mhurhangee/ep-ind-claims huggingface dataset:
A capacitive touch panel comprising: a substantially transparent substrate; an electrode pattern superposed on top of the substantially transparent substrate for detecting touch signals, the electrode pattern comprising at least one first metal conductor and at least one second metal conductor, wherein the electrode pattern comprises at least one first electrode disposed in the first direction and at least one second electrode disposed in the second direction, the first electrode being orthogonal to and insulated from the second electrode; wherein the first electrode comprises at least two conductor cells connected by the first metal conductor, and the second electrode comprises at least two conductor cells connected by the second metal conductor; and wherein at least one light absorption layer is coated on the surface of the second metal conductor; and wherein the first metal conductor is insulated from the second metal conductor by one insulator and the light absorption layer covers the second metal conductor so as to contact two conductor cells of the second electrode; a passivation layer superposed as the outermost layer of the capacitive touch panel and covering the electrode pattern. a substantially transparent substrate; an electrode pattern superposed on top of the substantially transparent substrate for detecting touch signals, the electrode pattern comprising at least one first metal conductor and at least one second metal conductor, wherein the electrode pattern comprises at least one first electrode disposed in the first direction and at least one second electrode disposed in the second direction, the first electrode being orthogonal to and insulated from the second electrode; wherein the first electrode comprises at least two conductor cells connected by the first metal conductor, and the second electrode comprises at least two conductor cells connected by the second metal conductor; and wherein at least one light absorption layer is coated on the surface of the second metal conductor; and wherein the first metal conductor is insulated from the second metal conductor by one insulator and the light absorption layer covers the second metal conductor so as to contact two conductor cells of the second electrode; a passivation layer superposed as the outermost layer of the capacitive touch panel and covering the electrode pattern.
A coffee machine comprising a body; at least one brewing chamber that is disposed in the body; at least one brewing pot that is placed into the brewing chamber and wherein water, coffee and as per the preference additional ingredients such as sugar are put and brewed; a heater that is disposed under the brewing chamber and that enables the brewing port to be heated; a level sensor that is disposed at the ceiling of the brewing chamber, that faces towards the brewing pot and that measures the level of the water-coffee mixture in the brewing pot, and a control unit that controls the heater according to the data received from the level sensor and that calculates a brewing height (hson) whereat the brewing process is ended, characterized by the control unit that calculates the brewing height (hson) such that there will be a difference (Δ2) between the brewing height (hson) and a predetermined reference brewing height (hpi), that is smaller than the difference (Δ1), which is different than zero, between the height measurement value (hölç) taken by means of the sensor a certain time (t) after the start of the brewing process and a predetermined reference value (href) for the same time (t).
Device for guiding a film tube emerging from a film blowing head and drawn off in a production direction, comprising a frame through which the film tube can be passed in the production direction, and a plurality of adjusting units (49, 59, 60) distributed over the circumference for adjusting film guide elements transversely to the production direction, the adjusting units (49, 59, 60) each having the following: a pivot arm, which is pivotally attached to the frame, a carrier for at least one of the film guide elements, the carrier being pivotally connected to the pivot arm, and a coupling rod which is pivotably connected to the carrier, characterized in that at least one first adjusting unit (49, 59) of the plurality of adjusting units has an actuating mechanism (53, 54, 63, 64, 65) by means of which the coupling rod of the at least one first adjusting unit (49, 59) is connected in an articulating manner to the frame, and that the at least one first adjusting unit (49, 59) forms a coupler gear or a cam gear. a frame through which the film tube can be passed in the production direction, and a plurality of adjusting units (49, 59, 60) distributed over the circumference for adjusting film guide elements transversely to the production direction, the adjusting units (49, 59, 60) each having the following: a pivot arm, which is pivotally attached to the frame, a carrier for at least one of the film guide elements, the carrier being pivotally connected to the pivot arm, and a coupling rod which is pivotably connected to the carrier, characterized in that at least one first adjusting unit (49, 59) of the plurality of adjusting units has an actuating mechanism (53, 54, 63, 64, 65) by means of which the coupling rod of the at least one first adjusting unit (49, 59) is connected in an articulating manner to the frame, and that the at least one first adjusting unit (49, 59) forms a coupler gear or a cam gear. a pivot arm, which is pivotally attached to the frame, a carrier for at least one of the film guide elements, the carrier being pivotally connected to the pivot arm, and a coupling rod which is pivotably connected to the carrier, characterized in that at least one first adjusting unit (49, 59) of the plurality of adjusting units has an actuating mechanism (53, 54, 63, 64, 65) by means of which the coupling rod of the at least one first adjusting unit (49, 59) is connected in an articulating manner to the frame, and that the at least one first adjusting unit (49, 59) forms a coupler gear or a cam gear.
A method for operating a target distributed unit, DU, in a procedure of switching of a link between a source DU and a mobile device served by the source DU to the target DU wherein the target DU and the source DU implement layer 2 cells and are managed by a remote centralized unit, CU, implementing a layer 3 cell, the method comprising: participating, by the target DU, in a link layer context transfer with the source DU; establishing, by the target DU, a user data path for the mobile device, the user data path connecting the mobile device with the CU including a radio resource control protocol entity communicating with the mobile device; storing, by the target DU, first user data for the mobile device received from the CU; storing, by the target DU, second user data for the mobile device received from the source DU; establishing, by the target DU, a connection with the mobile device; transmitting, by the target DU to the source DU, a first indication indicating that the connection with the mobile device is established; sending, by the target DU after receiving a second indication from the source DU that a last of the second user data has been sent, the first user data and the second user data to the mobile device, wherein the first user data is sent after sending the second user data; and adapting, by the target DU, the link layer context to operate in the target DU for exchanging data between the CU and the mobile device, wherein adapting the link layer context includes associating an uppermost protocol layer of the target DU with a lowest protocol layer of the CU. participating, by the target DU, in a link layer context transfer with the source DU; establishing, by the target DU, a user data path for the mobile device, the user data path connecting the mobile device with the CU including a radio resource control protocol entity communicating with the mobile device; storing, by the target DU, first user data for the mobile device received from the CU; storing, by the target DU, second user data for the mobile device received from the source DU; establishing, by the target DU, a connection with the mobile device; transmitting, by the target DU to the source DU, a first indication indicating that the connection with the mobile device is established; sending, by the target DU after receiving a second indication from the source DU that a last of the second user data has been sent, the first user data and the second user data to the mobile device, wherein the first user data is sent after sending the second user data; and adapting, by the target DU, the link layer context to operate in the target DU for exchanging data between the CU and the mobile device, wherein adapting the link layer context includes associating an uppermost protocol layer of the target DU with a lowest protocol layer of the CU.
A liquid ejecting head comprising: a plurality of nozzles that discharge a liquid in a first axis direction; first and second common liquid chambers (101, 102) that communicate in common with the plurality of nozzles; and an individual flow path that is provided for each of the nozzles, couples the first common liquid chamber to the second common liquid chamber, and communicates with the nozzle between the first common liquid chamber and the second common liquid chamber, wherein each individual flow path includes a pressure chamber provided with an energy generation element, and an individual communication flow path coupling the pressure chamber to the first and second common liquid chambers, Wherein a plurality of the pressure chambers are arranged side by side in a second axis direction orthogonal to the first axis direction to form first and second pressure chamber rows (120A, 120B), and the first pressure chamber row and the second pressure chamber row are disposed to be shifted relative to each other in a third axis direction orthogonal to the first axis direction and the second axis direction when viewed in the second axis direction, and the individual communication flow path corresponding to the first pressure chamber row has a portion overlapping a region between the adjacent pressure chambers of the second pressure chamber row when viewed in the first axis direction, characterised by the portion not overlapping the second pressure chamber row when viewed in the second axis direction. a plurality of nozzles that discharge a liquid in a first axis direction; first and second common liquid chambers (101, 102) that communicate in common with the plurality of nozzles; and an individual flow path that is provided for each of the nozzles, couples the first common liquid chamber to the second common liquid chamber, and communicates with the nozzle between the first common liquid chamber and the second common liquid chamber, wherein each individual flow path includes a pressure chamber provided with an energy generation element, and an individual communication flow path coupling the pressure chamber to the first and second common liquid chambers, Wherein a plurality of the pressure chambers are arranged side by side in a second axis direction orthogonal to the first axis direction to form first and second pressure chamber rows (120A, 120B), and the first pressure chamber row and the second pressure chamber row are disposed to be shifted relative to each other in a third axis direction orthogonal to the first axis direction and the second axis direction when viewed in the second axis direction, and the individual communication flow path corresponding to the first pressure chamber row has a portion overlapping a region between the adjacent pressure chambers of the second pressure chamber row when viewed in the first axis direction, characterised by the portion not overlapping the second pressure chamber row when viewed in the second axis direction.
A method for manufacturing a textile product, the method comprising the steps of: a) providing a first sheet with yarns fastened thereto, where the first sheet has a first surface and a second surface and the yarns extend from the first surface of the first sheet, b) heating the second surface of the first sheet thereby at least partly melting the yarns fastened to the first sheet to bond the yarns to the first sheet; c) exposing the second surface of the first sheet to pressure; d) imparting a mechanical force on the molten fraction of the yarns in a direction parallel to the surface of the first sheet; wherein the method further comprises e) applying hot melt adhesive as a fluid having a viscosity of less than 500 Pa.s at 150°C, measured according to the description, to the second surface of the first sheet, wherein the hot melt adhesive is applied at a temperature above its melt temperature but below the melt temperature of the first sheet to which it is applied, and wherein the hot melt adhesive comprises a polymer P in an amount of at least 50% by weight of the hot melt adhesive composition, and wherein the polymer P is a polyester, wherein the polymer P is semi-crystalline and has a melting point from 40 to 200°C, measured according to the description, a glass transition temperature below 50°C, measured according to the description, and a melt viscosity at 150°C of less than 500 Pa.s, measured according to the description. a) providing a first sheet with yarns fastened thereto, where the first sheet has a first surface and a second surface and the yarns extend from the first surface of the first sheet, b) heating the second surface of the first sheet thereby at least partly melting the yarns fastened to the first sheet to bond the yarns to the first sheet; c) exposing the second surface of the first sheet to pressure; d) imparting a mechanical force on the molten fraction of the yarns in a direction parallel to the surface of the first sheet; wherein the method further comprises e) applying hot melt adhesive as a fluid having a viscosity of less than 500 Pa.s at 150°C, measured according to the description, to the second surface of the first sheet, wherein the hot melt adhesive is applied at a temperature above its melt temperature but below the melt temperature of the first sheet to which it is applied, and wherein the hot melt adhesive comprises a polymer P in an amount of at least 50% by weight of the hot melt adhesive composition, and wherein the polymer P is a polyester, wherein the polymer P is semi-crystalline and has a melting point from 40 to 200°C, measured according to the description, a glass transition temperature below 50°C, measured according to the description, and a melt viscosity at 150°C of less than 500 Pa.s, measured according to the description.
A cell for producing an amount of ozone from oxygen, comprising: a syringe having a barrel and a gas chamber; a single wire electrode attached to the syringe; and a single electrical contact point outside the gas chamber, the single electrical contact point connected to the single wire electrode, wherein the cell is configured to interface with an ozone conversion unit for effectuating a corona discharge via the single electrical contact point; characterized in that the single wire electrode is at least partially within the gas chamber; and a foil electrode attached outside the syringe, situated proximate the bottom end of the barrel, the single wire electrode extending towards and approaching a face of the foil electrode with a portion of the barrel interposed there between. a syringe having a barrel and a gas chamber; a single wire electrode attached to the syringe; and a single electrical contact point outside the gas chamber, the single electrical contact point connected to the single wire electrode, wherein the cell is configured to interface with an ozone conversion unit for effectuating a corona discharge via the single electrical contact point;
Fresh follicular fluid for use in the treatment of infertility, wherein said use comprises introducing said fresh follicular fluid into the uterus in one or more administrations during a time period comprised between 6 to 4 days before the embryo transfer in the uterus in a volume of 0,1 to 5 cm 3, wherein said fresh follicular fluid is aspirated along with the oocyte and properly stored after aspiration, preferably at -80°C or in liquid nitrogen and it has been processed to isolate the oocyte contained therein.
A catheter comprising: a catheter body comprising: a generally tubular outer jacket; and a structural support member positioned under said outer jacket, the structural support member having a proximal portion comprising a polymer hypotube and a distal portion comprising a distal support member that is more flexible than the polymer hypotube, wherein the distal support member is longitudinally adjacent to the polymer hypotube, wherein the polymer hypotube extends along 20% to 50% of a total length of the catheter body, and the distal support member comprises at least one of a braided member or a coil member. a generally tubular outer jacket; and a structural support member positioned under said outer jacket, the structural support member having a proximal portion comprising a polymer hypotube and a distal portion comprising a distal support member that is more flexible than the polymer hypotube, wherein the distal support member is longitudinally adjacent to the polymer hypotube, wherein the polymer hypotube extends along 20% to 50% of a total length of the catheter body, and the distal support member comprises at least one of a braided member or a coil member.
A circuit board for a power supply, the circuit board comprising: a body unit; a first pattern comprising a terminal coupled and electrically connected to a coil, the first pattern arranged on a first layer of the body unit; a first layer region arranged on the first layer, the coil being disposed on the first layer region by coupling to the terminal; and a second pattern arranged on a second layer of the body unit below the first layer, characterized in that: the second pattern is electrically isolated from the coupled coil by the body unit and includes a blank region below the first layer region and having no conductive material arranged thereon, and a size of the blank region corresponds to a size of the coil. a body unit; a first pattern comprising a terminal coupled and electrically connected to a coil, the first pattern arranged on a first layer of the body unit; a first layer region arranged on the first layer, the coil being disposed on the first layer region by coupling to the terminal; and a second pattern arranged on a second layer of the body unit below the first layer, characterized in that: the second pattern is electrically isolated from the coupled coil by the body unit and includes a blank region below the first layer region and having no conductive material arranged thereon, and a size of the blank region corresponds to a size of the coil. the second pattern is electrically isolated from the coupled coil by the body unit and includes a blank region below the first layer region and having no conductive material arranged thereon, and a size of the blank region corresponds to a size of the coil.
A method of diagnosing whether a subject has, or is predisposed to, steatohepatitis, comprising: analyzing a biological sample from a subject to determine the level of taurocholate and one or more additional biomarkers selected from the group consisting of gamma glutamyltyrosine, kynurenine, glutamyl valine, gamma glutamylphenylalanine, gamma glutamylleucine, and glutamate in the sample, and comparing the determined levels of taurocholate and the one or more additional markers in the sample to steatohepatitis-positive and/or steatohepatitis-negative reference levels of taurocholate and the one or more additional markers in order to diagnose whether the subject has, or is predisposed to, steatohepatitis. analyzing a biological sample from a subject to determine the level of taurocholate and one or more additional biomarkers selected from the group consisting of gamma glutamyltyrosine, kynurenine, glutamyl valine, gamma glutamylphenylalanine, gamma glutamylleucine, and glutamate in the sample, and comparing the determined levels of taurocholate and the one or more additional markers in the sample to steatohepatitis-positive and/or steatohepatitis-negative reference levels of taurocholate and the one or more additional markers in order to diagnose whether the subject has, or is predisposed to, steatohepatitis.
A steering assistance device comprising: a demarcation line detection unit configured to detect left and right lane demarcation lines in a lane in which a vehicle travels; an assistance unit configured to perform steering assistance of the vehicle such that the vehicle travels parallel to the left and right lane demarcation lines; a steering control unit configured to stop the steering assistance of the vehicle performed by the assistance unit in a case where the vehicle is between the left and right lane demarcation lines and an angle formed by a direction of travel of the vehicle and a line along a center between the left and right lane demarcation lines is equal to or less than a prescribed angle; and a horizontal velocity measurement unit configured to calculate a horizontal velocity, which is a velocity component of the vehicle in a direction perpendicular to the lane, characterized in that the steering control unit proceeds with the steering assistance of the vehicle performed by the assistance unit in a case where the horizontal velocity is equal to or greater than a prescribed velocity, even if the angle between the direction of travel of the vehicle and the line along the center between the left and right lane demarcation lines is equal to or less than the prescribed angle and the vehicle is between the left and right lane demarcation lines. a demarcation line detection unit configured to detect left and right lane demarcation lines in a lane in which a vehicle travels; an assistance unit configured to perform steering assistance of the vehicle such that the vehicle travels parallel to the left and right lane demarcation lines; a steering control unit configured to stop the steering assistance of the vehicle performed by the assistance unit in a case where the vehicle is between the left and right lane demarcation lines and an angle formed by a direction of travel of the vehicle and a line along a center between the left and right lane demarcation lines is equal to or less than a prescribed angle; and a horizontal velocity measurement unit configured to calculate a horizontal velocity, which is a velocity component of the vehicle in a direction perpendicular to the lane, characterized in that the steering control unit proceeds with the steering assistance of the vehicle performed by the assistance unit in a case where the horizontal velocity is equal to or greater than a prescribed velocity, even if the angle between the direction of travel of the vehicle and the line along the center between the left and right lane demarcation lines is equal to or less than the prescribed angle and the vehicle is between the left and right lane demarcation lines.