mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric sensor, comprising a light projecting part that emits light, a light receiving part that receives light, a housing that houses the light projecting part and the light receiving part, and a setting part that receives an input operation from outside to set a threshold value, wherein the housing comprises: a first surface having a light projecting/receiving surface allowing light from the light projecting part and light to the light receiving part to pass; a second surface located on a side opposite to the first surface; a third surface adjacent to the first surface and extending in a direction orthogonal to the first surface and the second surface; and an inclined surface inclined with respect to the third surface and the second surface and connecting the third surface and the second surface, characterized in that the photoelectric sensor comprises: an adjustment button adapted to receive an input operation from outside and to finely adjust the threshold value that has been set, wherein the threshold value refers to a reference value for judging the presence or the absence of an object being detected or a distance to the object being detected in the photoelectric sensor; and wherein the adjustment button is provided on the inclined surface. a first surface having a light projecting/receiving surface allowing light from the light projecting part and light to the light receiving part to pass; a second surface located on a side opposite to the first surface; a third surface adjacent to the first surface and extending in a direction orthogonal to the first surface and the second surface; and an inclined surface inclined with respect to the third surface and the second surface and connecting the third surface and the second surface, characterized in that the photoelectric sensor comprises: an adjustment button adapted to receive an input operation from outside and to finely adjust the threshold value that has been set, wherein the threshold value refers to a reference value for judging the presence or the absence of an object being detected or a distance to the object being detected in the photoelectric sensor; and wherein the adjustment button is provided on the inclined surface. an adjustment button adapted to receive an input operation from outside and to finely adjust the threshold value that has been set, wherein the threshold value refers to a reference value for judging the presence or the absence of an object being detected or a distance to the object being detected in the photoelectric sensor; and wherein the adjustment button is provided on the inclined surface.
A curable composition characterized by comprising a 2-cyanoacrylate and a particle containing titanium oxide and silicon oxide, wherein proportions of the titanium oxide and the silicon oxide in the particle are respectively 70% to 96% by mass and 4% to 30% by mass based on 100% by mass of a total content of the titanium oxide and the silicon oxide.
A vehicle steering system, comprising: a steered shaft that moves in an axial direction of the steered shaft in response to an operation of a steering member; and a stopper (47, 48) that comes into contact with the steered shaft to restrict an amount of movement of the steered shaft in the axial direction, wherein the steered shaft has a first outer peripheral face, a second outer peripheral face that is larger in diameter than the first outer peripheral face and that is coaxial with the first outer peripheral face, and a stepped portion that connects the first outer peripheral face to the second outer peripheral face, characterised in that the stepped portion has a contact portion that faces the stopper (47, 48) in the axial direction, a first corner portion that has a concave curved sectional shape, and that connects the first outer peripheral face to an inner end of the contact portion, and a second corner portion that has a concave curved sectional shape with a curvature radius larger than a curvature radius of the first corner portion, that is formed in at least one of a position in front of a central axis of the steered shaft and a position behind the central axis in a longitudinal direction of a vehicle, the position being different from a position of the first corner portion in a circumferential direction of the steered shaft, and that connects the first outer peripheral face to the second outer peripheral face. a steered shaft that moves in an axial direction of the steered shaft in response to an operation of a steering member; and a stopper (47, 48) that comes into contact with the steered shaft to restrict an amount of movement of the steered shaft in the axial direction, wherein the steered shaft has a first outer peripheral face, a second outer peripheral face that is larger in diameter than the first outer peripheral face and that is coaxial with the first outer peripheral face, and a stepped portion that connects the first outer peripheral face to the second outer peripheral face, characterised in that the stepped portion has a contact portion that faces the stopper (47, 48) in the axial direction, a first corner portion that has a concave curved sectional shape, and that connects the first outer peripheral face to an inner end of the contact portion, and a second corner portion that has a concave curved sectional shape with a curvature radius larger than a curvature radius of the first corner portion, that is formed in at least one of a position in front of a central axis of the steered shaft and a position behind the central axis in a longitudinal direction of a vehicle, the position being different from a position of the first corner portion in a circumferential direction of the steered shaft, and that connects the first outer peripheral face to the second outer peripheral face.
A rail system for an elevator system, wherein the rail system has at least one vertically aligned rail for guiding vertically movable components of the elevator system, wherein the rail is anchored at different height positions on at least one substantially vertically aligned wall using anchoring devices and bridges interspaces between adjacent anchoring devices, characterized in that the lengths of the interspaces vary in a monotonically decreasing manner depending on a local load on the rail at least in a section of the rail system, characterized in that a pit region of the rail system and the mentioned section of the rail system jointly form more than half the length of the rail system and in particular substantially form the entire length of the rail system.
A method for configuring monitoring events associated with a user equipment configured to provide machine type communications in a cellular network, the method comprising: receiving from a node in a cellular network a first monitoring request message for monitoring event configuration of a monitoring event associated with the UE configured to provide MTC in the cellular network; determining whether the first monitoring request message may be used for configuring the monitoring event on a network element comprising a mobility management entity, a serving general packet radio service support node (SGSN), or a home subscriber service node; preparing a second monitoring request message based on the first monitoring request message; sending the second monitoring request message to the HSS; and sending to the node a monitoring response message to acknowledge acceptance or failure of the first monitoring request. receiving from a node in a cellular network a first monitoring request message for monitoring event configuration of a monitoring event associated with the UE configured to provide MTC in the cellular network; determining whether the first monitoring request message may be used for configuring the monitoring event on a network element comprising a mobility management entity, a serving general packet radio service support node (SGSN), or a home subscriber service node; preparing a second monitoring request message based on the first monitoring request message; sending the second monitoring request message to the HSS; and sending to the node a monitoring response message to acknowledge acceptance or failure of the first monitoring request.
An arrangement for operating a handheld geophysical locating device, comprising at least one sensor, a power supply, an operating unit, and an interface for wireless data transmissions, wherein the components are arranged concealed or disguised in and/or at a hiking pole, walking stick, umbrella, sun umbrella or Nordic walking stick, and wherein data is transferable to a mobile evaluation- and display unit through the interface for wireless data transmissions.
An induction cooking hob with an integrated down-draft hood, an air inlet and an air outlet, wherein: - the down-draft hood includes at least one downstream channel extending from the air inlet to the air outlet, - the air inlet is arranged within a cooking panel of the induction cooking hob, - the air outlet is arranged in a bottom wall of a chassis of the induction cooking hob, - the air inlet is arranged in a centre of the cooking panel, so that steam from a cooking pot arranged on the cooking panel enters the downstream channel through the air inlet, wherein the air leaves the downstream channel through the air outlet, - the air outlet is arranged beneath the air inlet, so that a vertical downstream channel is formed inside the down-draft hood, - the induction cooking hob includes at least one heat sink arranged in the downstream channel, - the heat sink is thermally connected to at least one power circuit for at least one induction generator, and - the heat sink provides a heat exchange between the power circuit and an air stream through the downstream channel, so that the power circuit is cooled down, - the downstream channel is arranged vertically and - the induction cooking hob with the integrated down-draft hood allows cooling down the at least one power circuit by the air stream through said down-draft hood - the down-draft hood includes at least one fan for sucking the air stream through the downstream channel. - the down-draft hood includes at least one downstream channel extending from the air inlet to the air outlet, - the air inlet is arranged within a cooking panel of the induction cooking hob, - the air outlet is arranged in a bottom wall of a chassis of the induction cooking hob, - the air inlet is arranged in a centre of the cooking panel, so that steam from a cooking pot arranged on the cooking panel enters the downstream channel through the air inlet, wherein the air leaves the downstream channel through the air outlet, - the air outlet is arranged beneath the air inlet, so that a vertical downstream channel is formed inside the down-draft hood, - the induction cooking hob includes at least one heat sink arranged in the downstream channel, - the heat sink is thermally connected to at least one power circuit for at least one induction generator, and - the heat sink provides a heat exchange between the power circuit and an air stream through the downstream channel, so that the power circuit is cooled down, - the downstream channel is arranged vertically and - the induction cooking hob with the integrated down-draft hood allows cooling down the at least one power circuit by the air stream through said down-draft hood - the down-draft hood includes at least one fan for sucking the air stream through the downstream channel.
Launching nose for producing bridge structures comprising two plane-parallel supporting discs, which are arranged at a lateral distance from one another, and a wind bracing interconnecting the two supporting discs, the wind bracing being composed of transverse struts (16, 18) and diagonal struts (17, 19) in the manner of a truss, characterised in that the length of the transverse struts (16, 18) and diagonal struts (17, 19) can be adjusted and fixed.
A self-emulsifying drug delivery system comprising: a. a tocotrienol based composition making up at least 15 dry basis weight percent of the self-emulsifying drug delivery system; b. a polyoxyethylated triglyceride making up at least 10 dry basis weight percent of the self-emulsifying drug delivery system; c. wherein upon mixing of the self-emulsifying drug delivery system with water the tocotrienol based composition is substantially emulsified; and d. wherein upon mixing of the self-emulsifying drug delivery system with water a resulting emulsion has an intensity-weighed mean droplet size of less than 700 nm. a. a tocotrienol based composition making up at least 15 dry basis weight percent of the self-emulsifying drug delivery system; b. a polyoxyethylated triglyceride making up at least 10 dry basis weight percent of the self-emulsifying drug delivery system; c. wherein upon mixing of the self-emulsifying drug delivery system with water the tocotrienol based composition is substantially emulsified; and d. wherein upon mixing of the self-emulsifying drug delivery system with water a resulting emulsion has an intensity-weighed mean droplet size of less than 700 nm.
An illuminated display unit comprising: - at least one electrically conductive cable, - at least two display panels connected to one another via said at least one cable, each display panel including light elements, and - an electrical power source which supplies electrical power to the light elements of said at least two display panels and which is located upstream from the display panels, two consecutive display panels defining an upstream display panel and a downstream display panel relative to the electrical power source, each display panel including a transmission device for transmitting electrical power through said panel, such that a given panel is electrically connected to the electrical power source via the transmission device of the upstream display panel,. characterized in that each display panel comprises at least two electrically conductive clamps respectively capable of locking a cable to said display panel and respectively situated on one of the two opposite edges of the display panel. - at least one electrically conductive cable, - at least two display panels connected to one another via said at least one cable, each display panel including light elements, and - an electrical power source which supplies electrical power to the light elements of said at least two display panels and which is located upstream from the display panels, two consecutive display panels defining an upstream display panel and a downstream display panel relative to the electrical power source,
A display exposure monitoring module configured to monitor the exposure of a person to a plurality of displays of different devices, the module comprising: - a communication component configured to receive display exposure data indicative of the exposure of the person to a plurality of displays of different devices, the display exposure data comprising time exposure data indicative of a time of exposure of the person to the plurality of displays of different devices, the time exposure data comprising the daily time of exposure of the person to different categories of display devices, - a memory storing computer executable instructions and configured to store the received display exposure data; and - a processor for executing the computer executable instructions, wherein the computer executable instructions comprises instructions for processing the display exposure data to generate display exposure information indicative of an alert information and/or a visual behavior recommendation. - a communication component configured to receive display exposure data indicative of the exposure of the person to a plurality of displays of different devices, the display exposure data comprising time exposure data indicative of a time of exposure of the person to the plurality of displays of different devices, the time exposure data comprising the daily time of exposure of the person to different categories of display devices, - a memory storing computer executable instructions and configured to store the received display exposure data; and - a processor for executing the computer executable instructions, wherein the computer executable instructions comprises instructions for processing the display exposure data to generate display exposure information indicative of an alert information and/or a visual behavior recommendation.
An endoluminal prosthesis, comprising: a prosthetic trunk comprising proximal and distal ends (21, 23) and a lumen extending therebetween; a prosthetic branch comprising proximal and distal ends (41, 43) and a lumen extending therebetween, wherein the proximal end of the prosthetic branch is secured around an aperture formed in a side surface of the prosthetic trunk; and a support structure coupled to the prosthetic branch wherein a proximal end of the support structure comprises a first width, and a distal end of the support structure comprises a second width, wherein the first width is less than the second width, characterized in that the support structure is lacking an attachment to the prosthetic trunk. a prosthetic trunk comprising proximal and distal ends (21, 23) and a lumen extending therebetween; a prosthetic branch comprising proximal and distal ends (41, 43) and a lumen extending therebetween, wherein the proximal end of the prosthetic branch is secured around an aperture formed in a side surface of the prosthetic trunk; and a support structure coupled to the prosthetic branch wherein a proximal end of the support structure comprises a first width, and a distal end of the support structure comprises a second width, wherein the first width is less than the second width, characterized in that the support structure is lacking an attachment to the prosthetic trunk.
An exhaust purification device (10, 10A, 10B, 10C) having a catalytic converter into which exhaust gas flows, the catalytic converter comprising: an inner cylinder accommodating therein a catalyst support for purifying the exhaust gas; and an outer cylinder having a large-diameter cylindrical base portion disposed with a predetermined gap to an outer periphery of the inner cylinder so as to surround the outer periphery of the inner cylinder, said outer cylinder having an upstream end portion serving as an inlet of the exhaust gas and a downstream end portion serving as an outlet of the exhaust gas; characterized in that the inner cylinder has an upstream end portion held with no gap via a heat-insulating member having an elastic force to an upstream end portion in a flow direction of the exhaust gas of the large-diameter cylindrical base portion, and has a downstream end portion disposed with the predetermined gap on a downstream side of the outer cylinder; the exhaust gas having passed through the catalyst support flows into the gap between the inner cylinder and the large-diameter cylindrical base portion through an opening end provided between a downstream side of the inner cylinder and a downstream end portion of the large-diameter cylindrical base portion in the flow direction of the exhaust gas; and a gas layer is formed by the exhaust gas having flowed into an interior of the inner cylinder from the upstream end portion of the outer cylinder, having been discharged from the downstream end portion of the inner cylinder, and convected from the predetermined gap to an upstream side between the outer cylinder and the inner cylinder. an inner cylinder accommodating therein a catalyst support for purifying the exhaust gas; and an outer cylinder having a large-diameter cylindrical base portion disposed with a predetermined gap to an outer periphery of the inner cylinder so as to surround the outer periphery of the inner cylinder, said outer cylinder having an upstream end portion serving as an inlet of the exhaust gas and a downstream end portion serving as an outlet of the exhaust gas; characterized in that the inner cylinder has an upstream end portion held with no gap via a heat-insulating member having an elastic force to an upstream end portion in a flow direction of the exhaust gas of the large-diameter cylindrical base portion, and has a downstream end portion disposed with the predetermined gap on a downstream side of the outer cylinder; the exhaust gas having passed through the catalyst support flows into the gap between the inner cylinder and the large-diameter cylindrical base portion through an opening end provided between a downstream side of the inner cylinder and a downstream end portion of the large-diameter cylindrical base portion in the flow direction of the exhaust gas; and a gas layer is formed by the exhaust gas having flowed into an interior of the inner cylinder from the upstream end portion of the outer cylinder, having been discharged from the downstream end portion of the inner cylinder, and convected from the predetermined gap to an upstream side between the outer cylinder and the inner cylinder.
Agricultural shaped pole having a longitudinal axis (X-X) and comprising a base for fixing into the ground, substantially straight and along said axis (X-X), and a body supporting in a removable or non-removable manner a plurality of plastic threads or wires which in turn support fruit-bearing plants, characterized in that the body is a single piece with the base and is shaped so as to have a first portion oblique with respect to and moving away from said axis (X-X) towards the base and a second portion connecting said first portion to the base.
A computer-implemented method comprising: receiving a proximity request from a requesting node, the proximity request including a list of at least two nodes identified by the requesting node, at least one of the two nodes being a particular node residing in a particular area different from an area of the requesting node; determining a topological distance between the requesting node and each of the at least two nodes by executing a shortest path first, SPF, algorithm on each of the at least two nodes relative to the requesting node, wherein determining topological distance between the requesting node and the particular node includes using link state information of a service gateway, SG, associated with the particular area and received over a tunnel-based adjacency established with the service gateway; generating an ordered list of the at least two nodes, based at least in part on the respective topological distance of each of the at least two nodes to the requesting node; and returning the ordered list to the requesting node in response to the proximity request. receiving a proximity request from a requesting node, the proximity request including a list of at least two nodes identified by the requesting node, at least one of the two nodes being a particular node residing in a particular area different from an area of the requesting node; determining a topological distance between the requesting node and each of the at least two nodes by executing a shortest path first, SPF, algorithm on each of the at least two nodes relative to the requesting node, wherein determining topological distance between the requesting node and the particular node includes using link state information of a service gateway, SG, associated with the particular area and received over a tunnel-based adjacency established with the service gateway; generating an ordered list of the at least two nodes, based at least in part on the respective topological distance of each of the at least two nodes to the requesting node; and returning the ordered list to the requesting node in response to the proximity request.