mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method comprising: receiving a computer representation of a printable product part and a plan for the printable product part to be deposited using an additive manufacturing process, the printable product part comprising an accumulation of material deposited by the additive manufacturing process, the plan comprising a tool-path representation of the printable product part and process parameters; estimating the as-printed part at different length scales using one or more physics models by determining a plurality of as-printed shapes of the printable product part after the printable product part has been deposited according to the plan, wherein the plurality of as-printed shapes contribute to the overall shape of the as-printed part; wherein the determining the plurality of as-printed shapes is based on at least one physical state of the deposited material, and wherein the at least one physical state comprises one or more of a spatial distribution of solid and liquid phases of the material, a spatial distribution of temperature, a pressure, and a flow velocity; and determining geometric differences between any of the plurality of as-printed shapes with the computer representation of the product part; displaying the geometric differences on a user interface. receiving a computer representation of a printable product part and a plan for the printable product part to be deposited using an additive manufacturing process, the printable product part comprising an accumulation of material deposited by the additive manufacturing process, the plan comprising a tool-path representation of the printable product part and process parameters; estimating the as-printed part at different length scales using one or more physics models by determining a plurality of as-printed shapes of the printable product part after the printable product part has been deposited according to the plan, wherein the plurality of as-printed shapes contribute to the overall shape of the as-printed part; wherein the determining the plurality of as-printed shapes is based on at least one physical state of the deposited material, and wherein the at least one physical state comprises one or more of a spatial distribution of solid and liquid phases of the material, a spatial distribution of temperature, a pressure, and a flow velocity; and determining geometric differences between any of the plurality of as-printed shapes with the computer representation of the product part; displaying the geometric differences on a user interface.
An N,N'-diarylurea derivative represented by the following general formula : wherein R2 is a linear, branched or alicyclic alkyl group having 1 to 12 carbon atoms, an aralkyl group having 7 to 12 carbon atoms which is unsubstituted or substituted with an alkyl group having 1 to 12 carbon atoms, an alkoxy group having 1 to 12 carbon atoms, an aryl group having 6 to 12 carbon atoms, or a halogen atom, or an aryl group having 6 to 12 carbon atoms which is unsubstituted or substituted with an alkyl group having 1 to 12 carbon atoms, an alkoxy group having 1 to 12 carbon atoms, an aryl group having 6 to 12 carbon atoms, or a halogen atom, and a plurality of R2s may be the same or different; and A1 represents a hydrogen atom, or an alkyl group having 1 to 4 carbon atoms and a plurality of A1s may be the same or different.
An electron emitter comprising a cathode holder and a needle-like substance fixed to an end of the cathode holder , wherein: the end of the cathode holder to which the needle-like substance is fixed is bent at an angle α,wherein α satisfies 5° < α ≤ 70°, formed with respect to a cathode axis (A) which is a longitudinal direction of the cathode holder ; the needle-like substance is fixed with its longitudinal side to a surface portion of the bent end of the cathode holder , wherein the surface portion forms due to said bending said angle α with said cathode axis (A), and wherein thereby the needle-like substance forms with its longitudinal direction said angle α with said cathode axis (A); the needle-like substance is a single crystal nanowire or a nanotube; and a relation L/T between a thickness T of the end of the cathode holder at the end-face thereof and a length L by which the needle-like substance protrudes from the end of the cathode holder satisfies 0.3 ≤ L/T ≤ 2.5. the end of the cathode holder to which the needle-like substance is fixed is bent at an angle α,wherein α satisfies 5° < α ≤ 70°, formed with respect to a cathode axis (A) which is a longitudinal direction of the cathode holder ; the needle-like substance is fixed with its longitudinal side to a surface portion of the bent end of the cathode holder , wherein the surface portion forms due to said bending said angle α with said cathode axis (A), and wherein thereby the needle-like substance forms with its longitudinal direction said angle α with said cathode axis (A); the needle-like substance is a single crystal nanowire or a nanotube; and a relation L/T between a thickness T of the end of the cathode holder at the end-face thereof and a length L by which the needle-like substance protrudes from the end of the cathode holder satisfies 0.3 ≤ L/T ≤ 2.5.
A method of forming an article, the method comprising: providing a composition comprising from 1 weight percent to 100 weight percent of a recycled thermoplastic composition; and forming an article comprising the composition, wherein said recycled thermoplastic composition comprises a thermoplastic material and a plurality of optical elements or fragments thereof that are dispersed therein, and wherein the optical elements or the fragments thereof do not impart an optical effect to the article. providing a composition comprising from 1 weight percent to 100 weight percent of a recycled thermoplastic composition; and forming an article comprising the composition, wherein said recycled thermoplastic composition comprises a thermoplastic material and a plurality of optical elements or fragments thereof that are dispersed therein, and wherein the optical elements or the fragments thereof do not impart an optical effect to the article.
Diaphragm cell for damping pressure oscillations in a low-pressure range of a piston pump , wherein the diaphragm cell has two diaphragms which are connected to one another at their radial edges , wherein the two diaphragms enclose a gas space , and wherein the two diaphragms are both axially deformable, wherein the two diaphragms each have a region which is central in an axial top view of the diaphragm cell and, in an axial top view of the diaphragm cell , extends over not less than 50% of the cross-sectional area (Q) of the diaphragms , wherein the diaphragms are shaped in an undulating fashion in the central region , wherein the central region is curved outward in the axial direction in its radially inner region (762.1) and in its radially outer region (762.3), and in that a region (762.2) which is annular in a top view is arranged between the radially inner region (762.1) and the radially outer region (762.3), in each case directly adjacent to these regions, said region (762.2) being inwardly curved in the axial direction, wherein an amplitude (A) of the wave shape measured in the axial direction is at least 1/1000 and at most 2/100 of the root of 4/pi times the cross-sectional area (Q) of the diaphragms if the pressure difference (dp) is zero, wherein the pressure difference (dp) is a pressure (pi) in the gas space minus a pressure (pa) outside the gas space , in particular in the low-pressure region of the piston pump .
A kit for preparation of a customized control for an assay of one or more selected analytes in a sample of human biological fluid, said kit comprising: an aqueous liquid matrix comprising a salt and a buffer at a pH of from about 4.0 to about 9.0, wherein the aqueous liquid matrix comprises human or animal source materials from which endogenous species that interfere with the detection of said one or more selected analyte have been removed; and a plurality of solid water-soluble beads each comprising at least one analyte of the one or more selected analytes, a bulking agent, a salt, and a buffer. an aqueous liquid matrix comprising a salt and a buffer at a pH of from about 4.0 to about 9.0, wherein the aqueous liquid matrix comprises human or animal source materials from which endogenous species that interfere with the detection of said one or more selected analyte have been removed; and a plurality of solid water-soluble beads each comprising at least one analyte of the one or more selected analytes, a bulking agent, a salt, and a buffer.
Vehicle seat , in particular motor vehicle seat, having a seat part and a backrest , wherein at least the seat part or the backrest has a frame , wherein the frame comprises at least one frame side part , wherein the frame side part has a stamped portion for fastening a gas pressure generator for an airbag, wherein the stamped portion comprises a first section and a second section which is adjacent to the first section , wherein the first section and the second section of the stamped portion are stamped inwards and stamped outwards, respectively, in an opposed direction substantially parallel to the transverse direction (y), wherein the first section is stamped in the direction of a frame interior, wherein the second section is stamped in the direction of a frame exterior, characterized in that a passage opening is arranged in a transition region between the first section of the stamped portion and the second section of the stamped portion .
A catalyst system that reduces polymeric fouling, the catalyst system comprising: at least one titanate compound; at least one aluminum compound; and an antifouling agent comprising one or more of a phosphonium or phosphonium salt. at least one titanate compound; at least one aluminum compound; and an antifouling agent comprising one or more of a phosphonium or phosphonium salt.
A polymer which is a copolymer of a cross-linkable monomer (a) having a structure derived from Formula (I) in the molecule, and a water-soluble unsaturated monomer (b) having a polymerizable unsaturated bond in the molecule, R 1 and R 2 are respectively a linear or branched functional group configured of atoms selected from the group consisting of carbon not having a carbon-carbon unsaturated bond, oxygen, nitrogen, and hydrogen, W is a non-metal element of the group 15, X and Y are each a linear or branched functional group configured of atoms selected from the group consisting of carbon, oxygen, nitrogen, and hydrogen, and each have at least one carbon-carbon unsaturated bond, provided that X and Y have different structures, and Z is a chlorine ion, a bromine ion, or an iodine ion. R 1 and R 2 are respectively a linear or branched functional group configured of atoms selected from the group consisting of carbon not having a carbon-carbon unsaturated bond, oxygen, nitrogen, and hydrogen, W is a non-metal element of the group 15, X and Y are each a linear or branched functional group configured of atoms selected from the group consisting of carbon, oxygen, nitrogen, and hydrogen, and each have at least one carbon-carbon unsaturated bond, provided that X and Y have different structures, and Z is a chlorine ion, a bromine ion, or an iodine ion.
A machine for the de-stoning of fruit, having a plurality of rams and a plurality of receiving elements for the fruit (F) to be de-stoned, wherein each receiving element has a cup , receiving an individual item of fruit (F), with a through-passage opening for the stone to be removed from the item of fruit (F), the receiving elements , on a circulating receiving element path , and the rams , on a circulating ram path , are guided along a work section in a manner parallel to one another and in synchrony with one another and along the work section there are provided means to carry out a lifting motion of the rams relative to the cups , characterised in that first sensors are provided upstream of the work section and detect cups occupied by two items of fruit, and in that second sensors are provided below the work section and detect exiting of the stone, wherein below the through-passage opening there is an elastic fitting provided at the cup and the design is such that the stone to be removed from the item of fruit can be pushed therethrough by means of the ram .
An isolated monoclonal antibody that binds to human Tau, wherein the antibody binds to monomeric Tau, oligomeric Tau, non-phosphorylated Tau, and phosphorylated Tau, wherein the antibody comprises HVR-H1 comprising the amino acid sequence of SEQ ID NO: 342; HVR-H2 comprising the amino acid sequence of SEQ ID NO: 343; HVR-H3 comprising the amino acid sequence of SEQ ID NO: 344; HVR-L1 comprising the amino acid sequence of SEQ ID NO: 345; HVR-L2 comprising the amino acid sequence of SEQ ID NO: 346; and HVR-L3 comprising the amino acid sequence of SEQ ID NO: 347.
Transmission (G) with at least two shift positions, having: an actuator unit (A) having: an actuating element which is designed to adjust the at least two shift positions in the transmission (G), and a housing which is provided in a housing of the transmission (G), wherein the actuator unit (A) is provided as a separate unit within the housing of the transmission (G), characterized in that the actuator unit (A) has, relative to the transmission (G), a positioning which has positioning and/or centring pins, wherein the positioning and/or centring pins are designed such that they allow assembly of the actuator unit only in a specific orientation on the transmission, for which purpose the positioning and/or centring pins, which are provided on the actuator unit and/or on the transmission, are inserted into corresponding openings on the transmission and/or on the actuator unit to ensure error-free assembly. an actuator unit (A) having: an actuating element which is designed to adjust the at least two shift positions in the transmission (G), and a housing which is provided in a housing of the transmission (G), wherein the actuator unit (A) is provided as a separate unit within the housing of the transmission (G), characterized in that an actuating element which is designed to adjust the at least two shift positions in the transmission (G), and a housing which is provided in a housing of the transmission (G), wherein the actuator unit (A) is provided as a separate unit within the housing of the transmission (G), characterized in that the actuator unit (A) has, relative to the transmission (G), a positioning which has positioning and/or centring pins, wherein the positioning and/or centring pins are designed such that they allow assembly of the actuator unit only in a specific orientation on the transmission, for which purpose the positioning and/or centring pins, which are provided on the actuator unit and/or on the transmission, are inserted into corresponding openings on the transmission and/or on the actuator unit to ensure error-free assembly.
A media tray comprising: a number of mezzanines to accumulate media as the media is ejected from a printing device ; and a number of ramps to selectively engage with a leading edge of the media as the media is accumulated based on a plurality of positions of the number of ramps , the number of ramps positionable based on movement of the number of mezzanines; wherein the number of mezzanines comprises a number of support arms that extend away from the number of mezzanines to help support the media as the media accumulates on the number of mezzanines . a number of mezzanines to accumulate media as the media is ejected from a printing device ; and a number of ramps to selectively engage with a leading edge of the media as the media is accumulated based on a plurality of positions of the number of ramps , the number of ramps positionable based on movement of the number of mezzanines; wherein the number of mezzanines comprises a number of support arms that extend away from the number of mezzanines to help support the media as the media accumulates on the number of mezzanines .
A method of making a fibrous sheet, the method comprising: (a) forming a nascent web from an aqueous solution of papermaking fibers; (b) applying the nascent web to an outer surface of a steam filled drum and dewatering the nascent web by moving the nascent web on the outer surface of the steam filled drum to form a dewatered web having a consistency from about thirty percent solids to about sixty percent solids; (c) transferring the dewatered web from the outer surface of the steam filled drum to a patterned surface of a patterned cylinder in a molding zone , the molding zone being a nip defined between the outer surface of the steam filled drum and the patterned surface of the patterned cylinder , the patterned surface (i) being formed on the exterior of the patterned cylinder and (ii) having at least one of a plurality of recesses and a plurality of protuberances , such that papermaking fibers of the dewatered web are (i) redistributed on the patterned surface and (ii) shaped by at least one of the plurality of recesses and the plurality of protuberances of the patterned surface in the molding zone to form a molded paper web; (d) transferring the molded paper web from the patterned surface of the patterned cylinder to a pick-up surface ; and (e) drying the molded paper web in a drying section to form a fibrous sheet. (a) forming a nascent web from an aqueous solution of papermaking fibers; (b) applying the nascent web to an outer surface of a steam filled drum and dewatering the nascent web by moving the nascent web on the outer surface of the steam filled drum to form a dewatered web having a consistency from about thirty percent solids to about sixty percent solids; (c) transferring the dewatered web from the outer surface of the steam filled drum to a patterned surface of a patterned cylinder in a molding zone , the molding zone being a nip defined between the outer surface of the steam filled drum and the patterned surface of the patterned cylinder , the patterned surface (i) being formed on the exterior of the patterned cylinder and (ii) having at least one of a plurality of recesses and a plurality of protuberances , such that papermaking fibers of the dewatered web are (i) redistributed on the patterned surface and (ii) shaped by at least one of the plurality of recesses and the plurality of protuberances of the patterned surface in the molding zone to form a molded paper web; (d) transferring the molded paper web from the patterned surface of the patterned cylinder to a pick-up surface ; and (e) drying the molded paper web in a drying section to form a fibrous sheet.
A method carried out in a mobile device , the method comprising the steps of: providing a conductive element (58; 88); providing a multiplexer with a first terminal of the multiplexer coupled to the conductive element; providing an analog front-end coupled to a second terminal of the multiplexer, wherein the analog front-end detects a self-capacitance of the conductive element when the multiplexer connects the analog front-end to the conductive element; providing a ground node (90; 124); providing a switch (92; 122) coupled between a third terminal of the multiplexer and the ground node, wherein the conductive element is disconnected from the ground node when the multiplexer connects the switch to the conductive element and the switch is open; and providing a first memory element configured to control the switch. providing a conductive element (58; 88); providing a multiplexer with a first terminal of the multiplexer coupled to the conductive element; providing an analog front-end coupled to a second terminal of the multiplexer, wherein the analog front-end detects a self-capacitance of the conductive element when the multiplexer connects the analog front-end to the conductive element; providing a ground node (90; 124); providing a switch (92; 122) coupled between a third terminal of the multiplexer and the ground node, wherein the conductive element is disconnected from the ground node when the multiplexer connects the switch to the conductive element and the switch is open; and providing a first memory element configured to control the switch.
Pallet container for storing and for transporting in particular hazardous liquid or free-flowing filling materials, having a thin-walled rigid inner container from a thermoplastic plastics material, having a tubular lattice frame of horizontal and vertical tubular bars which are welded to one another, said tubular lattice frame as a supporting jacket tightly enclosing the inner container , and having a base pallet on which the inner container bears and to which the tubular lattice frame is fixedly connected, wherein the base pallet is configured as a composite embodiment or as a frame pallet having corner feet and central feet from plastics material, steel, or timber, and an encircling base tubular bar structure therebelow, characterized in that, for stacking pallet containers of identical types on top of one another, a clearance in the corner feet and the central feet is provided on the base along the external edges of all four sidewalls of the base pallet , said clearance being configured such that, when stacking two pallet containers on top of one another, the uppermost encircling horizontal bar of the tubular lattice frame of a pallet container stacked therebelow engages in a mutually adapted and form-fitting manner in an exact fit in the clearance , wherein the clearance is configured so as to be deeper, specifically up to double the depth, in the vertical direction than in the horizontal direction, wherein the clearance on the lower external periphery of the corner feet and central feet in the horizontal direction is configured so as to be 20 mm - 25 mm +/- 2 mm deep, and in the vertical direction so as to be 25 mm - 40 mm +/-2 mm deep.