mhurhangee/patent-ind-claim-en huggingface dataset:
Actuating device for a bicycle derailleur system, comprising: - a fixed element which is able to be arranged in relation to a bicycle frame; - a movable element which is movable in relation to the fixed element ; - an electromechanical drive which provides drive force for a movement of the movable element , wherein the electromechanical drive has a motor and a gearing which is driven by the motor , - wherein the gearing comprises a first gearing wheel and a second gearing wheel which is in engagement with the first gearing wheel , characterized in that the second gearing wheel comprises two partial wheels with in each case the same number of teeth, which partial wheels are both simultaneously in engagement with the first gearing wheel , wherein the partial wheels are rotatable about the same axis of rotation and are preloaded relative to one another by a force in a direction of rotation about the axis of rotation. - a fixed element which is able to be arranged in relation to a bicycle frame; - a movable element which is movable in relation to the fixed element ; - an electromechanical drive which provides drive force for a movement of the movable element , wherein the electromechanical drive has a motor and a gearing which is driven by the motor , - wherein the gearing comprises a first gearing wheel and a second gearing wheel which is in engagement with the first gearing wheel ,
A traveller (1; 301; 401; 501) for safety line for a fall arrest system, the traveller comprising: a slot (4; 304; 404; 504) extending to the exterior of the traveller, wherein the slot is defined between opposed slot edges (2a, 2b; 302a, 302b; 402a, 402b; 502a, 502b) and wherein the opposed slot edges are movable relative to one another such that the slot is reconfigurable between an open condition in which the slot dimension is of a first size for enabling mounting/de-mounting with respect to a safety line and a closed condition in which the slot remains, but at a smaller size to ensure the traveller remains mounted on the safety line; and a safety line locating shuttle (15; 315; 415; 515) provided on-board the traveller, characterized in that , in both the open condition and the closed condition, the safety line locating shuttle (15; 315; 415; 515) is movable relative to the slot (4; 304; 404; 504) along a predetermined path in a direction across the slot. a slot (4; 304; 404; 504) extending to the exterior of the traveller, wherein the slot is defined between opposed slot edges (2a, 2b; 302a, 302b; 402a, 402b; 502a, 502b) and wherein the opposed slot edges are movable relative to one another such that the slot is reconfigurable between an open condition in which the slot dimension is of a first size for enabling mounting/de-mounting with respect to a safety line and a closed condition in which the slot remains, but at a smaller size to ensure the traveller remains mounted on the safety line; and a safety line locating shuttle (15; 315; 415; 515) provided on-board the traveller, characterized in that , in both the open condition and the closed condition, the safety line locating shuttle (15; 315; 415; 515) is movable relative to the slot (4; 304; 404; 504) along a predetermined path in a direction across the slot.
A subtilase variant having protease activity and comprising the double substitution 194P+261D, wherein the positions correspond to the positions of the mature polypeptide of SEQ ID NO: 2, wherein the variant is a polypeptide that has at least 80% but less than 100% sequence identity to the mature polypeptide of SEQ ID NO: 4, and wherein said variant has an improved in wash stability compared to the mature polypeptide of SEQ ID NO: 4.
An apparatus comprising two optical transmitters each comprising a light source and means configured to obtain light from the light source, respectively, the two optical transmitters further each comprising a dual-rail encoder , configured to encode in each of the optical transmitters dual-rail encoded light and the two optical transmitters each further comprising means configured to convert the dual-rail encoded light into polarization encoded light; the apparatus further comprising means configured to obtain compensation adjustment information concerning two fibres and means configured to control the dual-rail encoders based at least in part on the compensation adjustment information, wherein the light sources comprise laser sources operating at the same frequency, such that the laser sources are injection locked to the same frequency.
Apparatus comprising means for: causing an anti-whitened data portion to be determined based on anti-whitening data received from a second radio communications apparatus at a first radio communications apparatus ; inserting the anti-whitened data portion into a data packet that is to be whitened by whitening to yield a whitened data packet for transmission from the first radio communications apparatus to the second radio communications apparatus , wherein the anti-whitened data portion is obtainable from a specific data block by anti-whitening, the anti-whitening compensating for the whitening so that the whitened data packet comprises the specific data block in non-whitened form, wherein the specific data block is configured to be used by the second radio communications apparatus to estimate a direction towards the first radio communications apparatus based on a received representation of the specific data block. causing an anti-whitened data portion to be determined based on anti-whitening data received from a second radio communications apparatus at a first radio communications apparatus ; inserting the anti-whitened data portion into a data packet that is to be whitened by whitening to yield a whitened data packet for transmission from the first radio communications apparatus to the second radio communications apparatus , wherein the anti-whitened data portion is obtainable from a specific data block by anti-whitening, the anti-whitening compensating for the whitening so that the whitened data packet comprises the specific data block in non-whitened form, wherein the specific data block is configured to be used by the second radio communications apparatus to estimate a direction towards the first radio communications apparatus based on a received representation of the specific data block.
Dispensing system having a dispenser for delivering a mixture of variable colour, and a computer system for operating the dispenser , the dispenser comprising three different base products of different colours and allowing these to be delivered in variable proportions to vary the colour of the mixture, the computer system having a touch screen on which the colour of the mixture can be displayed, the touch screen displaying a surface of triangular outline, the vertices of the triangular outline embodying, each, one of the three base products, the surface of triangular outline locally showing the colour of the mixture according to the distance from each of the vertices, the computer system further comprising a selection means movable on the screen within the surface of triangular outline, in order to select the colour of the dispensed mixture. the computer system having a touch screen on which the colour of the mixture can be displayed, the touch screen displaying a surface of triangular outline, the vertices of the triangular outline embodying, each, one of the three base products, the surface of triangular outline locally showing the colour of the mixture according to the distance from each of the vertices, the computer system further comprising a selection means movable on the screen within the surface of triangular outline, in order to select the colour of the dispensed mixture.
A method of producing a wheel for straddled vehicles, the wheel including: a hub having an aperture into which a wheel shaft is to be inserted; an annular rim ; and a plurality of spokes connecting the hub and the rim , the method comprising: step A (s1) of forming an intermediate product from an aluminum alloy by using a gravity casting technique, the intermediate product including a precursory hub , an annular precursory rim , and a plurality of precursory spokes connecting the precursory hub and the precursory rim ; step B (s2) of performing a flow forming process for the precursory rim of the intermediate product by using a flow forming apparatus , wherein, while the intermediate product is rotated, at least a portion of the precursory rim is drawn in a first direction (D1) and a second direction (D2), the first direction (D1) being one direction that extends from a center of the intermediate product on an axial direction of the intermediate product , and the second direction (D2) being an opposite direction that extends from the center of the intermediate product on the axial direction of the intermediate product ; and step C (s6) of, after step B (s2), performing a cutting process for the intermediate product to at least complete the rim , wherein, a ratio of a wall thickness (t1) of the precursory rim after step B (s2) and before step C (s6) to a wall thickness (t2) of the rim after step C (s6) is not less than 132% and not more than 433%. step A (s1) of forming an intermediate product from an aluminum alloy by using a gravity casting technique, the intermediate product including a precursory hub , an annular precursory rim , and a plurality of precursory spokes connecting the precursory hub and the precursory rim ; step B (s2) of performing a flow forming process for the precursory rim of the intermediate product by using a flow forming apparatus , wherein, while the intermediate product is rotated, at least a portion of the precursory rim is drawn in a first direction (D1) and a second direction (D2), the first direction (D1) being one direction that extends from a center of the intermediate product on an axial direction of the intermediate product , and the second direction (D2) being an opposite direction that extends from the center of the intermediate product on the axial direction of the intermediate product ; and step C (s6) of, after step B (s2), performing a cutting process for the intermediate product to at least complete the rim , wherein, a ratio of a wall thickness (t1) of the precursory rim after step B (s2) and before step C (s6) to a wall thickness (t2) of the rim after step C (s6) is not less than 132% and not more than 433%.
A wavelength converter comprising: a first phase modulation unit configured to perform phase modulation on pump light in accordance with a first phase modulation signal; a second phase modulation unit configured to perform phase modulation on signal light in accordance with a second phase modulation signal; a wavelength conversion unit configured to multiplex the signal light having undergone the phase modulation with the pump light having undergone the phase modulation, the wavelength conversion unit configured to perform wavelength conversion on the signal light in accordance with the pump light; characterized in that the wavelength converter further comprises a detection unit configured to detect a modulation component from the signal light having undergone the phase modulation and the pump light having undergone the phase modulation; and a generation unit configured to generate the first phase modulation signal and the second phase modulation signal so as to minimize the detected modulation component. a first phase modulation unit configured to perform phase modulation on pump light in accordance with a first phase modulation signal; a second phase modulation unit configured to perform phase modulation on signal light in accordance with a second phase modulation signal; a wavelength conversion unit configured to multiplex the signal light having undergone the phase modulation with the pump light having undergone the phase modulation, the wavelength conversion unit configured to perform wavelength conversion on the signal light in accordance with the pump light; a detection unit configured to detect a modulation component from the signal light having undergone the phase modulation and the pump light having undergone the phase modulation; and a generation unit configured to generate the first phase modulation signal and the second phase modulation signal so as to minimize the detected modulation component.
A positive electrode plate, comprising a positive current collector, a positive active material layer on at least one side of the positive current collector, and a safety layer between the positive active material layer and the positive current collector, wherein the positive active material layer comprises a positive active material, and the safety layer comprises a binding material, a conductive material, and an overcharge-sensitive material; the overcharge-sensitive material is a polymer that comprises a monosaccharide structural unit and that comprises at least one of a carbonate group and a phosphate group; an average diameter x of the conductive material and a weight-average molecular weight y of the overcharge-sensitive material satisfy Formula 1: 0.001 ≤ x / y ≤ 0.25 wherein, x is in units of nm, and y is in units of 1; and wherein the weight-average molecular weight of the overcharge-sensitive material satisfies 2,000 ≤ y ≤ 20,000; and wherein a mass percent of the binding material in relation to a total mass of the safety layer is 30% to 60%; wherein in the safety layer, a mass ratio of the overcharge-sensitive material to the conductive material is not less than 2: 1, wherein the average diameter x of the conductive material is measured with an electron microscope and is a mean value of major axis diameters and minor axis diameters. the overcharge-sensitive material is a polymer that comprises a monosaccharide structural unit and that comprises at least one of a carbonate group and a phosphate group; an average diameter x of the conductive material and a weight-average molecular weight y of the overcharge-sensitive material satisfy Formula 1: 0.001 ≤ x / y ≤ 0.25 wherein, x is in units of nm, and y is in units of 1; and wherein the weight-average molecular weight of the overcharge-sensitive material satisfies 2,000 ≤ y ≤ 20,000; and wherein a mass percent of the binding material in relation to a total mass of the safety layer is 30% to 60%; wherein in the safety layer, a mass ratio of the overcharge-sensitive material to the conductive material is not less than 2: 1, wherein the average diameter x of the conductive material is measured with an electron microscope and is a mean value of major axis diameters and minor axis diameters.
A medical fluid drainage system comprising: N pumps with N>=2, connected in series, each having an inlet and an outlet; a first inlet member connected to the inlet of the first pump ; N-1 inlet members providing fluidic connections between the N pumps ; an outlet member connected to the outlet of the last pump ; said pumps , inlet members and outlet member forming a fluid line; wherein each inlet member contains at least one entry point through which a fluid may directly enter into said fluid line and wherein said outlet member contains at least one exit point through which said fluid may directly exit said fluid line; characterized by the fact that each inlet member has a tubular shape with at least one lateral entry point . N pumps with N>=2, connected in series, each having an inlet and an outlet; a first inlet member connected to the inlet of the first pump ; N-1 inlet members providing fluidic connections between the N pumps ; an outlet member connected to the outlet of the last pump ; said pumps , inlet members and outlet member forming a fluid line; wherein each inlet member contains at least one entry point through which a fluid may directly enter into said fluid line and wherein said outlet member contains at least one exit point through which said fluid may directly exit said fluid line; characterized by the fact that each inlet member has a tubular shape with at least one lateral entry point .
A floor panel comprising a core comprising a thermoplastic material, a decorative layer (4; 4a) arranged on the core , wherein the decorative layer is a thermoplastic foil comprising a thermoplastic material, and a transparent layer arranged on the decorative layer (4; 4a), wherein the transparent layer is a thermoplastic foil comprising a thermoplastic material, wherein the decorative layer (4; 4a) comprises a print layer arranged under the transparent layer , the print layer comprising particles and colour pigments attached to said particles, and wherein the particles comprise a thermoplastic powder. a core comprising a thermoplastic material, a decorative layer (4; 4a) arranged on the core , wherein the decorative layer is a thermoplastic foil comprising a thermoplastic material, and a transparent layer arranged on the decorative layer (4; 4a), wherein the transparent layer is a thermoplastic foil comprising a thermoplastic material, wherein the decorative layer (4; 4a) comprises a print layer arranged under the transparent layer , the print layer comprising particles and colour pigments attached to said particles, and wherein the particles comprise a thermoplastic powder.
An enclosure for vertical pulverizer systems comprising: a cylindrical body forming an internal cavity , the cylindrical body being vertically oriented; a cover positioned above the cylindrical body , the cover having a curved non-linear and dome-shaped surface ; an inlet channel formed through the cover , the inlet channel in fluid communication with the internal cavity of the cylindrical body ; an outlet channel formed through the cover , and adjacent to the inlet channel ; a base component positioned within the internal cavity of the cylindrical body , opposite the cover , a journal opening formed through the cylindrical body between the cover and the base component ; a journal opening cover coupled to the cylindrical body , the journal opening cover covering the journal opening ; characterised in that the base component has, similar to cover , a curved non-linear and dome-shaped surface ; wherein the curved surface of the base component is substantially concave in shape; and wherein the curved surface of the base component extends around a perimeter of the base component . a cylindrical body forming an internal cavity , the cylindrical body being vertically oriented; a cover positioned above the cylindrical body , the cover having a curved non-linear and dome-shaped surface ; an inlet channel formed through the cover , the inlet channel in fluid communication with the internal cavity of the cylindrical body ; an outlet channel formed through the cover , and adjacent to the inlet channel ; a base component positioned within the internal cavity of the cylindrical body , opposite the cover , a journal opening formed through the cylindrical body between the cover and the base component ; a journal opening cover coupled to the cylindrical body , the journal opening cover covering the journal opening ; wherein the curved surface of the base component is substantially concave in shape; and wherein the curved surface of the base component extends around a perimeter of the base component .
A composition for application to skin comprising: (a) a component comprising an ethyl ester of fish oil that can produce, in situ, a product of oxidation, the ethyl ester of fish oil being a mixture of an ethyl ester of eicosapentaenoic acid, and an ethyl ester of docosahexaenoic acid in which the mixture contains 5 to 40% by weight more ethyl ester of eicosapentaenoic acid ethyl ester than of docosahexaneoic acid;. (b) a radical scavenger comprising pentaerythritol-tetrakis (3-(3,5-di-tertbutyl- 4- hydroxyphenyl)propionate, peroxide decomposer comprising didodecyl 3,3'- thiodipropionate and a hydroxylated fatty acid having at least one hydroxy group functionalization on its aliphatic backbone and/or a derivative of such hydroxylated fatty acid which is an alcohol, and/or an ester thereof with a C2-C6 aliphatic group; the hydroxylated fatty acid and/or a derivative thereof being selected from 12-hydroxystearic acid, hydroxystearyl alcohol, glycerol monohydroxystearate, hydroxystearyl glucoside, ethyleneglycol monohydroxystearate, glycerylmonoricinoleate, glyceryl dihydroxystearate, glyceryldiricinoleate and mixtures thereof. (c) caprylic/capric triglyceride, high oleic sunflower seed oil, octylhydroxystearate, mineral oil, or a mixture thereof as oil carrier; and (d) water, the composition being an emulsion comprising from 0.1 to 1.5% by weight based on the total weight of the composition of the ethyl ester of fish oil; from 0.05 to 0.2% by weight based on the total weight of the composition of the radical scavenger; from 0.03 to 0.07 % by weight based on the total weight of the composition of the peroxide decomposer and from 0.1 to 8% by weight based on the total weight of the composition of the hydroxylated fatty acid and/or derivative thereof. (a) a component comprising an ethyl ester of fish oil that can produce, in situ, a product of oxidation, the ethyl ester of fish oil being a mixture of an ethyl ester of eicosapentaenoic acid, and an ethyl ester of docosahexaenoic acid in which the mixture contains 5 to 40% by weight more ethyl ester of eicosapentaenoic acid ethyl ester than of docosahexaneoic acid;. (b) a radical scavenger comprising pentaerythritol-tetrakis (3-(3,5-di-tertbutyl- 4- hydroxyphenyl)propionate, peroxide decomposer comprising didodecyl 3,3'- thiodipropionate and a hydroxylated fatty acid having at least one hydroxy group functionalization on its aliphatic backbone and/or a derivative of such hydroxylated fatty acid which is an alcohol, and/or an ester thereof with a C2-C6 aliphatic group; the hydroxylated fatty acid and/or a derivative thereof being selected from 12-hydroxystearic acid, hydroxystearyl alcohol, glycerol monohydroxystearate, hydroxystearyl glucoside, ethyleneglycol monohydroxystearate, glycerylmonoricinoleate, glyceryl dihydroxystearate, glyceryldiricinoleate and mixtures thereof. (c) caprylic/capric triglyceride, high oleic sunflower seed oil, octylhydroxystearate, mineral oil, or a mixture thereof as oil carrier; and (d) water,