mhurhangee/ep-ind-claims huggingface dataset:
A humanized bispecific antibody that specifically binds to IL-13 and IL-4, wherein the humanized bispecific antibody is an IgG molecule that is elongated at its N-terminus on the corresponding heavy and light chains by an additional variable domain of a second antibody, wherein the resulting IgG molecule is a heterotetramer composed of two heavy and two light chains, wherein the heavy chains consist of two variable heavy chain domains (VH1 - VH2) deriving from two different antibodies joined together by a linker composed of ten amino acids (G4S) 2 and fused to the IgG4 constant domain, wherein the light chains consist of two variable light domains (VL1 - VL2) deriving from two different antibodies joined together by a linker composed of ten amino acids (G4S) 2 and fused to the constant kappa region, and wherein the two different antibodies are an antibody specifically binding IL-13 and an antibody specifically binding IL-4, wherein the antibody specifically binding IL-4 comprises a variable light chain comprising SEQ ID NO:3 and a variable heavy chain comprising SEQ ID NO:4 or comprises a variable light chain comprising SEQ ID NO:3 and a variable heavy chain comprising SEQ ID NO:5, and the antibody specifically binding IL-13 comprises a variable heavy chain comprising SEQ ID NO:1 and comprises a variable light chain comprising SEQ ID NO:2.
A service processing method, characterized by comprising: establishing a corresponding relationship between a device identifier used for identifying an optical network unit, called ONU and a service provider, called SP; determining the SP providing a service according to the device identifier reported by the ONU and the corresponding relationship; and processing the service provided by the SP according to the determined SP. establishing a corresponding relationship between a device identifier used for identifying an optical network unit, called ONU and a service provider, called SP; determining the SP providing a service according to the device identifier reported by the ONU and the corresponding relationship; and processing the service provided by the SP according to the determined SP.
A dummy for simulating human physical behaviour during a crash test, comprising artificial human body elements that are mutually connected, the body elements having deformation properties, characterized in that a deformation property of a body element is actuatably variable.
A tissue capture anchor for attaching tissue to bone, the anchor comprising: an expandable anchor body; and a spreader (300, 300b) configured for displacement along an axis of the anchor body between a first position and a second position, the spreader (300, 300b) comprising: a proximal end with a means for receiving an insertion tool; a central body and a distal end; and an angled portion configured to expand the anchor body as the spreader (300, 300b) is advanced from the first position to the second position, wherein the spreader (300, 300b) further comprises a generally flat-shaped face at the distal end; wherein the distal end comprises two openings (305a, 305b) for receiving limbs of a suture loop characterized in that the spreader includes a plurality of spikes that can engage with tissue. an expandable anchor body; and a spreader (300, 300b) configured for displacement along an axis of the anchor body between a first position and a second position, the spreader (300, 300b) comprising: a proximal end with a means for receiving an insertion tool; a central body and a distal end; and an angled portion configured to expand the anchor body as the spreader (300, 300b) is advanced from the first position to the second position, wherein the spreader (300, 300b) further comprises a generally flat-shaped face at the distal end; wherein the distal end comprises two openings (305a, 305b) for receiving limbs of a suture loop characterized in that the spreader includes a plurality of spikes that can engage with tissue. a proximal end with a means for receiving an insertion tool; a central body and a distal end; and an angled portion configured to expand the anchor body as the spreader (300, 300b) is advanced from the first position to the second position, wherein the spreader (300, 300b) further comprises a generally flat-shaped face at the distal end; wherein the distal end comprises two openings (305a, 305b) for receiving limbs of a suture loop characterized in that the spreader includes a plurality of spikes that can engage with tissue.
Conveyor for conveying suspended objects, comprising - a first rail profile having a first upper track and a second track arranged below the first track, - a conveyor chain which can be driven by friction rollers and can be moved continuously in a direction of conveyance (x 1) in the first track of the rail profile, - holding adapters for holding objects to be conveyed, each having a head part which is mounted so as to be able to roll in the second track of the rail profile and is coupled to the conveyor chain, - at least one sorting portion having a switch which follows in the direction of conveyance (x) and via which the holding adapters can be transferred from the first rail profile to a second rail profile, characterised in that - the switch has an overdrive and a drive belt, - wherein the overdrive is designed in such a manner that during operation the running speed of the drive belt is higher than the running speed of the conveyor chain and the overdrive has a drive roller, which is coupled to the conveyor chain arranged in the first rail profile, and a transfer roller which is coupled to said drive roller via a coupling element and drives the drive belt. - a first rail profile having a first upper track and a second track arranged below the first track, - a conveyor chain which can be driven by friction rollers and can be moved continuously in a direction of conveyance (x 1) in the first track of the rail profile, - holding adapters for holding objects to be conveyed, each having a head part which is mounted so as to be able to roll in the second track of the rail profile and is coupled to the conveyor chain, - at least one sorting portion having a switch which follows in the direction of conveyance (x) and via which the holding adapters can be transferred from the first rail profile to a second rail profile, - the switch has an overdrive and a drive belt, - wherein the overdrive is designed in such a manner that during operation the running speed of the drive belt is higher than the running speed of the conveyor chain and the overdrive has a drive roller, which is coupled to the conveyor chain arranged in the first rail profile, and a transfer roller which is coupled to said drive roller via a coupling element and drives the drive belt.
Method for determining the iron content in a lubricating oil of a ship's propulsion engine, comprising the following steps: - preparing a reagent solution that comprises potassium ferrocyanide, - applying a sample of the lubricating oil to the surface of the reagent solution to form a test sample, - keeping the test sample still for a period of time of between 4 minutes and 20 minutes and at an increased temperature of between 40 °C and 80 °C, - subsequently making a colour comparison between the colour of the reagent solution and a colour scale, wherein the degree of colour represents a measure for the iron content of the lubricating oil. - preparing a reagent solution that comprises potassium ferrocyanide, - applying a sample of the lubricating oil to the surface of the reagent solution to form a test sample, - keeping the test sample still for a period of time of between 4 minutes and 20 minutes and at an increased temperature of between 40 °C and 80 °C, - subsequently making a colour comparison between the colour of the reagent solution and a colour scale, wherein the degree of colour represents a measure for the iron content of the lubricating oil.
A power supply device for plasma processing, wherein electric arcs may occur, comprising a power supply circuit for generating a voltage across output terminals (1, 2), the output terminals being for connection to a plasma processing chamber by means of conductors (3, 4), a first switch connected between the power supply circuit and one of the output terminals, an inductance circuit, which is arranged between the power supply circuit and one of the output terminals (1, 2) and which comprises an inductor and a second switch, and a controller, wherein the second switch is connected parallel to the inductor and the first switch is arranged outside of the inductance circuit, characterized in that said controller is configured to control the first switch and the second switch such that, in case of the occurrence of an arc, the first switch is opened at an interruption time (t 2) to interrupt the power supply from the power supply circuit via the inductor to the plasma processing chamber, whereas the second switch is closed at the interruption time (t 2) and subsequently opened after the first switch has been closed again.
A grill comprising: a selector; a cooking element having a cooking surface with holes therein to allow matter to pass there through during cooking; a controller coupled to said selector such that an input received from said selector is indicative of a selected temperature for the cooking element; said grill being characterized in that it further comprises: an electric heat source coupled to said controller wherein said controller is configured to adjust heat output from said heat source; a temperature sensor installed below the cooking element and directly in contact with the cooking element, said temperature sensor including a housing (40,42,44) which contacts the underside of the cooking element and wherein said cooking element is removable with respect to the temperature sensor and said electric heat source; said controller receiving a temperature reading from said temperature sensor and adjusting the heat output of said heat source to maintain said cooking element at approximately the selected temperature; said cooking element including a receiving channel sized to receive said temperature sensor therein, and wherein a part of the cooking element aligning with the channel is configured without holes; said electric heat source being positioned between two walls extending from the cooking element, with a second part of the cooking element between the two walls configured without holes therein, such that matter passing through the plurality of holes does not contact the electric heat source. a selector; a cooking element having a cooking surface with holes therein to allow matter to pass there through during cooking; a controller coupled to said selector such that an input received from said selector is indicative of a selected temperature for the cooking element; an electric heat source coupled to said controller wherein said controller is configured to adjust heat output from said heat source; a temperature sensor installed below the cooking element and directly in contact with the cooking element, said temperature sensor including a housing (40,42,44) which contacts the underside of the cooking element and wherein said cooking element is removable with respect to the temperature sensor and said electric heat source; said controller receiving a temperature reading from said temperature sensor and adjusting the heat output of said heat source to maintain said cooking element at approximately the selected temperature; said cooking element including a receiving channel sized to receive said temperature sensor therein, and wherein a part of the cooking element aligning with the channel is configured without holes; said electric heat source being positioned between two walls extending from the cooking element, with a second part of the cooking element between the two walls configured without holes therein, such that matter passing through the plurality of holes does not contact the electric heat source.
Skin contact material comprising an open-celled foam ply and an adhesive layer disposed thereon and intended for skin contact, characterized in that at least that side of the foam ply that faces the adhesive layer has macropores, the cavities of which are spanned at least proportionally by a barrier layer formed from the foam ply, characterized in that the area of the barrier layer as a proportion of the surface of the foam ply is at least 20% and/or in that at least 20% of the macropores bordering the surface of the foam ply are spanned by the barrier layer.
An exhaust treatment device for a diesel engine, the exhaust treatment device comprising: a DPF disposed on an exhaust path; a PM deposition estimation device that estimates an amount of deposition of PM deposited on the DPF; an electronic control device that performs regenerating treatment for the DPF, upon arrival of the amount of PM deposition on the DPF at a predetermined regeneration request value; an exhaust temperature sensor; a differential pressure sensor; an exhaust flow rate calculation device; a memory device; a timer; and an ash deposition estimation device, wherein the memory device stores data regarding differential pressure between an exhaust inlet side and an exhaust outlet side of the DPF detected by the differential pressure sensor, and exhaust flow rate calculated by the exhaust flow rate calculation device, and the ash deposition estimation device estimates an amount of ash deposition on the DPF after ending of regenerating treatment for the DPF, characterized in that the estimate is based on the data regarding the differential pressure and the exhaust flow rate stored in the memory device over a period immediately before the end of regeneration, the period ranging from an end point of regenerating treatment for the DPF to a point in time going back a predetermined duration. a DPF disposed on an exhaust path; a PM deposition estimation device that estimates an amount of deposition of PM deposited on the DPF; an electronic control device that performs regenerating treatment for the DPF, upon arrival of the amount of PM deposition on the DPF at a predetermined regeneration request value; an exhaust temperature sensor; a differential pressure sensor; an exhaust flow rate calculation device; a memory device; a timer; and an ash deposition estimation device, wherein the memory device stores data regarding differential pressure between an exhaust inlet side and an exhaust outlet side of the DPF detected by the differential pressure sensor, and exhaust flow rate calculated by the exhaust flow rate calculation device, and the ash deposition estimation device estimates an amount of ash deposition on the DPF after ending of regenerating treatment for the DPF, characterized in that the estimate is based on the data regarding the differential pressure and the exhaust flow rate stored in the memory device over a period immediately before the end of regeneration, the period ranging from an end point of regenerating treatment for the DPF to a point in time going back a predetermined duration.
Module unit, comprising a tub-shaped receptacle element for receiving one or a plurality of circuit boards (14, 16, 18), wherein the receptacle element has a base plate and two mounting elements that are disposed on the base plate, wherein the mounting elements have in each case a plurality of plug-in regions (68, 70) into which the one or the plurality of circuit boards are plugged for fastening to the receptacle element; and two lateral elements on the two open lateral regions of the receptacle element, for preventing one or a plurality of circuit boards from sliding laterally out of the mounting elements, said lateral elements being disposable on the receptacle element; wherein the receptacle element is formed from an extruded profile, wherein the receptacle element has at least two clearances within which the lateral elements are fastenable to the receptacle element by latching, characterized in that a web element is configured on a lower side of the base plate of the receptacle element, said web element by way of the longitudinal axis thereof extending along a plug-in direction of the circuit boards (14, 16, 18), wherein the at least two clearances of the receptacle element are configured on the web element, wherein the clearances extend transversely to the longitudinal axis of the web element.
A print cartridge comprising: a memory device (100; 400; 604) comprising a compressed data structure (102; 402; 602) to construct a one-dimensional color transformation table for a printer, the data structure comprising: quantized coefficients derived from a compression of a difference table (104; 404; 616) including a plurality of difference nodes in which each difference node represents a value that is to be combined with a corresponding node of a reference table, the quantized coefficients useable to produce a reconstructed difference table; a residue table (106; 408; 618) including a plurality of residue nodes in which each residue node is to be combined with a corresponding node of the combination of the reconstructed difference table and the reference table; and a residue bit assignment table useable to decode the residue table. a memory device (100; 400; 604) comprising a compressed data structure (102; 402; 602) to construct a one-dimensional color transformation table for a printer, the data structure comprising: quantized coefficients derived from a compression of a difference table (104; 404; 616) including a plurality of difference nodes in which each difference node represents a value that is to be combined with a corresponding node of a reference table, the quantized coefficients useable to produce a reconstructed difference table; a residue table (106; 408; 618) including a plurality of residue nodes in which each residue node is to be combined with a corresponding node of the combination of the reconstructed difference table and the reference table; and a residue bit assignment table useable to decode the residue table. quantized coefficients derived from a compression of a difference table (104; 404; 616) including a plurality of difference nodes in which each difference node represents a value that is to be combined with a corresponding node of a reference table, the quantized coefficients useable to produce a reconstructed difference table; a residue table (106; 408; 618) including a plurality of residue nodes in which each residue node is to be combined with a corresponding node of the combination of the reconstructed difference table and the reference table; and a residue bit assignment table useable to decode the residue table.
Press device, comprising: a. a press ring for pressing together tubular workpieces in between; and b. at least a first and a second pivotable jaw; wherein c. the first jaw comprises a first engagement section and the second jaw comprises a second engagement section; and d. the press ring comprises a first and a second receiving section for receiving the first and the second engagement section of the press jaws (1, 2), respectively; wherein e. a first and a second surface of the first and the second receiving section, respectively, contacting the first and the second engagement section, respectively, each comprise a planar surface; and f. the first engagement section comprises a first contact surface and the second engagement section comprises a second contact surface, wherein the first and the second contact surface oppose each other for applying a press force; wherein g. the first contact surface and the second contact surface each comprise at least one convex surface; characterized in that h. each radius of curvature (r) of the first and the second contact surface is larger than half a width (Wx, Wz), measured perpendicular to an axis of curvature, of the respective first and second contact surface. a. a press ring for pressing together tubular workpieces in between; and b. at least a first and a second pivotable jaw; wherein c. the first jaw comprises a first engagement section and the second jaw comprises a second engagement section; and d. the press ring comprises a first and a second receiving section for receiving the first and the second engagement section of the press jaws (1, 2), respectively; wherein e. a first and a second surface of the first and the second receiving section, respectively, contacting the first and the second engagement section, respectively, each comprise a planar surface; and f. the first engagement section comprises a first contact surface and the second engagement section comprises a second contact surface, wherein the first and the second contact surface oppose each other for applying a press force; wherein g. the first contact surface and the second contact surface each comprise at least one convex surface; characterized in that h. each radius of curvature (r) of the first and the second contact surface is larger than half a width (Wx, Wz), measured perpendicular to an axis of curvature, of the respective first and second contact surface.
Use of a cosmetic active ingredient comprising (i) an extract of Astragalus membranaceus, (ii) an extract of Bupleurum falcatum, and (iii) an extract of Atractylodes macrocephalae or of a composition comprising said ingredient in a physiological acceptable medium, in a cosmetic, non-therapeutical, topical treatment for improving the appearance and general condition of the skin and its annexes, in particular for treating and/or preventing ageing signs and/or imperfections of the skin and its annexes.