mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, including a processor, for improving a frame rate using a motion trajectory comprising: a feature point trajectory information determiner adapted to determine forward feature point trajectory information by tracing a feature point of a frame; a motion estimator adapted to perform a block-based backward motion estimation with respect to a current frame based on whether a feature point traced for each block of the current frame exists; a frame generator adapted to generate a new intermediate frame between the current frame and a previous frame using a motion vector determined according to the backward motion estimation; and an occlusion area detector adapted to detect an occlusion area between frames using the forward feature point trajectory information when the feature point is traced forward with respect to the plurality of frames, wherein the occlusion area is an area where feature point trajectory information may not be determined since a corresponding feature point between the frames does not exist and a type of the occlusion area includes a covered area and an uncovered area, wherein the frame generator generates the new intermediate frame using one frame from among the previous frame or the current frame depending on the type of occlusion area. a feature point trajectory information determiner adapted to determine forward feature point trajectory information by tracing a feature point of a frame; a motion estimator adapted to perform a block-based backward motion estimation with respect to a current frame based on whether a feature point traced for each block of the current frame exists; a frame generator adapted to generate a new intermediate frame between the current frame and a previous frame using a motion vector determined according to the backward motion estimation; and an occlusion area detector adapted to detect an occlusion area between frames using the forward feature point trajectory information when the feature point is traced forward with respect to the plurality of frames, wherein the occlusion area is an area where feature point trajectory information may not be determined since a corresponding feature point between the frames does not exist and a type of the occlusion area includes a covered area and an uncovered area, wherein the frame generator generates the new intermediate frame using one frame from among the previous frame or the current frame depending on the type of occlusion area.
A condensing boiler comprising a combustion chamber, heat exchanger, a fluid circuit connected to the heat exchanger and comprising an inlet for fluid to be heated and an outlet for heated fluid, an exhaust flue for exhausting combustion products from the combustion chamber, and a sump for collecting condensed water vapour from combustion products, wherein the condensing boiler further comprises a pressure relief valve operatively connected to the fluid circuit and the sump, the pressure relief valve comprises an exhaust port directly coupled to the sump, characterized in that the sump comprises a cover which is detachable or includes means to allow viewing of the sump through the cover in order to view the exhaust port of the pressure relief valve.
A pouch casing material which comprises a first cup and a second cup formed in one pouch film and stacked in such a manner that the insides of the cups (110, 120) face each other to form an electrode assembly receiving portion capable of enclosing an electrode assembly, the first cup and the second cup are spaced apart from each other with a cup connection having a predetermined width W interposed therebetween, and sealing portions extended from the cups (110, 120) and cup connection are formed integrally on the outer circumferential surface of the pouch casing material; each of the cups (110, 120) comprises a first lateral side portion (111, 121) extended from the cup connection and a second lateral side portion (112, 122) facing the first lateral side portion (111, 121); and the sum of the height Ha1 of the first lateral side portion of the first cup, the height Ha2 of the first lateral side portion of the second cup and the width W equals to the sum of the height Hb1 of the second lateral side portion of the first cup and the height Hb2 of the second lateral side portion of the second cup.
Tool half for an injection moulding machine for producing an injection moulded part having at least one bushing-like insert part, comprising: - a mould region, which forms at least part of a cavity for the injection moulded part; - a transport channel extending inside the tool half and through the mould region; - a feed channel, which is designed to feed the insert part into the tool half, extends vertically through the tool half and leads into a take-up region of the transport channel; - a positioning unit, which is designed, by virtue of a movement from a demoulding position into an injecting position, to penetrate an opening in the insert part and to take up the insert part as a result when said insert part is arranged in the take-up region of the transport channel, and to transport the taken-up insert part from the take-up region to an injection moulding position in the region of the mould region, characterized in that - the tool half comprises a holding jaw, which can be moved between a fixing position and an enabling position and is arranged below the feed channel for the purpose of taking up the insert part; - the holding jaw in the fixing position projects into the transport channel far enough that it blocks a movement of the insert part, arranged in the take-up region, in the direction of the mould region; - the holding jaw in the enabling position has been moved out of the transport channel far enough that it enables a movement of the positioning unit, together with the insert part that it has taken up, in the direction of the mould region. - a mould region, which forms at least part of a cavity for the injection moulded part; - a transport channel extending inside the tool half and through the mould region; - a feed channel, which is designed to feed the insert part into the tool half, extends vertically through the tool half and leads into a take-up region of the transport channel; - a positioning unit, which is designed, by virtue of a movement from a demoulding position into an injecting position, to penetrate an opening in the insert part and to take up the insert part as a result when said insert part is arranged in the take-up region of the transport channel, and to transport the taken-up insert part from the take-up region to an injection moulding position in the region of the mould region, characterized in that - the tool half comprises a holding jaw, which can be moved between a fixing position and an enabling position and is arranged below the feed channel for the purpose of taking up the insert part; - the holding jaw in the fixing position projects into the transport channel far enough that it blocks a movement of the insert part, arranged in the take-up region, in the direction of the mould region; - the holding jaw in the enabling position has been moved out of the transport channel far enough that it enables a movement of the positioning unit, together with the insert part that it has taken up, in the direction of the mould region.
A compound which is: wherein W is halogen or -OS 2 R L, R L is (C 1 -C 6)alkyl or aryl, wherein (C 1 -C 6)alkyl is optionally substituted with one or more halogen, and wherein aryl is optionally substituted with one or more halogen, (C 1 -C 6)alkyl or NO 2.
A method for serializing a plurality of products in a coding line, wherein each product is packed in a cuboid box, wherein the coding line comprises at least one slide and at least one main pusher being an actuator adapted for jointly moving the boxes on the slide in a row of the boxes through the coding line, wherein the coding line further comprises at least one printing system designed for printing a serial code onto each of the boxes, wherein the serial code comprises at least one unique serial number, and at least one camera designed for reading the serial code printed on each of the boxes, the method comprising the steps: a) retracting the main pusher to provide an open space at an initial section of the slide in front of the row of the boxes, whereby the open space is filled with at least one additional box; b) using the main pusher to exert a pushing force to jointly move the row of the boxes on the slide to pass the printing system, whereby the serial code is printed onto the at least one box passing the printing system, wherein the serial code comprises the at least one unique serial number, and the camera, whereby the serial code printed on the at least one box is read, until a final section of the slide is reached, where the row of the boxes is pushed from the slide; and c) reloading the coding line by providing at least one further additional box, wherein steps a) to c) define a pushing cycle of the coding line, wherein the coding line further comprises guide railings being arranged at least partially along at least one side of the slide, wherein a setting of the guide railings is adjusted perpendicular to the slide, whereby the coding line is adapted for processing various box dimensions. a) retracting the main pusher to provide an open space at an initial section of the slide in front of the row of the boxes, whereby the open space is filled with at least one additional box; b) using the main pusher to exert a pushing force to jointly move the row of the boxes on the slide to pass the printing system, whereby the serial code is printed onto the at least one box passing the printing system, wherein the serial code comprises the at least one unique serial number, and the camera, whereby the serial code printed on the at least one box is read, until a final section of the slide is reached, where the row of the boxes is pushed from the slide; and c) reloading the coding line by providing at least one further additional box, wherein steps a) to c) define a pushing cycle of the coding line, wherein the coding line further comprises guide railings being arranged at least partially along at least one side of the slide, wherein a setting of the guide railings is adjusted perpendicular to the slide, whereby the coding line is adapted for processing various box dimensions.
A dendritic cell targeting complex comprising: a. an anti-CD40 antibody or antigen-binding fragment thereof, wherein the anti-CD40 antibody or antigen-binding fragment thereof comprises an anti-CD40 antibody heavy chain variable region and an anti-CD40 antibody light chain variable region comprising at least six complementarity determining regions from an anti-CD40 antibody; and b. at least one human papillomavirus E6 or E7 antigen, wherein the E6 or E7 antigen or antigens are HPV type 16 antigens having a sequence at least 95% identical to SEQ ID NO: 1 or 2 or HPV type 18 antigens having a sequence at least 95% identical to SEQ ID NO: 3 or 4; for use in the treatment of a human papillomavirus related disease. a. an anti-CD40 antibody or antigen-binding fragment thereof, wherein the anti-CD40 antibody or antigen-binding fragment thereof comprises an anti-CD40 antibody heavy chain variable region and an anti-CD40 antibody light chain variable region comprising at least six complementarity determining regions from an anti-CD40 antibody; and b. at least one human papillomavirus E6 or E7 antigen, wherein the E6 or E7 antigen or antigens are HPV type 16 antigens having a sequence at least 95% identical to SEQ ID NO: 1 or 2 or HPV type 18 antigens having a sequence at least 95% identical to SEQ ID NO: 3 or 4;
A steering system for a wheel type construction machine, including a hydraulic pump connected to an engine, a steering motor connected to the hydraulic pump, a steering valve installed in a flow path between the hydraulic pump and the steering motor and configured to control the drive of the steering motor, a steering handle configured to operate the steering motor and the steering valve in response to an operator's steering manipulation, and a steering cylinder configured to steer the machine by changing a direction of wheels by means of a hydraulic fluid that is supplied from the hydraulic pump through the manipulation of the steering handle, the steering system comprising: a neutral mode control means configured to perform the shift of a mode to a steering mode in which a driving straightness restoring force is absent when a working mode is selected in which both a working operation and a traveling operation can be performed, and perform the shift of a mode to a steering mode in which the driving straightness restoring force is present in response to a traveling mode signal applied thereto when a traveling-dedicated mode is selected in which only the traveling operation can be performed, characterized in that the steering valve has a port which is internally provided with a first neutral mode position shifted to block a flow path between the steering cylinder and the steering motor when the working mode is selected in which both the working operation and the traveling operation can be performed, and a second neutral mode position shifted to connect the flow path between the steering cylinder and the steering motor in response to the traveling mode signal applied thereto when the traveling dedicated mode is selected in which only the traveling operation can be performed. a neutral mode control means configured to perform the shift of a mode to a steering mode in which a driving straightness restoring force is absent when a working mode is selected in which both a working operation and a traveling operation can be performed, and perform the shift of a mode to a steering mode in which the driving straightness restoring force is present in response to a traveling mode signal applied thereto when a traveling-dedicated mode is selected in which only the traveling operation can be performed,
A method for localized in situ detection of at least one target RNA in a sample of one or more cells that was formalin-fixed paraffin-embedded (FFPE), comprising: generating a cDNA complementary to an RNA in the sample; adding a ribonuclease to said sample to digest the RNA hybridized to said cDNA; contacting said sample with one or more padlock probes wherein said padlock probe(s) comprise terminal regions complementary to said cDNA and hybridizing said padlock probe to the cDNA at said complementary terminal regions; circularising said padlock probe(s) by ligating, directly or indirectly, the ends of said padlock probe(s); subjecting said circularized padlock probe(s) to rolling circle amplification; detecting the rolling circle amplification product(s). generating a cDNA complementary to an RNA in the sample; adding a ribonuclease to said sample to digest the RNA hybridized to said cDNA; contacting said sample with one or more padlock probes wherein said padlock probe(s) comprise terminal regions complementary to said cDNA and hybridizing said padlock probe to the cDNA at said complementary terminal regions; circularising said padlock probe(s) by ligating, directly or indirectly, the ends of said padlock probe(s); subjecting said circularized padlock probe(s) to rolling circle amplification; detecting the rolling circle amplification product(s).
Extruder for the viscosity-increasing preparation of meltable polymers, at least comprising a barrel having an inner barrel aperture in which an extruder screw having at least one extruder screw flight (31,..., 35) in the form of a helical coil is rotatably arranged, which extruder screw is divided in terms of its external diameter into a diameter start region, a diameter middle region and a diameter end region, wherein: - the diameter middle region has a greater external diameter than the rest of the diameter regions; - a respective transition cone zone (22, 24) is formed between diameter regions of different diameter; - at least one degassing zone is formed in the diameter middle region and has a barrel aperture from which at least one suction-removal opening extends to an outer side of the barrel, said suction-removal opening being arranged in an end portion (23.2) at the end of the degassing zone, - characterized in that, in the diameter middle region of the extruder screw, a flow channel which is formed between an extruder screw shaft core and an inner wall of the barrel aperture is in the form of an annular expansion nozzle, wherein the external diameter of the at least one extruder screw flight (32, 33, 34) is constant and the radial height of the flow channel becomes larger. - the diameter middle region has a greater external diameter than the rest of the diameter regions; - a respective transition cone zone (22, 24) is formed between diameter regions of different diameter; - at least one degassing zone is formed in the diameter middle region and has a barrel aperture from which at least one suction-removal opening extends to an outer side of the barrel, said suction-removal opening being arranged in an end portion (23.2) at the end of the degassing zone, - characterized in that, in the diameter middle region of the extruder screw, a flow channel which is formed between an extruder screw shaft core and an inner wall of the barrel aperture is in the form of an annular expansion nozzle, wherein the external diameter of the at least one extruder screw flight (32, 33, 34) is constant and the radial height of the flow channel becomes larger.
A card having a card length, a card width, and a card thickness, the card comprising: a metal layer having a top surface and a bottom surface extending parallel to each other; an opening in said metal layer (a) extending from said top surface to said bottom surface or (b) defined by a first region cut out region in said top surface of said metal layer and a second cut out region extending from said bottom surface of said metal layer and extending vertically below the first cut out region and generally in a symmetrical manner with respect to the first cut out region; and an integrated circuit module having a depth D1, a length L1 and a width W1 disposed within the opening or said first cut out region; said IC module having contacts positioned along the top surface of the metal layer and including RF transmission means for enabling contact and contactless operation of the card; a plug (34, 434) formed of non-RF-impeding material disposed within said opening or said second cut out region, the plug having lateral dimensions of L2 and W2, wherein L2 is equal to or greater than L1 and W2 is equal to or greater than W1; a ferrite layer attached to the bottom surface of the metal layer; a vertical hole (362, 436b) formed in the plug (34, 434) and through the ferrite layer; characterized in that: said vertical hole (362, 436b) has lateral dimensions L3 and W3, which lateral dimensions are less than the corresponding lateral dimensions, L1 and W1, of the IC module. a metal layer having a top surface and a bottom surface extending parallel to each other; an opening in said metal layer (a) extending from said top surface to said bottom surface or (b) defined by a first region cut out region in said top surface of said metal layer and a second cut out region extending from said bottom surface of said metal layer and extending vertically below the first cut out region and generally in a symmetrical manner with respect to the first cut out region; and an integrated circuit module having a depth D1, a length L1 and a width W1 disposed within the opening or said first cut out region; said IC module having contacts positioned along the top surface of the metal layer and including RF transmission means for enabling contact and contactless operation of the card; a plug (34, 434) formed of non-RF-impeding material disposed within said opening or said second cut out region, the plug having lateral dimensions of L2 and W2, wherein L2 is equal to or greater than L1 and W2 is equal to or greater than W1; a ferrite layer attached to the bottom surface of the metal layer; a vertical hole (362, 436b) formed in the plug (34, 434) and through the ferrite layer; characterized in that: said vertical hole (362, 436b) has lateral dimensions L3 and W3, which lateral dimensions are less than the corresponding lateral dimensions, L1 and W1, of the IC module.
Application head for the application of a covering material onto an object, at least comprising a base unit and a movable unit, wherein movable unit is movable with respect to base unit, a roller element for applicating said covering material onto the object, wherein the roller element is movable by an actuator means, at least one tensioning element for tensioning the covering material, at least one balancing element for pressure adjustment between application head and the object, wherein said balancing element is coupled with the movable unit and the base unit characterized in that the tensioning element is attached to the movable unit and deflectable with respect to the movable unit, wherein said balancing element is coupled with the movable unit and the base unit characterized in that the tensioning element is attached to the movable unit and deflectable with respect to the movable unit,
A method for use in a Long Term Evolution, LTE, system, according to which method a user terminal, UE, in a cell in the system receives transmission power control commands on a Physical Downlink Control Channel, PDCCH, the method being characterized in that if the UE decodes a PDCCH with Downlink Control Information, DCI, format 1A/1/2 and the corresponding detected Radio Network Temporary Identifier, RNTI, equals a group RNTI, the UE shall set the transmission power control command provided in that PDCCH to 0 dB.
A device for injecting at least one chemical substance and/or preparation into trees and/or palmaceae, that is hermetic and comprises a) a vessel with an elastic container located inside said vessel, the elastic container suitable for containing the chemical substance and/or preparation at a pressure between 1 and 1.8 bars, thus allowing the chemical substance and/or preparation to leave the device by the own pressure of the elastic container; b) a connecting element adapted to be introduced by one of its ends into the tree or palmaceae trunk; and c) an adapter system located at an outlet of the vessel for coupling to the connecting element by a second end thereof, characterized by the adapter system comprising a membrane-carrier element, a non-return valve or non-return membrane connectable to either the connecting element for injecting the chemical substance and/or preparation into the tree or a filling device for inserting said chemical substance and/or preparation in the elastic container, and an adapter system closing element, the adapter system allowing single or multiple loads of the elastic container by insertion of the chemical substances and/or preparations through the non-return membrane or non-return valve, without losses to the exterior. a) a vessel with an elastic container located inside said vessel, the elastic container suitable for containing the chemical substance and/or preparation at a pressure between 1 and 1.8 bars, thus allowing the chemical substance and/or preparation to leave the device by the own pressure of the elastic container; b) a connecting element adapted to be introduced by one of its ends into the tree or palmaceae trunk; and c) an adapter system located at an outlet of the vessel for coupling to the connecting element by a second end thereof, characterized by the adapter system comprising a membrane-carrier element, a non-return valve or non-return membrane connectable to either the connecting element for injecting the chemical substance and/or preparation into the tree or a filling device for inserting said chemical substance and/or preparation in the elastic container, and an adapter system closing element, the adapter system allowing single or multiple loads of the elastic container by insertion of the chemical substances and/or preparations through the non-return membrane or non-return valve, without losses to the exterior.