mhurhangee/ep-ind-claims huggingface dataset:
Shuttle warehouse system for storing load carriers, wherein the shuttle warehouse system has a distribution vehicle designed to move the load carriers in space, a framework, and an aisle, the framework having guide rails, the guide rails being designed to guide the movement of the distribution vehicle within the aisle over a bearing surface of the guide rails, the guide rails each being formed by segments arranged in succession in the longitudinal direction of the guide rails, characterised in that the segments are fixed to the framework by press-fit threaded bolts, the fixing resulting from the upper side of the heads of the press-fit threaded bolts being received in the segments flush with the bearing surface and from the press-fit threaded bolts being screwed via the thread to the framework.
An environmental control system having contaminants in supply air that flows into an environment, comprising: an outside air contaminant component that senses contaminants in outside air, wherein the outside air contaminant component is upstream of the environment; a recirculated air contaminant component that senses contaminants in recirculated air supplied by the environment, wherein the recirculated air contaminant component is downstream of the environment; and a controller in communication with the components and a voltage supply; characterized in that: the voltage supply provides a non-linear variable voltage in a continuous, multiple sweeping fashion over a range of voltages to at least one of the components; wherein, upon a measured resistance, from at least one of the components, that exceeds a threshold, wherein the threshold is related to voltage, the controller varies at least one of an outside air flow from outside of the environment and a recirculated air flow in the ECS. an outside air contaminant component that senses contaminants in outside air, wherein the outside air contaminant component is upstream of the environment; a recirculated air contaminant component that senses contaminants in recirculated air supplied by the environment, wherein the recirculated air contaminant component is downstream of the environment; and a controller in communication with the components and a voltage supply; the voltage supply provides a non-linear variable voltage in a continuous, multiple sweeping fashion over a range of voltages to at least one of the components; wherein, upon a measured resistance, from at least one of the components, that exceeds a threshold, wherein the threshold is related to voltage, the controller varies at least one of an outside air flow from outside of the environment and a recirculated air flow in the ECS.
Spore trap device comprising a reservoir for receiving contaminated leaves of a field of interest, and being adapted to be placed in or near said field of interest so as to experience the same meteorological conditions as said field of interest and further comprising an electronic detection device containing an aspiration tube, an optical chamber, a high purity filter and an air pump and characterized in that the inlet of the aspiration tube is positioned to aspire air on top of the contaminated leaves and send it to the optical chamber where the optical chamber comprises one or more optical sources and one or multiple optical detectors adapted to detect at least one of light scattering intensity, angular patterns, timely-resolved signal or any combination of these as well as at least one or fluorescence intensity, spectrum, decay or any combination of these caused by the spores and wherein the device further comprises a warning system adapted to send a signal to a user that spores have been detected when spores are detected in the electronic detection device thereby indicating that the same are present in the field of interest. and further comprising an electronic detection device containing an aspiration tube, an optical chamber, a high purity filter and an air pump and characterized in that the inlet of the aspiration tube is positioned to aspire air on top of the contaminated leaves and send it to the optical chamber where the optical chamber comprises one or more optical sources and one or multiple optical detectors adapted to detect at least one of light scattering intensity, angular patterns, timely-resolved signal or any combination of these as well as at least one or fluorescence intensity, spectrum, decay or any combination of these caused by the spores and wherein the device further comprises a warning system adapted to send a signal to a user that spores have been detected when spores are detected in the electronic detection device thereby indicating that the same are present in the field of interest.
A micro-electromechanical tuning fork gyroscope device comprising: a substrate; a proof mass resiliently mounted to the substrate, the proof mass having first and second proof mass combs (32a, 32b) formed on opposite sides thereof, the first and second proof mass combs (32a, 32b) each comprising at least one tooth; a first fixed drive comb secured to the substrate and having at least one tooth, the first fixed comb interleaved with the first proof mass comb; a second pick-off fixed comb and a third bias fixed comb electrically isolated from one another and each having at least one tooth, the second pick-off fixed comb and third bias fixed comb interleaved with the second proof mass comb, the third bias fixed comb coupled to a substantially direct current bias circuit; and a sense plate secured to the substrate beneath the proof mass, the sense plate electrically coupled to a substantially constant voltage source; characterised in that the third bias fixed comb is capacitatively coupled to an output; the sense plate is capacitatively coupled to the output; and wherein one of the first fixed drive comb and second pickoff fixed comb is coupled to an oscillating drive circuit and the other of the first fixed drive comb and second pickoff fixed comb is coupled to a pick-off circuit electrically coupled to the oscillating drive circuit. a substrate; a proof mass resiliently mounted to the substrate, the proof mass having first and second proof mass combs (32a, 32b) formed on opposite sides thereof, the first and second proof mass combs (32a, 32b) each comprising at least one tooth; a first fixed drive comb secured to the substrate and having at least one tooth, the first fixed comb interleaved with the first proof mass comb; a second pick-off fixed comb and a third bias fixed comb electrically isolated from one another and each having at least one tooth, the second pick-off fixed comb and third bias fixed comb interleaved with the second proof mass comb, the third bias fixed comb coupled to a substantially direct current bias circuit; and a sense plate secured to the substrate beneath the proof mass, the sense plate electrically coupled to a substantially constant voltage source; characterised in that the third bias fixed comb is capacitatively coupled to an output; the sense plate is capacitatively coupled to the output; and wherein one of the first fixed drive comb and second pickoff fixed comb is coupled to an oscillating drive circuit and the other of the first fixed drive comb and second pickoff fixed comb is coupled to a pick-off circuit electrically coupled to the oscillating drive circuit.
A handheld device, comprising: an appearance element, having an external surface and an inner surface opposite to the external surface, and comprising a conductive via, wherein the appearance element is a sound hole cover of a speaker, and the conductive via is adapted to serve as a sound hole; a system ground plane, disposed on the side of the inner surface of the appearance element; a planar antenna (40, 41), which is a coating disposed on the external surface of the appearance element, and is extended to the inner surface of the appearance element through the conductive via so as to be electrically connected to the system ground plane; and a conductive element, coupled between the planar antenna (40, 41) and the system ground plane; wherein the system ground plane comprises a feed point, the appearance element comprises a metal layer on the inner surface of the appearance element, and the feed point is electrically connected to the metal layer through the conductive element. an appearance element, having an external surface and an inner surface opposite to the external surface, and comprising a conductive via, wherein the appearance element is a sound hole cover of a speaker, and the conductive via is adapted to serve as a sound hole; a system ground plane, disposed on the side of the inner surface of the appearance element; a planar antenna (40, 41), which is a coating disposed on the external surface of the appearance element, and is extended to the inner surface of the appearance element through the conductive via so as to be electrically connected to the system ground plane; and a conductive element, coupled between the planar antenna (40, 41) and the system ground plane;
A lighting device comprising: - a light source; - a circuit board configured to control the light source; and - a circuit board frame characterized in that the circuit board frame comprises a rib, a slot extending in the rib, and an electrically insulating foil, wherein an edge of the circuit board is mounted in the slot such that the circuit board is in thermal contact with the circuit board frame, and wherein the foil and the rib together enclose the circuit board. - a light source; - a circuit board configured to control the light source; and - a circuit board frame characterized in that the circuit board frame comprises a rib, a slot extending in the rib, and an electrically insulating foil, wherein an edge of the circuit board is mounted in the slot such that the circuit board is in thermal contact with the circuit board frame, and wherein the foil and the rib together enclose the circuit board.
An apparatus comprising: a first core layer comprising a first Young's Modulus; a second core layer laterally located relative to the first core layer in the apparatus; a means for reducing warpage when a die is coupled to the apparatus, the means for reducing warpage co-planar with the first core layer and the second core layer and laterally positioned between the first core layer and the second core layer, the means for reducing warpage comprising a second Young's Modulus that is greater than the first Young's Modulus; and a dielectric layer covering the first core layer, the second core layer and the means for reducing warpage, the dielectric layer further filling a first gap between the first core layer and the means for reducing warpage and filling a second gap between the second core layer and the means for reducing warpage. a first core layer comprising a first Young's Modulus; a second core layer laterally located relative to the first core layer in the apparatus; a means for reducing warpage when a die is coupled to the apparatus, the means for reducing warpage co-planar with the first core layer and the second core layer and laterally positioned between the first core layer and the second core layer, the means for reducing warpage comprising a second Young's Modulus that is greater than the first Young's Modulus; and a dielectric layer covering the first core layer, the second core layer and the means for reducing warpage, the dielectric layer further filling a first gap between the first core layer and the means for reducing warpage and filling a second gap between the second core layer and the means for reducing warpage.
An ostomy appliance for attachment to a stoma, the ostomy appliance comprising: an adhesive wafer defining a passage for receiving a stoma of a user, the adhesive wafer comprising a backing layer and a skin facing adhesive layer; and a collecting bag which in use is secured to the adhesive wafer; wherein the adhesive wafer in a first adhesive zone has a first set of properties and in a second adhesive zone has a second set of properties, the first zone defines a center zone from which three or more radially extending zones extend towards the rim of the wafer, characterized in that the second zone defines one or more interconnecting parts, each of which interconnects at least two of the radially extending zones, wherein a part of the second zone defines at least 30% of the total circumference of the outer rim of the adhesive wafer. an adhesive wafer defining a passage for receiving a stoma of a user, the adhesive wafer comprising a backing layer and a skin facing adhesive layer; and a collecting bag which in use is secured to the adhesive wafer; wherein the adhesive wafer in a first adhesive zone has a first set of properties and in a second adhesive zone has a second set of properties, the first zone defines a center zone from which three or more radially extending zones extend towards the rim of the wafer, characterized in that the second zone defines one or more interconnecting parts, each of which interconnects at least two of the radially extending zones, wherein a part of the second zone defines at least 30% of the total circumference of the outer rim of the adhesive wafer.
An extrusion device for forming as a thin strip a product based on a rubber mixture, the device comprising a rotating roller, an inlet orifice allowing the rubber mixture to flow and a vault circumferentially covering at least part of an outer surface of the roller, the vault having a wall bearing, on its inner surface oriented towards the roller, projecting threads so as to delimit with the surface of the roller a chamber for plasticizing the rubber mixture, the rubber mixture being driven from the inlet orifice towards an extrusion orifice into a gap defining the profile of the product, delimited by the wall of the vault and the outer surface of the roller, characterized in that: a groove in the form of a continuous helix is made on the outer surface of the roller, the groove including several striations arranged one beside the other in the direction of movement of the rubber mixture, and the striations being spaced apart from one another so as to create a thread of predetermined pitch; such that the roller and the vault are assembled such that thread crests created by the continuous helix and the crests of projecting threads on the vault are substantially in contact with one another. a groove in the form of a continuous helix is made on the outer surface of the roller, the groove including several striations arranged one beside the other in the direction of movement of the rubber mixture, and the striations being spaced apart from one another so as to create a thread of predetermined pitch; such that the roller and the vault are assembled such that thread crests created by the continuous helix and the crests of projecting threads on the vault are substantially in contact with one another.
A method for enabling a handheld device to capture video of an interactive session of an interactive application presented on a main display, the interactive application video stream presented on the main display depicting a first view of a virtual space of the interactive application, the method comprising: initiating the interactive session of the interactive application, the interactive session defining interactivity between a user and the interactive application; determining an initial position and orientation of a handheld device operated by a spectator; determining (170, 172) a current state of the interactive application based on the interactivity between the user and the interactive application; tracking the real world position and orientation of the handheld device during the interactive session; generating a spectator video stream of the interactive session depicting a second view of the virtual space based on the current state of the interactive application and the tracked real world position and orientation of the handheld device by mapping the position and orientation of the handheld device to a position and orientation in the virtual space, using a mapping in respect of each coordinate axis for which the scale varies between the coordinate axes; rendering the spectator video stream on a handheld display of the handheld device. initiating the interactive session of the interactive application, the interactive session defining interactivity between a user and the interactive application; determining an initial position and orientation of a handheld device operated by a spectator; determining (170, 172) a current state of the interactive application based on the interactivity between the user and the interactive application; tracking the real world position and orientation of the handheld device during the interactive session; generating a spectator video stream of the interactive session depicting a second view of the virtual space based on the current state of the interactive application and the tracked real world position and orientation of the handheld device by mapping the position and orientation of the handheld device to a position and orientation in the virtual space, using a mapping in respect of each coordinate axis for which the scale varies between the coordinate axes; rendering the spectator video stream on a handheld display of the handheld device.
A shuttle for propelling horizontally and vertically in a racking system comprising horizontal tracks and vertical tracks, the shuttle comprising a horizontal propelling system for propelling on horizontal tracks and a vertical propelling system for propelling in vertical tracks, • the horizontal propelling system comprises at least 4 propelling wheels (11, 12), which wheels each are retractable and extendable to and from one of the left and right side of the shuttle; characterised in that • the vertical propelling system comprises at least a first climbing system comprising a vertical wing retractable and extendable to and from the left or right side of the shuttle; said at least first vertical wing comprising at least two rotatable wheels (14, 15, 16), each rotatable around a wheel axis the at least two rotatable wheels being • one climbing wheel adapted to exercise a rotating movement for vertical propelling over a first vertical surface of a vertical track; • one press wheel (15, 16) adapted to provide vertical guidance of the shuttle and to provide counter-pressure during vertical propelling to a second surface of the vertical track; said at least first vertical wing comprising a pivoting means adapted to pivot the two rotatable wheel axes (43, 44) of the two rotatable wheels around a pivot axis between a first position, wherein the climbing and press wheel are free of contacting the first and second vertical surface, and a second position, wherein the climbing and press wheel contact the first respectively the second vertical surface. • the horizontal propelling system comprises at least 4 propelling wheels (11, 12), which wheels each are retractable and extendable to and from one of the left and right side of the shuttle; characterised in that • the vertical propelling system comprises at least a first climbing system comprising a vertical wing retractable and extendable to and from the left or right side of the shuttle; said at least first vertical wing comprising at least two rotatable wheels (14, 15, 16), each rotatable around a wheel axis the at least two rotatable wheels being • one climbing wheel adapted to exercise a rotating movement for vertical propelling over a first vertical surface of a vertical track; • one press wheel (15, 16) adapted to provide vertical guidance of the shuttle and to provide counter-pressure during vertical propelling to a second surface of the vertical track; • one climbing wheel adapted to exercise a rotating movement for vertical propelling over a first vertical surface of a vertical track; • one press wheel (15, 16) adapted to provide vertical guidance of the shuttle and to provide counter-pressure during vertical propelling to a second surface of the vertical track; said at least first vertical wing comprising a pivoting means adapted to pivot the two rotatable wheel axes (43, 44) of the two rotatable wheels around a pivot axis between a first position, wherein the climbing and press wheel are free of contacting the first and second vertical surface, and a second position, wherein the climbing and press wheel contact the first respectively the second vertical surface.
A delivery system for deploying an implantable medical device to a target location of a body vessel, the delivery system comprising: a tubular body comprising a lumen extending therethrough and a compressed distal portion; a loop wire (400a, b) comprising a first end (406a, 406b) affixed to the tubular body and comprising a loop opening positioned approximate the compressed distal portion; a pull wire extending through the lumen, the pull wire comprising a proximal pull wire portion; characterized by: the pull wire further comprising a distal pull wire portion, separate from the proximal pull wire portion; and a suture linkage connecting the proximal pull wire portion and the distal pull wire portion, the suture linkage comprising: a proximal suture knot slideably engaged to the proximal pull wire portion; and a distal suture knot slideably engaged to the distal pull wire portion. a tubular body comprising a lumen extending therethrough and a compressed distal portion; a loop wire (400a, b) comprising a first end (406a, 406b) affixed to the tubular body and comprising a loop opening positioned approximate the compressed distal portion; a pull wire extending through the lumen, the pull wire comprising a proximal pull wire portion; characterized by: the pull wire further comprising a distal pull wire portion, separate from the proximal pull wire portion; and a suture linkage connecting the proximal pull wire portion and the distal pull wire portion, the suture linkage comprising: a proximal suture knot slideably engaged to the proximal pull wire portion; and a distal suture knot slideably engaged to the distal pull wire portion. the pull wire further comprising a distal pull wire portion, separate from the proximal pull wire portion; and a suture linkage connecting the proximal pull wire portion and the distal pull wire portion, the suture linkage comprising: a proximal suture knot slideably engaged to the proximal pull wire portion; and a distal suture knot slideably engaged to the distal pull wire portion. a proximal suture knot slideably engaged to the proximal pull wire portion; and a distal suture knot slideably engaged to the distal pull wire portion.
A tunable photonic crystal color filter (10,110,120,130), comprising: a first electrode (11,111); a second electrode (15,115) facing the first electrode; a medium (12,112) between the first electrode and the second electrode; and nano particles (13,113) distributed in the medium with a lattice structure, the nano particles being charged; characterised by an ion spread preventing layer (16,17,116,117) over a surface of at least one of the first electrode and the second electrode that faces the medium, the ion spread preventing layer (16,17,116,117) comprising a barrier layer suppressing hydroxyl ions or hydrogen ions generated on the at least one of the first electrode and the second electrode from spreading into at least one of the medium and the nano particles. a first electrode (11,111); a second electrode (15,115) facing the first electrode; a medium (12,112) between the first electrode and the second electrode; and nano particles (13,113) distributed in the medium with a lattice structure, the nano particles being charged; characterised by an ion spread preventing layer (16,17,116,117) over a surface of at least one of the first electrode and the second electrode that faces the medium, the ion spread preventing layer (16,17,116,117) comprising a barrier layer suppressing hydroxyl ions or hydrogen ions generated on the at least one of the first electrode and the second electrode from spreading into at least one of the medium and the nano particles.