mhurhangee/ep-ind-claims huggingface dataset:
A fingerprint information identification apparatus, comprising a fingerprint identification module and a packaging layer disposed on a surface of the fingerprint identification module facing a user, and configured to package the fingerprint identification module to insulate the fingerprint identification module from an outside, a top surface of the packaging layer being an arc surface bulged towards a finger of the user; the fingerprint identification module comprising: a fingerprint identification chip configured to identify fingerprint information of the user, wherein a plurality of capacitive pixel units are disposed on an upper surface of the fingerprint identification chip, and the plurality of capacitive pixel units are configured to form capacitance with the finger of the user; and a plurality of conductive elements disposed above the plurality of capacitive pixel units; characterized in that the fingerprint identification chip comprises a middle portion and an edge portion surrounding the middle portion, and heights of the plurality of conductive elements gradually decrease in directions from the middle portion to the edge portion. a fingerprint identification module and a packaging layer disposed on a surface of the fingerprint identification module facing a user, and configured to package the fingerprint identification module to insulate the fingerprint identification module from an outside, a top surface of the packaging layer being an arc surface bulged towards a finger of the user; the fingerprint identification module comprising: a fingerprint identification chip configured to identify fingerprint information of the user, wherein a plurality of capacitive pixel units are disposed on an upper surface of the fingerprint identification chip, and the plurality of capacitive pixel units are configured to form capacitance with the finger of the user; and a plurality of conductive elements disposed above the plurality of capacitive pixel units; characterized in that the fingerprint identification chip comprises a middle portion and an edge portion surrounding the middle portion, and heights of the plurality of conductive elements gradually decrease in directions from the middle portion to the edge portion. a fingerprint identification chip configured to identify fingerprint information of the user, wherein a plurality of capacitive pixel units are disposed on an upper surface of the fingerprint identification chip, and the plurality of capacitive pixel units are configured to form capacitance with the finger of the user; and a plurality of conductive elements disposed above the plurality of capacitive pixel units; characterized in that the fingerprint identification chip comprises a middle portion and an edge portion surrounding the middle portion, and heights of the plurality of conductive elements gradually decrease in directions from the middle portion to the edge portion.
An intra prediction method, for video decoding, the method comprising the steps of: receiving information on prediction for a current block; (S310, S1420) deriving an intra prediction mode of the current block based on the information on the prediction; and (S340, S1430) generating a predicted block of the current block based on the intra prediction mode, wherein the predicted block comprises predicted samples, wherein the intra prediction mode is a vertical prediction mode, wherein, among the predicted samples, a predicted sample is derived by using a first reference sample located along a vertical prediction direction with regard to a location of the predicted sample, characterized in that the step of generating the predicted block includes filtering the predicted sample when the predicted sample is adjacent to a left boundary of the current block, wherein the filtering the predicted sample is performed based on a second reference sample which is located outside of the current block, is located along a horizontal direction with regard to the location of the predicted sample and is adjacent to the left boundary of the current block. receiving information on prediction for a current block; (S310, S1420) deriving an intra prediction mode of the current block based on the information on the prediction; and (S340, S1430) generating a predicted block of the current block based on the intra prediction mode, wherein the predicted block comprises predicted samples, wherein the intra prediction mode is a vertical prediction mode, wherein, among the predicted samples, a predicted sample is derived by using a first reference sample located along a vertical prediction direction with regard to a location of the predicted sample, characterized in that the step of generating the predicted block includes filtering the predicted sample when the predicted sample is adjacent to a left boundary of the current block, wherein the intra prediction mode is a vertical prediction mode, wherein, among the predicted samples, a predicted sample is derived by using a first reference sample located along a vertical prediction direction with regard to a location of the predicted sample, characterized in that the step of generating the predicted block includes filtering the predicted sample when the predicted sample is adjacent to a left boundary of the current block, wherein the filtering the predicted sample is performed based on a second reference sample which is located outside of the current block, is located along a horizontal direction with regard to the location of the predicted sample and is adjacent to the left boundary of the current block.
A rechargeable high-voltage battery pack, providing voltages exceeding 40 V and comprising: a plurality of series-coupled energy storage elements; an interlock having a first node and a second node, said first node coupled to said plurality of series-coupled energy storage elements with said interlock responsive to a control signal to control a power communication of said first node to said second node, said interlock enabling said communication with said control signal in a first mode and said interlock disabling said power communication with said control signal in a second mode; a battery management system selectively asserting said control signal; a housing enclosing and sealing said plurality of series-coupled energy storage elements and said interlock with a plurality of exterior walls; an operational port coupled to a portion of a first particular one exterior wall of said plurality of exterior walls, said operational port coupled to said second node and providing a first energy transfer with respect to said plurality of series-coupled energy storage elements only when said power communication is enabled; and characterised in that the rechargeable high-voltage battery pack further comprises a service port coupled to a portion of a second particular one exterior wall of said plurality of exterior walls, said service port coupled to said first node and providing a second energy transfer with respect to said plurality of series-coupled energy storage elements without regard to whether said power communication is enabled and independent of battery management system controls. a plurality of series-coupled energy storage elements; an interlock having a first node and a second node, said first node coupled to said plurality of series-coupled energy storage elements with said interlock responsive to a control signal to control a power communication of said first node to said second node, said interlock enabling said communication with said control signal in a first mode and said interlock disabling said power communication with said control signal in a second mode; a battery management system selectively asserting said control signal; a housing enclosing and sealing said plurality of series-coupled energy storage elements and said interlock with a plurality of exterior walls; an operational port coupled to a portion of a first particular one exterior wall of said plurality of exterior walls, said operational port coupled to said second node and providing a first energy transfer with respect to said plurality of series-coupled energy storage elements only when said power communication is enabled; and characterised in that the rechargeable high-voltage battery pack further comprises a service port coupled to a portion of a second particular one exterior wall of said plurality of exterior walls, said service port coupled to said first node and providing a second energy transfer with respect to said plurality of series-coupled energy storage elements without regard to whether said power communication is enabled and independent of battery management system controls.
An organic electroluminescent device, comprising: a substrate; an anode formed on the substrate; an organic EL layer formed on the anode and having a multilayer structure including a hole injection layer and a hole transport layer; a cathode formed on the organic EL layer; and an interface deterioration preventing layer formed between the anode and the hole injection layer, wherein the interface deterioration preventing layer consists of a repetitive stack of organic and inorganic layers in the sequence of either organic layer/inorganic layer or inorganic layer/organic layer such that a mixing ratio of the organic material from the organic layer and the inorganic material from the inorganic layer is linearly changed at an interface between the organic layer and the inorganic layer, wherein the organic material is an aromatic amine compound having hole transmission properties, and wherein the inorganic material is one selected from a halide or an oxide of 1A, 2A, 3A and 4A-groups of the periodic table. a substrate; an anode formed on the substrate; an organic EL layer formed on the anode and having a multilayer structure including a hole injection layer and a hole transport layer; a cathode formed on the organic EL layer; and an interface deterioration preventing layer formed between the anode and the hole injection layer, wherein the interface deterioration preventing layer consists of a repetitive stack of organic and inorganic layers in the sequence of either organic layer/inorganic layer or inorganic layer/organic layer such that a mixing ratio of the organic material from the organic layer and the inorganic material from the inorganic layer is linearly changed at an interface between the organic layer and the inorganic layer, wherein the organic material is an aromatic amine compound having hole transmission properties, and wherein the inorganic material is one selected from a halide or an oxide of 1A, 2A, 3A and 4A-groups of the periodic table.
A method for the manufacture of a microelectromechanical systems, MEMS, actuated fluidic device comprising bonded components which together define a fluidic chamber and/or path (250, 260) in the device, which method comprises forming a precursor bonding material layer on a surface of a first component, patterning the bonding material layer and, optionally, the first component, and bonding a second component to the patterned bonding material layer (216") and the first component, wherein the forming of the bonding material layer comprises partially curing a curable material on the surface of the first component by heating to a first temperature in an inert atmosphere, and the bonding of the second component to the patterned bonding material layer (216") and the first component comprises fully curing the partially cured material by heating the components to a second temperature different to and above the first temperature. the forming of the bonding material layer comprises partially curing a curable material on the surface of the first component by heating to a first temperature in an inert atmosphere, and the bonding of the second component to the patterned bonding material layer (216") and the first component comprises fully curing the partially cured material by heating the components to a second temperature different to and above the first temperature.
Integrated photoreceptor circuit including a photosensitive area with several adjacent photosensitive elements for picking up light and a processing unit area (1 b) for processing the signals supplied by the photosensitive elements of the photosensitive area, electric contact pads (2, 2') being arranged solely on the side of the processing unit area (1 b), which is juxtaposed with the photosensitive area (1 a), characterized in that the contact pads are arranged symmetrically in the processing unit area, and in that at least some contact pads are distributed in two rows (3a, 3b) at the periphery of the two opposite sides of the processing unit area (1 b), arranged along the length of the two juxtaposed areas.
A flavour composition comprising a compound selected from the group consisting of N-palmitoyl 1-amino-cyclopropyl carboxylic acid (C16:0-ACCA), N-stearoyl 1-amino-cyclopropyl carboxylic acid (C18:0-ACCA), N-linoleoyl 1-amino-cyclopropyl carboxylic acid (C18:2-ACCA), N-linolenoyl 1-amino-cyclopropyl carboxylic acid (C18:3-ACCA), N-oleoyl 1-amino-cyclopropyl carboxylic acid (C18:1-ACCA), N-(9-palmitenoyl) 1-amino-cyclopropyl carboxylic acid (C16:1-ACCA), N-decanoyl 1-amino-cyclopropyl carboxylic acid (C10:0-ACCA) and N-geranoyl 1-amino-cyclopropyl carboxylic acid (C10:2-ACCA), together with at least one flavour co-ingredient selected from the group consisting of sugars, fats, salts, MSG, calcium ions, phosphate ions, organic acids, proteins, purines and mixtures thereof, optionally a carrier material and optionally an adjuvant.
A method for manufacture of a tip part for an endoscope, said method comprising the steps of: - providing a camera assembly with an image sensor, a lens barrel positioned at a distal end of the camera assembly, and a circuit board positioned at a proximal end of the camera assembly, - providing an exterior housing comprising a circumferential wall enclosing a spacing, the exterior housing further comprising a distal end wall, the distal end wall being integral with the circumferential wall and having an opening, - inserting the lens barrel of the camera assembly in the spacing of the exterior housing so that a distal end of the lens barrel extends into the opening, and so that an axially extending adhesive spacing is provided between the opening and the lens barrel along a circumference of the lens barrel, a radial extent of the adhesive spacing gradually being reduced in a direction towards the spacing of the exterior housing, wherein a proximal end of the adhesive spacing terminates in the spacing of the exterior housing, - injecting an adhesive into the adhesive spacing, - allowing or causing the adhesive to harden so as to adhere the lens barrel to the distal end wall of the exterior housing. - providing a camera assembly with an image sensor, a lens barrel positioned at a distal end of the camera assembly, and a circuit board positioned at a proximal end of the camera assembly, - providing an exterior housing comprising a circumferential wall enclosing a spacing, the exterior housing further comprising a distal end wall, the distal end wall being integral with the circumferential wall and having an opening, - inserting the lens barrel of the camera assembly in the spacing of the exterior housing so that a distal end of the lens barrel extends into the opening, and so that an axially extending adhesive spacing is provided between the opening and the lens barrel along a circumference of the lens barrel, a radial extent of the adhesive spacing gradually being reduced in a direction towards the spacing of the exterior housing, wherein a proximal end of the adhesive spacing terminates in the spacing of the exterior housing, - injecting an adhesive into the adhesive spacing, - allowing or causing the adhesive to harden so as to adhere the lens barrel to the distal end wall of the exterior housing.
A dosage rate measurement system comprising: a radiation detector; a light source for irradiating stimulated light on the radiation detector via a first optical fiber; an optical detector for detecting light transmitted via a second optical fiber and generated in the radiation detector; a measurement unit configured to measure pulses outputted from the optical detector including a time of output of the pulses from the optical detector and a pulse height thereof an analysis unit configured to extract a light quantity originating from the radiation detector, from counted value of a time in which stimulated light passeses through a common path (2, 5), on the basis of the time of output of the pulses and pulse height measured in the measurement unit, and configured to convert the light quantity originating from the radiation detector to a dosage and a dosage rate on the basis of the counted value of time, characterized in that in the analysis unit the light quantity originating from the radiation detector is extracted from a time-pulse height specification range satisfying both a time specification range and a pulse height specification range. a radiation detector; a light source for irradiating stimulated light on the radiation detector via a first optical fiber; an optical detector for detecting light transmitted via a second optical fiber and generated in the radiation detector; a measurement unit configured to measure pulses outputted from the optical detector including a time of output of the pulses from the optical detector and a pulse height thereof an analysis unit
Battery housing for receiving the inner portions of a vehicle battery, having at least one seat rail, wherein the battery housing is formed as a bearing element, so that at least one vehicle seat can be secured directly to the battery housing, wherein means for securing at least one vehicle seat are formed on the battery housing, wherein the at least one seat rail is secured directly to the battery housing, characterized in that at least one side wall of the battery housing has a reinforcement, wherein the reinforcement is constructed as a honeycomb structure.
A method of replacing an R-22 refrigerant in a heat transfer system that was designed for use with the R-22 refrigerant, the method comprising: charging the heat transfer system that was designed for use with the R-22 refrigerant with a composition comprising: 24.3 weight % difluoromethane; 24.7 weight % pentafluoroethane; 25.7 weight % 1,1,1,2-tetrafluoroethane; and 25.3 weight % 2,3,3,3-tetrafluoropropene. 24.3 weight % difluoromethane; 24.7 weight % pentafluoroethane; 25.7 weight % 1,1,1,2-tetrafluoroethane; and 25.3 weight % 2,3,3,3-tetrafluoropropene.
A method of forming a moisture-tolerant coating on a silicon carbide fiber, the method comprising: exposing a silicon carbide fiber to a gaseous N precursor comprising nitrogen at an elevated temperature in a range from 1200°C to 1800°C, thereby introducing nitrogen into a surface region of the silicon carbide fiber, the surface region having a depth in a range from 0.01 micron to 0.5 micron; and exposing the silicon carbide fiber to a gaseous B precursor comprising boron at an elevated temperature in a range from 1200°C to 1800°C, thereby introducing boron into the surface region of the silicon carbide fiber, wherein, due to the elevated temperature exposure of the silicon carbide fiber to the gaseous N and B precursors, a moisture-tolerant coating comprising silicon-doped boron nitride is grown in-situ on the silicon carbide fiber. exposing a silicon carbide fiber to a gaseous N precursor comprising nitrogen at an elevated temperature in a range from 1200°C to 1800°C, thereby introducing nitrogen into a surface region of the silicon carbide fiber, the surface region having a depth in a range from 0.01 micron to 0.5 micron; and exposing the silicon carbide fiber to a gaseous B precursor comprising boron at an elevated temperature in a range from 1200°C to 1800°C, thereby introducing boron into the surface region of the silicon carbide fiber, wherein, due to the elevated temperature exposure of the silicon carbide fiber to the gaseous N and B precursors, a moisture-tolerant coating comprising silicon-doped boron nitride is grown in-situ on the silicon carbide fiber.
A composite material assembly comprising: a) a structural layer comprising at least one reinforcing fibre and at least one thermoset polymeric matrix resin; and b) a surface enhancing layer comprising individual segmented fibers having a length to width aspect ratio of more than 5:1 to form a film or veil, whereby segmenting means the longitudinal slicing of the fibre along its length into a number of discrete layers or plates, said surface enhancing layer in use being in contact with a mould surface. a) a structural layer comprising at least one reinforcing fibre and at least one thermoset polymeric matrix resin; and b) a surface enhancing layer comprising individual segmented fibers having a length to width aspect ratio of more than 5:1 to form a film or veil, whereby segmenting means the longitudinal slicing of the fibre along its length into a number of discrete layers or plates, said surface enhancing layer in use being in contact with a mould surface.
A vehicle seat belt retractor including: a spool rotatable with respect to a retractor frame, the spool storing a seat belt webbing wrapped thereon; a primary locking mechanism for selectively locking the spool with respect to the retractor frame to provide vehicle occupant restraint; an auxiliary locking mechanism for selectively locking the spool with respect to the retractor frame upon a predetermined restraint load acting on the spool, wherein the auxiliary locking mechanism includes at least one auxiliary locking tooth and an auxiliary locking surface to restrain relative movement between the retractor frame and the spool, wherein the at least one auxiliary locking tooth defines a portion of the retractor frame and the auxiliary locking surface defines a portion of the spool, wherein the spool undergoes radial displacement upon the predetermined restraint load acting on the spool characterized by, a deformable bearing (20,156,256,356,456) at least partially positioned between the at least one auxiliary locking tooth and the auxiliary locking surface to substantially prevent engagement between the at least one auxiliary locking tooth and the auxiliary locking surface until the predetermined restraint load acting on the spool, wherein the deformable bearing (20,156,256,356,456) further includes at least one sidewall (160,260,262,360,362,460) substantially perpendicular to the bearing surface and configured to abut a wall of the retractor frame. a spool rotatable with respect to a retractor frame, the spool storing a seat belt webbing wrapped thereon; a primary locking mechanism for selectively locking the spool with respect to the retractor frame to provide vehicle occupant restraint; an auxiliary locking mechanism for selectively locking the spool with respect to the retractor frame upon a predetermined restraint load acting on the spool, wherein the auxiliary locking mechanism includes at least one auxiliary locking tooth and an auxiliary locking surface to restrain relative movement between the retractor frame and the spool, wherein the at least one auxiliary locking tooth defines a portion of the retractor frame and the auxiliary locking surface defines a portion of the spool, wherein the spool undergoes radial displacement upon the predetermined restraint load acting on the spool characterized by, a deformable bearing (20,156,256,356,456) at least partially positioned between the at least one auxiliary locking tooth and the auxiliary locking surface to substantially prevent engagement between the at least one auxiliary locking tooth and the auxiliary locking surface until the predetermined restraint load acting on the spool, wherein the deformable bearing (20,156,256,356,456) further includes at least one sidewall (160,260,262,360,362,460) substantially perpendicular to the bearing surface and configured to abut a wall of the retractor frame.