mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising plural pixel electrodes arranged in a matrix, a switching element connected with a pixel electrode, a scanning electrode, a picture signal electrode, an opposite electrode forming a capacitance with the pixel electrode, and a storage capacitance between the pixel electrode and the scanning electrode (G(n-1)) that is preceding the scanning electrode (G(n)) for the pixel including the storage capacitance; capacitance elements connected with the pixel electrode, including a gate-drain inter-electrode capacitance of the switching element and the storage capacitance, have a different value according to the distance from a power feeding edge of the scanning electrode, wherein, both the gate-drain inter-electrode capacitance and the storage capacitance increase from the power feeding edge of the scanning electrode; characterized in that when all capacitance connected with the pixel electrode in a pixel is denoted as Ctot, the gate-drain inter-electrode capacitance of the switching element is denoted as Cgd, the storage capacitance is denoted as Cst, a first capacitance ratio αgd shown by αgd = Cgd / Ctot increases continuously or in stages from the power feeding edge of the scanning electrode.
A screening device comprising a screen cloth for separating a screened fraction from source material, a perforated support structure (110, 111) for supporting the screen cloth, an outlet for the screened fraction, an inlet for compressed air, a declogging nozzle (136, 137), and an air conduit (130, 131) extending between said inlet and said declogging nozzle (136, 137) configured to direct a flow of compressed air from the inlet against the screen cloth, wherein said perforated support structure (110, 111) and said screen cloth are rotatable in relation to said inlet, said air conduit (130, 131) and said declogging nozzle (136, 137), that are stationary, wherein the screening device is characterized in that the screen cloth is outside the perforated support structure (110, 111) and the declogging nozzle (136, 137) is inside the perforated support structure (110, 111). a screen cloth for separating a screened fraction from source material, a perforated support structure (110, 111) for supporting the screen cloth, an outlet for the screened fraction, an inlet for compressed air, a declogging nozzle (136, 137), and an air conduit (130, 131) extending between said inlet and said declogging nozzle (136, 137) configured to direct a flow of compressed air from the inlet against the screen cloth, wherein said perforated support structure (110, 111) and said screen cloth are rotatable in relation to said inlet, said air conduit (130, 131) and said declogging nozzle (136, 137), that are stationary, wherein the screening device is characterized in that the screen cloth is outside the perforated support structure (110, 111) and the declogging nozzle (136, 137) is inside the perforated support structure (110, 111).
An adjustable torque hinge comprising a hinge unit having a first wing plate, a second wing plate, a first sleeve and a second sleeve, the first wing plate including first sleeve knuckles, the second wing plate including second sleeve knuckles, the first and second sleeve knuckles (211, 221) being coupled together, the first sleeve being sleeved in the first and second sleeve knuckles (211, 221), and an outer periphery of the first sleeve being connected co-movably to the second sleeve knuckles, wherein the first sleeve has an inner wall surrounding a first cam, wherein the outer periphery of the first sleeve includes an engaging surface fitted in the second sleeve knuckles, and wherein the hinge unit further includes a stop pin extending through one of the second sleeve knuckles to fix the first sleeve relative to the second sleeve knuckles; the adjustable torque hinge further comprising a torque providing unit having a movable pivot extending through the first and second sleeve knuckles (211, 221), and a torque spring sleeved on the pivot, an outer periphery of the pivot being connected co-movably to the first sleeve knuckles of the first wing plate, the torque spring having a first end working on the pivot; and wherein the adjustable torque hinge further comprising a torque adjusting unit having a movable torque adjustment member set within the first sleeve, and a second spring on the torque adjustment member, the torque adjustment member having an outer periphery that is provided with a second cam cooperating with the first cam of the first sleeve and an inner side having the second spring inserted therein, the second spring biasing resiliently the torque adjustment member to couple the second cam to the first cam, an outer end of the torque adjustment member being formed with an adjustment hole for a driving operation of a tool, the torque spring further having a second end that works on the torque adjustment member such that when the torque adjustment member is driven by the tool to drive the second cam to rotate in a certain direction, the first cam and the second cam are uncoupled from each other and when the tool is released from the torque adjustment member, the first and second cams (233, 421) are re-coupled with each other to secure the torque adjustment member in an adjusted position.
A sealing machine for sealing a sealing material by heating a fin of a sealing material wrapped around a product, the sealing machine comprising, in a transport direction of a sealing material, a pair of tracking rollers for tensioning a sealing material and a pair of heating rollers for sealing a sealing material by applying heat to a fin moved between the pair of heating rollers, wherein the pair of tracking rollers and the pair of heating rollers are driven independently, characterized in that the sealing machine comprises, downstream of the pair of tracking rollers, a second pair of heating rollers, wherein the second pair of heating rollers can be disabled so as to not contact a fin moved between the second pair of heating rollers.
A single chain insulin analog comprising an A chain, a B chain and a linking moiety, wherein said linking moiety comprises a peptide of 18 amino acids that covalently links the carboxy terminus of the B chain to the amino terminus of the A chain to form a contiguous amino acid chain, with the proviso that the linking moiety does not comprise an 18 amino acid sequence that is identical to an 18 amino acid sequence of SEQ ID NO: 53 directly linked to the carboxy terminus of the B chain, said B chain comprises the sequence R 22 -X 25 LCGX 29 X 30 LVX 33 X 34 LYLVCGX 41 X 42 GFX 45 (SEQ ID NO: 17); said A chain comprises the sequence GIVX 4 X 5 CCX 8 X 9 X 10 CX 12 LX 14 X 15 LX 17 X 18 X 19 CX 21 -R 13 (SEQ ID NO: 18), wherein X 4 is glutamic acid or aspartic acid; X 5 is glutamine or glutamic acid X 8 is histidine threonine or phenylalanine; X 9 is serine, arginine, lysine, ornithine or alanine; X 10 is isoleucine or serine; X 12 is serine or aspartic acid; X 14 is tyrosine, arginine, lysine, ornithine or alanine; X 15 is glutamine, glutamic acid, arginine, alanine, lysine, ornithine or leucine; X 17 is glutamic acid, or glutamine; X 18 is methionine, asparagine, glutamine, aspartic acid, glutamic acid or threonine; X 19 is tyrosine, 4-methoxy-phenylalanine or 4-amino phenylalanine; X 21 is selected from the group consisting of alanine, glycine, serine, valine, threonine, isoleucine, leucine, glutamine, glutamic acid, asparagine, aspartic acid, histidine, tryptophan, tyrosine, and methionine; X 25 is histidine or threonine; X 29 is selected from the group consisting of alanine, glycine and serine; X 30 is selected from the group consisting of histidine, aspartic acid, glutamic acid, homocysteic acid and cysteic acid; X 33 is selected from the group consisting of aspartic acid, glutamine and glutamic acid; X 34 is selected from the group consisting of alanine and threonine; X 41 is selected from the group consisting of glutamic acid, aspartic acid or asparagine; X 42 is selected from the group consisting of alanine, ornithine, lysine and arginine; X 45 is tyrosine; R 22 is selected from the group consisting of AYRPSE (SEQ ID NO: 11), FVNQ (SEQ ID NO: 10), PGPE (SEQ ID NO: 9), a tripeptide glycine-proline-glutamic acid, a tripeptide valine-asparagine-glutamine, a dipeptide proline-glutamic acid, a dipeptide asparagine-glutamine, glutamine, glutamic acid and an N-terminal amine; and R 13 is COOH or CONH 2; and said linking moiety comprises i) the sequence SSSSX 50 APPPSLPSPSRLPGPSDTPILPQX 51 (SEQ ID NO: 66), wherein X 50 and X 51 are independently selected from arginine and lysine; or ii) a sequence that differs from SEQ ID NO: 64 by 1 to 6 amino acid substitutions. i) the sequence SSSSX 50 APPPSLPSPSRLPGPSDTPILPQX 51 (SEQ ID NO: 66), wherein X 50 and X 51 are independently selected from arginine and lysine; or ii) a sequence that differs from SEQ ID NO: 64 by 1 to 6 amino acid substitutions.
Coupling element for electrically and mechanically connecting two abutting cable duct sections, comprising an approximately rectangular base plate with at least one earthing lug which, with reference to a possible mounting position of the coupling element in a duct lower part, is formed on the end side of the base plate, and a supporting leg which is suitable for cooperating with a guide rib of a duct lower part and is angled with reference to the stated mounting position towards the duct centre and is formed with respect to this mounting position at the head end of the base plate, characterized in that, with reference to the stated mounting position, at least one contact strip, which is offset with respect to the base plate with reference to the stated mounting position towards the duct centre, is formed at the foot end of the base plate and has at least one contact arm which is angled laterally towards the duct outer side in the stated mounted position and on whose underside a cutting edge is formed.
A light emitting device comprising: a substrate including a plurality of convex portions; a first semiconductor layer disposed on the top surface of the substrate; a plurality of first pits disposed in a top surface of the first semiconductor layer and overlapped with the convex portions; a plurality of second pits disposed in the top surface of the first semiconductor layer and disposed in regions between the convex portions; a first metallic compound provided in the first pits and contacted with upper portions of the convex portions; a second metallic compound provided in the second pits; a second semiconductor layer disposed on the first semiconductor layer; and a light emitting structure disposed on the second semiconductor layer, wherein the light emitting structure comprises a first conductive semiconductor layer on the second semiconductor layer, an active layer on the first conductive semiconductor layer, and a second conductive semiconductor layer on the active layer, wherein the first and second metallic compounds (123, 124) include at least one of an insulating material, a light transparent material, a metallic material and a metallic oxide. a substrate including a plurality of convex portions; a first semiconductor layer disposed on the top surface of the substrate; a plurality of first pits disposed in a top surface of the first semiconductor layer and overlapped with the convex portions; a plurality of second pits disposed in the top surface of the first semiconductor layer and disposed in regions between the convex portions; a first metallic compound provided in the first pits and contacted with upper portions of the convex portions; a second metallic compound provided in the second pits; a second semiconductor layer disposed on the first semiconductor layer; and a light emitting structure disposed on the second semiconductor layer, wherein the light emitting structure comprises a first conductive semiconductor layer on the second semiconductor layer, an active layer on the first conductive semiconductor layer, and a second conductive semiconductor layer on the active layer, wherein the first and second metallic compounds (123, 124) include at least one of an insulating material, a light transparent material, a metallic material and a metallic oxide.
An air fan comprising a rotor coupling, said coupling including: a first member rotatable about a first axis of rotation; a second member integral with a hub of an air displacement rotor, said second member being in angularly variable engagement with said first member for allowing said second member and said hub to rotate about a second axis of rotation; and at least one torque pin for engagement with at least one elongate recess for transmitting torque between said first and second members, wherein said first and second axes of rotation are freely angularly variable with respect to each other upon rotation of said air displacement rotor such that said rotor is self-balancing during air displacement. a first member rotatable about a first axis of rotation; a second member integral with a hub of an air displacement rotor, said second member being in angularly variable engagement with said first member for allowing said second member and said hub to rotate about a second axis of rotation; and at least one torque pin for engagement with at least one elongate recess for transmitting torque between said first and second members, wherein said first and second axes of rotation are freely angularly variable with respect to each other upon rotation of said air displacement rotor such that said rotor is self-balancing during air displacement.
The cosmetic, non-therapeutic use of (a) sodium chloride in agents for oxidative dyeing and/or oxidative lightening of keratin fibers for reducing the damage to the keratin fibers caused by the application of the agents, characterized - in that the agents contain hydrogen peroxide as an oxidizing agent (d) and - in that the agents contain sodium chloride (a) and hydrogen peroxide (d) in a weight ratio (a)/(d) of from 2:1 to 1:10, based on the total weight of the ready-to-apply agents. (a) sodium chloride in agents for oxidative dyeing and/or oxidative lightening of keratin fibers for reducing the damage to the keratin fibers caused by the application of the agents, characterized - in that the agents contain hydrogen peroxide as an oxidizing agent (d) and - in that the agents contain sodium chloride (a) and hydrogen peroxide (d) in a weight ratio (a)/(d) of from 2:1 to 1:10, based on the total weight of the ready-to-apply agents. - in that the agents contain hydrogen peroxide as an oxidizing agent (d) and - in that the agents contain sodium chloride (a) and hydrogen peroxide (d) in a weight ratio (a)/(d) of from 2:1 to 1:10, based on the total weight of the ready-to-apply agents.
A sachet with at least two compartments (5, 7), comprising: - a first compartment, containing a composition, - a second compartment, of smaller capacity than the first, containing the same composition, the first and second compartments being made by welding two sheets (2, 3) on one another, the compartments being separated by a weld line, the sheets (2, 3) each extending continuously on either side of the weld line for the entire length of the latter, from one compartment to the other, characterized in that the capacity C1 of the first compartment is in the range from 10 to 200 ml, the capacity C2 of the second compartment is in the range from 0.2 to 10 ml, and 0.0075 ≤ C2/C1 ≤ 0.1. - a first compartment, containing a composition, - a second compartment, of smaller capacity than the first, containing the same composition,
A method comprising: starting, by a wireless device, a timer for sidelink discontinuous reception based on an SL slot offset for a sidelink, wherein the SL slot offset is determined based on: a timing parameter of the wireless device; and an SL DRX slot offset for a link with a base station; and receiving one or more transport blocks while the timer is running. a timing parameter of the wireless device; and an SL DRX slot offset for a link with a base station; and receiving one or more transport blocks while the timer is running.
An apparatus for filling a drink comprising: a filling machine for filling a container with the drink; a drink supply pipe line for supplying a drink to the filling machine; a CIP and SIP treatments apparatus for performing CIP, Cleaning in Place, and SIP,Sterilizing in Place, for the drink supply pipe line and the filling machine; an aseptic chamber surrounding at least the filling machine; and a COP and SOP treatment apparatus for performing COP,Cleaning out of Place, and SOP,Sterilizing out of Place, for the aseptic chamber, and characterized in that the CIP and SIP treatments apparatus and the COP and SOP treatment apparatus have means which allow that they are driven in parallel with each other. a filling machine for filling a container with the drink; a drink supply pipe line for supplying a drink to the filling machine; a CIP and SIP treatments apparatus for performing CIP, Cleaning in Place, and SIP,Sterilizing in Place, for the drink supply pipe line and the filling machine; an aseptic chamber surrounding at least the filling machine; and a COP and SOP treatment apparatus for performing COP,Cleaning out of Place, and SOP,Sterilizing out of Place, for the aseptic chamber, and characterized in that the CIP and SIP treatments apparatus and the COP and SOP treatment apparatus have means which allow that they are driven in parallel with each other.
A gas turbine engine comprising: a nacelle; an engine core received within the nacelle and defining a principal rotational axis along its length, the engine core and the nacelle defining a bypass passage therebetween; and a cooling system comprising a cooling duct that defines an inlet for receiving bypass air from the bypass passage at an upstream location and an outlet for discharging the bypass air at a downstream location back into the bypass passage, and extends, relative to the principal rotational axis, both axially and circumferentially around a section of the engine core; the cooling duct comprises: a first portion that extends at least axially relative to the principal rotational axis; a second portion downstream of the first portion that extends circumferentially around the engine core relative to the principal rotational axis; and a third portion downstream of the second portion that extends at least axially relative to the principal rotational axis; characterised in that the cooling system further comprises one or more heat transfer enhancement elements disposed between the engine core and the cooling duct for increasing heat transfer from the engine core to the cooling duct. a nacelle; an engine core received within the nacelle and defining a principal rotational axis along its length, the engine core and the nacelle defining a bypass passage therebetween; and a cooling system comprising a cooling duct that defines an inlet for receiving bypass air from the bypass passage at an upstream location and an outlet for discharging the bypass air at a downstream location back into the bypass passage, and extends, relative to the principal rotational axis, both axially and circumferentially around a section of the engine core; the cooling duct comprises: a first portion that extends at least axially relative to the principal rotational axis; a second portion downstream of the first portion that extends circumferentially around the engine core relative to the principal rotational axis; and a third portion downstream of the second portion that extends at least axially relative to the principal rotational axis; characterised in that the cooling system further comprises one or more heat transfer enhancement elements disposed between the engine core and the cooling duct for increasing heat transfer from the engine core to the cooling duct.
Pneumatic tyre cold retreading method; the cold retreading method comprises the steps of: removing the old worn tread from the pneumatic tyre in order to expose an equatorial surface of the casing of the pneumatic tyre; skiving the equatorial surface of the casing in order to remove any local damage; winding a green rubber cushion and a pre-vulcanized tread strip and without a pattern about the equatorial surface of the casing; vulcanizing the green rubber cushion inserted within the pneumatic tyre between the casing and the tread strip; and engraving a pattern on the tread strip wound about the equatorial surface of the casing after the vulcanization of the pneumatic tyre; the retreading method is characterized in that, during vulcanization, the pneumatic tyre is maintained at ambient pressure and that radial pressure is mechanically applied to the tread strip. removing the old worn tread from the pneumatic tyre in order to expose an equatorial surface of the casing of the pneumatic tyre; skiving the equatorial surface of the casing in order to remove any local damage; winding a green rubber cushion and a pre-vulcanized tread strip and without a pattern about the equatorial surface of the casing; vulcanizing the green rubber cushion inserted within the pneumatic tyre between the casing and the tread strip; and engraving a pattern on the tread strip wound about the equatorial surface of the casing after the vulcanization of the pneumatic tyre; the retreading method is characterized in that, during vulcanization, the pneumatic tyre is maintained at ambient pressure and that radial pressure is mechanically applied to the tread strip.
A method of imaging a scene, the method comprising: - capturing a sequence of multiple subimages by an imaging sensor organized in multiple subsets of pixels, each of the subsets of pixels being assigned to capturing a corresponding one of the subimages; - combining the subimages to an overall image; and characterised in that - for each of the subsets of pixels: - obtaining samples of an output signal of the pixels during an exposure time; - statistically processing the obtained samples to evaluate a noise level and an averaged output signal; - in response to the noise level being above a threshold, extending the exposure time to obtain further samples of the output signal of the pixels; and - in response to the noise level being below the threshold, ending the exposure time for capturing the subimage. - capturing a sequence of multiple subimages by an imaging sensor organized in multiple subsets of pixels, each of the subsets of pixels being assigned to capturing a corresponding one of the subimages; - combining the subimages to an overall image; and characterised in that - for each of the subsets of pixels: - obtaining samples of an output signal of the pixels during an exposure time; - statistically processing the obtained samples to evaluate a noise level and an averaged output signal; - in response to the noise level being above a threshold, extending the exposure time to obtain further samples of the output signal of the pixels; and - in response to the noise level being below the threshold, ending the exposure time for capturing the subimage. - obtaining samples of an output signal of the pixels during an exposure time; - statistically processing the obtained samples to evaluate a noise level and an averaged output signal; - in response to the noise level being above a threshold, extending the exposure time to obtain further samples of the output signal of the pixels; and - in response to the noise level being below the threshold, ending the exposure time for capturing the subimage.