mhurhangee/ep-ind-claims huggingface dataset:
An image processing method comprising: performing first image processing on a fundus image of a subject eye to extract a first non perfusion area candidate; characterised by: performing second image processing on the fundus image to extract a second non perfusion area candidate; and extracting as a predicted non perfusion area any candidate that is both the first non perfusion area candidate and the second non perfusion area candidate. performing first image processing on a fundus image of a subject eye to extract a first non perfusion area candidate; characterised by: performing second image processing on the fundus image to extract a second non perfusion area candidate; and extracting as a predicted non perfusion area any candidate that is both the first non perfusion area candidate and the second non perfusion area candidate. performing second image processing on the fundus image to extract a second non perfusion area candidate; and extracting as a predicted non perfusion area any candidate that is both the first non perfusion area candidate and the second non perfusion area candidate.
A method comprising: providing an open weave fiber glass scrim; and printing a discontinuous pattern of an adhesive on a major surface of the open weave fiber glass scrim, characterized in that the adhesive is a hot melt adhesive having sufficient viscosity at an application temperature used during the printing step to avoid wicking through the scrim. providing an open weave fiber glass scrim; and printing a discontinuous pattern of an adhesive on a major surface of the open weave fiber glass scrim, characterized in that the adhesive is a hot melt adhesive having sufficient viscosity at an application temperature used during the printing step to avoid wicking through the scrim.
A compressor system which is designed to provide compressed air with a reduced carbon dioxide concentration, with a compressor which comprises at least one compressor stage (3, 4, 5, 6,) at least one membrane separator which is arranged at the outlet side of the at least one compressor stage (3, 5, 6), a return conduit which connects a permeate outlet of the membrane separator to the inlet side of a compressor stage (3, 4, 5) which is situated upstream of the membrane separator, as well as at least one carbon dioxide separator which is arranged in the return conduit and which is designed to reduce the carbon dioxide concentration in a rinsing airflow which is fed through the return conduit to the inlet side of the upstream compressor stages (3, 4, 5, 6).
A battle arena game apparatus; comprising: a first lid having two launch openings (14, 16) to enable two players to each insert a spinning battle top through a corresponding launch opening of the first lid; a first base having a battling surface to enable spinning battle tops inserted through the two launch openings of the first lid to engage each other in combat; and characterized by a second lid having four launch openings (20, 22, 24, 26) to enable four players to each insert a spinning battle top through a corresponding launch opening of the second lid; and a second base mounting the first and second lids and having a support surface and a battling surface, the support surface for mounting the first base, and the battling surface to enable spinning battle tops inserted through the four launch openings in the second lid to engage each other in combat. a first lid having two launch openings (14, 16) to enable two players to each insert a spinning battle top through a corresponding launch opening of the first lid; a first base having a battling surface to enable spinning battle tops inserted through the two launch openings of the first lid to engage each other in combat; and characterized by a second lid having four launch openings (20, 22, 24, 26) to enable four players to each insert a spinning battle top through a corresponding launch opening of the second lid; and a second base mounting the first and second lids and having a support surface and a battling surface, the support surface for mounting the first base, and the battling surface to enable spinning battle tops inserted through the four launch openings in the second lid to engage each other in combat.
Pneumatic axle suspension for a rear axle of a vehicle, in particular a heavy goods vehicle, comprising: - a pair of spring beams for supporting the axle, each of the spring beams being arranged beneath a vehicle frame and extending perpendicular to the axle, - two pairs of air bellows (18,20), with each one pair being arranged at one side of the vehicle frame and comprising a front bellow and a rear bellow arranged in front of and behind the axle, respectively, to support the respective front or rear end of the spring beams at this side of the vehicle against the bottom of the frame, - a pair of hydraulic shock absorbers, each shock absorber being arranged to support one of the spring beams with respect to the frame, - a pair of front hangers, each front hanger extending downwardly from the frame in front of the axle, - a pair of longitudinal rods, each longitudinal rod extending between one front hanger and one spring beam and being pivotable linked with its ends to the front hanger and one spring beam, respectively, - a stabilizer bar which is generally U-shaped and disposed above the axle, with a traverse beam and two legs (48,50) extending from the ends of the traverse beam in a direction perpendicular to the axle, said suspension system being characterized by comprising: - a triangular rod being pivotable linked to an upper center portion of the axle and the frame, respectively, and in that the traverse beam is rotatable supported within pivot bearings directly fixed to the bottom of the frame behind said axle such that the legs (48,50) can perform a swiveling movement, and the ends of the legs (48,50) being pivotable linked to a front portion of the axle via generally perpendicular thrust rods and axle brackets mounted on top of the axle, with each thrust rod being pivotable hinged to one leg end and to one axle bracket, respectively. - a pair of spring beams for supporting the axle, each of the spring beams being arranged beneath a vehicle frame and extending perpendicular to the axle, - two pairs of air bellows (18,20), with each one pair being arranged at one side of the vehicle frame and comprising a front bellow and a rear bellow arranged in front of and behind the axle, respectively, to support the respective front or rear end of the spring beams at this side of the vehicle against the bottom of the frame, - a pair of hydraulic shock absorbers, each shock absorber being arranged to support one of the spring beams with respect to the frame, - a pair of front hangers, each front hanger extending downwardly from the frame in front of the axle, - a pair of longitudinal rods, each longitudinal rod extending between one front hanger and one spring beam and being pivotable linked with its ends to the front hanger and one spring beam, respectively, - a stabilizer bar which is generally U-shaped and disposed above the axle, with a traverse beam and two legs (48,50) extending from the ends of the traverse beam in a direction perpendicular to the axle, - a triangular rod being pivotable linked to an upper center portion of the axle and the frame, respectively,
A mat for providing non-skid support upon a flat surface comprising an upper surface, a lower surface parallel to the upper surface, and a plurality of projections extending from the lower surface to engage the flat surface, at least some projections having a straight axis and a cross section perpendicular to the straight axis that decreases from a base to a tip of the projection, wherein the at least some projections have a height measured along the axis and a width corresponding to its largest dimension measured parallel to a plane of the lower surface such that the ratio of the width to the height is greater than 1, wherein the at least some projections include a lower section and an upper section where the upper section terminates in the tip and has a conicity defined by the angle between the axis and an outer surface of the upper section from about 5° to about 60°, characterized in that the lower section extends from the lower surface of the mat to the upper section at an angle from about 1° to about 45°, wherein the lower section adjoins the upper section in a rounded section.
A communications controller comprising: a physical interface having a port for connection to a communication medium, and an output, and operating according to a protocol to provide a sequence of data bits with a first number of data bits to said output; a deserializer having an input coupled to said output of said physical interface, and an output adapted to provide, in response to said sequence of data bits, a first plurality of data bits at a first rate in a low frequency mode until said first number of data bits is provided and a second plurality of data bits at a second rate in a low latency mode until said first number of data bits is provided, wherein said first plurality is greater in number than said second plurality, and said second rate is higher than said first rate; and a receive block having an input coupled to said output of said deserializer, and an output. a physical interface having a port for connection to a communication medium, and an output, and operating according to a protocol to provide a sequence of data bits with a first number of data bits to said output; a deserializer having an input coupled to said output of said physical interface, and an output adapted to provide, in response to said sequence of data bits, a first plurality of data bits at a first rate in a low frequency mode until said first number of data bits is provided and a second plurality of data bits at a second rate in a low latency mode until said first number of data bits is provided, wherein said first plurality is greater in number than said second plurality, and said second rate is higher than said first rate; and a receive block having an input coupled to said output of said deserializer, and an output.
Glycine cleavage system comprising the enzymes GcvP, GcvT and GcvH, characterized in that said system comprises at least one of the following polypeptides: a) an enzyme GcvP having a sequence identity of at least 80% to the sequence according to SEQ ID NO: 40, b) an enzyme GcvT having a sequence identity of at least 80% to the sequence according to SEQ ID NO: 42, c) an enzyme GcvH having a sequence identity of at least 80% to the sequence according to SEQ ID NO: 38. a) an enzyme GcvP having a sequence identity of at least 80% to the sequence according to SEQ ID NO: 40, b) an enzyme GcvT having a sequence identity of at least 80% to the sequence according to SEQ ID NO: 42, c) an enzyme GcvH having a sequence identity of at least 80% to the sequence according to SEQ ID NO: 38.
Solenoid device having a magnet armature and an armature counterpiece which is arranged at the end of the magnet armature, wherein the magnet armature and the armature, counterpiece can be moved in relation to one another, and an air gap, via which a magnetic series connection of the solenoid device is present, is provided between a magnet armature end and an armature counterpiece end, wherein a disk which can be placed in contact at least in certain areas (20, 21) with the magnet armature end and the armature counterpiece end and is composed of a magnetizable material is arranged in the air gap, and wherein a magnetic shunt connection which extends at least in certain areas over the disk is present, in at least one position of the magnet armature and armature counterpiece with respect to one another, characterized in that in the at least one position of the magnet armature and armature counterpiece with respect to one another, preferably in any position, the series connection has a lower reluctance than the shunt connection which extends over the disk, wherein the armature counterpiece end is concave in certain areas and has, in order to reduce the reluctance of the series connection, at least one projection which protrudes toward the magnet armature end.
Isolated mutants of coryneform bacteria, which comprise a gene coding for a polypeptide having GTP-pyrophosphate kinase activity, characterized in that said polypeptide comprises an amino acid sequence selected from the group consisting of a) amino acid sequence according to SEQ ID NO: 6, and b) amino acid sequence according to SEQ ID NO: 6 including one or more, to a maximum of 5, insertions or deletions of amino acids, which comprises L-leucine in position 38 or in the position of the amino acid sequence that corresponds to position 38, wherein a position that corresponds to position 38 is to be understood as meaning that insertion or deletion of a codon coding for an amino acid in the N-terminal region based on position 38 of SEQ ID NO: 6 of the encoded polypeptide formally increases, in the case of an insertion, or decreases, in the case of a deletion, the indicated position and indicated length, in each case by one unit, with L-glutamic acid optionally being present in position 262. a) amino acid sequence according to SEQ ID NO: 6, and b) amino acid sequence according to SEQ ID NO: 6 including one or more, to a maximum of 5, insertions or deletions of amino acids, which comprises L-leucine in position 38 or in the position of the amino acid sequence that corresponds to position 38, wherein a position that corresponds to position 38 is to be understood as meaning that insertion or deletion of a codon coding for an amino acid in the N-terminal region based on position 38 of SEQ ID NO: 6 of the encoded polypeptide formally increases, in the case of an insertion, or decreases, in the case of a deletion, the indicated position and indicated length, in each case by one unit, with L-glutamic acid optionally being present in position 262.
A method comprising: enabling content in a first application on a communication device to be selected; enabling selected content to be stored in association with a contact profile for a contact associated with the first application; detecting initiation of an action associated with the contact within a second application; and making at least a portion of the selected content available to the second application to enable the at least a portion of the selected content to be used with the second application, wherein the at least a portion of the selected content comprises a filtered list of items based on correlating content in the action associated with the contact within the second application to the selected content stored in association with the contact profile, and wherein the at least a portion of the selected content is used with the second application by highlighting content in the second application which is correlated to the at least a portion of the selected content. enabling content in a first application on a communication device to be selected; enabling selected content to be stored in association with a contact profile for a contact associated with the first application; detecting initiation of an action associated with the contact within a second application; and making at least a portion of the selected content available to the second application to enable the at least a portion of the selected content to be used with the second application, wherein the at least a portion of the selected content comprises a filtered list of items based on correlating content in the action associated with the contact within the second application to the selected content stored in association with the contact profile, and
An appliance for dispensing a beverage, the appliance comprising: • a housing defining an inner space wherein a beverage keg is accommodated, wherein the keg is a bag-in-container type of keg comprising a rigid outer container and a squeezable inner bag holding the beverage, whereby upon insertion of a propellant in the intermediate space between the outer container and the inner bag, the inner bag is squeezed thereby urging the beverage out for dispensing, the keg extending along a gravitational direction, X 1, parallel to the gravity field, from a top position X 1,t, to a bottom position X 1,b, wherein X 1,t is higher in the gravity field than X 1,b when the appliance is in use; • a pressure unit for pressurising the intermediate space between the outer container and the inner bag of the keg; • a tap unit enabling dispensing beverage from said keg driven by pressure; • a cooling unit for cooling the beverage in said keg, the cooling unit suitable for cooling a specific cold area of the keg's outer wall to a temperature lower than any other point of the keg, characterised in that the cold area of the keg is located on the rigid outer container in the top third portion of the keg according to the X 1 direction. • a housing defining an inner space wherein a beverage keg is accommodated, wherein the keg is a bag-in-container type of keg comprising a rigid outer container and a squeezable inner bag holding the beverage, whereby upon insertion of a propellant in the intermediate space between the outer container and the inner bag, the inner bag is squeezed thereby urging the beverage out for dispensing, the keg extending along a gravitational direction, X 1, parallel to the gravity field, from a top position X 1,t, to a bottom position X 1,b, wherein X 1,t is higher in the gravity field than X 1,b when the appliance is in use; • a pressure unit for pressurising the intermediate space between the outer container and the inner bag of the keg; • a tap unit enabling dispensing beverage from said keg driven by pressure; • a cooling unit for cooling the beverage in said keg, the cooling unit suitable for cooling a specific cold area of the keg's outer wall to a temperature lower than any other point of the keg,
Domestic appliance comprising a treatment chamber, an electric control apparatus and a rod antenna having an elongate main body which is delimited in the longitudinal direction by two end faces (14.1, 14.2), the rod antenna being held in the treatment chamber by means of a mounting plate on a wall (2.1) of the treatment chamber and, when the domestic appliance is assembled, being held such that it is clamped to the mounting plate by an end face (14.1), it being possible to wirelessly transmit electric signals between a transmitting or receiving device (12.1, 12.2) arranged in the treatment chamber and the electric control apparatus by means of the rod antenna, characterised in that the clamping only permits the rod antenna to rotate about its longitudinal axis in a rotational direction, and in that, in the region of the other end face (14.2), the rod antenna is enclosed with play in the radial direction by a stop element which is attached to a wall of the treatment chamber or to a heating member of the domestic appliance.
A method of installing a fluid control device in a continuous flow state, the fluid control device including at least a housing to which a fluid pipe is externally fitted in a sealed state and a fluid control valve, having a valve body and a valve housing, insertable through the housing into a hole of the fluid pipe bored by a boring machine, characterized in that the method comprises the following steps: providing the housing having a first split body which constitutes an upper part side and a second split body which constitutes a lower part side, and the first split body of the housing includes a pipeline housing portion which is provided along the fluid pipe so as to be extended in the pipeline direction and a cylindrical neck portion which is provided at the substantial center of the pipeline housing portion so as to be branched and extended in the up and down direction and includes an open end portion opened upward and an opening opened laterally; installing, at the opening, an operation valve device having an operation valve body dividing an inside of the housing in an openable and closeable manner; opening the operation valve body while surrounding the open end portion in a sealed state; and inserting the fluid control valve communicating with the inside of the housing in a sealed state from the open end portion to an installation position in which a front end of the valve housing of the fluid control valve exceeds the opening of the neck portion so that an annular sealing member seals a gap between a peripheral surface of the valve housing and a peripheral surface of the neck portion at the installation position while an inner part side of the open end portion and an outer part side surrounding the open end portion in a sealed state have same pressure. providing the housing having a first split body which constitutes an upper part side and a second split body which constitutes a lower part side, and the first split body of the housing includes a pipeline housing portion which is provided along the fluid pipe so as to be extended in the pipeline direction and a cylindrical neck portion which is provided at the substantial center of the pipeline housing portion so as to be branched and extended in the up and down direction and includes an open end portion opened upward and an opening opened laterally; installing, at the opening, an operation valve device having an operation valve body dividing an inside of the housing in an openable and closeable manner; opening the operation valve body while surrounding the open end portion in a sealed state; and inserting the fluid control valve communicating with the inside of the housing in a sealed state from the open end portion to an installation position in which a front end of the valve housing of the fluid control valve exceeds the opening of the neck portion so that an annular sealing member seals a gap between a peripheral surface of the valve housing and a peripheral surface of the neck portion at the installation position while an inner part side of the open end portion and an outer part side surrounding the open end portion in a sealed state have same pressure.
A method of manufacturing a composite shell, comprising: infusing carbon fiber with a resin using a first mold to create a carbon fiber shell; injection molding a molding material onto the carbon fiber shell using a second mold to generate a molded shell, wherein said molding material is an elastomer and said injection molding of said molding material is performed to provide said carbon fiber shell with an inner overmolded elastomeric body; trimming the molded shell to create a trimmed shell; and clear coating the trimmed shell to create the composite shell. infusing carbon fiber with a resin using a first mold to create a carbon fiber shell; injection molding a molding material onto the carbon fiber shell using a second mold to generate a molded shell, wherein said molding material is an elastomer and said injection molding of said molding material is performed to provide said carbon fiber shell with an inner overmolded elastomeric body; trimming the molded shell to create a trimmed shell; and clear coating the trimmed shell to create the composite shell.