mhurhangee/ep-ind-claims huggingface dataset:
A method of making a plurality of sensor strips, comprising: - providing a metallic laminate ribbon comprising an insulating polymer substrate having a first metallic layer on and in contact with the insulating polymer substrate; - forming an electrode set ribbon comprising a plurality of electrode sets, each electrode set comprising at least two electrodes, said forming step comprising feeding said metallic laminate ribbon into a laser ablator and ablating through a portion of the first metallic layer to form an electrode pattern defining each said electrode set; - forming a dielectric covered ribbon by applying a dielectric on a portion of said first metallic layer; - applying a reagent on a portion of said electrode set; - adhering a clear cover over a portion of the dielectric resulting in a sensor reel; and - cutting said substrate, to form the plurality of the sensor strips. - providing a metallic laminate ribbon comprising an insulating polymer substrate having a first metallic layer on and in contact with the insulating polymer substrate; - forming an electrode set ribbon comprising a plurality of electrode sets, each electrode set comprising at least two electrodes, said forming step comprising feeding said metallic laminate ribbon into a laser ablator and ablating through a portion of the first metallic layer to form an electrode pattern defining each said electrode set; - forming a dielectric covered ribbon by applying a dielectric on a portion of said first metallic layer; - applying a reagent on a portion of said electrode set; - adhering a clear cover over a portion of the dielectric resulting in a sensor reel; and - cutting said substrate, to form the plurality of the sensor strips.
An orthopedic plate, in particular a plate for osteosynthesis, the plate comprising a body, the body having a distal surface adapted to be arranged facing the fractured bone and a proximal surface adapted to be arranged facing away from the fractured bone, said surfaces (13, 15) defining a distal face and a proximal face of the plate, respectively, the body further having a length measured along a longitudinal direction, a width measured along a transverse direction, and a thickness measured from the distal surface to the proximal surface, the body comprising two longitudinal ends delimiting the body in the longitudinal direction, wherein the body comprises at least one slotted longitudinal section, the slotted section extending over a part of the length of the body, wherein within the slotted section at least one slot is arranged, the slot extending in the transverse direction of the body such as to subdivide the body in the slotted section into at least two layers (39, 41) comprising at least a distal layer facing the fractured bone and a proximal layer facing away from the fractured bone, the at least one slot being arranged between the distal layer and the proximal layer, characterized in that the ends of the body are plate ends, and the body is encased in a sheath or casing. the body having a distal surface adapted to be arranged facing the fractured bone and a proximal surface adapted to be arranged facing away from the fractured bone, said surfaces (13, 15) defining a distal face and a proximal face of the plate, respectively, the body further having a length measured along a longitudinal direction, a width measured along a transverse direction, and a thickness measured from the distal surface to the proximal surface, the body comprising two longitudinal ends delimiting the body in the longitudinal direction, wherein the body comprises at least one slotted longitudinal section, the slotted section extending over a part of the length of the body, wherein within the slotted section at least one slot is arranged, the slot extending in the transverse direction of the body such as to subdivide the body in the slotted section into at least two layers (39, 41) comprising at least a distal layer facing the fractured bone and a proximal layer facing away from the fractured bone, the at least one slot being arranged between the distal layer and the proximal layer,
An RFID and/or NFC antenna comprising an oblong core, a non-conductive substrate and conductive loops, wherein the conductive loops encircle the core, the core and the conductive loop are placed on said non-conductive substrate, and a part of the conductive loop is formed by a printed circuit on the substrate by placing a group of conductive strips side by side and parallel to each other on the substrate, the core is provided on the conductive strips; the conductive strips are formed below and in parallel to a ground plane of the core in such a way that the conductive strips extend beyond the core on both sides of the core, thus forming connecting surfaces; wires shaped for an encirclement of the core are connected to the connecting surfaces; whereby the wires connect the connecting surface of one conductive strip to the connecting surface on the opposite end of the neighboring conductive strip, whereby the wires are bonded to the connecting surface; characterized in that the connecting surface of one conductive strip is connected with the opposite connecting surface of the neighboring conductive strip by at least two wires led in parallel. an oblong core, a non-conductive substrate and conductive loops, wherein the conductive loops encircle the core, the core and the conductive loop are placed on said non-conductive substrate, and a part of the conductive loop is formed by a printed circuit on the substrate by placing a group of conductive strips side by side and parallel to each other on the substrate, the core is provided on the conductive strips; the conductive strips are formed below and in parallel to a ground plane of the core in such a way that the conductive strips extend beyond the core on both sides of the core, thus forming connecting surfaces; wires shaped for an encirclement of the core are connected to the connecting surfaces; whereby the wires connect the connecting surface of one conductive strip to the connecting surface on the opposite end of the neighboring conductive strip, whereby the wires are bonded to the connecting surface; characterized in that the connecting surface of one conductive strip is connected with the opposite connecting surface of the neighboring conductive strip by at least two wires led in parallel.
A conveyor assembly suitable for use with a substrate processing system, comprising: at least one substrate carrier having a substrate-carrying surface for supporting at least one substrate; a processing track; a return track; a drive system (112, 114, 116) for driving the substrate carrier along the processing track and the return track; and a first swivel unit, configured to pivot the substrate carrier around a substantially horizontal axis; characterized in that it further comprises a second swivel unit configured to pivot the substrate carrier around a substantially horizontal axis, wherein both the first and the second swivel unit are configured to pivot the substrate carrier through an angle between 70 and 120 degrees from a first, substantially horizontal orientation into a second orientation, and/or vice versa, wherein the processing track is disposed substantially above or below the return track; wherein the first swivel unit is disposed between an end point of the processing track and a starting point of the return track, and the second swivel unit is disposed between an end point of the return track and a starting point of the processing track, such that the substrate carrier is transferred from the processing track to the return track, and/or vice versa, by the first or second swivel unit pivoting the substrate carrier between its first orientation and its second orientation; and wherein the conveyor assembly is configured to move the substrate carrier along the processing track in its first orientation, and to move the substrate carrier along the return track in its second orientation.
A method for the isolation of an amine from an aqueous solution thereof, comprising the steps of: a) contacting the aqueous solution of the amine with an adsorbent functionalized with carboxyl groups; b) removing water from the adsorbent; and c) thermally desorbing the amine. a) contacting the aqueous solution of the amine with an adsorbent functionalized with carboxyl groups; b) removing water from the adsorbent; and c) thermally desorbing the amine.
A method for building a honeypot environment, the method comprising: collecting, by a gathering tool, data about a computing system; selecting, by a distribution tool, at least one virtual environment of a plurality of pre-built virtual environments for association with the computing system based on the data, and one of: a rate of detection of malicious objects in the at least one virtual environment being above a rate detection threshold; a time for transferring the network traffic between the computing system and the at least one virtual environment being below a transfer threshold; or a load on the at least one virtual environment being below a load threshold, wherein each of the plurality of pre-built virtual environments includes an emulator; intercepting, by a network traffic control tool, network traffic of the computing system; emulating, by the emulator of the at least one virtual environment, the computing system; and detecting, by an analysis tool, at least one malicious object from the intercepted network traffic based on the emulating. collecting, by a gathering tool, data about a computing system; selecting, by a distribution tool, at least one virtual environment of a plurality of pre-built virtual environments for association with the computing system based on the data, and one of: a rate of detection of malicious objects in the at least one virtual environment being above a rate detection threshold; a time for transferring the network traffic between the computing system and the at least one virtual environment being below a transfer threshold; or a load on the at least one virtual environment being below a load threshold, a rate of detection of malicious objects in the at least one virtual environment being above a rate detection threshold; a time for transferring the network traffic between the computing system and the at least one virtual environment being below a transfer threshold; or a load on the at least one virtual environment being below a load threshold, wherein each of the plurality of pre-built virtual environments includes an emulator; intercepting, by a network traffic control tool, network traffic of the computing system; emulating, by the emulator of the at least one virtual environment, the computing system; and detecting, by an analysis tool, at least one malicious object from the intercepted network traffic based on the emulating.
A roller for an image forming apparatus, comprising a shaft and a base layer provided on an outer periphery of the shaft, a filler layer covering the base layer is provided on end faces of both ends of the base layer in the roller axial direction, the roller is characterized in that the filler layer is composed of a material containing an acrylic-silicone graft polymer and has a breaking strain measured according to a tensile test of JIS K 7127 of not less than 120% and a tensile stress at 100% elongation measured according to a tensile test of JIS K 7127 of from 5 to 30 N/mm 2.
A method for transferring digital content items in a peer-to-peer network in which a plurality of nodes participate, comprising: receiving requests for receipt of one or more digital content items from a plurality of requesting nodes belonging to the peer-to-peer network; assessing a capacity of the requesting nodes to upload data; allocating network resources available to the peer-to-peer network for delivering the digital content items or chunks thereof to the receiving nodes based at least in part on the capacity of the requesting nodes to upload data; and sending, by a sending node, the digital content items or chunks thereof to the requesting nodes over the peer-to-peer network in accordance with the network resources that are allocated to each of the requesting nodes, wherein the sending node has a specified number of connections available for uploading the digital content items or chunks thereof to different requesting nodes, and wherein if a number of requesting nodes requesting the digital content items or chunks thereof from the sending node exceeds the specified number of connections, allocating network resources to a number of requesting nodes equal to or less than the requesting number until a maximum bandwidth available to the sending node is reached, the requesting nodes to which the network resources are allocated having faster network connection speeds for uploading data than remaining requesting nodes which are not allocated network resources, wherein the network resources include an amount of bandwidth available to the sending node. receiving requests for receipt of one or more digital content items from a plurality of requesting nodes belonging to the peer-to-peer network; assessing a capacity of the requesting nodes to upload data; allocating network resources available to the peer-to-peer network for delivering the digital content items or chunks thereof to the receiving nodes based at least in part on the capacity of the requesting nodes to upload data; and sending, by a sending node, the digital content items or chunks thereof to the requesting nodes over the peer-to-peer network in accordance with the network resources that are allocated to each of the requesting nodes, wherein the sending node has a specified number of connections available for uploading the digital content items or chunks thereof to different requesting nodes, and wherein if a number of requesting nodes requesting the digital content items or chunks thereof from the sending node exceeds the specified number of connections, allocating network resources to a number of requesting nodes equal to or less than the requesting number until a maximum bandwidth available to the sending node is reached, the requesting nodes to which the network resources are allocated having faster network connection speeds for uploading data than remaining requesting nodes which are not allocated network resources, wherein the network resources include an amount of bandwidth available to the sending node.
The compound for use in treating or preventing sepsis in a subject, wherein the compound is selected from the group consisting of and combinations thereof.
An ink cartridge for an inkjet printer, comprising interfaces on the front face for connection to a cartridge receiving structure, the interfaces including an ink socket near a bottom face; a guide interface for guiding the cartridge along a straight line for connecting the interfaces, the guide interface having a guide receiving opening near the bottom face; a latch stop and a latch track in the bottom face to guide and retain a latch of the cartridge receiving structure; and an electrical circuit (10, 19) including a memory comprising cartridge characteristics data, disposed near a top face opposite to the bottom face, sunken with respect to the front face to make electrical contact after other interfaces are connected, the electrical circuit (10, 19) comprising electrodes that extend in a plane (Y, Z) perpendicular to the front face and arranged on a line parallel to the front face and behind the front face.
A plate for a heat exchanger, intended to be disposed in a plate stack, the plate comprising: - a main panel having a first edge, a second edge, opposite to the first edge, a third edge, and a fourth edge, opposite to the third edge, - at least one first rib protruding from the main panel and able to delimit, with the main panel and an adjacent plate, a fluid circulation path, and - a first junction panel extending from the third edge, characterised in that the first rib extends from the first edge of the main panel toward the second edge, without extending until the second edge, so as to provide a first fluid passage between one end of the first rib and the second edge where the fluid circulation path forms a first baffle, and in that the first junction panel has a fluid inlet opening allowing entry of the fluid to the circulation path. - a main panel having a first edge, a second edge, opposite to the first edge, a third edge, and a fourth edge, opposite to the third edge, - at least one first rib protruding from the main panel and able to delimit, with the main panel and an adjacent plate, a fluid circulation path, and - a first junction panel extending from the third edge,
A pressure-sensitive adhesive comprising - at least one acrylonitrile-butadiene rubber; and - at least one tackifier resin, characterized in that the acrylonitrile content of the acrylonitrile rubber is less than 30 wt%; the pressure-sensitive adhesive comprises at least one rosin resin as tackifier resin, wherein at least 50 wt% of the entirety of all tackifier resins of the pressure-sensitive adhesive comprise a mixture of rosin resins and terpene-phenolic resins; the entirety of all tackifier resins has and an acid number of 6 - 150; and the pressure-sensitive adhesive comprises tackifier resins to a total extent of 40 to 70 wt%, based on the total weight of the pressure-sensitive adhesive. - at least one acrylonitrile-butadiene rubber; and - at least one tackifier resin, the acrylonitrile content of the acrylonitrile rubber is less than 30 wt%; the pressure-sensitive adhesive comprises at least one rosin resin as tackifier resin, wherein at least 50 wt% of the entirety of all tackifier resins of the pressure-sensitive adhesive comprise a mixture of rosin resins and terpene-phenolic resins; the entirety of all tackifier resins has and an acid number of 6 - 150; and the pressure-sensitive adhesive comprises tackifier resins to a total extent of 40 to 70 wt%, based on the total weight of the pressure-sensitive adhesive.
Security substrate for documents of value, such as a banknote, a cheque, a credit card or other payment card, an identity card or the like, which has a front and a back side, covers a given area when seen in plan view and has: - a first carrier film, which extends over at least 50% of the given area, - a substantially opaque layer, which is arranged on top of the first carrier film and covers at least 25%, preferably more than 50% and particularly preferably more than 75% of the given area, - a first print receiving layer arranged on top of the opaque layer, and - at least one relief structure (14, 15), which is arranged between the first opaque layer and the first carrier film and is provided with a reflection-increasing coating, which together with the relief structure or on its own produces an optically variable effect, characterized in that a translucent chromatic colour which influences a perception of the colour of the optically variable effect is printed on top of or underneath the reflection-increasing coating. - a first carrier film, which extends over at least 50% of the given area, - a substantially opaque layer, which is arranged on top of the first carrier film and covers at least 25%, preferably more than 50% and particularly preferably more than 75% of the given area, - a first print receiving layer arranged on top of the opaque layer, and - at least one relief structure (14, 15), which is arranged between the first opaque layer and the first carrier film and is provided with a reflection-increasing coating, which together with the relief structure or on its own produces an optically variable effect, characterized in that a translucent chromatic colour which influences a perception of the colour of the optically variable effect is printed on top of or underneath the reflection-increasing coating.
Method for producing dihydroquercetin, comprising extraction of dried and ground larch wood with an aqueous solution of ethyl alcohol with heating, distillation of the ethyl alcohol, and cooling of the aqueous portion of the extract for the removal of oil and resin, characterized in that the extraction of the ground larch wood is effected at a ratio of raw material to extraction agent of 1:, wherein the aqueous portion of the dihydroquercetin extract is cooled to 38 - 42°C, fed into a chromatographic column filled with a hydrophobic sorbent on the basis of polydivinylbenzene, wherein elution of the desired product is effected with 32 - 40 per cent ethyl alcohol, the eluate is collected in a single portion or is divided into two to three fractions, each fraction is evaporated to dryness, the residue is crystallized from water, and the column is cleaned by washing with 96 per cent ethyl alcohol and then filled with water for loading a further portion of aqueous extract.
A method for tracking targets using an airborne radar, characterised in that it comprises at least: - a preliminary step of storing a set of tracking algorithms as a function of types of targets and of environments, each tracking algorithm being a function of a type of target in a given environment; - a step of detecting signals backscattered by said targets resulting in primary detections being obtained, said tracking algorithms comprising at least one filtering of said primary detections and a set of tracking parameters (32, 32N) as a function of the type of target and of the environment (31, 31X); said detection step being followed, for each detected target: - by a step (21, 22): o of characterizing said detected target into types of target on the basis of said primary detections; and o of analysing the environment of said targets to determine in which given environment each detected target is located; - a step of adapting the tracking to each detected target, said adapting being completed by selecting the tracking algorithm as a function of the type of target to which said target belongs and of the given environment in which it is located, each tracking algorithm comprising a processing for the short so-called "Track Before Detect" tracks and a processing for the long tracks. - a preliminary step of storing a set of tracking algorithms as a function of types of targets and of environments, each tracking algorithm being a function of a type of target in a given environment; - a step of detecting signals backscattered by said targets resulting in primary detections being obtained, said tracking algorithms comprising at least one filtering of said primary detections and a set of tracking parameters (32, 32N) as a function of the type of target and of the environment (31, 31X); - by a step (21, 22): o of characterizing said detected target into types of target on the basis of said primary detections; and o of analysing the environment of said targets to determine in which given environment each detected target is located; o of characterizing said detected target into types of target on the basis of said primary detections; and o of analysing the environment of said targets to determine in which given environment each detected target is located; - a step of adapting the tracking to each detected target, said adapting being completed by selecting the tracking algorithm as a function of the type of target to which said target belongs and of the given environment in which it is located, each tracking algorithm comprising a processing for the short so-called "Track Before Detect" tracks and a processing for the long tracks.