mhurhangee/ep-ind-claims huggingface dataset:
An electronic board comprising: a board including an upper surface ground on an upper surface; at least one first land formed on the upper surface and connected to a first signal line; at least one second land formed on the upper surface and connected to a second signal line; at least one third land disposed on the upper surface between the at least one first land and the at least one second land and connected to the upper surface ground; and at least one fourth land disposed on the upper surface on a side opposite to the at least one third land and connected to the upper surface ground, the at least one first land being interposed between the at least one third land and the at least one fourth land, characterized in that the electronic board further comprises a shielding conductor for electromagnetically shielding the at least one first land and the first signal line, wherein the shielding conductor is made of a box-shaped conductor, in which at least a bottom is opened, and is formed so as to cover the at least one first land and the first signal line wherein two contact portions are provided connecting the third land and the shielding conductor and connecting the fourth land and the shielding conductor, wherein magnetic field loops that rotate in the same direction are generated around each of said two contact portions. a board including an upper surface ground on an upper surface; at least one first land formed on the upper surface and connected to a first signal line; at least one second land formed on the upper surface and connected to a second signal line; at least one third land disposed on the upper surface between the at least one first land and the at least one second land and connected to the upper surface ground; and at least one fourth land disposed on the upper surface on a side opposite to the at least one third land and connected to the upper surface ground, the at least one first land being interposed between the at least one third land and the at least one fourth land, characterized in that the electronic board further comprises a shielding conductor for electromagnetically shielding the at least one first land and the first signal line, wherein the shielding conductor is made of a box-shaped conductor, in which at least a bottom is opened, and is formed so as to cover the at least one first land and the first signal line wherein two contact portions are provided connecting the third land and the shielding conductor and connecting the fourth land and the shielding conductor, wherein magnetic field loops that rotate in the same direction are generated around each of said two contact portions.
An electroconductive film for a temperature sensor, the electroconductive film comprising: a resin film base; a nickel thin-film disposed on one principal surface of the resin film, characterised in that the electroconductive film further comprises an inorganic underlying layer disposed between the resin film base and the nickel thin-film, and wherein an interplanar spacing of the nickel plane in the nickel thin-film is less than 0.2040 nm as measured according to the method in the description.
An embolic protection device for isolating the cerebral vasculature, comprising: a first elongate, tubular body (14, 701), having a proximal end, a distal end and a central lumen extending therethrough; a first filter (16, 704) having a distally facing opening, carried by the first tubular body; a distal sheath (20, 48, 718) axially movable relative to the first tubular body (14, 701), the distal sheath (20, 48, 718) comprising a first portion and a second portion, the second portion configured to curve out of plane between 20 degrees to 75 degrees; a second tubular body (24, 720), extending through the central lumen; and a second filter (22, 726) having a proximally facing opening, carried by the second tubular body (24, 720). a first elongate, tubular body (14, 701), having a proximal end, a distal end and a central lumen extending therethrough; a first filter (16, 704) having a distally facing opening, carried by the first tubular body; a distal sheath (20, 48, 718) axially movable relative to the first tubular body (14, 701), the distal sheath (20, 48, 718) comprising a first portion and a second portion, the second portion configured to curve out of plane between 20 degrees to 75 degrees; a second tubular body (24, 720), extending through the central lumen; and a second filter (22, 726) having a proximally facing opening, carried by the second tubular body (24, 720).
A herbicidal composition comprising: a herbicidally effective amount of rimsulfuron, and a hydrolysis inhibiting effective amount of an anti-hydrolysis agent; wherein the anti-hydrolysis agent is isoxadifen-ethyl; and wherein rimsulfuron is present in the composition in an amount of from 25% to less than 30% by weight of the composition. a herbicidally effective amount of rimsulfuron, and a hydrolysis inhibiting effective amount of an anti-hydrolysis agent; wherein the anti-hydrolysis agent is isoxadifen-ethyl; and wherein rimsulfuron is present in the composition in an amount of from 25% to less than 30% by weight of the composition.
An inspection system, comprising: an inspection area; at least one x-ray source adapted to emit x-ray radiation into the inspection area; a sparse detector array positioned to receive x-ray radiation from the at least one x-ray source after passing through the inspection area, wherein the sparse detector array includes a plurality of rows of detector elements, wherein at least some of the plurality of rows are separated by gaps such that the at least some of the plurality of rows are non-contiguous, wherein a percentage of rows in the sparse detector array compared to a full array of detectors is less than 50%; and at least one processor programmed to: determine a first volumetric image of at least a portion of an item (130, 200) within the inspection area using a direct reconstruction process from outputs of the sparse detector array when irradiated by the at least one x-ray source; initialize an iterative reconstruction process with the first volumetric image; and perform the iterative reconstruction process to determine a second volumetric image of at least a portion of the item (130, 200) within the inspection area. an inspection area; at least one x-ray source adapted to emit x-ray radiation into the inspection area; a sparse detector array positioned to receive x-ray radiation from the at least one x-ray source after passing through the inspection area, wherein the sparse detector array includes a plurality of rows of detector elements, wherein at least some of the plurality of rows are separated by gaps such that the at least some of the plurality of rows are non-contiguous, wherein a percentage of rows in the sparse detector array compared to a full array of detectors is less than 50%; and at least one processor programmed to: determine a first volumetric image of at least a portion of an item (130, 200) within the inspection area using a direct reconstruction process from outputs of the sparse detector array when irradiated by the at least one x-ray source; initialize an iterative reconstruction process with the first volumetric image; and perform the iterative reconstruction process to determine a second volumetric image of at least a portion of the item (130, 200) within the inspection area. determine a first volumetric image of at least a portion of an item (130, 200) within the inspection area using a direct reconstruction process from outputs of the sparse detector array when irradiated by the at least one x-ray source; initialize an iterative reconstruction process with the first volumetric image; and perform the iterative reconstruction process to determine a second volumetric image of at least a portion of the item (130, 200) within the inspection area.
Method for allocating a space of predetermined size in a memory of a smart card, characterised in that it comprises steps of: • preselecting in the memory, at least one free zone having a size larger than the predetermined size using a deterministic policy; • selecting, in a preselected free zone, a sub-zone having a size equal to the predetermined size, wherein selecting the sub-zone is variable for one same preselected free zone, wherein the sub-zone is selected from a set constituted of: • a first sub-zone having a start address equal to the start address of the selected free zone, and • a second sub-zone having an end address equal to the end address of the selected free zone, • use of the selected sub-zone as allocated memory space. • preselecting in the memory, at least one free zone having a size larger than the predetermined size using a deterministic policy; • selecting, in a preselected free zone, a sub-zone having a size equal to the predetermined size, wherein selecting the sub-zone is variable for one same preselected free zone, wherein the sub-zone is selected from a set constituted of: • a first sub-zone having a start address equal to the start address of the selected free zone, and • a second sub-zone having an end address equal to the end address of the selected free zone, • a first sub-zone having a start address equal to the start address of the selected free zone, and • a second sub-zone having an end address equal to the end address of the selected free zone, • use of the selected sub-zone as allocated memory space.
Automatic gearbox with a control element having at least one manually operated shift paddle (5, 6) arranged on a steering wheel that includes a sensor for detecting the operation and is connected via a first signal path with a gearbox control unit of the automatic gearbox, characterised in that the shift paddle (5, 6) and the gearbox control unit are additionally connected via a second signal path, independent of the first signal path, in which one signal path takes the form of a wiring harness and the other signal path takes the form of a data bus.
A chimeric molecule comprising a monomeric structure (designated IgFasL) which contains, from its N-terminal end to its C-terminal end, the following fused domains: a) an Ig-like domain (designated Ig) of the human Leukemia Inhibitory Factor receptor gp190, or a polypeptidic variant which differs from the original amino acid sequence of the Ig-like domain (designated Ig) of the human Leukemia Inhibitory Factor receptor gp190 by point mutation of one or more amino acid residues and which has at least 90% sequence identity or more than 95% sequence identity with said original sequence and has the capacity to self-associate in the context of the chimeric molecule, or a polypeptidic variant which is the Ig-like domain of the Oncostatin M Specific receptor Subunit beta (OSMR) or the gp130 receptors having the capacity to self-associate in the context of the chimeric molecule; b) a linker which acts as a spacer between domains a) and c) of the chimeric molecule; c) the extracellular domain of the human FasL protein, or a polypeptidic variant which differs from the original amino acid sequence of the extracellular domain of the human FasL protein by point mutation of one or more amino acid residues and which has at least 90% sequence identity or more than 95% sequence identity or 99% sequence identity with said original sequence, or a polypeptidic variant which is the naturally cleaved FasL (cFasL) obtained by cleavage of the membrane-bound FasL by a metalloprotease; wherein the chimeric molecule is a polymer (pFasL) of at least 6 repeats of said monomeric structure, said polymer being able to bind and to activate a transmembrane receptor named Fas (Fas receptor) on Fas expressing cells and said polymer having a cytotoxic activity toward Fas expressing cells. a) an Ig-like domain (designated Ig) of the human Leukemia Inhibitory Factor receptor gp190, or a polypeptidic variant which differs from the original amino acid sequence of the Ig-like domain (designated Ig) of the human Leukemia Inhibitory Factor receptor gp190 by point mutation of one or more amino acid residues and which has at least 90% sequence identity or more than 95% sequence identity with said original sequence and has the capacity to self-associate in the context of the chimeric molecule, or a polypeptidic variant which is the Ig-like domain of the Oncostatin M Specific receptor Subunit beta (OSMR) or the gp130 receptors having the capacity to self-associate in the context of the chimeric molecule; b) a linker which acts as a spacer between domains a) and c) of the chimeric molecule; c) the extracellular domain of the human FasL protein, or a polypeptidic variant which differs from the original amino acid sequence of the extracellular domain of the human FasL protein by point mutation of one or more amino acid residues and which has at least 90% sequence identity or more than 95% sequence identity or 99% sequence identity with said original sequence, or a polypeptidic variant which is the naturally cleaved FasL (cFasL) obtained by cleavage of the membrane-bound FasL by a metalloprotease;
A pipette tip tray, comprising: a top that includes an array of bores, each bore configured to receive a partially-inserted pipette tip; a base comprising sides (501, 502) including a step around the base perimeter and a first fastener in association with the step; and a lid that includes a second fastener, wherein: the first fastener and the second fastener independently are chosen from a fastener comprising a slot and a fastener comprising a tab, the tab is in flexible association with the lid at a junction between the tab and the bottom edge of the lid, wherein the lid and tab are configured for the lid to pivot with respect to the base about the junction between the tab and the lid when the tab is engaged in the slot, and the first fastener and the second fastener are reversibly engaged. a top that includes an array of bores, each bore configured to receive a partially-inserted pipette tip; a base comprising sides (501, 502) including a step around the base perimeter and a first fastener in association with the step; and a lid that includes a second fastener, wherein: the first fastener and the second fastener independently are chosen from a fastener comprising a slot and a fastener comprising a tab, the tab is in flexible association with the lid at a junction between the tab and the bottom edge of the lid, wherein the lid and tab are configured for the lid to pivot with respect to the base about the junction between the tab and the lid when the tab is engaged in the slot, and the first fastener and the second fastener are reversibly engaged. the first fastener and the second fastener independently are chosen from a fastener comprising a slot and a fastener comprising a tab, the tab is in flexible association with the lid at a junction between the tab and the bottom edge of the lid, wherein the lid and tab are configured for the lid to pivot with respect to the base about the junction between the tab and the lid when the tab is engaged in the slot, and the first fastener and the second fastener are reversibly engaged.
Device for mounting and holding a coater unit of a metal 3D printer, comprising two rotary blocks arranged opposite one another in a mirror image, each comprising a base with which carrier elements that face the relevant other rotating block and in each case form a support are associated, the supports of the carrier elements forming a common support plane in the case of a mirror-image alignment, characterized in that clamping jaws that can be moved along a guide are associated with the two supports and the clamping jaws either enclose a defined distance between said jaws and the supports or a planar depression is associated with each of the supports and the clamping jaws rest directly on the plane of the support under pretension, the rotary blocks also being fixed at a defined distance on both sides of a powder basin for collecting metal powder by means of a screw connection.
A breast implant system for implantation in a patient's body so as to form part of a breast implant, comprising at least one first element and at least one second element, each of the first and second elements comprising an outer wall defining a volume which is filled or fillable with a filling material or either or both of the first and second elements being provided in granular form, wherein the first element is displaceable relative to the second element by allowing the first element to be moved, when implanted in the patient's breast, between different spots within the patient's breast so as to change the outer shape of the breast implant, wherein the first and second elements form part of a common casing (12, 13), the at least one first element being movable between different spots within the casing, wherein at least one of the outer wall of the first element and the outer wall of the casing is flexible, characterized in that - at least one first element and at least one second element are interconnected so as to allow for exchanging content between them and further comprising at least one reservoir in fluid connection with both the first element and the second element, such that fluid can be exchanged between the reservoir and the first and second elements, so as to change their respective content; or - further comprising at least one reservoir (R 1, R 2) in fluid connection with the at least one first element such that fluid can be exchanged from the reservoir to the first element and vice versa. - at least one first element and at least one second element are interconnected so as to allow for exchanging content between them and further comprising at least one reservoir in fluid connection with both the first element and the second element, such that fluid can be exchanged between the reservoir and the first and second elements, so as to change their respective content; or - further comprising at least one reservoir (R 1, R 2) in fluid connection with the at least one first element such that fluid can be exchanged from the reservoir to the first element and vice versa.
A method for rendering at a local client side device a composite view including a local graphical user interface and a remote application view associated with a remote application of a remote server, comprising: generating a local graphical user interface, GUI, for remotely controlling the remote application from the local client side device (1310-A), said local GUI comprising a plurality of graphical control objects for controlling one or more functions of the remote application; generating a remote application view of the remote application based on display output data of the remote application received at the local client side device from the remote server (1320-A); providing, to a local display, a composite view comprising the local GUI and the remote application view of the remote application (1330-A); determining a function to be performed by the remote application of the remote server based on one or more user inputs to the local GUI (1340-A); generating a command message identifying the determined function (1350-A); and directing the command message to the remote server (1360-A), wherein: the graphical control objects of the local GUI are rendered locally at the local client device; and an image of the display output of the remote application is displayed only within the remote application view, where a remote GUI of the remote application is deactivated in the display output data. generating a local graphical user interface, GUI, for remotely controlling the remote application from the local client side device (1310-A), said local GUI comprising a plurality of graphical control objects for controlling one or more functions of the remote application; generating a remote application view of the remote application based on display output data of the remote application received at the local client side device from the remote server (1320-A); providing, to a local display, a composite view comprising the local GUI and the remote application view of the remote application (1330-A); determining a function to be performed by the remote application of the remote server based on one or more user inputs to the local GUI (1340-A); generating a command message identifying the determined function (1350-A); and directing the command message to the remote server (1360-A), wherein: the graphical control objects of the local GUI are rendered locally at the local client device; and an image of the display output of the remote application is displayed only within the remote application view, where a remote GUI of the remote application is deactivated in the display output data. the graphical control objects of the local GUI are rendered locally at the local client device; and an image of the display output of the remote application is displayed only within the remote application view, where a remote GUI of the remote application is deactivated in the display output data.
Cleaning device for cleaning surfaces, in particular textile or angular surfaces, in which at least one gaseous, pressurised pressure medium and at least one active cleaning medium are provided for vortexing in a nozzle assembly of the cleaning device by means of a rotating nozzle arrangement (32, 34, 35), characterised in that the pressure medium is steam.
Method for shifting gears in a gear shifting arrangement provided in an electronic automatic transmission shifter provided in a vehicle, wherein the gear shifting arrangement comprises at least a neutral mode, a drive mode, a reverse mode and park mode and a shift lever which is monostable along a first axis in a first position, said shift lever being movable along said first axis in a first direction and a second direction, characterized in that the method comprises: - selecting the reverse mode by displacing the shift lever to a first end position in said first direction two consecutive times from park mode, allowing said shift lever to return to said first position in between each said displacement; - selecting the drive mode by displacing the shift lever to a second end position in the second direction two consecutive times from park mode, allowing said shift lever is to return to said first position in between each said displacement. - selecting the reverse mode by displacing the shift lever to a first end position in said first direction two consecutive times from park mode, allowing said shift lever to return to said first position in between each said displacement; - selecting the drive mode by displacing the shift lever to a second end position in the second direction two consecutive times from park mode, allowing said shift lever is to return to said first position in between each said displacement.
Device for guiding a hood of a mobile work machine, the mobile work machine comprising a machine frame, the hood being moveable relative to the machine frame between an open and a closed position, the device comprising an engagement member (6, 12) and a guide member (4, 7), the engagement member (6, 12) and the guide member (4, 7) being connected to one another in an articulated fashion, the engagement member (6, 12) being connected to the hood and the guide member (4, 7) being connected to the machine frame, or the engagement member (6, 12) being connected to the machine frame and the guide member (4, 7) being connected to the hood, characterized in that the guide member (4, 7) is configured to guide a point on the hood on a curved path, the hood being configured as a guided member and being mounted so as to be displaceable on a guide form corresponding to the curved path.
A leather-like sheet produced by impregnating a fiber base with an aqueous urethane resin composition and subsequently performing thermal coagulation of the aqueous urethane resin composition, the aqueous urethane resin composition including a urethane resin, a nonionic emulsifier, and an aqueous medium, the urethane resin being produced by reacting a polyol including a polyol (a1-1) including a carboxyl group with an aromatic polyisocyanate and a chain extender, the content of urea linkage in the urethane resin being 0.3 mol/kg or less.