mhurhangee/patent-ind-claim-en huggingface dataset:
A roof tile clip for securing a lateral edge of a lower portion of a roof tile to a batten , the lower portion of the roof tile rests on an upper portion of a below roof tile , which in turn rests on the batten , the roof tile clip comprises a hook for hooking over the lateral edge of the roof tile , a securing device for securing the clip to the batten , and a shaft between the hook and the securing device , said securing device comprises a retainer slidable in a longitudinal direction of the batten and the clip is formed by a continuous springy wire where the lower portion of the retainer is formed by two lower wire portions traversing the batten , and the outer portion of the retainer is formed by two outer wire portions forming extensions of the two lower wire portions , the outer wire portions are interconnected by a bridging wire portion and the inner portion of the retainer is formed by an inner wire portion connected to one of the lower wire portions by a bend , and the upper portion of the retainer is formed by an upper wire portion connected to the inner wire portion by a bend , characterized in that the shaft extends upwards from the other lower wire portion of the retainer as a straight wire portion to the hook and is configured to extend to the lateral edge of the lower portion of the roof tile and that the securing device is configured to be secured to the batten in a position laterally displaced from the roof tile .
An electrical control panel for controlling a plurality of electrical loads, the electrical control panel is characterized in comprising: a control circuit; a plurality of power supplies, where each power supply is configured to receive alternating current, AC, power and output direct current, DC, power; and a plurality of control modules, wherein more than one control module is associated with each of the plurality of power supplies; and wherein a control module of the plurality of control modules is configured to receive DC power from the associated power supply, and configured to provide a DC voltage comprising a digital message to at least one electrical load over a two-wire link. a control circuit; a plurality of power supplies, where each power supply is configured to receive alternating current, AC, power and output direct current, DC, power; and a plurality of control modules, wherein more than one control module is associated with each of the plurality of power supplies; and wherein a control module of the plurality of control modules is configured to receive DC power from the associated power supply, and configured to provide a DC voltage comprising a digital message to at least one electrical load over a two-wire link.
A method of producing biodiesel, comprising: i) hydrolyzing biomass using a solid acid catalyst at 110 - 150°C; under atmospheric pressure ii) hydrotreating the hydrolyzed biomass to form hydrotreated biomass containing n-paraffin; and iii) recycling the hydrotreated biomass containing n-paraffin to any one or more selected from among prior to i) and during ii), wherein i) is performed using two or more hydrolysis reactors, and includes washing the catalyst using the hydrotreated biomass containing n-paraffin recycled from iii) in the other hydrolysis reactor, while hydrolyzing the biomass in one hydrolysis reactor wherein ii) hydrotreating is gas-phase deoxygenation or liquid-phase deoxygenation in a hydrocarbon solvent. i) hydrolyzing biomass using a solid acid catalyst at 110 - 150°C; under atmospheric pressure ii) hydrotreating the hydrolyzed biomass to form hydrotreated biomass containing n-paraffin; and iii) recycling the hydrotreated biomass containing n-paraffin to any one or more selected from among prior to i) and during ii), wherein i) is performed using two or more hydrolysis reactors, and includes washing the catalyst using the hydrotreated biomass containing n-paraffin recycled from iii) in the other hydrolysis reactor, while hydrolyzing the biomass in one hydrolysis reactor wherein ii) hydrotreating is gas-phase deoxygenation or liquid-phase deoxygenation in a hydrocarbon solvent.
A furnace coil for a steam cracker comprising one or more sections consisting of: i) a continuous metal passageway permitting the flow of cracked gasses there through having a melting temperature greater than 1000°C adapted to cooperate with passes in the coil; said metal having one or more areas comprising: a) a porosity so that from 10 to 50% of the pores having a size from 0.001 to 0.05 microns; or b) ceramic inserts in or over coating on said metal having a melting point greater than 900°C and a porosity so that from 10 to 50% of pores having a size from 0.001 microns to 0.05 microns; said areas being over coated with a dense gas-selective membrane having a thickness from 0.1 to 10 microns permitting the diffusion of at least one of H 2 , CH 4 , CO and CO 2 at temperatures from 500°C to 900°C out of said passageway. i) a continuous metal passageway permitting the flow of cracked gasses there through having a melting temperature greater than 1000°C adapted to cooperate with passes in the coil; said metal having one or more areas comprising: a) a porosity so that from 10 to 50% of the pores having a size from 0.001 to 0.05 microns; or b) ceramic inserts in or over coating on said metal having a melting point greater than 900°C and a porosity so that from 10 to 50% of pores having a size from 0.001 microns to 0.05 microns; said areas being over coated with a dense gas-selective membrane having a thickness from 0.1 to 10 microns permitting the diffusion of at least one of H 2 , CH 4 , CO and CO 2 at temperatures from 500°C to 900°C out of said passageway. a) a porosity so that from 10 to 50% of the pores having a size from 0.001 to 0.05 microns; or b) ceramic inserts in or over coating on said metal having a melting point greater than 900°C and a porosity so that from 10 to 50% of pores having a size from 0.001 microns to 0.05 microns;
An apparatus, comprising means for: receiving configuration information for configuring a measurement window to form a compression matrix of a port selection codebook from a codebook set of vector components, wherein the configuration information defines the size of the measurement window, which is common to all of at least one layer to be reported; selecting a number of indices of the measurement window based on the configuration information to form the compression matrix from the codebook set of vector components, wherein the selected indices are associated to vector components of the compression matrix and are common to all of the at least one layer to be reported; and remapping the selected indices associated to the vector components with respect to an index of a reference vector component, such that the index of the reference vector component is remapped to a first index of the measurement window; reporting channel state information including a precoding matrix indicator to a network, the precoding matrix indicator comprising information of the compression matrix after remapping. receiving configuration information for configuring a measurement window to form a compression matrix of a port selection codebook from a codebook set of vector components, wherein the configuration information defines the size of the measurement window, which is common to all of at least one layer to be reported; selecting a number of indices of the measurement window based on the configuration information to form the compression matrix from the codebook set of vector components, wherein the selected indices are associated to vector components of the compression matrix and are common to all of the at least one layer to be reported; and remapping the selected indices associated to the vector components with respect to an index of a reference vector component, such that the index of the reference vector component is remapped to a first index of the measurement window; reporting channel state information including a precoding matrix indicator to a network, the precoding matrix indicator comprising information of the compression matrix after remapping.
Swivel gear for a vertical blind for pivoting slats from a first end position into a second end position deviating from the first end position and/or from the second end position into the first end position, said swivel gear being displaceable for closing and/or opening the vertical blind along a support rail , with a swivel pin for fastening a crank rod, wherein the swivel pin is rotatable about its longitudinal axis and coupled to a slider , which is displaceable from a first end position into a second end position deviating from the first end position and/or from the second end position into the first end position, characterized in that at least one fixing element for providing a displacement limitation for the swivel gear with respect to the support rail in the first end position and/or the second end position is provided, wherein in the first end position, the fixing position of the fixing element in the first end position of the slats can be realized by means of the slider , and/or in the second end position, the fixing position of the fixing element in the second end position of the slats can be realized by means of the slider .
A composition comprising a polyvinyl butyral represented by the following formula: wherein A, B and C represent a proportion of corresponding repeat units expressed as a weight percent, wherein each repeat unit is randomly distributed along a polymer chain and wherein the sum of A, B and C is about 100 weight percent; a poly(melamine-co-formaldehyde) based polymer and an anhydride; wherein A is independently from about 80 weight percent to about 88 weight percent; B is independently from about 11 weight percent to about 18 weight percent; and C is independently from about 0 weight percent to about 3 weight percent. wherein A, B and C represent a proportion of corresponding repeat units expressed as a weight percent, wherein each repeat unit is randomly distributed along a polymer chain and wherein the sum of A, B and C is about 100 weight percent; a poly(melamine-co-formaldehyde) based polymer and an anhydride; wherein A is independently from about 80 weight percent to about 88 weight percent; B is independently from about 11 weight percent to about 18 weight percent; and C is independently from about 0 weight percent to about 3 weight percent.
A doctor blade chamber of a rotary printing press, wherein the doctor blade chamber has an ink chamber and a drain box, wherein the drain box has a first intermediate wall, which abuts against a sealing element of the doctor blade chamber , which during operation of the rotary printing press rests against a roll body, and a second intermediate wall , which abuts against the ink chamber, characterized in that the drain box has a removable drain box cartridge , in which excess ink is collected during the operation of the rotary printing press.
A method, comprising: at a mobile station , transmitting a pilot message to a base station in response to determining that no signal has been received at the mobile station within a predetermined time period or that a received signal has been below a predetermined intensity within a predetermined time period, said pilot message comprising a pilot tone sent at reduced bandwidth compared to signals sent by other mobile stations ; and receiving a response from the base station, said response beamsteered towards a receive direction and/or power of the pilot message; wherein the pilot tone is transmitted at a bandwidth smaller than for subsequent transmission of data. at a mobile station , transmitting a pilot message to a base station in response to determining that no signal has been received at the mobile station within a predetermined time period or that a received signal has been below a predetermined intensity within a predetermined time period, said pilot message comprising a pilot tone sent at reduced bandwidth compared to signals sent by other mobile stations ; and receiving a response from the base station, said response beamsteered towards a receive direction and/or power of the pilot message; wherein the pilot tone is transmitted at a bandwidth smaller than for subsequent transmission of data.
A depletion device for removing oxygen, carbon dioxide, or oxygen and carbon dioxide from a blood product selected from the group consisting of whole blood, leukocyte depleted blood, leukocyte and platelet depleted blood, a red blood cell suspension, and plasma comprising: (a) an enclosure ; (b) one or more liquid chambers wherein said one or more liquid chambers further comprise one or more flow control features to direct flow and disrupt laminar flow; (c) one or more depletion chambers comprising a flushing gas or a depletion material selected from the group consisting of an oxygen depletion media, a carbon dioxide depletion media, and combinations thereof; (d) at least one gas permeable barrier separating at least one of said one or more liquid chambers from said one or more depletion chambers; wherein said gas permeable barrier is permeable to oxygen, carbon dioxide or oxygen and carbon dioxide; (e) at least one liquid inlet in fluid communication with said one or more liquid chambers; and (f) at least one liquid outlet in fluid communication with said one or more liquid chambers. (a) an enclosure ; (b) one or more liquid chambers wherein said one or more liquid chambers further comprise one or more flow control features to direct flow and disrupt laminar flow; (c) one or more depletion chambers comprising a flushing gas or a depletion material selected from the group consisting of an oxygen depletion media, a carbon dioxide depletion media, and combinations thereof; (d) at least one gas permeable barrier separating at least one of said one or more liquid chambers from said one or more depletion chambers; wherein said gas permeable barrier is permeable to oxygen, carbon dioxide or oxygen and carbon dioxide; (e) at least one liquid inlet in fluid communication with said one or more liquid chambers; and (f) at least one liquid outlet in fluid communication with said one or more liquid chambers.
An article comprising first and second coextruded polymeric nettings , the first and second coextruded polymeric nettings each having a machine direction (MD) comprising: a plurality of pairs of: first segments each having first and second opposed major surfaces and a thickness (t 11 , t 12 ), the first segments comprising first material; second segments comprising second material, wherein adjacent first segments are joined together via a second segment , wherein the second segments extend from the second major surface past the first major surface of each first adjacent segment and has a distal end , the second segments having first and second opposed major surfaces , wherein there is a gap between adjacent second segments ; and a third material comprising adhesive, different from the first and second materials on at least one the first or second major surfaces first segment , wherein the first segments , second segments , and third material each extend continuously for at least 5 mm in the machine direction (MD), and wherein first and second materials of adjacent pairs are periodically bonded together in the machine direction (MD), wherein a portion of some of the first segments (1 10A) of the first coextruded polymeric netting are engaged between some of the adjacent first segments of the second coextruded polymeric netting . first segments each having first and second opposed major surfaces and a thickness (t 11 , t 12 ), the first segments comprising first material; second segments comprising second material, wherein adjacent first segments are joined together via a second segment , wherein the second segments extend from the second major surface past the first major surface of each first adjacent segment and has a distal end , the second segments having first and second opposed major surfaces , wherein there is a gap between adjacent second segments ; and a third material comprising adhesive, different from the first and second materials on at least one the first or second major surfaces first segment , wherein the first segments , second segments , and third material each extend continuously for at least 5 mm in the machine direction (MD), and wherein first and second materials of adjacent pairs are periodically bonded together in the machine direction (MD), wherein a portion of some of the first segments (1 10A) of the first coextruded polymeric netting are engaged between some of the adjacent first segments of the second coextruded polymeric netting .
A flame producing assembly comprising: a hood configured to shield a flame produced by the flame producing assembly from wind and/or protect a user from heat generated by the flame; characterized by a thermoresponsive coating provided on the hood, wherein the thermoresponsive coating is configured to undergo a reversible endothermic reaction or a reversible endothermic phase change when heated above about 35°C, more specifically above about 40°C, and in particular above about 50°C.
A method for detecting analytes in biological specimens using a liquid chromatography-mass spectroscopy in the analysis, comprising: analyzing a first sample to obtain a first result, the first sample including a first portion of a biological specimen; analyzing a second sample to obtain a second result, the second sample including a second portion of the biological specimen and a reference analyte at a defined concentration, wherein the first sample does not include the reference analyte; calculating a ratio between (i) the first result and (ii) a difference between the second result and the first result; and comparing the ratio to a calibrated threshold ratio in order to detect said analytes. analyzing a first sample to obtain a first result, the first sample including a first portion of a biological specimen; analyzing a second sample to obtain a second result, the second sample including a second portion of the biological specimen and a reference analyte at a defined concentration, wherein the first sample does not include the reference analyte; calculating a ratio between (i) the first result and (ii) a difference between the second result and the first result; and comparing the ratio to a calibrated threshold ratio in order to detect said analytes.
An acoustic screen system, comprising: - a base apparatus comprising an air-conditioning unit embodied to condition ambient air in a room; and - an acoustic screen which is fastened to the base apparatus by a fastening means , such that it can be folded down, and comprises an acoustic element which extends over an area and to which one or more LEDs are attached, wherein the air-conditioning unit suctions the ambient air through one or more air inlet opening(s) of the base apparatus by means of a fan unit and expels it through an air outlet opening of the base apparatus which, when the acoustic screen is in an operational position in which it is folded onto the base apparatus , is connected to air outlet slits , which at least partially enclose the acoustic element in the shape of a frame, via a first air space of the acoustic screen which extends above and substantially parallel to the acoustic element . - a base apparatus comprising an air-conditioning unit embodied to condition ambient air in a room; and - an acoustic screen which is fastened to the base apparatus by a fastening means , such that it can be folded down, and comprises an acoustic element which extends over an area and to which one or more LEDs are attached,
A Seebeck/Peltier effect bidirectional thermoelectric conversion device using nanowires on a substrate , comprising: at least an array of spaced parallel nanowires the section of which has at least a linear size or diameter lower than 40 nm; a substrate of lower electrical conductivity than the electrical conductivity of a material constituting the nanowires, said substrate having a planar surface on which the nanowires are formed; a layer of dielectric material of low heat conductivity and of thickness greater than a height of said nanowires on said substrate surface, filling separation spaces between the parallel nanowires of said array; electrical connection metallizations on the ends of said nanowires, on opposite sides of the array, interconnecting the nanowires in groups of nanowires electrically in parallel and electrically in series to other groups of nanowires connected in parallel and connecting the series-parallel network of nanowires to an external circuit; surfaces coincident with the ends of the nanowires on one side and on the other of said opposite sides of the array constituting surfaces held at different temperatures of the conversion device; characterized in that said spaced parallel nanowires lay for their whole length onto said planar surface of the substrate; said layer of dielectric material is placed on said substrate surface to fill the separation spaces between parallel nanowires of said array encapsulating the nanowires for their whole length onto the substrate surface. at least an array of spaced parallel nanowires the section of which has at least a linear size or diameter lower than 40 nm; a substrate of lower electrical conductivity than the electrical conductivity of a material constituting the nanowires, said substrate having a planar surface on which the nanowires are formed; a layer of dielectric material of low heat conductivity and of thickness greater than a height of said nanowires on said substrate surface, filling separation spaces between the parallel nanowires of said array; electrical connection metallizations on the ends of said nanowires, on opposite sides of the array, interconnecting the nanowires in groups of nanowires electrically in parallel and electrically in series to other groups of nanowires connected in parallel and connecting the series-parallel network of nanowires to an external circuit; surfaces coincident with the ends of the nanowires on one side and on the other of said opposite sides of the array constituting surfaces held at different temperatures of the conversion device;
Trousers comprising: a waist protection belt that is detachably attached to a belt cloth of the trousers ; a back body part ; a trouser body ; and a position adjusting part that is provided at a substantially center part of the waist protection belt and is provided at a position on a back surface of the belt cloth corresponding to the waist part of the trouser body , wherein the position adjusting part is configured to adjustably change an attachment position of the waist protection belt in a vertical direction with respect to the trouser body , characterised in that the trouser body includes a stretchable cloth configured to stretch in the vertical direction at a position corresponding to a waist part of a back body part of the trousers . a waist protection belt that is detachably attached to a belt cloth of the trousers ; a back body part ; a trouser body ; and a position adjusting part that is provided at a substantially center part of the waist protection belt and is provided at a position on a back surface of the belt cloth corresponding to the waist part of the trouser body , wherein the position adjusting part is configured to adjustably change an attachment position of the waist protection belt in a vertical direction with respect to the trouser body , characterised in that the trouser body includes a stretchable cloth configured to stretch in the vertical direction at a position corresponding to a waist part of a back body part of the trousers .