mhurhangee/ep-ind-claims huggingface dataset:
A laser scanner for 3D survey of objects, comprising an emitter for emitting a laser beam, a mechanical beam deflecting system for deflecting the laser beam such that a 3D object survey is possible, an evaluation unit for evaluating the survey beam reflected by the object, and a navigation device for detecting the scanner position in the space, wherein the navigation device has a navigation unit for GNSS, especially GPS signal-independent determination of the scanner position and scanner orientation with respect to a basic position of the laser scanner, wherein the evaluation unit is adapted to correct a scanner position estimated by means of the navigation device on the basis of an automatic recording of a scan to the objects and to perform a corresponding correction of the navigation unit.
A device for adjusting a ski binding, the device comprising an elongated base portion, first and second binding engagement portions (3, 4) forming respective opposite first and second end portions of the base portion, and corresponding to toe and heel parts of a ski boot when engaging with the ski binding, wherein the first and second binding engagement portions comprise a movable binding engagement portion, which is movable relative to an intermediate portion of the base portion, and longitudinally of the base portion, to adjust the total length of the base portion, wherein it comprises a handle connected with the base portion, and a locking mechanism, which is operable between a locked state where the locking mechanism locks the longitudinal movement of the movable binding engagement portion, and an unlocked state where the locking mechanism admits the longitudinal movement of the movable binding engagement portion, wherein the locking mechanism comprises an operation element for operating the locking mechanism between the locked and unlocked states, wherein the operation element is arranged at the handle, characterised in that the handle extends along the base portion at a distance from the base portion, and is connected with the base portion at opposite first and second end portions of the handle, thereby forming an opening between the handle and the base portion.
A method for obtaining graphitised zerovalent iron nanoparticles from agricultural waste that contains at least 1% polyphenols with respect to the total volatile solids, characterised in that it comprises the following steps: a) conditioning of the agricultural waste by grinding, mixing with water until there is a solid content in the mixture of less than 10% weight, and subsequent ultrafiltration with filters with a pore diameter between 70-100 nm, thus obtaining a permeate free of suspended solids and a solid waste, b) hydrothermal carbonisation of the permeate obtained in step a) by bringing the permeate in contact with an aqueous solution of an iron salt at temperatures between 150 °C and 275 °C during at least 30 minutes, wherein the iron salt is selected from FeCl 3, Fe 2 SO 4, FeCl 2, Fe(NO 3) 3, Fe 2 (SO 4) 3, or the combination thereof, and wherein 0.1-1 Kg of iron salt/kg dry matter of the permeate is added, obtaining amorphous carbon-coated iron nanoparticles and a residual aqueous stream, c) gas-phase graphitisation of the amorphous carbon-coated iron nanoparticles obtained in the previous step at a temperature between 600 °C and 800 °C in an inert or reducing atmosphere for at least 1 hour, and isolation of the graphitised particles obtained. a) conditioning of the agricultural waste by grinding, mixing with water until there is a solid content in the mixture of less than 10% weight, and subsequent ultrafiltration with filters with a pore diameter between 70-100 nm, thus obtaining a permeate free of suspended solids and a solid waste, b) hydrothermal carbonisation of the permeate obtained in step a) by bringing the permeate in contact with an aqueous solution of an iron salt at temperatures between 150 °C and 275 °C during at least 30 minutes, wherein the iron salt is selected from FeCl 3, Fe 2 SO 4, FeCl 2, Fe(NO 3) 3, Fe 2 (SO 4) 3, or the combination thereof, and wherein 0.1-1 Kg of iron salt/kg dry matter of the permeate is added, obtaining amorphous carbon-coated iron nanoparticles and a residual aqueous stream, c) gas-phase graphitisation of the amorphous carbon-coated iron nanoparticles obtained in the previous step at a temperature between 600 °C and 800 °C in an inert or reducing atmosphere for at least 1 hour, and isolation of the graphitised particles obtained.
A method for indicating differences in aircraft parts based on comparing aircraft parts, the method comprising: identifying a first model for a first aircraft with first customer options; identifying a second model for a second aircraft with second customer options; identifying coordinates for a first location in the first model of the first aircraft; identifying coordinates for a second location in the second model of the second aircraft, such that the second location in the second aircraft corresponds to the first location in the first aircraft; comparing first parts for the first aircraft in the first model with second parts for the second aircraft in the second model, and identifying differences between the first parts and the second parts; displaying graphical representations of the first parts in the first location and the second parts in the second location simultaneously on a display system, wherein the differences between the aircraft parts in corresponding locations in the first aircraft and the second aircraft are visually displayed; and displaying a set of graphical indicators in association with at least one of the first parts in the first location or the second parts in the second location, wherein the set of graphical indicators indicate the differences between the first parts in the first location and the second parts in the second location. identifying a first model for a first aircraft with first customer options; identifying a second model for a second aircraft with second customer options; identifying coordinates for a first location in the first model of the first aircraft; identifying coordinates for a second location in the second model of the second aircraft, such that the second location in the second aircraft corresponds to the first location in the first aircraft; comparing first parts for the first aircraft in the first model with second parts for the second aircraft in the second model, and identifying differences between the first parts and the second parts; displaying graphical representations of the first parts in the first location and the second parts in the second location simultaneously on a display system, wherein the differences between the aircraft parts in corresponding locations in the first aircraft and the second aircraft are visually displayed; and displaying a set of graphical indicators in association with at least one of the first parts in the first location or the second parts in the second location, wherein the set of graphical indicators indicate the differences between the first parts in the first location and the second parts in the second location.
Antenna with a ground plane and an antenna plane, whereby the antenna plane is arranged above the ground plane, whereby the antenna plane is electrically connected to the ground plane by at least one bar (5,6), whereby an electrical feed line is guided sideways between the ground plane and the antenna plane to a feed contact of the antenna plane, whereby the antenna plane is made of a plate, whereby the feed contact is constituted by a bar of the antenna plate that is folded from the plate and fixed to the ground plane, characterized in that further bars (5,6) are folded as straps from a rim of a back side area of the antenna plane whereby the further bars (5, 6) provide an electrical short connection between the antenna plane and the ground plane, whereby between the further bars (5,6) an opening is defined, whereby the feed line is guided via the opening.
An antifouling coating composition comprising (a) an ingredient having marine biocidal properties, (b) a first copolymer comprising pendant to the polymer backbone, side chains A1, side chains B1 and optionally side chains C1, and (c) a second copolymer comprising pendant to the polymer backbone, side chains A2, side chains C2, and optionally side chains B2, wherein side chains A1 and A2 may be same or different and comprise a non-metal salt group; side chains B1 and B2 may be same or different and have the structure - n -R 3; side chains C1 and C2 may be same or different and have the structure - n -R 4; Y is -C -O-, -C -N(R 6)-, or -O-; n is 0 or 1; R 6 is H, a monovalent hydrocarbon group, or a bond to R 3 or R 4; R 3 is a hydrocarbon group, optionally substituted with one or more heteroatoms selected from O, N, S, or a halogen group, wherein the total sum of carbon atoms in R 3 and R 6 in each of side chains B1 and B2 is 5 or more; and R 4 is a hydrocarbon group, optionally substituted with one or more heteroatoms selected from O, N, S, or a halogen group wherein the total sum of carbon atoms in R 4 and R 6 in each of side chains C1 and C2 ranges from 1 to 4; and wherein the molar ratio of s i d e c h a i n s B 1 side chains B 1 + side chains C 1 in the first copolymer > the molar ratio of side chains B 2 side chains B 2 + side chains C 2 in the second copolymer. (a) an ingredient having marine biocidal properties, (b) a first copolymer comprising pendant to the polymer backbone, side chains A1, side chains B1 and optionally side chains C1, and (c) a second copolymer comprising pendant to the polymer backbone, side chains A2, side chains C2, and optionally side chains B2,
A surrogate patch assembly for a rework area of a structure, comprising: a surrogate patch body formed of a material for drawing moisture from the rework area, wherein the material is wool, cotton, silk, linen, polyester, nylon, acrylic, felt or any combination thereof; and at least one sensor (70, 74) mounted to the surrogate patch body and being configured as one of the following: a thermal sensor for sensing a temperature of at least one of the rework area and the surrogate patch body; and a moisture sensor for sensing moisture in the surrogate patch body. a surrogate patch body formed of a material for drawing moisture from the rework area, wherein the material is wool, cotton, silk, linen, polyester, nylon, acrylic, felt or any combination thereof; and at least one sensor (70, 74) mounted to the surrogate patch body and being configured as one of the following: a thermal sensor for sensing a temperature of at least one of the rework area and the surrogate patch body; and a moisture sensor for sensing moisture in the surrogate patch body. a thermal sensor for sensing a temperature of at least one of the rework area and the surrogate patch body; and a moisture sensor for sensing moisture in the surrogate patch body.
A method of fabricating a high electron mobility transistor (HEMT), comprising: forming a channel layer; forming a barrier layer on the channel layer; forming a cap layer on the barrier layer; forming a gate recess in the cap layer that extends to the barrier layer; forming ohmic contact recesses in the cap layer; forming ohmic contact material patterns in the ohmic contact recesses; forming an encapsulation layer on the cap layer, in the gate recess and on the ohmic contact material patterns; annealing the barrier layer, channel layer, cap layer with the gate recess, ohmic contact material patterns and the encapsulation layer; and then forming a gate contact in the annealed gate recess; wherein forming a gate recess comprises: patterning a mask layer on the cap layer to have an opening corresponding to the gate recess; and etching the cap layer using the patterned mask layer as an etch mask to provide the gate recess, wherein annealing is preceded by forming the encapsulation layer on the patterned mask layer and the gate recess; wherein annealing is followed by removing the mask layer and the encapsulation layer before forming the gate contact; and wherein the gate recess and ohmic contact recesses are formed such that the ohmic contact recesses are on opposite sides of the gate recess. forming a channel layer; forming a barrier layer on the channel layer; forming a cap layer on the barrier layer; forming a gate recess in the cap layer that extends to the barrier layer; forming ohmic contact recesses in the cap layer; forming ohmic contact material patterns in the ohmic contact recesses; forming an encapsulation layer on the cap layer, in the gate recess and on the ohmic contact material patterns; annealing the barrier layer, channel layer, cap layer with the gate recess, ohmic contact material patterns and the encapsulation layer; and then forming a gate contact in the annealed gate recess; wherein forming a gate recess comprises: patterning a mask layer on the cap layer to have an opening corresponding to the gate recess; and etching the cap layer using the patterned mask layer as an etch mask to provide the gate recess, wherein annealing is preceded by forming the encapsulation layer on the patterned mask layer and the gate recess; wherein annealing is followed by removing the mask layer and the encapsulation layer before forming the gate contact; and wherein the gate recess and ohmic contact recesses are formed such that the ohmic contact recesses are on opposite sides of the gate recess.
Casting arrangement having a casting mould enclosing at least two casting cavities (1A, 1B) for casting in each case one cast part, said casting mould being intended to be opened in a first demoulding direction and in at least one second demoulding direction that is different from the first demoulding direction, wherein constituents of the casting mould are - a first base plate, arranged transversely to the first demoulding direction, on which first moulding pieces (11A, 11B) that determine the shape of the casting cavities (1A, 1B) are supported, - a second base plate, arranged on the other side of the casting cavities (1A, 1B), on which second moulding pieces (12A, 12B) that determine the shape of the casting cavities (1A, 1B) are supported, - lateral parts (6, 7) arranged between the base plates (3, 4), wherein a third moulding piece that determines the shape of the first casting cavity is supported on a first lateral part and a fourth moulding piece that determines the shape of the second casting cavity is supported on a second lateral part, - a fifth moulding piece that determines the shape of the two casting cavities (1A, 1B) and is fastened to the first base plate, between the two casting cavities (1A, 1B), characterized in that the lateral parts (6, 7) are arranged so as to be movable in the second demoulding direction, in that the first moulding pieces (11A, 11B) are each supported on guides (31A, 31B) which are formed on the first base plate and extend in the second demoulding direction, and in that the first moulding pieces (11A, 11B) are arranged so as to be movable along the guides (31A, 31B). - a first base plate, arranged transversely to the first demoulding direction, on which first moulding pieces (11A, 11B) that determine the shape of the casting cavities (1A, 1B) are supported, - a second base plate, arranged on the other side of the casting cavities (1A, 1B), on which second moulding pieces (12A, 12B) that determine the shape of the casting cavities (1A, 1B) are supported, - lateral parts (6, 7) arranged between the base plates (3, 4), wherein a third moulding piece that determines the shape of the first casting cavity is supported on a first lateral part and a fourth moulding piece that determines the shape of the second casting cavity is supported on a second lateral part, - a fifth moulding piece that determines the shape of the two casting cavities (1A, 1B) and is fastened to the first base plate, between the two casting cavities (1A, 1B),
A bispecific antibody capable of specifically binding a first epitope within positions 1-76 and said second epitope within positions 77-161 of human TFPI (SEQ ID NO: 1), wherein the heavy chain of the first antigen recognition site comprises: • a CDR1 sequence NYGVH ( amino acids 31 to 35 of SEQ ID NO: 6) and • a CDR2 sequence VIWRGGSIDYNAAFMS ( amino acids 50 to 65 of SEQ ID NO: 6) and • a CDR3 sequence NSHGNYVGYAMDY ( amino acids 98 to 110 of SEQ ID NO: 6 wherein the light chain of the first antigen recognition site comprises: • a CDR1 sequence KASQSVGPAVA ( amino acids 24 to 34 of SEQ ID NO: 7 and • a CDR2 sequence SASNRYT ( amino acids 50 to 56 of SEQ ID NO: 7) and • a CDR3 sequence QQYTSYPT ( amino acids 89 to 96 of SEQ ID NO:) wherein the heavy chain of the second antigen recognition site comprises: • a CDR1 sequence NYAMS ( amino acids 31 to 35 of SEQ ID NO: 19) and • a CDR2 sequence TISRSGSYSYYADSVKG ( amino acids 50 to 66 of SEQ ID NO: 25) and • a CDR3 sequence LGGYDEGDAMDS ( amino acids 99 to 110 of SEQ ID NO: 19) and wherein the light chain of the second antigen recognition site comprises: • a CDR1 sequence KSSQSLLESDGKTYLN ( amino acids 24 to 39 of SEQ ID NO: 20) and • a CDR2 sequence LVSILDS ( amino acids 55 to 61 of SEQ ID NO: 20) and • a CDR3 sequence LQATHFPQT ( amino acids 94 to 102 of SEQ ID NO: 20). • a CDR1 sequence NYGVH ( amino acids 31 to 35 of SEQ ID NO: 6) and • a CDR2 sequence VIWRGGSIDYNAAFMS ( amino acids 50 to 65 of SEQ ID NO: 6) and • a CDR3 sequence NSHGNYVGYAMDY ( amino acids 98 to 110 of SEQ ID NO: 6 • a CDR1 sequence KASQSVGPAVA ( amino acids 24 to 34 of SEQ ID NO: 7 and • a CDR2 sequence SASNRYT ( amino acids 50 to 56 of SEQ ID NO: 7) and • a CDR3 sequence QQYTSYPT ( amino acids 89 to 96 of SEQ ID NO:) • a CDR1 sequence NYAMS ( amino acids 31 to 35 of SEQ ID NO: 19) and • a CDR2 sequence TISRSGSYSYYADSVKG ( amino acids 50 to 66 of SEQ ID NO: 25) and • a CDR3 sequence LGGYDEGDAMDS ( amino acids 99 to 110 of SEQ ID NO: 19) • a CDR1 sequence KSSQSLLESDGKTYLN ( amino acids 24 to 39 of SEQ ID NO: 20) and • a CDR2 sequence LVSILDS ( amino acids 55 to 61 of SEQ ID NO: 20) and • a CDR3 sequence LQATHFPQT ( amino acids 94 to 102 of SEQ ID NO: 20).
A compound selected from 4-[4-cyano-2-({[(2'R,4S)-6-(isopropylcarbamoyl)-2,3-dihydrospiro[chromene-4,1'-cyclopropan]-2'-yl]carbonyl}amino)phenyl]butanoic acid, a salt thereof, and a solvate thereof.
A tool for loading a lead comprising a pre-curved electrode array onto a straightening member, the tool (500, 800, 1000) comprising: a body (502, 802, 1002); a first arm (504, 804, 1004) having a fixed end connected to the body and a free end opposite the fixed end; and a second arm (506, 806, 1006) having a fixed end connected to the body and a free end opposite the fixed end; wherein the first arm and the second arm define a straightening channel (514, 814, 1014) configured to constrain the pre-curved electrode array in a straightened configuration and characterized in that the first arm and the second arm are flexible and are configured to separate to receive the pre-curved electrode array into the straightening channel and then return to an adjacent position to constrain the pre-curved electrode array in a straightened configuration within the straightening channel. a body (502, 802, 1002); a first arm (504, 804, 1004) having a fixed end connected to the body and a free end opposite the fixed end; and a second arm (506, 806, 1006) having a fixed end connected to the body and a free end opposite the fixed end; wherein the first arm and the second arm define a straightening channel (514, 814, 1014) configured to constrain the pre-curved electrode array in a straightened configuration and
A system including a support structure, and an infant carrier adapted to be mounted on the support structure, wherein the support structure includes two parallel tubular segments spaced apart from each other, and the system further comprising an attachment member (214, 314) adapted to fasten with a section of one of the tubular segments, and a bracket member (212, 312) movably coupled with the attachment member (214, 314), characterized in that the bracket member (212, 312) is operable to rotate about an axis substantially parallel with a longitudinal direction of the section from a retracted position to a deployed position adapted to receive the mount of the infant carrier, wherein detachment of the attachment member (214, 314) from the section of the tubular segment is blocked by the bracket member (212, 312) when the bracket member (212, 312) is in the deployed position.
A laundry washing and/or drying appliance comprising: - a cabinet containing a rotatable drum that can be loaded/unloaded with laundry, said cabinet being provided with a loading/unloading opening for accessing said drum, - a door locking device fixed inside said cabinet and accessible from outside the cabinet, said door locking device comprising a support housing provided with an opening for the introduction of a hook member, said opening being accessible from outside the cabinet, - a door for closing said loading/unloading opening, the door being movably connected to the cabinet and comprising said hook member adapted to engage with the door locking device, wherein said door locking device comprises: - a retaining member mounted to move with respect to the support housing between a rest position in which it enables the hook member to be introduced into and extracted from said opening and an operating position in which it retains the hook member in a closing position, when the hook member is introduced into said opening, - a safety member that can move in the housing between a retracted position, in which it enables the retaining member to move from the operating position to the rest position, and an extended position, in which it prevents the retaining member from moving from the operating position to the rest position, and - an electrically powered control element adapted to control the position of said safety member, characterized in that said door locking device comprises at least one guiding element (24,52, 52b) provided in said support housing for guiding an emergency-opening tool (40,50) to a safety member location from which the safety member extends when it is in its extended position. - a cabinet containing a rotatable drum that can be loaded/unloaded with laundry, said cabinet being provided with a loading/unloading opening for accessing said drum, - a door locking device fixed inside said cabinet and accessible from outside the cabinet, said door locking device comprising a support housing provided with an opening for the introduction of a hook member, said opening being accessible from outside the cabinet, - a door for closing said loading/unloading opening, the door being movably connected to the cabinet and comprising said hook member adapted to engage with the door locking device, - a retaining member mounted to move with respect to the support housing between a rest position in which it enables the hook member to be introduced into and extracted from said opening and an operating position in which it retains the hook member in a closing position, when the hook member is introduced into said opening, - a safety member that can move in the housing between a retracted position, in which it enables the retaining member to move from the operating position to the rest position, and an extended position, in which it prevents the retaining member from moving from the operating position to the rest position, and - an electrically powered control element adapted to control the position of said safety member,