mhurhangee/patent-ind-claim-en huggingface dataset:
A building structure hydrophobization kit of parts, in particular masonry hydrophobization kit of parts, comprising A) a first composition, consisting of or containing a0) water, a1) at least one ketone solvent, alcohol solvent and/or ester solvent, in particular ketone solvent, and a2) at least one carboxylic acid having 1 to 10 carbon atoms and a3) at least one alkyl alkoxysilane and a4) at least one aminoalkyl alkoxysilane, aminoalkyl silane and/or amino alkoxysilane, in particular aminoalkyl alkoxysilane, and B) a second composition, consisting of or containing b1) at least one alkyl alkoxysilane and b2) at least one hydrocarbon solvent and b3) at least one alcohol solvent and/or b4) at least one ester solvent and/or b5) at least one ketone solvent. A) a first composition, consisting of or containing a0) water, a1) at least one ketone solvent, alcohol solvent and/or ester solvent, in particular ketone solvent, and a2) at least one carboxylic acid having 1 to 10 carbon atoms and a3) at least one alkyl alkoxysilane and a4) at least one aminoalkyl alkoxysilane, aminoalkyl silane and/or amino alkoxysilane, in particular aminoalkyl alkoxysilane, and a0) water, a1) at least one ketone solvent, alcohol solvent and/or ester solvent, in particular ketone solvent, and a2) at least one carboxylic acid having 1 to 10 carbon atoms and a3) at least one alkyl alkoxysilane and a4) at least one aminoalkyl alkoxysilane, aminoalkyl silane and/or amino alkoxysilane, in particular aminoalkyl alkoxysilane, B) a second composition, consisting of or containing b1) at least one alkyl alkoxysilane and b2) at least one hydrocarbon solvent and b3) at least one alcohol solvent and/or b4) at least one ester solvent and/or b5) at least one ketone solvent. b1) at least one alkyl alkoxysilane and b2) at least one hydrocarbon solvent and b3) at least one alcohol solvent and/or b4) at least one ester solvent and/or b5) at least one ketone solvent.
A method comprising: sending, to a user device , first data comprising one or more content fragments for storage in a storage medium of the user device ; storing second data comprising one or more content fragments in at least one remote location relative to the user device ; generating, by a computing device , a manifest comprising location information relating to the first data and the second data , wherein the manifest comprises one or more cost functions associated with delivery of the one or more content fragments to the user device , wherein the one or more cost functions are calculated by a computing device and are configured to indicate a cost to deliver, to the user device , a content fragment of the one or more content fragments of the second data from the at least one remote location or a cost to access a content fragment of the one or more content fragments of the first data from the storage medium of the user device ; sending, to the user device, the manifest; and receiving, from the user device a request for the second data based upon the one or more cost functions of the manifest. sending, to a user device , first data comprising one or more content fragments for storage in a storage medium of the user device ; storing second data comprising one or more content fragments in at least one remote location relative to the user device ; generating, by a computing device , a manifest comprising location information relating to the first data and the second data , wherein the manifest comprises one or more cost functions associated with delivery of the one or more content fragments to the user device , wherein the one or more cost functions are calculated by a computing device and are configured to indicate a cost to deliver, to the user device , a content fragment of the one or more content fragments of the second data from the at least one remote location or a cost to access a content fragment of the one or more content fragments of the first data from the storage medium of the user device ; sending, to the user device, the manifest; and receiving, from the user device a request for the second data based upon the one or more cost functions of the manifest.
Process for the extraction of silica from lignocellulosic plant matter, comprising the steps of: a) fractionating the lignocellulosic plant matter in the presence of an acid solution, so as to obtain a solid fraction comprising cellulose, b) extracting the silica from the solid fraction obtained in step a) with a basic solution, at a pH between 10 and 13 and at a temperature between 70°C and 90°C, so as to obtain a liquid phase comprising silica and a solid phase, c) separating the liquid phase and the solid phase which are obtained in step b), d) precipitating the silica which is comprised in the liquid phase, at a pH between 5 and 6. a) fractionating the lignocellulosic plant matter in the presence of an acid solution, so as to obtain a solid fraction comprising cellulose, b) extracting the silica from the solid fraction obtained in step a) with a basic solution, at a pH between 10 and 13 and at a temperature between 70°C and 90°C, so as to obtain a liquid phase comprising silica and a solid phase, c) separating the liquid phase and the solid phase which are obtained in step b), d) precipitating the silica which is comprised in the liquid phase, at a pH between 5 and 6.
A cooler for cooling bulk material, having - a supporting frame, which has at least a plurality of static crossmembers extending in a transverse direction of the cooler, - a plurality of static longitudinal members , which extend in a longitudinal direction of the cooler and are connected directly or indirectly to the crossmembers , - a plurality of static air admission gratings for deposition of the bulk material, wherein the air admission gratings have through openings extending in a vertical direction of the cooler for passage of a cooling gas flow, - a plurality of movable conveying elements, wherein the conveying elements each - have a drive member , which extends between in each case two of the air admission gratings in the longitudinal direction of the cooler, and - have one or more entrainment elements connected to the drive members , - a plurality of linear drives, each of which is supported, on the one hand, on one of the drive members and, on the other hand, on at least one of the longitudinal members , characterized in that the air admission gratings are arranged directly or indirectly on upper sides of the longitudinal members and are connected directly or indirectly to the longitudinal members , wherein the drive supports each extend between two of the longitudinal members in the longitudinal direction of the radiator. - a supporting frame, which has at least a plurality of static crossmembers extending in a transverse direction of the cooler, - a plurality of static longitudinal members , which extend in a longitudinal direction of the cooler and are connected directly or indirectly to the crossmembers , - a plurality of static air admission gratings for deposition of the bulk material, wherein the air admission gratings have through openings extending in a vertical direction of the cooler for passage of a cooling gas flow, - a plurality of movable conveying elements, wherein the conveying elements each - have a drive member , which extends between in each case two of the air admission gratings in the longitudinal direction of the cooler, and - have one or more entrainment elements connected to the drive members , - have a drive member , which extends between in each case two of the air admission gratings in the longitudinal direction of the cooler, and - have one or more entrainment elements connected to the drive members , - a plurality of linear drives, each of which is supported, on the one hand, on one of the drive members and, on the other hand, on at least one of the longitudinal members ,
A fin for a heat exchange tube comprising embossed or pressed arrowhead shapes arranged along a longitudinal axis of said fin, wherein said arrowhead shapes are arranged into pairs , characterised in that a pointed end of one arrowhead shape of a pair is nested into a forked end of a second arrowhead shape of a pair.
Battery module connector for electrically conductively connecting two battery modules , wherein the battery module connector comprises: a first contact element for electrically conductively contacting a first battery module ; a second contact element for electrically conductively contacting a second battery module ; a strip-like wire mesh which is electrically conductively connected at its first end to the first contact element and at its second end to the second contact element ; and at least one spring which is inserted into a section of the wire mesh between the first end and the second end and is designed to apply a spring force to the section in such a way that the section is expanded radially in relation to a longitudinal axis of the wire mesh . a first contact element for electrically conductively contacting a first battery module ; a second contact element for electrically conductively contacting a second battery module ; a strip-like wire mesh which is electrically conductively connected at its first end to the first contact element and at its second end to the second contact element ; and at least one spring which is inserted into a section of the wire mesh between the first end and the second end and is designed to apply a spring force to the section in such a way that the section is expanded radially in relation to a longitudinal axis of the wire mesh .
A package for inhibiting or preventing growth of microbes and/or for killing microbes in a closed container having a product located therein, the package comprising: a. a closed container defining an interior space therein; b. a product provided within the interior space; c. a headspace formed within a volume of the interior space that is not occupied by the product; and d. an antimicrobial releasing agent disposed within the interior space, the antimicrobial releasing agent releasing chlorine dioxide gas into the headspace by reaction of moisture with the antimicrobial releasing agent, wherein the antimicrobial releasing agent is provided in at least one entrained polymer article located within the interior space, the entrained polymer article comprising a monolithic material that includes a base polymer, the antimicrobial releasing agent and a channeling agent, wherein the monolithic material features channels through the entrained polymer formed of the channeling agent, wherein the base polymer is a polypropylene, polyethylene, polyisoprene, polybutadiene, polybutene, polysiloxane, polycarbonate, polyamide, ethylene-vinyl acetate copolymer, ethylene-methacrylate copolymer, poly(vinyl chloride), polystyrene, polyester, polyanhydride, polyacrylonitrile, polysulfone, polyacrylic ester, polyurethane, polyacetal, or a copolymer or mixture thereof, and wherein the channeling agent is a polyethylene glycol (PEG), ethylene-vinyl alcohol (EVOH), polyvinyl alcohol (PVOH), glycerin polyamine, polyurethane, polycarboxylic acid, propylene oxide polymerisate-monobutyl ether, propylene oxide polymerisate, ethylene-vinyl acetate, nylon 6, nylon 66, or a mixture thereof. a. a closed container defining an interior space therein; b. a product provided within the interior space; c. a headspace formed within a volume of the interior space that is not occupied by the product; and d. an antimicrobial releasing agent disposed within the interior space, the antimicrobial releasing agent releasing chlorine dioxide gas into the headspace by reaction of moisture with the antimicrobial releasing agent,
A heavy load tire comprising a tread portion , wherein the tread portion is partitioned into a plurality of portions by a widthwise groove extending in a tire widthwise direction (W), and at least one of a circumferential groove extending in a tire circumferential direction (U) and a tread end (TE) that is an end portion of the tread portion , the circumferential groove and the widthwise groove are formed on at least one side of a tire equator line (CL), the widthwise groove is composed of a first inner widthwise groove , which opens to the circumferential groove , extends inward in the tire widthwise direction (W), and reaches the tire equator line (CL), and a first outer widthwise groove , which is wider than the first inner widthwise groove , opens to the circumferential groove at a position opposed to the first inner widthwise groove , and extends outward in the tire widthwise direction (W), and are arrayed in the tire circumferential direction (U), the first inner widthwise groove has an inflection point (CP) where a direction of a convex or a concave with respect to the tire circumferential direction (U) changes, extends from the inflection point (CP) to the tire equator line (CL) with an angle against the tire widthwise direction (W) becoming smaller toward the tire equator line (CL), and has a curved convex shape toward a tire normal rotation direction (R) side from the inflection point (CP) to the circumferential groove , and a groove wall (16e1) forming the first outer widthwise groove on a side opposite to a tire normal rotation direction (R) extends outward in the tire widthwise direction (W) while being inclined toward a side opposite to the tire normal rotation direction (R), wherein the first inner widthwise groove and the first outer widthwise groove are connected with each other so that groove wall positions on the tire normal rotation direction (R) side are aligned, wherein the angle δ formed by the tire widthwise direction (W) and the groove wall (16e1) of the first outer widthwise groove on a side opposite to the tire normal rotation direction (R) is within the range of 0° < δ ≤ 30° at the opening position of the first outer widthwise groove and the circumferential groove , and wherein a groove wall forming the first outer widthwise groove on the tire normal rotation direction (R) side, which is a groove wall opposed to the groove wall (16e1) on a side opposite to a tire normal rotation direction (R), extends outward in the tire widthwise direction (W) while being inclined toward a side opposite to the tire normal rotation direction (R) and extends along the tire widthwise direction (W) in the middle, so that the first outer widthwise groove extends with the groove width becoming larger toward the outer side in the tire widthwise direction (W) from the middle.
A stator assembly , comprising: a cylindrical stator core , wherein multiple stator slots spaced out along a circumferential direction of the stator core exist on the stator core ; and a stator winding , wherein the stator winding comprises multiple conductor segments , each of the conductor segments comprises an intra-slot part disposed in a stator slot of the stator core , a first end and a second end that are disposed outside the stator core , the intra-slot part is connected between the first end and the second end, the second end of each of the multiple conductor segments forms a welding end , and a lead-out line from each phase of the stator winding is located at the welding end , wherein the stator winding includes at least one phase, said at least one phase including a star point line , and wherein all star point lines of each phase of the stator winding are located at the welding end ; the stator assembly further comprises a neutral line , and the neutral line is connected to each of the star point lines , wherein the neutral line forms a shape of an arc segment; characterized in that the star point lines of the stator winding are indirectly connected to the neutral line through at least one connection block . a cylindrical stator core , wherein multiple stator slots spaced out along a circumferential direction of the stator core exist on the stator core ; and a stator winding , wherein the stator winding comprises multiple conductor segments , each of the conductor segments comprises an intra-slot part disposed in a stator slot of the stator core , a first end and a second end that are disposed outside the stator core , the intra-slot part is connected between the first end and the second end, the second end of each of the multiple conductor segments forms a welding end , and a lead-out line from each phase of the stator winding is located at the welding end , wherein the stator winding includes at least one phase, said at least one phase including a star point line , and wherein all star point lines of each phase of the stator winding are located at the welding end ; the stator assembly further comprises a neutral line , and the neutral line is connected to each of the star point lines , wherein the neutral line forms a shape of an arc segment; characterized in that the star point lines of the stator winding are indirectly connected to the neutral line through at least one connection block .
An input device comprising: a base member ; a motor attached to the base member ; a rotation shaft configured to be rotated by the motor ; a worm gear that is configured to be rotated by the rotation shaft and that is attached to a drive shaft so as to be movable in an axial direction of the rotation shaft ; a first gear that is provided so as to be rotatable relative to the base member and that is engaged with the worm gear ; a rotor that is provided so as to be rotatable relative to the base member , that includes a second gear engaged with the first gear , and that is configured to undergo rotation operation performed by an operator, characterised by a movement member configured to be moved as the worm gear is moved in the axial direction; an elastic member configured to generate urging force in a direction in which the movement of the movement member is suppressed in accordance with a movement amount of the movement member ; a change amount detection unit configured to detect a change amount of a state that is changed in accordance with the movement of the movement member ; and a controller configured to perform drive control for the motor to change a sense of force applied to the operator via the rotor in accordance with the change amount detected by the change amount detection unit . a base member ; a motor attached to the base member ; a rotation shaft configured to be rotated by the motor ; a worm gear that is configured to be rotated by the rotation shaft and that is attached to a drive shaft so as to be movable in an axial direction of the rotation shaft ; a first gear that is provided so as to be rotatable relative to the base member and that is engaged with the worm gear ; a rotor that is provided so as to be rotatable relative to the base member , that includes a second gear engaged with the first gear , and that is configured to undergo rotation operation performed by an operator, characterised by a movement member configured to be moved as the worm gear is moved in the axial direction; an elastic member configured to generate urging force in a direction in which the movement of the movement member is suppressed in accordance with a movement amount of the movement member ; a change amount detection unit configured to detect a change amount of a state that is changed in accordance with the movement of the movement member ; and a controller configured to perform drive control for the motor to change a sense of force applied to the operator via the rotor in accordance with the change amount detected by the change amount detection unit .
A roomside replaceable fan filter unit - having a fan module and an aerosol injector integrated into a single unit, and - being configured to be installed in a structure bounding an area requiring delivery of filtered air, - said roomside replaceable fan filter unit further comprising a housing having ∘ a plurality of sidewalls and a top wall that define an interior volume , ∘ the side of the sidewalls, opposite the top wall , terminating in a filter receiving aperture adapted to receive a replaceable filter , and ∘ an air inlet , wherein the top wall includes the air inlet which allows air to enter the interior volume of the filter housing , and the fan module is configured to draw air through the air inlet of the filter housing and into the interior volume , the air ultimately flowing out of the housing through the filter receiving aperture and the filter when installed in the filter receiving aperture , and wherein the fan module is coupled to the housing and comprises an air moving blade , and the aerosol injector is disposed upstream of the air moving blade . - having a fan module and an aerosol injector integrated into a single unit, and - being configured to be installed in a structure bounding an area requiring delivery of filtered air, - said roomside replaceable fan filter unit further comprising a housing having ∘ a plurality of sidewalls and a top wall that define an interior volume , ∘ the side of the sidewalls, opposite the top wall , terminating in a filter receiving aperture adapted to receive a replaceable filter , and ∘ an air inlet , ∘ a plurality of sidewalls and a top wall that define an interior volume , ∘ the side of the sidewalls, opposite the top wall , terminating in a filter receiving aperture adapted to receive a replaceable filter , and ∘ an air inlet ,
A method for wireless communication, comprising: identifying data to be transmitted in a data packet to a receiver; identifying a first coding scheme and a second coding scheme for coding the data; identifying a first portion of the data packet and a second portion of the data packet, wherein the first portion of the data packet is associated with a different processing requirement than the second portion of the data packet; and transmitting the data packet, wherein the first portion of the data packet is transmitted according to the first coding scheme and the second portion of the data packet is transmitted according to the second coding scheme , wherein the first coding scheme for the first portion of the data packet uses a code rate or a block size that is reduced relative to a code rate or a block size used for the second portion of the data packet, wherein the first portion of the data packet is used to provide enhanced channel estimation information , and wherein the enhanced channel estimation information is used to support the code rate or block size of the second portion of the data packet. identifying data to be transmitted in a data packet to a receiver; identifying a first coding scheme and a second coding scheme for coding the data; identifying a first portion of the data packet and a second portion of the data packet, wherein the first portion of the data packet is associated with a different processing requirement than the second portion of the data packet; and transmitting the data packet, wherein the first portion of the data packet is transmitted according to the first coding scheme and the second portion of the data packet is transmitted according to the second coding scheme , wherein the first coding scheme for the first portion of the data packet uses a code rate or a block size that is reduced relative to a code rate or a block size used for the second portion of the data packet, wherein the first portion of the data packet is used to provide enhanced channel estimation information , and wherein the enhanced channel estimation information is used to support the code rate or block size of the second portion of the data packet.