mhurhangee/ep-ind-claims huggingface dataset:
A mold (100; 400; 400') for encapsulating an electrical component, the mold comprising: an encapsulation chamber (120; 420; 420') for receiving an electrical component, the encapsulation chamber defined by: a housing (130; 430; 430') comprising a solid outer wall (132; 432; 432'), a permeable inner wall (134; 434; 434'), and an air chamber (140; 472) between the solid outer wall and the permeable inner wall, an open top (142; 456; 456'), a lower opening (144; 464; 464'), and a solid removable bottom (146; 438; 438') positioned within the lower opening (144; 464; 464'); and an air inlet configured to introduce a gas into the air chamber (140; 472); wherein the encapsulation chamber (120; 420; 420') is sized and shaped to receive the electrical component while leaving a gap for the introduction of encapsulant around the electrical component; characterized in that the solid bottom comprises at least one ring (468, 470; 468', 470') positioned between the solid outer wall (432; 432') and the permeable inner wall (434; 434') to maintain a gap that forms the air chamber between the solid outer wall and the permeable inner wall. an encapsulation chamber (120; 420; 420') for receiving an electrical component, the encapsulation chamber defined by: a housing (130; 430; 430') comprising a solid outer wall (132; 432; 432'), a permeable inner wall (134; 434; 434'), and an air chamber (140; 472) between the solid outer wall and the permeable inner wall, an open top (142; 456; 456'), a lower opening (144; 464; 464'), and a solid removable bottom (146; 438; 438') positioned within the lower opening (144; 464; 464'); and a housing (130; 430; 430') comprising a solid outer wall (132; 432; 432'), a permeable inner wall (134; 434; 434'), and an air chamber (140; 472) between the solid outer wall and the permeable inner wall, an open top (142; 456; 456'), a lower opening (144; 464; 464'), and a solid removable bottom (146; 438; 438') positioned within the lower opening (144; 464; 464'); and an air inlet configured to introduce a gas into the air chamber (140; 472); wherein the encapsulation chamber (120; 420; 420') is sized and shaped to receive the electrical component while leaving a gap for the introduction of encapsulant around the electrical component; characterized in that the solid bottom comprises at least one ring (468, 470; 468', 470') positioned between the solid outer wall (432; 432') and the permeable inner wall (434; 434') to maintain a gap that forms the air chamber between the solid outer wall and the permeable inner wall.
A portable multi-spectral imaging device, comprising: at least one image acquisition device configured to acquire a multi-spectral image from a subject; a filtering device to filter light received by the image acquisition device; an acquisition subsystem configured to: continuously monitor quality of acquired image data with respect to the signal-to-noise ratio achieved, and perform motion tracking in real-time such that acquired data is not corrupted during imaging; an analogue front end module to convert the image to a digital image; a microprocessor to temporarily store at least one image and control the analog front end module; and a communication module configured to send image data through a wireless connection for storage. at least one image acquisition device configured to acquire a multi-spectral image from a subject; a filtering device to filter light received by the image acquisition device; an acquisition subsystem configured to: continuously monitor quality of acquired image data with respect to the signal-to-noise ratio achieved, and perform motion tracking in real-time such that acquired data is not corrupted during imaging; continuously monitor quality of acquired image data with respect to the signal-to-noise ratio achieved, and perform motion tracking in real-time such that acquired data is not corrupted during imaging; an analogue front end module to convert the image to a digital image; a microprocessor to temporarily store at least one image and control the analog front end module; and a communication module configured to send image data through a wireless connection for storage.
A cartridge for an electronic cigarette comprising: a cartridge body defining a smoke channel for smoke flowing therethrough and a reservoir chamber surrounding the smoke channel for storing liquid solution, the reservoir chamber comprising an opening which communicates the interior of the reservoir chamber with the exterior of the reservoir chamber; and a sealing member secured to the cartridge body, the sealing member comprising a first sealing portion for sealing the opening, said cartridge being characterised in that the smoke channel comprises an inlet, and the opening and the inlet are coplanar. a cartridge body defining a smoke channel for smoke flowing therethrough and a reservoir chamber surrounding the smoke channel for storing liquid solution, the reservoir chamber comprising an opening which communicates the interior of the reservoir chamber with the exterior of the reservoir chamber; and a sealing member secured to the cartridge body, the sealing member comprising a first sealing portion for sealing the opening,
A curable composition comprising: (a) a perfluoroelastomer gum, comprising a perfluorinated polymer having an carboxylic acid integrated absorbance ratio of at least 0.015; and (b) a compound comprising at least one oxazole moiety. the method for measuring the carboxylic acid integrated absorbance ratio is indicated in the description. (a) a perfluoroelastomer gum, comprising a perfluorinated polymer having an carboxylic acid integrated absorbance ratio of at least 0.015; and (b) a compound comprising at least one oxazole moiety.
A humanized antibody specific for the protofibrillar form of the A-β peptide, characterized in that: - said antibody has reduced effector functions, - the variable part of its heavy chain comprises a sequence having at least 90% identity with sequence SEQ ID NO: 6 or SEQ ID NO: 28, - the variable part of its light chain comprises a sequence having at least 90% identity with sequence SEQ ID NO: 8 or SEQ ID NO: 24, - said antibody has an affinity for the protofibrillar form of the Aβ peptide at least 100 times greater than its affinity for the other forms of this peptide, the affinity being EC50 measured by ELISA; and - said antibody binds to the A-β peptides aggregated in senile plaques and not to the diffuse deposits of A-β peptides. - said antibody has reduced effector functions, - the variable part of its heavy chain comprises a sequence having at least 90% identity with sequence SEQ ID NO: 6 or SEQ ID NO: 28, - the variable part of its light chain comprises a sequence having at least 90% identity with sequence SEQ ID NO: 8 or SEQ ID NO: 24, - said antibody has an affinity for the protofibrillar form of the Aβ peptide at least 100 times greater than its affinity for the other forms of this peptide, the affinity being EC50 measured by ELISA; and - said antibody binds to the A-β peptides aggregated in senile plaques and not to the diffuse deposits of A-β peptides.
A method of making a package comprising a mineral wool product substantially air-tightly enclosed by a foil, said method comprising the steps of bringing about a dimensional reduction of said mineral wool product by mechanically compressing said mineral wool product in a first direction using mechanical compressing means comprising a conveyor, moving said dimensionally reduced mineral wool product by said conveyor from said compressing means to evacuation means arranged at an evacuation station comprising two opposed belt conveyors (12', 12"), said dimensional reduction of the mineral wool product being temporarily maintained during the transfer thereof to the evacuation means, evacuating said dimensionally reduced mineral wool product enclosed by said foil by said evacuation means arranged at said evacuation station by removing air from the inside of the foil, said evacuation being performed while essentially maintaining said dimensional reduction, and moving said package on to a conveyor.
Method for obtaining a panoramic image similar to a panoramic radiography obtained from a patient through X-ray emission, the method processing an acquired 3D digital volume in voxel, each voxel having values of X-ray absorption, the method comprising the following steps: a) selecting a curved surface in 3D volume; b) identifying a plurality of first points on said curved surface and connecting each point of said identified first points with a corresponding pixel of the panoramic image to be obtained, to map said first points of said curved surface on corresponding pixels of said panoramic image; characterized by c) associating for each identified point of said first points a respective set of lines passing through said identified point, each having a different angle of incidence, said angle of incidence being defined as an angle between a line of said respective set of lines and a line perpendicular to said curved surface passing through the identified point P, said lines being contained in a solid angle, having said identified point as vertex; d) calculating an absorption value in the 3D volume along each of said lines; e) attributing to said identified point of said first points an absorption value calculated as a function of all the absorption values calculated for each of said lines of said set; f) attributing to said pixel linked to said identified point of said first points a value expressed in grayscale calculated as a function of the absorption value of said identified point. a) selecting a curved surface in 3D volume; b) identifying a plurality of first points on said curved surface and connecting each point of said identified first points with a corresponding pixel of the panoramic image to be obtained, to map said first points of said curved surface on corresponding pixels of said panoramic image; c) associating for each identified point of said first points a respective set of lines passing through said identified point, each having a different angle of incidence, said angle of incidence being defined as an angle between a line of said respective set of lines and a line perpendicular to said curved surface passing through the identified point P, said lines being contained in a solid angle, having said identified point as vertex; d) calculating an absorption value in the 3D volume along each of said lines; e) attributing to said identified point of said first points an absorption value calculated as a function of all the absorption values calculated for each of said lines of said set; f) attributing to said pixel linked to said identified point of said first points a value expressed in grayscale calculated as a function of the absorption value of said identified point.
A network node comprising processing circuitry and computer executable program code that, when executed by the processing circuitry, causes the network node to: obtain grouping information that associates a plurality of users with a group; determine, based on the grouping information, content to be cached near the users that are associated with the group; facilitate caching the content in one or more caches, the one or more caches selected from a plurality of caches based at least in part on proximity to the users associated with the group; and the network node being characterised in that the executable program code, when executed by the processing circuitry, further causes the network node to communicate an instruction to delete the content from the one or more caches after the content has been consumed by a pre-determined number or percentage of users associated with the group. obtain grouping information that associates a plurality of users with a group; determine, based on the grouping information, content to be cached near the users that are associated with the group; facilitate caching the content in one or more caches, the one or more caches selected from a plurality of caches based at least in part on proximity to the users associated with the group; and the network node being characterised in that the executable program code, when executed by the processing circuitry, further causes the network node to communicate an instruction to delete the content from the one or more caches after the content has been consumed by a pre-determined number or percentage of users associated with the group.
Coil, comprising at least one coil carrier and a winding wire, wherein at least one sleeve is electrically connected to the winding wire, wherein the sleeve produces an electrical connection between winding wire and a stranded conductor of a cable, wherein the electrical connection belongs to a centre tap of the coil, wherein the coil carrier comprises at least one channel, which is formed as a pocket and into which the sleeve is inserted and is fastened in a force-locking and/or form-locking manner, wherein the sleeve comprises one or more deformed regions, wherein the sleeve comprises a first support region, which is provided as support and/or guidance for the winding wire by the sleeve having a wall part and having on both sides first tongues which are bent away from the wall part and which have in the region of the bend a cutout, one side of which acts as support on which the winding wire is supported and guided, wherein the sleeve comprises at least one second deformed region, which is formed as a second tongue for the electrical and force-locking connection to the winding wire, to which region the winding wire is connected in a force-locking manner and welded, wherein the sleeve comprises at least one third region in the wall part, to which region the stranded conductor of a cable is weld-connected, wherein the sleeve is formed as a stamped bent part.
Switching device with a first switching device control terminal and a second switching device control terminal, and with a first switching device load terminal and a second switching device load terminal, wherein the switching device has a switching device housing, wherein inside the switching device housing a first relay is arranged with a first relay housing different from the switching device housing, wherein the first switching device control terminal is circuit-connected to a first relay control terminal of the first relay, wherein the second switching device control terminal is circuit-connected to a second relay control terminal of the first relay, wherein the first switching device load terminal is circuit-connected to a first relay load terminal of the first relay, and wherein the second switching device load terminal is circuit-connected to a second relay load terminal of the first relay, characterised in that the switching device has a push-button, in that the push-button interacts mechanically with an anchor of the first relay such that an activation of the push-button activates the anchor, in that the first relay housing has a first opening, and in that a first extension interacting with the push-button projects through the first opening into the inside of the first relay housing and in that the first extension is arranged on a slide mounted to be longitudinally displaceable inside the switching device housing, and in that the slide is connected by means of a lever arm to the push-button.
A method for transmitting a packet (200, 400, 600) in a wireless communications network, comprising: constructing a packet (200, 400, 600) including synchronization header (210, 410, 610), a physical layer header (220, 420, 620), and a payload (230, 430, 630); inserting a preamble (240, 440, 640) and a start of frame delimiter (250, 450, 650) in the synchronization header (210, 410, 610); inserting a non-periodic sequence of ternary codes in the start of frame delimiter, each code representing a fixed length ternary sequence; and transmitting the packet (200, 400, 600): characterized by wherein the start of frame delimiter includes repeated pairs of constant cores and varying suffixes. constructing a packet (200, 400, 600) including synchronization header (210, 410, 610), a physical layer header (220, 420, 620), and a payload (230, 430, 630); inserting a preamble (240, 440, 640) and a start of frame delimiter (250, 450, 650) in the synchronization header (210, 410, 610); inserting a non-periodic sequence of ternary codes in the start of frame delimiter, each code representing a fixed length ternary sequence; and transmitting the packet (200, 400, 600): characterized by wherein the start of frame delimiter includes repeated pairs of constant cores and varying suffixes.
A fixing device comprising: an endless moving member; a pressure member to contact an outer circumferential surface of the endless moving member; a nip forming member disposed at an interior side of the moving member and contacting the moving member against the pressure member to form a nip portion; a heat source disposed at an interior side of the moving member to heat the moving member with radiant heat, wherein a recording medium is conveyed through the nip portion to fix an image onto the recording medium; plural shielding members disposed between the heat source and the moving member and movable between a shielding position where the plural shielding members shield a non-sheet passing area on the moving member from the radiant heat from the heat source and a retracted position; and a control circuit to move each of the plural shielding members between the shielding position and the retracted position, characterized in that the fixing device further comprises a reflecting member to reflect the radiant heat from the heat source, the reflecting member disposed between the heat source and the nip forming member, wherein a heat reflectivity of a surface of each of the plural shielding members opposite the heat source is lower than that of a surface of the reflecting member opposite the heat source. an endless moving member; a pressure member to contact an outer circumferential surface of the endless moving member; a nip forming member disposed at an interior side of the moving member and contacting the moving member against the pressure member to form a nip portion; a heat source disposed at an interior side of the moving member to heat the moving member with radiant heat, wherein a recording medium is conveyed through the nip portion to fix an image onto the recording medium; plural shielding members disposed between the heat source and the moving member and movable between a shielding position where the plural shielding members shield a non-sheet passing area on the moving member from the radiant heat from the heat source and a retracted position; and a control circuit to move each of the plural shielding members between the shielding position and the retracted position, characterized in that the fixing device further comprises a reflecting member to reflect the radiant heat from the heat source, the reflecting member disposed between the heat source and the nip forming member, wherein a heat reflectivity of a surface of each of the plural shielding members opposite the heat source is lower than that of a surface of the reflecting member opposite the heat source.
A semiconductor device comprising: an SOI substrate including a first active region and an element isolation region arranged in contact with the first active region, the SOI substrate including a support substrate, an insulating layer formed on the support substrate, and a semiconductor layer formed on the insulating layer; a gate electrode formed on the semiconductor layer in the first active region via a gate insulating film; a source/drain region formed in the semiconductor layer on both sides of the gate electrode; a dummy gate electrode formed in the element isolation region, and electrically isolated from the gate electrode; and a sidewall film formed on both sides of the dummy gate electrode, wherein the element isolation region is comprised of an insulating film embedded in a trench deeper than the insulating layer, and the sidewall film is arranged along a boundary between the first active region and the element isolation region. an SOI substrate including a first active region and an element isolation region arranged in contact with the first active region, the SOI substrate including a support substrate, an insulating layer formed on the support substrate, and a semiconductor layer formed on the insulating layer; a gate electrode formed on the semiconductor layer in the first active region via a gate insulating film; a source/drain region formed in the semiconductor layer on both sides of the gate electrode; a dummy gate electrode formed in the element isolation region, and electrically isolated from the gate electrode; and a sidewall film formed on both sides of the dummy gate electrode, wherein the element isolation region is comprised of an insulating film embedded in a trench deeper than the insulating layer, and the sidewall film is arranged along a boundary between the first active region and the element isolation region.
A fuel injection valve including a swirling chamber (22a-22c) having an inner circumferential wall so formed that the curvature thereof is gradually increased from the upstream side to the downstream side of a fuel flow, a passage (21a-21c) for guiding fuel into the swirling chamber (22a-22c), and a fuel injection hole (23a-23c) which is formed at the bottom of the swirling chamber (22a-22c), wherein a joint is formed between a first side wall of the passage (21a-21c) and the inner circumferential wall on the downstream side of the swirling chamber (22a-22c) at which both walls are connected by a curved surface with each other and is positioned between a first line segment going through the center of the fuel injection hole (23a-23c) perpendicular in relation to the passage (21a -21c) and a second line segment tangential to the fuel injection hole (23a-23c) and parallel to the first line segment, wherein the shape of the inner circumferential wall of the swirling chamber (22a-22c) is defined based on flow rate conservation in the radial direction of the center of the fuel injection hole (23a-23c) and in the circumferential direction of the swirling chamber (22a-22c) by a logarithmic spiral of curve radius (r) which is a function of a width of the passage (21a-21c) for guiding fuel into the swirling chamber (22a-22c), a thickness (φK) formed between the first side wall and a line segment arranged parallel to the first side wall and a distance (r 1) from the center of the fuel injection hole (23a-23c) to the first side wall of the passage (21a-21c) in accordance with the relationship: r = r 1 − φK e θ tan α; wherein: tan α = 1 / 2 π × 1 n r 1 + W / r 1 − φK, and θ represents a circumferential angle in radian of the swirling chamber (22a-22c), and wherein a second side wall of the passage (21a-21c) is tangent to a reference circle in contact at a start point (Ssa) of the inner circumferential wall of the swirling chamber (22a-22c) formed in the logarithmic spiral, the reference circle going through the start point (Ssa) with the center of the fuel injection hole (23a-23c) as a center, and the first side wall of the passage (21a-21c) is connected with the end point (Sea) of the inner circumferential wall via the joint.
A method for displaying a weighing result of a scale, in particular a store scale, on a mobile display device, the scale having an identifier, in which method the mobile display device establishes a secure, wireless communication connection with the scale and displays a weighing result of the scale together with the identifier of the scale after successfully establishing the connection, wherein the identifier is a unique ID which is assigned to the scale and with reference to which the scale is uniquely identifiable.