mhurhangee/ep-ind-claims huggingface dataset:
Use of a material mixture as gypsum removal means in a gypsum removal device, into which impure water is introduced with gypsum, in which gypsum is removed from the water and from which the water pre-cleaned in this manner is channelled out, wherein the material mixture has a flocking agent to bind suspended materials and a disinfectant, wherein the flocking agent has a polyelectrolyte, in particular a high-molecular polyelectrolyte and wherein the disinfectant has a monoterpene and an aromatic carboxylic acid.
A method of making an embedded coil assembly comprising: providing a laminate plate including an inner nonconductive layer, a top metal layer and a bottom metal layer; patterning and etching the laminate plate to provide a nonconductive plate having an outer peripheral portion, an outer metal ring supporting the outer peripheral portion of the nonconductive plate at an inner peripheral portion thereof, an inner metal ring supported by an upper surface of the nonconductive plate, and an annular metal bridging portion connecting the outer and inner metal rings; attaching bottom ends of a first plurality of metal pillars to a top surface of the outer metal ring and a bottom ends of a second plurality of metal pillars to a top surface of the inner metal ring; placing a ferrite ring on the top surface of the annular bridging portion; and bonding first ends of a plurality of bond wires to top surfaces of the first plurality of metal pillars, and bonding second ends of a plurality of bond wires to top surfaces of the second plurality of metal pillars. providing a laminate plate including an inner nonconductive layer, a top metal layer and a bottom metal layer; patterning and etching the laminate plate to provide a nonconductive plate having an outer peripheral portion, an outer metal ring supporting the outer peripheral portion of the nonconductive plate at an inner peripheral portion thereof, an inner metal ring supported by an upper surface of the nonconductive plate, and an annular metal bridging portion connecting the outer and inner metal rings; attaching bottom ends of a first plurality of metal pillars to a top surface of the outer metal ring and a bottom ends of a second plurality of metal pillars to a top surface of the inner metal ring; placing a ferrite ring on the top surface of the annular bridging portion; and bonding first ends of a plurality of bond wires to top surfaces of the first plurality of metal pillars, and bonding second ends of a plurality of bond wires to top surfaces of the second plurality of metal pillars.
Draw-pull bar with a securing clip presenting a partial ring which surrounds three quarters of the toothed ring of the draw-pull bar and disposing of two bent up ends, characterized in that a locking mechanism is fitted to both ends consisting of a bar made of resilient stainless steel preferably which is moveably attached by a hinge on the one side and of an angularly shaped resilient end flap as-a complementary element on the other side which is suitable to enclose the other bent up end of the partial ring in an interlocking manner.
An electromagnetic interference ("EMI") sheet attenuator (100, 200) comprising: a planar conductive layer (120, 220); a first flexible substrate (130, 230) including a top surface and an opposed bottom surface, the first flexible substrate overlying the planar conductive layer and including a conductive pattern (110, 210) thereon, the conductive pattern being disposed at the top surface of the first flexible substrate; and a second flexible substrate (140, 240) including a top surface and an opposed bottom surface, the second flexible substrate overlying the first flexible substrate and including a further conductive pattern thereon, the further conductive pattern being disposed at the top surface of the second flexible substrate, wherein the conductive pattern on the second flexible substrate is identical with the conductive pattern on the first flexible substrate and vertically aligned therewith thereby forming a stacked and three-dimensional structure. a planar conductive layer (120, 220); a first flexible substrate (130, 230) including a top surface and an opposed bottom surface, the first flexible substrate overlying the planar conductive layer and including a conductive pattern (110, 210) thereon, the conductive pattern being disposed at the top surface of the first flexible substrate; and a second flexible substrate (140, 240) including a top surface and an opposed bottom surface, the second flexible substrate overlying the first flexible substrate and including a further conductive pattern thereon, the further conductive pattern being disposed at the top surface of the second flexible substrate, wherein the conductive pattern on the second flexible substrate is identical with the conductive pattern on the first flexible substrate and vertically aligned therewith thereby forming a stacked and three-dimensional structure.
A method for wireless communications, comprising: receiving, at a user equipment, UE,, reference signals from a base station in a current subframe; and performing channel estimation, wherein the channel estimation is based at least in part on the reference signals received in the current subframe, a mobility characteristic of the UE, and a configuration of subframes prior to the current subframe; wherein the mobility characteristic of the UE comprises a Doppler estimation of the UE and characterized in that the performing the channel estimation comprises: adjusting the Doppler estimation of the UE based at least in part on a number of subframes prior to the current subframe in which transmission of downlink reference signals is limited or non-existent. receiving, at a user equipment, UE,, reference signals from a base station in a current subframe; and performing channel estimation, wherein the channel estimation is based at least in part on the reference signals received in the current subframe, a mobility characteristic of the UE, and a configuration of subframes prior to the current subframe; wherein the mobility characteristic of the UE comprises a Doppler estimation of the UE and characterized in that the performing the channel estimation comprises: adjusting the Doppler estimation of the UE based at least in part on a number of subframes prior to the current subframe in which transmission of downlink reference signals is limited or non-existent.
A gas internal combustion engine of a Miller-cycle type comprising a precombustion-chamber fuel supply device, the precombustion-chamber fuel supply device comprising: a main chamber defined between a piston and a cylinder head of the gas internal combustion engine; a precombustion chamber which communicates with the main chamber via a nozzle and in which fuel gas is combusted by a spark plug; a gas supply channel to the precombustion chamber for supplying the fuel gas to the precombustion chamber; a fuel-gas supply source, a precombustion chamber electromagnetic valve disposed between the fuel-gas supply source and the gas supply channel to the precombustion chamber, a check valve disposed in the gas supply channel to the precombustion-chamber and which opens due to a pressure decrease in the precombustion-chamber at a bottom dead center of an intake stroke of a Miller cycle, the engine being arranged so that an intake valve is closed before the bottom dead center, causing the in-cylinder pressure to become a negative pressure at the bottom dead center of the intake stroke, characterized by the fuel-gas supply source discharging the fuel gas to the gas supply channel to the precombustion chamber at an atmospheric pressure, and the intake valve is closed at 60 to 120 degrees in crank angle before the bottom dead center of the piston during the intake stroke so as to allow supply of the fuel gas to the precombustion chamber, wherein a fuel gas supply pressure in the gas supply channel is not pressurized but is a substantially atmospheric pressure from a time of closing the intake valve to the bottom dead center of the intake a main chamber defined between a piston and a cylinder head of the gas internal combustion engine; a precombustion chamber which communicates with the main chamber via a nozzle and in which fuel gas is combusted by a spark plug; a gas supply channel to the precombustion chamber for supplying the fuel gas to the precombustion chamber; a fuel-gas supply source, a precombustion chamber electromagnetic valve disposed between the fuel-gas supply source and the gas supply channel to the precombustion chamber, a check valve disposed in the gas supply channel to the precombustion-chamber and which opens due to a pressure decrease in the precombustion-chamber at a bottom dead center of an intake stroke of a Miller cycle, the engine being arranged so that an intake valve is closed before the bottom dead center, causing the in-cylinder pressure to become a negative pressure at the bottom dead center of the intake stroke, characterized by the fuel-gas supply source discharging the fuel gas to the gas supply channel to the precombustion chamber at an atmospheric pressure, and the intake valve is closed at 60 to 120 degrees in crank angle before the bottom dead center of the piston during the intake stroke so as to allow supply of the fuel gas to the precombustion chamber, wherein a fuel gas supply pressure in the gas supply channel is not pressurized but is a substantially atmospheric pressure from a time of closing the intake valve to the bottom dead center of the intake
A method of performing an operation in a wellbore, comprising the steps of: positioning a service tool, coupled with a sandface assembly at a desired location in a wellbore; and characterized in that the service tool is a retrievable service tool; and buy transitioning the retrievable service tool between circulating flow and reverse flow configurations using a plurality of valves in the service tool by adjusting the plurality of valves in the service tool between a first operational mode and a second operational mode, the transitioning being accomplished without moving the service tool with respect to the wellbore. positioning a service tool, coupled with a sandface assembly at a desired location in a wellbore; and characterized in that the service tool is a retrievable service tool; and buy transitioning the retrievable service tool between circulating flow and reverse flow configurations using a plurality of valves in the service tool by adjusting the plurality of valves in the service tool between a first operational mode and a second operational mode, the transitioning being accomplished without moving the service tool with respect to the wellbore.
A method, comprising: collecting local optical power information, at a local network device, about a local optical transmit interface and a local optical receive interface of the local network device; exchanging the local information for remote optical power information of a corresponding remote optical receive interface and a remote optical transmit interface of a remote network device at an opposing end of a corresponding optical link; calculating an optical power loss of said corresponding optical link based on the local information and exchanged remote information; exchanging, for said link, the calculated power loss and a remotely calculated power loss with the remote network device, wherein the remotely calculated power loss is calculated at the remote network device; and generating an error in response to the calculated power losses differing by greater than a predetermined amount. collecting local optical power information, at a local network device, about a local optical transmit interface and a local optical receive interface of the local network device; exchanging the local information for remote optical power information of a corresponding remote optical receive interface and a remote optical transmit interface of a remote network device at an opposing end of a corresponding optical link; calculating an optical power loss of said corresponding optical link based on the local information and exchanged remote information; exchanging, for said link, the calculated power loss and a remotely calculated power loss with the remote network device, wherein the remotely calculated power loss is calculated at the remote network device; and generating an error in response to the calculated power losses differing by greater than a predetermined amount.
Beverage making apparatus having a housing and a device for heating and/or frothing milk and having a milk line, via which the device for heating and frothing milk can be supplied with milk, characterized in that the milk line is connected in a fluid-channeling manner with docking means which comprise a docking element that can be adjusted by means of a drive, in particular an electric motor, between at least one parked position, a first docking position spaced from the parked position, in particular a milk heating position, and a second docking position spaced from the parked position and the first docking position, in particular a milk frothing position, the docking element being connected in a fluid-channeling manner with a supply port for milk in the first and the second docking position and being de-coupled from said port in the parked position and in that the docking means are formed as a fluid valve, by means of which a free through-flow cross-section for milk for setting a milk volume flow can be changed by adjusting the docking element from the first to the second docking position.
A medicament delivery device pump comprising: a) a back plate having an inner surface; b) a rotor housing positioned adjacent to the back plate and having a peripheral wall; c) a front plate support connected to the back plate; d) a flexible front plate positioned between the front plate support and the rotor housing; e) a planetary gear transmission; e) an eccentric shaft operatively connected to the planetary gear transmission; and f) a rotor rotationally fixed to the eccentric shaft and movably positioned within rotor housing, the rotor comprising three lobes (2a, 2b, 2c), wherein each lobe (2a, 2b, 2c) has two peripheral curved surfaces sharing a common apex, a first portion of each peripheral surface adjacent to the apex defines a non-smooth curve a curvature of the non-smooth curve varies and is adapted to create a seal between an outer rotor surface of the rotor and the peripheral wall of the housing and the curvature of the non-smooth curve alternately increases and decreases twice from its respective apex towards a midpoint located equidistant between said apex and another one of the apexes of the lobes (2a, 2b, 2c). a) a back plate having an inner surface; b) a rotor housing positioned adjacent to the back plate and having a peripheral wall; c) a front plate support connected to the back plate; d) a flexible front plate positioned between the front plate support and the rotor housing; e) a planetary gear transmission; e) an eccentric shaft operatively connected to the planetary gear transmission; and f) a rotor rotationally fixed to the eccentric shaft and movably positioned within rotor housing, the rotor comprising three lobes (2a, 2b, 2c), a first portion of each peripheral surface adjacent to the apex defines a non-smooth curve a curvature of the non-smooth curve varies and is adapted to create a seal between an outer rotor surface of the rotor and the peripheral wall of the housing and the curvature of the non-smooth curve alternately increases and decreases twice from its respective apex towards a midpoint located equidistant between said apex and another one of the apexes of the lobes (2a, 2b, 2c).
A composition comprising a plurality of particles, wherein said particles comprise: a. 40 to 95 w.t.% polyethylene glycol, wherein the polyethylene glycol has a weight average molecular weight from 4000 to 12000; b. 0.1 to 50 w.t. % saccharide comprising one to ten monosaccharide units; and c. 0.1 to 30 w.t. % perfume materials wherein the saccharide is anhydrous, and wherein the particles further comprise 0.001 to 2 w.t. % colourant. a. 40 to 95 w.t.% polyethylene glycol, wherein the polyethylene glycol has a weight average molecular weight from 4000 to 12000; b. 0.1 to 50 w.t. % saccharide comprising one to ten monosaccharide units; and c. 0.1 to 30 w.t. % perfume materials
A dishwasher, comprising a housing, wherein the dishwasher further comprises a plasma sterilization and disinfection apparatus arranged inside the housing, wherein the plasma sterilization and disinfection apparatus comprises a discharge electrode plate, a ground electrode plate, a radio-frequency power supply and an earthing power supply, a tableware storage space is formed between the discharge electrode plate and the ground electrode plate, the radio-frequency power supply is connected to the discharge electrode plate, and the earthing power supply is connected to the ground electrode plate, wherein the discharge electrode plate and the ground electrode plate are arranged parallel to each other and respectively parallel to a horizontal plane of the housing, characterized in that the discharge electrode plate is arranged at a top inside the housing, and the ground electrode plate is arranged at a bottom inside the housing, wherein a distance between the discharge electrode plate and the ground electrode plate is 150-250 mm. characterized in that the discharge electrode plate is arranged at a top inside the housing, and the ground electrode plate is arranged at a bottom inside the housing, wherein a distance between the discharge electrode plate and the ground electrode plate is 150-250 mm.
An aluminum alloy brazing sheet for a heat exchanger, the aluminum alloy brazing sheet comprising a three-layer material in which an air-side surface of a core material is cladded and stacked with an intermediate layer and a brazing material layer in this order from the core material side, wherein the intermediate layer is formed of an aluminum alloy including Mn of 0.2 mass % or more and less than 0.35 mass %, Si of 0.6 mass % or less, Fe of 0.7 mass % or less, and Cu of 0.1 mass % or less, and optionally one or two or more of Ti of 0.3 mass % or less, Zr of 0.3 mass % or less, and Cr of 0.3 mass % or less, with the balance being Al and inevitable impurities, the core material is formed of an aluminum alloy including Si of 1.2 mass % or less, Fe of 1.0 mass % or less, Cu of 0.3 mass % or more and 1.0 mass % or less, and Mn of 0.5 mass % or more and 2.0 mass % or less, and optionally one or two or more of Ti of 0.3 mass % or less, Zr of 0.3 mass % or less, and Cr of 0.3 mass % or less, with the balance being Al and inevitable impurities, the brazing material layer is formed of an aluminum alloy including Si of 4 mass % or more and 13 mass % or less, and optionally Sr of 0.1 mass % or less, with the balance being Al and inevitable impurities, and the intermediate layer has a clad ratio of 5 to 30% and the brazing material layer has a clad ratio of 5 to 20%. the intermediate layer is formed of an aluminum alloy including Mn of 0.2 mass % or more and less than 0.35 mass %, Si of 0.6 mass % or less, Fe of 0.7 mass % or less, and Cu of 0.1 mass % or less, and optionally one or two or more of Ti of 0.3 mass % or less, Zr of 0.3 mass % or less, and Cr of 0.3 mass % or less, with the balance being Al and inevitable impurities, the core material is formed of an aluminum alloy including Si of 1.2 mass % or less, Fe of 1.0 mass % or less, Cu of 0.3 mass % or more and 1.0 mass % or less, and Mn of 0.5 mass % or more and 2.0 mass % or less, and optionally one or two or more of Ti of 0.3 mass % or less, Zr of 0.3 mass % or less, and Cr of 0.3 mass % or less, with the balance being Al and inevitable impurities, the brazing material layer is formed of an aluminum alloy including Si of 4 mass % or more and 13 mass % or less, and optionally Sr of 0.1 mass % or less, with the balance being Al and inevitable impurities, and the intermediate layer has a clad ratio of 5 to 30% and the brazing material layer has a clad ratio of 5 to 20%.
A downwind type wind turbine which generates electricity in state that a rotor is disposed downwind, comprising: a nacelle (3, 23) to support the rotor and store therein a generator; a support post to support the nacelle (3,23); and a main transformer (5, 25), characterized by an auxiliary transformer (6, 26), wherein the main transformer (5, 25) is arranged between the generator and an electric power system, and wherein the main transformer (5, 25) is stored in the support post, and the main transformer (5, 25) and the auxiliary transformer (6, 26) are disposed in a lower part of the support post. a nacelle (3, 23) to support the rotor and store therein a generator; a support post to support the nacelle (3,23); and a main transformer (5, 25), characterized by an auxiliary transformer (6, 26), wherein the main transformer (5, 25) is arranged between the generator and an electric power system, and wherein the main transformer (5, 25) is stored in the support post, and the main transformer (5, 25) and the auxiliary transformer (6, 26) are disposed in a lower part of the support post.
An image forming apparatus comprising: an intermediate transfer body; a generating unit configured to generate test pattern data; a storage unit configured to store a color displacement amount; a correcting unit configured to correct the test pattern data and image data based on the color displacement amount currently stored in the storage unit; a forming unit configured to form a test pattern based on the test pattern data corrected by the correcting unit on the intermediate transfer body at predetermined intervals, and configured to form an image based on the image data corrected by the correcting unit on the intermediate transfer body; a detecting unit configured to detect the test pattern formed on the intermediate transfer body; and an updating unit configured to determine an amount of change of the color displacement amount from a result of detection by the detecting unit, and configured to update the color displacement amount stored in the storage unit by using the amount of change of the color displacement amount, characterized in that the updating unit updates the color displacement amount by summing: a product of a currently determined amount of change of the color displacement amount and a first coefficient which is a proportional gain coefficient; a product of an integrated value of the currently determined amount of change of the color displacement amount and a second coefficient which is an integrated gain coefficient; and the most recent color displacement amount stored in the storage unit. an intermediate transfer body; a generating unit configured to generate test pattern data; a storage unit configured to store a color displacement amount; a correcting unit configured to correct the test pattern data and image data based on the color displacement amount currently stored in the storage unit; a forming unit configured to form a test pattern based on the test pattern data corrected by the correcting unit on the intermediate transfer body at predetermined intervals, and configured to form an image based on the image data corrected by the correcting unit on the intermediate transfer body; a detecting unit configured to detect the test pattern formed on the intermediate transfer body; and an updating unit configured to determine an amount of change of the color displacement amount from a result of detection by the detecting unit, and configured to update the color displacement amount stored in the storage unit by using the amount of change of the color displacement amount, a product of a currently determined amount of change of the color displacement amount and a first coefficient which is a proportional gain coefficient; a product of an integrated value of the currently determined amount of change of the color displacement amount and a second coefficient which is an integrated gain coefficient; and the most recent color displacement amount stored in the storage unit.