elongation and less than the second filler elongation. providing a base metal having a feature, the base metal having a base metal composition, a base metal thermal expansion coefficient, a base metal yield strength, and a base metal elongation; removing the feature to form a processed region, applying a first layer to the processed region, the first layer having a first filler, the first filler having a first filler composition, a first filler thermal expansion coefficient, a first filler yield strength, and a first filler elongation; and applying a second layer to the first layer the second layer having a second filler, the second filler having a second filler composition, a second filler thermal expansion coefficient, a second filler yield strength, and a second filler elongation; characterized in that the first filler thermal expansion coefficient is less than both the base metal thermal expansion coefficient and the second filler thermal expansion coefficient; wherein the first filler yield strength is greater than the base metal yield strength and less than the second filler yield strength; and wherein the first filler elongation is greater than the base metal elongation and less than the second filler elongation.
A sliding bearing comprising: an outer ring; an inner ring concentrically disposed inside the outer ring; an outer-ring-side V groove formed over an entire circumference on an inner peripheral surface of the outer ring; an inner-ring-side V groove formed over an entire circumference on an outer peripheral surface of the inner ring; an annular raceway having four raceway surfaces (6, 7, 8, 9) defined by the outer-ring-side V groove and the inner-ring-side V groove; and a sliding body accommodated in the raceway, wherein an outer peripheral surface of the sliding body is in contact with the respective raceway surfaces (6, 7, 8, 9) in a slidable state, and the sliding body is formed of an endless coil spring. an outer ring; an inner ring concentrically disposed inside the outer ring; an outer-ring-side V groove formed over an entire circumference on an inner peripheral surface of the outer ring; an inner-ring-side V groove formed over an entire circumference on an outer peripheral surface of the inner ring; an annular raceway having four raceway surfaces (6, 7, 8, 9) defined by the outer-ring-side V groove and the inner-ring-side V groove; and a sliding body accommodated in the raceway, wherein an outer peripheral surface of the sliding body is in contact with the respective raceway surfaces (6, 7, 8, 9) in a slidable state, and the sliding body is formed of an endless coil spring.
A method of manufacturing a high-frequency electric wire for use in a frequency range between 1 kHz to 1 MHz, the method comprising: setting, depending on the particular frequency range in which the designated high-frequency electric wire is to be used, among a first frequency and a second frequency higher than the first frequency, the second frequency equal to or higher than the upper limit of the particular frequency range, the first and second frequencies being frequencies at which an AC resistance value of the high-frequency electric wire is equal to that of a copper wire having the same diameter as that of the high-frequency electric wire and between which the AC resistance value of the high-frequency electric wire is smaller than that of the copper wire, calculating a target reference DC resistance value per unit length being specified by a relationship of 0.7 × 10 0.925 × log 10 Rdc + 2.24 ≤ f 2 ≤ 1.3 × 10 0.925 × log 10 Rdc + 2.24 where R dc (mΩ/cm) is the target reference DC resistance value per unit length and f2 (kHz) is the second frequency, and manufacturing the high-frequency electric wire on basis of the target reference DC resistance value per unit length. setting, depending on the particular frequency range in which the designated high-frequency electric wire is to be used, among a first frequency and a second frequency higher than the first frequency, the second frequency equal to or higher than the upper limit of the particular frequency range, the first and second frequencies being frequencies at which an AC resistance value of the high-frequency electric wire is equal to that of a copper wire having the same diameter as that of the high-frequency electric wire and between which the AC resistance value of the high-frequency electric wire is smaller than that of the copper wire, calculating a target reference DC resistance value per unit length being specified by a relationship of 0.7 × 10 0.925 × log 10 Rdc + 2.24 ≤ f 2 ≤ 1.3 × 10 0.925 × log 10 Rdc + 2.24 where R dc (mΩ/cm) is the target reference DC resistance value per unit length and f2 (kHz) is the second frequency, and manufacturing the high-frequency electric wire on basis of the target reference DC resistance value per unit length.
Computer-implemented machine learning system, which is a deep neural network, wherein the machine learning system comprises a plurality of layers, each of which is connected to at least one further layer of the plurality of layers on the input side, wherein the layers are each configured to determine an output variable depending on activations, wherein the layers are furthermore each configured to determine the activations depending on at least one input variable of the respective layer and depending on parameters assigned to the respective layer, wherein a resolution of the parameters is dependent on whether or not one of the layers is connected to a plurality of layers directly on the input side, wherein a number of bits by means of which the parameters are stored, in particular in a memory, characterizes the resolution, wherein the resolution of the parameters of that layer which is connected to a plurality of layers directly on the input side is in each case at least more than one bit lower than the resolution of the parameters of those layers which are connected to exactly one layer directly on the input side, wherein the machine learning system comprises an input layer and an output layer, which outputs an output variable, wherein the input layer receives a sensor variable of a sensor, and either the output layer is connected to a control unit and the control unit determines a control variable for controlling a physical actuator depending on the output variable or the output variable classifies the sensor variable. wherein the machine learning system comprises a plurality of layers, each of which is connected to at least one further layer of the plurality of layers on the input side, wherein the layers are each configured to determine an output variable depending on activations, wherein the layers are furthermore each configured to determine the activations depending on at least one input variable of the respective layer and depending on parameters assigned to the respective layer, wherein a resolution of the parameters is dependent on whether or not one of the layers is connected to a plurality of layers directly on the input side, wherein a number of bits by means of which the parameters are stored, in particular in a memory, characterizes the resolution, wherein the resolution of the parameters of that layer which is connected to a plurality of layers directly on the input side is in each case at least more than one bit lower than the resolution of the parameters of those layers which are connected to exactly one layer directly on the input side, wherein the machine learning system comprises an input layer and an output layer, which outputs an output variable, wherein the input layer receives a sensor variable of a sensor, and either the output layer is connected to a control unit and the control unit determines a control variable for controlling a physical actuator depending on the output variable or the output variable classifies the sensor variable.
A driver for the transfer of torque and rotation from a rotation chuck to a drill steel, whereby the cross-section of the driver is limited outwards by curves, in particular by arcs, united to form a closed figure that can be approximately described as a polygon, and limited inwards by splines, characterised in that the figure comprises four sides and four corners, and in that the splines comprise a number of spline teeth, the number of which is divisible by four.
A kit comprising i) a first component giving an initial boost dose of one or more active substances and/or pro-drugs selected from anti-androgen drug and/or a cytostatic agent; and ii) a second component comprising a controlled release pharmaceutical composition comprising one or more active substances selected from anti-androgen drug and/or a cytostatic agent, in a biodegradable ceramic carrier selected from calcium sulphate, for the treatment of prostate related diseases. i) a first component giving an initial boost dose of one or more active substances and/or pro-drugs selected from anti-androgen drug and/or a cytostatic agent; and ii) a second component comprising a controlled release pharmaceutical composition comprising one or more active substances selected from anti-androgen drug and/or a cytostatic agent, in a biodegradable ceramic carrier selected from calcium sulphate, for the treatment of prostate related diseases.
Thermal insulation element for thermal decoupling between load-bearing building parts to be constructed from concrete, preferably between a vertical building part, especially a pillar, and a horizontal building part located thereabove or therebelow, especially a ceiling, wherein the thermal insulation element has a main body which consists at least partly of a compressive-force-transmitting material and has an upper and a lower support face (12, 13) for vertical connection to the building parts (1, 2, 3), characterised in that the main body of the thermal insulation element consists at least partly of a compressive-force-transmitting and thermally insulating material, namely lightweight concrete, and has one or more bar-like reinforcing means, especially reinforcing bars, passing through the main body and extending substantially vertically beyond the upper and lower support faces (12, 13), which reinforcing means consist of a fibre-reinforced composite material.
A swimwear adapted, in use, to cover a wearer's body between the waist and thighs, the swimwear comprising a shell of impermeable material, a permeable inner lining material which lies next to the wearer's skin in use, an antimicrobial agent disposed between the shell of impermeable material and the inner lining material, the swimwear taking the form of a brief having waist and leg openings, the swimwear comprising elongate generally rectangular strips of an intermediate textile folded along their centreline over edges of the waist and leg openings, the intermediate textile having antimicrobial properties, and the swimwear comprising elongate generally rectangular strips of a binding textile which are slightly greater width than the elongate generally rectangular strips of the intermediate textile, which are folded along their centreline over the elongate generally rectangular strips of the intermediate textile in a stretched state and two generally parallel lines of stitching are formed through the binding textile.
A method of assessing DSL capability in a telephone line that has a test signal path that includes a splitter, the method comprising the steps of: using the test signal path to obtain selected identification information of said telephone line, said selected identification information including termination status of the splitter, wherein the termination status of the splitter includes one of the following: Reversed, Faulty, Detected, Not Detected, Abnormal, Indeterminate, or Not Available; using the test signal path to obtain frequency test measurements of said telephone line via the splitter, including mid-band frequency test measurements; ascertaining imbalance line characteristics from said identification information and frequency test measurements; assessing faults relating to DSL capability in a telephone line based on said imbalance line characteristics; and identifying a repair location, a fault statement, and affecting condition, from said imbalance line characteristics and the other line conditions. using the test signal path to obtain selected identification information of said telephone line, said selected identification information including termination status of the splitter, wherein the termination status of the splitter includes one of the following: Reversed, Faulty, Detected, Not Detected, Abnormal, Indeterminate, or Not Available; using the test signal path to obtain frequency test measurements of said telephone line via the splitter, including mid-band frequency test measurements; ascertaining imbalance line characteristics from said identification information and frequency test measurements; assessing faults relating to DSL capability in a telephone line based on said imbalance line characteristics; and identifying a repair location, a fault statement, and affecting condition, from said imbalance line characteristics and the other line conditions.
Closure apparatus for a housing, in which a mechanically commutated electric motor is arranged at least partially, in which the closure apparatus comprises at least a first rod-shaped inductor coil and a second rod-shaped inductor coil, which are arranged parallel to one another, wherein - the first inductor coil is coupled electrically directly to a first coupling element, which is provided for an electrical coupling to the mechanically commutated electric motor, and the second inductor coil is coupled electrically directly to a second coupling element, which is provided for an electrical coupling to the mechanically commutated electric motor, and - the closure apparatus has a base, and the first inductor coil and the second inductor coil are arranged along their mid-axes (21a, 21b) parallel to the base on and/or at least partially in the base, characterized in that coil wire is wound around the first rod-shaped inductor coil and the second rod-shaped inductor coil with the opposite winding sense, with the result that on connection of the mechanically commutated electric motor to the coupling elements (20a, 20b) and during operation of the mechanically commutated electric motor, the magnetic fluxes (Φ1, Φ2) in the inductor coils (19a, 19b) are at least partially compensated for, and the ratio of the distance between the respective mid-axis (21a, 21b) of the first inductor coil and the second inductor coil to the inductor coil diameter is greater than 1.5 and less than 1.8. - the first inductor coil is coupled electrically directly to a first coupling element, which is provided for an electrical coupling to the mechanically commutated electric motor, and the second inductor coil is coupled electrically directly to a second coupling element, which is provided for an electrical coupling to the mechanically commutated electric motor, and - the closure apparatus has a base, and the first inductor coil and the second inductor coil are arranged along their mid-axes (21a, 21b) parallel to the base on and/or at least partially in the base, characterized in that coil wire is wound around the first rod-shaped inductor coil and the second rod-shaped inductor coil with the opposite winding sense, with the result that on connection of the mechanically commutated electric motor to the coupling elements (20a, 20b) and during operation of the mechanically commutated electric motor, the magnetic fluxes (Φ1, Φ2) in the inductor coils (19a, 19b) are at least partially compensated for, and the ratio of the distance between the respective mid-axis (21a, 21b) of the first inductor coil and the second inductor coil to the inductor coil diameter is greater than 1.5 and less than 1.8.
A nucleic acid consisting of: (a) a nucleic acid sequence having at least 90% sequence identity to SEQ ID 17, wherein the nucleic acid encodes at least one polypeptide having a glucoamylase activity; (b) a nucleic acid sequence encoding a polypeptide having the sequence of SEQ ID NO:18; (c) a nucleic acid sequence as set forth in SEQ ID NO: 17; or (d) a nucleic acid sequence fully complementary to (a), (b) or (c) over its entire length. (a) a nucleic acid sequence having at least 90% sequence identity to SEQ ID 17, wherein the nucleic acid encodes at least one polypeptide having a glucoamylase activity; (b) a nucleic acid sequence encoding a polypeptide having the sequence of SEQ ID NO:18; (c) a nucleic acid sequence as set forth in SEQ ID NO: 17; or (d) a nucleic acid sequence fully complementary to (a), (b) or (c) over its entire length.
A pharmaceutical composition comprising a vitamin E derivative, an anionic phospholipid-binding protein, an anionic phospholipid and a sterol, wherein the vitamin E derivative, anionic phospholipid and sterol form a liposome, and wherein the vitamin E derivative is tocopherol and the anionic phospholipid-binding protein is annexin V.
A docking system for intraocular surgery, comprising a support structure having a first end to accommodate an imaging probe, and a second end to accommodate an eyeball, the support structure including a sidewall; a separation layer disposed within an interior of the support structure to separate the interior into a sterile field and a non-sterile field; a port disposed extending through the sidewall of the support structure, to accommodate a surgical tool; and a retaining mechanism disposed adjacent to the second end of the support structure, to secure the eyeball relative to the support structure; characterized in that the port is a flexible port. a support structure having a first end to accommodate an imaging probe, and a second end to accommodate an eyeball, the support structure including a sidewall; a separation layer disposed within an interior of the support structure to separate the interior into a sterile field and a non-sterile field; a port disposed extending through the sidewall of the support structure, to accommodate a surgical tool; and a retaining mechanism disposed adjacent to the second end of the support structure, to secure the eyeball relative to the support structure; characterized in that the port is a flexible port.