mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a soft master mold which is used to form a micro-patterned film applied to an exterior of a household appliance, comprising: applying photoresist to a surface of a stainless steel substrate and UV irradiating the same through a patterned mask to transfer the pattern of the mask to the stainless steel substrate; etching the stainless steel substrate to which the pattern has been transferred; and removing the photoresist from the etched substrate; applying UV curable resin to a synthetic resin substrate; pressing the patterned stainless steel substrate against the synthetic resin substrate coated with the UV curable resin and curing the UV curable resin, in order to replicate the pattern of the stainless steel substrate; separating the patterned synthetic resin substrate from the stainless steel substrate for obtaining the soft master mold, and joining both ends of the patterned synthetic resin substrate to form a belt after the pattern replication. applying photoresist to a surface of a stainless steel substrate and UV irradiating the same through a patterned mask to transfer the pattern of the mask to the stainless steel substrate; etching the stainless steel substrate to which the pattern has been transferred; and removing the photoresist from the etched substrate; applying UV curable resin to a synthetic resin substrate; pressing the patterned stainless steel substrate against the synthetic resin substrate coated with the UV curable resin and curing the UV curable resin, in order to replicate the pattern of the stainless steel substrate; separating the patterned synthetic resin substrate from the stainless steel substrate for obtaining the soft master mold, and joining both ends of the patterned synthetic resin substrate to form a belt after the pattern replication.
A multilayer pressure sensitive adhesive film having a first pressure sensitive adhesive layer for bonding glass substrates and at least a second opposing layer, the first pressure sensitive adhesive layer being a polymerization reaction product of a precursor comprising a monomer or a partially prepolymerized monomer having a curable ethylenically unsaturated group, whereas the precursor further comprises an oligomeric organofunctional silane having at least 2 Si atoms, in particular 2 to 10 Si atoms, wherein the monomer having a curable ethylenically unsaturated group further has a coupling group with a Zerewitinow-active H-atom and wherein the oligomeric organofunctional silane has at least one coupling group which is reactive to the coupling group of the monomer having a curable ethylenically unsaturated group, or wherein the oligomeric organofunctional silane has at least one coupling group with a Zerewitinow-active H-atom and wherein the monomer having a curable ethylenically unsaturated group further has a coupling group which is reactive to the coupling group of the oligomeric organofunctional silane; with the proviso that if the monomer having a curable ethylenically unsaturated group further has a coupling group with a Zerewitinow-active H-atom which is selected to be -OH, then the coupling group of the oligomeric organofunctional silane which is reactive to the coupling group of the monomer having a curable ethylene group cannot be selected to be an amino group, wherein the coupling group having a Zerewitinow-active H-atom is selected from C-H acidic organic groups, -OH, -SH, -COOH, -NH 2 or -NHR with R being an organic rest, and wherein the coupling group which is reactive to the coupling group with a Zerewitinow-active H-atom is selected from an epoxy group, -NCO, -SCO or an aziridine group. wherein the monomer having a curable ethylenically unsaturated group further has a coupling group with a Zerewitinow-active H-atom and wherein the oligomeric organofunctional silane has at least one coupling group which is reactive to the coupling group of the monomer having a curable ethylenically unsaturated group, or wherein the oligomeric organofunctional silane has at least one coupling group with a Zerewitinow-active H-atom and wherein the monomer having a curable ethylenically unsaturated group further has a coupling group which is reactive to the coupling group of the oligomeric organofunctional silane; with the proviso that if the monomer having a curable ethylenically unsaturated group further has a coupling group with a Zerewitinow-active H-atom which is selected to be -OH, then the coupling group of the oligomeric organofunctional silane which is reactive to the coupling group of the monomer having a curable ethylene group cannot be selected to be an amino group, wherein the coupling group having a Zerewitinow-active H-atom is selected from C-H acidic organic groups, -OH, -SH, -COOH, -NH 2 or -NHR with R being an organic rest, and wherein the coupling group which is reactive to the coupling group with a Zerewitinow-active H-atom is selected from an epoxy group, -NCO, -SCO or an aziridine group.
Composition for topical application comprising at least one fatty phase; at least one volatile hydrocarbon-based oil chosen from hydrocarbon-based oils containing from 8 to 16 carbon atoms; and at least one lipophilic polymer comprising monomer units of formulae and: in which: R 1, independently at each occurrence, is chosen from alkyl or alkylene radicals; with at least 60% by weight of the groups R 1 being behenyl radicals, the weight percentage relating to the sum of all the groups R 1 present in the polymer; the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the group R 1 ranges from 1:30 to 1:1; and the sum of all of the units A and B is at least 95% by weight relative to the total weight of the polymer; the lipophilic polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol. R 1, independently at each occurrence, is chosen from alkyl or alkylene radicals; with at least 60% by weight of the groups R 1 being behenyl radicals, the weight percentage relating to the sum of all the groups R 1 present in the polymer; the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the group R 1 ranges from 1:30 to 1:1; and the sum of all of the units A and B is at least 95% by weight relative to the total weight of the polymer; the lipophilic polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol.
A solid form bird deterrent composition comprising methyl anthranilate, a metal oxide, a carbohydrate source and a garlic substance, wherein the garlic substance is garlic, coarse garlic, garlic powder, garlic juice or crushed garlic, in the solid form composition.
A compound, a pharmaceutically acceptable salt thereof, or a pharmaceutically acceptable solvate thereof for use in treatment of depression and depression-like symptoms, wherein the compound is selected from the group represented by any one of the following formulas:
An optical-fiber connector endface inspection microscope system for inspecting an endface of an optical-fiber connector, the optical-fiber connector endface inspection microscope system comprising: an optical-fiber connector endface inspection microscope comprising an image detector for capturing at least one image of the endface to be inspected; a housing structure enclosing the optical-fiber connector endface inspection microscope and releasably connectable to an adapter tip configured to interface with the optical-fiber connector to inspect the endface thereof, the adapter tip being of one type among a plurality of adapter tip types adapted to inspect respective types of optical-fiber connectors; characterized by a tip detection system (116, 118) adapted to recognize said one type of the adapter tip among the plurality of adapter tip types; a processing unit configured for: determining at least one connector endface acceptance criterion among a set of connector endface acceptance criteria, at least partly based upon a fiber type corresponding to the recognized type of adapter tip; and analyzing the at least one image to produce an inspection result for the endface based on the determined connector endface acceptance criterion. an optical-fiber connector endface inspection microscope comprising an image detector for capturing at least one image of the endface to be inspected; a housing structure enclosing the optical-fiber connector endface inspection microscope and releasably connectable to an adapter tip configured to interface with the optical-fiber connector to inspect the endface thereof, the adapter tip being of one type among a plurality of adapter tip types adapted to inspect respective types of optical-fiber connectors; characterized by a tip detection system (116, 118) adapted to recognize said one type of the adapter tip among the plurality of adapter tip types; a processing unit configured for: determining at least one connector endface acceptance criterion among a set of connector endface acceptance criteria, at least partly based upon a fiber type corresponding to the recognized type of adapter tip; and analyzing the at least one image to produce an inspection result for the endface based on the determined connector endface acceptance criterion. determining at least one connector endface acceptance criterion among a set of connector endface acceptance criteria, at least partly based upon a fiber type corresponding to the recognized type of adapter tip; and analyzing the at least one image to produce an inspection result for the endface based on the determined connector endface acceptance criterion.
A cardiac rhythm management device comprising plural sensing electrodes (52, 54, 56) for capturing a cardiac signal and operational circuitry coupled to the plural sensing electrodes (52, 54, 56) for analyzing the cardiac signal, the operational circuitry comprising the following: filter means (66, 72) for filtering the captured cardiac signal according to a first approach and a second approach, the second approach applying an additional high pass filter relative to the first approach; selector means (82, 350) coupled to the filter means (66, 72) for determining whether to select the first approach or the second approach for the filter means (66, 72), wherein the selector means is configured to determine a first amplitude of the captured cardiac signal, post filtering via the first approach, and compare the first amplitude to a first threshold and: if the first amplitude exceeds the first threshold, enable the second approach for use in cardiac signal analysis; or if the first amplitude does not exceed the first threshold, disable the second approach for use in cardiac signal analysis; and cardiac cycle detector means (76, 330) for comparing a received cardiac signal, as filtered by one of the first or second approaches, to a detection threshold and declaring a new cardiac cycle when the received cardiac signal exceeds the detection threshold wherein the first amplitude is a measure of the R-wave of one or more cardiac cycles. filter means (66, 72) for filtering the captured cardiac signal according to a first approach and a second approach, the second approach applying an additional high pass filter relative to the first approach; selector means (82, 350) coupled to the filter means (66, 72) for determining whether to select the first approach or the second approach for the filter means (66, 72), wherein the selector means is configured to determine a first amplitude of the captured cardiac signal, post filtering via the first approach, and compare the first amplitude to a first threshold and: if the first amplitude exceeds the first threshold, enable the second approach for use in cardiac signal analysis; or if the first amplitude does not exceed the first threshold, disable the second approach for use in cardiac signal analysis; and if the first amplitude exceeds the first threshold, enable the second approach for use in cardiac signal analysis; or if the first amplitude does not exceed the first threshold, disable the second approach for use in cardiac signal analysis; and cardiac cycle detector means (76, 330) for comparing a received cardiac signal, as filtered by one of the first or second approaches, to a detection threshold and declaring a new cardiac cycle when the received cardiac signal exceeds the detection threshold wherein the first amplitude is a measure of the R-wave of one or more cardiac cycles.
A swash plate comprising: a disc-shaped substrate and a coating layer applied to a surface of the substrate, said coating layer serving as a sliding layer that slides along a shoe; characterized in that an inner peripheral part of the coating layer serves as a slanted surface whose outer edge faces in a radially outwards direction, and the outer edge serves as a part on the inner peripheral part of the sliding layer with respect to an inner edge which is adjacent to an end face of the substrate, as a result of which the slanted surface is formed in such a way that an angle θ1 exists which is formed between an imaginary straight line connecting the inner edge and the outer edge of the sliding layer, and the end face of the substrate, that is set to 10° or less, and another angle θ2 exists which is formed between a rising part adjacent to the inner edge and the end face of the substrate that is set to 20° or less, and another angle exists that is formed between the end face of the substrate and any given section of the slanted surface and that is less than 90°.
A power transmission device comprising: a gear speed reduction mechanism which includes an input shaft, an input pinion provided on the input shaft, a rotary shaft other than the input shaft, and a gear incorporated in the rotary shaft and in meshing engagement with the input pinion; and a casing which accommodates the gear speed reduction mechanism, wherein the casing is made of resin and includes a casing body which includes an incorporating opening for incorporating the gear and a cover which closes the incorporating opening, wherein the casing body includes an input side opening with the opening being sized larger than the input pinion such that the input pinion can be inserted but smaller than the gear such that the gear cannot be inserted, wherein the rotary shaft is supported by a bearing support (36, 37, 38, 39) which is formed in the casing body, and the bearing support (36, 37, 38, 39) of the rotary shaft is not formed on the cover, and wherein the input pinion is a hypoid pinion, characterized in that the input side opening and the incorporating opening are provided on opposite surfaces of the casing body, respectively, and the bearing support (36, 37, 38, 39) is formed on a surface (30c, 30d) which intersects a surface on which the input side opening is provided and a surface on which the incorporating opening is provided. a gear speed reduction mechanism which includes an input shaft, an input pinion provided on the input shaft, a rotary shaft other than the input shaft, and a gear incorporated in the rotary shaft and in meshing engagement with the input pinion; and a casing which accommodates the gear speed reduction mechanism, wherein the casing is made of resin and includes a casing body which includes an incorporating opening for incorporating the gear and a cover which closes the incorporating opening, wherein the casing body includes an input side opening with the opening being sized larger than the input pinion such that the input pinion can be inserted but smaller than the gear such that the gear cannot be inserted, wherein the rotary shaft is supported by a bearing support (36, 37, 38, 39) which is formed in the casing body, and the bearing support (36, 37, 38, 39) of the rotary shaft is not formed on the cover, and wherein the input pinion is a hypoid pinion, characterized in that the input side opening and the incorporating opening are provided on opposite surfaces of the casing body, respectively, and the bearing support (36, 37, 38, 39) is formed on a surface (30c, 30d) which intersects a surface on which the input side opening is provided and a surface on which the incorporating opening is provided.
Centrifugal pump component comprising an installation part, the installation part being an impeller and a split ring which is arranged thereon, a part of the split ring being connected, during assembly of the pump, in a stationary manner to a corresponding component, in particular a casing, characterized in that an auxiliary connecting element is provided between the impeller and the split ring or within the split ring, the auxiliary connecting element being configured as a predetermined break point.
Siphon system for mounting in a receiving gutter, comprising; a pipe coupling piece comprising a transfer pipe segment with an entrance end and a pipe part, wherein the transfer pipe segment at the entrance end is provided with a mounting flange having a coupling face at its side directed away from the pipe part; a collecting tray intended for placement in a receiving gutter, with a passage opening formed in one of its side walls and provided with a connection flange having a coupling face at its side directed away from the tray; coupling means designed for coupling the connection flange of the collecting tray to the mounting flange of the transfer pipe segment, which coupling means allow a vertical displacement of the collecting tray with respect to the mounting flange of the transfer pipe segment; and wherein the collecting tray from a disconnected position can be brought, by means of a sliding movement directed downwards, to a position coupled to the mounting flange in which the passage opening communicates with the transfer pipe segment and in which the coupling faces (215, 415) are connected to each other in a substantially water-tight manner; characterized in that the coupling means comprise two guide members directed substantially vertically and having a substantially L-shaped cross-section.
A power encoder, comprising: an amplitude-phase splitter configured for splitting an input signal into an envelope signal and a phase modulated signal; a pre-distortion unit configured for distorting the envelope signal using a look-up table to produce a distorted envelope signal, wherein the look-up table stores a non-linear mapping of a transformation function, wherein the pre-distortion unit is configured to select a distorted data point of the distorted envelope signal using the LUT, such that a value of the distorted data point transformed with the transformation function is linear to a corresponding data point of the envelope signal, and wherein the LUT is determined using a forward mapping by applying the transformation function to a set of input data points, and wherein the distorted data point is determined by a backward mapping of the data point of the envelope signal by selecting an input to the transformation function corresponding to an output of the transformation function that is equal to the data point of the envelope signal; a digital converter configured for combining the distorted envelope signal with the phase modulated signal to produce a distorted input signal; a pulse width modulator configured for modulating the distorted input signal according to the transformation function to produce a modulated signal, wherein a relationship between the distorted input signal and the modulated signal is non-linear; and a switch mode power amplifier configured for amplifying the modulated signal. an amplitude-phase splitter configured for splitting an input signal into an envelope signal and a phase modulated signal; a pre-distortion unit configured for distorting the envelope signal using a look-up table to produce a distorted envelope signal, wherein the look-up table stores a non-linear mapping of a transformation function, wherein the pre-distortion unit is configured to select a distorted data point of the distorted envelope signal using the LUT, such that a value of the distorted data point transformed with the transformation function is linear to a corresponding data point of the envelope signal, and wherein the LUT is determined using a forward mapping by applying the transformation function to a set of input data points, and wherein the distorted data point is determined by a backward mapping of the data point of the envelope signal by selecting an input to the transformation function corresponding to an output of the transformation function that is equal to the data point of the envelope signal; a digital converter configured for combining the distorted envelope signal with the phase modulated signal to produce a distorted input signal; a pulse width modulator configured for modulating the distorted input signal according to the transformation function to produce a modulated signal, wherein a relationship between the distorted input signal and the modulated signal is non-linear; and a switch mode power amplifier configured for amplifying the modulated signal.
Transfer machine for transferring, in a poultry house, incubated eggs from trays filled with the incubated eggs to a floor of said poultry house, which transfer machine comprises: - a frame that rests on a transport system to drive over the floor of the poultry house; - an input and output system for inserting the trays filled with the incubated eggs into the transfer machine and for removing the emptied trays therefrom; and, - a transfer system for transferring the eggs from the trays that have been inserted into the transfer machine to the floor of the poultry house; which transfer system comprises a set of egg pickup members mounted on a first sub-frame which is mounted at least up and down movably on said frame between an uppermost position and a lowermost position for placing the incubated eggs on the floor of the poultry house by means of the egg pickup members, characterised in that said first sub-frame is mounted up and down movably on a second sub-frame, in that said second sub-frame is mounted back and forth movably on said frame between a first position, wherein the set of egg pickup members is situated above the filled trays that have been inserted, and a second position, wherein the set of egg pickup members is situated above the floor of the poultry house and can move up and down between said uppermost and lowermost positions, and in that at least one guide (33, 34) is provided on said second sub-frame for guiding said first sub-frame up and down along this guide (33, 34). - a frame that rests on a transport system to drive over the floor of the poultry house; - an input and output system for inserting the trays filled with the incubated eggs into the transfer machine and for removing the emptied trays therefrom; and, - a transfer system for transferring the eggs from the trays that have been inserted into the transfer machine to the floor of the poultry house; which transfer system comprises a set of egg pickup members mounted on a first sub-frame which is mounted at least up and down movably on said frame between an uppermost position and a lowermost position for placing the incubated eggs on the floor of the poultry house by means of the egg pickup members, characterised in that said first sub-frame is mounted up and down movably on a second sub-frame, in that said second sub-frame is mounted back and forth movably on said frame between a first position, wherein the set of egg pickup members is situated above the filled trays that have been inserted, and a second position, wherein the set of egg pickup members is situated above the floor of the poultry house and can move up and down between said uppermost and lowermost positions, and in that at least one guide (33, 34) is provided on said second sub-frame for guiding said first sub-frame up and down along this guide (33, 34).