mhurhangee/ep-ind-claims huggingface dataset:
Pump assembly comprising a pump unit and an electric motor which drives the said pump unit, the said electric motor comprising a stator and a rotor which rotates in a rotor space, wherein the stator is separated from the rotor space by a can, characterized in that there is a circular spline connection (3, 4) between the can and the stator, the can being supported against the stator by means of the said circular spline connection.
A process for preparing a compound of formula, wherein the compound of formula is obtained from hydrolysis of a compound of formula in the presence of a first base and of a first solvent or of a first mixture of solvents, and wherein the compound of formula is obtained by reacting a compound of formula with 4-trifluoromethylbenzoyl chloride in the presence of a second base and of a second solvent, wherein the second solvent is methanol.
A component assembly comprising a component, in particular a sheet metal part, and an element formed as an alignment element attached to the component, the element having a head part, a component contact surface provided at one end face of the head part and a collar arranged inside the component contact surface and projecting away from it, the collar having a cross-sectional shape which is not circular, characterized in that the collar is inserted with clearance in an aperture of the component shaped complementary to the cross-sectional shape, in that the collar has outer surfaces which converge in the direction towards said end face of the head part and with respect to the central longitudinal axis of the element and form an acute angle (α) with the latter, in that the marginal region of the aperture of the component adjacent to the component contact surface extends into recesses formed between the collar and the end face of the head part but does not extend to the base of the recesses, with a free space arising which ensures a lateral displaceability of the element relative to the component, and in that an axial separation of the element from the component is prevented by material overlap of the component material with the collar within the recesses.
A surgical tool, comprising: a shaft; a closure yoke; opposing jaws (410, 412); and an unclamp lockout mechanism, comprising: a pawl rotatably mounted to the shaft of the surgical tool and positioned proximal to the closure yoke, the closure yoke being operatively coupled to the shaft, wherein the pawl is pivotable between a stowed position, where the pawl is received within an aperture defined in the shaft, and a deployed position, where the pawl protrudes out of the aperture; and a biasing device that biases the pawl into the aperture and toward the stowed position, wherein, when the pawl is in the stowed position, the closure yoke is movable to a proximal position over at least a portion of the pawl to open the opposing jaws, and wherein, when the pawl is in the deployed position, the closure yoke is prevented from moving to the proximal position. a shaft; a closure yoke; opposing jaws (410, 412); and an unclamp lockout mechanism, comprising: a pawl rotatably mounted to the shaft of the surgical tool and positioned proximal to the closure yoke, the closure yoke being operatively coupled to the shaft, wherein the pawl is pivotable between a stowed position, where the pawl is received within an aperture defined in the shaft, and a deployed position, where the pawl protrudes out of the aperture; and a biasing device that biases the pawl into the aperture and toward the stowed position, wherein, when the pawl is in the stowed position, the closure yoke is movable to a proximal position over at least a portion of the pawl to open the opposing jaws, and wherein, when the pawl is in the deployed position, the closure yoke is prevented from moving to the proximal position. a pawl rotatably mounted to the shaft of the surgical tool and positioned proximal to the closure yoke, the closure yoke being operatively coupled to the shaft, wherein the pawl is pivotable between a stowed position, where the pawl is received within an aperture defined in the shaft, and a deployed position, where the pawl protrudes out of the aperture; and a biasing device that biases the pawl into the aperture and toward the stowed position, wherein, when the pawl is in the stowed position, the closure yoke is movable to a proximal position over at least a portion of the pawl to open the opposing jaws, and wherein, when the pawl is in the deployed position, the closure yoke is prevented from moving to the proximal position.
Method of treating an edible oil to remove aldehydes, which comprises contacting the oil with an amino acid and an adsorbing agent, wherein the amino acid and the adsorbing agent are contacted with the oil separately or as a mixture.
A method for washing an annulus that at least partially surrounds a casing in a well, comprising: locating a tool inside a wellbore casing; flowing a washing fluid from an injection aperture on the tool into the annulus through a first casing aperture in the casing; creating an inflow region within the casing having reduced pressure relative to the annulus using a pressure reduction apparatus, wherein the pressure reduction apparatus comprises at least one fluid aperture disposed on at least one helically extending vane configured to impart a helical component of velocity to an operating fluid when passed through the pressure reduction apparatus; flowing the washing fluid from the annulus and into the inflow region of the casing through a second casing aperture in the casing. locating a tool inside a wellbore casing; flowing a washing fluid from an injection aperture on the tool into the annulus through a first casing aperture in the casing; creating an inflow region within the casing having reduced pressure relative to the annulus using a pressure reduction apparatus, wherein the pressure reduction apparatus comprises at least one fluid aperture disposed on at least one helically extending vane configured to impart a helical component of velocity to an operating fluid when passed through the pressure reduction apparatus; flowing the washing fluid from the annulus and into the inflow region of the casing through a second casing aperture in the casing.
A mobile telecommunications device adapted for installation to a vehicle and configured to log driving information associated with the vehicle when driven, the mobile telecommunications device comprising: a sensor set comprising a plurality of sensors selected from a group of sensors including an image sensor, an audio sensor, an accelerometer and a positioning module; a processor for processing sensor data from the sensor set to derive said driving information; a memory for storing said derived driving information; and a wireless telecommunications module operable to download an application; the mobile telecommunications device being arranged to execute the downloaded application to control the mobile telecommunications device to: register the start of a driving period during which the mobile device is installed to the vehicle and the vehicle is being driven by a driver; process sensor data from the sensor set during the driving period to derive driving information associated with how the vehicle is driven; and store a selection of the driving information to the memory. a sensor set comprising a plurality of sensors selected from a group of sensors including an image sensor, an audio sensor, an accelerometer and a positioning module; a processor for processing sensor data from the sensor set to derive said driving information; a memory for storing said derived driving information; and a wireless telecommunications module operable to download an application; the mobile telecommunications device being arranged to execute the downloaded application to control the mobile telecommunications device to: register the start of a driving period during which the mobile device is installed to the vehicle and the vehicle is being driven by a driver; process sensor data from the sensor set during the driving period to derive driving information associated with how the vehicle is driven; and store a selection of the driving information to the memory. register the start of a driving period during which the mobile device is installed to the vehicle and the vehicle is being driven by a driver; process sensor data from the sensor set during the driving period to derive driving information associated with how the vehicle is driven; and store a selection of the driving information to the memory.
Sanitary outlet fitting having a handheld shower attachment which has a shower attachment or extraction valve and is connected via a flexible hose line to a fitting structure which has a handheld shower attachment holder, in which handheld shower attachment holder the handheld shower attachment can be inserted and deposited in a standby position, wherein, in the fitting structure, there is provided at least one shut-off valve which is interposed in a line section leading to the hose line and the valve body of which is guided so as to be movable between an open position and a closed position in which it shuts off the water supply to the hose line, in that, in the fitting structure, a blocking slide is displaceable between an unlocking position and a locking position, in which locking position the blocking slide blocks the adjustment travel of the valve body out of the closed position, and wherein the blocking slide protrudes by way of a free blocking slide end region into the handheld shower attachment holder such that the handheld shower attachment inserted into and deposited in the handheld shower attachment holder in the standby position acts on the free blocking slide end region and secures the blocking slide in its locking position, characterized in that, on the blocking slide, at least two surface parts (22, 23) are provided which can be acted on by the inflowing water and which are oriented in opposite directions and of which that/those surface part(s) which face(s) toward the slide end region is/are larger than that/those surface part(s) which face(s) away from the slide end region, such that, after closing of the shower attachment or extraction valve, the same pressure prevails throughout the water line, which pressure moves the blocking slide from its unlocking position into its locking position, and, as soon as the shower attachment or extraction valve is opened, the water acting on the valve body pushes the blocking slide back into its unlocking position.
A method comprising: receiving a broadcast signal comprising a first broadcast service (515, 615, 701, 703, 801, 803, 901, 1001, 1003, 1005) associated with a first service component; determining a first logical layer pipe (513, 613, 709, 711, 811, 813, 903, 1007, 1200, 1300, 1400) associated with the first broadcast service, wherein the first logical layer pipe defines an association between a plurality of physical layer transmission channels configured to carry the first broadcast service; determining a first physical layer transmission channel carrying the first service component from the plurality of physical layer transmission channels based on the first logical layer pipe, wherein the first physical layer transmission channel is different from the first logical layer pipe; determining whether a receiver has buffering capacity to receive the first logical layer pipe based on a size of a logical layer pipe frame (BS LLPF) and a time between consecutive frames of the logical layer pipe frames (T INT_LLPF) or based on determining whether the size of the logical layer pipe frame is less than or equal to a buffer size of the receiver (B R); and in response to determining that the receiver has the buffering capacity to receive the first logical layer pipe, accessing the first service component for the first broadcast service through the first physical layer transmission channel. receiving a broadcast signal comprising a first broadcast service (515, 615, 701, 703, 801, 803, 901, 1001, 1003, 1005) associated with a first service component; determining a first logical layer pipe (513, 613, 709, 711, 811, 813, 903, 1007, 1200, 1300, 1400) associated with the first broadcast service, wherein the first logical layer pipe defines an association between a plurality of physical layer transmission channels configured to carry the first broadcast service; determining a first physical layer transmission channel carrying the first service component from the plurality of physical layer transmission channels based on the first logical layer pipe, wherein the first physical layer transmission channel is different from the first logical layer pipe; determining whether a receiver has buffering capacity to receive the first logical layer pipe based on a size of a logical layer pipe frame (BS LLPF) and a time between consecutive frames of the logical layer pipe frames (T INT_LLPF) or based on determining whether the size of the logical layer pipe frame is less than or equal to a buffer size of the receiver (B R); and in response to determining that the receiver has the buffering capacity to receive the first logical layer pipe, accessing the first service component for the first broadcast service through the first physical layer transmission channel.
A carbon fiber precursor fiber, comprising: a polymer represented by General Formula below: where in the General Formula, Ar 1 represents an aryl group expressed by any one of Structural Formulas, or below, and Ar 2 represents an aryl group expressed by Structural Formula or below: a polymer represented by General Formula below: where in the General Formula, Ar 1 represents an aryl group expressed by any one of Structural Formulas, or below, and Ar 2 represents an aryl group expressed by Structural Formula or below:
An Li-containing α-sialon phosphor particle, which is a lithium-containing α-sialon phosphor particle represented by formula: Li x Eu y Si 12-(m+n) Al (m+n) O n+δ N 16-n-δ (wherein 0.4≤x≤1.5, 0.001≤y≤0.2, 1.0≤m≤2.8, 0.1≤n+δ≤3.2, and, assuming that the average valence of Eu is a, x+ya+δ=m), wherein the light absorptivity in a wavelength region near 450 nm is 65% or more and said lithium-containing α-sialon phosphor particle has on the surface thereof a sialon surface layer having an uneven surface microstructure formed by particulate sialon with a dimension of 1 μm or less.
Electric motor system, in particular for a motor vehicle, - having an electric motor which has at least four coils, which during operation drive a motor shaft of the electric motor, - having a power electronics for the electrical supply of the coils, - having a control device for controlling the electric motor system, - wherein the power electronics have respectively one associated bridging circuit for at least four of the at least four coils, such that these at least four coils are supplied by the power electronics independently of one another characterised in that the control device is configured such that it determines a power requirement made of the electric motor and reduces the electrical supply of at least one of the coils when the power delivered by the electric motor is above the power requirement. - having an electric motor which has at least four coils, which during operation drive a motor shaft of the electric motor, - having a power electronics for the electrical supply of the coils, - having a control device for controlling the electric motor system, - wherein the power electronics have respectively one associated bridging circuit for at least four of the at least four coils, such that these at least four coils are supplied by the power electronics independently of one another
A method of making a positive electrode film having a thickness of less than 50μm for a rechargeable polymer battery, said method comprising: a) compounding in an extruder a composite positive electrode mixture of active cathode material, an electronically conductive additive, and an ionically conductive polymer electrolyte; b) extruding the composite positive electrode mixture through a sheet die into a film having a thickness of more than 50μm; c) reducing the thickness and increasing the width of the extruded film through a series of at least two pairs of nip rollers to obtain a composite positive electrode film having a thickness of less than 50μm, at least one nip roller of the first pair of nip rollers being heated at or above the melting point of the extruded film polymer electrolyte constituent, at least one nip roller of the second pair of nip rollers being maintained at a temperature that at least partially solidifies the extruded film of reduced thickness such that when the extruded film of reduced thickness passes through said second pair of nip rollers, it is cooled down to a temperature that allows it to maintain its physical integrity, wherein a lubricant having the chemical formula of C 7 H 16 is used on surfaces of the nip rollers in order to inhibit adhesion of the extruded film to the surfaces of the nip rollers. a) compounding in an extruder a composite positive electrode mixture of active cathode material, an electronically conductive additive, and an ionically conductive polymer electrolyte; b) extruding the composite positive electrode mixture through a sheet die into a film having a thickness of more than 50μm; c) reducing the thickness and increasing the width of the extruded film through a series of at least two pairs of nip rollers to obtain a composite positive electrode film having a thickness of less than 50μm, at least one nip roller of the first pair of nip rollers being heated at or above the melting point of the extruded film polymer electrolyte constituent, at least one nip roller of the second pair of nip rollers being maintained at a temperature that at least partially solidifies the extruded film of reduced thickness such that when the extruded film of reduced thickness passes through said second pair of nip rollers, it is cooled down to a temperature that allows it to maintain its physical integrity, wherein a lubricant having the chemical formula of C 7 H 16 is used on surfaces of the nip rollers in order to inhibit adhesion of the extruded film to the surfaces of the nip rollers.
A wireless communication method, comprising: determining, at a terminal in a serving cell of a wireless communication network, geographic information relating to one or more neighboring wireless network cells included in a neighboring cell list obtained from the wireless communication network, wherein the neighboring wireless network cells are grouped into neighborhoods and wherein head cells (111a, 111b, 111c, 111d) are designated for the respective neighborhoods, wherein the head cell of each respective neighborhood is the strongest wireless network cell in the respective neighborhood or is the cell providing coverage closest to the serving cell, and wherein the determined geographic information is based on measurements of signals from one or more of the head cells (111a, 111b, 111c, 111d); and performing measurements on a subset of the neighboring cell list, wherein the subset is determined based on the geographic information. determining, at a terminal in a serving cell of a wireless communication network, geographic information relating to one or more neighboring wireless network cells included in a neighboring cell list obtained from the wireless communication network, wherein the neighboring wireless network cells are grouped into neighborhoods and wherein head cells (111a, 111b, 111c, 111d) are designated for the respective neighborhoods, wherein the head cell of each respective neighborhood is the strongest wireless network cell in the respective neighborhood or is the cell providing coverage closest to the serving cell, and wherein the determined geographic information is based on measurements of signals from one or more of the head cells (111a, 111b, 111c, 111d); and performing measurements on a subset of the neighboring cell list, wherein the subset is determined based on the geographic information.
A sheet feed apparatus comprising: a sheet tray including a placing surface on which a sheet is placed; a sheet conveyance path which is extended from the sheet tray and through which the sheet is conveyed in a predetermined sheet conveyance direction; a sheet feed roller disposed, downstream of the sheet tray in the sheet conveyance direction, above a central portion of the sheet tray in a sheet width direction perpendicular to the sheet conveyance direction, so as to face the central portion of the sheet tray, the sheet feed roller being rotationally driven to feed the sheet into the sheet conveyance path; a lift plate disposed on the downstream side of the sheet tray in the sheet conveyance direction to support the sheet on a top surface thereof, the lift plate being movable upward and downward to allow the sheet to contact with the sheet feed roller; and a guide wall disposed downstream of the lift plate in the sheet conveyance direction and spaced from the lift plate with a predetermined gap, to guide the sheet conveyed by the sheet feed roller in a diagonally upward direction intersecting the placing surface, characterized in that both end portions in the sheet width direction in a front edge portion, of the lift plate, facing the guide wall are provided with end guide surfaces, respectively, which are inclined upward relative to a central portion in the sheet width direction. a sheet tray including a placing surface on which a sheet is placed; a sheet conveyance path which is extended from the sheet tray and through which the sheet is conveyed in a predetermined sheet conveyance direction; a sheet feed roller disposed, downstream of the sheet tray in the sheet conveyance direction, above a central portion of the sheet tray in a sheet width direction perpendicular to the sheet conveyance direction, so as to face the central portion of the sheet tray, the sheet feed roller being rotationally driven to feed the sheet into the sheet conveyance path; a lift plate disposed on the downstream side of the sheet tray in the sheet conveyance direction to support the sheet on a top surface thereof, the lift plate being movable upward and downward to allow the sheet to contact with the sheet feed roller; and a guide wall disposed downstream of the lift plate in the sheet conveyance direction and spaced from the lift plate with a predetermined gap, to guide the sheet conveyed by the sheet feed roller in a diagonally upward direction intersecting the placing surface, characterized in that both end portions in the sheet width direction in a front edge portion, of the lift plate, facing the guide wall are provided with end guide surfaces, respectively, which are inclined upward relative to a central portion in the sheet width direction.
A microfluidic immunoblotting device comprising a flat membrane-contacting surface and a plurality of non-connected parallel microfluidic channels, wherein the entire length of said microfluidic channels are open to the membrane-contacting surface.