mhurhangee/ep-ind-claims huggingface dataset:
An image pickup unit for an endoscope comprising: an objective lens unit; a rectangular or square cover glass fixed on a light receiving surface, which is a front end face of an image pickup device; a circular optical member stuck to a front end face of the cover glass and having a diameter smaller than a diagonal line length of the cover glass; a holding frame fixed to the objective lens unit, and having a circular fitting hole in which the optical member is fit from a rear; a projecting section projecting toward a radial direction inner side in the holding frame; a first light blocking member disposed in a front of the optical member to block visual field external light reflecting on an inner wall surface of the projecting section and traveling to an inside of a pixel formation region of the image pickup device; and a second light blocking member disposed between a rear end face of the optical member and a front end face of the cover glass to block the visual field external light reflecting on a side surface of the optical member and having an angle toward the inside of the pixel formation region. an objective lens unit; a rectangular or square cover glass fixed on a light receiving surface, which is a front end face of an image pickup device; a circular optical member stuck to a front end face of the cover glass and having a diameter smaller than a diagonal line length of the cover glass; a holding frame fixed to the objective lens unit, and having a circular fitting hole in which the optical member is fit from a rear; a projecting section projecting toward a radial direction inner side in the holding frame; a first light blocking member disposed in a front of the optical member to block visual field external light reflecting on an inner wall surface of the projecting section and traveling to an inside of a pixel formation region of the image pickup device; and a second light blocking member disposed between a rear end face of the optical member and a front end face of the cover glass to block the visual field external light reflecting on a side surface of the optical member and having an angle toward the inside of the pixel formation region.
A shunt tab assembly for an electrical switching apparatus, said electrical switching apparatus including a housing, separable contacts (6, 8) enclosed by the housing, an operating mechanism for opening and closing said separable contacts (6, 8), and a number of shunts, said operating mechanism including a trip unit, said shunt tab assembly comprising: a shunt tab structured to be electrically connected to said shunts; and a fastener structured to mechanically couple and electrically connect said trip unit to said shunt tab; characterised by: a biasing element structured to bias said shunt tab toward a predetermined position with respect to the housing; wherein said shunt tab is a single piece electrically conductive member comprising an exterior, an interior, and a cavity extending from the exterior to the interior, and said fastener comprises a mounting bolt and a corresponding nut, wherein said nut is retained within said cavity, and wherein said mounting bolt extends from the exterior of said shunt tab to the interior of said shunt tab to engage said nut. a shunt tab structured to be electrically connected to said shunts; and a fastener structured to mechanically couple and electrically connect said trip unit to said shunt tab; characterised by: a biasing element structured to bias said shunt tab toward a predetermined position with respect to the housing; wherein said shunt tab is a single piece electrically conductive member comprising an exterior, an interior, and a cavity extending from the exterior to the interior, and a biasing element structured to bias said shunt tab toward a predetermined position with respect to the housing; wherein said shunt tab is a single piece electrically conductive member comprising an exterior, an interior, and a cavity extending from the exterior to the interior, and said fastener comprises a mounting bolt and a corresponding nut, wherein said nut is retained within said cavity, and wherein said mounting bolt extends from the exterior of said shunt tab to the interior of said shunt tab to engage said nut.
A printer comprising: a printhead configured to selectively cause a mark to be created on a substrate; a first motor coupled to the printhead and arranged to vary the position of the printhead relative to a printing surface against which printing is carried out to thereby control the pressure exerted by the printhead on the printing surface; and characterized by: a controller arranged to control the first motor in first and second operating modes; wherein: in the first operating mode, the controller is arranged to control the magnitude of current supplied to windings of the first motor so as to cause a predetermined pressure to be exerted by the printhead on the printing surface; and, in the second operating mode, the controller is arranged to control the angular position of an output shaft of the first motor so as to control the position of the printhead relative to the printing surface. a printhead configured to selectively cause a mark to be created on a substrate; a first motor coupled to the printhead and arranged to vary the position of the printhead relative to a printing surface against which printing is carried out to thereby control the pressure exerted by the printhead on the printing surface; and characterized by: a controller arranged to control the first motor in first and second operating modes; wherein: in the first operating mode, the controller is arranged to control the magnitude of current supplied to windings of the first motor so as to cause a predetermined pressure to be exerted by the printhead on the printing surface; and, in the second operating mode, the controller is arranged to control the angular position of an output shaft of the first motor so as to control the position of the printhead relative to the printing surface. a controller arranged to control the first motor in first and second operating modes; wherein: in the first operating mode, the controller is arranged to control the magnitude of current supplied to windings of the first motor so as to cause a predetermined pressure to be exerted by the printhead on the printing surface; and, in the second operating mode, the controller is arranged to control the angular position of an output shaft of the first motor so as to control the position of the printhead relative to the printing surface. in the first operating mode, the controller is arranged to control the magnitude of current supplied to windings of the first motor so as to cause a predetermined pressure to be exerted by the printhead on the printing surface; and, in the second operating mode, the controller is arranged to control the angular position of an output shaft of the first motor so as to control the position of the printhead relative to the printing surface.
A light emitting device comprising: a first conductivity type semiconductor layer; an active layer selectively grown on a surface of the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer on the active layer, a first electrode on the first conductivity type semiconductor layer, and a second electrode layer on the second conductivity type semiconductor layer, characterized in that the second conductivity type semiconductor layer is also disposed on the side surfaces of the active layer and the first conductivity type semiconductor layer. a first conductivity type semiconductor layer; an active layer selectively grown on a surface of the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer on the active layer, a first electrode on the first conductivity type semiconductor layer, and a second electrode layer on the second conductivity type semiconductor layer, characterized in that the second conductivity type semiconductor layer is also disposed on the side surfaces of the active layer and the first conductivity type semiconductor layer.
Apparatus for parallel dosing of a liquid, wherein - the apparatus has a main channel, secondary channels, an inlet and outlets, - the main channel is connected to the inlet, - the secondary channels are each connected to an outlet and - the secondary channels are connected to the main channel, characterised in that - the apparatus has a first body (20a, 20b) and the first body (20a, 20b) has the main channel, the secondary channels, the inlet and the outlets, - the apparatus has at least a first chamber with a first pressure medium, - the first body (20a, 20b) of the apparatus comprises means for transmitting (transmission means 2) pressure surges of the first pressure medium from the first chamber to the secondary channels, - each transmission means is connected to a secondary channel and - at least one means for preventing a fluidic connection between the secondary channels and the chamber is assigned to the transmission means, - the apparatus in the main channel has controllable means for fluidic decoupling (decoupling means 14), - the decoupling means are provided between the inlet and the first connection of the main channel with one of the secondary channels and/or between all connections of the main channel and one of the secondary channels and - the decoupling means are valves. - the apparatus has a main channel, secondary channels, an inlet and outlets, - the main channel is connected to the inlet, - the secondary channels are each connected to an outlet and - the secondary channels are connected to the main channel, - the apparatus has a first body (20a, 20b) and the first body (20a, 20b) has the main channel, the secondary channels, the inlet and the outlets, - the apparatus has at least a first chamber with a first pressure medium, - the first body (20a, 20b) of the apparatus comprises means for transmitting (transmission means 2) pressure surges of the first pressure medium from the first chamber to the secondary channels, - each transmission means is connected to a secondary channel and - at least one means for preventing a fluidic connection between the secondary channels and the chamber is assigned to the transmission means, - the apparatus in the main channel has controllable means for fluidic decoupling (decoupling means 14), - the decoupling means are provided between the inlet and the first connection of the main channel with one of the secondary channels and/or between all connections of the main channel and one of the secondary channels and - the decoupling means are valves.
A telecommunications connector comprising: a connector housing (101,501); a plurality of connector contacts in the connector housing (101,501); a substrate (103, 503) having first plated through holes for receiving termination ends of the connector contacts, the first plated through holes arranged in an area on the substrate (103, 503); a plurality of termination contacts (104,504), the plurality of termination contacts positioned in second plated through holes in the substrate (103, 503); the second plated through holes intersecting the area on the substrate (103, 503); characterized in that the substrate (103, 503) is rectangular, the second plated through holes being arranged along a diagonal of the substrate (103, 503). a connector housing (101,501); a plurality of connector contacts in the connector housing (101,501); a substrate (103, 503) having first plated through holes for receiving termination ends of the connector contacts, the first plated through holes arranged in an area on the substrate (103, 503); a plurality of termination contacts (104,504), the plurality of termination contacts positioned in second plated through holes in the substrate (103, 503); the second plated through holes intersecting the area on the substrate (103, 503); characterized in that the substrate (103, 503) is rectangular, the second plated through holes being arranged along a diagonal of the substrate (103, 503).
A molecularly imprinted polymer selective for at least one tobacco specific nitrosamine (TSNA), the polymer having been prepared using materials comprising: a TSNA or a structural analogue thereof; a neutral functional monomer; and a hydrophobic cross-linker. a TSNA or a structural analogue thereof; a neutral functional monomer; and a hydrophobic cross-linker.
An absorbent article having a longitudinal direction, a lateral direction intersecting the longitudinal direction, and a front-back direction intersecting the longitudinal direction and the lateral direction, the absorbent article comprising: a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion, a lateral end portion of the back waist portion on a one side and a lateral end portion of the front waist portion on the one side being joined by a first joining portion, the back waist portion having a fastening portion having a width in the lateral direction and being provided on another side in the lateral direction, the fastening portion being capable of being fastened to the front waist portion when putting on the absorbent article, the front waist portion having a target region, the target region being a region to which the fastening portion is to be fastened, and a lateral end of the target region on the one side being located on the one side relative to a lateral central position of the crotch portion in a distance corresponding to the width of the fastening portion, wherein a lateral end of the target region on the other side is between the lateral central position of the crotch portion and a position located on the one side away from a lateral end of the front waist portion on the other side by a distance corresponding to the width of the fastening portion. a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion, a lateral end portion of the back waist portion on a one side and a lateral end portion of the front waist portion on the one side being joined by a first joining portion, the back waist portion having a fastening portion having a width in the lateral direction and being provided on another side in the lateral direction, the fastening portion being capable of being fastened to the front waist portion when putting on the absorbent article, the front waist portion having a target region, the target region being a region to which the fastening portion is to be fastened, and a lateral end of the target region on the one side being located on the one side relative to a lateral central position of the crotch portion in a distance corresponding to the width of the fastening portion, wherein a lateral end of the target region on the other side is between the lateral central position of the crotch portion and a position located on the one side away from a lateral end of the front waist portion on the other side by a distance corresponding to the width of the fastening portion.
A hard coating that covers a surface of a substrate, wherein said hard coating has a total thickness of 0.5-20 μm and includes an A layer and a nanolayer-alternated layer that are alternately laminated by physical vapor deposition, wherein said nanolayer-alternated layer includes a B layer and a C layer that are alternately laminated, said A layer has a thickness of 50-1000 nm and is AlCr(SiC) nitride that is represented by a composition formula of [Al 1-W-X Cr W (SiC)x]N, wherein an atomic ratio W is 0.20-0.80, an atomic ratio X is 0.01-0.20 and which optionally contains an additive α that is at least one kind of element selected from a group consisting of V, Y, Zr, Nb, Mo, Ta and W, such that a content ratio of said additive α is not larger than 20at%, said B layer has a thickness of 1-100 nm and is TiAl nitride that is represented by a composition formula of [Ti 1-Y Al Y]N, wherein an atomic ratio Y is 0.30-0.85 and which optionally contains additive β that is at least one kind of element selected from a group consisting of B, C, V, Cr, Zr, Nb, Mo, Hf, Ta and W, such that a content ratio of said additive β is not larger than 10at%, said C layer has a thickness of 1-100 nm and is Ti(SiC) nitride that is represented by a composition formula of [Ti i-Z (SiC) Z]N, wherein an atomic ratio Z is 0.05-0.45 and which optionally contains additive γ that is at least one kind of element selected from a group consisting of B, V, Y, Nb, Mo and W, such that a content ratio of said additive γ is not larger than 10at%, and said nanolayer-alternated layer has a thickness of 50-1000 nm.
A combined brush for vacuum cleaner or the like comprising at least one suction duct, one fixed part, and two or more frames (10, 11), movable with respect to said fixed part from a retracted position to an extended position, characterized in that each of said two or more movable frames (10, 11) is extended or retracted according to an alternating translatory movement controlled by the intermittent rotation of a shaft and in that the extension of each movable frame takes place at at least one angular position of said shaft, said at least one angular position being different from the angular positions at which the other movable frames are extended.
A pair of spectacles comprising first and second variable focal length lenses forming left and right lenses of the pair of spectacles, each lens comprising a distensible membrane bounding a fluid-filled cavity, the focal length varying with the degree of curvature of the membrane as it distends, and an actuation mechanism for simultaneous actuation of the first and second lenses; characterised in that: the actuation mechanism comprises an hydraulic master actuator, an hydraulic slave actuator associated with the first lens and an hydraulic slave actuator associated with the second lens, each slave actuator being configured to exert a mechanical force on its associated lens for varying the degree of distension of the membrane of its associated lens in response to operation of the master actuator, the slave actuators being hydraulically coupled to the master actuator for driving the slave actuators by transmission of an actuation force from the master actuator to the slave actuators; whereby the master actuator is operable to cause a variation of the degree of distension of the membranes of both the first and second lenses simultaneously.
A transportable hot mix asphalt plant apparatus, comprising: a first vehicle having an aggregate collector conveyor, a plurality of aggregate storage bins disposed above the aggregate collector conveyor, the aggregate collector conveyor having a collector belt weigh scale disposed at an output end, the output end discharging onto an aggregate collector belt extension; and a second vehicle having a counter-flow aggregate rotary dryer and mixer, the counter-flow aggregate rotary dryer and mixer receiving aggregate from a discharge end of the aggregate collector belt extension, and a support stand supporting a storage hopper, characterized in that: the aggregate storage bins are each equipped with a variable speed aggregate feeder belt discharging onto a vibrating screen, and the second vehicle includes a folding hot mix asphalt elevating drag slat conveyor to convey asphalt mix to the storage hopper, and a self-erecting frame for the hot mix asphalt elevating drag slat conveyor. a first vehicle having an aggregate collector conveyor, a plurality of aggregate storage bins disposed above the aggregate collector conveyor, the aggregate collector conveyor having a collector belt weigh scale disposed at an output end, the output end discharging onto an aggregate collector belt extension; and a second vehicle having a counter-flow aggregate rotary dryer and mixer, the counter-flow aggregate rotary dryer and mixer receiving aggregate from a discharge end of the aggregate collector belt extension, and a support stand supporting a storage hopper, characterized in that: the aggregate storage bins are each equipped with a variable speed aggregate feeder belt discharging onto a vibrating screen, and the second vehicle includes a folding hot mix asphalt elevating drag slat conveyor to convey asphalt mix to the storage hopper, and a self-erecting frame for the hot mix asphalt elevating drag slat conveyor. the aggregate storage bins are each equipped with a variable speed aggregate feeder belt discharging onto a vibrating screen, and the second vehicle includes a folding hot mix asphalt elevating drag slat conveyor to convey asphalt mix to the storage hopper, and a self-erecting frame for the hot mix asphalt elevating drag slat conveyor.
A process for the production of cement clinker, in which raw meal is preheated in a preheater using the hot exhaust gases from a clinker kiln, and the preheated raw meal, which is optionally calcined in a calciner, is burned to clinker in the clinker kiln, wherein the preheater comprises at least one string of a plurality of cyclone suspension-type heat exchangers, through which the kiln exhaust gas successively flows and in which the raw meal is preheated in stages, wherein a partial stream of the kiln exhaust gas is diverted such that only a remaining residual stream of the kiln exhaust gas is utilized for preheating the raw meal, characterized in that the diverted partial stream of the kiln exhaust gas and the kiln exhaust gas drawn off the last cyclone suspension-type heat exchanger, viewed in the flow direction of the kiln exhaust gas, are mixed with each other.
Sealing device allowing at least the bottom part of an opening or an area defined by a floor surface and two vertical surfaces to be made watertight, the device comprising a watertight canvas fitted on its periphery with an edge, and a tubular structure comprising compression means (4b, 4c, 5, 6, 7a, 7b, 7c, 8, 16, 18) configured to flatten said edge on said surfaces so as to keep the canvas sealed opposite the opening, characterised in that the tubular structure further comprises a top horizontal rod which extends over the length of the canvas, said top horizontal rod being attached to the top of the canvas over all of part of its length and allowing the canvas to withstand the force of water surges.
A method implemented by a network data analytics function, NWDAF" (90, 500, 700) in a wireless communication network to support selection of a user plane function, UPF, by a session management function, SMF, for a packet data session, wherein the packet data session is to be created for a user equipment, UE, for one or more services for one or more subscribers, the SMF creates the packet data session for the UE, and the selected UPF performs packet inspection for one or more traffic flows included in the packet data session, the method comprising: receiving one or more inspection parameters associated with packet inspection performed by a UPF for a subscriber, a service, or both; computing a computational footprint associated with packet inspection performed by the UPF for the subscriber, the service, or both, based on the received packet inspection parameters, wherein the computational footprint is indicative of the computational resources needed to perform packet inspection for the one or more traffic flows included in the packet data session; and making the computational footprint for the subscriber, the service, or both, available to a session management function for use in UPF selection. receiving one or more inspection parameters associated with packet inspection performed by a UPF for a subscriber, a service, or both; computing a computational footprint associated with packet inspection performed by the UPF for the subscriber, the service, or both, based on the received packet inspection parameters, wherein the computational footprint is indicative of the computational resources needed to perform packet inspection for the one or more traffic flows included in the packet data session; and making the computational footprint for the subscriber, the service, or both, available to a session management function for use in UPF selection.