mhurhangee/ep-ind-claims huggingface dataset:
A method for printing a security mark via a non-fluorescent toner, comprising receiving, by a processor, an electronic file of a security mark to be printed on a substrate; determining, by the processor, an amount of halftone coverage for forming the security mark for a non-fluorescent toner based on a brightness of the substrate, the difference in brightness between the substrate and the non-fluorescent toner being less than 1 L* unit; converting, by the processor, the electronic file of the security mark into a printer description language with the amount of halftone coverage for forming the security mark that is determined; and causing, by the processor, the security mark to be printed on the substrate determining, by the processor, an amount of halftone coverage for forming the security mark for a non-fluorescent toner based on a brightness of the substrate, the difference in brightness between the substrate and the non-fluorescent toner being less than 1 L* unit; converting, by the processor, the electronic file of the security mark into a printer description language with the amount of halftone coverage for forming the security mark that is determined; and causing, by the processor, the security mark to be printed on the substrate
A depilatory in powder form, comprising or made up of - 3 to 5 % by weight thioglycolate, - 3 to 8 % by weight calcium hydroxide, - 1.5 to 4 % by weight calcium oxide, - an odour absorber and - a filler. - 3 to 5 % by weight thioglycolate, - 3 to 8 % by weight calcium hydroxide, - 1.5 to 4 % by weight calcium oxide, - an odour absorber and - a filler.
A method of connecting a fluid cartridge to a fluid cartridge receiving structure, the fluid cartridge comprising a first fluidic interface, a second fluidic interface and an electrical interface (10,19), wherein these interfaces are arranged in a front face, and the fluid cartridge receiving structure comprising corresponding first and second fluidic interfaces and an electrical connector circuit, the method comprising: inserting the fluid cartridge along a straight line with respect to the fluid cartridge receiving structure by guiding the fluid cartridge using a guide track arranged on a bottom face of the fluid cartridge and extending parallel to the straight line, to establish a fluid connection between the first fluidic interfaces (12,14), a fluid connection between the second fluidic interfaces (13,15), and electrical connection between the electrical interface (10,19) and the electrical connector circuit, and by said movement along the straight line, guiding a latch of the cartridge receiving structure into a locked position, for maintaining the fluid connection, using a latch stop and a latch track which are arranged on the bottom face of the fluid cartridge, to guide and retain the latch of the cartridge receiving structure. inserting the fluid cartridge along a straight line with respect to the fluid cartridge receiving structure by guiding the fluid cartridge using a guide track arranged on a bottom face of the fluid cartridge and extending parallel to the straight line, to establish a fluid connection between the first fluidic interfaces (12,14), a fluid connection between the second fluidic interfaces (13,15), and electrical connection between the electrical interface (10,19) and the electrical connector circuit, and by said movement along the straight line, guiding a latch of the cartridge receiving structure into a locked position, for maintaining the fluid connection, using a latch stop and a latch track which are arranged on the bottom face of the fluid cartridge, to guide and retain the latch of the cartridge receiving structure.
A non-volatile memory device, comprising: a memory cell array configured to store initialization information for the non-volatile memory device in memory cells connected to a plurality of word lines; a control circuit configured to control application of a first read voltage (Vrd) to a selected word line (WL4-WL5) and to control application of a second read voltage (Vread_H; Vread_L) to unselected word lines (WL1-3, WL6-8); and a voltage generator characterised in that the voltage generator is configured to receive a source voltage and to generate the second read voltage (Vread_H; Vread_L) in response to a voltage control signal (CTRL_Vol) provided from the control circuit, wherein in a non-initialization information read operation the second read voltage (Vread_H) is greater than the source voltage, and in an initialization information read operation the second read voltage (Vread_L) is less than or equal to the source voltage. a memory cell array configured to store initialization information for the non-volatile memory device in memory cells connected to a plurality of word lines; a control circuit configured to control application of a first read voltage (Vrd) to a selected word line (WL4-WL5) and to control application of a second read voltage (Vread_H; Vread_L) to unselected word lines (WL1-3, WL6-8); and a voltage generator characterised in that the voltage generator is configured to receive a source voltage and to generate the second read voltage (Vread_H; Vread_L) in response to a voltage control signal (CTRL_Vol) provided from the control circuit, wherein in a non-initialization information read operation the second read voltage (Vread_H) is greater than the source voltage, and in an initialization information read operation the second read voltage (Vread_L) is less than or equal to the source voltage.
A method of manufacturing a microhotplate comprising a semiconductor substrate, a dielectric region over the semiconductor substrate, a resistive heater within the dielectric region, the method comprising: forming the semiconductor substrate, the dielectric region and the resistive heater using complementary metal oxide semiconductor, CMOS, compatible processing steps; depositing a photo-resist material over the dielectric region using the CMOS compatible processing steps; patterning the photo-resist material to form a patterned region over the dielectric region using the CMOS compatible processing steps; etching at least a portion of the semiconductor substrate to form a dielectric membrane, wherein the steps of depositing the photo-resist material, patterning the photo-resist material and etching the portion of the semiconductor substrate are performed in sequence; and wherein, after the etching of the semiconductor substrate, the method further comprises depositing a metal structure in the patterned region over the dielectric region using a further process, wherein the further process is not a CMOS compatible process. forming the semiconductor substrate, the dielectric region and the resistive heater using complementary metal oxide semiconductor, CMOS, compatible processing steps; depositing a photo-resist material over the dielectric region using the CMOS compatible processing steps; patterning the photo-resist material to form a patterned region over the dielectric region using the CMOS compatible processing steps; etching at least a portion of the semiconductor substrate to form a dielectric membrane, wherein the steps of depositing the photo-resist material, patterning the photo-resist material and etching the portion of the semiconductor substrate are performed in sequence; and wherein, after the etching of the semiconductor substrate, the method further comprises depositing a metal structure in the patterned region over the dielectric region using a further process, wherein the further process is not a CMOS compatible process.
Treatment chair for transpelvic magnetic stimulation of body tissue, consisting of a base frame with a seat area and a backrest, and two side parts (6, 7) with arm supports (8, 9), wherein at least one magnetic coil (12, 13) is arranged in the seat area and/or the backrest, wherein at least one of the two side parts (6, 7) is arranged to be displaceable or foldable on the base frame, such that lateral access to the seat area of the treatment chair is released, characterised in that handrails for the user to pull on, which are configured to measure an increase in physical strength due to magnetic stimulation, are arranged on the side parts (6, 7) or arm supports (8, 9), in that the magnetic coils (12, 13) are arranged to be displaceable in the longitudinal direction and/or transverse direction of the respective seat area and/or backrest, and in that an operating panel (10, 11) with a display is configured to show graphically the position of the magnetic coils (12, 13) and the power increase via the handrails.
A method for the folding of a slice or of a portion comprising a plurality of slices of a sliced food product, in particular sliced by means of a high-performance slicer, in which the slice or portion is transported in a lying manner on a first, upper conveying device along a first conveying direction; the slice or portion is moved away from the first conveying device to a second conveying device which is arranged beneath the first conveying device and on which the slice or portion is placed down; and, for the folding of the slice or portion, the second conveying device is operated at least at times during the placing down in a second conveying direction which is at least substantially opposite to the first conveying direction; and wherein, for the folding of the slice or portion, the conveying direction of the second conveying device is varied during the placing down at least once from the first conveying direction to the second conveying direction, or vice versa.
Method for managing interactions via a communication network between a first communicating object and a second communicating object linked by a link connecting at least one function of the first object to at least one function of the second object, the network including a set of communicating objects, the method comprising in the first object: - the storage of at least one execution agreement relating to a link between two objects of said set of objects: - the activation of the link connecting a function of the first object to a function of the second object, said activation comprising: - access to an execution agreement relating to said link connecting a function of the first object to a function of the second object, comprising the search in the other communicating objects of the network for parts of said agreement not stored in the first object, and the storage in the first object of said parts found in at least one other object of the network; - executing said execution agreement relating to the link connecting a function of the first object to a function of the second object. - the storage of at least one execution agreement relating to a link between two objects of said set of objects: - the activation of the link connecting a function of the first object to a function of the second object, said activation comprising: - access to an execution agreement relating to said link connecting a function of the first object to a function of the second object, comprising the search in the other communicating objects of the network for parts of said agreement not stored in the first object, and the storage in the first object of said parts found in at least one other object of the network; - executing said execution agreement relating to the link connecting a function of the first object to a function of the second object. - access to an execution agreement relating to said link connecting a function of the first object to a function of the second object, comprising the search in the other communicating objects of the network for parts of said agreement not stored in the first object, and the storage in the first object of said parts found in at least one other object of the network; - executing said execution agreement relating to the link connecting a function of the first object to a function of the second object.
A peel-open package, comprising: a first film comprising an exterior sealant layer comprising a polyolefin polymer resin and a fatty acid or a fatty acid derivative; a second film comprising an exterior layer comprising paper or a nonwoven material; wherein the paper or nonwoven material is adhered to the sealant layer of the first film to form a peelable interface therebetween and to enclose a product between the first film and the second film, wherein the polyolefin sealant layer of the first film is heat sealed directly to the paper or nonwoven material of the second film. a first film comprising an exterior sealant layer comprising a polyolefin polymer resin and a fatty acid or a fatty acid derivative; a second film comprising an exterior layer comprising paper or a nonwoven material; wherein the paper or nonwoven material is adhered to the sealant layer of the first film to form a peelable interface therebetween and to enclose a product between the first film and the second film, wherein the polyolefin sealant layer of the first film is heat sealed directly to the paper or nonwoven material of the second film.
A mixing funnel for use with a beverage cartridge, comprising: a funnel body defining a bowl portion having a sidewall and a bottom, the bottom including an outlet opening, and the sidewall having a rim at an upper end of the sidewall and a gap at a portion of the sidewall; and an inlet channel extending radially from the gap and arranged to receive liquid into the inlet channel in an axial direction and to direct the liquid into the bowl portion such that the liquid enters the bowl portion and follows an arcuate pathway around the bowl portion. a funnel body defining a bowl portion having a sidewall and a bottom, the bottom including an outlet opening, and the sidewall having a rim at an upper end of the sidewall and a gap at a portion of the sidewall; and an inlet channel extending radially from the gap and arranged to receive liquid into the inlet channel in an axial direction and to direct the liquid into the bowl portion such that the liquid enters the bowl portion and follows an arcuate pathway around the bowl portion.
A method for operating a robotic vehicle, comprising: determining, by a processor, whether a payload is carried by the robotic vehicle; setting (330, 340), by the processor, a proximity threshold for collision avoidance in response to determining that a payload is carried by the robotic vehicle; and controlling, by the processor, one or more motors of the robotic vehicle using the proximity threshold for collision avoidance wherein determining whether a payload is carried by the robotic vehicle comprises: obtaining, by the processor, data from a payload sensor configured to detect whether a payload is being carried by the robotic vehicle or from the one or more motors indicating a rate of revolution of respective one or more motors; and analyzing the obtained data to determine whether a payload is being carried by the robotic vehicle. determining, by a processor, whether a payload is carried by the robotic vehicle; setting (330, 340), by the processor, a proximity threshold for collision avoidance in response to determining that a payload is carried by the robotic vehicle; and controlling, by the processor, one or more motors of the robotic vehicle using the proximity threshold for collision avoidance wherein determining whether a payload is carried by the robotic vehicle comprises: obtaining, by the processor, data from a payload sensor configured to detect whether a payload is being carried by the robotic vehicle or from the one or more motors indicating a rate of revolution of respective one or more motors; and analyzing the obtained data to determine whether a payload is being carried by the robotic vehicle. obtaining, by the processor, data from a payload sensor configured to detect whether a payload is being carried by the robotic vehicle or from the one or more motors indicating a rate of revolution of respective one or more motors; and analyzing the obtained data to determine whether a payload is being carried by the robotic vehicle.
Resistant potato starch for use in treating gastrointestinal stress associated with weaning in an animal, wherein the resistant potato starch is 0.1-2.5% of the weaning animal's diet.
Bundle spacer for holding and spacing apart cables (12, 14) of an overhead line, specifically a plurality of conductor cables and one carrying cable, comprising a supporting frame which arranges the cables (12, 14) in a home position in a mounted state and which has in each case one fastening receptacle (20, 22) for each of the cables (12, 14), specifically a plurality of conductor cable receptacles and one carrying cable receptacle, wherein the cables (12, 14) run perpendicularly in relation to a transverse plane in the home position, characterized in that the supporting frame has a joint by means of which at least one of the conductor cables is held such that it can move in a rotational manner about a rotation axis, which runs perpendicularly in relation to the transverse plane, relative to the carrying cable, and in that the joint is designed as a rotary bearing in which the carrying cable can be fastened, and in that, by means of the joint, the supporting frame is held such that it can move in a rotational manner relative to the carrying cable and can be rotated about the carrying cable in the transverse plane.
An optical analysis tool for analyzing a sample, the optical analysis tool comprising: an integrated computational element, ICE comprising a first hollow-core fiber, the first hollow-core fiber having a first hollow-core fiber structure configured such that a spectrum of light guided by the first hollow-core fiber is related, over a wavelength range, to a characteristic of the sample, wherein the ICE further comprises a second hollow-core fiber optically coupled to the first hollow-core fiber, the second hollow-core fiber having a second hollow-core fiber structure different from the first hollow-core fiber structure, the second hollow-core fiber structure configured such that the second hollow-core fiber blocks light guided there through at wavelengths that are either shorter than the wavelength range or longer than the wavelength range, or both shorter and longer than the wavelength range.
Method of automatically, directly and instantly magnifying a text based source image (5, 5A) on an object containing fonts of a variable, undetermined, first size for display, the method including: providing the object with the text based source image (5, 5A); positioning an image capture device in relation to the object to capture a view thereof; generating a focused image of at least part of the object with the image capture device; and transmitting the image to a display, characterized in that the method includes of automatically, directly and instantly magnifying the text based source image (5, 5A) on the object containing the fonts of the variable, undetermined, first size to a second predefined size (19, 19A) wherein the magnification is effected to a rate that is controlled by the second predefined size (19, 19A) for display of the font to appear on the display and independent of the first font size. providing the object with the text based source image (5, 5A); positioning an image capture device in relation to the object to capture a view thereof; generating a focused image of at least part of the object with the image capture device; and transmitting the image to a display, characterized in that the method includes of automatically, directly and instantly magnifying the text based source image (5, 5A) on the object containing the fonts of the variable, undetermined, first size to a second predefined size (19, 19A) wherein the magnification is effected to a rate that is controlled by the second predefined size (19, 19A) for display of the font to appear on the display and independent of the first font size.
Cooking appliance comprising: - ventilation means comprising a transverse flow ventilator arranged to create an air flow in a cooking space of the appliance, - a cooking basket, arranged to receive food to be cooked in the cooking space and to allow the air flow to pass through a bed of food to be cooked, - heating means arranged to heat the air flow, the heating means being arranged in the air flow downstream from the ventilation means, and the cooking basket being arranged in the air flow downstream from the heating means, characterised in that the cooking appliance comprises an intake zone upstream from the ventilation means, arranged between the cooking space and the ventilation means, and in communication with the ventilation means through an intake nozzle. - ventilation means comprising a transverse flow ventilator arranged to create an air flow in a cooking space of the appliance, - a cooking basket, arranged to receive food to be cooked in the cooking space and to allow the air flow to pass through a bed of food to be cooked, - heating means arranged to heat the air flow, the heating means being arranged in the air flow downstream from the ventilation means, and the cooking basket being arranged in the air flow downstream from the heating means,
A unitized electrode assembly for a fuel cell, the UEA comprising: an anode electrode; a cathode electrode; an electrolyte positioned between the cathode electrode and the anode electrode; characterized in that the cathode electrode is a matrix of catalyst supports, ionomer and palladium catalytic nanoparticles, wherein the catalyst supports are carbon black supports, wherein the palladium catalytic nanoparticles contain at least 70% surfaces by area; and wherein a majority of a surface area of the palladium catalytic nanoparticles is exposed to the UEA environment. an anode electrode; a cathode electrode; an electrolyte positioned between the cathode electrode and the anode electrode; characterized in that the cathode electrode is a matrix of catalyst supports, ionomer and palladium catalytic nanoparticles, wherein the catalyst supports are carbon black supports, wherein the palladium catalytic nanoparticles contain at least 70% surfaces by area; and wherein a majority of a surface area of the palladium catalytic nanoparticles is exposed to the UEA environment.
Method of coating at least regions of a component with a layer of a metal-organic framework, in which the component is contacted with a solution comprising at least one metal salt, at least one linker and at least one solvent, characterized in that the solution has a temperature gradient, where the temperature of the solution directly at the surface of the component, using at least one temperature sensor, is set to a temperature in the range of 50-200°C, so as to enable the crystallization of an MOF layer on the surface of the component, while the temperature of the residual solution is kept constant 10-100 K below the temperature of the surface of the component, such that the formation of MOF crystals in the residual solution is prevented, where the component is pretreated by means of degreasing.