mhurhangee/ep-ind-claims huggingface dataset:
A data processing apparatus comprising: receiving means configured to receive data; first processing means configured to perform predetermined processing on the data received by the receiving means; second processing means configured to perform said predetermined processing on the data received by the receiving means; first control means configured to perform control so that the data processing apparatus operates in one of a first operation mode for supplying power to both the first processing means and the second processing means and a second operation mode for discontinuing the supply of power to the first processing means while supplying power to the second processing means; and second control means configured to perform control such that the first processing means performs the predetermined processing if the data processing apparatus operates in the first operation mode, and such that the second processing means performs the predetermined processing if the data processing apparatus operates in the second operation mode, wherein the first processing means performs the predetermined processing by hardware, and wherein the second processing means performs the predetermined processing by software. receiving means configured to receive data; first processing means configured to perform predetermined processing on the data received by the receiving means; second processing means configured to perform said predetermined processing on the data received by the receiving means; first control means configured to perform control so that the data processing apparatus operates in one of a first operation mode for supplying power to both the first processing means and the second processing means and a second operation mode for discontinuing the supply of power to the first processing means while supplying power to the second processing means; and second control means configured to perform control such that the first processing means performs the predetermined processing if the data processing apparatus operates in the first operation mode, and such that the second processing means performs the predetermined processing if the data processing apparatus operates in the second operation mode, wherein the first processing means performs the predetermined processing by hardware, and wherein the second processing means performs the predetermined processing by software.
An electronic device port system, comprising: a first device configured to negotiate power supply contracts from a power source via a universal serial bus USB cable; and a second device configured to negotiate power supply contracts from the power source via the USB cable when the first device is unable to negotiate power supply contracts from the power source; wherein the second device is configured to activate a switch (332, 334) after the second device negotiates a power supply contract with the power source, the switch (332, 334) configured to permit the provision of power from the power source to a battery system of the electronic device per the negotiated power supply contract. a first device configured to negotiate power supply contracts from a power source via a universal serial bus USB cable; and a second device configured to negotiate power supply contracts from the power source via the USB cable when the first device is unable to negotiate power supply contracts from the power source; wherein the second device is configured to activate a switch (332, 334) after the second device negotiates a power supply contract with the power source, the switch (332, 334) configured to permit the provision of power from the power source to a battery system of the electronic device per the negotiated power supply contract.
A computer-implemented method for detecting out of focus microscopy images, the method comprising: acquiring a plurality of microscopy images depicting cells; extracting one or more sets of pixels from the plurality of microscopy images, wherein each set of pixels corresponds to an independent cell; assigning one of a plurality of image quality labels to each set of pixels indicating the degree to which the independent cell is in focus; training a classifier based on the acquired microscopy images to classify the set of pixels into the plurality of image quality labels, wherein the classifier is configured according to a multi-layer architecture comprising an input layer, one or more hidden layers and an output layer, wherein the objective of training is to learn a transfer function between the input layer as features that represent the image and the output layer as the labels for the image, wherein the training results in determination of a plurality of weights for connecting the layers in the multi-layer architecture by minimizing the transfer function with respect to the weights; creating a deployment of the classifier based on the multi-layer architecture, the plurality of weights, and the plurality of image quality labels, wherein the microscopy images are synthetic images generated by: using a deep convolutional general adversarial network (DCGAN) to generate the synthetic images at a plurality of different foci based on a training set of images. acquiring a plurality of microscopy images depicting cells; extracting one or more sets of pixels from the plurality of microscopy images, wherein each set of pixels corresponds to an independent cell; assigning one of a plurality of image quality labels to each set of pixels indicating the degree to which the independent cell is in focus; training a classifier based on the acquired microscopy images to classify the set of pixels into the plurality of image quality labels, wherein the classifier is configured according to a multi-layer architecture comprising an input layer, one or more hidden layers and an output layer, wherein the objective of training is to learn a transfer function between the input layer as features that represent the image and the output layer as the labels for the image, wherein the training results in determination of a plurality of weights for connecting the layers in the multi-layer architecture by minimizing the transfer function with respect to the weights; creating a deployment of the classifier based on the multi-layer architecture, the plurality of weights, and the plurality of image quality labels, wherein the microscopy images are synthetic images generated by: using a deep convolutional general adversarial network (DCGAN) to generate the synthetic images at a plurality of different foci based on a training set of images.
A machine-readable medium that stores an integrated corneal ablation plan, in which the machine-readable medium stores a program which is used to create a plan for cutting a cornea and executed by at least one operation device or operation unit, wherein the program creates a defective shape correction plan which has no fluctuation in average corneal curvature, by creating a partial corneal ablation plan for reducing thickness deviation in view of point symmetry with respect to the cornea except for a region where an eccentric posterior corneal cone is present, by using corneal status information including a curvature error (low-order aberration) of the cornea, a corneal thickness distribution map, and a posterior corneal shape map, and creating a myopic correction corneal ablation plan for offsetting generated curvature fluctuation while concentrating intraocular pressure at a central portion of the cornea to promote generation of a posterior corneal cone at the central portion of the cornea, characterised in that the program creates the integrated corneal ablation plan by summing up a corneal ablation shape and a corneal ablation amount obtained by the partial corneal ablation plan and the myopic correction corneal ablation plan with a corneal ablation shape and a corneal ablation amount for correcting a low-order aberration that is inherently present in the cornea.
A method of verifying the accuracy of the operation of an analyte monitoring device, characterized in that the method comprises: receiving control information from a test cartridge (100, 200, 200') with an analyte monitoring device, wherein the control information comprises a range of acceptable analyte concentration values for a control material, wherein the control material has a known and/or predetermined concentration of at least one analyte; automatically determining the presence of the control material using the analyte monitoring device; wherein determining the presence of the control material comprises identifying a control material versus a body fluid sample; analyzing the control material to measure the concentration of the at least one analyte contained therein; comparing the measured concentration of the at least one analyte with the control information to determine if the measured concentration corresponds to the range of concentration values obtained from the control information; and providing a pass or fail signal to indicate whether the measured concentration falls within the range of analyte concentration values. receiving control information from a test cartridge (100, 200, 200') with an analyte monitoring device, wherein the control information comprises a range of acceptable analyte concentration values for a control material, wherein the control material has a known and/or predetermined concentration of at least one analyte; automatically determining the presence of the control material using the analyte monitoring device; wherein determining the presence of the control material comprises identifying a control material versus a body fluid sample; analyzing the control material to measure the concentration of the at least one analyte contained therein; comparing the measured concentration of the at least one analyte with the control information to determine if the measured concentration corresponds to the range of concentration values obtained from the control information; and providing a pass or fail signal to indicate whether the measured concentration falls within the range of analyte concentration values.
A polycarbonate resin composition for a thin optical component, said composition comprising: 100 parts by mass of an aromatic polycarbonate resin having a viscosity average molecular weight (Mv) of 10,000 to 15,000, wherein (Mv) is determined as indicated in the description; and 2 to 100 parts by mass of an aromatic polycarbonate copolymer including a carbonate structural unit (i) represented by the following Formula: (wherein in Formula, R 1 represents C 8 -C 24 alkyl or alkenyl; R 2 and R 3 each independently represent a C 1 -C 15 monovalent hydrocarbon group; and a and b each independently represent an integer of 0 to 4) and a carbonate structural unit (ii) represented by the following Formula: wherein the ratio of the carbonate structural unit (i) to a total of 100 mol% of the carbonate structural unit (i) and the carbonate structural unit (ii) in the aromatic polycarbonate copolymer is more than 10 mol% and less than 39 mol%. 100 parts by mass of an aromatic polycarbonate resin having a viscosity average molecular weight (Mv) of 10,000 to 15,000, wherein (Mv) is determined as indicated in the description; and 2 to 100 parts by mass of an aromatic polycarbonate copolymer including a carbonate structural unit (i) represented by the following Formula: (wherein in Formula, R 1 represents C 8 -C 24 alkyl or alkenyl; R 2 and R 3 each independently represent a C 1 -C 15 monovalent hydrocarbon group; and a and b each independently represent an integer of 0 to 4) and a carbonate structural unit (ii) represented by the following Formula: wherein the ratio of the carbonate structural unit (i) to a total of 100 mol% of the carbonate structural unit (i) and the carbonate structural unit (ii) in the aromatic polycarbonate copolymer is more than 10 mol% and less than 39 mol%.
A yoke unit comprising: a first yoke with multiple first magnetic pole teeth; a second yoke with multiple second magnetic pole teeth, each of the second magnetic pole teeth being arranged between two adjacent ones of the first magnetic pole teeth, the second yoke being coaxial with the first yoke; and a resin section that makes the first and second yokes integral with each other, the resin section including a recessed part formed in an inner surface of the resin section, the recessed part being formed between two adjacent second magnetic pole teeth, and the first magnetic pole teeth and the second magnetic pole teeth being arranged alternately in the respective circumferential directions of the first and second yokes (60, 70), characterized in that, a distance between an outer surface of the resin section in an area where the recessed part is not formed and the center of the yoke unit is smaller than a distance between the outer surface of the resin section in an area where the recessed part is formed and the center of the yoke unit. a first yoke with multiple first magnetic pole teeth; a second yoke with multiple second magnetic pole teeth, each of the second magnetic pole teeth being arranged between two adjacent ones of the first magnetic pole teeth, the second yoke being coaxial with the first yoke; and a resin section that makes the first and second yokes integral with each other, the resin section including a recessed part formed in an inner surface of the resin section, the recessed part being formed between two adjacent second magnetic pole teeth, and the first magnetic pole teeth and the second magnetic pole teeth being arranged alternately in the respective circumferential directions of the first and second yokes (60, 70), characterized in that, a distance between an outer surface of the resin section in an area where the recessed part is not formed and the center of the yoke unit is smaller than a distance between the outer surface of the resin section in an area where the recessed part is formed and the center of the yoke unit.
Railway bogie, in particular a bogie for a goods wagon, having axles which are mounted in axle bearing housings, wherein a suspension having coil springs from steel is provided between the axle bearing housings and the wagon superstructure or the wagon body, respectively, wherein an annular soundproofing disc comprising an elastomer material is disposed between the coil spring and at least one of the bearing faces of the latter on the respective connecting part, characterized in that the annular disc in the cross section is constructed in layers from a plurality of tiers or layers (11, 12) of dissimilar elastic and/or damping properties, wherein at least the external layers of the disc are composed of an elastomer material, wherein at least one of the external layers of the annular disc on the external side of said layers, thus on the side bearing toward the axle bearing housing, is provided with a structure or texture, preferably having projections in the shape of a truncated pyramid which are disposed in the manner of a checkerboard, for homogenizing the contact pressure per unit area present between the spring and the connecting part.
A jump start device for a motor vehicle, wherein the motor vehicle has an engine control unit and a starter for an internal combustion engine, and the motor vehicle is equipped with at least two vehicle electrical sub-systems (1, 2), which are coupled to one another by means of at least one electrical separation element, and each vehicle electrical sub-system is equipped with at least one rechargeable electrical energy storage device (5, 9), characterised in that - at least two of the vehicle electrical sub-systems have a jump start terminal point (10, 11) and the jump start terminal points are galvanically isolated from one another. - at least two of the vehicle electrical sub-systems have a jump start terminal point (10, 11) and the jump start terminal points are galvanically isolated from one another.
Method for controlling loading of foods in a food mixing unit, which method comprises: - providing the food mixing unit with a weighing system, which comprises at least one weight detecting device for detecting the weight of the foods loaded, and a memory device for memorizing at least one food recipe, which comprises a list of foods to be loaded in the food mixing unit; and - taking each food of the food recipe from at least one relative stocking area; - measuring, for each food stocked in the relative stocking area, prior to loading the foods in the food mixing unit, a plurality of chemical and/or physical parameters by means of a food analysis tool, which comprises a spectrometer device for emitting, towards the food, a beam of electromagnetic radiation in the near infrared region and for providing a corresponding spectrum signal that represents the spectrum of the electromagnetic radiation reflected by the food, and a processing module for processing the spectrum signal and providing values of said chemical and/or physical parameters; - modifying said food recipe as a function of the measured values of said chemical and/or physical parameters; and - controlling, based on the weight detected by means of weight detecting device and on the modified food recipe, the weight of the foods to be loaded as they are loaded in the food mixing unit; the method being characterised in that said food recipe is modified prior to loading the foods in the food mixing unit, by means of a processing unit, which is external from and independent of said weighing system and consists of a desktop computer, a laptop computer or a server, and in that the modified food recipe is written in said memory device by the processing unit. - providing the food mixing unit with a weighing system, which comprises at least one weight detecting device for detecting the weight of the foods loaded, and a memory device for memorizing at least one food recipe, which comprises a list of foods to be loaded in the food mixing unit; and - taking each food of the food recipe from at least one relative stocking area; - measuring, for each food stocked in the relative stocking area, prior to loading the foods in the food mixing unit, a plurality of chemical and/or physical parameters by means of a food analysis tool, which comprises a spectrometer device for emitting, towards the food, a beam of electromagnetic radiation in the near infrared region and for providing a corresponding spectrum signal that represents the spectrum of the electromagnetic radiation reflected by the food, and a processing module for processing the spectrum signal and providing values of said chemical and/or physical parameters; - modifying said food recipe as a function of the measured values of said chemical and/or physical parameters; and - controlling, based on the weight detected by means of weight detecting device and on the modified food recipe, the weight of the foods to be loaded as they are loaded in the food mixing unit;
Method for producing chain link plates for a plate link chain with alternating inner chain links and outer chain links, where each outer chain link comprises at least two chain link plates each having two face side head portions and two pin openings disposed in said head portions and two chain pins extending through said pin openings and connecting said chain link plates to one another, each inner chain link comprising at least one chain link plate and two mutually spaced pin openings and one respective chain pin of an outer chain link extends through a pin opening of an adjoining inner chain link to form a chain joint, the contour of said chain link plates comprising several punch sections and two face side contact sections which, once said punch sections are punched out, are initially connected to said face side contact sections of adjoining chain link plates and separated in a subsequent separation cut, characterized by the steps of: providing a sheet metal strip, punching out said punch sections of said chain link plates from said sheet metal strip, where a further rear side contact section, in addition to said face side contact sections, is respectively connected at said head portions of said chain link plates to a complementary contact section of adjoining chain link plates, and separating said face side contact sections and said rear side contact sections of said head portions of said chain link plates by way of a substantially waste-free separation cut. providing a sheet metal strip, punching out said punch sections of said chain link plates from said sheet metal strip, where a further rear side contact section, in addition to said face side contact sections, is respectively connected at said head portions of said chain link plates to a complementary contact section of adjoining chain link plates, and separating said face side contact sections and said rear side contact sections of said head portions of said chain link plates by way of a substantially waste-free separation cut.
Rubber mixture comprising at most 1 phr of diphenylguanidine and at least - a non-polar rubber selected from the group consisting of NR, SBR, BR, IR, SIBR, IIR, ENR and EPDM, preferably NR, SBR, BR, IIR and EPDM, particularly preferably NR, BR and SBR, - a silica-based filler and/or carbon black, - a short-chain alkyl ester of glycerol according to formula in which R 1, R 2, R 3 are mutually independently hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety, preferably a methyl moiety, and - 1,6-bis(N,N-dibenzylthiocarbamoyldithio)hexane (CAS No.: 151900-44-6), where the total content of non-polar rubbers is at least 50 phr and the content of compounds of the formula is from 0.1 to 40 phr. - a non-polar rubber selected from the group consisting of NR, SBR, BR, IR, SIBR, IIR, ENR and EPDM, preferably NR, SBR, BR, IIR and EPDM, particularly preferably NR, BR and SBR, - a silica-based filler and/or carbon black, - a short-chain alkyl ester of glycerol according to formula in which R 1, R 2, R 3 are mutually independently hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety, preferably a methyl moiety, and - 1,6-bis(N,N-dibenzylthiocarbamoyldithio)hexane (CAS No.: 151900-44-6), where the total content of non-polar rubbers is at least 50 phr and the content of compounds of the formula is from 0.1 to 40 phr.
A magenta ink, comprising: a liquid vehicle including water, organic co-solvent, and surfactant; and from 2 wt% to 9 wt% of a magenta pigment blend suspended therein, said magenta pigment blend comprising: quinacridone pigment having the general formula: wherein R 1 and R 2 are each independently H, a halogen atom, or a C 1 to C 4 alkyl group, and azo pigment having the general formula: wherein R a is H, aryl, or C 1 to C 4 alkyl, wherein when R a is aryl, the aryl is not a phenyl group having at least one hydrogen that has been substituted with a chlorine atom; wherein R b, R c and R d are independently H, a C 1 to C 4 alkyl, an oxygen-containing functional group, a nitrogen-containing functional group, or a sulphur-containing functional group; wherein the weight ratio of quinacridone pigment to the azo pigment is from 65:35 to 75:25 by pigment solids content; and wherein the organic co-solvent comprises a combination of triethylene glycol and a cyclic amide. a liquid vehicle including water, organic co-solvent, and surfactant; and from 2 wt% to 9 wt% of a magenta pigment blend suspended therein, said magenta pigment blend comprising: quinacridone pigment having the general formula: wherein R 1 and R 2 are each independently H, a halogen atom, or a C 1 to C 4 alkyl group, and azo pigment having the general formula: wherein R a is H, aryl, or C 1 to C 4 alkyl, wherein when R a is aryl, the aryl is not a phenyl group having at least one hydrogen that has been substituted with a chlorine atom; wherein R b, R c and R d are independently H, a C 1 to C 4 alkyl, an oxygen-containing functional group, a nitrogen-containing functional group, or a sulphur-containing functional group; wherein the weight ratio of quinacridone pigment to the azo pigment is from 65:35 to 75:25 by pigment solids content; and wherein the organic co-solvent comprises a combination of triethylene glycol and a cyclic amide.