mhurhangee/patent-ind-claim-en huggingface dataset:
A pixel unit, comprising: a transistor , including a drain electrode , a source electrode and a gate electrode ; a pixel electrode , including a first bottom conductive layer in contact with a surface of the drain electrode and a metal layer ; a planarization layer , formed on the transistor and the first bottom conductive layer , wherein the metal layer is electrically connected to the first bottom conductive layer through a via-hole in the planarization layer ; a data line connected with the source electrode ; a gate line connected with the gate electrode ; a second bottom conductive layer between the source electrode and the planarization layer ; and a third bottom conductive layer on the gate line, wherein the material of the drain electrode and the material of the source electrode contain metal aluminum, the material of the data line and the material of the gate line contain metal aluminum, the material of the metal layer is metallic silver, and both the material of the second bottom conductive layer and the material of the first bottom conductive layer are Indium Tin Oxide (ITO); the first bottom conductive layer covers an entire top surface and all sidewalls of the drain electrode , the second bottom conductive layer covers an entire top surface and all sidewalls of the source electrode and covers the data line, and the third bottom conductive layer covers the gate line connected with the gate electrode . a transistor , including a drain electrode , a source electrode and a gate electrode ; a pixel electrode , including a first bottom conductive layer in contact with a surface of the drain electrode and a metal layer ; a planarization layer , formed on the transistor and the first bottom conductive layer , wherein the metal layer is electrically connected to the first bottom conductive layer through a via-hole in the planarization layer ; a data line connected with the source electrode ; a gate line connected with the gate electrode ; a second bottom conductive layer between the source electrode and the planarization layer ; and a third bottom conductive layer on the gate line, wherein the material of the drain electrode and the material of the source electrode contain metal aluminum, the material of the data line and the material of the gate line contain metal aluminum, the material of the metal layer is metallic silver, and both the material of the second bottom conductive layer and the material of the first bottom conductive layer are Indium Tin Oxide (ITO); the first bottom conductive layer covers an entire top surface and all sidewalls of the drain electrode , the second bottom conductive layer covers an entire top surface and all sidewalls of the source electrode and covers the data line, and the third bottom conductive layer covers the gate line connected with the gate electrode .
A curable composition comprising: (i) an epoxy resin; and (ii) a curing component comprising a polyetheramine and a tertiary amine selected from N-ethyl morpholine, isopropyl morpholine, N-butyl morpholine, methoxyethyl morpholine, hydroxyethyl morpholine, 2,2'-dimorpholinodiethylether, N,N'-dimorpholino ethane, methyldiethanolamine, methyl dicyclohexylamine, N,N,N'-trimethyl-N'-(2-hydroxyethyl)bis(2-aminoethyl)ether, bis-(2-dimethylaminoethyl) ether, 1,3,5-tris(3-(dimethylamino)propyl)-hexahydro-s-triazine, and combinations thereof.
System for fixing to the ground walls of a building, comprising a plurality of supporting elements interposed in use between a concrete foundation of the building and said walls , further comprising connecting elements for connecting at least two supporting elements that are aligned on one another, adjusting elements for adjusting a distance of said supporting elements from said foundation and for correcting a possible tilt of said supporting elements with respect to a horizontal reference plane, anchoring elements for anchoring said supporting elements to said foundation , said supporting elements being made of plastics, each of said supporting elements comprising a pair of sides , interconnected by a plurality of crosspieces , in which through ventilation holes are made, a lower part of each side having a length in a direction parallel to a longitudinal axis (B) that is less than a length of the side in the same direction, such that a step is defined between said lower part and the rest of the side , at opposite ends of the side that are perpendicular to said longitudinal axis (B), characterized in that said connecting element comprises a body having a height that is substantially the same as a height of said step and a length that is substantially the same as a width of said supporting elements in a direction that is perpendicular to said longitudinal axis (B), at opposite ends of the body respective uprights being provided that are intended for being fixed to the sides of two adjacent supporting elements to be connected, said uprights extending perpendicularly to the body .
Method for requesting a plurality of chunks by an adaptive streaming client comprised in a user device on the basis of a single request message, said chunks being defined on the basis of a manifest file comprising chunk identifiers for determining at least one delivery node for delivering chunks defined by said chunk identifiers to said client, said method comprising at least one processor in said client executing computer readable program code causing said client to perform the following steps: determining on the basis of said manifest file a first request message, being one of a HTTP GET message or a HTTP HEADERS Frame message or a WebSocket based message, for requesting a first plurality of chunks, said first request message comprising a first chunk template and one or more first chunk template parameters; sending said first request message to a first network node , wherein said first network node is configured for determining a first plurality of URLs, associated with said first plurality of chunks on the basis of said one or more first chunk template parameters and said first chunk template, said first chunk template comprising one or more chunk template parameters fields and, receiving at least one response message comprising a chunk associated with one of said chunk identifiers that were determined on the basis of said first chunk template and said one or more first chunk template parameters. determining on the basis of said manifest file a first request message, being one of a HTTP GET message or a HTTP HEADERS Frame message or a WebSocket based message, for requesting a first plurality of chunks, said first request message comprising a first chunk template and one or more first chunk template parameters; sending said first request message to a first network node , wherein said first network node is configured for determining a first plurality of URLs, associated with said first plurality of chunks on the basis of said one or more first chunk template parameters and said first chunk template, said first chunk template comprising one or more chunk template parameters fields and, receiving at least one response message comprising a chunk associated with one of said chunk identifiers that were determined on the basis of said first chunk template and said one or more first chunk template parameters.
A mutated tryptophan oxidase in which 1 to 10 amino acid residue(s) of a wildtype tryptophan oxidase is/are mutated and the mutated tryptophan oxidase has higher tryptophan oxidase activity than the wild-type tryptophan oxidase, wherein the wild-type tryptophan oxidase is a protein having: (a) an amino acid sequence represented by SEQ ID NO: 2; or (b) an amino acid sequence having 90% or more identity to the amino acid sequence represented by SEQ ID NO: 2; wherein the mutation of 1 to 10 amino acid residue(s) comprises a mutation of C395. wherein the wild-type tryptophan oxidase is a protein having: (a) an amino acid sequence represented by SEQ ID NO: 2; or (b) an amino acid sequence having 90% or more identity to the amino acid sequence represented by SEQ ID NO: 2; (a) an amino acid sequence represented by SEQ ID NO: 2; or (b) an amino acid sequence having 90% or more identity to the amino acid sequence represented by SEQ ID NO: 2; wherein the mutation of 1 to 10 amino acid residue(s) comprises a mutation of C395.
A refillable system for transferring material, the system comprising: a vessel (20;120) having a longitudinal axis, an inner wall , and an arrestor (73;99), and a first end having a material inlet and outlet manifold (45;140); a force transfer device (60;90;200) disposed within the vessel (20;120), the force transfer device including, (a) a crown (68;94); (b) a cylindrical member (69;95;230) having a longitudinal axis substantially parallel to the longitudinal axis of the vessel (20;120), wherein the cylindrical member (69;95;230) includes an outer wall that is parallel to the inner wall of the vessel (20;120), and (c) a conical thruster (71;97;210) attached to the cylindrical member (69;95); the arrestor (73;99) of the vessel (20;120) positioned at the first end of the vessel (20;120) and configured to conform to the shape of the thruster (71;97;210); characterized in that a treatment applied to the vessel's inner wall and arrestor (73;99) to change a friction of a moving fluid at the inner wall and arrestor (73;99), wherein the treatment is to increase the surface roughness of the inner wall and arrestor (73;99). a vessel (20;120) having a longitudinal axis, an inner wall , and an arrestor (73;99), and a first end having a material inlet and outlet manifold (45;140); a force transfer device (60;90;200) disposed within the vessel (20;120), the force transfer device including, (a) a crown (68;94); (b) a cylindrical member (69;95;230) having a longitudinal axis substantially parallel to the longitudinal axis of the vessel (20;120), wherein the cylindrical member (69;95;230) includes an outer wall that is parallel to the inner wall of the vessel (20;120), and (c) a conical thruster (71;97;210) attached to the cylindrical member (69;95); the arrestor (73;99) of the vessel (20;120) positioned at the first end of the vessel (20;120) and configured to conform to the shape of the thruster (71;97;210); characterized in that a treatment applied to the vessel's inner wall and arrestor (73;99) to change a friction of a moving fluid at the inner wall and arrestor (73;99), wherein the treatment is to increase the surface roughness of the inner wall and arrestor (73;99).
A tissue web having a machine and a cross-machine direction (MD,CD) and a first side with a topographical pattern disposed thereon, the pattern comprising from about 2 to about 4 line elements per centimeter in the cross-machine direction (CD), the line elements having a height (H) of greater than about 0.5mm and an element angle (α) (as measured herein) from about 8 to about 12 degrees measured relative to the machine direction (MD) and the web having a Poisson's ratio from 0 to -0.60.
Refrigeration system comprising a control system , a refrigerant circuit through which an overall mass flow (G) of a refrigerant is fed, a heat exchanger which is arranged in the refrigerant circuit for cooling refrigerant at the high pressure side, an expansion element which is arranged in the refrigerant circuit and cools the overall mass flow (G) of the refrigerant in the active state by expansion and thereby produces a main mass flow (H) consisting of liquid refrigerant and an auxiliary mass flow (Z) consisting of gaseous refrigerant which enter an intermediate pressure accumulator and are separated therein into the main mass flow (H) and the auxiliary mass flow (Z), at least one normal refrigerating stage which extracts a normal refrigerating mass flow (N) from the main mass flow (H) in the intermediate pressure accumulator and expands it to a low pressure (PN) in at least one normal refrigerating expansion unit and thereby makes the refrigerating capacity available for the normal refrigerating process, a refrigerant compressor unit which compresses the normal refrigerating mass flow (N) from low pressure (PN) to high pressure (PH), and a parallel compressor which sucks refrigerant from the intermediate pressure accumulator in a parallel compression mode of operation of the refrigerant circuit and compresses it to high pressure (PH), wherein the power of the parallel compressor is controlled by the control system , which determines at least one reference variable (F) representing a load state of the refrigerant circuit , determines at least one set intermediate pressure value (PZS) on the basis of the at least one reference variable (F) in a parallel compressor mode of operation, and regulates the intermediate pressure (PZ) in accord with the set intermediate pressure value (PZS) at least in the parallel compressor mode of operation, characterised in that the control system only takes into consideration reference variables (F) lying within an intermediate-pressure-varying range of reference variables (FBZ) for the determination of the set intermediate pressure value (PZS), in that the intermediate-pressure-varying range of reference variables (FBZ) is a sub-range of a load-dependent range of reference variables (FBL), in that the control system only draws on set intermediate pressure values (PZS) for the regulation of the intermediate pressure (PZ) which lie in a range extending from a minimum intermediate pressure (MiPZ) up to a maximum intermediate pressure (MaPZ), and in that an increase of the value of the reference variable (F) within the intermediate-pressure-varying range of reference variables (FBZ) leads to an increase of the value of the set intermediate pressure value (PZS).
A filter screen (100; 200), comprising: a metal plate body being a metal screen having an upstream surface , a downstream surface (114; 214), and an array of apertures extending between the upstream surface and the downstream surface (114; 214); and a polytetrafluoroethylene (PTFE)-based layer overlaying and coating the upstream surface between apertures of the aperture array, wherein the PTFE-based layer is conformally disposed over the upstream surface of the plate body and spans the upstream surface between the apertures of the aperture array, characterised in that , the plate body defines an interior aperture wall extending between the upstream surface and downstream surface (114; 214), the interior aperture wall being uncoated. a metal plate body being a metal screen having an upstream surface , a downstream surface (114; 214), and an array of apertures extending between the upstream surface and the downstream surface (114; 214); and a polytetrafluoroethylene (PTFE)-based layer overlaying and coating the upstream surface between apertures of the aperture array, wherein the PTFE-based layer is conformally disposed over the upstream surface of the plate body and spans the upstream surface between the apertures of the aperture array, characterised in that , the plate body defines an interior aperture wall extending between the upstream surface and downstream surface (114; 214), the interior aperture wall being uncoated.
A method for measuring the flow of material through a conduit using the Coriolis effect by flowing a material through a conduit , exciting the vibration of the conduit at the respective frequencies of at least two vibration modes , measuring the motion of the conduit , characterized by : controlling the vibration of the conduit with a controlling function, with the controlling function reducing the coupling between the two vibration modes to approximately zero , zero coupling meaning that the motion in the first vibration mode does not excite the second vibration mode and vice versa; determining the flow of material through the conduit using a measure of the controlling function .
A motor of an inner rotor type in which a stator is placed so as to surround an outer circumferential side of a rotor , wherein the rotor comprises: a rotor core formed of layered electromagnetic steel sheets; magnets which are embedded in the rotor core along an axial direction; a plurality of holes formed through the rotor core in its axial direction; tightening members inserted through part of the plurality of holes to tighten the rotor core ; fluid passages provided between the holes of the rotor core so as to extend through the rotor core in the axial direction; characterized in that the magnets are placed in a regular polygonal shape along a circumferential direction, in that the plurality of holes are provided near and radially inside vertices of the regular polygon formed by the magnets and in that holes through which no tightening members are inserted form fluid passages. a rotor core formed of layered electromagnetic steel sheets; magnets which are embedded in the rotor core along an axial direction; a plurality of holes formed through the rotor core in its axial direction; tightening members inserted through part of the plurality of holes to tighten the rotor core ; fluid passages provided between the holes of the rotor core so as to extend through the rotor core in the axial direction; characterized in that the magnets are placed in a regular polygonal shape along a circumferential direction, in that the plurality of holes are provided near and radially inside vertices of the regular polygon formed by the magnets and in that holes through which no tightening members are inserted form fluid passages.
A method of forming a longitudinal ridge and a joggle that crosses the longitudinal ridge in a multi-ply composite charge , the method comprising: inserting a multi-ply composite charge between a joggled die and a conforming die , wherein the joggled die has a die face with a die face longitudinal ridge and a die face joggle that crosses the die face longitudinal ridge , wherein the die face joggle includes two local, lateral contour changes of opposite directions or includes two local, lateral bends of opposite directions; pressing the multi-ply composite charge between the joggled die and the conforming die to form a longitudinal ridge and a joggle that crosses the longitudinal ridge , wherein the pressing includes applying tension to the multi-ply composite charge at the local, lateral contour changes or the local, lateral bends of the joggled die sufficient to avoid wrinkles in the multi-ply composite charge while pressing, wherein the pressing concurrently forms the longitudinal ridge and the joggle . inserting a multi-ply composite charge between a joggled die and a conforming die , wherein the joggled die has a die face with a die face longitudinal ridge and a die face joggle that crosses the die face longitudinal ridge , wherein the die face joggle includes two local, lateral contour changes of opposite directions or includes two local, lateral bends of opposite directions; pressing the multi-ply composite charge between the joggled die and the conforming die to form a longitudinal ridge and a joggle that crosses the longitudinal ridge , wherein the pressing includes applying tension to the multi-ply composite charge at the local, lateral contour changes or the local, lateral bends of the joggled die sufficient to avoid wrinkles in the multi-ply composite charge while pressing, wherein the pressing concurrently forms the longitudinal ridge and the joggle .
A method for determining a cursor display position, comprising the steps of: when the duration of a contact of a touch medium with a click position in an editable area on a mobile terminal screen is longer than a preset duration, acquiring the click position and the sliding direction of the touch medium starting from the click position; determining the movement direction of the cursor according to the click position and the sliding direction; and moving the cursor to the position to be displayed according to the movement direction, wherein determining the movement direction of cursor according to the click position and the sliding direction comprises: determining an end position of a sliding operation according to the click position and the sliding direction; and determining the movement direction of the cursor according to the acquired click position and the end position, including: acquiring the coordinate of the click position and the coordinate of the end position; calculating an included angle between the vector displacement from the click position to the end position and a positive coordinate axis, the origin of the coordinates of which is the click position, according to the coordinate of the acquired click position and the coordinate of the end position; and determining the movement direction of the cursor according to the calculated included angle. when the duration of a contact of a touch medium with a click position in an editable area on a mobile terminal screen is longer than a preset duration, acquiring the click position and the sliding direction of the touch medium starting from the click position; determining the movement direction of the cursor according to the click position and the sliding direction; and moving the cursor to the position to be displayed according to the movement direction, determining an end position of a sliding operation according to the click position and the sliding direction; and determining the movement direction of the cursor according to the acquired click position and the end position, including: acquiring the coordinate of the click position and the coordinate of the end position; calculating an included angle between the vector displacement from the click position to the end position and a positive coordinate axis, the origin of the coordinates of which is the click position, according to the coordinate of the acquired click position and the coordinate of the end position; and determining the movement direction of the cursor according to the calculated included angle. acquiring the coordinate of the click position and the coordinate of the end position; calculating an included angle between the vector displacement from the click position to the end position and a positive coordinate axis, the origin of the coordinates of which is the click position, according to the coordinate of the acquired click position and the coordinate of the end position; and determining the movement direction of the cursor according to the calculated included angle.