mhurhangee/ep-ind-claims huggingface dataset:
A method for clarification of wastewater that operates at least two alternating and equal process cycles in two or more clarifiers (1a, 1b), each process cycle consisting of a feed period with concurrent feeding and discharging and a reset period in which excess sludge is removed into a thickener (2a, 2b) and the remaining sludge blanket gets homogenized and pre-settled, wherein at each point of time in at least one clarifier (1a, 1b) the feed period is performed during which wastewater is conducted into a bottom region of the clarifier (1a, 1b) into a sludge blanket so as to push out the supernatant which is discharged via an effluent piping close to the surface of the clarifier (1a, 1b), and wherein the duration of the feed period equals a total cycle time divided by the number of clarifiers (1a, 1b) and the reset period comprises a first settling, wasting, aerating and a second settling.
A motor driven by an inverter of pulse width modulation system, comprising: a stator in which a winding is applied through an insulating part to a stator core formed by laminating a predetermined number of electromagnetic steel plates which have been punched into a predetermined shape; a rotor assembly in which a rotor and two bearings (21a, 21b) each formed by a rolling bearing are fitted to a shaft; a printed wiring board which is arranged at an end part of the stator in an axial direction and to which a drive circuit is mounted; a metal bracket arranged at the end part of the stator in the axial direction to which the printed wiring board is arranged, the metal bracket supporting one bearing of the two bearings (21a, 21b); characterized by an electrically conductive sheet provided in the axial direction between the printed wiring board and the metal bracket, wherein the electrically conductive sheet comprises a conductive layer and insulating layers, wherein both sides of the conductive layer are provided with insulating layers, and the conductive layer is covered by the insulating layers at the outer circumferential part, and wherein the conductive sheet and the stator core are electrically connected using a connecting pin which is conductive, the connecting pin is fixed to the insulating part, and the printed wiring board is provided with a through-hole for passing the connecting pin through. a stator in which a winding is applied through an insulating part to a stator core formed by laminating a predetermined number of electromagnetic steel plates which have been punched into a predetermined shape; a rotor assembly in which a rotor and two bearings (21a, 21b) each formed by a rolling bearing are fitted to a shaft; a printed wiring board which is arranged at an end part of the stator in an axial direction and to which a drive circuit is mounted; a metal bracket arranged at the end part of the stator in the axial direction to which the printed wiring board is arranged, the metal bracket supporting one bearing of the two bearings (21a, 21b); characterized by an electrically conductive sheet provided in the axial direction between the printed wiring board and the metal bracket, wherein the electrically conductive sheet comprises a conductive layer and insulating layers, wherein both sides of the conductive layer are provided with insulating layers, and the conductive layer is covered by the insulating layers at the outer circumferential part, and wherein the conductive sheet and the stator core are electrically connected using a connecting pin which is conductive, the connecting pin is fixed to the insulating part, and the printed wiring board is provided with a through-hole for passing the connecting pin through.
A multi-tenant computing system, comprising: a tenant behavior monitoring system that generates data indicative of characteristics of requesting tenants that send corresponding change requests, each change request being indicative of requested changes to tenant data corresponding the requesting tenant; a change scheduling component that receives change requests from a plurality of different tenants, the change scheduling component dividing the change requests into a plurality of sections of changes and scheduling the sections of changes to be made to the corresponding tenant data based on the characteristics of the requesting tenants; and a change request processing system that makes the change requests to the tenant data as scheduled by the change scheduling component, wherein the change scheduling component comprises a change slicing component that determines whether to break each change request into a plurality of different sections for scheduling, based on performance information indicative of performance of the change request processing system in making changes for the requesting tenants. a tenant behavior monitoring system that generates data indicative of characteristics of requesting tenants that send corresponding change requests, each change request being indicative of requested changes to tenant data corresponding the requesting tenant; a change scheduling component that receives change requests from a plurality of different tenants, the change scheduling component dividing the change requests into a plurality of sections of changes and scheduling the sections of changes to be made to the corresponding tenant data based on the characteristics of the requesting tenants; and a change request processing system that makes the change requests to the tenant data as scheduled by the change scheduling component, wherein the change scheduling component comprises a change slicing component that determines whether to break each change request into a plurality of different sections for scheduling, based on performance information indicative of performance of the change request processing system in making changes for the requesting tenants.
A display device comprising: a substrate comprising a display area, a non-display area surrounding an outer periphery of the display area, a first additional area connected to the non-display area at a first boundary, and a second additional area connected to the first additional area at a second boundary; pixels on the display area; an encapsulation film on the pixels; sensing electrodes (SC1, SC2) on the encapsulation film; pads (PDE1, PDE2, PDE3) on the second additional area; sensing wires (IST1, IST2) connecting the sensing electrodes (SC1, SC2) and the pads (PDE1, PDE2, PDE3); a first sensing insulating film on the encapsulation film; and a second sensing insulating film on the first sensing insulating film, the sensing electrodes (SC1, SC2), and the sensing wires (IST1, IST2), wherein the substrate comprises a curved first side in the first additional area and the first additional area decreases in width from the first boundary to the second boundary, and a boundary of the first sensing insulating film is closer to the first side than a boundary of the second sensing insulating film is to the first side, or a boundary of the second sensing insulating film is spaced apart from the first side by 200 μm or more. a substrate comprising a display area, a non-display area surrounding an outer periphery of the display area, a first additional area connected to the non-display area at a first boundary, and a second additional area connected to the first additional area at a second boundary; pixels on the display area; an encapsulation film on the pixels; sensing electrodes (SC1, SC2) on the encapsulation film; pads (PDE1, PDE2, PDE3) on the second additional area; sensing wires (IST1, IST2) connecting the sensing electrodes (SC1, SC2) and the pads (PDE1, PDE2, PDE3); a first sensing insulating film on the encapsulation film; and a second sensing insulating film on the first sensing insulating film, the sensing electrodes (SC1, SC2), and the sensing wires (IST1, IST2), wherein the substrate comprises a curved first side in the first additional area and the first additional area decreases in width from the first boundary to the second boundary, and a boundary of the first sensing insulating film is closer to the first side than a boundary of the second sensing insulating film is to the first side, or a boundary of the second sensing insulating film is spaced apart from the first side by 200 μm or more.
A method for locating features in a field of view of an imaging sensor, comprising: receiving a first image frame for a field of view of an imaging sensor at a first time; receiving a three-dimensional position measurement, in an absolute coordinate system, ofthe imaging sensor at the first time; identifying one or more features in the first image frame; receiving a second image frame for the field of view of the imaging sensor at a second time; receiving a three-dimensional position measurement, in an absolute coordinate system, of the imaging sensor at the second time; identifying one or more features in the second image frame; determining position and velocity of the one or more features in the second image frame based on changes to the one or more features in the image frames between the first and second time; determining three-dimensional positions of one or more of the features in the first and second image frames based on the received three-dimensional position measurements of the imaging sensor for the first and second time and position and velocity of the one or more features in the first and second image frames; and generating a three-dimensional grid over the second image frame based on said three-dimensional positions of features. receiving a first image frame for a field of view of an imaging sensor at a first time; receiving a three-dimensional position measurement, in an absolute coordinate system, ofthe imaging sensor at the first time; identifying one or more features in the first image frame; receiving a second image frame for the field of view of the imaging sensor at a second time; receiving a three-dimensional position measurement, in an absolute coordinate system, of the imaging sensor at the second time; identifying one or more features in the second image frame; determining position and velocity of the one or more features in the second image frame based on changes to the one or more features in the image frames between the first and second time; determining three-dimensional positions of one or more of the features in the first and second image frames based on the received three-dimensional position measurements of the imaging sensor for the first and second time and position and velocity of the one or more features in the first and second image frames; and generating a three-dimensional grid over the second image frame based on said three-dimensional positions of features.
Pharmaceutical composition administered in a single dose, characterized in that it contains (a) 50-900 μg levonorgestrel and (b) 5-60 mg piroxicam as active substances, and the known auxiliaries used in pharmaceutical practice. (a) 50-900 μg levonorgestrel and (b) 5-60 mg piroxicam as active substances,
Water-cooled cylinder head for a multi-cylinder internal combustion engine, having a cylinder head housing which has gas exchange ducts, having passage bores (48, 49, 50) for receiving cylinder head bolts, and having a valve shank guides (24 to 46) for inlet and outlet valves, and having calotte-shaped combustion chamber structures (64, 66, 68) which are delimited, on the side averted from the combustion chamber, by a water jacket (70, 72, 74), and having in each case one ignition plug dome, the opening (18, 20, 22) of which leads to the combustion chamber of the respective cylinder, wherein, for stiffening of the cylinder head housing and/or for support of the calotte-shaped combustion chamber structures (64, 66, 68), a rib structure (76, 80, 82) is integrated in the cylinder head housing, characterized in that the rib structure has a longitudinal rib, on which the calotte-shaped combustion chamber structures (64, 66, 68) of the individual cylinder head sections (12, 14, 16) are supported, wherein the longitudinal rib is attached to the domes of screw-in openings (18, 20, 22) for ignition plugs positioned in a central region of the combustion chamber (58, 60, 62), and wherein the longitudinal rib is integrally cast, by way of webs which extend through the water jacket (70, 72, 74), onto the calotte-shaped combustion chamber structures (64, 66, 68), which webs are oriented such that, as guide ribs, they targetedly guide some of the cooling water into the region of the ignition plug dome.
Process for producing ceramic materials, characterized in that a ceramic raw composition is admixed with between 40% and 70% by weight of spherical polymer particles having a diameter of between 5 μm and 3 mm, based on the sum of ceramic raw composition and polymer particles, and in that the ceramic raw composition is processed to give a ceramic material, wherein the ceramic raw composition contains less than 10% by weight of ceramic particles which are larger than 0.6 mm and wherein the ceramic raw composition is cast into a mould, subsequently dried, optionally heat-treated and fired.
A process for preparing an oral care composition having improved taste, color, odor and/or clarity, wherein said composition comprises a dentifrice component characterized in that the process comprises the steps of: d) providing an unfiltered dentifrice component selected from unfiltered alkyl phosphate surfactants, alkyl phosphate ethoxylated surfactants, lauryl sulfate surfactants, betaine surfactants, antibacterial agents, cetyl pyridinium chloride, metal salts, phytic acids, or mixtures thereof; e) filtering the unfiltered dentifrice component with an adsorbent selected from activated carbon having a mean particle size of less than 30 microns, to form a filtered dentifrice component; and f) incorporating the filtered dentifrice component into the oral care composition. d) providing an unfiltered dentifrice component selected from unfiltered alkyl phosphate surfactants, alkyl phosphate ethoxylated surfactants, lauryl sulfate surfactants, betaine surfactants, antibacterial agents, cetyl pyridinium chloride, metal salts, phytic acids, or mixtures thereof; e) filtering the unfiltered dentifrice component with an adsorbent selected from activated carbon having a mean particle size of less than 30 microns, to form a filtered dentifrice component; and f) incorporating the filtered dentifrice component into the oral care composition.
A method in a telecommunication system, the method comprising providing message delivery in the telecommunication system in two or more servers, MMSC1, MMSC2, AS1, at least one of which is arranged to associate messages with information; sending (3-2, 7-2) a message from subscriber A to subscriber B via a server in the telecommunication system; selecting whether or not the message is to be associated with information by selecting, from among said two or more servers, a server via which the message is sent; sending (3-2', 7-8) the message via the selected server to subscriber B; and if the selected server is arranged to associate messages with information the method characterized by: determining capabilities of a user terminal used by the subscriber B; selecting, on the basis of the capabilities of the user terminal used by the subscriber B, whether to embed the information to the message or to send the information in a separate message; associating (3-4, 7-7) in the server the message with an information component using the selected way; and delivering (3-2", 7-8) the message and the information component to the user terminal used by subscriber B either as one message or in subsequent messages. determining capabilities of a user terminal used by the subscriber B; selecting, on the basis of the capabilities of the user terminal used by the subscriber B, whether to embed the information to the message or to send the information in a separate message; associating (3-4, 7-7) in the server the message with an information component using the selected way; and delivering (3-2", 7-8) the message and the information component to the user terminal used by subscriber B either as one message or in subsequent messages.
An indicating device for signalling passage of a launched object through a central flow bore of a tool comprising: a. a body member connected to said tool having a first section, a second section, and a pressure sealing barrier (36, 38) between said first and second sections; b. a sensor disposed within said second section of said body member; c. a trigger pivotally mounted to said first section of said body member and partially extending into said central flow bore substantially perpendicular to the longitudinal axis of said flow bore, wherein displacement of said trigger causes a change in magnetic field detectable by said sensor; and d. a signalling device connected to said sensor that produces a signal in response to a change in magnetic field detected by said sensor. a. a body member connected to said tool having a first section, a second section, and a pressure sealing barrier (36, 38) between said first and second sections; b. a sensor disposed within said second section of said body member; c. a trigger pivotally mounted to said first section of said body member and partially extending into said central flow bore substantially perpendicular to the longitudinal axis of said flow bore, wherein displacement of said trigger causes a change in magnetic field detectable by said sensor; and d. a signalling device connected to said sensor that produces a signal in response to a change in magnetic field detected by said sensor.
A negative electrode active material comprising: particles represented by Li 2+a A d Ti 6-b B b O 14-c, where A is at least one element selected from the group consisting of Na and K; B is at least one element selected from the group consisting of Ta and Nb; and a, b, c, and d respectively satisfy 0 ≤ a ≤ 5, 0 < b < 6, 0 ≤ c ≤ 0.6, and 0 < d ≤ 3; and a carbon material covering at least a part of surfaces of the particles. particles represented by Li 2+a A d Ti 6-b B b O 14-c, where A is at least one element selected from the group consisting of Na and K; B is at least one element selected from the group consisting of Ta and Nb; and a, b, c, and d respectively satisfy 0 ≤ a ≤ 5, 0 < b < 6, 0 ≤ c ≤ 0.6, and 0 < d ≤ 3; and a carbon material covering at least a part of surfaces of the particles.
A method for performing K individual transmissions between an access point managing a cell of a wireless communications network and plural mobile terminals attached to said access point within said cell, the K individual transmissions being performed via time and frequency resources from amongst a predefined set of candidate time and frequency resources on a per frame period basis, each time and frequency resource being a predefined frequency resource usable over a predefined time resource, one time and frequency resource being allocated to each one of the K individual transmissions in a considered frame period, characterized in that the access point performs: - obtaining a first frequency allocation descriptor F indicating which frequency resource is allocated in the considered frame period to each one of the K individual transmissions; - obtaining a frequency occurrence descriptor G indicating how many times each candidate frequency resource is used for performing the K individual transmissions in the considered frame period; - signalling the frequency occurrence descriptor G in said cell; and - enabling transmission of data for the K individual transmissions in accordance with the first frequency allocation descriptor F and a predetermined frequency sequencing rule, the predetermined frequency sequencing rule indicating in which order the candidate frequency resources shall be considered in view of the frequency occurrence descriptor G within the frame periods, and wherein the access point further provides an indication enabling the mobile terminals attached thereto to determine which time resource in the considered frame period is associated with each one of the K individual transmissions. - obtaining a first frequency allocation descriptor F indicating which frequency resource is allocated in the considered frame period to each one of the K individual transmissions; - obtaining a frequency occurrence descriptor G indicating how many times each candidate frequency resource is used for performing the K individual transmissions in the considered frame period; - signalling the frequency occurrence descriptor G in said cell; and - enabling transmission of data for the K individual transmissions in accordance with the first frequency allocation descriptor F and a predetermined frequency sequencing rule, the predetermined frequency sequencing rule indicating in which order the candidate frequency resources shall be considered in view of the frequency occurrence descriptor G within the frame periods,
A display device comprising: a display panel (200, 220); a light source (451, 453, 454, 455) comprising a light emitting diode (451b, 455b), the light source being arranged to supply light to the display panel; and a light converting member comprising green quantum dots or rods arranged to convert a portion of the light emitted from the light source into light in a wavelength range of about 500 nanometers to about 580 nanometers, characterised in that in the light converting member red quantum dots and rods are absent; that the light source comprises a red phosphor (451d, 455d); and in that the light source is arranged to emit light in a wavelength range of about 580 nm to about 670 nm and light in a wavelength range of about 400 nm to about 500 nm at a light amount ratio in a range of about 1:1.8 to about 1:29.5, wherein a light amount ratio of the light emitted from the light source in the wavelength range of about 400 nanometers to about 500 nanometers with respect to light emitted from the light converting member in the wavelength range of about 400 nanometers to about 500 nanometers is in a range of about 1.6:1 to about 2.7:1, and wherein the light converting member is arranged to emit light in the wavelength range of about 500 nanometers to about 580 nanometers and light in a wavelength range of about 400 nanometers to about 500 nanometers at a light amount ratio in a range of about 1:1.2 to about 1:3. a display panel (200, 220); a light source (451, 453, 454, 455) comprising a light emitting diode (451b, 455b), the light source being arranged to supply light to the display panel; and a light converting member comprising green quantum dots or rods arranged to convert a portion of the light emitted from the light source into light in a wavelength range of about 500 nanometers to about 580 nanometers, characterised in that in the light converting member red quantum dots and rods are absent; that the light source comprises a red phosphor (451d, 455d); and in that the light source is arranged to emit light in a wavelength range of about 580 nm to about 670 nm and light in a wavelength range of about 400 nm to about 500 nm at a light amount ratio in a range of about 1:1.8 to about 1:29.5, wherein a light amount ratio of the light emitted from the light source in the wavelength range of about 400 nanometers to about 500 nanometers with respect to light emitted from the light converting member in the wavelength range of about 400 nanometers to about 500 nanometers is in a range of about 1.6:1 to about 2.7:1, and wherein the light converting member is arranged to emit light in the wavelength range of about 500 nanometers to about 580 nanometers and light in a wavelength range of about 400 nanometers to about 500 nanometers at a light amount ratio in a range of about 1:1.2 to about 1:3.