mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a fluorosulfonyl group-containing compound of Formula 5, which comprises: reacting a compound represented by the following formula 1 with a sulfonating agent to obtain a compound represented by the following formula 2, reacting the compound represented by the following formula 2 with a chlorinating agent to obtain a compound represented by the following formula 3, reacting the compound represented by the following formula 3 with a fluorinating agent to obtain a compound represented by the following formula 4, and subjecting the compound represented by the following formula 4 to fluorination treatment to obtain a compound represented by the following formula 5: wherein R 1 and R 2 are a C 1-3 alkylene group, and R F1 and R F2 are a C 1-3 perfluoroalkylene group. reacting a compound represented by the following formula 1 with a sulfonating agent to obtain a compound represented by the following formula 2, reacting the compound represented by the following formula 2 with a chlorinating agent to obtain a compound represented by the following formula 3, reacting the compound represented by the following formula 3 with a fluorinating agent to obtain a compound represented by the following formula 4, and subjecting the compound represented by the following formula 4 to fluorination treatment to obtain a compound represented by the following formula 5:
Food matrix enriched with denatured whey proteins for the manufacture of a final food product, said matrix comprising, in admixture, at least one flour and whey proteins, said food matrix being characterized in that said whey proteins are denatured by chemical acidification at a pH of between 2 and 6, without thermal denaturation of the whey proteins, said denatured proteins being in powder form or in liquid form, the proportion of denatured proteins being between 5 and 20% (m/m), preferably between 10 and 15%, and even more preferably of the order of, or equal to, 12% by mass, relative to the total mass of food matrix.
A device for applying an adjustable and simultaneous compression on vessel access points, the device comprising: - a frame comprising a body with at least two cavities through the body to be placed about surfaces of a patient corresponding to the at least two cavities ; - at least two compression members to be movably fitted in the corresponding at least two cavities , wherein a portion of the frame defines a space into which a portion of the compression member is fitted; characterized in that : the portion of the compression member hinges around the space defined by the portion of the frame, a side of each one of the at least two compression members opposite a portion around which the portion of the compression member hinges comprises a locking mechanism which engages with the frame at an interface between said side and the frame to lock each one of the at least two compression members in a given hinge position for applying the adjustable and simultaneous compression by each one of the at least two compression members , and each of the at least two compression members comprises a bottom surface having a constant radius of curvature along a bottom thereof to provide patient comfort during wearing. - a frame comprising a body with at least two cavities through the body to be placed about surfaces of a patient corresponding to the at least two cavities ; - at least two compression members to be movably fitted in the corresponding at least two cavities , wherein a portion of the frame defines a space into which a portion of the compression member is fitted; the portion of the compression member hinges around the space defined by the portion of the frame, a side of each one of the at least two compression members opposite a portion around which the portion of the compression member hinges comprises a locking mechanism which engages with the frame at an interface between said side and the frame to lock each one of the at least two compression members in a given hinge position for applying the adjustable and simultaneous compression by each one of the at least two compression members , and each of the at least two compression members comprises a bottom surface having a constant radius of curvature along a bottom thereof to provide patient comfort during wearing.
An air conditioner comprising: an outdoor unit ; an indoor unit ; and a central controller connected to the indoor unit through a communication line, wherein the indoor unit is adapted to perform periodic communication for transmitting a plurality of periodic packets (510 to 530) to at least one of the outdoor unit and the central controller at predetermined periods, the indoor unit is adapted to change and transmit the plurality of periodic packets such that only data different from data included in the plurality of periodic packets transmitted in a previous period is transmitted in a current period so as to decrease load of the periodic communication, characterized in that the indoor unit is further adapted to rearrange data included in the plurality of periodic packets, to change the respective transmission periods of the plurality of rearranged periodic packets, and to transmit the plurality of periodic packets according to the changed transmission periods, wherein the plurality of periodic packets includes a first periodic packet , a second periodic packet and a third periodic packet , and wherein the indoor unit is adapted to split data included in the first periodic packet and to include the split data in the second periodic packet and the third periodic packet . an outdoor unit ; an indoor unit ; and a central controller connected to the indoor unit through a communication line, wherein the indoor unit is adapted to perform periodic communication for transmitting a plurality of periodic packets (510 to 530) to at least one of the outdoor unit and the central controller at predetermined periods, the indoor unit is adapted to change and transmit the plurality of periodic packets such that only data different from data included in the plurality of periodic packets transmitted in a previous period is transmitted in a current period so as to decrease load of the periodic communication, characterized in that the indoor unit is further adapted to rearrange data included in the plurality of periodic packets, to change the respective transmission periods of the plurality of rearranged periodic packets, and to transmit the plurality of periodic packets according to the changed transmission periods, wherein the plurality of periodic packets includes a first periodic packet , a second periodic packet and a third periodic packet , and wherein the indoor unit is adapted to split data included in the first periodic packet and to include the split data in the second periodic packet and the third periodic packet .
Method of assembling at least two sheets with an end portion of a first sheet overlapping an end portion of at least a second sheet including the following steps: - application of a waterproof bead of adhesive across a width of the end portion of one of the sheets , - overlapping of the end portions and crushing of the bead of adhesive between the end portions , - local attachment of the end portions to each other, - application of a first sealant bead of the mastic type on a free end of the end portion of the first sheet and on a zone facing the second sheet , - turning said at least two sheets upside down and applying a second sealing bead of mastic type to a free end of the end portion of the second sheet and to a area facing the first sheet . - application of a waterproof bead of adhesive across a width of the end portion of one of the sheets , - overlapping of the end portions and crushing of the bead of adhesive between the end portions , - local attachment of the end portions to each other, - application of a first sealant bead of the mastic type on a free end of the end portion of the first sheet and on a zone facing the second sheet , - turning said at least two sheets upside down and applying a second sealing bead of mastic type to a free end of the end portion of the second sheet and to a area facing the first sheet .
Shrink fit chuck having a receiving body , a receiving opening , arranged in the receiving body , for a tool shank, a storage and collecting space arranged in the front region of the receiving opening , and at least one coolant feed duct leading to the storage and collecting space , wherein the storage and collecting space is bounded toward the front by an annular web arranged at the front end of the receiving opening , the inside diameter of the annular web corresponds to the inside diameter of the receiving opening , and a plurality of outlet openings for a coolant passed into the storage and collecting space via the coolant feed duct to pass out of toward the outside are provided in the annular web , characterized in that the annular web is formed by a cover disc inserted into a recess at the front end of the receiving body .
A drying device comprising: a heating member configured to convey and heat a heating subject in a contact manner on which a liquid composition has been applied, the heating member comprising: a substrate ; a surface layer disposed on the substrate ; and a temperature measuring member configured to measure a temperature of a temperature measuring point in a region of the heating member that has contacted the heating subject in a non-contact manner; and a heating device configured to heat the heating subject via the surface layer ; characterized in that the surface layer comprises: a supporting layer comprising sulfuric acid anodized aluminum film having concave portions and non-concave portions; and a fluororesin (F) at least partially attached to the concave portions. a heating member configured to convey and heat a heating subject in a contact manner on which a liquid composition has been applied, the heating member comprising: a substrate ; a surface layer disposed on the substrate ; and a substrate ; a surface layer disposed on the substrate ; and a temperature measuring member configured to measure a temperature of a temperature measuring point in a region of the heating member that has contacted the heating subject in a non-contact manner; and a heating device configured to heat the heating subject via the surface layer ; characterized in that the surface layer comprises: a supporting layer comprising sulfuric acid anodized aluminum film having concave portions and non-concave portions; and a fluororesin (F) at least partially attached to the concave portions. a supporting layer comprising sulfuric acid anodized aluminum film having concave portions and non-concave portions; and a fluororesin (F) at least partially attached to the concave portions.
An output electrode assembly , comprising: a circuit board ; a connector , disposed at one end of the circuit board in a longitudinal direction (Y); an output electrode connecting sheet , spaced apart from the connector in a transverse direction(X); and a fastening base , having a partition wall located between the output electrode connecting sheet and the connector ; a first mounting portion formed on one side of the partition wall in the transverse direction (X), wherein the connector is fixedly mounted to the first mounting portion ; and a second mounting portion formed on the other side of the partition wall in the transverse direction (X), wherein the output electrode connecting sheet is fixedly mounted to the second mounting portion . a circuit board ; a connector , disposed at one end of the circuit board in a longitudinal direction (Y); an output electrode connecting sheet , spaced apart from the connector in a transverse direction(X); and a fastening base , having a partition wall located between the output electrode connecting sheet and the connector ; a first mounting portion formed on one side of the partition wall in the transverse direction (X), wherein the connector is fixedly mounted to the first mounting portion ; and a second mounting portion formed on the other side of the partition wall in the transverse direction (X), wherein the output electrode connecting sheet is fixedly mounted to the second mounting portion .
A drying device for drying a material, comprising: a first oven section ; a second oven section ; and a third oven section , the drying device is configured so that the material move and passes through the first oven section , the second oven section and the third oven section sequentially, wherein the second oven section has a larger air outlet area than the first oven section , and the first oven section has a larger air outlet area than the third oven section ; the first oven section has a plurality of first tuyeres , the second oven section has a plurality of second tuyeres , and the third oven section has a plurality of third tuyeres , both of the first tuyeres and the second tuyeres have a larger air outlet area than the third tuyeres ; the first tuyeres and the second tuyeres each comprise an air outlet face structure , and the air outlet face structure comprises a boosting part and an air outlet part which are superposed in an air outlet direction with a gap therebetween, the boosting part is formed with a plurality of first slits at intervals, and the air outlet part is formed with a plurality of second slits , the first slits being staggered with the second slits ; the boosting part comprises a first frame and a plurality of first connecting portions arranged in the first frame , each of the first connecting portions is connected to the first frame at two ends, and the first slits are formed between two adjacent ones of the first connecting portions . a first oven section ; a second oven section ; and a third oven section , the drying device is configured so that the material move and passes through the first oven section , the second oven section and the third oven section sequentially, wherein the second oven section has a larger air outlet area than the first oven section , and the first oven section has a larger air outlet area than the third oven section ; the first oven section has a plurality of first tuyeres , the second oven section has a plurality of second tuyeres , and the third oven section has a plurality of third tuyeres , both of the first tuyeres and the second tuyeres have a larger air outlet area than the third tuyeres ; the first tuyeres and the second tuyeres each comprise an air outlet face structure , and the air outlet face structure comprises a boosting part and an air outlet part which are superposed in an air outlet direction with a gap therebetween, the boosting part is formed with a plurality of first slits at intervals, and the air outlet part is formed with a plurality of second slits , the first slits being staggered with the second slits ; the boosting part comprises a first frame and a plurality of first connecting portions arranged in the first frame , each of the first connecting portions is connected to the first frame at two ends, and the first slits are formed between two adjacent ones of the first connecting portions .
A system for internal inspection of a gas turbine, comprising: a mounting flange for affixation to a gas turbine inspection port ; an inspection scope having an elongated body defining a central axis, a proximal end coupled to the mounting flange, and a distal end for insertion within a gas turbine inspection port; a linear drive for translating the inspection scope along its central axis, coupled thereto; a rotational drive for rotating the inspection scope about its central axis, coupled thereto; a camera head , having a field of view, coupled to the inspection scope body distal end; a camera coupled to the inspection scope, for capturing an image transmitted by the camera head; and a control system , coupled to the linear and rotational drives and the camera, for automatically positioning the inspection scope and field of view along a pre-designated navigation path within the gas turbine to an internal area of interest and for capturing a camera image thereof without human intervention. a mounting flange for affixation to a gas turbine inspection port ; an inspection scope having an elongated body defining a central axis, a proximal end coupled to the mounting flange, and a distal end for insertion within a gas turbine inspection port; a linear drive for translating the inspection scope along its central axis, coupled thereto; a rotational drive for rotating the inspection scope about its central axis, coupled thereto; a camera head , having a field of view, coupled to the inspection scope body distal end; a camera coupled to the inspection scope, for capturing an image transmitted by the camera head; and a control system , coupled to the linear and rotational drives and the camera, for automatically positioning the inspection scope and field of view along a pre-designated navigation path within the gas turbine to an internal area of interest and for capturing a camera image thereof without human intervention.
An animal cleaning tool for maintaining a hygiene of an animal , the animal cleaning tool comprising: a top housing portion and a bottom plate , the bottom plate having a set of brushing elements that are spaced apart and protrude outwardly from the bottom plate , wherein the top housing portion comprises an air supply conduit and a cleaning agent supply conduit adapted to be disposed within an interior of the top housing portion of the animal cleaning tool , and wherein the air supply conduit is configured to channel air from an air supply source to within the animal cleaning tool , and wherein the cleaning agent supply conduit is configured to channel cleaning agent from a cleaning agent supply source to within the animal cleaning tool , and characterized in that the animal cleaning tool further comprises: a nozzle that is fitted into a nozzle aperture in the top housing portion , wherein the nozzle is in fluid communication with the cleaning agent supply conduit in the top housing portion . a top housing portion and a bottom plate , the bottom plate having a set of brushing elements that are spaced apart and protrude outwardly from the bottom plate , wherein the top housing portion comprises an air supply conduit and a cleaning agent supply conduit adapted to be disposed within an interior of the top housing portion of the animal cleaning tool , and wherein the air supply conduit is configured to channel air from an air supply source to within the animal cleaning tool , and wherein the cleaning agent supply conduit is configured to channel cleaning agent from a cleaning agent supply source to within the animal cleaning tool , and characterized in that the animal cleaning tool further comprises: a nozzle that is fitted into a nozzle aperture in the top housing portion , wherein the nozzle is in fluid communication with the cleaning agent supply conduit in the top housing portion .
A dispensing device for dispensing a flowable product composition which comprises a plurality of product components which are held separately from one another until dispensing, the device having an actuating element for activating the product dispensing, having at least two inlet openings for the product components, having at least one outlet opening for dispensing the product composition, the inlet openings and outlet opening being fluidly interconnected, and having a mixing device which is arranged between the inlet openings and outlet opening , and which comprises a channel-like mixing section through which the product components can flow and has flow baffles for the purpose of a flow-induced mixing of the product components, and a two part structure comprising a lower part and an upper part , characterized in that the length (L) of the mixing section is greater than the largest outer dimension (I) of the dispensing device and is in a range of values of 6-15 cm, the ratio of the length (L) of the mixing section to the mean diameter of the channel-like mixing section being between 10:1 and 25:1.
A method executed by a terminal in a wireless communication system, the method comprising: discovering at least one available wireless local area network, WLAN; identifying a first policy related to a WLAN selection; generating a prioritized list of the at least one available WLAN based on the first policy; selecting a WLAN with a highest priority from the prioritized list based on the first policy; identifying an access network between the selected WLAN and a cellular network based on a second policy acquired from a network entity; and routing an internet protocol, IP, flow over the identified access network, wherein a WLAN reselection is not performed in case that a highest priority access network corresponding to a new internet protocol, IP, flow based on the second policy is a WLAN other than the selected WLAN. discovering at least one available wireless local area network, WLAN; identifying a first policy related to a WLAN selection; generating a prioritized list of the at least one available WLAN based on the first policy; selecting a WLAN with a highest priority from the prioritized list based on the first policy; identifying an access network between the selected WLAN and a cellular network based on a second policy acquired from a network entity; and routing an internet protocol, IP, flow over the identified access network, wherein a WLAN reselection is not performed in case that a highest priority access network corresponding to a new internet protocol, IP, flow based on the second policy is a WLAN other than the selected WLAN.
A composition comprising human T-cells expressing a second chimeric antigen receptor (CAR) for use in a method of treating a disease or condition that is a B cell malignancy in a human subject, the method comprising administering the composition to a human subject who has previously been treated with cells expressing a first chimeric antigen receptor (CAR), wherein: the first CAR specifically binds to an antigen associated with the disease or condition in the subject, wherein the antigen is selected from among CD19, CD20 and CD22; the disease or condition has relapsed or persists in the subject following administration of cells expressing the first CAR; and the second CAR, which is distinct from the first CAR, specifically binds to another antigen associated with the disease or condition that is selected from among CD19, CD22 and CD20 that is distinct from the antigen bound by the first CAR. the first CAR specifically binds to an antigen associated with the disease or condition in the subject, wherein the antigen is selected from among CD19, CD20 and CD22; the disease or condition has relapsed or persists in the subject following administration of cells expressing the first CAR; and the second CAR, which is distinct from the first CAR, specifically binds to another antigen associated with the disease or condition that is selected from among CD19, CD22 and CD20 that is distinct from the antigen bound by the first CAR.
Rail system of at least one onboard wall or one deckhouse wall on a ship, having wall elements, which are moveably held on the rail system, wherein the rail system has rails with a U-shaped cross section, wherein the free ends of the U-legs are angled inwards approximately at right angles and wherein each wall element is provided with at least one suspension element, which has a support body, the width of which is less than the internal cross section of the rails and which is equipped with rollers and wherein the support body has two walls aligned parallel to each other and that respectively one roller is arranged on these walls, wherein the support body is cuboid-shaped and wherein a transverse roller is additionally arranged on the support body on mutually opposite walls at the level of the rollers in each case and wherein the rail system has at least one station section for receiving the wall elements , characterized in that at least two support rollers protruding beyond the support body are arranged on a third wall of the support body , in that the support rollers are arranged on the support body on a third wall opposite the wall element , and in that the support rollers are arranged on the support body at differing height levels above the wall.