mhurhangee/ep-ind-claims huggingface dataset:
A solar cell, comprising: a first conductive type substrate; an emitter layer of a second conductive type opposite the first conductive type, the emitter layer and the substrate forming a p-n junction; a plurality of front electrodes electrically connected to the emitter layer, at least one of the plurality of front electrodes including a first electrode layer (141a1), and a second electrode layer positioned on an upper surface and a lateral surface of the first electrode layer (141a1); a back electrode electrically connected to the substrate; characterized in that: the at least one of the plurality of front electrodes further includes a plurality of first electrode auxiliaries (141a2) separated from the first electrode layer (141a1), the second electrode layer being positioned on an upper surface and a lateral surface of each of the plurality of first electrode auxiliaries (141a2); wherein the plurality of first electrode auxiliaries (141a2) are residues separated from a first electrode layer pattern forming the first front electrode layer (141a1), and wherein a width of each of the plurality of first electrode auxiliaries (141a2) is smaller than a width of the first front electrode layer (141a1). a first conductive type substrate; an emitter layer of a second conductive type opposite the first conductive type, the emitter layer and the substrate forming a p-n junction; a plurality of front electrodes electrically connected to the emitter layer, at least one of the plurality of front electrodes including a first electrode layer (141a1), and a second electrode layer positioned on an upper surface and a lateral surface of the first electrode layer (141a1); a back electrode electrically connected to the substrate; characterized in that: the at least one of the plurality of front electrodes further includes a plurality of first electrode auxiliaries (141a2) separated from the first electrode layer (141a1), the second electrode layer being positioned on an upper surface and a lateral surface of each of the plurality of first electrode auxiliaries (141a2); wherein the plurality of first electrode auxiliaries (141a2) are residues separated from a first electrode layer pattern forming the first front electrode layer (141a1), and wherein a width of each of the plurality of first electrode auxiliaries (141a2) is smaller than a width of the first front electrode layer (141a1). the at least one of the plurality of front electrodes further includes a plurality of first electrode auxiliaries (141a2) separated from the first electrode layer (141a1), the second electrode layer being positioned on an upper surface and a lateral surface of each of the plurality of first electrode auxiliaries (141a2); wherein the plurality of first electrode auxiliaries (141a2) are residues separated from a first electrode layer pattern forming the first front electrode layer (141a1), and wherein a width of each of the plurality of first electrode auxiliaries (141a2) is smaller than a width of the first front electrode layer (141a1).
A sports event time clock remote control system comprising a game clock and a plurality of sonic generators each adapted to be carried by one of a plurality of officials, in which each of said sonic generators provides a sonic signal when activated by the official carrying it, wherein said system comprises an analysis mechanism to analyze each of said sonic signals to determine which of said officials activated a sonic generator, in which said analysis mechanism converts said sonic signal to a sonic fingerprint signal including multiple harmonics of said sonic signal, characterised in that said analysis mechanism further comprises a storage mechanism that stores prerecorded sonic fingerprint signals of each official, in which said analysis mechanism compares sonic fingerprint signals generated during a sports event with said prerecorded sonic fingerprint signals of each official, and in which said analysis mechanism generates a game clock actuating signal when a sonic fingerprint signal generated during said sports event matches one of said prerecorded sonic fingerprint signals. wherein said system comprises an analysis mechanism to analyze each of said sonic signals to determine which of said officials activated a sonic generator, in which said analysis mechanism converts said sonic signal to a sonic fingerprint signal including multiple harmonics of said sonic signal, characterised in that said analysis mechanism further comprises a storage mechanism that stores prerecorded sonic fingerprint signals of each official, in which said analysis mechanism compares sonic fingerprint signals generated during a sports event with said prerecorded sonic fingerprint signals of each official, and in which said analysis mechanism generates a game clock actuating signal when a sonic fingerprint signal generated during said sports event matches one of said prerecorded sonic fingerprint signals.
A method of sterilizing a rubber article comprising the steps of: a) irradiating a rubber article with ionizing radiation, wherein the rubber article is prepared from a composition comprising butyl rubber and 5 % to 50 % by weight of an elastomeric styrene block copolymer consisting of at least three blocks of two hard polystyrene end blocks and one soft elastomeric midblock selected from polybutadiene and polyisoprene, and wherein 10 % to 90 % of the polydiene midblock double bonds are hydrogenated; and b) exposing the irradiated rubber article to a sterilizing gas for a time period sufficient to sterilize the rubber article, wherein the sterilizing gas is steam. a) irradiating a rubber article with ionizing radiation, wherein the rubber article is prepared from a composition comprising butyl rubber and 5 % to 50 % by weight of an elastomeric styrene block copolymer consisting of at least three blocks of two hard polystyrene end blocks and one soft elastomeric midblock selected from polybutadiene and polyisoprene, and wherein 10 % to 90 % of the polydiene midblock double bonds are hydrogenated; and b) exposing the irradiated rubber article to a sterilizing gas for a time period sufficient to sterilize the rubber article, wherein the sterilizing gas is steam.
A method for use in a station, STA, the method comprising: receiving, from an access point, AP, sounding restricted access window, RAW, information that includes a sounding schedule and a channel indication indicating one or more allowed channels for the STA; receiving, from the AP, during the sounding schedule, a plurality of sounding frames over the one or more allowed channels; receiving, from the AP, a preference indication schedule to report a preferred channel indication; selecting, based on measurements of the plurality of sounding frames, a channel from among the one or more allowed channels; and transmitting, to the AP, based on the preference indication schedule, a report frame that includes the preferred channel indication identifying the channel selected from among the one or more allowed channels. receiving, from an access point, AP, sounding restricted access window, RAW, information that includes a sounding schedule and a channel indication indicating one or more allowed channels for the STA; receiving, from the AP, during the sounding schedule, a plurality of sounding frames over the one or more allowed channels; receiving, from the AP, a preference indication schedule to report a preferred channel indication; selecting, based on measurements of the plurality of sounding frames, a channel from among the one or more allowed channels; and transmitting, to the AP, based on the preference indication schedule, a report frame that includes the preferred channel indication identifying the channel selected from among the one or more allowed channels.
A process for the production of fatty acid esters comprising: (a) subjecting a fatty acid or fatty acid mixture to esterification with a lower alkanol, in an esterification reactor maintained under esterification conditions to form a stream comprising the corresponding lower alkyl ester or esters and recovering same; (b) recovering an overhead stream from the esterification reactor comprising unreacted lower alkanol, water, and a heavy organic content comprising one or more of lower alkyl ester and/or acids; (c) subjecting the recovered overhead stream to distillation in a first distillation column operating under first distillation conditions to separate a portion of the lower alkanol from a stream comprising the water, the remaining lower alkanol and the heavy organic content; (d) recovering the stream comprising the water, the remaining lower alkanol and the heavy organic content; and (e) subjecting the stream comprising the water, the remaining lower alkanol and the heavy organic content to distillation in a second distillation column operating under second distillation conditions to provide an overhead stream comprising lower alkanol and at least a major portion of the heavy organic content and a water stream having a reduced heavy organic and alkanol, content. (a) subjecting a fatty acid or fatty acid mixture to esterification with a lower alkanol, in an esterification reactor maintained under esterification conditions to form a stream comprising the corresponding lower alkyl ester or esters and recovering same; (b) recovering an overhead stream from the esterification reactor comprising unreacted lower alkanol, water, and a heavy organic content comprising one or more of lower alkyl ester and/or acids; (c) subjecting the recovered overhead stream to distillation in a first distillation column operating under first distillation conditions to separate a portion of the lower alkanol from a stream comprising the water, the remaining lower alkanol and the heavy organic content; (d) recovering the stream comprising the water, the remaining lower alkanol and the heavy organic content; and (e) subjecting the stream comprising the water, the remaining lower alkanol and the heavy organic content to distillation in a second distillation column operating under second distillation conditions to provide an overhead stream comprising lower alkanol and at least a major portion of the heavy organic content and a water stream having a reduced heavy organic and alkanol, content.
A wheel weight assembly for use on a vehicle wheel having a wheel disk section with a plurality of weight mounting bores, the wheel weight assembly comprising: an annular starter weight mounted to the wheel disk section, the starter weight having a plurality of mounting bores extending axially therethrough and aligned with the bores of the wheel disk; a plurality of nut members each nut member being received by a corresponding recess surrounding each mounting bore which prevents rotation of the nut member; a plurality of inner bolts each extending through a corresponding one of the mounting bores and into a corresponding one of the nut members thereby attaching the starter weight to the wheel disk section; an annular outer weight having a plurality of attaching bores extending axially therethrough and aligned with the mounting bores of the starter weight; and a plurality of outer attaching bolts, each extending through a corresponding one of the attaching bores and being threadably received by a corresponding one of the nut members, wherein each of the nut members is positioned between the starter weight and the outer weight; the starter weight further including an integral axially projecting centering tab, wherein the outer weight has a corresponding centering recess which receives the centering tab. an annular starter weight mounted to the wheel disk section, the starter weight having a plurality of mounting bores extending axially therethrough and aligned with the bores of the wheel disk; a plurality of nut members each nut member being received by a corresponding recess surrounding each mounting bore which prevents rotation of the nut member; a plurality of inner bolts each extending through a corresponding one of the mounting bores and into a corresponding one of the nut members thereby attaching the starter weight to the wheel disk section; an annular outer weight having a plurality of attaching bores extending axially therethrough and aligned with the mounting bores of the starter weight; and a plurality of outer attaching bolts, each extending through a corresponding one of the attaching bores and being threadably received by a corresponding one of the nut members, wherein each of the nut members is positioned between the starter weight and the outer weight; the starter weight further including an integral axially projecting centering tab, wherein the outer weight has a corresponding centering recess which receives the centering tab.
A flux for a resin flux cored solder or a flux coated solder characterized in that said flux comprises: 5% or more by mass but 15% or less by mass of activator; base materials having a total content equal to or more than 85% by mass but equal to or less than 95% by mass; and optionally any one of a thixotropic agent, solvent and surface active agent or a combination thereof, wherein the base materials consist of: 30% or more by mass but 80% or less by mass of a rosin ester formed of at least one of esterified hydrogenated rosin, esterified acid modified rosin, and esterified polymerized rosin; and one of hydrogenated rosin, acid modified rosin, polymerized rosin, wax and polymer compound or a combination thereof; and wherein the activator consists of one of halogen activator, organic acid and imidazole or a combination of thereof. 5% or more by mass but 15% or less by mass of activator; base materials having a total content equal to or more than 85% by mass but equal to or less than 95% by mass; and optionally any one of a thixotropic agent, solvent and surface active agent or a combination thereof, wherein the base materials consist of: 30% or more by mass but 80% or less by mass of a rosin ester formed of at least one of esterified hydrogenated rosin, esterified acid modified rosin, and esterified polymerized rosin; and one of hydrogenated rosin, acid modified rosin, polymerized rosin, wax and polymer compound or a combination thereof; and 30% or more by mass but 80% or less by mass of a rosin ester formed of at least one of esterified hydrogenated rosin, esterified acid modified rosin, and esterified polymerized rosin; and one of hydrogenated rosin, acid modified rosin, polymerized rosin, wax and polymer compound or a combination thereof; and wherein the activator consists of one of halogen activator, organic acid and imidazole or a combination of thereof.
A device for detecting rotation position of a motor having a field including a permanent magnet, and an armature including coils (21u, 21v, 21w) of three or more phases, said field and said armature relatively rotating, characterized by comprising: a detector that detects whether or not a first line induced voltage (Vun) and a second line induced voltage (Vvn) match each other, said first line induced voltage (Vun) being a potential difference of a first phase potential of phase potentials which said armature outputs due to an induced electromotive force relative to a reference potential, and the second line induced voltage (Vvn) being a potential difference of a second phase potential of said phase potentials other than said first phase potential relative to said reference potential, said reference potential being any one of a minimum phase and a maximum phase; a rotation-position setting unit that sets, to a predetermined value, an estimation value of a rotation position of said motor at a point in time when said first line induced voltage and said second line induced voltage match each other; and a rotation-direction specifying unit that specifies a rotation direction of said motor as a predetermined direction, based on a value of said first line induced voltage or said second line induced voltage at said point in time when said first line induced voltage (Vun) and said second line induced voltage (Vvn) match each other. a detector that detects whether or not a first line induced voltage (Vun) and a second line induced voltage (Vvn) match each other, said first line induced voltage (Vun) being a potential difference of a first phase potential of phase potentials which said armature outputs due to an induced electromotive force relative to a reference potential, and the second line induced voltage (Vvn) being a potential difference of a second phase potential of said phase potentials other than said first phase potential relative to said reference potential, said reference potential being any one of a minimum phase and a maximum phase; a rotation-position setting unit that sets, to a predetermined value, an estimation value of a rotation position of said motor at a point in time when said first line induced voltage and said second line induced voltage match each other; and a rotation-direction specifying unit that specifies a rotation direction of said motor as a predetermined direction, based on a value of said first line induced voltage or said second line induced voltage at said point in time when said first line induced voltage (Vun) and said second line induced voltage (Vvn) match each other.
A printed article in the form of a greeting card, a label, a poster, a point-of-sale display, a postcard, a pamphlet, a book, a magazine, a newspaper, a beer mat, a paper utensil, packaging, a folder or a board game, the printed article comprising: a substrate; indicia printed on a face of the substrate to be read by a user of the printed article; at least two touch- or proximity-sensitive switches provided by conductive pads printed on the substrate on the same or opposite face of the substrate; a processor supported on a printed circuit board which is mounted on the substrate, the processor configured, in response to actuation of switch(es), to generate and output an electrical signal carrying encoded data generated in dependence on the identity of one or more switches actuated; a set of conductive tracks formed on the substrate for connecting the switch(es) to the processor; and a speaker configured to convert the electrical signal into an acoustic audio frequency signal. a substrate; indicia printed on a face of the substrate to be read by a user of the printed article; at least two touch- or proximity-sensitive switches provided by conductive pads printed on the substrate on the same or opposite face of the substrate; a processor supported on a printed circuit board which is mounted on the substrate, the processor configured, in response to actuation of switch(es), to generate and output an electrical signal carrying encoded data generated in dependence on the identity of one or more switches actuated; a set of conductive tracks formed on the substrate for connecting the switch(es) to the processor; and a speaker configured to convert the electrical signal into an acoustic audio frequency signal.
A motor comprising: a vibrator; a pressing member that presses the vibrator onto a contacting member in contact with the vibrator; a transmission member that transmits pressing force by the pressing member to the vibrator; a first holding member that holds the vibrator; a second holding member that holds the transmission member; and a coupling member that couples the first and second holding members (105, 107), characterized in that the vibrator and the contacting member move relatively by vibrations that occur in the vibrator, the coupling member includes a rolling member (108a, 108b) that relatively moves the first and second holding members (105, 107) in a pressing direction of the pressing member, and an urging member that urges the first and second holding members (105, 107) in parallel with a relative moving direction of the vibrator and the contacting member, the urging member is held by the second holding member, and the rolling member (108a, 108b) is sandwiched between the first and second holding members (105, 107), and abuts against the first holding member on a center side of the vibrator, a center side being a side approaching a center of the vibrator in the moving direction, in the relative moving direction of the vibrator and the contacting member and abuts against the second holding member or the urging member on an external side opposite to the center side of the vibrator. a vibrator; a pressing member that presses the vibrator onto a contacting member in contact with the vibrator; a transmission member that transmits pressing force by the pressing member to the vibrator; a first holding member that holds the vibrator; a second holding member that holds the transmission member; and a coupling member that couples the first and second holding members (105, 107), characterized in that the vibrator and the contacting member move relatively by vibrations that occur in the vibrator, the coupling member includes a rolling member (108a, 108b) that relatively moves the first and second holding members (105, 107) in a pressing direction of the pressing member, and an urging member that urges the first and second holding members (105, 107) in parallel with a relative moving direction of the vibrator and the contacting member, the urging member is held by the second holding member, and the rolling member (108a, 108b) is sandwiched between the first and second holding members (105, 107), and abuts against the first holding member on a center side of the vibrator, a center side being a side approaching a center of the vibrator in the moving direction, in the relative moving direction of the vibrator and the contacting member and abuts against the second holding member or the urging member on an external side opposite to the center side of the vibrator.
Folding cover for a roof area of a machine, comprising a cover surface comprising a material panel which has folding edges provided for forming internal folds and external folds in alternation each with a fold section (5a,5b) inbetween, wherein the cover surface is connected to support profiles which are supported in each case at the ends in displaceable manner on opposing guide strips (7a, 7b), whereby the extended length of the cover surface (20 can be changed by changing an angle (a) included in each case between two fold sections (5a, 5b), characterised in that the cover surface is connected to the support profiles via at least some of its fold sections (5a, 5b), wherein a connecting region between a support profile and a fold section (5a, 5b), delimited by two folding edges, is situated in each case between these folding edges.