mhurhangee/ep-ind-claims huggingface dataset:
A cooking device comprising: a controller configured to, after being activated, control an operation of the cooking device; a communication unit configured to, after being activated, transmit data to a wireless power transmission device; a pickup coil configured to wirelessly receive power from a transmitting coil of the wireless power transmission device, characterised by a rectification unit configured to rectify an alternating current of the pickup coil corresponding to the power received by the pickup coil, to produce a direct current; a first capacitor configured to be charged in accordance with the DC current produced by the rectification unit to activate the communication unit before an activation of the controller; and a second capacitor, having a capacitance greater than a capacitance of the first capacitor, configured to be charged in accordance with the DC current produced by the rectification unit to activate the controller. wherein the communication unit transmits the data to the wireless power transmission device before the activation of the controller. a controller configured to, after being activated, control an operation of the cooking device; a communication unit configured to, after being activated, transmit data to a wireless power transmission device; a pickup coil configured to wirelessly receive power from a transmitting coil of the wireless power transmission device, characterised by a rectification unit configured to rectify an alternating current of the pickup coil corresponding to the power received by the pickup coil, to produce a direct current; a first capacitor configured to be charged in accordance with the DC current produced by the rectification unit to activate the communication unit before an activation of the controller; and a second capacitor, having a capacitance greater than a capacitance of the first capacitor, configured to be charged in accordance with the DC current produced by the rectification unit to activate the controller. wherein the communication unit transmits the data to the wireless power transmission device before the activation of the controller.
Functional chip comprising: - a substrate comprising a first face and a second face, the second face of the substrate forming the front face of the functional chip; - a first oxide layer on the first face of the substrate; - a second oxide layer on the first oxide layer; - a first routing level formed on the surface of the second oxide layer in contact with the first oxide layer; - a third oxide layer on the second oxide layer wherein at least one semiconductor component is inserted; - a rear face formed by the surface of the third oxide layer opposite the second oxide layer, the rear face comprising a plurality of superconductor routing tracks surrounded at least partially by one or more conductor routing tracks, the semiconductor component being connected to the superconductor routing tracks via superconductor vias and the conductor routing tracks of the rear face being connected to the first routing level via conductor vias. - a substrate comprising a first face and a second face, the second face of the substrate forming the front face of the functional chip; - a first oxide layer on the first face of the substrate; - a second oxide layer on the first oxide layer; - a first routing level formed on the surface of the second oxide layer in contact with the first oxide layer; - a third oxide layer on the second oxide layer wherein at least one semiconductor component is inserted; - a rear face formed by the surface of the third oxide layer opposite the second oxide layer, the rear face comprising a plurality of superconductor routing tracks surrounded at least partially by one or more conductor routing tracks, the semiconductor component being connected to the superconductor routing tracks via superconductor vias and the conductor routing tracks of the rear face being connected to the first routing level via conductor vias.
A delivery system, comprising: a cannula having proximal and distal regions and a lumen extending therebetween; an atraumatic tip coupled to the proximal region of the cannula; a housing component having proximal and distal regions, wherein the proximal region of the housing component is disposed at least partially within a cavity of the atraumatic tip and secured to the atraumatic tip, wherein the distal region of the housing component extends at least partially distally beyond the atraumatic tip, and wherein the housing component is disposed coaxially between portions of the cannula and the atraumatic tip; and a trigger wire having proximal and distal regions, wherein the proximal region of the trigger wire is housed within the distal region of the housing component in a delivery state, wherein the trigger wire is moveable longitudinally relative to the housing component. a cannula having proximal and distal regions and a lumen extending therebetween; an atraumatic tip coupled to the proximal region of the cannula; a housing component having proximal and distal regions, wherein the proximal region of the housing component is disposed at least partially within a cavity of the atraumatic tip and secured to the atraumatic tip, wherein the distal region of the housing component extends at least partially distally beyond the atraumatic tip, and wherein the housing component is disposed coaxially between portions of the cannula and the atraumatic tip; and a trigger wire having proximal and distal regions, wherein the proximal region of the trigger wire is housed within the distal region of the housing component in a delivery state, wherein the trigger wire is moveable longitudinally relative to the housing component.
Sheet guide device for sheet feeders, with a sheet separator, which separates and conveys the sheets and which is displaceable in and opposite to the sheet conveying direction for format adaptation, as well as blowing devices (9, 16) for building up an air cushion assisting the sheet conveying and a sheet guide device which bounds a sheet conveying plane of the sheets and consists of individual sheet guide elements, wherein the sheet guide elements consist of a strip-shaped body and at least one winding roller able to be acted on by a rewinding force, characterised in that the strip-shaped bodies after transfer from the winding rollers to a stretched position have a form which increases the moment of resistance to bending in such a way that the strip-shaped bodies have one or more deformations extending in longitudinal direction.
An apparatus for sealing a puncture extending through tissue, comprising: a cartridge comprising a proximal end, a distal end sized for insertion into a puncture through tissue, and a lumen extending between the proximal and distal ends (122, 124); a plug disposed within the cartridge lumen, the plug comprising a lumen extending between proximal and distal ends thereof; a pusher member disposed within the cartridge lumen for deploying the plug from the cartridge when the cartridge is retracted relative to the pusher member; a positioning member comprising an elongate member and an expandable positioning element carried on a distal end of the elongate member, the elongate member receivable through the lumens of the plug and the cartridge such that, in a first configuration, the cartridge, plug, and pusher member are located in a proximal position on the positioning member and the plug and pusher member are disposed within the cartridge, the cartridge, plug, and pusher member advanceable together from the proximal position to a second configuration in a distal position wherein the plug is disposed adjacent the expandable positioning element; and cooperating elements on the pusher member and the positioning member that limit subsequent movement of the pusher member relative to the positioning member when the pusher member is advanced to the distal position. a cartridge comprising a proximal end, a distal end sized for insertion into a puncture through tissue, and a lumen extending between the proximal and distal ends (122, 124); a plug disposed within the cartridge lumen, the plug comprising a lumen extending between proximal and distal ends thereof; a pusher member disposed within the cartridge lumen for deploying the plug from the cartridge when the cartridge is retracted relative to the pusher member; a positioning member comprising an elongate member and an expandable positioning element carried on a distal end of the elongate member, the elongate member receivable through the lumens of the plug and the cartridge such that, in a first configuration, the cartridge, plug, and pusher member are located in a proximal position on the positioning member and the plug and pusher member are disposed within the cartridge, the cartridge, plug, and pusher member advanceable together from the proximal position to a second configuration in a distal position wherein the plug is disposed adjacent the expandable positioning element; and cooperating elements on the pusher member and the positioning member that limit subsequent movement of the pusher member relative to the positioning member when the pusher member is advanced to the distal position.
An obstacle determination device that determines a collision with an obstacle, based on the output signal of a radar mounted on a vehicle, wherein a distance between null points is a distance of a null-point zone, the null points being a point where the output signal of the radar decreases due to multipath, and wherein the null-point zone is a zone that includes a convex point and the convex point is a point where the output of the radar increases due to multipath, and the obstacle determination device is configured to determine that the host vehicle will not collide with the obstacle, when it is detected that a predetermined number or more of the null-point zones have a respective distance between the respective null points which is shorter than the distance between the null points of a reference zone, which is the null-point zone closest to the host vehicle in a predetermined range, in a distance farther away than the reference zone.
Magnetic wedge for closing the slots of an electrical rotating machine, said magnetic wedge extending longitudinally by a first length, between two ends (14, 16), along a first direction (A-A) parallel to the axis of rotation (X-X) of the electrical rotating machine and extending crosswise to the first direction (A-A) between two side edges (13, 15), said magnetic wedge comprising: - a first portion of magnetic material; - a second portion of non-magnetic material coupled to said first portion, wherein - said wedge has a first surface intended to face the slots of the electrical rotating machine, when said wedge is placed to close the slots, and an opposite second surface intended to face the air gap of the electrical rotating machine, when said wedge is placed to close the slots, - said second portion comprises at least one skew portion longitudinally extended along a second direction (B-B) which is skew relative to the first direction (A-A), by a second length equal to at least 70% of the distance between said two ends (14, 16), measured along the second direction (B-B), wherein said first portion extends seamlessly between said two side edges (13, 15), characterised in that: - said first portion comprises a first element having a first surface intended to face the slots of the electrical rotating machine, when said wedge is placed to close the slots, and an opposite second surface intended to face the air gap of the electrical rotating machine, when said wedge is placed to close the slots, - said first element has a groove formed in one of said first and second surface of the first element and extending longitudinally along said second direction (B-B), - said at least one skew portion of the second portion is positioned within said groove by the entire longitudinal extension of the groove. - a first portion of magnetic material; - a second portion of non-magnetic material coupled to said first portion, wherein - said wedge has a first surface intended to face the slots of the electrical rotating machine, when said wedge is placed to close the slots, and an opposite second surface intended to face the air gap of the electrical rotating machine, when said wedge is placed to close the slots, - said second portion comprises at least one skew portion longitudinally extended along a second direction (B-B) which is skew relative to the first direction (A-A), by a second length equal to at least 70% of the distance between said two ends (14, 16), measured along the second direction (B-B), - said first portion comprises a first element having a first surface intended to face the slots of the electrical rotating machine, when said wedge is placed to close the slots, and an opposite second surface intended to face the air gap of the electrical rotating machine, when said wedge is placed to close the slots, - said first element has a groove formed in one of said first and second surface of the first element and extending longitudinally along said second direction (B-B), - said at least one skew portion of the second portion is positioned within said groove by the entire longitudinal extension of the groove.
A method for segmenting spine and aorta in a medical image, comprising: providing a registration of a medical image depicting a plurality of bones with a skeletal atlas mapping an exemplary skeletal structure having a plurality of exemplary bones; characterized in that the method also comprises: identifying in said medical image, from information included in the skeletal atlas, a junction region between the spine and the aorta and a spine centerline; and segmenting the spine and aorta in at least one region of interest within said medical image by identifying voxels in the junction region between the spine and aorta as spine voxels or aorta voxels, according to whether they have vertebrae properties or aorta vascular characteristics based on density values of surrounding voxels, using vertebrae properties found by analyzing density values of voxels around the spine centerline. providing a registration of a medical image depicting a plurality of bones with a skeletal atlas mapping an exemplary skeletal structure having a plurality of exemplary bones; identifying in said medical image, from information included in the skeletal atlas, a junction region between the spine and the aorta and a spine centerline; and segmenting the spine and aorta in at least one region of interest within said medical image by identifying voxels in the junction region between the spine and aorta as spine voxels or aorta voxels, according to whether they have vertebrae properties or aorta vascular characteristics based on density values of surrounding voxels, using vertebrae properties found by analyzing density values of voxels around the spine centerline.
A substrate recycling method comprising the steps of: separating a substrate comprising a first surface from an epitaxial layer; performing a first etching of the first surface using electrochemical etching; and performing, after the first etching, a second etching of the first surface using chemical etching or dry etching, or performing, after the first etching, chemical mechanical polishing of the first surface, characterised in that the first surface comprises a sacrificial layer and in that the substrate further comprises an etching stop layer disposed under the sacrificial layer. separating a substrate comprising a first surface from an epitaxial layer; performing a first etching of the first surface using electrochemical etching; and performing, after the first etching, a second etching of the first surface using chemical etching or dry etching, or performing, after the first etching, chemical mechanical polishing of the first surface, characterised in that the first surface comprises a sacrificial layer and in that the substrate further comprises an etching stop layer disposed under the sacrificial layer.
A method for registering an imaging detector to a surface, the method executed at least in part on a computer and comprising: projecting and recording (S100, S110), on a portion of the surface, light in a first sparse pattern of lines and a second sparse pattern of lines, the first sparse pattern of lines and the second sparse pattern of lines being projected and recorded in an illumination sequence, wherein the first sparse pattern of lines is followed by the second sparse pattern of lines, wherein a first subset of positions on the surface is illuminated by lines from both first and second sparse patterns (F1, F2) corresponding to a first label, wherein a second subset of positions on the surface is illuminated only by lines from the first sparse pattern corresponding to a second label; and wherein a third subset of positions on the surface is illuminated only by lines from the second sparse pattern corresponding to a third label; decoding the first, second, and third labels (R,G,B) from the surface positions and registering each member element of the first, second, and third subsets of positions to the imaging detector according to the decoded labels (R,G,B); and forming and displaying an image of a contour of the surface according to only the recorded first and second sparse patterns (F1, F2). projecting and recording (S100, S110), on a portion of the surface, light in a first sparse pattern of lines and a second sparse pattern of lines, the first sparse pattern of lines and the second sparse pattern of lines being projected and recorded in an illumination sequence, wherein the first sparse pattern of lines is followed by the second sparse pattern of lines, wherein a first subset of positions on the surface is illuminated by lines from both first and second sparse patterns (F1, F2) corresponding to a first label, wherein a second subset of positions on the surface is illuminated only by lines from the first sparse pattern corresponding to a second label; and wherein a third subset of positions on the surface is illuminated only by lines from the second sparse pattern corresponding to a third label; decoding the first, second, and third labels (R,G,B) from the surface positions and registering each member element of the first, second, and third subsets of positions to the imaging detector according to the decoded labels (R,G,B); and forming and displaying an image of a contour of the surface according to only the recorded first and second sparse patterns (F1, F2).
A nonwoven material for use with an antimicrobial agent, the nonwoven material comprising a nonwoven fibrous substrate comprising cellulosic fibers and continuous synthetic filaments, said substrate treated with - a polyvinylamine polymer PVAm and - a poly(amideamine-epichlorohydrin) polymer PAE, wherein the two polymers are used at a ratio from 8:1 to 3:1 of PVAm to PAE forming covalent bonding resulting in a three dimensional crosslinked network structure with the said nonwoven fibrous substrate, the nonwoven material further comprising a quaternary ammonium antimicrobial agent. - a polyvinylamine polymer PVAm and - a poly(amideamine-epichlorohydrin) polymer PAE, wherein the two polymers are used at a ratio from 8:1 to 3:1 of PVAm to PAE forming covalent bonding resulting in a three dimensional crosslinked network structure with the said nonwoven fibrous substrate, the nonwoven material further comprising a quaternary ammonium antimicrobial agent.
Method for working the ground with a construction apparatus which has at least one rotary drive unit for rotationally driving a ground working tool, - wherein the ground working tool is introduced into a ground having different ground layers across a ground depth, which are cut through, - wherein at least one sound measuring means is provided, with which a sound generated when working the ground with the rotationally driven ground working tool is recorded and forwarded as measured sound value, and - wherein a control and evaluation unit is provided which determines the type of the worked ground layer based on the measured sound values, characterized in that the measured sound values are recorded and saved across the ground depth, in that based on the ground types determined across the ground depth when working the ground a ground profile is determined and saved by the control and evaluation unit and in that by the control and evaluation unit preferred operating parameters are determined for the ground profile across the ground depth and stored as a dataset in a database. - wherein the ground working tool is introduced into a ground having different ground layers across a ground depth, which are cut through, - wherein at least one sound measuring means is provided, with which a sound generated when working the ground with the rotationally driven ground working tool is recorded and forwarded as measured sound value, and - wherein a control and evaluation unit is provided which determines the type of the worked ground layer based on the measured sound values, characterized in that the measured sound values are recorded and saved across the ground depth, in that based on the ground types determined across the ground depth when working the ground a ground profile is determined and saved by the control and evaluation unit and in that by the control and evaluation unit preferred operating parameters are determined for the ground profile across the ground depth and stored as a dataset in a database.
A process for cleaning HF alkylation plants and parts thereof made of carbon steel, wherein, after the reaction is complete, (a) in a first step, the plants or parts thereof are contacted with an aqueous solution of a non-oxidizing inorganic and/or organic acid; (b) in a second step, the cleaned and optionally neutralized plants or parts thereof are treated with an aqueous solution of a complexing agent for iron ions; (c) subsequently, in a third step, the above mentioned plants or parts thereof are neutralized or overneutralized with an aqueous solution of potassium hydroxide. (a) in a first step, the plants or parts thereof are contacted with an aqueous solution of a non-oxidizing inorganic and/or organic acid; (b) in a second step, the cleaned and optionally neutralized plants or parts thereof are treated with an aqueous solution of a complexing agent for iron ions; (c) subsequently, in a third step, the above mentioned plants or parts thereof are neutralized or overneutralized with an aqueous solution of potassium hydroxide.
Composition comprising: (a) at least one extract from a plant of the genus Allium, and (b) phlorizin for use in a method of treatment and/or prophylaxis of a hyperglycemic disease. (a) at least one extract from a plant of the genus Allium, and (b) phlorizin