mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a contact lens having an integrated circuit, comprising: creating a plurality of chip contact pads on a chip by forming a grid of metal lines on a surface of the chip, wherein the chip contact pads correspond to intersection points of the metal lines in the grid; applying assembly bonding material to each of a plurality of lens contact pads formed on a lens substrate , wherein the assembly bonding material includes an anisotropic conductive film (ACF) or an anisotropic conductive paste (ACP); bonding the plurality of chip contact pads to the plurality of lens contact pads via the assembly bonding material to bond the chip to the lens substrate; and embedding the lens substrate and the chip bonded thereon into a contact lens material to form the contact lens. creating a plurality of chip contact pads on a chip by forming a grid of metal lines on a surface of the chip, wherein the chip contact pads correspond to intersection points of the metal lines in the grid; applying assembly bonding material to each of a plurality of lens contact pads formed on a lens substrate , wherein the assembly bonding material includes an anisotropic conductive film (ACF) or an anisotropic conductive paste (ACP); bonding the plurality of chip contact pads to the plurality of lens contact pads via the assembly bonding material to bond the chip to the lens substrate; and embedding the lens substrate and the chip bonded thereon into a contact lens material to form the contact lens.
A seat assembly configured to be integrated into a vehicle seat , the seat assembly comprising: a seat portion ; a linkage structure configured to allow the seat portion to be movable between a first elevation in which the seat portion is adapted for an adult, and a second elevation in which the seat portion is adapted for a child; and a seat extension structure , the seat extension structure being configured to allow the seat portion to be linearly movable between a retracted position in which the seat portion is adapted for an occupant of a first size, and an extended position, in which the seat portion is adapted for an occupant of a second size, said first size being smaller than the second size, characterized in that the seat assembly further comprises a common operating arrangement configured to selectively allow operation of the linkage structure and the seat extension structure respectively. a seat portion ; a linkage structure configured to allow the seat portion to be movable between a first elevation in which the seat portion is adapted for an adult, and a second elevation in which the seat portion is adapted for a child; and a seat extension structure , the seat extension structure being configured to allow the seat portion to be linearly movable between a retracted position in which the seat portion is adapted for an occupant of a first size, and an extended position, in which the seat portion is adapted for an occupant of a second size, said first size being smaller than the second size, characterized in that the seat assembly further comprises a common operating arrangement configured to selectively allow operation of the linkage structure and the seat extension structure respectively.
A composition comprising a blend of a first curable ethylene-copolymer and a second curable ethylene-copolymer wherein (i) the first curable ethylene copolymer comprises from 50 % to 75 % by weight, of units derived from ethylene, from more than 0.5 % and up to 5.0 % by weight of units derived from one or more diene selected from the group consisting of non-conjugated dienes having from 10 to 30 carbon atoms and comprising at least two cyclic units and having at least two endo-cyclic double bonds, preferably comprising dicyclopentadiene, and further comprising at least 15 % by weight of units derived from propylene, and wherein the amounts expressed in % by weight are based on the total weight of the first ethylene copolymer, which corresponds to 100%; (ii) the second curable ethylene copolymer comprises from 45 % to 65 % by weight of units derived from ethylene, from about 1.1 to 4.1 % by weight of units derived from one or more diene selected from the group consisting of non-conjugated dienes having from 8 to 24 carbon atoms and having at least one cyclic unit and having an endocyclic double bond and non-terminal exocyclic double bond, preferably comprising ethylidene norbornene, and further comprising at least 15 % by weight, preferably at least 25% by weight of units derived from propylene, and wherein the amounts in expressed in % by weight are based on the total weight of the second ethylene copolymer which corresponds to 100%; (iii) wherein the weight ratio of the first to the second ethylene copolymer is from about 1: 10 to 10: 1. (i) the first curable ethylene copolymer comprises from 50 % to 75 % by weight, of units derived from ethylene, from more than 0.5 % and up to 5.0 % by weight of units derived from one or more diene selected from the group consisting of non-conjugated dienes having from 10 to 30 carbon atoms and comprising at least two cyclic units and having at least two endo-cyclic double bonds, preferably comprising dicyclopentadiene, and further comprising at least 15 % by weight of units derived from propylene, and wherein the amounts expressed in % by weight are based on the total weight of the first ethylene copolymer, which corresponds to 100%; (ii) the second curable ethylene copolymer comprises from 45 % to 65 % by weight of units derived from ethylene, from about 1.1 to 4.1 % by weight of units derived from one or more diene selected from the group consisting of non-conjugated dienes having from 8 to 24 carbon atoms and having at least one cyclic unit and having an endocyclic double bond and non-terminal exocyclic double bond, preferably comprising ethylidene norbornene, and further comprising at least 15 % by weight, preferably at least 25% by weight of units derived from propylene, and wherein the amounts in expressed in % by weight are based on the total weight of the second ethylene copolymer which corresponds to 100%; (iii) wherein the weight ratio of the first to the second ethylene copolymer is from about 1: 10 to 10: 1.
Device for return actioning a door handle , comprising: - a body with a central hole , to be mounted on a door ; - a driving disk , placed in said body and having a central hole apt to receive a pin linked to at least one handle located on one side of the door and passing in a hole provided in the door , said driving disk being able to rotate through a limited angle inside said body ; - a spring interposed between said body and the driving element , which acts on the latter to return said at least one handle ; - means apt to restrain said driving disk and said spring to said body , wherein said spring is an axial planar coil spring housed in an annular seat of said body , which spring, during use, is placed completely outside the plane of the door, without requiring further processing of said hole of the door, said hole of the driving disk being shaped so as to couple with said pin , or with a hub of said at least one handle , wherein said hole of the body is a shaped hole, in which a plurality of radial projections of the body oriented radially towards the interior of the hole are provided, so that between adjacent projections seats are formed, said driving disk having an annular edge and teeth projecting axially from the annular edge to be placed in said seats in the hole , which teeth abut with said radial projections to determine the limited angle of rotation of the driving disk and repositioning at rest, characterized in that said annular edge of said driving disk is axially resting on said radial projections of said body . - a body with a central hole , to be mounted on a door ; - a driving disk , placed in said body and having a central hole apt to receive a pin linked to at least one handle located on one side of the door and passing in a hole provided in the door , said driving disk being able to rotate through a limited angle inside said body ; - a spring interposed between said body and the driving element , which acts on the latter to return said at least one handle ; - means apt to restrain said driving disk and said spring to said body , wherein said spring is an axial planar coil spring housed in an annular seat of said body , which spring, during use, is placed completely outside the plane of the door, without requiring further processing of said hole of the door, said hole of the driving disk being shaped so as to couple with said pin , or with a hub of said at least one handle , wherein said hole of the body is a shaped hole, in which a plurality of radial projections of the body oriented radially towards the interior of the hole are provided, so that between adjacent projections seats are formed, said driving disk having an annular edge and teeth projecting axially from the annular edge to be placed in said seats in the hole , which teeth abut with said radial projections to determine the limited angle of rotation of the driving disk and repositioning at rest, characterized in that said annular edge of said driving disk is axially resting on said radial projections of said body .
A touch sensor for combined capacitive touch and force sensing, the touch sensor comprising: a plurality of first electrodes and a plurality of second electrodes , the second electrodes insulated from the first electrodes, wherein the first and second electrodes are configured for mutual capacitive touch sensing; a transparent cover ; a transparent piezoelectric film stacked between the transparent cover and the first and second electrodes; and a patterned counter electrode stacked between the transparent piezoelectric film and the transparent cover, wherein the patterned counter electrode comprises a grid formed from the union of a plurality of first counter electrode line elements extending in a first direction and a plurality of second counter electrode line elements extending in a second direction; wherein the lateral displacements ( L x , L y ) of counter electrode line elements with respect to the first and second electrodes are configured to maximise a capacitance between the patterned counter electrode and the first electrodes, or between the patterned counter electrode and the second electrodes. a plurality of first electrodes and a plurality of second electrodes , the second electrodes insulated from the first electrodes, wherein the first and second electrodes are configured for mutual capacitive touch sensing; a transparent cover ; a transparent piezoelectric film stacked between the transparent cover and the first and second electrodes; and a patterned counter electrode stacked between the transparent piezoelectric film and the transparent cover, wherein the patterned counter electrode comprises a grid formed from the union of a plurality of first counter electrode line elements extending in a first direction and a plurality of second counter electrode line elements extending in a second direction; wherein the lateral displacements ( L x , L y ) of counter electrode line elements with respect to the first and second electrodes are configured to maximise a capacitance between the patterned counter electrode and the first electrodes, or between the patterned counter electrode and the second electrodes.
Insulating glazing unit , comprising: - at least one spacer which is shaped around the periphery to form a spacer frame and delimits an inner region , - a first glass pane , which is arranged on a pane contact surface (5.1) of the spacer frame , and a second glass pane , which is arranged on a second pane contact surface (5.2) of the spacer frame , and - the glass panes project beyond the spacer frame , and an outer region is formed, which is filled, at least in sections, preferably completely, with a sealing element , wherein - at least one RFID transponder is arranged in the outer region or in the outer edge region of the glass panes , - a strip-shaped coupling element is electromagnetically coupled to the RFID transponder , characterized in that - the coupling element projects in sections beyond the end face of the insulating glazing unit along the first glass pane and/or along the second glass pane . - at least one spacer which is shaped around the periphery to form a spacer frame and delimits an inner region , - a first glass pane , which is arranged on a pane contact surface (5.1) of the spacer frame , and a second glass pane , which is arranged on a second pane contact surface (5.2) of the spacer frame , and - the glass panes project beyond the spacer frame , and an outer region is formed, which is filled, at least in sections, preferably completely, with a sealing element , - at least one RFID transponder is arranged in the outer region or in the outer edge region of the glass panes , - a strip-shaped coupling element is electromagnetically coupled to the RFID transponder , characterized in that - the coupling element projects in sections beyond the end face of the insulating glazing unit along the first glass pane and/or along the second glass pane .
A method of manufacturing a surface-modified polymer film, comprising: (a) forming a hydroxyl group (-OH) on a surface of a polymer film by subjecting a solution comprising the polymer film and a photoacid generator to light irradiation. (a) forming a hydroxyl group (-OH) on a surface of a polymer film by subjecting a solution comprising the polymer film and a photoacid generator to light irradiation.
A method comprising: determining an account (S101); determining a historical transaction track of the account according to historical location based service, LBS, data of the account, wherein the historical transaction track includes one or more line segments formed by position points corresponding to different time points; determining feature information (S102) of the historical transaction track of the account; determining a current transaction track of the account according to current LBS data of the account, wherein the current transaction track includes a line segment formed by position information of a previous transaction and position information of a current transaction; and comparing the current transaction track with the feature information of the historical transaction track to determine a risk of a current transaction associated with the account; performing risk management (S103) and control accordingly. determining an account (S101); determining a historical transaction track of the account according to historical location based service, LBS, data of the account, wherein the historical transaction track includes one or more line segments formed by position points corresponding to different time points; determining feature information (S102) of the historical transaction track of the account; determining a current transaction track of the account according to current LBS data of the account, wherein the current transaction track includes a line segment formed by position information of a previous transaction and position information of a current transaction; and comparing the current transaction track with the feature information of the historical transaction track to determine a risk of a current transaction associated with the account; performing risk management (S103) and control accordingly.
A display device comprising: a back plate (BP) including an active area (AA) and a bezel area (BA) disposed outside the active area, the active area including a module (MO) area in which an opening is provided; a first flexible substrate (SUB1), an insulation layer (IL), and a second flexible substrate (SUB2) sequentially stacked on one surface of the back plate; a buffer layer (BUF) disposed on the insulation layer; a thin-film transistor (TFT) and wire formation layer (T/WL) disposed on one surface of the buffer layer, and including a thin-film transistor and wire on the module area and multiple light-transmitting areas disposed corresponding to multiple holes on the module area; and a light-emitting element layer (EL) including pixels on the opening and a bank layer dividing the pixels and disposed corresponding to the multiple holes; an encapsulation layer (ENC) disposed over the opening; a polarizing film (POL) disposed on the encapsulation layer; a module disposed in the opening of the back plate and disposed under the multiple holes, wherein the first flexible substrate have the multiple holes that correspond to the multiple light-transmitting areas, respectively, and the module receives light from outside through the polarizing film, the encapsulation layer, the bank layer, the multiple light-transmitting areas, the multiple holes, and the opening. a back plate (BP) including an active area (AA) and a bezel area (BA) disposed outside the active area, the active area including a module (MO) area in which an opening is provided; a first flexible substrate (SUB1), an insulation layer (IL), and a second flexible substrate (SUB2) sequentially stacked on one surface of the back plate; a buffer layer (BUF) disposed on the insulation layer; a thin-film transistor (TFT) and wire formation layer (T/WL) disposed on one surface of the buffer layer, and including a thin-film transistor and wire on the module area and multiple light-transmitting areas disposed corresponding to multiple holes on the module area; and a light-emitting element layer (EL) including pixels on the opening and a bank layer dividing the pixels and disposed corresponding to the multiple holes; an encapsulation layer (ENC) disposed over the opening; a polarizing film (POL) disposed on the encapsulation layer; a module disposed in the opening of the back plate and disposed under the multiple holes, wherein the first flexible substrate have the multiple holes that correspond to the multiple light-transmitting areas, respectively, and the module receives light from outside through the polarizing film, the encapsulation layer, the bank layer, the multiple light-transmitting areas, the multiple holes, and the opening.
A quick coupling for aggressive media comprising a direct or indirect connection of two lines (L1, L2) transporting a medium via a fluid channel (FK) running through the quick coupling, comprising a first coupling part designed as a coupling sleeve and a second coupling part designed as a nipple , wherein a) the coupling sleeve and the nipple each have a hollow housing arranged at least partially rotationally symmetrical to a central axis (M) for plugging together b) a first valve body is arranged inside the coupling sleeve and a second valve body is arranged inside the nipple and an elastic element is subsequently arranged in each case in the axial direction on the respective valve body , wherein c) the fluid channel (FK) runs in the radial direction at least partially outside and at least partially inside the elastic element , and d) the valve body can be displaced and prestressed in the axial direction by the elastic element , as a result of which the fluid channel (FK) between the housing and the valve body is opened or closed, e) the valve body and the elastic element form a one-piece component, wherein the elastic element comprises a spiral running concentrically around the central axis (M) with a hollow space arranged in the interior in the spiral, characterised in that f) the elastic element comprises a positive opening directed in the radial direction towards the central axis (M), which serves as a fluid channel (FK) when there is a completely compressed elastic element , in which the spirals are adjacent to one another. a) the coupling sleeve and the nipple each have a hollow housing arranged at least partially rotationally symmetrical to a central axis (M) for plugging together b) a first valve body is arranged inside the coupling sleeve and a second valve body is arranged inside the nipple and an elastic element is subsequently arranged in each case in the axial direction on the respective valve body , wherein c) the fluid channel (FK) runs in the radial direction at least partially outside and at least partially inside the elastic element , and d) the valve body can be displaced and prestressed in the axial direction by the elastic element , as a result of which the fluid channel (FK) between the housing and the valve body is opened or closed, e) the valve body and the elastic element form a one-piece component, wherein the elastic element comprises a spiral running concentrically around the central axis (M) with a hollow space arranged in the interior in the spiral, characterised in that f) the elastic element comprises a positive opening directed in the radial direction towards the central axis (M), which serves as a fluid channel (FK) when there is a completely compressed elastic element , in which the spirals are adjacent to one another.
A computer-implemented method of modeling a subsurface formation, comprising: computing an iso-surface for an iso-value from a three-dimensional stratigraphic function for a volume of interest in the subsurface formation; computing first and second strike traces , being fault parallel, following a topography of the computed iso-surface on respective first and second sides of a fault in the volume of interest; extracting seismic data from a seismic volume in the volume of interest along the first and second strike traces ; correlating the extracted seismic data along the first and second strike traces ; and computing a three-dimensional fault displacement vector for the fault from the correlated extracted seismic data along the first and second strike traces , wherein the fault displacement vector characterizes the net-slip of a horizon along the fault and includes one or more of a dip-slip component, a strike-slip component, vertical and horizontal throw components and a heave component and wherein said computing includes determining a magnitude of the fault displacement vector based upon an offset between matching signatures in the extracted seismic data (458. 460) along the first and second strike traces ; and computing a fault damage zone for the fault by performing the fault displacement vector calculation operation for a plurality of pairs of first and second strike traces, wherein each pair of strike traces is separated by a different distance to identify a distance proximate an edge of the fault damage zone. computing an iso-surface for an iso-value from a three-dimensional stratigraphic function for a volume of interest in the subsurface formation; computing first and second strike traces , being fault parallel, following a topography of the computed iso-surface on respective first and second sides of a fault in the volume of interest; extracting seismic data from a seismic volume in the volume of interest along the first and second strike traces ; correlating the extracted seismic data along the first and second strike traces ; and computing a three-dimensional fault displacement vector for the fault from the correlated extracted seismic data along the first and second strike traces , wherein the fault displacement vector characterizes the net-slip of a horizon along the fault and includes one or more of a dip-slip component, a strike-slip component, vertical and horizontal throw components and a heave component and wherein said computing includes determining a magnitude of the fault displacement vector based upon an offset between matching signatures in the extracted seismic data (458. 460) along the first and second strike traces ; and computing a fault damage zone for the fault by performing the fault displacement vector calculation operation for a plurality of pairs of first and second strike traces, wherein each pair of strike traces is separated by a different distance to identify a distance proximate an edge of the fault damage zone.