mhurhangee/ep-ind-claims huggingface dataset:
A plasma source, comprising: a dielectric tube; a coil antenna surrounding the dielectric tube wherein the coil antenna comprises a plurality of turns having a first group of turns, one or more turns provided between the first group of turns and a third group of turns; and a first metal connector configured to short the one or more turns such that, in use, when power is applied to the coil antenna, a buffer field for the magnetic field created inside the dielectric tube is formed at the location of the short between the first group of turns and the third group of turns. a dielectric tube; a coil antenna surrounding the dielectric tube wherein the coil antenna comprises a plurality of turns having a first group of turns, one or more turns provided between the first group of turns and a third group of turns; and a first metal connector configured to short the one or more turns such that, in use, when power is applied to the coil antenna, a buffer field for the magnetic field created inside the dielectric tube is formed at the location of the short between the first group of turns and the third group of turns.
Process for manufacturing a prepreg fibrous material comprising a fibrous material of continuous fibers and a thermoplastic polymer matrix, characterized in that said prepreg fibrous material is made of a plurality of unidirectional parallel tapes and in that said process comprises the following steps: i) a step of impregnating said fibrous material in the form of several parallel rovings, said impregnation step comprising: ia) immersing said fibrous material in a bath containing an aqueous dispersion of said thermoplastic polymer, said immersion being followed by ib) drying said fibrous material, then ii) a step of shaping said parallel rovings of said fibrous material impregnated according to step i), by calendering by means of at least one heating calender (51, 52, 53) in the form of a plurality of unidirectional parallel tapes with said heating calender comprising a plurality of calendering grooves, preferably up to 200 calendering grooves, in accordance with the number of said tapes and with a pressure and/or a spacing between the rolls of said calender regulated by a servo system. i) a step of impregnating said fibrous material in the form of several parallel rovings, said impregnation step comprising: ia) immersing said fibrous material in a bath containing an aqueous dispersion of said thermoplastic polymer, said immersion being followed by ib) drying said fibrous material, then ia) immersing said fibrous material in a bath containing an aqueous dispersion of said thermoplastic polymer, said immersion being followed by ib) drying said fibrous material, then ii) a step of shaping said parallel rovings of said fibrous material impregnated according to step i), by calendering by means of at least one heating calender (51, 52, 53) in the form of a plurality of unidirectional parallel tapes with said heating calender comprising a plurality of calendering grooves, preferably up to 200 calendering grooves, in accordance with the number of said tapes and with a pressure and/or a spacing between the rolls of said calender regulated by a servo system.
A method for forming a vacuum formed, apertured film with micro-aberrations, the method comprising: receiving a molten polymer web at an engagement point between a screen with a positive aberration and a roller comprising a surface with a negative depression; and expanding a micro-aberration on a land of the molten polymer web at the engagement point by inserting the positive aberration on the screen into the negative depression on the surface of the roller with the molten polymer web there between at a pressure no more than about 612.9 N/m (3.5 pounds per linear inch), wherein the roller is positioned at a leading edge of a vacuum slot and is engaged with the forming screen at no less than about 262,7 N/m (1.5 PLI), further comprising forming one or more apertures through the molten polymer web by passing the molten polymer web with the micro-aberration beyond a leading edge of a vacuum slot such that the vacuum slot can pull portions of the polymer web into one or more openings included in the screen via a pressure differential, wherein the one or more openings are adjacent to the positive aberration. receiving a molten polymer web at an engagement point between a screen with a positive aberration and a roller comprising a surface with a negative depression; and expanding a micro-aberration on a land of the molten polymer web at the engagement point by inserting the positive aberration on the screen into the negative depression on the surface of the roller with the molten polymer web there between at a pressure no more than about 612.9 N/m (3.5 pounds per linear inch), wherein the roller is positioned at a leading edge of a vacuum slot and is engaged with the forming screen at no less than about 262,7 N/m (1.5 PLI), further comprising forming one or more apertures through the molten polymer web by passing the molten polymer web with the micro-aberration beyond a leading edge of a vacuum slot such that the vacuum slot can pull portions of the polymer web into one or more openings included in the screen via a pressure differential, wherein the one or more openings are adjacent to the positive aberration.
Base part to be combined with a detachable reservoir/delivery part, the base part comprising fastening means which fastening means releasably attach the reservoir/delivery part to the base part during use and a first fluid path or means corresponding to a first fluid path from a reservoir permitting a flow of fluid between the reservoir/delivery part and the base part when the reservoir/delivery part is attached to the base part, the first fluid path comprises means for interrupting the fluid flow when the detachable reservoir/delivery part is not attached to the base part and opening the fluid path when the delivery part is attached to the base part, - the base part also comprises a lower mounting surface and one or more openings (12A, 12C) through which two or more subcutaneous units (7,70) in the form of at least one cannula and at least one sensor part or at least two cannulas extend, - a second fluid path permitting a flow of fluid from the outlet of the first fluid path to an inlet of a subcutaneously positioned cannula (22, 22a, 22b) during use, and - a signal path is provided from the reservoir/delivery part to a sensor contact part, characterized in that the second fluid path is in fluid connection with an end opening of a subcutaneously positioned cannula during use. - the base part also comprises a lower mounting surface and one or more openings (12A, 12C) through which two or more subcutaneous units (7,70) in the form of at least one cannula and at least one sensor part or at least two cannulas extend, - a second fluid path permitting a flow of fluid from the outlet of the first fluid path to an inlet of a subcutaneously positioned cannula (22, 22a, 22b) during use, and - a signal path is provided from the reservoir/delivery part to a sensor contact part, characterized in that the second fluid path is in fluid connection with an end opening of a subcutaneously positioned cannula during use.
A device for the thermal treatment, in particular continuous, of a starch suspension, comprising a container for preparing the starch suspension, a treatment section adjacent to the container for the thermal treatment of the starch suspension and a holding tank for the temporary storage of the treated starch suspension, characterized in that at least one heat exchanger is provided along the treatment section, through which the starch suspension can be passed prior to the thermal treatment and through which it can be conducted to the holding tank after the thermal treatment, exchanging heat with starch suspension which is subsequently passed through.
A method of maneuvering a vehicle prior to making a turn from a lane of a roadway, the method comprising: identifying, by one or more processors, a route that includes making the turn from the lane at an intersection; identifying, by the one or more processors, an area of the lane prior to the turn having a lane width of at least a predetermined size that is sufficient distance to fit another vehicle and the vehicle side by side; receiving, by the one or more processors, from a perception system, sensor data identifying at least one other vehicle within the lane; identifying, by the one or more processors, from the sensor data, characteristics of the at least one other vehicle including a location of the at least one other vehicle relative to the vehicle; and maneuvering, by the one or more processors, the vehicle through the area prior to making the turn using the identified characteristics, wherein maneuvering comprises responding to determining that the at least one other vehicle is in front of the vehicle, such that the at least one other vehicle is closer to the turn than the vehicle, and is closer to one side of the lane, by proceeding alongside the at least one other vehicle. identifying, by one or more processors, a route that includes making the turn from the lane at an intersection; identifying, by the one or more processors, an area of the lane prior to the turn having a lane width of at least a predetermined size that is sufficient distance to fit another vehicle and the vehicle side by side; receiving, by the one or more processors, from a perception system, sensor data identifying at least one other vehicle within the lane; identifying, by the one or more processors, from the sensor data, characteristics of the at least one other vehicle including a location of the at least one other vehicle relative to the vehicle; and maneuvering, by the one or more processors, the vehicle through the area prior to making the turn using the identified characteristics, wherein maneuvering comprises responding to determining that the at least one other vehicle is in front of the vehicle, such that the at least one other vehicle is closer to the turn than the vehicle, and is closer to one side of the lane, by proceeding alongside the at least one other vehicle.
Gutter assembly unit, particularly for a building with no roof eaves, comprising a gutter and a hook-shaped bracket, said bracket having a web and flanges forming a U-shaped cross-section, wherein said flanges extend outwardly with regards to the hook shape of the bracket, said bracket further comprising a rear rim and a front rim, the rear rim being turned from a rear face of the web towards the inside of said hook shape and the front rim being curved towards the outside of said hook shape, such that said bracket can gird said gutter with its web and such that it can set the location of the gutter between said rear rim and said front rim of the bracket, characterized in that the gutter assembly unit further comprises a cover attachment, said cover attachment, when suspended on the curved front rim of the bracket, having a front face hiding the gutter when seen from a front views wherein the flanges have attachment grooves located in use on the lower section of the bracket and behind the front rim when seen from a front view, said attachment grooves being directed at a sharp angle downwards to the rear of the bracket, and wherein the cover attachment has a front face of a height greater than the height (h) of the bracket and an oblique face bent and extending away from the lower edge of said front face in an upward direction, said oblique face ending with a catch which, when the cover attachment is mounted in the bracket, enters the attachment grooves of the bracket by elastic deformation. said bracket having a web and flanges forming a U-shaped cross-section, wherein said flanges extend outwardly with regards to the hook shape of the bracket, said bracket further comprising a rear rim and a front rim, the rear rim being turned from a rear face of the web towards the inside of said hook shape and the front rim being curved towards the outside of said hook shape, such that said bracket can gird said gutter with its web and such that it can set the location of the gutter between said rear rim and said front rim of the bracket, characterized in that the gutter assembly unit further comprises a cover attachment, said cover attachment, when suspended on the curved front rim of the bracket, having a front face hiding the gutter when seen from a front views wherein the flanges have attachment grooves located in use on the lower section of the bracket and behind the front rim when seen from a front view, said attachment grooves being directed at a sharp angle downwards to the rear of the bracket, and wherein the cover attachment has a front face of a height greater than the height (h) of the bracket and an oblique face bent and extending away from the lower edge of said front face in an upward direction, said oblique face ending with a catch which, when the cover attachment is mounted in the bracket, enters the attachment grooves of the bracket by elastic deformation.
An electronic device, comprising: a display assembly capable of presenting visual content; a front cover glass overlying the display assembly; a rear cover glass defining an opening and an exterior surface; a side wall retainer formed from a high-strength material, the side wall retainer coupled with the front cover glass and the rear cover glass; a camera cover glass disposed at the opening, a first portion of the camera cover glass coated with an opaque material that blocks visible light from passing through the opaque material, and a second portion of the camera cover glass that defines a first visible light transparent camera window and a second visible light transparent camera window; and an input/output, I/O, assembly disposed at the opening such that a portion of the I/O assembly protrudes from, and is proud of the exterior surface of the rear cover glass, the I/O assembly comprising: a first camera module; a second camera module; and a trim that encloses the first camera module and the second camera module. a display assembly capable of presenting visual content; a front cover glass overlying the display assembly; a rear cover glass defining an opening and an exterior surface; a side wall retainer formed from a high-strength material, the side wall retainer coupled with the front cover glass and the rear cover glass; a camera cover glass disposed at the opening, a first portion of the camera cover glass coated with an opaque material that blocks visible light from passing through the opaque material, and a second portion of the camera cover glass that defines a first visible light transparent camera window and a second visible light transparent camera window; and an input/output, I/O, assembly disposed at the opening such that a portion of the I/O assembly protrudes from, and is proud of the exterior surface of the rear cover glass, the I/O assembly comprising: a first camera module; a second camera module; and a trim that encloses the first camera module and the second camera module. a first camera module; a second camera module; and a trim that encloses the first camera module and the second camera module.
A method for producing a multidimensional profiled preform from a pre-impregnated or binder-crosslinked, multidirectional fibre composite material by means of an upper and a lower mould part (4, 5) which, in the closed position, define therebetween a profiled forming gap corresponding to the preform, wherein during closure of the mould parts, the fibre composite material is tightened by a tensioning frame which encompasses said mould parts, while retaining the tensioning force, characterised in that to compensate for the excess material in the weaker profiled forming gap regions, the fibre composite material is increasingly deformed in the form of a bead in a bead-shaped draw-through gap in the edge trimming zone of the preform between the forming gap and the tensioning frame synchronously with the closing movement of the mould parts (4, 5) from the start of the material forming procedure.
Method for the disinfection and the quality control of the disinfection of the hands of a user comprising the steps of: - dispensing a predetermined amount of the mixture of a disinfectant substance and a light reflection modifying substance on the hands to be disinfected, - allowing the user to smear and rub the mixture on his/her hands, - inserting the hands one after the other into an imaging compartment of an apparatus for disinfection quality control; - illuminating the inserted hand with a plurality of light sources emitting light having a predetermined spectral distribution and intensity; - recording the image of the hand from both sides by a plurality of cameras; - processing the recorded image to provide distinction between areas of the hand contacted and non-contacted by the mixture, - showing said processed image to the user; characterized in that said light reflection modifying substance is a substance that absorbs light in at least a predetermined range a wavelength which is added to the disinfectant substance in an amount that increases light absorption of areas treated by the mixture and retains at the same time disinfectant properties; said light sources emit light in said predetermined range and said cameras have sensitivity in said range, furthermore, in said processing step areas of said hand are made brighter which were not contacted previously by the mixture. - dispensing a predetermined amount of the mixture of a disinfectant substance and a light reflection modifying substance on the hands to be disinfected, - allowing the user to smear and rub the mixture on his/her hands, - inserting the hands one after the other into an imaging compartment of an apparatus for disinfection quality control; - illuminating the inserted hand with a plurality of light sources emitting light having a predetermined spectral distribution and intensity; - recording the image of the hand from both sides by a plurality of cameras; - processing the recorded image to provide distinction between areas of the hand contacted and non-contacted by the mixture, - showing said processed image to the user;
A method, comprising: establishing a primary connection in a primary cell belonging to a primary base station with a first user equipment identity, referred to as UE-ID, wherein the primary cell comprises a downlink component carrier, CC, and an uplink CC; establishing a second connection in a secondary cell, SCell, belonging to a second base station with a second UE-ID, wherein the secondary cell comprises a downlink CC, wherein the second UE-ID is assigned together with timing information by the second base station via Medium Access Control, MAC, signaling during SCell Random Access Channel, RACH, procedure; aggregating component carriers of the primary cell and the secondary cell for the primary connection and the secondary connection based on the first UE-ID and the second UE-ID; and performing mobility management functions through the primary connection. establishing a primary connection in a primary cell belonging to a primary base station with a first user equipment identity, referred to as UE-ID, wherein the primary cell comprises a downlink component carrier, CC, and an uplink CC; establishing a second connection in a secondary cell, SCell, belonging to a second base station with a second UE-ID, wherein the secondary cell comprises a downlink CC, wherein the second UE-ID is assigned together with timing information by the second base station via Medium Access Control, MAC, signaling during SCell Random Access Channel, RACH, procedure; aggregating component carriers of the primary cell and the secondary cell for the primary connection and the secondary connection based on the first UE-ID and the second UE-ID; and performing mobility management functions through the primary connection.
A single valve prosthesis configured for deployment within or near the mitral and aortic valves of the heart, the single valve prosthesis comprising: a stent structure for positioning adjacent to, near or within the aortic valve; and an annular frame for positioning adjacent to or near the mitral valve, wherein the annular frame has a profile of a flat washer and wherein when the prosthesis is in an expanded configuration the annular frame laterally extends from the stent structure. a stent structure for positioning adjacent to, near or within the aortic valve; and an annular frame for positioning adjacent to or near the mitral valve, wherein the annular frame has a profile of a flat washer and wherein when the prosthesis is in an expanded configuration the annular frame laterally extends from the stent structure.
Method for manufacturing a film on a support having a surface presenting at least a recessed or relief pattern, comprising: - the supply of a donor substrate having a surface presenting at least a recessed or relief pattern formed by a plurality of pads laid out on the surface of a wafer, - the formation of an embrittlement zone in each pad so as to delimit a respective film to transfer, - the formation of the support by deposition on the surface of all said pads, - the detachment of the donor substrate along the embrittlement zone, so as to transfer each respective film onto the support. - the supply of a donor substrate having a surface presenting at least a recessed or relief pattern formed by a plurality of pads laid out on the surface of a wafer, - the formation of an embrittlement zone in each pad so as to delimit a respective film to transfer, - the formation of the support by deposition on the surface of all said pads, - the detachment of the donor substrate along the embrittlement zone, so as to transfer each respective film onto the support.
A method of providing communications including an extended protocol header comprising: providing a message in a communication protocol, said message having an original header comprising a recipient address; including an extension to said original header to generate a message with said extended protocol header, said extension including additional information comprising a revised recipient address; and transmitting said message with said extended protocol header to a recipient, wherein said message with said extended protocol header is received at said recipient address of said original header and routed to said revised recipient address contained in said extended protocol header and wherein said recipient is capable of utilizing said additional information contained in said extension to provide additional functionality. providing a message in a communication protocol, said message having an original header comprising a recipient address; including an extension to said original header to generate a message with said extended protocol header, said extension including additional information comprising a revised recipient address; and transmitting said message with said extended protocol header to a recipient, wherein said message with said extended protocol header is received at said recipient address of said original header and routed to said revised recipient address contained in said extended protocol header and wherein said recipient is capable of utilizing said additional information contained in said extension to provide additional functionality.