mhurhangee/ep-ind-claims huggingface dataset:
Application nozzle for application of a viscous material to workpieces, having a nozzle body and having an application channel for the viscous material that extends in the nozzle body from a material inlet opening all the way to a material outlet opening, wherein at least one filler body that narrows the cross-section of the application channel, extending from a first end arranged at a distance from the material inlet opening all the way to a second end arranged at the material outlet opening is arranged in the application channel, wherein the at least one filler body has a cross-section that increases in size from the first end to the second end and wherein the at least one filler body borders on the nozzle body directly over its entire length, characterized in that the at least one filler body is configured in one piece with the nozzle body.
Bearing with a sealing device comprising at least one sealing circular piece, an inner ring and an outer ring, one of the two rings being able to rotate relative to an axis, the circular piece being arranged between the two rings (2, 4), wherein the circular piece comprises two circular lips (300, 301) arranged in a groove (20, 44) at right angles to the rotation axis, provided on the face (21, 42) of one of the rings (2, 4), a first lip on the outside of the bearing and a second lip on the inside of the bearing extending substantially at right angles to the first lip, and a third circular lip pressing on said face (21, 42) of the ring (2, 4), and a fixing profile is fixed in a groove (41, 24) formed in the other outer ring (4, 2) characterised in that said second lip has a radius of curvature directed towards the interior between the two rings (2, 4).
System comprising a first housing part, a second housing part and a seal arrangement for sealing off a gap between the first housing part, which has a first end surface, and the second housing part, which has a second end surface situated opposite the first end surface, wherein the two end surfaces (13, 23) are flanges surfaces, bearing on one another, of a housing (11, 21), and wherein a gap is defined between the end surfaces (13, 23) and an inner side is defined on one side and an outer side is defined on the oppositely situated side, wherein the seal arrangement is suitable for use with a relatively low media pressure on the outer side and with a relatively high media pressure on the inner side, wherein a first accommodating groove which extends along the gap and opens towards the second end surface and has a first outer flank which faces towards the outer side is arranged in the first housing part, characterized in that a second accommodating groove which is situated opposite the first accommodating groove and has a second outer flank which faces towards the outer side is arranged in the second housing part, comprising a sealing strip extending along the accommodating grooves (14, 24), which has a flat configuration extending transversely to the end surfaces (13, 23) and bears against both outer flanks (15, 25), furthermore comprising an elastic spiral strip, the central axis of which is arranged within the first accommodating groove and which extends along the first accommodating groove and exerts compressive force on the sealing strip.
An identification system, comprising an identification card and a card reader, the identification card comprising a card body with graphic identification information, light emission means which, when the card cooperates with the card reader, are suitable for emitting the identification information as light emission, which light emission means comprise a substantially flat light emitting diode, hereinafter designated by FLED, connectable to an electrical source, which comprises one or more layers (7, 8, 12) for light emission, which one or more layers contain at least a part of the graphic identification information, the card reader comprising means (17,18) for detecting the identification information emitted by the light emission means, and wherein the identification information is made visible only when the identification card cooperates with the card reader which is adapted to make the identification information perceptible.
A recoater for a powder-layer three-dimensional printer comprising: a movable carriage adapted to controllably traverse a substrate; a powder reservoir having a first opening at or near its top adapted to receive a powder and a second opening at or near its bottom adapted to discharge the powder; a conveyor belt in operative communication with the second opening of the powder reservoir and adapted to convey powder from the powder reservoir and to dispense the conveyed powder as a powder curtain; and a powder deflector; wherein the powder reservoir, the conveyor belt, and the powder deflector are carried by the carriage and the powder deflector is positioned to deflect the powder curtain onto the substrate emanating from the conveyor belt. a movable carriage adapted to controllably traverse a substrate; a powder reservoir having a first opening at or near its top adapted to receive a powder and a second opening at or near its bottom adapted to discharge the powder; a conveyor belt in operative communication with the second opening of the powder reservoir and adapted to convey powder from the powder reservoir and to dispense the conveyed powder as a powder curtain; and a powder deflector; wherein the powder reservoir, the conveyor belt, and the powder deflector are carried by the carriage and the powder deflector is positioned to deflect the powder curtain onto the substrate emanating from the conveyor belt.
Use of a V H V L orientation of the V L and V H domains of an scFv sequence in a polypeptide to produce a polypeptide which, when expressed in a fungal host cell, has a lower level of glycosylation compared to a polypeptide which comprises the V L and V H domains of scFv sequence in the V L V H orientation.
A device for measuring the temperature of the medium in which it is immersed comprising: a first housing defining a first interior with an open end; a second housing having a first end and a second end, wherein the second housing is slidably coupled to the first housing with the first end residing within the first interior and the second end residing exteriorly of the first interior; a sensor passage extending into the second housing and having an inlet near the first end; a biasing element provided within the first interior and biasing the second housing out of the first housing; a temperature sensing element having a non-sensing portion residing within the first interior and a sensing portion residing within the sensor passage; and characterized in that the device further comprises: a seal fluidly sealing the sensor passage relative to the first interior to prevent fluid from the first interior from entering the sensor passage and contacting the sensing portion of the temperature sensing element in the sensor passage; wherein the seal is located within the sensor passage and forms a radial seal with the second housing and the temperature sensing element; wherein the seal is a cup seal having an open top in fluid communication with the first interior. a first housing defining a first interior with an open end; a second housing having a first end and a second end, wherein the second housing is slidably coupled to the first housing with the first end residing within the first interior and the second end residing exteriorly of the first interior; a sensor passage extending into the second housing and having an inlet near the first end; a biasing element provided within the first interior and biasing the second housing out of the first housing; a temperature sensing element having a non-sensing portion residing within the first interior and a sensing portion residing within the sensor passage; and a seal fluidly sealing the sensor passage relative to the first interior to prevent fluid from the first interior from entering the sensor passage and contacting the sensing portion of the temperature sensing element in the sensor passage; wherein the seal is located within the sensor passage and forms a radial seal with the second housing and the temperature sensing element; wherein the seal is a cup seal having an open top in fluid communication with the first interior.
A microfluidic device comprising: a main body; at least one source reservoir (22, 24, 26, 28) and at least one collection reservoir (18, 20) wherein the at least one collection reservoir (18, 20) comprises an inlet at an upper surface of the device for introducing fluid to said reservoir; at least one fluid channel for channelling a fluid comprising a compound from the at least one source reservoir to the at least one collection reservoir; a plurality of chambers for holding cells, wherein the plurality of chambers are formed underneath and open to the fluid channel, wherein a fluid flow is generated through the at least one fluid channel by a difference in hydrostatic pressure between fluid in the at least one source reservoir (22, 24, 26, 28) and fluid the at least one collection reservoir such that the fluid flow provides a compound concentration gradient across the plurality of chambers and characterised in that the at least one collection reservoir (18, 20) has an overflow opening (30, 32) coupled to the collection reservoir, wherein the overflow opening comprises a slot having a depth, said slot extending into the inlet of the at least one collection reservoir such that when a fluid collected in the collection reservoir reaches the height of the overflow opening the fluid is output via the overflow opening thereby to substantially maintain a level of hydrostatic pressure in the at least one collection reservoir (18, 20), which is different to a level of hydrostatic pressure in the at least one source reservoir (22, 24, 26, 28). a main body; at least one source reservoir (22, 24, 26, 28) and at least one collection reservoir (18, 20) wherein the at least one collection reservoir (18, 20) comprises an inlet at an upper surface of the device for introducing fluid to said reservoir; at least one fluid channel for channelling a fluid comprising a compound from the at least one source reservoir to the at least one collection reservoir; a plurality of chambers for holding cells, wherein the plurality of chambers are formed underneath and open to the fluid channel, wherein a fluid flow is generated through the at least one fluid channel by a difference in hydrostatic pressure between fluid in the at least one source reservoir (22, 24, 26, 28) and fluid the at least one collection reservoir such that the fluid flow provides a compound concentration gradient across the plurality of chambers and characterised in that the at least one collection reservoir (18, 20) has an overflow opening (30, 32) coupled to the collection reservoir, wherein the overflow opening comprises a slot having a depth, said slot extending into the inlet of the at least one collection reservoir such that when a fluid collected in the collection reservoir reaches the height of the overflow opening the fluid is output via the overflow opening thereby to substantially maintain a level of hydrostatic pressure in the at least one collection reservoir (18, 20), which is different to a level of hydrostatic pressure in the at least one source reservoir (22, 24, 26, 28).
An intraocular lens insertion apparatus comprising: a distal end member which is inserted through an incision in an eyeball of a patient; an opening member provided at the distal end member through which an intraocular lens is ejected; and a visual indicating means provided on the distal end member for indicating that an entire part of the opening member is inside a cornea of the eyeball or inside a sclerocornea of the eyeball with respect to an external flap of the incision; wherein the indicating means indicates that the entire part of the opening member is inside the cornea of the eyeball or inside the sclerocornea of the eyeball based on a relation, regarding a part of the distal end member inserted through the incision which projects from an internal flap of the incision, between a length of the distal end member in an insertion direction of the distal end member and an insertion length of the distal end member in a direction perpendicular to the insertion direction in a top view of the distal end member in a direction of an optical axis of the intraocular lens set in the intraocular lens insertion apparatus, wherein the indicating means indicates that the entire part of the opening member is inside the cornea of the eyeball or inside the sclerocornea of the eyeball with respect to the external flap of the incision when the length of the distal end member in the insertion direction is longer than the length of the distal end member in the direction perpendicular to the insertion direction. a distal end member which is inserted through an incision in an eyeball of a patient; an opening member provided at the distal end member through which an intraocular lens is ejected; and a visual indicating means provided on the distal end member for indicating that an entire part of the opening member is inside a cornea of the eyeball or inside a sclerocornea of the eyeball with respect to an external flap of the incision; wherein the indicating means indicates that the entire part of the opening member is inside the cornea of the eyeball or inside the sclerocornea of the eyeball based on a relation, regarding a part of the distal end member inserted through the incision which projects from an internal flap of the incision, between a length of the distal end member in an insertion direction of the distal end member and an insertion length of the distal end member in a direction perpendicular to the insertion direction in a top view of the distal end member in a direction of an optical axis of the intraocular lens set in the intraocular lens insertion apparatus, wherein the indicating means indicates that the entire part of the opening member is inside the cornea of the eyeball or inside the sclerocornea of the eyeball with respect to the external flap of the incision when the length of the distal end member in the insertion direction is longer than the length of the distal end member in the direction perpendicular to the insertion direction.
A pharmaceutical composition comprising a therapeutically effective dose of Lenvatinib mesylate and sodium carbonates, wherein the weight ratio of Lenvatinib mesylate to sodium carbonates ranges from 1: 1.5 to 1:5.
A communication network having a hierarchy of dimensions, comprising: a plurality of computing nodes, arranged in a logical array comprising a plurality of rows and columns, wherein the computing nodes are chosen between circuit boards, server elements, and clients; a plurality of communication cables linking each adjacent pair of nodes in each row and each column, wherein each communication cable comprises: i. a plurality of conduits, wherein each conduit has an upstream end and a downstream end; ii. a conduit group comprising conduits that each connect the computing node at the upstream end with other computing nodes in the row or column and pass-through conduits connecting other computing nodes in the row or column with each other; and iii. a plurality of vertical conduit groups, each comprising conduits connecting the computing nodes in a row to a computing node in a column, and wherein each computing node is configured to passively redirect conduits in vertical conduit groups to the appropriate computing node in the column. a plurality of computing nodes, arranged in a logical array comprising a plurality of rows and columns, wherein the computing nodes are chosen between circuit boards, server elements, and clients; a plurality of communication cables linking each adjacent pair of nodes in each row and each column, wherein each communication cable comprises: i. a plurality of conduits, wherein each conduit has an upstream end and a downstream end; ii. a conduit group comprising conduits that each connect the computing node at the upstream end with other computing nodes in the row or column and pass-through conduits connecting other computing nodes in the row or column with each other; and iii. a plurality of vertical conduit groups, each comprising conduits connecting the computing nodes in a row to a computing node in a column, and wherein each computing node is configured to passively redirect conduits in vertical conduit groups to the appropriate computing node in the column. i. a plurality of conduits, wherein each conduit has an upstream end and a downstream end; ii. a conduit group comprising conduits that each connect the computing node at the upstream end with other computing nodes in the row or column and pass-through conduits connecting other computing nodes in the row or column with each other; and iii. a plurality of vertical conduit groups, each comprising conduits connecting the computing nodes in a row to a computing node in a column, and wherein each computing node is configured to passively redirect conduits in vertical conduit groups to the appropriate computing node in the column.
A stator structure of an outer rotor type motor for a drum type washing machine comprising: an annular helical core of a multi-layered structure formed by stacking a steel plate having a belt shaped base and "T"-shaped members projecting from the base while winding the steel plate in a helix starting from a bottom layer to a top layer; an upper insulator of an electric insulating material covering an upper side of the annular helical core in a shape complementary to a shape of the annular helical core; and a lower insulator of an electric insulating material covering a lower side of the annular helical core at the time of assembly with the upper insulator in a shape complementary to a shape of the annular helical core; wherein each of the upper insulator and the lower insulator includes at least three fastening portions formed as one body therewith, being characterized in that each fastening portion is projected from an inner side of the annular helical core toward a center of the stator for fastening the stator to a fixing side of the tub, each fastening portion having a boss which constructs a fastening hole for fastening the stator to a fixing side of the tub with a fastening member, wherein a cylindrical sleeve is placed in the fastening hole, and each fastening portion has fastening projections on an inside circumferential surface of the fastening hole, for preventing the cylindrical sleeve from falling off the fastening hole. an annular helical core of a multi-layered structure formed by stacking a steel plate having a belt shaped base and "T"-shaped members projecting from the base while winding the steel plate in a helix starting from a bottom layer to a top layer; an upper insulator of an electric insulating material covering an upper side of the annular helical core in a shape complementary to a shape of the annular helical core; and a lower insulator of an electric insulating material covering a lower side of the annular helical core at the time of assembly with the upper insulator in a shape complementary to a shape of the annular helical core; wherein each of the upper insulator and the lower insulator includes at least three fastening portions formed as one body therewith, being characterized in that each fastening portion is projected from an inner side of the annular helical core toward a center of the stator for fastening the stator to a fixing side of the tub, each fastening portion having a boss which constructs a fastening hole for fastening the stator to a fixing side of the tub with a fastening member, wherein a cylindrical sleeve is placed in the fastening hole, and each fastening portion has fastening projections on an inside circumferential surface of the fastening hole, for preventing the cylindrical sleeve from falling off the fastening hole.
An evaporator burner arrangement (100; 200) for a mobile heater operated with liquid fuel, having: a mixture preparation region for generating a fuel- air-mixture, a fuel evaporation surface arranged in the mixture preparation region for evaporating the liquid fuel, a combustion air supply for supplying combustion air to the mixture preparation region, a fuel supply for supplying liquid fuel to the fuel evaporation surface, a conversion region being arranged fluidically downstream of the mixture preparation region and formed spatially separated from the mixture preparation region for converting the fuel-air-mixture in order to release heat, characterized in that the mixture preparation region and the conversion region are arranged one behind the other in an axial direction with respect to a longitudinal axis of the evaporator burner arrangement and the mixture preparation region has a tapering portion tapering in the direction towards the conversion region and an abrupt widening of the cross-section is formed at a transition from the mixture preparation region to the conversion region, and a heat conductor body extending spaced from a sidewall of the mixture preparation region through the mixture preparation region to the conversion region for feeding-back heat from the conversion region to the mixture preparation region by thermal conductance. a mixture preparation region for generating a fuel- air-mixture, a fuel evaporation surface arranged in the mixture preparation region for evaporating the liquid fuel, a combustion air supply for supplying combustion air to the mixture preparation region, a fuel supply for supplying liquid fuel to the fuel evaporation surface, a conversion region being arranged fluidically downstream of the mixture preparation region and formed spatially separated from the mixture preparation region for converting the fuel-air-mixture in order to release heat, characterized in that the mixture preparation region and the conversion region are arranged one behind the other in an axial direction with respect to a longitudinal axis of the evaporator burner arrangement and the mixture preparation region has a tapering portion tapering in the direction towards the conversion region and an abrupt widening of the cross-section is formed at a transition from the mixture preparation region to the conversion region, and a heat conductor body extending spaced from a sidewall of the mixture preparation region through the mixture preparation region to the conversion region for feeding-back heat from the conversion region to the mixture preparation region by thermal conductance.