mhurhangee/ep-ind-claims huggingface dataset:
A device for closing a door with priority opening for a door leaf of a motor vehicle, including: - a bolt which is pivotally mounted on a frame about an axis between at least one closed position in which the bolt is intended to cooperate with a striker and an open position in which the bolt is intended to release the striker, - a drive lever of the bolt which is pivotally mounted on the frame and which is adapted to drive the bolt in pivoting at least towards its closed position, - a drive cable which extends from an output end which is connected on the drive lever of the bolt, up to an input end which is adapted to be connected on an actuator, the cable being intended to be pulled by the actuator to drive the bolt into the closed position thereof, - a curvy sheath which houses the cable and which extends from an output sheath stop to an input sheath stop, - a declutching member which carries the output sheath stop and which is designed so as to occupy a force transmission state in which the declutching member is immobilized on the frame, so that the drive cable is capable of driving the bolt in displacement, and a declutched state in which the declutching member and the output sheath stop are free to move relative to the frame, so that the drive cable is no longer capable of driving the bolt in displacement, and - a control element which is movably mounted on the frame between a blocking position in which the control element blocks the declutching member in the transmission state thereof, and an unblocking position in which the control element releases the declutching member. - a bolt which is pivotally mounted on a frame about an axis between at least one closed position in which the bolt is intended to cooperate with a striker and an open position in which the bolt is intended to release the striker, - a drive lever of the bolt which is pivotally mounted on the frame and which is adapted to drive the bolt in pivoting at least towards its closed position, - a drive cable which extends from an output end which is connected on the drive lever of the bolt, up to an input end which is adapted to be connected on an actuator, the cable being intended to be pulled by the actuator to drive the bolt into the closed position thereof, - a curvy sheath which houses the cable and which extends from an output sheath stop to an input sheath stop, - a declutching member which carries the output sheath stop and which is designed so as to occupy a force transmission state in which the declutching member is immobilized on the frame, so that the drive cable is capable of driving the bolt in displacement, and a declutched state in which the declutching member and the output sheath stop are free to move relative to the frame, so that the drive cable is no longer capable of driving the bolt in displacement, and - a control element which is movably mounted on the frame between a blocking position in which the control element blocks the declutching member in the transmission state thereof, and an unblocking position in which the control element releases the declutching member.
A method for detecting a target nucleic acid in a sample comprising: (a) contacting the sample with a first target-specific primer complementary to a first region on a first strand of the target nucleic acid, a target-specific probe complementary to a second region on the first strand of the target nucleic acid downstream of the first region, and a second target-specific primer complementary to a region on a second strand of the target nucleic acid under conditions suitable for hybridization of the target nucleic acid with the first target-specific primer, the target-specific probe and the second target-specific primer, wherein the target-specific probe comprises a quencher and wherein the 3' end of the target-specific probe comprises a modification to prevent polymerase extension of the probe; (b) performing a polymerase chain reaction with a nucleic acid polymerase having exonuclease activity; (c) cleaving the hybridized target-specific probe by extension of the target-specific primer with said nucleic acid polymerase to release the quencher from the target-specific probe; (d) hybridizing any remaining target-specific probe to a reporter probe that is complementary to the target-specific probe, said reporter probe comprising a reporter and being attached to a solid support, wherein the reporter is a fluorophore; and (e) detecting the target nucleic acid by detecting a change in signal from the reporter in association with the solid support; wherein the hybridization temperature of the target-specific probe for the target nucleic acid molecule is higher than the hybridization temperature of the target-specific probe for the reporter probe. (a) contacting the sample with a first target-specific primer complementary to a first region on a first strand of the target nucleic acid, a target-specific probe complementary to a second region on the first strand of the target nucleic acid downstream of the first region, and a second target-specific primer complementary to a region on a second strand of the target nucleic acid under conditions suitable for hybridization of the target nucleic acid with the first target-specific primer, the target-specific probe and the second target-specific primer, wherein the target-specific probe comprises a quencher and wherein the 3' end of the target-specific probe comprises a modification to prevent polymerase extension of the probe; (b) performing a polymerase chain reaction with a nucleic acid polymerase having exonuclease activity; (c) cleaving the hybridized target-specific probe by extension of the target-specific primer with said nucleic acid polymerase to release the quencher from the target-specific probe; (d) hybridizing any remaining target-specific probe to a reporter probe that is complementary to the target-specific probe, said reporter probe comprising a reporter and being attached to a solid support, wherein the reporter is a fluorophore; and (e) detecting the target nucleic acid by detecting a change in signal from the reporter in association with the solid support;
A liquid ejecting head configured to eject liquid through an ejection port to a medium that makes a relative movement, the liquid ejecting head comprising: a recovering unit capable of recovering mist generated together with a main droplet of liquid to be ejected downstream with respect to the relative movement of the medium and at a position that the recovering unit can face the medium, the recovering unit including: a recovering portion disposed upstream with respect to the relative movement of the medium so as to recover the mist; and a blowing port that is disposed downstream of the relative movement of the medium with respect to the recovering portion and can blow gas, characterized in that at the recovering unit, a recess having a ceiling surface capable of facing the medium is formed between the recovering portion and the blowing port at a distance longer than a distance between an ejection port surface and the medium in a case where the ejection port surface having the ejection port of the liquid ejecting head faces the medium, and the recovering portion and the blowing port are disposed inside of the recess. a recovering unit capable of recovering mist generated together with a main droplet of liquid to be ejected downstream with respect to the relative movement of the medium and at a position that the recovering unit can face the medium, the recovering unit including: a recovering portion disposed upstream with respect to the relative movement of the medium so as to recover the mist; and a blowing port that is disposed downstream of the relative movement of the medium with respect to the recovering portion and can blow gas, characterized in that at the recovering unit, a recess having a ceiling surface capable of facing the medium is formed between the recovering portion and the blowing port at a distance longer than a distance between an ejection port surface and the medium in a case where the ejection port surface having the ejection port of the liquid ejecting head faces the medium, and the recovering portion and the blowing port are disposed inside of the recess.
A biological filter system comprising: a filter membrane, the filter membrane having a top surface and a bottom surface; a border having an upwardly extending sidewall circumscribing the filter membrane, the sidewall having a groove formed therein; and a cover having a central portion and a flange circumscribing the central portion, the flange including a downwardly extending sidewall and a lip portion configured to matingly engage the groove; characterized in that the filter membrane and the border are each formed from material that is configured to be sectioned for mounting on a slide for analysis on a microscope. a filter membrane, the filter membrane having a top surface and a bottom surface; a border having an upwardly extending sidewall circumscribing the filter membrane, the sidewall having a groove formed therein; and a cover having a central portion and a flange circumscribing the central portion, the flange including a downwardly extending sidewall and a lip portion configured to matingly engage the groove;
A composition comprising: an ethylene (meth)acrylic acid copolymer, wherein at least a portion of the carboxylic acid groups in the (meth)acrylic acid component are neutralized; and an anti-fouling agent, wherein the ratio of the ethylene to (meth)acrylic acid in the copolymer is between 50:50 and 90:10. an ethylene (meth)acrylic acid copolymer, wherein at least a portion of the carboxylic acid groups in the (meth)acrylic acid component are neutralized; and an anti-fouling agent, wherein the ratio of the ethylene to (meth)acrylic acid in the copolymer is between 50:50 and 90:10.
A water-soluble film comprising a mixture of a water-soluble polyvinyl alcohol and a plasticizer blend comprising glycerol, sorbitol, and 2-methyl-1,3-propanediol, wherein (i) the plasticizer blend is present in an amount of at least 25 parts per one hundred parts water-soluble polyvinyl alcohol and the water-soluble polyvinyl alcohol comprises an anionic group modified polyvinyl alcohol; or (ii) the plasticizer blend is present in an amount of at least 20 PHR, and the individual components are 6.0 PHR ≤ glycerol ≤ 13.5 PHR; 1.0 PHR ≤ sorbitol ≤ 5.0 PHR; and 10.0 PHR ≤ 2-methyl-1,3-propanediol ≤ 15.0 PHR. (i) the plasticizer blend is present in an amount of at least 25 parts per one hundred parts water-soluble polyvinyl alcohol and the water-soluble polyvinyl alcohol comprises an anionic group modified polyvinyl alcohol; or (ii) the plasticizer blend is present in an amount of at least 20 PHR, and the individual components are 6.0 PHR ≤ glycerol ≤ 13.5 PHR; 1.0 PHR ≤ sorbitol ≤ 5.0 PHR; and 10.0 PHR ≤ 2-methyl-1,3-propanediol ≤ 15.0 PHR. 6.0 PHR ≤ glycerol ≤ 13.5 PHR; 1.0 PHR ≤ sorbitol ≤ 5.0 PHR; and 10.0 PHR ≤ 2-methyl-1,3-propanediol ≤ 15.0 PHR.
Image processing apparatus, for use in conjunction with an image display device, the image processing apparatus comprising; a memory for storing data, including a first image data structure, the first image data structure including a first array of wavelet or wavelet-like transform coefficients corresponding to a full resolution image; a data processor coupled to the memory; a multiresolution image management procedure, executable by the data processor, including instructions for generating an image at any of a plurality of selectable resolution levels, the instructions including; image reconstruction instructions for applying an inverse wavelet or wavelet-like transform to a specified set of image data so as to generate image data for displaying a corresponding image on the image display device; characterised in that the multiresolution image management procedure includes: image data extraction instructions, for use when an image resolution level lower than full resolution and higher than a thumbnail resolution is selected, wherein the image data extraction instructions generate a second image data structure (90, 202, 204) from the first image data structure by extracting a subset of the wavelet or wavelet-like transform coefficients from the first array and storing the extracted subset in a second array in the second image data structure (90, 202, 204) without modification of the extracted coefficients; wherein the image reconstruction instructions operate on the second image data structure (90, 202, 204) when the image resolution level lower than full resolution is selected and operate on the first image data structure when a full image resolution is selected. image data extraction instructions, for use when an image resolution level lower than full resolution and higher than a thumbnail resolution is selected, wherein the image data extraction instructions generate a second image data structure (90, 202, 204) from the first image data structure by extracting a subset of the wavelet or wavelet-like transform coefficients from the first array and storing the extracted subset in a second array in the second image data structure (90, 202, 204) without modification of the extracted coefficients; wherein the image reconstruction instructions operate on the second image data structure (90, 202, 204) when the image resolution level lower than full resolution is selected and operate on the first image data structure when a full image resolution is selected.
A metal air battery comprising: a first battery cell module which generates electricity by oxidation of a metal and reduction of oxygen; a second battery cell module in fluid-communication with the first battery cell module and which generates electricity by oxidation of a metal and reduction of oxygen; and an air purifier in fluid-communication with the second battery cell module, wherein: the air purifier purifies external air to supply first purified air to the second battery cell module, and the second battery cell module supplies second purified air generated by the oxidation of the metal and the reduction of the oxygen to the first battery cell module. a first battery cell module which generates electricity by oxidation of a metal and reduction of oxygen; a second battery cell module in fluid-communication with the first battery cell module and which generates electricity by oxidation of a metal and reduction of oxygen; and an air purifier in fluid-communication with the second battery cell module, wherein: the air purifier purifies external air to supply first purified air to the second battery cell module, and the second battery cell module supplies second purified air generated by the oxidation of the metal and the reduction of the oxygen to the first battery cell module. the air purifier purifies external air to supply first purified air to the second battery cell module, and the second battery cell module supplies second purified air generated by the oxidation of the metal and the reduction of the oxygen to the first battery cell module.
A dental model comprising: a gum portion in which an insertion hole (20b, 241) with an opening into which a model tooth is to be inserted is provided; and a lid portion (13b, 13f) provided on an oral side or an extra-oral side of the insertion hole in the gum portion, wherein the lid portion (13b, 13f) constitutes a part of the gum portion in a closed state, and exposes at least a part of a root portion of the model tooth in an opened state, and wherein the lid portion (13b, 13f) is configured to be opened and closed relative to the gum portion, characterized in that when the lid portion (13b, 13f) is closed, the rim of the opening of the insertion hole is formed by rims present on the gum portion and the lid portion (13b, 13f), and both ends of the gum portion and the lid portion (13b, 13f) rims meet to form a recess into which the model tooth is placed, and the lid portion (13b, 13f) is held with respect to the gum portion in a swingable manner between in the closed state and in the opened state. a gum portion in which an insertion hole (20b, 241) with an opening into which a model tooth is to be inserted is provided; and a lid portion (13b, 13f) provided on an oral side or an extra-oral side of the insertion hole in the gum portion, wherein the lid portion (13b, 13f) constitutes a part of the gum portion in a closed state, and exposes at least a part of a root portion of the model tooth in an opened state, and wherein the lid portion (13b, 13f) is configured to be opened and closed relative to the gum portion, characterized in that when the lid portion (13b, 13f) is closed, the rim of the opening of the insertion hole is formed by rims present on the gum portion and the lid portion (13b, 13f), and both ends of the gum portion and the lid portion (13b, 13f) rims meet to form a recess into which the model tooth is placed, and the lid portion (13b, 13f) is held with respect to the gum portion in a swingable manner between in the closed state and in the opened state.
An aqueous cleaning composition including a composition used as solvent in said aqueous cleaning composition, wherein the composition used as solvent comprises: (a) at least one alkyl 3-hydroxybutyrate defined by formula: (b) one or more additional component selected from the group consisting of - (i) an butyl alkanoate defined by formula: (ii) a dimer and/or trimer of said alkyl 3-hydroxybutyrate; and (iii) an alkyl acetate defined by formula: wherein R1 is an alkyl group selected from n-butyl, wherein R1 is the same for each of the components defined by formulas,, and; wherein said aqueous cleaning composition further includes a surfactant. (a) at least one alkyl 3-hydroxybutyrate defined by formula: (b) one or more additional component selected from the group consisting of - (i) an butyl alkanoate defined by formula: (ii) a dimer and/or trimer of said alkyl 3-hydroxybutyrate; and (iii) an alkyl acetate defined by formula: wherein R1 is an alkyl group selected from n-butyl, wherein R1 is the same for each of the components defined by formulas,, and; wherein said aqueous cleaning composition further includes a surfactant. (i) an butyl alkanoate defined by formula: (ii) a dimer and/or trimer of said alkyl 3-hydroxybutyrate; and (iii) an alkyl acetate defined by formula: wherein R1 is an alkyl group selected from n-butyl, wherein R1 is the same for each of the components defined by formulas,, and; wherein said aqueous cleaning composition further includes a surfactant.
A method for producing a component based on a plurality of transistors on a substrate comprising an active area and an electrical isolation area, each transistor of the plurality of transistors comprising a gate and spacers on either side of the gate, the electrical isolation area comprising at least one cavity formed as a hollow between a spacer of a first transistor of the plurality of transistors and a spacer of a second transistor of the plurality of transistors, said first transistor and second transistor being adjacent, the method comprising: - forming the gates of the transistors, - forming the spacers, and - forming a mechanically constraining layer for the transistors, - after forming the spacers and before forming the mechanically constraining layer, a filling configured to at least partially fill with a filling material the at least one cavity within the electrical isolation area, between the spacer of the first transistor and the spacer of the second transistor, the method further comprising: - at least one technological step subsequent to the filling and involving consumption of the material, called dielectric material, of the at least one electrical isolation area at exposed portions of the at least one electrical isolation area, said filling material being based on a carbon material configured not to be consumed during the at least one technological step involving a consumption of the dielectric material, thus limiting or eliminating the consumption of the dielectric material, the method being characterised in that said filling material is removed before a high temperature heat treatment taken from a diffusion anneal and an activation anneal. - forming the gates of the transistors, - forming the spacers, and - forming a mechanically constraining layer for the transistors, - after forming the spacers and before forming the mechanically constraining layer, a filling configured to at least partially fill with a filling material the at least one cavity within the electrical isolation area, between the spacer of the first transistor and the spacer of the second transistor, the method further comprising: - at least one technological step subsequent to the filling and involving consumption of the material, called dielectric material, of the at least one electrical isolation area at exposed portions of the at least one electrical isolation area, - at least one technological step subsequent to the filling and involving consumption of the material, called dielectric material, of the at least one electrical isolation area at exposed portions of the at least one electrical isolation area, said filling material being based on a carbon material configured not to be consumed during the at least one technological step involving a consumption of the dielectric material, thus limiting or eliminating the consumption of the dielectric material, the method being characterised in that said filling material is removed before a high temperature heat treatment taken from a diffusion anneal and an activation anneal.
Method for the diagnosis of a catalyst for the selective reduction of nitrogen oxides fitted to the exhaust of a motor vehicle internal combustion engine comprising at least: - a stage of determination of the effectiveness (ε) of treatment of the catalyst by comparison of the amounts of nitrogen oxides upstream and downstream of the said catalyst, - a stage of comparison of the said effectiveness (ε) with a first effectiveness threshold (ε 1), - a stage in which the catalyst is considered as failing when the said effectiveness (ε) is less than the said first threshold (ε 1), the said method being characterized in that it comprises at least stages in which: - the said effectiveness (ε) is compared with a second threshold (ε 2) greater than said first threshold (ε 1), - when the said effectiveness (ε) is greater than the said second threshold (ε 2), the catalyst is considered as non-failing, - when the said effectiveness (ε) is less than the said second threshold (ε 2), the state of failure of the catalyst is considered as indeterminate, and then the ammonia storage capacity is determined, - the said ammonia storage capacity obtained is compared with a capacity threshold (ASC t), - the catalyst is considered as failing when the said storage capacity is less than the said capacity threshold (ASC t), - the catalyst is considered as non-failing when the said storage capacity is greater than the said capacity threshold (ASC t). - a stage of determination of the effectiveness (ε) of treatment of the catalyst by comparison of the amounts of nitrogen oxides upstream and downstream of the said catalyst, - a stage of comparison of the said effectiveness (ε) with a first effectiveness threshold (ε 1), - a stage in which the catalyst is considered as failing when the said effectiveness (ε) is less than the said first threshold (ε 1), - the said effectiveness (ε) is compared with a second threshold (ε 2) greater than said first threshold (ε 1), - when the said effectiveness (ε) is greater than the said second threshold (ε 2), the catalyst is considered as non-failing, - when the said effectiveness (ε) is less than the said second threshold (ε 2), the state of failure of the catalyst is considered as indeterminate, and then the ammonia storage capacity is determined, - the said ammonia storage capacity obtained is compared with a capacity threshold (ASC t), - the catalyst is considered as failing when the said storage capacity is less than the said capacity threshold (ASC t), - the catalyst is considered as non-failing when the said storage capacity is greater than the said capacity threshold (ASC t).