mhurhangee/ep-ind-claims huggingface dataset:
An inductive power transfer device including: a resonant circuit, having a power transfer coil and a power transfer capacitor; a coupling coil, magnetically-coupled to the power transfer coil; a variable impedance electrically connected to the coupling coil; and a controller configured to: substantially regulate power provided to a load; tune the resonant circuit resonant frequency substantially to a predetermined frequency; adjust a frequency of a magnetic field associated with the power transfer coil; and/or adjust an impedance reflected by the power transfer coil to a corresponding coupled power transfer coil so as to determine the impedance value of the variable impedance. a resonant circuit, having a power transfer coil and a power transfer capacitor; a coupling coil, magnetically-coupled to the power transfer coil; a variable impedance electrically connected to the coupling coil; and a controller configured to: substantially regulate power provided to a load; tune the resonant circuit resonant frequency substantially to a predetermined frequency; adjust a frequency of a magnetic field associated with the power transfer coil; and/or adjust an impedance reflected by the power transfer coil to a corresponding coupled power transfer coil substantially regulate power provided to a load; tune the resonant circuit resonant frequency substantially to a predetermined frequency; adjust a frequency of a magnetic field associated with the power transfer coil; and/or adjust an impedance reflected by the power transfer coil to a corresponding coupled power transfer coil so as to determine the impedance value of the variable impedance.
A cash box, with a receiving compartment for receiving a value note stack, and with a press-on unit for exerting a counter pressure directed opposite to the deposit direction of notes of value against the value note stack received in the receiving compartment, wherein the press-on unit is mounted to the housing of the cash box via a bearing comprising a shaft, wherein the press-on unit moves relative to the housing in the deposit direction upon a rotation of the shaft in a first direction of rotation, and wherein the press-on unit moves relative to the housing opposite to the deposit direction upon a rotation of the shaft in a second direction of rotation opposite to the first direction of rotation, wherein a blocking element is provided which in a blocking position prevents a rotation of the shaft in the first direction of rotation and in an unblocking position allows a rotation of the shaft in the first direction of rotation, characterized in that the blocking element has a through hole through which the shaft extends.
A mobile robot, comprising: a body; a rotating plate rotatably installed on the body and having a lower surface where a mop portion is attachable; characterized in that said mobile robot further comprises an attachment guider installed on the lower surface of the rotating plate to guide an attachment position of the mop portion, wherein the attachment guider comprises: a guide rim disposed to surround an extension line of a rotation axis of the rotating plate; and at least one elastic piece extending from the guide rim in a direction toward an inner side of the guide rim, wherein one end of the at least one elastic piece being positioned at a lower side than the guide rim. a body; a rotating plate rotatably installed on the body and having a lower surface where a mop portion is attachable; characterized in that said mobile robot further comprises an attachment guider installed on the lower surface of the rotating plate to guide an attachment position of the mop portion, wherein the attachment guider comprises: a guide rim disposed to surround an extension line of a rotation axis of the rotating plate; and at least one elastic piece extending from the guide rim in a direction toward an inner side of the guide rim, wherein one end of the at least one elastic piece being positioned at a lower side than the guide rim. a guide rim disposed to surround an extension line of a rotation axis of the rotating plate; and at least one elastic piece extending from the guide rim in a direction toward an inner side of the guide rim, wherein one end of the at least one elastic piece being positioned at a lower side than the guide rim.
A program for making a computer execute the following: a calculation step of calculating a value based on (i) a number of neurons, having at least a predetermined number of nodes, out of the neurons contained in an image of cells in culture and comprising neurons and the nodes, the predetermined number of nodes corresponding to the neuron cell type; a first determination step of determining whether the value calculated by the calculation step satisfies a predetermined condition (a) corresponding to a user input, or (b) corresponding to a drug for administration to the cells; and an output step of outputting information indicating a timing for administering the drug if it is determined by the first determination step that the value satisfies the predetermined condition, further comprising, before the calculation step, a detection step of detecting a number of the neurons contained in the image and a number of the nodes for each of the neurons, wherein the calculation step calculates the value based on the number of the neurons and the number of the nodes for each of the neurons detected in the detection step. a calculation step of calculating a value based on (i) a number of neurons, having at least a predetermined number of nodes, out of the neurons contained in an image of cells in culture and comprising neurons and the nodes, the predetermined number of nodes corresponding to the neuron cell type; a first determination step of determining whether the value calculated by the calculation step satisfies a predetermined condition (a) corresponding to a user input, or (b) corresponding to a drug for administration to the cells; and (a) corresponding to a user input, or (b) corresponding to a drug for administration to the cells; and an output step of outputting information indicating a timing for administering the drug if it is determined by the first determination step that the value satisfies the predetermined condition, further comprising, before the calculation step, a detection step of detecting a number of the neurons contained in the image and a number of the nodes for each of the neurons, wherein the calculation step calculates the value based on the number of the neurons and the number of the nodes for each of the neurons detected in the detection step.
A method comprising: by a computing device, in response to receiving an indication of a modified network topology for a segment routing-enabled network comprising one or more network nodes, the modified network topology causing an existing, first multipath for a segment routing policy to have one or more paths that no longer satisfy an initial path computation constraint for the segment routing policy: determining whether the existing, first multipath in the modified network topology for the network satisfies a path computation deviation for the segment routing policy, wherein the path computation deviation is a deviation from the initial path computation constraint for the segment routing policy; when the first multipath in the modified network topology for the network satisfies the path computation deviation for the segment routing policy, performing a recomputation policy action that is associated with the path computation deviation wherein the recomputation policy action comprises eschewing recomputation of a multipath for the segment routing policy; and when the first multipath in the modified network topology for the network does not satisfy the path computation deviation for the segment routing policy, computing a second multipath in the modified network topology for the network to satisfy the initial path computation constraint for the segment routing policy, subsequently computing one or more lists of segments identifiers to implement the second multipath in the network nodes, and provisioning the one or more lists of segments identifiers in the network. determining whether the existing, first multipath in the modified network topology for the network satisfies a path computation deviation for the segment routing policy, wherein the path computation deviation is a deviation from the initial path computation constraint for the segment routing policy; when the first multipath in the modified network topology for the network satisfies the path computation deviation for the segment routing policy, performing a recomputation policy action that is associated with the path computation deviation wherein the recomputation policy action comprises eschewing recomputation of a multipath for the segment routing policy; and when the first multipath in the modified network topology for the network does not satisfy the path computation deviation for the segment routing policy, computing a second multipath in the modified network topology for the network to satisfy the initial path computation constraint for the segment routing policy, subsequently computing one or more lists of segments identifiers to implement the second multipath in the network nodes, and provisioning the one or more lists of segments identifiers in the network.
An operating device comprising: an operation member that can be tilted from an operation reference position; a support body supporting the operation member such that the operation member can be tilted; a first movable member supported by the support body so as to rotate in conjunction with a tilting operation of the operation member; a second movable member supported by the support body so as to rotate in conjunction with the tilting operation of the operation member; a first magnetic member formed of a magnetic material and provided to the first movable member; a second magnetic member formed of a magnetic material and provided to the second movable member; and a permanent magnet supported by the support body so as to face the first magnetic member and the second magnetic member in a first direction in a state in which the operation member is positioned at the operation reference position; characterized in that the first magnetic member and the second magnetic member do not overlap with each other seen from the first direction. an operation member that can be tilted from an operation reference position; a support body supporting the operation member such that the operation member can be tilted; a first movable member supported by the support body so as to rotate in conjunction with a tilting operation of the operation member; a second movable member supported by the support body so as to rotate in conjunction with the tilting operation of the operation member; a first magnetic member formed of a magnetic material and provided to the first movable member; a second magnetic member formed of a magnetic material and provided to the second movable member; and a permanent magnet supported by the support body so as to face the first magnetic member and the second magnetic member in a first direction in a state in which the operation member is positioned at the operation reference position; characterized in that the first magnetic member and the second magnetic member do not overlap with each other seen from the first direction.
A ski binding for a cross country or touring ski, comprising: a base plate for attachment to the upper surface of the ski wherein the base plate is structured with a ski boot receiving portion for both accommodating the rotation pin of a ski boot and allowing rotation of the ski boot; wherein the ski binding further comprises a hook-like fastener, characterized in that: the hook-like fastener comprising two elongate arms joined by a connecting bar so as to form an "H" shape, wherein on one side of the connecting bar the elongate arms are provided with hooked portions, wherein the hook-like fastener is held within the base plate in a rotatable manner, and is positioned so that in one orientation the hooked portions overlap at least a part of the ski boot receiving portion so as to hold the rotation pin of a ski boot. the hook-like fastener comprising two elongate arms joined by a connecting bar so as to form an "H" shape, wherein on one side of the connecting bar the elongate arms are provided with hooked portions, wherein the hook-like fastener is held within the base plate in a rotatable manner, and is positioned so that in one orientation the hooked portions overlap at least a part of the ski boot receiving portion so as to hold the rotation pin of a ski boot.
An in vitro diagnostic method for prostate cancer comprising the step of determining the amount of the ALU 244 sequence and the amount of the ALU 83 sequence in an isolated sample of body fluid, determining a value which is the ratio between the amount of ALU 244 and of ALU 83 in the isolated sample of body fluid, wherein said ratio is compared to a reference value from healthy patients.
A method for selectively removing proteins from liquid biological materials which, based on the total amount, contain a proportion of less than 10 weight % of a trace component, selected from a group of compounds like anti-inflammatory immunosuppressants, antiarrhythmics, nonprotein biomarkers, drugs, doping substances, mycotoxins, antidepressants, antiepileptics, antiprychotics and antibiotics, comprising the steps a) adding at least one polar, organic solvent to the liquid biological material, the solvent having a dipole moment within the range from 1.6 to 4.0 debye and b) adding magnetic silica gel particles to the liquid biological material to adsorb the proteins, c) magnetically removing the magnetic silica gel particles containing the adsorbed proteins from the liquid biological material and receiving of a liquid residue, wherein the trace components remain in the liquid and are subsequently analyzed. a) adding at least one polar, organic solvent to the liquid biological material, the solvent having a dipole moment within the range from 1.6 to 4.0 debye and b) adding magnetic silica gel particles to the liquid biological material to adsorb the proteins, c) magnetically removing the magnetic silica gel particles containing the adsorbed proteins from the liquid biological material and receiving of a liquid residue, wherein the trace components remain in the liquid and are subsequently analyzed.
A sensor head of a sensor for measuring a position of a measurement object, the sensor head comprising: a lens configured to emit light incident from a light source side along an optical axis and cause chromatic aberration in the light; an objective lens arranged on a measurement object side with respect to the lens, and configured to collect and emit light incident from the lens side to the measurement object side and emit light incident from the measurement object side to the lens side; and a case having an accommodation space inside and accommodating at least the lens and the objective lens in the accommodation space, wherein the case comprises a first case section having the lens inside, a second case section having the objective lens inside, and a third case section connecting between the first case section and the second case section, a mirror member configured to bend the light incident from the lens side toward an objective lens side is arranged inside the third case section, and the sensor head being characterized in that: a tube being hollow and communicating through holes respectively formed in the mirror member and the objective lens is provided. a lens configured to emit light incident from a light source side along an optical axis and cause chromatic aberration in the light; an objective lens arranged on a measurement object side with respect to the lens, and configured to collect and emit light incident from the lens side to the measurement object side and emit light incident from the measurement object side to the lens side; and a case having an accommodation space inside and accommodating at least the lens and the objective lens in the accommodation space, wherein the case comprises a first case section having the lens inside, a second case section having the objective lens inside, and a third case section connecting between the first case section and the second case section, a mirror member configured to bend the light incident from the lens side toward an objective lens side is arranged inside the third case section, and the sensor head being characterized in that: a tube being hollow and communicating through holes respectively formed in the mirror member and the objective lens is provided.
A liquid softgel fill formulation containing acetaminophen as the only active ingredient, which formulation comprises: 26-32% by weight acetaminophen, 47-51 % by weight polyethylene glycol having an average molecular weight of 200-800, 3-7% by weight propylene glycol, 9-13% by weight polyvinylpyrrolidone with a K value of 17, and 6-10% by weight purified water, wherein the formulation is free of alkali metal ions. 26-32% by weight acetaminophen, 47-51 % by weight polyethylene glycol having an average molecular weight of 200-800, 3-7% by weight propylene glycol, 9-13% by weight polyvinylpyrrolidone with a K value of 17, and 6-10% by weight purified water,
Method of fuel for energetics production in which a carbonaceous material is processed by means of thermal decomposition without the presence of flame, when a charge of material is placed into a cavity inside a mobile container and the mobile container is heated up in an appropriately heated space, while an outlet and a gas pipeline for outlet of gasses generated by thermal decomposition is connected to the mobile container in at least some phase of thermal decomposition of the charge and with the help of it the gasses generated from the charge are drawn off for further processing, and when finally a solid residue, for example carbonized particles utilizable as a fuel for power engineering, remains from the charge of material in the mobile container, characterized by that the mobile container used is a pressure vessel with a gas outlet, which is closed after insertion of the charge and placed into a preheating unit, its gas outlet is connected to a gas pipeline and before and/or after the said connection, present air with contingent gases is exhausted from the pressure vessel through the gas outlet and in so doing, the pressure in the pressure vessel is decreased to 2 to 5 kPa, the pressure vessel in the state connected to the gas pipeline is preheated to the temperature of 90 to 120 °C, where this preheating is done within 60 to 120 minutes and during this time period pressure in the connected gas pipeline is maintained at 2 to 5 kPa and the gas mixture released by thermal decomposition of the charge in the pressure vessel is drawn off through the gas pipeline after which the gas outlet is closed and disconnected, the pressure vessel in closed state is relocated to another unit, that is to an afterheating unit in which a space heated up to higher temperature, but not higher than 550 °C, occurs, and here the gas outlet of the pressure vessel is also connected to the gas pipeline, this gas outlet is opened and the pressure vessel is afterheated maximally for 180 minutes, while during this time period, pressure in the connected gas pipeline is maintained at 2 to 5 kPa and the gas mixture generated in the pressure vessel is drawn off through this gas pipeline.
An apparatus (300,400) for a vehicle, the apparatus (300, 400) comprising: a support structure adapted to support a display panel; a drive assembly (204, 304) capable of selectively driving the support structure (202, 302) to rotate about a first axis (208, 308) and to rotate about a second axis (210, 310), the first axis being different from the second axis (210, 310); and a sensor arrangement located at a first predetermined position along a path of the rotation about the first axis (208, 308) and at a second predetermined position along a path of the rotation about the second axis (210, 310), the sensor arrangement being configured to directly detect the support structure (202, 302) selectively at the first and second predetermined positions, wherein the apparatus further comprises a processor, wherein the first predetermined position defines a first end position along the path of the rotation about the first axis (208, 308), and wherein the second predetermined position defines a second end position along the path of the rotation about the second axis (210,310), and in response to the detection of the support structure (202, 302) by the sensor arrangement selectively at the first end position and the second end position, the processor is configured to provide a fault signal to the drive assembly (204, 304) to prevent any corresponding rotation of the support structure (202, 302) about at least one of the first axis (208,308) or the second axis (210,310) beyond the first end position and the second end position. a support structure adapted to support a display panel; a drive assembly (204, 304) capable of selectively driving the support structure (202, 302) to rotate about a first axis (208, 308) and to rotate about a second axis (210, 310), the first axis being different from the second axis (210, 310); and a sensor arrangement located at a first predetermined position along a path of the rotation about the first axis (208, 308) and at a second predetermined position along a path of the rotation about the second axis (210, 310), the sensor arrangement being configured to directly detect the support structure (202, 302) selectively at the first and second predetermined positions, wherein the apparatus further comprises a processor, wherein the first predetermined position defines a first end position along the path of the rotation about the first axis (208, 308), and wherein the second predetermined position defines a second end position along the path of the rotation about the second axis (210,310), and in response to the detection of the support structure (202, 302) by the sensor arrangement selectively at the first end position and the second end position, the processor is configured to provide a fault signal to the drive assembly (204, 304) to prevent any corresponding rotation of the support structure (202, 302) about at least one of the first axis (208,308) or the second axis (210,310) beyond the first end position and the second end position.
A method for profiling a metal sheet product having a first profile on a first surface, comprising: (a) creating a profiling template made of steel that has been laser cut or machined to remove portions of the template; (b) arranging said profiling template between said metal sheet product and a vacuum bed support surface; (c) applying a vacuum force to said arrangement of said profiling template and said metal sheet product to conform said metal sheet product to said profiling template such that said conformance causes said metal sheet product to have a second surface profile on said first surface; and (d) processing said first surface of the metal sheet product to form a third surface profile with a grinding head, wherein said metal sheet product is released from said conformance after processing has been performed such that said metal sheet product has a fourth surface profile on said first surface. (a) creating a profiling template made of steel that has been laser cut or machined to remove portions of the template; (b) arranging said profiling template between said metal sheet product and a vacuum bed support surface; (c) applying a vacuum force to said arrangement of said profiling template and said metal sheet product to conform said metal sheet product to said profiling template such that said conformance causes said metal sheet product to have a second surface profile on said first surface; and (d) processing said first surface of the metal sheet product to form a third surface profile with a grinding head, wherein said metal sheet product is released from said conformance after processing has been performed such that said metal sheet product has a fourth surface profile on said first surface.