mhurhangee/ep-ind-claims huggingface dataset:
A mobile device comprising: a first lens having a first diameter; a second lens having a second diameter larger than the first diameter; a third lens having a third diameter larger than the second diameter; a first image pickup region of a first size, the first image pickup region being disposed in correspondence to the first lens; a second image pickup region of the first size, the second image pickup region being disposed in correspondence to the second lens; and a third image pickup region of a second size smaller than the first size, the third image pickup region being disposed in correspondence to the third lens, wherein the first lens, the second lens and the third lens are disposed in a same side of the mobile device, the first lens and the first image pickup region are configured to provide a first angle of view, the second lens and the second image pickup region are configured to provide the first angle of view, and the third lens and the third image pickup region are configured to provide a second angle of view narrower than the first angle of view. a first lens having a first diameter; a second lens having a second diameter larger than the first diameter; a third lens having a third diameter larger than the second diameter; a first image pickup region of a first size, the first image pickup region being disposed in correspondence to the first lens; a second image pickup region of the first size, the second image pickup region being disposed in correspondence to the second lens; and a third image pickup region of a second size smaller than the first size, the third image pickup region being disposed in correspondence to the third lens, wherein the first lens, the second lens and the third lens are disposed in a same side of the mobile device, the first lens and the first image pickup region are configured to provide a first angle of view, the second lens and the second image pickup region are configured to provide the first angle of view, and the third lens and the third image pickup region are configured to provide a second angle of view narrower than the first angle of view.
A polymer composition comprising: A). from 20 wt % to 30 wt % of a polycarbonate; B). from 40 wt % to 60 wt % of a polybutylene terephthalate; C). from 5 wt % to 30 wt % of a reinforcement fiber; D). from 1 wt % to 10 wt % of glass bubbles, and E). from 0.3 wt % to 2 wt% of transesterification inhibitor, all contents are based on the total weight of the composition. A). from 20 wt % to 30 wt % of a polycarbonate; B). from 40 wt % to 60 wt % of a polybutylene terephthalate; C). from 5 wt % to 30 wt % of a reinforcement fiber; D). from 1 wt % to 10 wt % of glass bubbles, and E). from 0.3 wt % to 2 wt% of transesterification inhibitor,
Method for the ablation of a material, with the exception of a tissue, mercury and amalgam fillings, in which in a processing mode, a pulsed processing laser beam is provided, a photosensitizer is brought into an area surrounding a region of a material that is to be ablated, and the photosensitizer is irradiated by the pulsed processing laser beam, wherein intensity and wavelength of the processing laser beam are selected in such a way that, when the processing laser beam is absorbed by the photosensitizer, the latter transitions into an excited state and the excited photosensitizer directly reacts with the material and thereby causes the ablation of the material.
A method of providing a working measure of the topography of a work surface comprising: storing at least a first and second representations of the topography corresponding respectively to first and second conditions, wherein each condition has a plurality of associated parameters, and wherein the two-dimensional topography of the work surface changes between the first and second conditions; obtaining the value of at least one associated parameter; and providing the working measure based on the obtained value of the parameter and the stored representations of the topography. storing at least a first and second representations of the topography corresponding respectively to first and second conditions, wherein each condition has a plurality of associated parameters, and wherein the two-dimensional topography of the work surface changes between the first and second conditions; obtaining the value of at least one associated parameter; and providing the working measure based on the obtained value of the parameter and the stored representations of the topography.
A tape for damping, the tape comprising: a substrate defining a first face and an oppositely directed second face; a first layer of viscoelastic damping material at least partially disposed on the first face of the substrate; and a second layer of viscoelastic damping material at least partially disposed on the second face of the substrate; wherein the substrate has a thickness within a range of from about 5 μm to about 3,000 μm, and each of the viscoelastic damping material layers (30, 50) has a thickness within a range of from about 2 μm to about 5,000 μm, characterised in that the first layer of viscoelastic damping material and the second layer of viscoelastic damping material have different chemical compositions. a substrate defining a first face and an oppositely directed second face; a first layer of viscoelastic damping material at least partially disposed on the first face of the substrate; and a second layer of viscoelastic damping material at least partially disposed on the second face of the substrate; wherein the substrate has a thickness within a range of from about 5 μm to about 3,000 μm, and each of the viscoelastic damping material layers (30, 50) has a thickness within a range of from about 2 μm to about 5,000 μm, characterised in that the first layer of viscoelastic damping material and the second layer of viscoelastic damping material have different chemical compositions.
A light emitting device, comprising: a package constituted by a molded article and first and second leads (40, 50), the first and second leads being each embedded in the molded article, the package formed in a substantially cuboid shape; and a light emitting element installed in the package, wherein the package includes a bottom face, a top face opposite to the bottom face, a light emission face contiguous with the bottom face and the top face, a rear face opposite to the light emission face, a first side face (20E1) contiguous with the bottom face, the top face and the light emission face, and a second side face (20E2) opposite to the first side face (20E1), the first lead has a first terminal component, exposed from the molded article at a boundary between the first side face (20E1), the bottom face, and the rear face of the package, the second lead has a second terminal component, exposed from the molded article at a boundary between the second side face (20E2), the bottom face, and the rear face, the first terminal component having a first terminal concavity, continuously opening on the first side face (20E1), the bottom face, and the rear face, the second terminal component having a second terminal concavity, continuously opening on the second side face (20E2), the bottom face, and the rear face characterized in that the molded article covers a light emission face side and a top face side of the first terminal component, and the molded article covers a light emission face side and a top face side of the second terminal component. a package constituted by a molded article and first and second leads (40, 50), the first and second leads being each embedded in the molded article, the package formed in a substantially cuboid shape; and a light emitting element installed in the package, wherein the package includes a bottom face, a top face opposite to the bottom face, a light emission face contiguous with the bottom face and the top face, a rear face opposite to the light emission face, a first side face (20E1) contiguous with the bottom face, the top face and the light emission face, and a second side face (20E2) opposite to the first side face (20E1), the first lead has a first terminal component, exposed from the molded article at a boundary between the first side face (20E1), the bottom face, and the rear face of the package, the second lead has a second terminal component, exposed from the molded article at a boundary between the second side face (20E2), the bottom face, and the rear face, the first terminal component having a first terminal concavity, continuously opening on the first side face (20E1), the bottom face, and the rear face, the second terminal component having a second terminal concavity, continuously opening on the second side face (20E2), the bottom face, and the rear face characterized in that the molded article covers a light emission face side and a top face side of the first terminal component, and the molded article covers a light emission face side and a top face side of the second terminal component.
A control device (1, 71, 111, 161, 241) for an electric motor configured to control an electric motor by vector control, comprising: a current control unit configured to calculate a voltage command value (v d *, v q *) used to drive the electric motor, on the basis of a state quantity for voltage command value calculation and a current detection value (i d, i q) detected from the electric motor, the state quantity calculated from a torque command value (T*) used to drive the electric motor; and an over-modulation processing unit (16, 76, 116, 166, 216, 256) configured to determine whether the electric motor is stable or unstable in an over-modulation state, on the basis of a phase (a) of the voltage command value and a state quantity for control which is used to control the electric motor, and to drive the electric motor on the basis of a result of the determination, wherein the over-modulation processing unit identifies a stable phase region of the voltage command value in which the electric motor is stable in the over-modulation state, on the basis of quadrants on a coordinate system defined in a magnetic pole direction and a direction orthogonal to the magnetic pole direction, and determines whether the electric motor is stable or unstable in the over-modulation state, on the basis of whether the phase of the voltage command value is in the stable phase region or not, characterized in that the state quantity for control is an inductance value (L dc ', L qc ') of the current control unit and an inductance value (L dp ', L qp ') of the electric motor. a current control unit configured to calculate a voltage command value (v d *, v q *) used to drive the electric motor, on the basis of a state quantity for voltage command value calculation and a current detection value (i d, i q) detected from the electric motor, the state quantity calculated from a torque command value (T*) used to drive the electric motor; and an over-modulation processing unit (16, 76, 116, 166, 216, 256) configured to determine whether the electric motor is stable or unstable in an over-modulation state, on the basis of a phase (a) of the voltage command value and a state quantity for control which is used to control the electric motor, and to drive the electric motor on the basis of a result of the determination, wherein the over-modulation processing unit identifies a stable phase region of the voltage command value in which the electric motor is stable in the over-modulation state, on the basis of quadrants on a coordinate system defined in a magnetic pole direction and a direction orthogonal to the magnetic pole direction, and determines whether the electric motor is stable or unstable in the over-modulation state, on the basis of whether the phase of the voltage command value is in the stable phase region or not, characterized in that the state quantity for control is an inductance value (L dc ', L qc ') of the current control unit and an inductance value (L dp ', L qp ') of the electric motor.
A synthetic nucleic acid molecule for expressing at least one nucleotide sequence of interest in at least one prokaryotic host cell, comprising at least one promoter sequence and at least one cloning site for inserting the nucleotide sequence of interest, wherein the cloning site is located downstream of the promoter sequence, at least one replication module comprising at least one replication cassette for promoting replication of the nucleic acid molecule, at least one expression module for promoting expression of the nucleotide sequence of interest in the host cell, and at least one resistance module for providing the host cell with antibiotic resistance, wherein each module is flanked at either end by at least one unique restriction site, characterized in that a replication cassette for Gram-negative organisms comprising a pBBR1 origin of replication and a replication cassette for Gram-positive organisms comprising a pWV01 origin of replication are provided.
A pneumatic tire, comprising: an inner liner layer formed with an overlap splice at end portions in a tire circumferential direction of a laminated sheet in which a film whose main component is thermoplastic resin and tie rubber are laminated, characterized in that a laminated sheet with at least one of the end portions in the tire circumferential direction having an edge line formed from straight lines continuously in the tire width direction exhibiting a zigzag shape of a triangular wave form is used as the overlap spliced laminated sheet. an inner liner layer formed with an overlap splice at end portions in a tire circumferential direction of a laminated sheet in which a film whose main component is thermoplastic resin and tie rubber are laminated, characterized in that a laminated sheet with at least one of the end portions in the tire circumferential direction having an edge line formed from straight lines continuously in the tire width direction exhibiting a zigzag shape of a triangular wave form is used as the overlap spliced laminated sheet.
A storage system, wherein the storage system comprises a source device and a backup-end device, data of an n th snapshot S n is stored in both the source device and the backup-end device, wherein n is an integer, wherein the source device is configured to determine a first data block that is written to the source device after the n th snapshot S n; and determine, according to a logical address of the first data block, a second data block recorded in the n th snapshot S n, wherein the first data block is a modified block of the second data block; the source device is further configured to determine a shift amount of a cyclic shift that needs to be performed on the first data block, perform a cyclic shift on the first data block according to the shift amount to obtain a third data block, perform a logical operation on the third data block and the second data block to obtain a fourth data block, compress the fourth data block to obtain a fifth data block, and send, to the backup-end device, a data packet that carries the fifth data block, the logical address of the first data block, shift information, and a version number of the n th snapshot S n, wherein the logical operation is an exclusive-OR operation or an exclusive-NOR operation, wherein the shift information comprises a cyclic shift direction and the shift amount; the backup-end device is configured to receive and parse the data packet to obtain the fifth data block, the logical address of the first data block, the shift information, and the version number of the n th snapshot S n; and the backup-end device is further configured to determine, according to the logical address of the first data block and the version number of the n th snapshot S n, the second data block recorded in the snapshot S n, decompress the fifth data block to obtain the fourth data block, perform the logical operation on the fourth data block and the second data block to obtain the third data block, perform a reverse cyclic shift on the third data block according to the shift information to obtain the first data block, and write the first data block to the logical address of the first data block.
Watercraft with a hull which has a flow channel or with which a flow channel is associated, wherein a motor-driven water acceleration arrangement, in particular a propeller, is associated with the flow channel, characterized in that the hull additionally has a flooding chamber which is connected to the surroundings via water passage openings, namely a water inlet opening and a water outlet opening (35, 33), in that, during travel, water enters the flooding chamber via the water inlet opening, and, in order to generate a water flow in the flooding chamber, the water leaves the flooding chamber again through the water outlet opening.
A light emitting diode display, comprising: a first electrode; a second electrode overlapping the first electrode; a light emission layer between the first electrode and the second electrode; a pixel defining layer overlapping a part of the first electrode, the pixel defining layer and the light emission layer being spaced apart from each other in a top view characterized by an inorganic layer between the first electrode and the light emission layer, an edge of the inorganic layer overlapping the light emission layer and an edge of the inorganic layer overlapping the pixel defining layer. a first electrode; a second electrode overlapping the first electrode; a light emission layer between the first electrode and the second electrode; a pixel defining layer overlapping a part of the first electrode, the pixel defining layer and the light emission layer being spaced apart from each other in a top view characterized by an inorganic layer between the first electrode and the light emission layer, an edge of the inorganic layer overlapping the light emission layer and an edge of the inorganic layer overlapping the pixel defining layer.
Method for coating a composition having a complex viscosity (plate/plate rheometer; 25°C) of 0.1 Pas (100 rad) to 10 6 Pas (0.1 rad) onto a carrier material in web form by means of a coating apparatus comprising at least one element A, that forms with a further element B a nip ahead of which the composition is held up, and that moves relative to the element B in such a way that a rotating body of composition is developed and the composition is conveyed into the nip, comprising - the introduction of the composition via a supply means into the intake region of the nip, characterized in that every exit point of the supply means and every point at which the supplied composition comes into contact with the rotating body of composition is situated at the distance or at a distance D from the plane that is orthogonal to the longitudinal extent of the nip and that limits the longitudinal extent E of the nip intake region fully fillable by the body of composition, and in that every exit point of the supply means is situated below the surface of the body of composition, where D has a maximum value D max which is 10% of the longitudinal extent E of the nip intake region fully fillable by the body of composition; and - the application of the composition to a carrier material in web form in the nip or after the composition has travelled through the nip. - the introduction of the composition via a supply means into the intake region of the nip, characterized in that every exit point of the supply means and every point at which the supplied composition comes into contact with the rotating body of composition is situated at the distance or at a distance D from the plane that is orthogonal to the longitudinal extent of the nip and that limits the longitudinal extent E of the nip intake region fully fillable by the body of composition, and in that every exit point of the supply means is situated below the surface of the body of composition, where D has a maximum value D max which is 10% of the longitudinal extent E of the nip intake region fully fillable by the body of composition; and - the application of the composition to a carrier material in web form in the nip or after the composition has travelled through the nip.
A device (100, 800) for impedance sensing capable of recovering data from an amplitude-modulated signal comprising: a sensing circuit operable to sense an amplitude-modulated signal having a carrier frequency; a mixer operable to mix the amplitude-modulated signal with a mixing signal having a mixing frequency to provide a frequency-downshifted signal having an intermediate frequency less than the carrier frequency; a filter operable to filter the frequency-downshifted signal to provide a filtered signal, the filter including a bandpass filter; a sampler operable to undersample the filtered signal at an undersampling frequency to provide a digital signal, the digital signal being representative of a modulating signal, and a controller operable to set the mixing frequency of the mixing signal to provide the frequency-downshifted signal with the intermediate frequency substantially equal to a center frequency of the passband of the bandpass filter. a sensing circuit operable to sense an amplitude-modulated signal having a carrier frequency; a mixer operable to mix the amplitude-modulated signal with a mixing signal having a mixing frequency to provide a frequency-downshifted signal having an intermediate frequency less than the carrier frequency; a filter operable to filter the frequency-downshifted signal to provide a filtered signal, the filter including a bandpass filter; a sampler operable to undersample the filtered signal at an undersampling frequency to provide a digital signal, the digital signal being representative of a modulating signal, and a controller operable to set the mixing frequency of the mixing signal to provide the frequency-downshifted signal with the intermediate frequency substantially equal to a center frequency of the passband of the bandpass filter.
An industrial finishing machine tool offering good accessibility during the manufacturing sequence, the finishing machine tool having at least: (a) a machine bed; (b) a rotatable indexer defining an indexing axis and mounted directly or indirectly to the machine bed; (c) a spindle work head with a workpiece holder mounted to the rotatable indexer and defining an axis of rotation of the workpiece holder; (d)at least two quality control and/or tooling setups mounted to the rotatable indexer on the same right or left side of the axis of the workpiece holder such that the QC and/or tooling setups rotate with the workpiece holder around the indexing axis in a fixed relationship to each other or other dressing arrangements and to the axis of the workpiece holder; and (e) a finishing tool such as a cutting, polishing, or grinding tool mounted to the machine bed configured to finish a workpiece when the workpiece is mounted in the workpiece holder, wherein, in this configuration, the finishing machine tool offers kinematics free of collision risk when processing the finishing tool, preferably dressing the finishing tool, or changing out the workpiece. (a) a machine bed; (b) a rotatable indexer defining an indexing axis and mounted directly or indirectly to the machine bed; (c) a spindle work head with a workpiece holder mounted to the rotatable indexer and defining an axis of rotation of the workpiece holder; (d)at least two quality control and/or tooling setups mounted to the rotatable indexer on the same right or left side of the axis of the workpiece holder such that the QC and/or tooling setups rotate with the workpiece holder around the indexing axis in a fixed relationship to each other or other dressing arrangements and to the axis of the workpiece holder; and (e) a finishing tool such as a cutting, polishing, or grinding tool mounted to the machine bed configured to finish a workpiece when the workpiece is mounted in the workpiece holder, wherein, in this configuration, the finishing machine tool offers kinematics free of collision risk when processing the finishing tool, preferably dressing the finishing tool, or changing out the workpiece.