mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for encapsulating an organic electronic element, comprising: a curable compound; a thermal initiator; and a hardening retarder, and satisfying Equation 1 below. 0.03 < R / P < 0.6 wherein , R is a part by weight of the hardening retarder relative to 100 parts by weight parts of the curable compound, and P is a part by weight of the thermal initiator relative to 100 parts by weight of the curable compound, the thermal initiator is included in an amount of 0.06 to 0.25 part by weight relative to 100 parts by weight of the curable compound. a curable compound; a thermal initiator; and a hardening retarder, wherein , R is a part by weight of the hardening retarder relative to 100 parts by weight parts of the curable compound, and P is a part by weight of the thermal initiator relative to 100 parts by weight of the curable compound, the thermal initiator is included in an amount of 0.06 to 0.25 part by weight relative to 100 parts by weight of the curable compound.
An image forming apparatus comprising: an apparatus body to accommodate an image forming device ; a foreign object detector connected to the apparatus body, wherein the foreign object detector is to detect a foreign object beside the apparatus body; and a detector holding unit to hold the foreign object detector , characterised in that the foreign object detector and the detector holding unit are movable together into the apparatus body in a prescribed direction. an apparatus body to accommodate an image forming device ; a foreign object detector connected to the apparatus body, wherein the foreign object detector is to detect a foreign object beside the apparatus body; and a detector holding unit to hold the foreign object detector , characterised in that the foreign object detector and the detector holding unit are movable together into the apparatus body in a prescribed direction.
A resource sharing method comprising: acquiring , by a user device, address information of a resource to be shared in response to a sharing request; generating , by the user device, a two-dimensional barcode corresponding to the address information of the resource according to a command from a user via the user device; according to a sharing command from the user, encrypting, by the user device, the generated two-dimensional barcode and publishing , by the user device, the encrypted two-dimensional barcode to one or more of an Internet platform and an Internet communication application client via a network; and informing, by the user device, a target of resource sharing of an encryption password of the encrypted two-dimensional barcode, wherein the target of resource sharing interprets the encrypted two-dimensional barcode by using the encryption password. acquiring , by a user device, address information of a resource to be shared in response to a sharing request; generating , by the user device, a two-dimensional barcode corresponding to the address information of the resource according to a command from a user via the user device; according to a sharing command from the user, encrypting, by the user device, the generated two-dimensional barcode and publishing , by the user device, the encrypted two-dimensional barcode to one or more of an Internet platform and an Internet communication application client via a network; and informing, by the user device, a target of resource sharing of an encryption password of the encrypted two-dimensional barcode, wherein the target of resource sharing interprets the encrypted two-dimensional barcode by using the encryption password.
A catalyst composition comprising: an activator-support comprising a fluorided-chlorided silica-coated alumina; a metallocene compound; and optionally, a co-catalyst. an activator-support comprising a fluorided-chlorided silica-coated alumina; a metallocene compound; and optionally, a co-catalyst.
An insert molding method comprising: forming a concave portion on one surface of a primary molding section ; disposing an insert component on a bottom side of the concave portion of the primary molding section and laminating a heat-insulating component on an opening side of the concave portion ; and molding a secondary molding section to be disposed in contact with the one surface of the primary molding section , characterized in that the concave portion of the primary molding section includes a lower concave portion and an upper concave portion which are formed in multiple stages, and an area of an opening of the upper concave portion is larger than an area of an opening of the lower concave portion . forming a concave portion on one surface of a primary molding section ; disposing an insert component on a bottom side of the concave portion of the primary molding section and laminating a heat-insulating component on an opening side of the concave portion ; and molding a secondary molding section to be disposed in contact with the one surface of the primary molding section , characterized in that the concave portion of the primary molding section includes a lower concave portion and an upper concave portion which are formed in multiple stages, and an area of an opening of the upper concave portion is larger than an area of an opening of the lower concave portion .
An apparatus for determining a speed of a vehicle , the vehicle comprising sensors configured to determine a distance (d) to or a relative speed of an object in an environment of the vehicle , wherein the sensors comprise a camera for capturing an image of the object , characterized by - a data interface configured to receive sensor data from the sensors , the sensor data indicating the distance (d) to and/or the relative speed of the object , the data interface is further configured to receive the image of the object captured by the camera; and - a processing module configured to determine (i) a motion state of the object based on the received sensor data , and (ii) the speed of the vehicle based on the determined motion state and the received sensor data , the processing module is further configured to further determine the motion state of the object by performing an image recognition on the capture image to determine a shape or form of the object depicted in the captured image and to identify or classify the object to be a standard static object. - a data interface configured to receive sensor data from the sensors , the sensor data indicating the distance (d) to and/or the relative speed of the object , the data interface is further configured to receive the image of the object captured by the camera; and - a processing module configured to determine (i) a motion state of the object based on the received sensor data , and (ii) the speed of the vehicle based on the determined motion state and the received sensor data , the processing module is further configured to further determine the motion state of the object by performing an image recognition on the capture image to determine a shape or form of the object depicted in the captured image and to identify or classify the object to be a standard static object.
Method for determining the strength of a first adhesive joint (K1), produced from a first adhesive, between a synchronizer ring and a friction lining and/or the strength of the friction lining bonded to the synchronizer ring , having the following steps: providing a tensile/compression testing machine having a holding or supporting device for holding the synchronizer ring and having a connecting body , which is attached to a movable crossmember of the tensile/compression testing machine and which has a mating surface of corresponding design to the free surface of the friction lining , characterized by applying a second adhesive to the surface and/or the mating surface and producing a second adhesive joint (K2) between the connecting body and the friction lining under predetermined conditions, with the result that a joint is formed between the connecting body and the synchronizer ring, moving the crossmember relative to the holding or supporting device , with the result that an increasing force (Fz) is exerted on the joint, and measuring the force (Fz) at which the joint between the connecting body and the synchronizer ring breaks. providing a tensile/compression testing machine having a holding or supporting device for holding the synchronizer ring and having a connecting body , which is attached to a movable crossmember of the tensile/compression testing machine and which has a mating surface of corresponding design to the free surface of the friction lining , characterized by applying a second adhesive to the surface and/or the mating surface and producing a second adhesive joint (K2) between the connecting body and the friction lining under predetermined conditions, with the result that a joint is formed between the connecting body and the synchronizer ring, moving the crossmember relative to the holding or supporting device , with the result that an increasing force (Fz) is exerted on the joint, and measuring the force (Fz) at which the joint between the connecting body and the synchronizer ring breaks.
A cassette based fluid pumping system comprising: a pumping cassette having a first side including a plurality of valve wells and second side having a fluid bus , the first and second side each covered by a flexible membrane ; a control surface having a plurality of valve well control stations actuatable with respect to the flexible membrane covering the first side of the cassette to open and close the plurality of valve wells when the cassette is mated against the control surface ; and a pressure distribution assembly having a positive and negative pressure source and a number of pneumatic valves , characterized in that the cassette based fluid pumping system further comprises a controller configured to selectively actuate the number of pneumatic valves to apply pressure against the plurality of valve well control stations in a valve pumping sequence causing the plurality of valve wells to be opened and closed in sequence so as to pump fluid through the fluid bus of the pumping cassette from a source to a destination until a volume of the fluid displaced through the fluid bus of the pumping cassette from the source to the destination is within a range of a target volume. a pumping cassette having a first side including a plurality of valve wells and second side having a fluid bus , the first and second side each covered by a flexible membrane ; a control surface having a plurality of valve well control stations actuatable with respect to the flexible membrane covering the first side of the cassette to open and close the plurality of valve wells when the cassette is mated against the control surface ; and a pressure distribution assembly having a positive and negative pressure source and a number of pneumatic valves , characterized in that the cassette based fluid pumping system further comprises a controller configured to selectively actuate the number of pneumatic valves to apply pressure against the plurality of valve well control stations in a valve pumping sequence causing the plurality of valve wells to be opened and closed in sequence so as to pump fluid through the fluid bus of the pumping cassette from a source to a destination until a volume of the fluid displaced through the fluid bus of the pumping cassette from the source to the destination is within a range of a target volume.
Method for producing a heatable media line , comprising a media line , at least one line connector , a transition region between the media line and the line connector and at least one heating element , wherein the heating element has a small number of wires , in particular two wires, wherein the heating element is wound continuously around a tubular media line and the heating element is prefabricated fastened or fixed to the media line by at least one fastening means , the media line is cut to a first application-specific length which corresponds to the desired media line length (I R ) plus the heating element length (I H ) required for winding around the at least one line connector and the transition region , the fastening means is removed in the region outside the desired media line length (I R ), the heating element is unwound from the media line portion cut to the first length, the media line is cut to the desired media line length (I R ) to form a second media line portion , the media line portion is connected as the media line to the at least one line connector , and the heating element is wound around at least the at least one line connector .
A peptide consisting of the amino acid sequence set forth in SEQ ID NO: 1, or a peptide having the amino acid sequence set forth in SEQ ID NO: 1 in which 1 to 12 amino acids are substituted, deleted and/or added, and having the same growth-promoting activity for pancreatic hormone-producing cells as the one of SEQ ID NO: 1 and/or the same differentiation-induction promoting activity into pancreatic hormone-producing cells as the one of SEQ ID NO: 1.
A microcapsule for latent heat storage materials, the microcapsule comprising a metal core containing Zn and Al and a shell covering the metal core, wherein the shell of the microcapsule comprises an oxide film containing Zn and O, and an oxide film containing Al and O adjacent to an inner side of the oxide film containing Zn and O; and wherein, when the microcapsule is analyzed by an XRD (X-ray diffractometer) and results are subjected to quantitative analysis using a RIR (Reference Integrity Ratio) method, a mass ratio of ZnAl 2 O 4 is 4% or less. wherein the shell of the microcapsule comprises an oxide film containing Zn and O, and an oxide film containing Al and O adjacent to an inner side of the oxide film containing Zn and O; and wherein, when the microcapsule is analyzed by an XRD (X-ray diffractometer) and results are subjected to quantitative analysis using a RIR (Reference Integrity Ratio) method, a mass ratio of ZnAl 2 O 4 is 4% or less.
Activated contactless communication circuit comprising means for receiving and transmitting a data-carrying electromagnetic field , a first resonant circuit with a first antenna for receiving data and a second resonant circuit with a second antenna for transmitting data, said first and second resonant circuits being different from one another, characterized in that said circuit is designed to carry out phase synchronization, by changing the phase of a transmission frequency, so that said data transmission is carried out at a transmission frequency that is phase-synchronized with the frequency of the receiving electromagnetic field, and characterized in that said circuit is arranged so as to deactivate the first resonant circuit with first antenna while the second resonant circuit with the second antenna is active and vice versa. characterized in that said circuit is designed to carry out phase synchronization, by changing the phase of a transmission frequency, so that said data transmission is carried out at a transmission frequency that is phase-synchronized with the frequency of the receiving electromagnetic field, and characterized in that said circuit is arranged so as to deactivate the first resonant circuit with first antenna while the second resonant circuit with the second antenna is active and vice versa.
A composition comprising an inhibitor of extracellular human metallothionein (MT) for use in treating or limiting development of a disorder selected from the group consisting of type 2 diabetes, hepatitis caused by heavy alcohol use, medications, toxins or non-alcoholic steatohepatitis (NASH), and inflammatory liver disease, wherein the use comprises administering to a subject with the disorder or at risk of the disorder a therapeutically effective amount of the composition to treat or limit development of the disorder, wherein the inhibitor of extracellular human MT comprises an anti-MT antibody or an antigen-binding fragment thereof and/or an aptamer which specifically binds to extracellular human MT.
A gas turbine engine having an exhaust nozzle , the engine comprising: a fan operable to direct intake air to an intake portion of the gas turbine engine , the intake air is separated into multiple streams of air throughout the engine; a first duct that passes a first stream of air that is directed to a core of an engine ; a second duct that passes a second stream of air that is partitioned from the first stream of air, the second stream of air traverses a length of the engine ; a third duct that passes a third stream of air that is separated from the second stream of air, the third stream of air traverses a length of the engine and is injectable to a plenum (P) of a nozzle , the third stream separated by a pair of walls into a conditioned air stream and a bypass air stream that pass to the plenum (P); the engine further comprising a nozzle assembly that is selectively operable to control the flow of the first, second and third streams of air in order to accommodate varying flight operating demands, and a heat exchanger located in fluid communication with the third stream of air, wherein air is passed through the heat exchanger , and wherein the heat exchanger is operable to generate conditioned air that forms the conditioned air stream , and wherein some of the third stream in the third duct bypasses the heat exchanger to form the bypass stream . a fan operable to direct intake air to an intake portion of the gas turbine engine , the intake air is separated into multiple streams of air throughout the engine; a first duct that passes a first stream of air that is directed to a core of an engine ; a second duct that passes a second stream of air that is partitioned from the first stream of air, the second stream of air traverses a length of the engine ; a third duct that passes a third stream of air that is separated from the second stream of air, the third stream of air traverses a length of the engine and is injectable to a plenum (P) of a nozzle , the third stream separated by a pair of walls into a conditioned air stream and a bypass air stream that pass to the plenum (P); the engine further comprising a nozzle assembly that is selectively operable to control the flow of the first, second and third streams of air in order to accommodate varying flight operating demands, and a heat exchanger located in fluid communication with the third stream of air, wherein air is passed through the heat exchanger , and wherein the heat exchanger is operable to generate conditioned air that forms the conditioned air stream , and wherein some of the third stream in the third duct bypasses the heat exchanger to form the bypass stream .
A method of preparing an anion exchange membrane characterized by substituting sulfonic acid groups in a perfluorinated sulfonic acid electrolyte membrane with ammonium groups, which are anion-conductive functional groups, the method comprising: a) chlorinating sulfonic acid groups in a perfluorinated sulfonic acid electrolyte membrane; b) nitrating the chlorinated electrolyte membrane; c) aminating the nitrated electrolyte membrane; and d) activating the anion-conductive functional groups by treating the aminated electrolyte membrane under alkaline conditions. a) chlorinating sulfonic acid groups in a perfluorinated sulfonic acid electrolyte membrane; b) nitrating the chlorinated electrolyte membrane; c) aminating the nitrated electrolyte membrane; and d) activating the anion-conductive functional groups by treating the aminated electrolyte membrane under alkaline conditions.
A gas-insulated circuit breaker comprising: a housing defining a gas volume for a dielectric gas; a nominal contact system with a first nominal contact and a second nominal contact that are electrically connectable and disconnectable relative to one another, and an interruption contact system with a pin and a tulip corresponding to the pin such that they are electrically connectable to and disconnectable from one another, wherein at least the pin is moveable along an axis (A) of the gas-insulated circuit breaker for selectively providing and breaking an electrical connection with the tulip ; a guiding assembly including a guide sleeve and a guiding member , wherein the guiding member is coupled to the pin and configured to be moved together with the pin while being glidingly guided in the guide sleeve along a guiding length (L); and a gas damping assembly configured to damp a breaking movement of the pin by compressing the dielectric gas in an absorber volume and having at least one moveable absorption element configured to be moved at least partially along the guiding length (L) for compressing the dielectric gas in the absorber volume , characterized in that the absorber volume and the at least one moveable absorption element are arranged radially inward of the guide sleeve . a housing defining a gas volume for a dielectric gas; a nominal contact system with a first nominal contact and a second nominal contact that are electrically connectable and disconnectable relative to one another, and an interruption contact system with a pin and a tulip corresponding to the pin such that they are electrically connectable to and disconnectable from one another, wherein at least the pin is moveable along an axis (A) of the gas-insulated circuit breaker for selectively providing and breaking an electrical connection with the tulip ; a guiding assembly including a guide sleeve and a guiding member , wherein the guiding member is coupled to the pin and configured to be moved together with the pin while being glidingly guided in the guide sleeve along a guiding length (L); and a gas damping assembly configured to damp a breaking movement of the pin by compressing the dielectric gas in an absorber volume and having at least one moveable absorption element configured to be moved at least partially along the guiding length (L) for compressing the dielectric gas in the absorber volume , characterized in that the absorber volume and the at least one moveable absorption element are arranged radially inward of the guide sleeve .