mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for endian conversion, the method characterised by a processor based system: receiving first and second source code portions (111,112) that respectively define first and second instances of a global variable, wherein each instance (111,112) has a first endian format and neither instance (111,112) can be fully initialized at compile time; generating first and second references to byteswap instructions configured to respectively convert the first and second instances (111,112) to a second endian format; generating, using a processor (570,580), a shadow variable configured to suppress a byteswap of the second instance after compile time and based on the first instance having been byteswapped; and storing the shadow variable in a memory (532,534) coupled to the processor (570,580). receiving first and second source code portions (111,112) that respectively define first and second instances of a global variable, wherein each instance (111,112) has a first endian format and neither instance (111,112) can be fully initialized at compile time; generating first and second references to byteswap instructions configured to respectively convert the first and second instances (111,112) to a second endian format; generating, using a processor (570,580), a shadow variable configured to suppress a byteswap of the second instance after compile time and based on the first instance having been byteswapped; and storing the shadow variable in a memory (532,534) coupled to the processor (570,580).
A precision volumetric liquid dispensing instrument comprising: two pressure sensors (10,11); a fluid passageway for receiving and distributing liquid in relatively small volumes having a defined volume portion positioned in fluid connection with said two pressure sensors; one of said pressure sensors being positioned to measure gas pressure at one portion of said defined volume portion of said fluid passageway and the other of said pressure sensors being positioned to measure gas pressure at a different portion of said defined volume portion of said fluid passageway; at least one valve (15,16,27,30,31) in communication with said passageway for moving fluids into or out of said defined volume portion of said fluid passageway; and a processor; characterized in that: the processor is configured for carrying out a step selected from: (i) calculating the volume of a liquid added to said defined volume portion based upon the measured gas pressures and/or (ii) metering a liquid into said defined volume portion of said fluid passageway until the measured gas pressure indicates that a desired volume of fluid is in said fluid passageway. two pressure sensors (10,11); a fluid passageway for receiving and distributing liquid in relatively small volumes having a defined volume portion positioned in fluid connection with said two pressure sensors; one of said pressure sensors being positioned to measure gas pressure at one portion of said defined volume portion of said fluid passageway and the other of said pressure sensors being positioned to measure gas pressure at a different portion of said defined volume portion of said fluid passageway; at least one valve (15,16,27,30,31) in communication with said passageway for moving fluids into or out of said defined volume portion of said fluid passageway; and a processor; characterized in that: the processor is configured for carrying out a step selected from: (i) calculating the volume of a liquid added to said defined volume portion based upon the measured gas pressures and/or (ii) metering a liquid into said defined volume portion of said fluid passageway until the measured gas pressure indicates that a desired volume of fluid is in said fluid passageway. (i) calculating the volume of a liquid added to said defined volume portion based upon the measured gas pressures and/or (ii) metering a liquid into said defined volume portion of said fluid passageway until the measured gas pressure indicates that a desired volume of fluid is in said fluid passageway.
A scraper for a conveyor belt, having - a system carrier with at least one scraper module (26, 126), - wherein the scraper module (26, 126) has a base element arranged on the system carrier and a scraper element for abutting against the conveyor belt, - wherein the scraper element is rotatably attached with a rotational coupling about a rotational axis with respect to the base element, wherein the rotational coupling is configured such that, - in a rotational position of the scraper element within a fixed angular range, the scraper element is firmly coupled to the base element in the direction of the rotational axis, - and in a rotational position of the scraper element within a release angular range, the scraper element can be detached from the base element in the direction of the rotational axis. - a system carrier with at least one scraper module (26, 126), - wherein the scraper module (26, 126) has a base element arranged on the system carrier and a scraper element for abutting against the conveyor belt, - wherein the scraper element is rotatably attached with a rotational coupling about a rotational axis with respect to the base element, wherein the rotational coupling is configured such that, - in a rotational position of the scraper element within a fixed angular range, the scraper element is firmly coupled to the base element in the direction of the rotational axis, - and in a rotational position of the scraper element within a release angular range, the scraper element can be detached from the base element in the direction of the rotational axis.
A method for forming an elastomeric article of manufacture comprising the steps of: (a) providing a polymer having a general structure represented by the following Formula 1: wherein the sum of m and n is x, x is from 10 to 12000, y is from 1 to 500, z is from 0 to 500, the sum of x, y and z is from 100 to 15000, R 1 -R 8 are each independently CH 3, C 6 H 5 or CH=CH 2, if m is greater than zero, at least one of R 4 and R 5 is CH=CH 2, and more than two of R 1, R 2, R 3, R 6, R 7 and R 8 are CH=CH 2; (b) providing a cross-linker, which is a hydride Q resin having a structure represented by the following Formula 6: (c) providing a catalyst; (d) combining said polymer, said cross-linker and said catalyst to form a polymeric mixture; and (e) curing said polymeric mixture; wherein at least a portion of said elastomeric article of manufacture is formed. (a) providing a polymer having a general structure represented by the following Formula 1: wherein the sum of m and n is x, x is from 10 to 12000, y is from 1 to 500, z is from 0 to 500, the sum of x, y and z is from 100 to 15000, R 1 -R 8 are each independently CH 3, C 6 H 5 or CH=CH 2, if m is greater than zero, at least one of R 4 and R 5 is CH=CH 2, and more than two of R 1, R 2, R 3, R 6, R 7 and R 8 are CH=CH 2; (b) providing a cross-linker, which is a hydride Q resin having a structure represented by the following Formula 6: (c) providing a catalyst; (d) combining said polymer, said cross-linker and said catalyst to form a polymeric mixture; and (e) curing said polymeric mixture;
A navigation device for displaying a map screen on which a present position of a mobile object is represented on a map having landmarks representing predetermined facilities provided for route guidance and contained in a route guidance data base (30,130), comprising: a storage unit (14,114) having a sightseeing facility data base (31,131) for storing the position of a prescribed sightseeing area and sightseeing facilities representing facilities and places which persons visit mainly for the purpose of sightseeing, etc., within the prescribed sightseeing area; and a detecting unit (11,111) for detecting whether the mobile object enters the prescribed sightseeing area, wherein the navigation device is equipped with an automatic facility display mode for reading out the sightseeing facilities within the prescribed sightseeing area from the storage unit (14,114) and automatically displaying the sightseeing facilities on the map, characterized in that the automatic facility display mode is adapted to reduce display of the landmarks when it is detected by the detecting unit that the mobile object enters the prescribed sightseeing area. a storage unit (14,114) having a sightseeing facility data base (31,131) for storing the position of a prescribed sightseeing area and sightseeing facilities representing facilities and places which persons visit mainly for the purpose of sightseeing, etc., within the prescribed sightseeing area; and a detecting unit (11,111) for detecting whether the mobile object enters the prescribed sightseeing area, wherein the navigation device is equipped with an automatic facility display mode for reading out the sightseeing facilities within the prescribed sightseeing area from the storage unit (14,114) and automatically displaying the sightseeing facilities on the map, characterized in that the automatic facility display mode is adapted to reduce display of the landmarks when it is detected by the detecting unit that the mobile object enters the prescribed sightseeing area.
Device for optical detection of analytes in a sample, having optoelectronic components in the form of multiple optical detectors (2, 103,105, S1, S3, α, β, γ) for the reception of photons and multiple optical emitters (1, 102, 104, E1, E2, d to t, x, y) for the emission of photons, wherein at least three emitters (1, 102, 104, E1, E2, d to t, x, y) are provided in a flat arrangement, not in a line, at least three detectors (2, 103,105, S1, S3, α, β, γ) are provided in a flat arrangement, not in a line, and that the emitters (1, 102, 104, E1, E2, d to t, x, y) and/or detectors (2, 103,105, S1, S3, α, β, γ) have at least three different wavelength characteristics, and at least two detectors (2, 103,105, S1, S3, α, β, γ) with different wavelength characteristic and at least two emitters (1, 102, 104, E1, E2, d to t, x, y) with different wavelength characteristics are provided that have a wide enough wavelength bandwidth so that by combination of different emitters (1, 102, 104, E1, E2, d to t, x, y) with different detectors (2, 103,105, S1, S3, α, β, γ) a number of different wavelength characteristic can be created, that is higher than the larger number of detectors (2, 103,105, S1, S3, α, β, γ) or emitters (1, 102, 104, E1, E2, d to t, x, y) of different wavelength characteristics.
A recording medium comprising a substrate and an ink-receiving layer, wherein the ink-receiving layer contains an inorganic particle, a water-insoluble resin and at least one additive selected from the group consisting of a benzotriazole ultraviolet absorber and a hindered amine photostabilizer, characterized in that an average pore radius of the inorganic particle is 5.0 nm or less. wherein the ink-receiving layer contains an inorganic particle, a water-insoluble resin and at least one additive selected from the group consisting of a benzotriazole ultraviolet absorber and a hindered amine photostabilizer, characterized in that an average pore radius of the inorganic particle is 5.0 nm or less.
A line charge system comprising: a series of explosive sections (12a, 12b) in which each explosive section (12a, 12b) includes an explosive slab; a line which is detonation cord, the line being hingedly attached to each explosive section (12a, 12b); at least one detonation connection between the line and each explosive section (12a, 12b), the detonation connection including a pair of spaced tubes (16a, 16b) made of explosive material disposed about the line, wherein the pair of spaced tubes (16a, 16b) are adjacent to an edge of said slab; and a flexible sock housing said series of explosive sections (12a, 12b), in which said sock includes spaced internal pockets (46a, 46b, 46c) for the explosive sections (12a, 12b). a series of explosive sections (12a, 12b) in which each explosive section (12a, 12b) includes an explosive slab; a line which is detonation cord, the line being hingedly attached to each explosive section (12a, 12b); at least one detonation connection between the line and each explosive section (12a, 12b), the detonation connection including a pair of spaced tubes (16a, 16b) made of explosive material disposed about the line, wherein the pair of spaced tubes (16a, 16b) are adjacent to an edge of said slab; and a flexible sock housing said series of explosive sections (12a, 12b), in which said sock includes spaced internal pockets (46a, 46b, 46c) for the explosive sections (12a, 12b).
A nonlinear optically active copolymer comprising at least a repeating unit A having an adamantyl group and represented by formula, a repeating unit B having a nonlinear optically active moiety and represented by formula in one molecule, and a methyl methacrylate repeating unit: wherein R 1 and R 2 are each independently a hydrogen atom or methyl group, W is -O- or -NH-, L 1 is a single bond, a divalent C 1-30 hydrocarbon group optionally containing an ether bond and/or an ester bond, or *-L 2 -NHC(=O)O-, wherein * is an end bonded to W, L 2 and L 3 are each independently a divalent C 1-30 hydrocarbon group optionally containing an ether bond and/or an ester bond, Ad is an adamantyl group optionally substituted with a C 1-5 alkyl group, and Z is an atomic group exhibiting nonlinear optical activity.
A system comprising: at least one physical memory device to store medium classification logic; and one or more processors coupled with the at least one physical memory device to execute the medium classification logic for classifying a type of print medium, the medium classification logic is configured to receive optical density, OD, measurement data corresponding to application of a halftone pattern using ink on the print medium in a printing system, receive ink deposition data corresponding to application of the halftone pattern using the ink in a printing system, determine a set of distribution function parameters based on the OD measurement data and the ink deposition data, the distribution function parameters describing a relationship between OD and ink deposition, apply the set of distribution function parameters to machine learning logic trained to classify the print medium and classify the print medium as a first of a plurality of print medium categories based on the machine learning logic. at least one physical memory device to store medium classification logic; and one or more processors coupled with the at least one physical memory device to execute the medium classification logic for classifying a type of print medium, the medium classification logic is configured to receive optical density, OD, measurement data corresponding to application of a halftone pattern using ink on the print medium in a printing system, receive ink deposition data corresponding to application of the halftone pattern using the ink in a printing system, determine a set of distribution function parameters based on the OD measurement data and the ink deposition data, the distribution function parameters describing a relationship between OD and ink deposition, apply the set of distribution function parameters to machine learning logic trained to classify the print medium and classify the print medium as a first of a plurality of print medium categories based on the machine learning logic.
A measuring device for measuring a physical value in a unit containing a medium comprising: a housing that has a wall for housing electronic measuring equipment and a connection section for connecting the measuring device to the unit; a membrane that is provided at the wall to cover a first opening in the wall; a plug connection that is provided adjacent to the membrane at the wall and that is configured to provide an electrical connection between the electronic measuring equipment and electric plug contacts (Sk) for a plug connectable to the measuring device; a second opening into which the plug connection is pluggable, wherein the plug connection is formed with a fastening section to fasten the plug connection to the wall of the housing and the fastening section has a flange element; wherein the flange element is arranged on an outer side of the wall and the flange element is configured to cover the first opening and to have at least one outlet borehole that is in communication with the first opening. a housing that has a wall for housing electronic measuring equipment and a connection section for connecting the measuring device to the unit; a membrane that is provided at the wall to cover a first opening in the wall; a plug connection that is provided adjacent to the membrane at the wall and that is configured to provide an electrical connection between the electronic measuring equipment and electric plug contacts (Sk) for a plug connectable to the measuring device; a second opening into which the plug connection is pluggable, wherein the plug connection is formed with a fastening section to fasten the plug connection to the wall of the housing and the fastening section has a flange element; wherein the flange element is arranged on an outer side of the wall and the flange element is configured to cover the first opening and to have at least one outlet borehole that is in communication with the first opening.
An IgE monoclonal antibody for use in the treatment of cancer in a patient having an established and growing solid tumor expressing MUC1, wherein the treatment inhibits metastasis of the established and growing solid tumor expressing MUC1 in the patient, wherein the IgE monoclonal antibody is specific to MUC1 and has a heavy chain variable region encoded by a nucleic acid comprising SEQ ID NO: 1 and a light chain variable region encoded by a nucleic acid comprising SEQ ID NO: 2, and forms a ternary complex by binding to MUC1 on the established and growing solid tumor expressing MUC1 and to an antibody receptor specific for a constant region of said IgE antibody present on a host-derived myeloid suppressor cell present in a microenvironment of said established and growing solid tumor expressing MUC1, attracted by a cytokine produced by the established and growing solid tumor expressing MUC1, wherein formation of said ternary complex reprograms the myeloid suppressor cells and its ability to maintain metastasis is inhibited.
- A light weapon system for firing mortar shells and interfacing with a manhole of a compartment, the weapon system comprising: - a mortar tube, - a collar intended to surround the manhole and extend vertically above the manhole, the collar being closed by a hinged hatch and comprising an opening to allow the supply of a shell to the mortar tube through the muzzle of the mortar tube, - a support of the mortar tube fixedly integral with the collar by a first end and comprising, at its second end, a pivot link integral with the mortar tube, - the opening arriving, towards the exterior of the collar, between sides of the support and facing the muzzle of the tube when the tube is in a horizontal position, - elevation orientation means of the mortar tube, - firing means intended to trigger the firing of the shell. - a mortar tube, - a collar intended to surround the manhole and extend vertically above the manhole, the collar being closed by a hinged hatch and comprising an opening to allow the supply of a shell to the mortar tube through the muzzle of the mortar tube, - a support of the mortar tube fixedly integral with the collar by a first end and comprising, at its second end, a pivot link integral with the mortar tube, - the opening arriving, towards the exterior of the collar, between sides of the support and facing the muzzle of the tube when the tube is in a horizontal position, - elevation orientation means of the mortar tube, - firing means intended to trigger the firing of the shell.
A method of optimizing Mobile IP communications in a Home Agent supporting Mobile IP, comprising: receiving a data packet from a Mobile Node via a Mobile IP tunnel, wherein the Mobile Node is a member of a Virtual Private Network, VPN, and comprises a VPN client, the VPN having a VPN headend, wherein the Home Agent has a mobility binding table and stores in the mobility binding table an IP address of the VPN headend and a home address of the Mobile Node, and wherein the data packet has been encrypted by the VPN client but does not comprise a VPN header; modifying the data packet to create a VPN header for the data packet by: modifying a source IP address of the data packet from the Mobile Node's care-of address to the Mobile Node's home address; modifying a destination IP address of the data packet from the address of the Home Agent to the IP address of the VPN headend; and transmitting the modified data packet to the VPN headend via a VPN tunnel. receiving a data packet from a Mobile Node via a Mobile IP tunnel, wherein the Mobile Node is a member of a Virtual Private Network, VPN, and comprises a VPN client, the VPN having a VPN headend, wherein the Home Agent has a mobility binding table and stores in the mobility binding table an IP address of the VPN headend and a home address of the Mobile Node, and wherein the data packet has been encrypted by the VPN client but does not comprise a VPN header; modifying the data packet to create a VPN header for the data packet by: modifying a source IP address of the data packet from the Mobile Node's care-of address to the Mobile Node's home address; modifying a destination IP address of the data packet from the address of the Home Agent to the IP address of the VPN headend; and transmitting the modified data packet to the VPN headend via a VPN tunnel. modifying a source IP address of the data packet from the Mobile Node's care-of address to the Mobile Node's home address; modifying a destination IP address of the data packet from the address of the Home Agent to the IP address of the VPN headend; and transmitting the modified data packet to the VPN headend via a VPN tunnel.
A supporting device for a cantilevered tubular structure, comprising a tubular structure in turn comprising at least one tubular element facing a supporting wall wherein said at least one tubular element provides an opening facing said supporting wall, the device comprising in combination: a first hook portion fixed to said at least one tubular element and a second positionable supporting portion fixable to said supporting wall, adjustment mechanisms of the positions in depth and height of said first hook portion with respect to said second supporting portion, being associated with said first hook portion, characterized in that said first hook portion is positioned inside said at least one tubular element and is constrained in correspondence with said opening.
Rolling bearing comprising an inner ring, an outer ring and a plurality of rows of rolling elements (18, 20) each arranged between the raceways which are arranged on said rings, the number of rows of rolling elements (N rows) being in excess of or equal to two, at least one of the inner and outer rings (14, 16) comprising a plurality of part rings (30, 32, 34) which are mounted bearing axially against one another, the number of part rings (N rings) being defined by N rings ≥ N rows + 1, two raceways (36, 38) for two adjacent rows of rolling elements being provided only on one of the part rings, characterized in that said part ring is made in a material having a mechanical strength in excess of that of other part rings of said ring.