mhurhangee/ep-ind-claims huggingface dataset:
Vacuum cleaner pipe comprising: - a first rigid portion and a second rigid portion, - an articulation device connecting the first and second rigid portions (8, 9) together, the articulation device comprising a pivoting axis and being configured to allow a pivoting of the first rigid portion with respect to the second rigid portion about the pivoting axis, and - at least one electric wire comprising a first wire portion (24.1) fixed to the first rigid portion and a second wire portion (24.2) fixed to the second rigid portion, the at least one electric wire comprises an intermediate portion (24.3) which is located between the first and second wire portions (24.1, 24.2), characterised in that the at least one electric wire forms a loop about the pivoting axis. - a first rigid portion and a second rigid portion, - an articulation device connecting the first and second rigid portions (8, 9) together, the articulation device comprising a pivoting axis and being configured to allow a pivoting of the first rigid portion with respect to the second rigid portion about the pivoting axis, and - at least one electric wire comprising a first wire portion (24.1) fixed to the first rigid portion and a second wire portion (24.2) fixed to the second rigid portion, the at least one electric wire comprises an intermediate portion (24.3) which is located between the first and second wire portions (24.1, 24.2), characterised in that the at least one electric wire forms a loop about the pivoting axis.
A method for controlling non-serving uplink enhanced radio link of dual carrier system, comprising: in a process of a non-serving cell performing a control of an enhanced radio link on a terminal using dual carrier high speed packet access technology, in a condition that there is no corresponding non-serving downlink high speed shared channel radio link, a radio network controller informing a non-serving Node B to which the terminal belongs of carrier attribute information of the enhanced radio link; and the non-serving Node B performing the control of the enhanced radio link according to the carrier attribute information. in a process of a non-serving cell performing a control of an enhanced radio link on a terminal using dual carrier high speed packet access technology, in a condition that there is no corresponding non-serving downlink high speed shared channel radio link, a radio network controller informing a non-serving Node B to which the terminal belongs of carrier attribute information of the enhanced radio link; and the non-serving Node B performing the control of the enhanced radio link according to the carrier attribute information.
A prop for construction work, of the type having two tubular members (1,8) in a telescopic arrangement with flat top and bottom supporting base members, a transverse pin (27,28) coinciding with selected openings in the telescopic arrangement and a formwork retaining head arrangement in the tubular members (1,8) of which the external tube has an upper threaded zone which receives an outer sleeve with a handle and an upper flange, characterised in that: a) the outer sleeve, handle (5,6) and upper flange are moulded in a single piece of metal, b) the prop includes an internal spring which is constructed as a flat strip spring bent to form two outer limbs (12,13) bent to match top parts of the flange, and an internal surface of the external tube, and, c) the internal tube has straight diametrically opposite transverse grooves (9,10) through which bent ends (15,16) of the outer limbs (12,13) of the spring project, d) the bent ends (15,16) of the two outer limbs(12,13) of the spring have curved external edges having lips (17,18) with the shape of circular segments. a) the outer sleeve, handle (5,6) and upper flange are moulded in a single piece of metal, b) the prop includes an internal spring which is constructed as a flat strip spring bent to form two outer limbs (12,13) bent to match top parts of the flange, and an internal surface of the external tube, and, c) the internal tube has straight diametrically opposite transverse grooves (9,10) through which bent ends (15,16) of the outer limbs (12,13) of the spring project, d) the bent ends (15,16) of the two outer limbs(12,13) of the spring have curved external edges having lips (17,18) with the shape of circular segments.
A pencil lead, comprising: a porous lead body having fine pores therein; and a silica-organic hybrid resin inside the fine pores of the porous lead body. a porous lead body having fine pores therein; and a silica-organic hybrid resin inside the fine pores of the porous lead body.
A method of providing a preform for a composite part, the method comprising the steps of: obtaining a batch of dry fibers; obtaining a batch of catalyst capsules, each capsule comprising a catalyst and a shell that encapsulates the catalyst, which shell is rupturable under predetermined conditions to thereby release the encapsulated catalyst; obtaining a resin for impregnating the batch of dry fibers, wherein the catalyst accelerates polymerization of monomers in the resin; interspersing the catalyst capsules among the dry fibers; attracting and/or attaching the catalyst capsules to one or more of the dry fibers; wherein the resin for impregnating the batch of dry fibers is a catalyst free resin, further comprising the step of impregnating the dry fibers with the resin after interspersing the catalyst capsules among the dry fibers and attracting and/or attaching the interspersed catalyst capsules to the dry fibers, whereby on attaining the predetermined conditions the shells rupture to release the catalyst to thereby catalyze polymerization of the resin monomers. obtaining a batch of dry fibers; obtaining a batch of catalyst capsules, each capsule comprising a catalyst and a shell that encapsulates the catalyst, which shell is rupturable under predetermined conditions to thereby release the encapsulated catalyst; obtaining a resin for impregnating the batch of dry fibers, wherein the catalyst accelerates polymerization of monomers in the resin; interspersing the catalyst capsules among the dry fibers; attracting and/or attaching the catalyst capsules to one or more of the dry fibers; wherein the resin for impregnating the batch of dry fibers is a catalyst free resin, further comprising the step of impregnating the dry fibers with the resin after interspersing the catalyst capsules among the dry fibers and attracting and/or attaching the interspersed catalyst capsules to the dry fibers, whereby on attaining the predetermined conditions the shells rupture to release the catalyst to thereby catalyze polymerization of the resin monomers.
A method for accessing interface properties of a data object, comprising: getting the data object (402, 602) from a first data field outside a value map (404, 604) in a second data field, wherein the data object (402, 602) includes data values and related data; and getting an interface property (406, 608) for the data object (402, 602) from a value map (404, 604) in the second data field using a computer processor. getting the data object (402, 602) from a first data field outside a value map (404, 604) in a second data field, wherein the data object (402, 602) includes data values and related data; and getting an interface property (406, 608) for the data object (402, 602) from a value map (404, 604) in the second data field using a computer processor.
Lighting device for motor vehicles with a right-hand and a left-hand headlamp, - wherein the headlamps each comprise a gas discharge lamp with an electronic ballast, - wherein the ballasts receive a starting signal for the gas discharge lamp by a vehicle electric system via a bus-system, characterized in that a time delay unit is integrated in the ballast of the left-hand or right-hand headlamp, which causes the starting signal, once it has been received, to be executed only with a predetermined time delay (ΔT). - wherein the headlamps each comprise a gas discharge lamp with an electronic ballast, - wherein the ballasts receive a starting signal for the gas discharge lamp by a vehicle electric system via a bus-system,
Floor for an animal shed having a reservoir underneath the floor, the floor comprising at least one floor element, the element comprising: - a first and a second surface (3, 4) spaced apart, such that the floor element has a thickness different from zero, wherein the second surface faces the reservoir; and - multiple through holes extending from the first to the second surface, and in use opening up to the reservoir, and having a first cross section in a plane parallel to the first and/or second surface, a second cross section perpendicular to the first and/or second surface, and an interior surface; wherein the first cross section changes in dimension over the thickness of the floor element, wherein the through hole has a step in the interior surface at a distance different form zero from the first and second surface, thus dividing the through hole into a first partition extending from the first surface to the step, and a second partition extending from the step to the second surface, wherein the through hole comprises an opening that opens out to the first surface, which opening is relatively narrow at at least the first surface, such that urine is allowed to flow into the through hole at the first surface to the reservoir, and feces remains on the first surface when the floor is in use, wherein at least the first partition is provided with an insert, wherein the insert is supported by the step and wherein an opening of the insert forms the opening of the through hole, wherein the floor element is made of concrete and the insert is formed of a flexible material. - a first and a second surface (3, 4) spaced apart, such that the floor element has a thickness different from zero, wherein the second surface faces the reservoir; and - multiple through holes extending from the first to the second surface, and in use opening up to the reservoir, and having a first cross section in a plane parallel to the first and/or second surface, a second cross section perpendicular to the first and/or second surface, and an interior surface;
A blade element for a gas turbine engine, the blade element comprising: a first inner surface of the blade element, wherein the first inner surface is associated with a first outer blade surface of the blade element; a second inner surface of the blade element, wherein the second inner surface is associated with a second outer blade surface of the blade element and wherein the second inner surface is opposite from the first inner surface; and a cross-tie (130;205) configured to connect the first inner surface to the second inner surface, wherein the cross-tie (130;205) is positioned along a trailing edge of the blade element and the cross-tie (130;205) is positioned and configured to reduce vibration mode effects of the blade element reducing the stress and/or strain associated with a vibration mode of the blade element; wherein the cross-tie (130;205) includes a first portion blended to the first inner surface, a second portion blended to the second inner surface, and a non-circular cross-section between the first and second portions, the non-circular cross-section being reduced in size relative to the first and second portions of the cross-tie (130;205), and also being formed to include a non-circular blend between first and second portions of the cross-tie blended to blade surfaces. a first inner surface of the blade element, wherein the first inner surface is associated with a first outer blade surface of the blade element; a second inner surface of the blade element, wherein the second inner surface is associated with a second outer blade surface of the blade element and wherein the second inner surface is opposite from the first inner surface; and a cross-tie (130;205) configured to connect the first inner surface to the second inner surface, wherein the cross-tie (130;205) is positioned along a trailing edge of the blade element and the cross-tie (130;205) is positioned and configured to reduce vibration mode effects of the blade element reducing the stress and/or strain associated with a vibration mode of the blade element; wherein the cross-tie (130;205) includes a first portion blended to the first inner surface, a second portion blended to the second inner surface, and a non-circular cross-section between the first and second portions, the non-circular cross-section being reduced in size relative to the first and second portions of the cross-tie (130;205), and also being formed to include a non-circular blend between first and second portions of the cross-tie blended to blade surfaces.
A silicon nitride substrate comprising a peptide having an affinity for silicon nitride bonded thereto, the peptide being or below: a peptide having the amino acid sequence represented by any one of SEQ ID NOS: 2 and 6 to 11, and a peptide that has an affinity for silicon nitride and comprises an amino acid sequence in which one to three amino acids are deleted, substituted or added in the amino acid sequences of. a peptide having the amino acid sequence represented by any one of SEQ ID NOS: 2 and 6 to 11, and a peptide that has an affinity for silicon nitride and comprises an amino acid sequence in which one to three amino acids are deleted, substituted or added in the amino acid sequences of.
A vehicle camera washing system comprising: a nozzle (20A-C) that directs washer fluid to clean a blockage over a lens of a camera (14, 16, 18); a washer fluid storage container; a pump propelling washer fluid from the washer fluid storage container through the nozzle (20A-C); a control valve (22A-C) controlling communication of washer fluid to the nozzle (20A-C); a controller that controls operation of the pump and valve according to a selected mode of operation and a detected blockage of the lens; and characterized in that the selected mode of operation comprises an off-road mode, an automatic mode, a time restricted mode and a speed restricted mode. a nozzle (20A-C) that directs washer fluid to clean a blockage over a lens of a camera (14, 16, 18); a washer fluid storage container; a pump propelling washer fluid from the washer fluid storage container through the nozzle (20A-C); a control valve (22A-C) controlling communication of washer fluid to the nozzle (20A-C); a controller that controls operation of the pump and valve according to a selected mode of operation and a detected blockage of the lens; and characterized in that the selected mode of operation comprises an off-road mode, an automatic mode, a time restricted mode and a speed restricted mode.
A polishing composition for silicon wafer comprising silica particles and water, characterized in that the polishing composition further comprises a tetraalkylammonium ion such that the mass ratio of the tetraalkylammonium ion to SiO 2 of the silica particles is 0.400 to 1.500: 1, and the mass ratio of SiO 2 dissolved in the polishing composition to SiO 2 of the silica particles is 0.100 to 1.500: 1.
A display apparatus configured to project an image onto a target projection surface having a first region on which visible light is reflected and a second region through which visible light is transmitted and by which visible light is emitted when receiving ultraviolet light that has a predetermined wavelength, the display apparatus characterized by comprising: a wavelength selection unit configured to, based on region distribution information which is information about a distribution of the first and the second regions on the target projection surface, select a first wavelength corresponding to visible light as light to be projected onto the first region and select a second wavelength corresponding to the predetermined wavelength of ultraviolet light as light to be projected onto the second region; a laser light source unit comprising a first diode and a second diode, the first diode being configured to emit light having the first wavelength and the second diode being configured to emit light having the second wavelength; a laser light source control unit configured to output a laser drive signal based on image data of the image as projected by the display apparatus, wherein the laser drive signal controls the output of light from the laser light source unit; and a scanner unit configured to project the image formed by the emitted light onto the target projection surface. a wavelength selection unit configured to, based on region distribution information which is information about a distribution of the first and the second regions on the target projection surface, select a first wavelength corresponding to visible light as light to be projected onto the first region and select a second wavelength corresponding to the predetermined wavelength of ultraviolet light as light to be projected onto the second region; a laser light source unit comprising a first diode and a second diode, the first diode being configured to emit light having the first wavelength and the second diode being configured to emit light having the second wavelength; a laser light source control unit configured to output a laser drive signal based on image data of the image as projected by the display apparatus, wherein the laser drive signal controls the output of light from the laser light source unit; and a scanner unit configured to project the image formed by the emitted light onto the target projection surface.
A method of transmitting data on a temporary primary channel using a wireless station, wherein the wireless station is a requesting station, STA, the method comprising: transmitting a first frame over a primary channel indicating a first channel for use as a temporary primary channel and a target wakeup time, TWT, the transmitting being performed from the requesting STA to a responding STA; receiving a second frame responsive to said first frame, said second frame originating from said responding STA, wherein said second frame indicates a second channel for the requesting STA to use as the temporary primary channel; allocating resource units, RUs, to the requesting STA according to a plurality of frames, wherein the plurality of frames comprises an uplink frame and a downlink frame, said uplink frame comprising a high efficiency, HE, trigger-based, TB, protocol data unit, PPDU, frame and said downlink frame comprises an HE multi user, MU, PPDU frame, wherein the RUs are within the temporary primary channel, indicated by the second channel; and accessing the temporary primary channel indicated by the second channel using the requesting STA at a time corresponding to the TWT; wherein said second channel is selected based on said first channel during a negotiation between said requesting STA and said responding STA. transmitting a first frame over a primary channel indicating a first channel for use as a temporary primary channel and a target wakeup time, TWT, the transmitting being performed from the requesting STA to a responding STA; receiving a second frame responsive to said first frame, said second frame originating from said responding STA, wherein said second frame indicates a second channel for the requesting STA to use as the temporary primary channel; allocating resource units, RUs, to the requesting STA according to a plurality of frames, wherein the plurality of frames comprises an uplink frame and a downlink frame, said uplink frame comprising a high efficiency, HE, trigger-based, TB, protocol data unit, PPDU, frame and said downlink frame comprises an HE multi user, MU, PPDU frame, wherein the RUs are within the temporary primary channel, indicated by the second channel; and accessing the temporary primary channel indicated by the second channel using the requesting STA at a time corresponding to the TWT; wherein said second channel is selected based on said first channel during a negotiation between said requesting STA and said responding STA.
A dispenser for dispensing material from a refill container comprising: a memory unit that stores at least one reference profile (500A-C) associated with a pump output amount value; a pump adapted to be fluidly coupled to the refill container so as to dispense material therefrom, wherein said pump is configured such that the amount of material dispensed therefrom is adjustable; a controller coupled to said memory unit, and said pump, said controller configured to compute at least one usage value; and an actuator coupled to said controller to actuate said pump when engaged; characterized in further comprising a current sensor coupled to said pump and to said controller to generate an operating profile defined by a priming time value (T 1) and a peak current magnitude value (C 1) of the electrical current consumed by the operation of said pump; wherein said at least one reference profile (500A-C) is defined by a priming time value (T R) and a peak current magnitude value (C R); and wherein, when said actuator is engaged, said priming time value (T 1) and said peak current magnitude value (C 1) of said operating profile is compared with said priming time value (T R) and said peak current magnitude value (C R) of said at least one reference profile (500A-C), wherein said pump output amount value associated with said reference profile (500A-C) that matches said operating profile is used by said controller to compute said at least one usage value. a memory unit that stores at least one reference profile (500A-C) associated with a pump output amount value; a pump adapted to be fluidly coupled to the refill container so as to dispense material therefrom, wherein said pump is configured such that the amount of material dispensed therefrom is adjustable; a controller coupled to said memory unit, and said pump, said controller configured to compute at least one usage value; and an actuator coupled to said controller to actuate said pump when engaged; characterized in further comprising a current sensor coupled to said pump and to said controller to generate an operating profile defined by a priming time value (T 1) and a peak current magnitude value (C 1) of the electrical current consumed by the operation of said pump; wherein said at least one reference profile (500A-C) is defined by a priming time value (T R) and a peak current magnitude value (C R); and wherein, when said actuator is engaged, said priming time value (T 1) and said peak current magnitude value (C 1) of said operating profile is compared with said priming time value (T R) and said peak current magnitude value (C R) of said at least one reference profile (500A-C), wherein said pump output amount value associated with said reference profile (500A-C) that matches said operating profile is used by said controller to compute said at least one usage value.
A cleaning device for cleaning a cylindrical roller, comprising a cleaning head with a cleaning chamber, in which a mechanical cleaning member is housed, and with which feeding members are associated for feeding a cleaning liquid into the cleaning chamber; wherein the mechanical cleaning member and the cleaning liquid dispensed by said feeding members work in combination inside said cleaning chamber; wherein the cleaning head is provided with a translation movement in a direction parallel to the axis of the cylindrical roller; characterized in that the cleaning head comprises lateral sealing gaskets of said cleaning chamber; wherein the lateral sealing gaskets are replaceable as a function of the diameter of the cylindrical roller to be cleaned.
Heatable fluid line, comprising a pipe that has an inner space, and a heating device arranged in the inner space, a volume reduction element being arranged between the pipe and the heating device for reducing the volume in an annular gap between the pipe and the heating device, characterised in that the volume reduction element has a recess extending along the heating device and is constructed as a pipe section with an internal cross-section and has a jacket that has a parting line in the longitudinal direction, and wherein the heating device is constructed as a heating rod and the volume reduction element is clipped onto the heating rod.