mhurhangee/patent-ind-claim-en huggingface dataset:
A sliding gate regulator comprising: a valve body having a fluid inlet and a fluid outlet connected by a flow corridor ; a stationary plate disposed within the flow corridor ; and a slidable gate disposed within the flow corridor, the slidable gate and the stationary plate cooperating to control fluid flow through the flow corridor, wherein the slidable gate is supported within the flow corridor by opposing biasing elements , characterized in that : an opening is disposed in the valve body , the opening being oriented substantially perpendicular to the flow corridor ; the valve body includes an inner surface that forms the flow corridor and at least one guiding channel formed on the inner surface, the at least one guiding channel being open towards the opening ; the slidable gate includes at least one tab extending outwardly from a side surface of the slidable gate ; the at least one tab slidably cooperates with the at least one guiding channel of the valve body during reciprocation; and the slidable gate and the stationary plate are configured to slide out through the opening of the valve body . a valve body having a fluid inlet and a fluid outlet connected by a flow corridor ; a stationary plate disposed within the flow corridor ; and a slidable gate disposed within the flow corridor, the slidable gate and the stationary plate cooperating to control fluid flow through the flow corridor, wherein the slidable gate is supported within the flow corridor by opposing biasing elements , characterized in that : an opening is disposed in the valve body , the opening being oriented substantially perpendicular to the flow corridor ; the valve body includes an inner surface that forms the flow corridor and at least one guiding channel formed on the inner surface, the at least one guiding channel being open towards the opening ; the slidable gate includes at least one tab extending outwardly from a side surface of the slidable gate ; the at least one tab slidably cooperates with the at least one guiding channel of the valve body during reciprocation; and the slidable gate and the stationary plate are configured to slide out through the opening of the valve body . an opening is disposed in the valve body , the opening being oriented substantially perpendicular to the flow corridor ; the valve body includes an inner surface that forms the flow corridor and at least one guiding channel formed on the inner surface, the at least one guiding channel being open towards the opening ; the slidable gate includes at least one tab extending outwardly from a side surface of the slidable gate ; the at least one tab slidably cooperates with the at least one guiding channel of the valve body during reciprocation; and the slidable gate and the stationary plate are configured to slide out through the opening of the valve body .
A method by a terminal in a wireless communication system supporting a carrier aggregation using a first cell and a second cell , comprising: receiving, from a base station, a radio resource control, RRC, message including a maximum number value of a scheduling request, SR, transmission of the first cell and a maximum number value of a SR transmission of the second cell ; in case that a SR is triggered and a physical uplink control channel, PUCCH, resource for the SR on the second cell is valid, determining whether a number of transmission of the SR is less than the maximum number value of the SR transmission of the second cell ; in case that the number of transmission of the SR is less than the maximum number value of the SR transmission, transmitting the SR on a second cell , based on the PUCCH resource for the SR on the second cell ; and in case that the number of transmission of the SR is not less than the maximum number value of the SR transmission of the second cell , initiating a random access procedure on the first cell . receiving, from a base station, a radio resource control, RRC, message including a maximum number value of a scheduling request, SR, transmission of the first cell and a maximum number value of a SR transmission of the second cell ; in case that a SR is triggered and a physical uplink control channel, PUCCH, resource for the SR on the second cell is valid, determining whether a number of transmission of the SR is less than the maximum number value of the SR transmission of the second cell ; in case that the number of transmission of the SR is less than the maximum number value of the SR transmission, transmitting the SR on a second cell , based on the PUCCH resource for the SR on the second cell ; and in case that the number of transmission of the SR is not less than the maximum number value of the SR transmission of the second cell , initiating a random access procedure on the first cell .
A multi-core optical fiber ribbon comprising: at least three core members formed from silica-based glass and oriented in parallel with one another in a single plane, wherein adjacent core members of the at least three core members have a center-to-center spacing ≥ 15 microns, a cross-talk between adjacent core members is ≤ -25 dB, and the at least three core members are single-moded with an index of refraction n c , and a core diameter d c ; and a single cladding layer formed from silica-based glass surrounding and in direct contact with the at least three core members, wherein the single cladding layer is substantially rectangular in cross section with a thickness ≤ 400 microns and an index of refraction n c1 < n c and the at least three core members have a relative refractive index Δ c % from 0.2 % to 2.0 % relative to the single cladding layer, and wherein the indices of refraction of adjacent core members are different such that there is a difference between the relative refractive index Δ c % of adjacent core members of ≥ 1%. at least three core members formed from silica-based glass and oriented in parallel with one another in a single plane, wherein adjacent core members of the at least three core members have a center-to-center spacing ≥ 15 microns, a cross-talk between adjacent core members is ≤ -25 dB, and the at least three core members are single-moded with an index of refraction n c , and a core diameter d c ; and a single cladding layer formed from silica-based glass surrounding and in direct contact with the at least three core members, wherein the single cladding layer is substantially rectangular in cross section with a thickness ≤ 400 microns and an index of refraction n c1 < n c and the at least three core members have a relative refractive index Δ c % from 0.2 % to 2.0 % relative to the single cladding layer, and wherein the indices of refraction of adjacent core members are different such that there is a difference between the relative refractive index Δ c % of adjacent core members of ≥ 1%.
A leadthrough kit , comprising: - a first duct , - a second duct , - an insulation adapter comprising thermal insulation material and having a shape of a rectangular prism and comprising: ∘ a first through hole for receiving the first duct and ∘ a second through hole for receiving the second duct parallel with the first duct , and - locking means for locking the depth of the first and second duct in relation to the insulation adapter , wherein the first and the second duct can be movably assembled in relation to the insulation adapter for adjusting the depth of the first and second duct in relation to the insulation adapter , wherein - the leadthrough kit comprises: ∘ a first end , ∘ a second end at a distance from the first end , the distance defining the thickness of the insulation adapter , and ∘ a four-sided cowl connecting the first and the second end , - the first and the second through hole run through the insulation adapter so that the through holes are inclined in relation to at least one side of the cowl , and wherein - the centre axes of the first and second duct form an angle (α) in relation to the projection of at least one side of the insulation adapter , the angle being of the order of 1 to 5 degrees. - a first duct , - a second duct , - an insulation adapter comprising thermal insulation material and having a shape of a rectangular prism and comprising: ∘ a first through hole for receiving the first duct and ∘ a second through hole for receiving the second duct parallel with the first duct , and ∘ a first through hole for receiving the first duct and ∘ a second through hole for receiving the second duct parallel with the first duct , and - locking means for locking the depth of the first and second duct in relation to the insulation adapter , wherein the first and the second duct can be movably assembled in relation to the insulation adapter for adjusting the depth of the first and second duct in relation to the insulation adapter , wherein - the leadthrough kit comprises: ∘ a first end , ∘ a second end at a distance from the first end , the distance defining the thickness of the insulation adapter , and ∘ a four-sided cowl connecting the first and the second end , ∘ a first end , ∘ a second end at a distance from the first end , the distance defining the thickness of the insulation adapter , and ∘ a four-sided cowl connecting the first and the second end , - the first and the second through hole run through the insulation adapter so that the through holes are inclined in relation to at least one side of the cowl , and wherein - the centre axes of the first and second duct form an angle (α) in relation to the projection of at least one side of the insulation adapter , the angle being of the order of 1 to 5 degrees.
A process for cellulase production employing Penicillium funiculosum MRJ-16 mutant, MTCC Accession No. 25142, the process comprising conducting fermentation in a fermentation media comprising: (a) 1-5% w/v of cellulose, acid pretreated lignocellulosic biomass or a combination thereof; and (b) 1-5% w/v soya flour or defatted soya flour or de oiled soya cake. (a) 1-5% w/v of cellulose, acid pretreated lignocellulosic biomass or a combination thereof; and (b) 1-5% w/v soya flour or defatted soya flour or de oiled soya cake.
A hose comprising an inner tube , a reinforcement layer disposed outwardly from the inner tube , and a cover layer disposed outwardly from the reinforcement layer , characterized in that the cover layer and/or the inner tube comprise(s) a cured composition having a sustainable content and formed from a mixture comprising EPDM and/or EPR sustainable polymer and a sulfur or peroxide based curing system, wherein the EPDM and/or EPR sustainable polymer comprises ethylene monomer derived from one or more renewable sources.
A laser welded body comprising: a first resin member which is a laser-irradiated subject, contains a thermoplastic resin and nigrosine sulfate having a sulfate ion concentration of 0.3 to 5.0% by mass and has an absorbance a 1 of 0.09 to 0.9 and a second resin member which contains a thermoplastic resin as the same kind as or different kind from the thermoplastic resin and a laser beam absorbent and has an absorbance a 2 of 3.0 to 15, wherein the first resin member and the second resin member are laser-welded at a part at which the both resin members are overlapped and/or butted; the absorbances a 1 and a 2 are obtained through measuring transmittance and reflectance of the first resin member and the second resin member relative to a laser beam having 940 nm of a wavelength, setting I o of 100% in the following equation Absorbance a = − log T = − log I T / I O − I R and entering the transmittance and the reflectance which are percentages of measured values into I T and I R , respectively; and the sulfate ion concentration in the nigrosine sulfate is measured through instrumental analysis by using ion chromatography after extracting the sulfate ions from the nigrosine sulfate. a first resin member which is a laser-irradiated subject, contains a thermoplastic resin and nigrosine sulfate having a sulfate ion concentration of 0.3 to 5.0% by mass and has an absorbance a 1 of 0.09 to 0.9 and a second resin member which contains a thermoplastic resin as the same kind as or different kind from the thermoplastic resin and a laser beam absorbent and has an absorbance a 2 of 3.0 to 15, wherein the first resin member and the second resin member are laser-welded at a part at which the both resin members are overlapped and/or butted; the absorbances a 1 and a 2 are obtained through measuring transmittance and reflectance of the first resin member and the second resin member relative to a laser beam having 940 nm of a wavelength, setting I o of 100% in the following equation Absorbance a = − log T = − log I T / I O − I R and entering the transmittance and the reflectance which are percentages of measured values into I T and I R , respectively; and the sulfate ion concentration in the nigrosine sulfate is measured through instrumental analysis by using ion chromatography after extracting the sulfate ions from the nigrosine sulfate.
A sublimator comprising: a porous plate having a first surface comprising a low pressure (Lp) side and a second surface comprising a high pressure (Hp) side such that refrigerant is configured to move through the porous plate from the high pressure side to the low pressure side, and wherein the second surface defines a primary heat transfer surface; and a plurality of secondary heat transfer surfaces integrally formed on the primary heat transfer surface to facilitate flow and evenly distribute refrigerant across the high pressure side of the porous plate, characterized in that the sublimator further comprises an intermediate plate having a first side and a second side facing opposite the first side, wherein the first side is spaced apart from the high pressure side of the porous plate to define a refrigerant chamber , and wherein the second side at least partially encloses a fluid chamber configured to cool a fluid within the fluid chamber. a porous plate having a first surface comprising a low pressure (Lp) side and a second surface comprising a high pressure (Hp) side such that refrigerant is configured to move through the porous plate from the high pressure side to the low pressure side, and wherein the second surface defines a primary heat transfer surface; and a plurality of secondary heat transfer surfaces integrally formed on the primary heat transfer surface to facilitate flow and evenly distribute refrigerant across the high pressure side of the porous plate, characterized in that the sublimator further comprises an intermediate plate having a first side and a second side facing opposite the first side, wherein the first side is spaced apart from the high pressure side of the porous plate to define a refrigerant chamber , and wherein the second side at least partially encloses a fluid chamber configured to cool a fluid within the fluid chamber.
A lighting apparatus comprising: a housing for housing a light source and/or directing a beam of light from a light source; a lighting mount for securing the lighting apparatus to a support or substrate; and a coupling mechanism comprising: a first coupling member comprising a curved strip ; and a second coupling member comprising a retaining element for coupling with the curved strip ; wherein the second coupling member may couple with the first coupling member at multiple positions along a length of the curved strip and wherein the first and second coupling members are configured for magnetic coupling, whereby the first coupling member and the second coupling member may be adjustably orientated relative to one another about at least one axis characterized in that the first coupling member is attached to the housing and the second coupling member is attached to the lighting mount . a housing for housing a light source and/or directing a beam of light from a light source; a lighting mount for securing the lighting apparatus to a support or substrate; and a coupling mechanism comprising: a first coupling member comprising a curved strip ; and a second coupling member comprising a retaining element for coupling with the curved strip ; wherein the second coupling member may couple with the first coupling member at multiple positions along a length of the curved strip and wherein the first and second coupling members are configured for magnetic coupling, whereby the first coupling member and the second coupling member may be adjustably orientated relative to one another about at least one axis characterized in that the first coupling member is attached to the housing and the second coupling member is attached to the lighting mount . a first coupling member comprising a curved strip ; and a second coupling member comprising a retaining element for coupling with the curved strip ; wherein the second coupling member may couple with the first coupling member at multiple positions along a length of the curved strip and wherein the first and second coupling members are configured for magnetic coupling,
A computer-implemented method comprising: monitoring, by each of a plurality of endpoint computer systems , data relating to a plurality of events occurring within an operating environment of the corresponding endpoint computer system, the monitoring comprising receiving and/or inferring the data using one or more sensors executing on the endpoint computer system ; storing, for each endpoint computer system , artifacts used in connection with the plurality of events in a vault being encrypted such that the data contained therein are protected from alteration and so that the data cannot be readily accessed or otherwise compromised, the vault being maintained on such endpoint computer system , wherein the storing of the data in the vault includes determining, based on one or more criteria, to retain in each vault a first subset of the data as more likely to be relevant for a software-based attack and to exclude from the corresponding vault a second subset of data as more likely to be irrelevant for a software-based attack; receiving, by at least a subset of the plurality of endpoint computer systems from a server , a query; identifying and retrieving, by the endpoint computer systems receiving the query, artifacts within the corresponding vaults in response to the query; and providing, by the endpoint computer systems receiving the query to the server , results responsive to the query including or characterizing the identified artifacts. monitoring, by each of a plurality of endpoint computer systems , data relating to a plurality of events occurring within an operating environment of the corresponding endpoint computer system, the monitoring comprising receiving and/or inferring the data using one or more sensors executing on the endpoint computer system ; storing, for each endpoint computer system , artifacts used in connection with the plurality of events in a vault being encrypted such that the data contained therein are protected from alteration and so that the data cannot be readily accessed or otherwise compromised, the vault being maintained on such endpoint computer system , wherein the storing of the data in the vault includes determining, based on one or more criteria, to retain in each vault a first subset of the data as more likely to be relevant for a software-based attack and to exclude from the corresponding vault a second subset of data as more likely to be irrelevant for a software-based attack; receiving, by at least a subset of the plurality of endpoint computer systems from a server , a query; identifying and retrieving, by the endpoint computer systems receiving the query, artifacts within the corresponding vaults in response to the query; and providing, by the endpoint computer systems receiving the query to the server , results responsive to the query including or characterizing the identified artifacts.
A flowable liquid suspension for forming flocculants comprising particulate water soluble flocculant polymer having a molecular weight of at least about 200,000 g/mol and a liquid polyether polyol having a molecular weight from about 150 g/mol to about 1,000 g/mol and a viscosity of the polyether polyol alone at 25°C of no more than about 500 cP, wherein the flowable liquid suspension has a concentration of flocculant polymer from about 1 weight percent to about 60 weight percent and at least about 40 weight percent polyether polyol, wherein the flocculant polymer comprises polyethylene oxide having an average molecular weight of at least about 1 million g/mol, wherein the liquid portion of the flowable liquid suspension has a concentration of at least about 80 weight percent polyethylenglycol, polypropylenglycol, copolymers and mixtures thereof, and wherein the flocculant polymer is not dissolved in the suspension.
An electric device comprising: at least one semiconductor element ; a drive circuit configured to receive a control signal for directing an on state or an off state of the semiconductor element to drive the semiconductor element on the basis of the control signal; a direct current voltage power supply configured to provide output power to the semiconductor element ; a detector configured to detect a high-frequency switching noise generated in the semiconductor element when it is turned off and on, and superimposed on a current flowing from the semiconductor element ; a deviation time measurement unit configured to measure a deviation time being a difference between timing at which the control signal directs the off state and timing at which start of the switching noise is detected; a relationship storage unit configured to store a relationship between the deviation time and an element temperature being a temperature of the semiconductor element ; and a temperature estimation unit configured to estimate the element temperature on the basis of the deviation time and a content stored in the relationship storage unit . a drive circuit configured to receive a control signal for directing an on state or an off state of the semiconductor element to drive the semiconductor element on the basis of the control signal; a direct current voltage power supply configured to provide output power to the semiconductor element ; a detector configured to detect a high-frequency switching noise generated in the semiconductor element when it is turned off and on, and superimposed on a current flowing from the semiconductor element ; a deviation time measurement unit configured to measure a deviation time being a difference between timing at which the control signal directs the off state and timing at which start of the switching noise is detected; a relationship storage unit configured to store a relationship between the deviation time and an element temperature being a temperature of the semiconductor element ; and a temperature estimation unit configured to estimate the element temperature on the basis of the deviation time and a content stored in the relationship storage unit .
A method comprising: receiving images from a plurality of cameras, the images from each camera captured at various illumination and exposure levels ; sorting the images which have been received, based on illumination and exposure levels, for distribution to a plurality of image processing services that each perform at least one task with regard to a received image ; and presenting the images which have been sorted to respective services for which they are sorted . receiving images from a plurality of cameras, the images from each camera captured at various illumination and exposure levels ; sorting the images which have been received, based on illumination and exposure levels, for distribution to a plurality of image processing services that each perform at least one task with regard to a received image ; and presenting the images which have been sorted to respective services for which they are sorted .