mhurhangee/ep-ind-claims huggingface dataset:
Filter system for removing metal abrasions from water-containing emulsions from containers and troughs and/or for removing and/or neutralising undissolved oils, greases and salts on/in water-containing emulsions from containers and troughs, wherein the containers and troughs are used for holding and storing emulsions which are used for cooling and lubricating workpieces and tools during machining, wherein the filter system has filter elements (18, 24, 38, 45), wherein the filter elements consist at least predominantly of juxtaposed plastic plates combined to form a spherical body, wherein the base material used for the plastic plates is a plastic with a water absorption capacity of greater than 1%, wherein the base material for the plastic plates is polyamide, wherein the filter system comprises an inlet and an outlet, via which it can be connected to the container or the trough, and wherein the filter system has a skimmer for drawing off the emulsion from the containers and troughs.
A printer (100; 500) for printing to a substrate; the printer (100; 500) comprising an ink developer; the ink developer comprising a plurality of members operable in response to a plurality of voltages to influence forming an image during a printing phase, the plurality of members comprising a developer roller; the printer (100; 500) characterised in that: the printer (100; 500) comprises circuitry, responsive to cessation of printing, to vary at least one voltage of the plurality of voltages by sequentially reducing a potential difference between a developer roller voltage (312; 412) of the developer roller and at least one other voltage of the plurality of voltages, the at least one voltage being associated with the ink developer, in a staggered manner during a cleaning phase, wherein the printer is configured such that electrostatic cleaning of the developer roller takes place before reducing a developer roller voltage (312; 412) from a printing voltage to a final voltage value.
A hearing aid comprising a microphone, a signal processing unit, an electrical-acoustical output transducer, a housing and a wind shield cover wherein: • the housing has a surface with a microphone inlet, and • the wind shield cover is adapted to be attached to the housing, whereby to cover the microphone inlet, and to provide together with the housing a gap, hereby providing a conduit for the transmission of sound from the surroundings and to said microphone inlet, characterized in that the spacing between the housing and the wind shield cover is in the range between 0.15 mm and 0.5 mm, wherein the minimum distance along the gap from the microphone inlet and to an edge of the wind shield cover, is at least 3 mm. • the housing has a surface with a microphone inlet, and • the wind shield cover is adapted to be attached to the housing, whereby to cover the microphone inlet, and to provide together with the housing a gap, hereby providing a conduit for the transmission of sound from the surroundings and to said microphone inlet, characterized in that the spacing between the housing and the wind shield cover is in the range between 0.15 mm and 0.5 mm, wherein the minimum distance along the gap from the microphone inlet and to an edge of the wind shield cover, is at least 3 mm.
A method of receiving downlink data by a user equipment, the method comprising: receiving the downlink data in a first time interval; receiving downlink control information in a second time interval; and decoding the downlink data based on the downlink control information, wherein the first time interval includes multiple orthogonal frequency division multiplexing, OFDM, symbols in a time domain, and the second time interval is subsequent to the first time interval in the time domain, the downlink control information includes information on one or more OFDM symbols, in which downlink data transmission to the user equipment is not present, among the multiple OFDM symbols belonging to the first time interval preceding the second time interval in the time domain, characterized in that the downlink control information is received through a physical downlink control channel on only a common search space in the second time interval. receiving the downlink data in a first time interval; receiving downlink control information in a second time interval; and decoding the downlink data based on the downlink control information, wherein the first time interval includes multiple orthogonal frequency division multiplexing, OFDM, symbols in a time domain, and the second time interval is subsequent to the first time interval in the time domain, the downlink control information includes information on one or more OFDM symbols, in which downlink data transmission to the user equipment is not present, among the multiple OFDM symbols belonging to the first time interval preceding the second time interval in the time domain, characterized in that the downlink control information is received through a physical downlink control channel on only a common search space in the second time interval.
An autofocus module for a camera, comprising: an image sensor mounted to a substrate, the substrate defining a first plane; a first reflective surface; a second reflective surface, the first reflective surface positioned to direct light representing a portion of a scene that is incident upon the first reflective surface toward the second reflective surface and the second reflective surface positioned to direct the light toward the image sensor; an actuator mounted to the substrate and including a driving member positioned for movement in a direction orthogonal to the plane of the substrate; characterized by further comprising a lever in contact with the driving member and second reflective surface such that the movement of the driving member is transferred to the second reflective surface. an image sensor mounted to a substrate, the substrate defining a first plane; a first reflective surface; a second reflective surface, the first reflective surface positioned to direct light representing a portion of a scene that is incident upon the first reflective surface toward the second reflective surface and the second reflective surface positioned to direct the light toward the image sensor; an actuator mounted to the substrate and including a driving member positioned for movement in a direction orthogonal to the plane of the substrate; characterized by further comprising a lever in contact with the driving member and second reflective surface such that the movement of the driving member is transferred to the second reflective surface.
An applicator for applying a sheet member to skin, the applicator comprising: a bottom plate facing the skin; a top plate facing the bottom plate and configured to be pressed down toward the bottom plate; a bending portion configured to apply the sheet member to the skin by bending the sheet member having advanced thereto in a pressed state in which the top plate has been moved toward the bottom plate; characterized in that the applicator further comprises a stopper configured to guide the sheet member toward the bending portion in the pressed state, and to prevent advancement of the sheet member toward the bending portion in a non-pressed state in which the top plate has not been moved toward the bottom plate, wherein the stopper includes a stopper body, and an elastic member providing elastic force for pressing the stopper body against the bottom plate, the top plate includes a protrusion enabled to be brought into contact with the stopper body, in the non-pressed state, advancement of the sheet member is prevented by keeping the protrusion away from the stopper body such that the elastic force presses the stopper body against the bottom plate, and the protrusion is brought into contact with the stopper body and the stopper is moved away from the bottom plate in a manner resisting against the elastic force in the pressed state, such that the sheet member is guided toward the bending portion. a bottom plate facing the skin; a top plate facing the bottom plate and configured to be pressed down toward the bottom plate; a bending portion configured to apply the sheet member to the skin by bending the sheet member having advanced thereto in a pressed state in which the top plate has been moved toward the bottom plate; characterized in that the applicator further comprises a stopper configured to guide the sheet member toward the bending portion in the pressed state, and to prevent advancement of the sheet member toward the bending portion in a non-pressed state in which the top plate has not been moved toward the bottom plate, wherein the stopper includes a stopper body, and an elastic member providing elastic force for pressing the stopper body against the bottom plate, the top plate includes a protrusion enabled to be brought into contact with the stopper body, in the non-pressed state, advancement of the sheet member is prevented by keeping the protrusion away from the stopper body such that the elastic force presses the stopper body against the bottom plate, and the protrusion is brought into contact with the stopper body and the stopper is moved away from the bottom plate in a manner resisting against the elastic force in the pressed state, such that the sheet member is guided toward the bending portion.
An electrochemical cell comprising a current collector, said current collector comprising: - a member comprising an outer member and an inner member coupled to the outer member by a plurality of flexible arms configured to allow the inner member to move relative to the outer member, wherein between the inner member and the outer member, each flexible arm comprises a first portion and a second portion extending at a non-straight angle from the first portion, characterized in that the electrochemical cell further comprises a vent, wherein the inner member of the current collector is arranged for moving relative to the outer member of the current collector due to deployment of the vent. - a member comprising an outer member and an inner member coupled to the outer member by a plurality of flexible arms configured to allow the inner member to move relative to the outer member,
A water heater arrangement comprising a valve assembly (16, 25, 21), a tank, a cold-water supply pipe, an internal cold-water pipe and a hot-water delivery pipe; said valve assembly (16, 25, 21) having a first connection for said cold-water supply pipe, a second connection for said internal cold-water pipe and a third connection for said hot-water delivery pipe and a check valve; said cold-water supply pipe, said check valve and said internal cold-water pipe being parts of a flow path leading pressurized cold-water to a bottom of the tank; the valve assembly (16, 25, 21) further comprising a cavity, said cavity and said hot-water delivery pipe being parts of a flow path leading hot-water from a top of said tank; said water heater arrangement further comprises a suction pipe, a circulation pump, an external cold waterpipe, an external return pipe and an internal return pipe, an external heat source, said valve assembly (16, 25, 21) has a fourth connection for said suction pipe, and a seventh connection for said internal return pipe, characterized in that said valve assembly has a fifth connection for said external cold water pipe, a sixth connection for said externa return pipe; said suction pipe, external cold water pipe, circulation pump and said internal return pipe forming a flow path for cold-water from the bottom of said tank, through heating by said external heat source to a middle of said tank; and said arrangement further comprising a hot-water cabinet coupled to said hot-water delivery pipe and a hot-water circulation pipe coupled between said hot-water cabinet and said valve assembly (16, 25, 21); said hot-water delivery pipe, said hot-water cabinet, said hot-water circulation pipe and said internal return pipe forming a path for circulation of hot-water between said tank and said hot water cabinet and back to said middle of said tank. said valve assembly (16, 25, 21) having a first connection for said cold-water supply pipe, a second connection for said internal cold-water pipe and a third connection for said hot-water delivery pipe and a check valve; said cold-water supply pipe, said check valve and said internal cold-water pipe being parts of a flow path leading pressurized cold-water to a bottom of the tank; the valve assembly (16, 25, 21) further comprising a cavity, said cavity and said hot-water delivery pipe being parts of a flow path leading hot-water from a top of said tank; said water heater arrangement further comprises a suction pipe, a circulation pump, an external cold waterpipe, an external return pipe and an internal return pipe, an external heat source, said valve assembly (16, 25, 21) has a fourth connection for said suction pipe, and a seventh connection for said internal return pipe, characterized in that said valve assembly has
A texture processing unit (900, 1010) comprising: a controller (910, 1011) configured to determine a first calculator that performs a calculation on a first mipmap and a second calculator that performs a calculation on a second mipmap, based on a level of detail weight indicating influences of the first mipmap and the second mipmap on texture filtering, the influences being based on an LOD value of graphics; and a texture filter (920, 1012) configured to perform the texture filtering by using the first calculator and the second calculator, characterized in that a calculation precision of the first calculator is different from a calculation precision of the second calculator. a controller (910, 1011) configured to determine a first calculator that performs a calculation on a first mipmap and a second calculator that performs a calculation on a second mipmap, based on a level of detail weight indicating influences of the first mipmap and the second mipmap on texture filtering, the influences being based on an LOD value of graphics; and a texture filter (920, 1012) configured to perform the texture filtering by using the first calculator and the second calculator, characterized in that a calculation precision of the first calculator is different from a calculation precision of the second calculator.
An electromagnetically enabled active dynamic pressure gas bearing, configured to support a rotor shaft, comprising an electromagnetic bearing and an elastic foil bearing sleeved between the electromagnetic bearing and the rotor shaft; and wherein the elastic foil bearing comprises a top layer elastic foil and a bottom layer elastic foil, the top layer elastic foil is made of non-magnetic material, characterized in that a plurality of separate magnetic material areas are distributed on a surface of the top layer elastic foil.
A method for calibrating a fuel injection pump for a start of a fuel delivery, the method comprising: calibrating a pressure gauge of an air supply system to a target reading by providing an air flow from the air supply system to a calibration nozzle, the pressure gauge is configured to monitor a pressure differential across a membrane of the air supply system; passing the air flow from the air supply system through an air gap defined by one or more bores (150,152) of the fuel injection pump, and monitoring a reading of the pressure gauge; and moving a plunger of the fuel injection pump to close, at least partly, the air gap to attain the target reading on the pressure gauge, wherein the fuel injection pump is calibrated for the start of the fuel delivery when the target reading is attained. calibrating a pressure gauge of an air supply system to a target reading by providing an air flow from the air supply system to a calibration nozzle, the pressure gauge is configured to monitor a pressure differential across a membrane of the air supply system; passing the air flow from the air supply system through an air gap defined by one or more bores (150,152) of the fuel injection pump, and monitoring a reading of the pressure gauge; and moving a plunger of the fuel injection pump to close, at least partly, the air gap to attain the target reading on the pressure gauge, wherein the fuel injection pump is calibrated for the start of the fuel delivery when the target reading is attained.
A cooling system comprising a first cooling circuit configured to cool a first object, a first coolant pump configured to circulate coolant in the first cooling circuit, a first radiator, a second cooling circuit configured to cool a second object (5, 6), a second coolant pump configured to circulate coolant in the second cooling circuit, a second radiator, an expansion tank, a first deaeration line configured to direct coolant and air from the first cooling circuit to the expansion tank, and a second deaeration line configured to direct coolant and air from the second cooling circuit to the expansion tank, wherein the first cooling circuit is configured to cool a first object having a higher thermal mass than the second object (5, 6), characterized in that the cooling system comprises a deaeration valve configured to control the flow through the first deaeration line, a single expansion tank outlet line configured to direct all coolant in the expansion tank to the second cooling circuit and a connection line configured to direct coolant from the second cooling circuit to the first cooling circuit.
A write driver for writing a current data bit (Din) through a bit line pair in a memory, comprising; a true bit line in the bit line pair; a first PMOS transistor coupled between the true bit line and a power supply node, the first PMOS transistor having a gate connected to a node for carrying an inverted version (Dinb) of the current data bit so that the first PMOS transistor is configured to switch on to charge the true bit line responsive to the current bit being true and to switch off responsive to the current bit being false; a first NMOS transistor coupled between the true bit line and ground; a first logic gate configured to switch the first NMOS transistor on to ground the true bit line responsive to both the current data bit being false and an assertion of a memory clock signal (wclk) and to switch the first NMOS transistor off responsive to the current data bit being true; a complement bit line in the bit line pair; a second PMOS transistor coupled between the complement bit line and a power supply node, the second PMOS transistor having a gate connected to a node for carrying the current data bit (Din) so that the second PMOS transistor is configured to switch on to charge the complement bit line responsive to the current bit being false and to switch off responsive to the current bit being true; a second NMOS transistor coupled between the complement bit line and ground; and a second logic gate configured to switch the second NMOS transistor on responsive to both the complement (Dinb) of the current data bit being false and an assertion of the memory clock signal (wclk) and to switch the second NMOS transistor off responsive to the complement of the current data bit being true.
A driving tool, comprising a drive unit (12a, 6, 10); a driver driven by the drive unit for moving in a driving direction, a driver guide configured to guide the driver and having a opening at one end in the driving direction, a contact arm having a contact portion movable between a first position and a second position, wherein: the driver guide defines therein a drive passage and has an end portion in the driving direction including the opening, the end portion of the driver guide includes a guide tube having an inner diameter larger than an inner diameter of the drive passage, the contact portion moves within the guide tube between the first position and the second position, the contact portion protrudes beyond the opening of the end portion of the driver guide by a first distance in the first position and inhibits in the first position the driving operation of the drive unit, and the contact portion protrudes in the second position beyond the opening of the end portion of the driver guide by a second distance that is smaller than the first distance or zero and permits in the second position the driving operation of the drive unit, characterized in that the contact portion has an inner circumference hole serving as a part of the driver passage, wherein a tip end of the inner circumference hole serves as an ejection exit from which driven members (n) are to be driven. the driver guide defines therein a drive passage and has an end portion in the driving direction including the opening, the end portion of the driver guide includes a guide tube having an inner diameter larger than an inner diameter of the drive passage, the contact portion moves within the guide tube between the first position and the second position, the contact portion protrudes beyond the opening of the end portion of the driver guide by a first distance in the first position and inhibits in the first position the driving operation of the drive unit, and the contact portion protrudes in the second position beyond the opening of the end portion of the driver guide by a second distance that is smaller than the first distance or zero and permits in the second position the driving operation of the drive unit, characterized in that the contact portion has an inner circumference hole serving as a part of the driver passage, wherein a tip end of the inner circumference hole serves as an ejection exit from which driven members (n) are to be driven.
A composite film comprising a metal oxide based composite layer (25, 26, 27), a silver based layer (40, 42) and a first metal based layer disposed between the metal oxide based composite layer (25, 26, 27) and the first silver based layer (40, 42), wherein the metal oxide based composite layer (25, 26, 27) comprises a niobium oxide layer (102, 104, 113, 114, 115, 116) and a metal oxide layer (101, 103), and wherein the composite film has a visual light transmittance of at least 65%.
A pneumatic tire comprising a tread portion provided with a crown main groove extending continuously in the tire circumferential direction and disposed on each side the tire equator, a shoulder main groove extending continuously in the tire circumferential direction and disposed axially outside each said crown main groove, a plurality of middle axial grooves extending between said crown main groove and said shoulder main groove, and a plurality of shoulder axial grooves extending between said shoulder main groove and the tread edge (Te) so that the tread portion is divided into a row of circumferentially arranged shoulder blocks formed between said shoulder main groove and said tread edge (Te), a row of circumferentially arranged middle blocks formed between said crown main groove and said shoulder main groove, and a central land portion formed between the two crown main grooves and provided with central notches, said central notches (17, 215) extending from said crown main groove toward the tire equator, terminating within the central land portion, arranged circumferentially of the tire at intervals, characterized in that the central notches (17, 215) have a depth smaller than the depth of the crown main groove, wherein the depth of each said central notch is 55 % to 65 % of the depth of the crown main groove, and said central notches (17, 215) satisfy the following condition or: the maximum axial length of each said central notch is 10 % to 15 % of the maximum axial length of the central land portion, and the circumferential length of an opening of each said central notch to the crown main groove is 10 % to 15 % of one pitch of the shoulder block row; the circumferential length of an opening of each said central notch to the crown main groove is 15 % to 25 % of one pitch of the central notches. the maximum axial length of each said central notch is 10 % to 15 % of the maximum axial length of the central land portion, and the circumferential length of an opening of each said central notch to the crown main groove is 10 % to 15 % of one pitch of the shoulder block row; the circumferential length of an opening of each said central notch to the crown main groove is 15 % to 25 % of one pitch of the central notches.