mhurhangee/ep-ind-claims huggingface dataset:
Start-up method for an autonomous wireless sensor device having an energy collector, a power manager (5, 6) which is connected to the energy collector and has a DC-DC converter, a rechargeable energy store connected to the power manager, and energy sinks (4a, 4b, 4c) connected to the rechargeable energy store, having the following steps of: - disconnecting the power manager (5, 6) from the output of the energy collector, - connecting the rechargeable energy store to the energy collector via a charging channel arranged parallel to the power manager, - increasing the voltage provided at the output of the energy collector in the charging channel by means of a charge pump or a boost converter, - comparing the state of charge of the energy store with a predefined threshold value, - connecting the power manager (5, 6) to the output of the energy collector if the state of charge of the energy store exceeds the predefined threshold value, and - disconnecting the charging channel both from the energy collector and from the rechargeable energy store if a confirmation signal provided at a state of charge pin of the DC-DC converter indicates that the power manager (5, 6) has started its working operation. - disconnecting the power manager (5, 6) from the output of the energy collector, - connecting the rechargeable energy store to the energy collector via a charging channel arranged parallel to the power manager, - increasing the voltage provided at the output of the energy collector in the charging channel by means of a charge pump or a boost converter, - comparing the state of charge of the energy store with a predefined threshold value, - connecting the power manager (5, 6) to the output of the energy collector if the state of charge of the energy store exceeds the predefined threshold value, and - disconnecting the charging channel both from the energy collector and from the rechargeable energy store if a confirmation signal provided at a state of charge pin of the DC-DC converter indicates that the power manager (5, 6) has started its working operation.
An apparatus comprising: - memory configured to store data defining, an artificial neural network, wherein the artificial neural network is configured to detect pedestrians from image data, and - at least one processing core configured to: train the artificial neural network by applying a test dataset comprising training samples, each training sample comprising an image, to the artificial neural network with at least one stochastic rectified linear unit, the at least one stochastic rectified linear unit being configured to produce a positive output from a positive input by multiplying the input with a stochastically selected value, wherein the stochastical selection comprises that the value is randomly or pseudorandomly selected from a range (1 - a, 1 + a), wherein a is a number, wherein the at least one processing core is configured to randomly or pseudorandomly re-obtain the value plural times during the training; and after training, use the artificial neural network, wherein the stochastic rectified linear unit is replaced with a rectified linear unit. - memory configured to store data defining, an artificial neural network, wherein the artificial neural network is configured to detect pedestrians from image data, and - at least one processing core configured to: train the artificial neural network by applying a test dataset comprising training samples, each training sample comprising an image, to the artificial neural network with at least one stochastic rectified linear unit, the at least one stochastic rectified linear unit being configured to produce a positive output from a positive input by multiplying the input with a stochastically selected value, wherein the stochastical selection comprises that the value is randomly or pseudorandomly selected from a range (1 - a, 1 + a), wherein a is a number, wherein the at least one processing core is configured to randomly or pseudorandomly re-obtain the value plural times during the training; and after training, use the artificial neural network, wherein the stochastic rectified linear unit is replaced with a rectified linear unit. train the artificial neural network by applying a test dataset comprising training samples, each training sample comprising an image, to the artificial neural network with at least one stochastic rectified linear unit, the at least one stochastic rectified linear unit being configured to produce a positive output from a positive input by multiplying the input with a stochastically selected value, wherein the stochastical selection comprises that the value is randomly or pseudorandomly selected from a range (1 - a, 1 + a), wherein a is a number, wherein the at least one processing core is configured to randomly or pseudorandomly re-obtain the value plural times during the training; and after training, use the artificial neural network, wherein the stochastic rectified linear unit is replaced with a rectified linear unit.
The use of a processing aid for polyolefins, comprising a fluoropolymer that includes - a polymerized unit (a) based on CF 2 =CF-CF 3; - a polymerized unit (b) based on at least one monomer of the formula CH)=CX 11 -Y 11 or CF 2 =CX 21 -Y 21, wherein X 11 is H, F, CH 3 or CF 3; Y 11 is alkyl, fluoroalkyl, alkoxy or fluoroalkoxy; X 21 is H or F; and Y 21 is alkyl, fluoroalkyl, alkoxy or fluoroalkoxy; with CF 2 =CF-CF 3 being excluded; - a polymerized unit (c) based on ethylene; and - a polymerized unit (d) based on tetrafluoroethylene, for processing a polyolefin at < 220°C. - a polymerized unit (a) based on CF 2 =CF-CF 3; - a polymerized unit (b) based on at least one monomer of the formula CH)=CX 11 -Y 11 or CF 2 =CX 21 -Y 21, wherein X 11 is H, F, CH 3 or CF 3; Y 11 is alkyl, fluoroalkyl, alkoxy or fluoroalkoxy; X 21 is H or F; and Y 21 is alkyl, fluoroalkyl, alkoxy or fluoroalkoxy; with CF 2 =CF-CF 3 being excluded; X 11 is H, F, CH 3 or CF 3; Y 11 is alkyl, fluoroalkyl, alkoxy or fluoroalkoxy; X 21 is H or F; and Y 21 is alkyl, fluoroalkyl, alkoxy or fluoroalkoxy; with CF 2 =CF-CF 3 being excluded; - a polymerized unit (c) based on ethylene; and - a polymerized unit (d) based on tetrafluoroethylene, for processing a polyolefin at < 220°C.
Process for preparing a solution of at least ten different products to be dissolved, comprising the dissolution of one or several beads, each bead carrying said products to be dissolved, the beads being soluble beads in a solvent of the solution, the beads being calibrated with a homogenous diameter ranging from 1 to 4 mm, and said products being grafted onto the surface of each of said soluble beads.
A system for drop detection of fluid drops ejected by a printing device, said system comprising: a drop detector comprising a radiation source and radiation sensor for illuminating a region in which drops are ejected by a print bar and detecting radiation from said radiation source that is reflected by backscattering from said drops to said radiation sensor; and a controller for controlling said drop detector and said print bar, wherein said controller uses a signal output by said drop detector to determine whether nozzles of said print bar are operating properly; wherein said drop detector comprises a carriage for moving said drop detector along a length of said print bar during drop detection; wherein, prior to drop detection, said controller is configured to calibrate locations of said nozzles to positioning of said carriage; characterized in that said controller is configured to heat said print bar to an operational temperature to separate black pigment from a carrier fluid in said nozzles during a waiting period for ejecting drops of the carrier fluid during drop detection. a drop detector comprising a radiation source and radiation sensor for illuminating a region in which drops are ejected by a print bar and detecting radiation from said radiation source that is reflected by backscattering from said drops to said radiation sensor; and a controller for controlling said drop detector and said print bar, wherein said controller uses a signal output by said drop detector to determine whether nozzles of said print bar are operating properly; wherein said drop detector comprises a carriage for moving said drop detector along a length of said print bar during drop detection; wherein, prior to drop detection, said controller is configured to calibrate locations of said nozzles to positioning of said carriage; characterized in that said controller is configured to heat said print bar to an operational temperature to separate black pigment from a carrier fluid in said nozzles during a waiting period for ejecting drops of the carrier fluid during drop detection.
A beam former (100; 200; 230) comprising: a first summing node (120; 210; 240); a plurality of antenna elements; and a first plurality of transmission lines (130; 220; 250), wherein each of the first plurality of transmission lines connects the first summing node to a respective one of the plurality of antenna elements, wherein each of the first plurality of transmission lines has a respective fixed physical length, and wherein each of the first plurality of transmission lines has a respective programmable and variable electrical length that time-delays a respective signal carried by a respective one of the first plurality of transmission lines independently of frequency by varying a dielectric constant of media, through which the respective signal traveling through the respective one of the first plurality of transmission lines propagates, by varying an electric potential across the media, and wherein the media comprises a liquid-crystal device. a first summing node (120; 210; 240); a plurality of antenna elements; and a first plurality of transmission lines (130; 220; 250), wherein each of the first plurality of transmission lines connects the first summing node to a respective one of the plurality of antenna elements, wherein each of the first plurality of transmission lines has a respective fixed physical length, and wherein each of the first plurality of transmission lines has a respective programmable and variable electrical length that time-delays a respective signal carried by a respective one of the first plurality of transmission lines independently of frequency by varying a dielectric constant of media, through which the respective signal traveling through the respective one of the first plurality of transmission lines propagates, by varying an electric potential across the media, and wherein the media comprises a liquid-crystal device.
A developing cartridge attachable to an image forming apparatus comprising an electrical connector and a photosensitive drum, the developing cartridge comprising: a housing configured to accommodate a developing agent, the housing being pivotable about a pivot between a first position and a second position with respect to the image forming apparatus in a state where the developing cartridge is attached to the image forming apparatus; a developing roller rotatable about a first axis extending in a first direction, the developing roller being positioned at one end portion of the housing in a second direction; and a storage medium including an electric contact surface, and wherein the electric contact surface is out of contact with the electric connector of the image forming apparatus in a state where the housing is at the first position and in contact with the electric connector of the image forming apparatus in a state where the housing is at the second position, and characterized by the pivot being the developing roller, and further comprising a lever swingable together with the electric contact surface between a third position and a fourth position about a second axis extending in the first direction, the lever being positioned at the third position in a state where the housing is at the first position, the lever being positioned at the fourth position in a state where the housing is at the second position. a housing configured to accommodate a developing agent, the housing being pivotable about a pivot between a first position and a second position with respect to the image forming apparatus in a state where the developing cartridge is attached to the image forming apparatus; a developing roller rotatable about a first axis extending in a first direction, the developing roller being positioned at one end portion of the housing in a second direction; and a storage medium including an electric contact surface, and wherein the electric contact surface is out of contact with the electric connector of the image forming apparatus in a state where the housing is at the first position and in contact with the electric connector of the image forming apparatus in a state where the housing is at the second position, and characterized by the pivot being the developing roller, and further comprising a lever swingable together with the electric contact surface between a third position and a fourth position about a second axis extending in the first direction, the lever being positioned at the third position in a state where the housing is at the first position, the lever being positioned at the fourth position in a state where the housing is at the second position.
A method for securing a balancer shaft module to an engine, comprising: passing a mounting feature into at least two mounting apertures of the balancer shaft module and at least two mounting apertures of a mounting surface the balancer shaft module is to be secured to; characterised by simultaneously rotating the at least two of the mounting features within a respective mounting aperture, wherein the simultaneous rotation of the at least two mounting features laterally moves the balancer shaft module with respect to the mounting surface; and securing the balancer shaft module to the mounting surface. passing a mounting feature into at least two mounting apertures of the balancer shaft module and at least two mounting apertures of a mounting surface the balancer shaft module is to be secured to; characterised by simultaneously rotating the at least two of the mounting features within a respective mounting aperture, wherein the simultaneous rotation of the at least two mounting features laterally moves the balancer shaft module with respect to the mounting surface; and securing the balancer shaft module to the mounting surface.
An electrolytic method for suppressing liquid eluent containing previously separated sample analyte anions, counterions to the sample anions, and non-sample anions suppressible to weak acids; using an electrolytic device comprising: a housing defining at least a sample stream flow channel and an ion receiving flow-through channel, the sample stream flow channel being adjacent to the ion receiving flow channel; a first ion exchange barrier which permits ion transport and blocks bulk liquid flow disposed between the sample stream flow channel and the ion receiving flow channel, the sample stream flow channel including an upstream channel portion and a downstream channel portion; and a high capacity ion exchange medium disposed in the downstream channel portion, where high capacity is defined for an operational flow rate of 1 ml/min as a minimum of 0.01 meqv, the method comprising: applying a first current across the upstream channel portion to substantially completely suppress the counterions and to convert the non-sample anions to weak acids in the upstream channel portion by transport of the counterion across the first ion exchange barrier; applying a second current across the downstream channel portion to substantially reduce a noise of the weak acids during subsequent detection, the second current being at a magnitude of less than 10% of a magnitude of the first current. applying a first current across the upstream channel portion to substantially completely suppress the counterions and to convert the non-sample anions to weak acids in the upstream channel portion by transport of the counterion across the first ion exchange barrier; applying a second current across the downstream channel portion to substantially reduce a noise of the weak acids during subsequent detection, the second current being at a magnitude of less than 10% of a magnitude of the first current.
A method of predicting the course of disease in a patient having a malignant melanoma, the method comprising determining in melanoma cells comprised in a sample obtained from said malignant melanoma the presence or amount of at least five biomarkers selected from the group consisting of MTAP, PTEN, Bax, Bcl-X, β-Catenin, CD20, Cox-2, CD49d and MLH1, wherein the absence or decreased amount of MTAP and β-Catenin, and/or the presence or increased amount of PTEN, Bax, Bcl-X, CD20, Cox-2, CD49d and MLH1 is associated with a disadvantageous course of disease.
A light-emitting composition comprising a compound having a cyanoethyl group, a pressure-sensitive adhesive resin material which contains at least one selected from (a) a pressure-sensitive adhesive resin material having a glass transition temperature of from -70 to 5oC and (b) a pressure-sensitive adhesive resin material containing a rubber-like hydrocarbon elastomer and a tackifier, and an electroluminescent material, wherein an amount of the component is from 1 to 1,000 parts by mass per 100 parts by mass of the component. a compound having a cyanoethyl group, a pressure-sensitive adhesive resin material which contains at least one selected from (a) a pressure-sensitive adhesive resin material having a glass transition temperature of from -70 to 5oC and (b) a pressure-sensitive adhesive resin material containing a rubber-like hydrocarbon elastomer and a tackifier, and an electroluminescent material, wherein an amount of the component is from 1 to 1,000 parts by mass per 100 parts by mass of the component.
Print head for a 3D printer, in particular a metal printer, comprising a housing, a device for supplying a metal, a piston, a reservoir (7, 27) having an outlet opening, and an actuator device for driving the piston, the reservoir (7, 27) comprising a melting region and a displacement space for a liquid phase of the metal, the melting region being adjacent to an inert atmosphere and connected to the displacement space in such a way that the liquid phase of the metal can be made to pass through the outlet opening by driving the piston, wherein the housing is configured in a plurality of parts and it comprises at least a cooling flange, an insulating plate and the reservoir (7, 27), the reservoir (7, 27) being connected to the cooling flange and/or the insulating plate by a centering device, characterized in that the centering device comprises at least a flange, a clamping device and a centering sleeve, the reservoir (7, 27) being connected to the flange via an active surface, in such a way that the reservoir (7, 27) is aligned concentrically with respect to the cooling flange and/or the insulating plate, the flange being connected to the cooling flange and/or the insulating plate via the clamping device, the centering sleeve being arranged in the cooling flange and/or the insulating plate in such a way that the piston is aligned centrally with respect to the reservoir (7, 27). the reservoir (7, 27) being connected to the cooling flange and/or the insulating plate by a centering device, characterized in that the centering device comprises at least a flange, a clamping device and a centering sleeve, the reservoir (7, 27) being connected to the flange via an active surface, in such a way that the reservoir (7, 27) is aligned concentrically with respect to the cooling flange and/or the insulating plate, the flange being connected to the cooling flange and/or the insulating plate via the clamping device, the centering sleeve being arranged in the cooling flange and/or the insulating plate in such a way that the piston is aligned centrally with respect to the reservoir (7, 27).
A dental implant system comprising an implant element, wherein the dental implant system further comprises an abutment element proportioned for complemental engagement with the implant element, or as an extension of an implant platform, characterized in that said abutment element has a collar section having an ordered micro-geometric repetitive pattern in the form of a multiplicity of alternating ridges and grooves having established widths in a range between 2 and 25 microns, and an established depth in a range of 2 to 25 microns.
A method for producing a tool system module, such as a special tool or a tool receptacle, in which a cylindrical blank is equipped on one axial end with a hollow taper shank, in particular according to DIN 69893, in which selected functional areas are subjected to a hardening method, wherein the method step of hardening is performed according to the induction hardening method and is integrated in the continuous manufacturing process line of the tool system module, such that the method step of induction hardening is performed in the scope of complete processing, preferably in a chuck.
A sterile formulation comprising an anti-sclerostin antibody at a concentration of at least 70 mg/mL, wherein the antibody comprises the amino acid sequences set forth in SEQ ID NOs: 88 and 90, and a calcium salt at a concentration ranging from 1 mM to 20 mM, wherein the formulation has a viscosity of 10 cP or less.
A signalling device, in particular for a signalling tower, for purposes of displaying operating states, with at least one signalling module, which has a circuit board element (7; 7') for at least one signalling element for purposes of outputting a signal, in particular for a lighting element for purposes of outputting a signal light, wherein the signalling module can be detachably connected with a further signalling module, and the signalling modules in the connected state are arranged one above another, wherein the signalling module has a bayonet coupling element for purposes of connecting with a bayonet coupling element of the further signalling module, and a connecting conductor, running through the signalling module, is provided for purposes of controlling a circuit board element of the further signalling module, characterised in that the circuit board element of the signalling module for purposes of forming the connecting conductor has a conducting track assigned to the signalling element of the further signalling module, which conducting track in the connected state of the signalling modules is connected via a contact element with a conducting track (10; 10', 10'') on the circuit board element of the further signalling module, wherein in an interconnected, non-rotated state of the bayonet coupling elements the circuit board elements (7; 7', 7'') are arranged in a zero-contact position, and in an interconnected, rotated state of the bayonet coupling elements they are arranged in a position to contact one another.