mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display comprising: a film substrate; a first buffer layer on the film substrate; a thin film transistor array comprising a thin film transistor in each of a plurality of pixels defined in a matrix form on the first buffer layer; an organic light emitting diode connected to a thin film transistor of each pixel; a protective layer on the organic light emitting diode and the thin film transistor; an adhesive layer on the protective layer; a touch electrode array comprising first and second touch electrodes (2331, 2332) intersecting each other, an exterior light shielding layer (2400, 3400, 4400, 5400, 6400), on the adhesive layer; a second buffer layer on the touch electrodes (2331, 2332) and the exterior light shielding layer (2400, 3400, 4400, 5400, 6400); and a cover glass formed on the second buffer layer, characterized in that the touch electrode array further comprises a common transparent electrode pattern, which overlaps the first and second touch electrodes (2331, 2332) and is in a floating state, wherein the protective layer directly contacts a bottom of the adhesive layer and the touch electrode array directly contacts the top thereof, such that at least one of the common transparent electrode pattern and the exterior light shielding layer (2400, 3400, 4400, 5400, 6400) is in direct contact with the adhesive layer, and wherein the exterior light shielding layer (2400, 4400, 5400, 6400) comprises at least a color filter layer (241, 341, 441, 541, 641). a film substrate; a first buffer layer on the film substrate; a thin film transistor array comprising a thin film transistor in each of a plurality of pixels defined in a matrix form on the first buffer layer; an organic light emitting diode connected to a thin film transistor of each pixel; a protective layer on the organic light emitting diode and the thin film transistor; an adhesive layer on the protective layer; a touch electrode array comprising first and second touch electrodes (2331, 2332) intersecting each other, an exterior light shielding layer (2400, 3400, 4400, 5400, 6400), on the adhesive layer; a second buffer layer on the touch electrodes (2331, 2332) and the exterior light shielding layer (2400, 3400, 4400, 5400, 6400); and a cover glass formed on the second buffer layer, characterized in that the touch electrode array further comprises a common transparent electrode pattern, which overlaps the first and second touch electrodes (2331, 2332) and is in a floating state, wherein the protective layer directly contacts a bottom of the adhesive layer and the touch electrode array directly contacts the top thereof, such that at least one of the common transparent electrode pattern and the exterior light shielding layer (2400, 3400, 4400, 5400, 6400) is in direct contact with the adhesive layer, and wherein the exterior light shielding layer (2400, 4400, 5400, 6400) comprises at least a color filter layer (241, 341, 441, 541, 641).
A system for arranging a number of images into a compilation of images comprising: a metadata derivation unit configured to derive metadata from images based on the content of the images, wherein deriving metadata comprises: automatically determining a gaze direction of a face within an image using a face feature detection technique; and determining a combined gaze direction factor for a plurality of faces within an image based on a weighted combination of strengths of individual face directionalities and the relative sizes of the individual faces; and an image arranging unit configured to arrange the images into a compilation of images based on the metadata derived from the images, wherein the combined gaze direction factor is used as metadata. a metadata derivation unit configured to derive metadata from images based on the content of the images, wherein deriving metadata comprises: automatically determining a gaze direction of a face within an image using a face feature detection technique; and determining a combined gaze direction factor for a plurality of faces within an image based on a weighted combination of strengths of individual face directionalities and the relative sizes of the individual faces; and an image arranging unit configured to arrange the images into a compilation of images based on the metadata derived from the images, wherein the combined gaze direction factor is used as metadata. automatically determining a gaze direction of a face within an image using a face feature detection technique; and determining a combined gaze direction factor for a plurality of faces within an image based on a weighted combination of strengths of individual face directionalities and the relative sizes of the individual faces; and an image arranging unit configured to arrange the images into a compilation of images based on the metadata derived from the images, wherein the combined gaze direction factor is used as metadata.
A method for storing an object on a plurality of storage nodes, said method performed in a memory available to one or more computing entities, said method comprising the steps of a) Encrypting the object to be stored with a key, b) Computing one or more hash values for said object to be stored, c) Storing said encrypted object on a plurality of said storage nodes, d) Providing storage location data for said stored object, e) Computing a transaction for a blockchain, wherein information is encoded in said transaction, said encoded information representing storage location data, said computed one or more hash values and key data, f) Storing said transaction in a blockchain provided by one or more blockchain nodes hosting said blockchain, g) Providing a number of confirmations for said transaction stored in said blockchain by said blockchain nodes, h) Comparing said number of confirmations with a predefined threshold confirmation number, wherein said predefined threshold confirmation number is computed such, that with a pregiven certainty the encoded information in said transaction stored in the blockchain cannot be modified. a) Encrypting the object to be stored with a key, b) Computing one or more hash values for said object to be stored, c) Storing said encrypted object on a plurality of said storage nodes, d) Providing storage location data for said stored object, e) Computing a transaction for a blockchain, wherein information is encoded in said transaction, said encoded information representing storage location data, said computed one or more hash values and key data, f) Storing said transaction in a blockchain provided by one or more blockchain nodes hosting said blockchain, g) Providing a number of confirmations for said transaction stored in said blockchain by said blockchain nodes, h) Comparing said number of confirmations with a predefined threshold confirmation number, wherein said predefined threshold confirmation number is computed such, that with a pregiven certainty the encoded information in said transaction stored in the blockchain cannot be modified.
A method for supplying air to a high-pressure compressor of an auxiliary gas generator from a pressurized cabin of an aircraft, a load compressor being rotationally driven by a common rotation shaft providing a mechanical coupling between the high-pressure compressor and a high-pressure turbine of the auxiliary gas generator, a second air flow coming from the load compressor being added to a first air flow extracted from the cabin.
A rotary piston internal combustion engine including a housing having a two lobed epitrochoidal inner peripheral surface, end casings (3, 4) for the housing, an output shaft journalled in the end casings (3, 4), a three flanked rotary piston within the housing mounted on the shaft eccentrically with respect thereto and geared to rotate at one third speed of the output shaft whereby working chambers are formed between the rotor flanks and the inner surface of the housing, the rotor having side seals which engage with inner side faces of the end casings (3, 4), a cooling circuit around which a cooling medium is circulated for cooling the rotor, the cooling circuit including at least one internal passageway provided in the rotor and a passageway (20, 18) in each end casing (3, 4), the internal passageway of the rotor and the passageways (20, 18) of the end casings (3, 4) aligning as the rotor rotates, characterized in that the cooling circuit further includes a cooling heat exchanger, a circulating pump and connecting ducting (19, 17, 23, 25), the cooling medium being provided by blow-by gasses which have leaked from the working chambers past at least one of the side seals of the rotor to the cooling circuit.
A method for the manufacture of electronic devices comprising at least a step of the manufacture of the elemental fluorine on site electrolytically and cleaning a chamber using elemental fluorine as chamber cleaning agent wherein, after its manufacture, the elemental fluorine and before its application for chamber cleaning is subjected to a low temperature treatment, wherein the elemental fluorine is cooled to a temperature equal to or lower than -60°C, at a pressure of equal to or greater than 1.5 Bar Absolute to remove at least a part of entrained hydrogen fluoride and subsequently subjected to at least one absorption step.
A method performed by a first user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, BS, a sidelink, SL, UE information message including quality of service, QoS, information for a SL communication; obtaining, from the BS, sidelink radio bearer, SLRB, configuration information; transmitting, to a second UE via a radio resource control, RRC, signaling, an SLRB configuration for the SL communication; and performing the SL communication with the second UE based on the SLRB configuration information, wherein the QoS information for the SL communication includes a 5G QoS identifier, 5QI, value and range information indicating a minimum communication range, and wherein the SLRB configuration information includes information on a discard timer and information on a packet data convergence protocol, PDCP, sequence number, SN, size. transmitting, to a base station, BS, a sidelink, SL, UE information message including quality of service, QoS, information for a SL communication; obtaining, from the BS, sidelink radio bearer, SLRB, configuration information; transmitting, to a second UE via a radio resource control, RRC, signaling, an SLRB configuration for the SL communication; and performing the SL communication with the second UE based on the SLRB configuration information, wherein the QoS information for the SL communication includes a 5G QoS identifier, 5QI, value and range information indicating a minimum communication range, and wherein the SLRB configuration information includes information on a discard timer and information on a packet data convergence protocol, PDCP, sequence number, SN, size.
A method for testing a software application program, comprising: storing in a vulnerability database records of security vulnerabilities identified in execution of at least a first version of the program, each record comprising a location field containing a respective signature indicative of a location in the execution at which a corresponding security vulnerability was detected and a metadata field indicative of a respective control flow path on which the corresponding security vulnerability occurred; detecting a further security vulnerability at a given location in a subsequent execution of a second version of the program, developed subsequently to the first version; computing a new signature of the given location and comparing the new signature to the location field of the records in the database; and when no record is found to match the new signature, outputting an indication to a developer of the program of an occurrence of a new security vulnerability. storing in a vulnerability database records of security vulnerabilities identified in execution of at least a first version of the program, each record comprising a location field containing a respective signature indicative of a location in the execution at which a corresponding security vulnerability was detected and a metadata field indicative of a respective control flow path on which the corresponding security vulnerability occurred; detecting a further security vulnerability at a given location in a subsequent execution of a second version of the program, developed subsequently to the first version; computing a new signature of the given location and comparing the new signature to the location field of the records in the database; and when no record is found to match the new signature, outputting an indication to a developer of the program of an occurrence of a new security vulnerability.
A measurement probe comprising a stylus module (22;122) and a base module (20; 120), the stylus module (22; 122) being releaseably attachable to the base module (20;120); the stylus module (22;122) comprising a housing and a stylus holder (24;132) moveably attached to the housing; the base module being mountable to co-ordinate positioning apparatus and comprising a measurement portion (36;124) for generating measurement data indicative of movement of the stylus holder (24;132) relative to the housing; characterised in that the stylus module (22; 122) has an inbuilt failure mode and thereby a substantially predetermined operational lifetime.
A polymer composition comprising: a base polyoxymethylene, wherein the base polyoxymethylene has a melt flow rate of from 8 grams per 10 minutes to 40 grams per 10 minutes at 190°C and a 2.16 kilogram load; a blend of a high flow polyoxymethylene, wherein the high flow polyoxymethylene has a melt flow rate of from 14 grams per 10 minutes to 55 grams per 10 minutes at 190°C and a 2.16 kilogram load and a conductive filler, wherein the conductive filler comprises a metal powder, metal flakes, metal fibers, or a combination thereof; a polyalkylene glycol; and a metal oxide, wherein the polymer composition has a volume resistivity of from 1 Ohm-cm to 200 Ohm-cm. a base polyoxymethylene, wherein the base polyoxymethylene has a melt flow rate of from 8 grams per 10 minutes to 40 grams per 10 minutes at 190°C and a 2.16 kilogram load; a blend of a high flow polyoxymethylene, wherein the high flow polyoxymethylene has a melt flow rate of from 14 grams per 10 minutes to 55 grams per 10 minutes at 190°C and a 2.16 kilogram load and a conductive filler, wherein the conductive filler comprises a metal powder, metal flakes, metal fibers, or a combination thereof; a polyalkylene glycol; and a metal oxide, wherein the polymer composition has a volume resistivity of from 1 Ohm-cm to 200 Ohm-cm.
A hydraulic shim comprising a reservoir, a wall of which that defines same is deformable, and a plurality of hydroelastic cells (4a, 4b, 4c, 4d) which are all connected to the reservoir in parallel, each hydroelastic cell (4a, 4b, 4c, 4d) including a chamber (5a, 5b, 5c, 5d), a wall (13, 14) of which that defines same is deformable, and a channel (6a, 6b, 6c, 6d) connecting the chamber (5a, 5b, 5c, 5d) to the reservoir, the shim including at least two families of hydroelastic cells (4a, 4b, 4c, 4d), the hydroelastic cells (4a, 4b, 4c, 4d) of a single family having an identical resonance frequency which is specific to said family, characterized in that the deformable wall defining the reservoir has a rigidity at least 30 times less than the rigidity of the deformable walls (13, 14) defining the chambers (5a, 5b, 5c, 5d), the deformable walls (13, 14) defining a chamber (5a, 5b, 5c, 5d) define the latter perpendicularly to an axis along which the piston formed by the shim extends, and are deformable perpendicularly to this axis, and in that the shim includes pockets (12a, 12b, 12c, 12d, 12e) isolated from the reservoir, and disposed between the chambers (5a, 5b, 5c, 5d) so as to permit the elastic deformation of the deformable walls (13, 14) defining these latter.
A toilet bowl for a squatting toilet, comprising: a flat base for contacting a floor, the flat base including an outlet, the flat base defining a plane that includes a forward direction and a transverse direction perpendicular to the forward direction, wherein: the toilet bowl is shaped to define a rearward portion including the base and an elongate frontal extension for a user to straddle, the frontal extension extending generally in the forward direction from the rearward portion; the frontal extension is elevated or inclined relative to the base for providing a clearance between the toilet bowl and the floor; a rim defining an opening of the toilet bowl, the rim extending around the periphery of both the frontal extension and the rearward portion; and the rim is upwardly inclined relative to the base in the forward direction throughout the frontal extension, characterised in that: the frontal extension extends from the base by at least 290 mm in the forward direction; and a width of the frontal extension in the transverse direction does not exceed 200 mm in a forwardmost 190 mm of the frontal extension. the flat base defining a plane that includes a forward direction and a transverse direction perpendicular to the forward direction, wherein: the toilet bowl is shaped to define a rearward portion including the base and an elongate frontal extension for a user to straddle, the frontal extension extending generally in the forward direction from the rearward portion; the frontal extension is elevated or inclined relative to the base for providing a clearance between the toilet bowl and the floor; a rim defining an opening of the toilet bowl, the rim extending around the periphery of both the frontal extension and the rearward portion; and the rim is upwardly inclined relative to the base in the forward direction throughout the frontal extension, the toilet bowl is shaped to define a rearward portion including the base and an elongate frontal extension for a user to straddle, the frontal extension extending generally in the forward direction from the rearward portion; the frontal extension is elevated or inclined relative to the base for providing a clearance between the toilet bowl and the floor; a rim defining an opening of the toilet bowl, the rim extending around the periphery of both the frontal extension and the rearward portion; and the rim is upwardly inclined relative to the base in the forward direction throughout the frontal extension, characterised in that: the frontal extension extends from the base by at least 290 mm in the forward direction; and a width of the frontal extension in the transverse direction does not exceed 200 mm in a forwardmost 190 mm of the frontal extension. the frontal extension extends from the base by at least 290 mm in the forward direction; and a width of the frontal extension in the transverse direction does not exceed 200 mm in a forwardmost 190 mm of the frontal extension.
Mobile crane with a main jib luffably mounted thereon and able to be raised via a luffing cylinder, and with a main jib extension releasably connected to a main jib head of the main jib via upper bolts and lower bolts, wherein the main jib extension, starting from a basic position after release of the upper bolts, is able to be angled about a luffing axis relative to the main jib by means of an angling drive, the angling drive engages on a foot of the main jib extension, wherein a lifting mechanism of the mobile crane, which is provided for another task, provides the movement energy for the angling drive, characterised in that the angling drive comprises a lever element having two lever arms (5a, 5b), the lever element is pivotably mounted on the top chord of the main jib extension, the first lever arm is connected to a lifting cable of the lifting mechanism for operating the angling drive and engages on the main jib head via the second lever arm.
A system for starting a motor in a propulsion unit, said system comprising: - a main engine, - a first main propeller driven by the main engine, - a generator driven by the main engine, - an excitation circuit controlling the generator, - a propulsion unit comprising an electric motor and a second, contra-rotating propeller driven by the electric motor, - an electric network connecting the electric motor and the generator, and characterized in that the system further comprises: - a control circuit controlling the excitation circuit during start up of the electric motor, said control circuit receiving as input signals at least the rotation speed and the voltage of the electric motor, - whereby the control circuit further calculates the torque of the electric motor based on the measured rotation speed and the voltage and regulates continuously the excitation circuit in order to supply a voltage, which is under the nominal voltage, to the electric motor during the start up procedure. - a main engine, - a first main propeller driven by the main engine, - a generator driven by the main engine, - an excitation circuit controlling the generator, - a propulsion unit comprising an electric motor and a second, contra-rotating propeller driven by the electric motor, - an electric network connecting the electric motor and the generator, and - a control circuit controlling the excitation circuit during start up of the electric motor, said control circuit receiving as input signals at least the rotation speed and the voltage of the electric motor, - whereby the control circuit further calculates the torque of the electric motor based on the measured rotation speed and the voltage and regulates continuously the excitation circuit in order to supply a voltage, which is under the nominal voltage, to the electric motor during the start up procedure.
A dialysis system (10a, 20) comprising: a water purification unit; a dialysate generation unit configured to use water purified by the water purification unit; a dialysate delivery unit configured to deliver dialysate prepared by the dialysate generation unit; the dialysis system being characterized in that it further comprises: a supplemental power source; and electrical circuitry configured such that a branch power source and the supplemental power source share a power load required by the water purification unit, the dialysate generation unit and the dialysate delivery unit. a water purification unit; a dialysate generation unit configured to use water purified by the water purification unit; a dialysate delivery unit configured to deliver dialysate prepared by the dialysate generation unit; the dialysis system being characterized in that it further comprises: a supplemental power source; and electrical circuitry configured such that a branch power source and the supplemental power source share a power load required by the water purification unit, the dialysate generation unit and the dialysate delivery unit. a supplemental power source; and electrical circuitry configured such that a branch power source and the supplemental power source share a power load required by the water purification unit, the dialysate generation unit and the dialysate delivery unit.