mhurhangee/ep-ind-claims huggingface dataset:
A mask (950, 1050) for processing a substrate, the mask (950,1050) comprising: one or more first apertures disposed in a first row; one or more second apertures disposed in a second row; and one or more third apertures disposed in a third row, each row extending along a width direction of the mask (950, 1050), wherein the second row is adjacent to the first and third rows (955a, 955c) and disposed between the first and third rows (955a, 955c), the one or more first apertures and the one or more second apertures are not aligned along a height direction of the mask (950, 1050), the mask (950, 1050) being characterized in that the one or more first apertures and the one or more third apertures are aligned along the height direction of the mask (950, 1050). one or more first apertures disposed in a first row; one or more second apertures disposed in a second row; and one or more third apertures disposed in a third row, each row extending along a width direction of the mask (950, 1050), wherein the second row is adjacent to the first and third rows (955a, 955c) and disposed between the first and third rows (955a, 955c), the one or more first apertures and the one or more second apertures are not aligned along a height direction of the mask (950, 1050), the mask (950, 1050) being characterized in that the one or more first apertures and the one or more third apertures are aligned along the height direction of the mask (950, 1050).
A polypeptide that consists of at least one, at least two, at least three or all four of amino acid sequences SEQ ID NO: 5, SEQ ID NO: 2, SEQ ID NO: 3 and SEQ ID NO: 4, wherein the polypeptide elicits an antibody specific for sclerostin of SEQ ID NO: 1 when the polypeptide is administered to an animal.
A method of removing a metal from hydrocarbon oil, comprising: (a) supplying a feed including hydrocarbon oil; (b) mixing the feed with a mixture comprising a metal scavenger that is added at a first position and a second aqueous solution that is separated in a second desalting device to prepare a first mixture in a first mixer, wherein the first position is an upstream of the first mixer; (c) separating the first mixture into a first aqueous solution phase and a first hydrocarbon phase, and discharging the separated first aqueous solution phase; (d) mixing the first hydrocarbon phase, separated in (c), with washing water to produce a second mixture; (e) separating the second mixture into a second aqueous solution phase and a second hydrocarbon phase; and (f) recovering the separated second hydrocarbon phase and recirculating the separated second aqueous solution phase back to (b), wherein in (d), the separated first hydrocarbon phase is further mixed with an additional metal scavenger, as well as the washing water, wherein a weight ratio of the metal scavenger that is added at the first position to the additional metal scavenger in (d) (a weight of the metal scavenger that is added at the first position / a weight of the additional metal scavenger in (d)) ranges from 1 to 4, wherein the metal scavenger is selected from the group consisting of adipic acid, malonic acid, glutaric acid, pyruvic acid, 3-hydroxypropanoic acid, and mesaconic acid; wherein the metal scavenger is a carboxylic acid composed of carbon, hydrogen and oxygen, without other impurities. (a) supplying a feed including hydrocarbon oil; (b) mixing the feed with a mixture comprising a metal scavenger that is added at a first position and a second aqueous solution that is separated in a second desalting device to prepare a first mixture in a first mixer, wherein the first position is an upstream of the first mixer; (c) separating the first mixture into a first aqueous solution phase and a first hydrocarbon phase, and discharging the separated first aqueous solution phase; (d) mixing the first hydrocarbon phase, separated in (c), with washing water to produce a second mixture; (e) separating the second mixture into a second aqueous solution phase and a second hydrocarbon phase; and (f) recovering the separated second hydrocarbon phase and recirculating the separated second aqueous solution phase back to (b),
Cartridge system for mixing and applying a mixing ware, in particular a medical cement, comprising two cartridges (30, 330) that are arranged parallel to each other, and a mixing space (20, 320) having an outlet opening, whereby the cartridges (30, 330) each comprise at least one opening in the cartridge walls (32, 332) that connect(s) the cartridges (30, 330) to the mixing space (20, 320), and the cartridges (30, 330) each comprise a feed plunger (62, 362) for expelling starting components of the mixing ware out of the cartridges (30, 330) through the openings, whereby a closure that can be shifted in the mixing space (32, 320) is arranged in the mixing space in a manner such that it closes the openings of the cartridges (30, 330) in a starting position and in that the openings to the mixing space (20, 320) are opened, at least in part, in a final position of the shiftable closure, whereby the shiftable closure can be shifted from the starting position to the final position, characterised in that the shiftable closure is a hollow body that is open on both sides, and a dispensing tube is arranged such as to be shiftable on the inside of the mixing space (20, 320), whereby the dispensing tube comprises an open dispensing tube tip that faces the dispensing opening or projects from it and an extension facing the cartridge floor, which extension is completely closed in the direction of the cartridge floor, and the extension comprises openings (385, 485) in the side walls facing the cartridge walls, whereby a continuous connection extends on the inside of the dispensing tube from the openings (385, 485) to the dispensing tube tip, whereby the external diameter of the extension (386, 486) is smaller than or equal to the internal diameter of the mixing space (20, 320) and is larger than the internal diameter of the closure, whereas the remainder of the dispensing tube that is situated inside the mixing space (20, 320) has an external diameter that is smaller than the internal diameter of the closure.
An assembly comprising a system having a controlled interior environment comprising a cabinet defining an internal chamber, upper and lower nip rollers (76, 44) mounted on the cabinet and forming a nip through which a web of material can pass; and an airfoil assembly for minimizing entry of air into said system 2. comprising an upper airfoil cantilevered from the cabinet, the upper airfoil comprising a first wall and a second wall, the first wall having a rear end, a forward end, an upper surface and a lower surface, the rear end of the first wall being arranged relative to the cabinet more proximate to the upper nip roller than the forward end such that the forward end is spaced from the cabinet, the second wall having a top end, a forward surface and a rearward surface, the second wall extending upwardly from the upper surface of the first wall and at an angle relative to the first wall, a lower airfoil cantilevered from the cabinet, the lower airfoil comprising a first wall and a second wall, the first wall of the lower airfoil having a rear end, a forward end, an upper surface and a lower surface, the rear end of the first wall of the lower airfoil being arranged relative to the cabinet more proximate to the lower nip roller than the forward end of the lower airfoil such that the forward end of the lower airfoil is spaced from the cabinet, the second wall of the lower airfoil having a top end, a forward surface and a rearward surface, the second wall of the lower airfoil extending downwardly from the lower surface of the first wall of the lower airfoil and at an angle relative to the first wall of the lower airfoil, wherein the airfoils (78, 178) are configured to deflect encountered air entrained by the web on the web's upper and lower surface.
A catheter assembly comprising: a catheter adapter having a catheter hub that couples to a catheter that extends distally from the distal end of the catheter hub; an introducer needle having a lumen extending therethrough; a needle hub coupled to a proximal end of the introducer needle; characterized by a flash chamber removably coupled to the needle hub, the flash chamber comprising a body and an air permeable membrane coupled to the body, an internal cavity of the body of the flash chamber being in fluid communication with the lumen of the introducer needle when the flash chamber is coupled to the needle hub, and a portion of the body of the flash chamber being compressible; and a safety barrel having a spring and a button, wherein when the button is pressed, a fastener that holds the introducer needle releases, wherein the needle hub is configured to move proximally within the safety barrel via a spring force to thereby draw the introducer needle into the safety barrel, and wherein the safety barrel includes an opening at the proximal end through which at least a portion of the flash chamber extends after the introducer needle is drawn into the safety barrel thereby allowing the portion of the flash chamber to be gripped to remove the flash chamber from the needle hub. a catheter adapter having a catheter hub that couples to a catheter that extends distally from the distal end of the catheter hub; an introducer needle having a lumen extending therethrough; a needle hub coupled to a proximal end of the introducer needle; characterized by a flash chamber removably coupled to the needle hub, the flash chamber comprising a body and an air permeable membrane coupled to the body, an internal cavity of the body of the flash chamber being in fluid communication with the lumen of the introducer needle when the flash chamber is coupled to the needle hub, and a portion of the body of the flash chamber being compressible; and a safety barrel having a spring and a button, wherein when the button is pressed, a fastener that holds the introducer needle releases, wherein the needle hub is configured to move proximally within the safety barrel via a spring force to thereby draw the introducer needle into the safety barrel, and wherein the safety barrel includes an opening at the proximal end through which at least a portion of the flash chamber extends after the introducer needle is drawn into the safety barrel thereby allowing the portion of the flash chamber to be gripped to remove the flash chamber from the needle hub.
A housing comprising: a bottom cover; a top cover; and a reinforcing structure (3, 34) that is disposed in a space divided by the bottom cover and the top cover and has an opening in a part of the reinforcing structure (3, 34), the reinforcing structure (3, 34) having a rim, the rim being joined to the bottom cover or the top cover to form a hollow structure, where the projected area of the reinforcing structure (3, 34) in a direction of the bottom cover or the top cover to which the rim of the reinforcing structure (3, 34) is joined is within a range of 60% or more and 95% or less of the area of the bottom cover or the top cover to which the rim of the reinforcing structure (3, 34) is joined.
A portable ultrasound apparatus comprising: two probes (112,114) having different specifications; a sensing unit for detecting an activated probe (112, 114) from among the two probes (112, 114); and a display unit comprising a first display unit and a second display unit, facing each other at the portable ultrasound apparatus, the first display unit configured to display an ultrasound image that is generated based on ultrasound data received by one of the two probes (112,114), the second display unit configured to display a control screen so as to control at least one of the ultrasound data and the ultrasound image, wherein the two probes (112,114) are positioned on two opposite sides of the portable ultrasound apparatus, wherein the first display unit displays the ultrasound image rotated according to the activated probe (112,114) from among the two probes (112,114). two probes (112,114) having different specifications; a sensing unit for detecting an activated probe (112, 114) from among the two probes (112, 114); and a display unit comprising a first display unit and a second display unit, facing each other at the portable ultrasound apparatus, the first display unit configured to display an ultrasound image that is generated based on ultrasound data received by one of the two probes (112,114), the second display unit configured to display a control screen so as to control at least one of the ultrasound data and the ultrasound image, wherein the two probes (112,114) are positioned on two opposite sides of the portable ultrasound apparatus, wherein the first display unit displays the ultrasound image rotated according to the activated probe (112,114) from among the two probes (112,114).
An icemaker for a refrigeration appliance, comprising: a motor having a shaft; a feeler arm coupling connected to the shaft of the motor, the motor operable to rotate the feeler arm coupling about a rotation axis; and a feeler arm rake hinged to the feeler arm coupling such that the feeler arm rake is rotatable relative to the feeler arm coupling about a hinge axis, the hinge axis being perpendicular to the rotation axis, wherein the feeler arm rake rotates with the feeler arm coupling about the rotation axis when the motor operates to rotate the feeler arm coupling, characterized by the feeler arm rake comprises an elongated plate and a sweep plate, and the sweep plate extends downwardly from the elongated plate, wherein the feeler arm rake comprises a plurality of lift plates extending downwardly from the elongated plate, and the plurality of lift plates are distributed along a transverse direction that is perpendicular to the rotation axis and the hinge axis, wherein each lift plate of the plurality of lift plates has an arcuate bottom surface. a motor having a shaft; a feeler arm coupling connected to the shaft of the motor, the motor operable to rotate the feeler arm coupling about a rotation axis; and a feeler arm rake hinged to the feeler arm coupling such that the feeler arm rake is rotatable relative to the feeler arm coupling about a hinge axis, the hinge axis being perpendicular to the rotation axis, wherein the feeler arm rake rotates with the feeler arm coupling about the rotation axis when the motor operates to rotate the feeler arm coupling, characterized by the feeler arm rake comprises an elongated plate and a sweep plate, and the sweep plate extends downwardly from the elongated plate, wherein the feeler arm rake comprises a plurality of lift plates extending downwardly from the elongated plate, and the plurality of lift plates are distributed along a transverse direction that is perpendicular to the rotation axis and the hinge axis, wherein each lift plate of the plurality of lift plates has an arcuate bottom surface.
Solid oxide electrolysis cell stack comprising a plurality of stacked cell units, each unit comprises a cell layer and an interconnect layer, wherein one interconnect layer separates one cell unit from the adjacent cell unit in the cell stack, wherein at least one of said layers in at least one cell unit has at least one primary gas inlet opening and wherein at least one adjacent layer in the same cell unit has at least one secondary gas inlet opening, wherein said primary gas inlet opening and said secondary gas inlet opening partly overlap, the overlap defines a common gas inlet zone where inlet gas flows from the primary gas inlet opening to the secondary gas inlet opening, the layer comprising the at least one secondary gas inlet opening further comprise at least one protrusion forming at least one gas inlet flow guide, said at least one gas inlet flow guide at least partly overlaps a part of said at least one primary gas inlet opening and thereby forms at least one multiple channel gas inlet.
A sensing head insert for a metal detector comprising an assembly of panels having a product sensing aperture for receiving products to be tested, each of said assembly of panels comprising a laminated assembly of: a. a first layer for supporting at least one sensing coil, b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer; wherein adjacent panels are secured together by a mechanical fastener; said mechanical fastener comprising: i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that adjacent panels are hermetically sealed by a rubberised strip. a. a first layer for supporting at least one sensing coil, b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer; i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that adjacent panels are hermetically sealed by a rubberised strip.
A lamp cap electrical connection structure comprising a substrate, a plastic piece and a lamp cap, wherein the lamp cap comprises a first electrode and a second electrode, the first electrode is insulated from the second electrode, the first electrode is fixed relative to the second electrode, the plastic piece is disposed above the first electrode, the substrate is fixed on the plastic piece, the substrate is provided with an electronic component and is provided with a first connection end and a second connection end electrically connected to the electronic component, the first electrode and the first connection end are electrically connected, the second electrode is a lever structure, the second connection end comprises a connection part and a contact part, the connection part is electrically connected to the electronic component on the substrate, and the contact part is electrically connected to one end of the second electrode, characterized in that the second connection end is disposed at the back side of the substrate, the contact part of the second connection end comprises a pair of elastic strips opposing to each other, and one end of the second electrode is plugged between the two elastic strips to perform electrical connection; and the first electrode is a lamp head housing further comprising an insulation sleeve, the insulation sleeve being fixed at the bottom of the first electrode,the middle of the insulation sleeve having a containing hole, and the second electrode being disposed in the containing hole; and in that the middle of the insulation sleeve has a supporting sleeve surrounding the containing hole, the inner wall of the support sleeve corresponds to the second electrode, a barb is disposed at an outer wall of the second electrode, and the barb is hooked to the inner wall of the supporting sleeve.
A method for connecting a transformer to a grid (200, 300) after a grid failure, comprising: detecting a recovery of the grid (200, 300); buffering energy of the grid (200, 300); charging a low-voltage side of the transformer with the buffered energy while a high-voltage side of the transformer is disconnected from the grid so that the high-voltage side of the transformer is substantially in phase with the grid (200, 300); and connecting the high-voltage side of the transformer and the grid (200, 300). detecting a recovery of the grid (200, 300); buffering energy of the grid (200, 300); charging a low-voltage side of the transformer with the buffered energy while a high-voltage side of the transformer is disconnected from the grid so that the high-voltage side of the transformer is substantially in phase with the grid (200, 300); and connecting the high-voltage side of the transformer and the grid (200, 300).
A process for the manufacturing the compound of the formula comprising the steps reaction step a) followed by reaction step b) a) oxidation of a compound of the formula to yield a compound of the formula; b) reduction of the compound of the formula to yield the compound of the formula characterized in that both reaction steps a) and b) are performed in at least one solvent of the formula wherein Y 1 and Y 2 represent independently from each other either H or a methyl or ethyl group; or in a two-phase solvent mixture comprising at least one solvent being of formula and at least one solvent which is not miscible with solvent of formula at room temperature in a volume ratio of / of between 1/50 and 50/1. a) oxidation of a compound of the formula to yield a compound of the formula; b) reduction of the compound of the formula to yield the compound of the formula characterized in that both reaction steps a) and b) are performed in at least one solvent of the formula wherein Y 1 and Y 2 represent independently from each other either H or a methyl or ethyl group;
A system for verifying integrity of a stream of image frames, said system comprising: a source side including an encoder logic module according to claim 13, a destination side including a decoder logic module acccording to claim 14. a source side including an encoder logic module according to claim 13, a destination side including a decoder logic module acccording to claim 14.
Refrigeration appliance, in particular a household refrigeration appliance, with a heat-insulating wall which delimits a cooled storage chamber, a reservoir let into the wall and a conduit for a heat transfer medium fluid, part of which forms a first heat exchanger arranged in thermal contact with the reservoir, and a shut-off element (21, 24, 27), which can be switched between a position that allows circulation of the heat transfer medium fluid in the conduit and a position that blocks circulation, and the conduit is a closed heat transfer medium circuit, a second part of which forms a second heat exchanger arranged in thermal contact with the storage chamber, and the second heat exchanger is arranged on an inner face of the heat-insulating wall, characterised in that the second heat exchanger is arranged between an inner skin and an insulating material layer of the heat-insulating wall.
Crushing apparatus for crushing material to be crushed, comprising a housing (12; 52); at least one crushing roller (30; 50); at least one mounting (20; 58) for mounting the crushing roller (30; 50); and at least one substantially sleeve-shaped receptacle installation (16; 36; 56) which is disposed between the housing (12; 52) and the mounting (20; 58) in such a manner that the receptacle installation (16; 36; 56) is rotatable relative to the housing (12; 52) about the central axis of said receptacle installation (16; 36; 56); wherein the mounting (20; 58) is attached so as to be eccentric in the receptacle installation (16; 36; 56) such that the mounting (20; 58) on account of a rotation of the receptacle installation (16; 36; 56) moves relative to the housing (12; 52); wherein the crushing apparatus has a pre-tensioning element which is disposed in such a manner that the latter by way of a pre-tensioning force biases the receptacle installation (16; 36; 56) towards the housing (12; 52), characterized in that at least one friction insert (14; 40) is disposed between the housing (12; 52) and the receptacle installation (16; 36; 56).