mhurhangee/ep-ind-claims huggingface dataset:
A casing for an electrical apparatus that houses the electrical apparatus, the casing comprising: a casing body having an opening; a cover body that includes a flat plate-like cover portion having a rectangular shape for covering the opening and an outer side surface cover portion (22, 23) that is continuous to one side (21a, 21b) of the flat plate-like cover portion and covers an outer side surface (12a, 13a) of the casing body; and a first rib that is provided on the outer surface (12a, 13a) of the casing body covered by the outer side surface cover portion (22, 23) and extends along the one side (21a, 21b), characterized in that the outer side surface (12a, 13a) is provided with a second rib that extends in a direction crossing the first rib and has a protrusion height from the outer side surface (12a, 13a) equal to or higher than a protrusion height of the first rib from the outer side surface (12a, 13a), wherein the second rib includes a first protruding portion protruding from the outer side surface (12a, 13a) by a predetermined height and a second protruding portion protruding from the outer side surface (12a, 13a) by a protrusion height lower than the predetermined height of the first protruding portion, and wherein the second protruding portion forms an air passage that allows air to pass the second rib via the second protruding portion. a casing body having an opening; a cover body that includes a flat plate-like cover portion having a rectangular shape for covering the opening and an outer side surface cover portion (22, 23) that is continuous to one side (21a, 21b) of the flat plate-like cover portion and covers an outer side surface (12a, 13a) of the casing body; and a first rib that is provided on the outer surface (12a, 13a) of the casing body covered by the outer side surface cover portion (22, 23) and extends along the one side (21a, 21b), characterized in that the outer side surface (12a, 13a) is provided with a second rib that extends in a direction crossing the first rib and has a protrusion height from the outer side surface (12a, 13a) equal to or higher than a protrusion height of the first rib from the outer side surface (12a, 13a), wherein the second rib includes a first protruding portion protruding from the outer side surface (12a, 13a) by a predetermined height and a second protruding portion protruding from the outer side surface (12a, 13a) by a protrusion height lower than the predetermined height of the first protruding portion, and wherein the second protruding portion forms an air passage that allows air to pass the second rib via the second protruding portion.
A damper device (50, 60, 70) comprising; a shaft having a shaft portion and a large diameter portion; a housing formed in a cylindrical shape and through which the shaft is inserted, the shaft being movable in an axial direction relative to the housing, the housing being provided with a restricting surface (52b, 62b) facing toward an end surface side of the large diameter portion; and an impact absorbing member inserted on the shaft portion and disposed between the end surface of the large diameter portion and the restricting surface (52b, 62b) in an axial direction, wherein the impact absorbing member includes; an impact receiving member including a cylindrical portion facing to an inner peripheral surface of the housing and a flange portion extending from the cylindrical portion outwardly in a radial direction and facing to the restricting surface (52b, 62b) and being contactable with the large diameter portion; and an elastic body (53b, 63b, 73b) provided in a space (So) formed by the inner peripheral surface of the housing, the restricting surface (52b, 62b), an outer peripheral surface of the cylindrical portion and the flange portion and formed by a rubber material or a synthetic resin material having a rubber-like elasticity, and wherein, the housing includes a relief portion (52f, 62f, 72f) defined by an area provided continuously inwardly in a radial direction from the restricting surface (52b, 62b), wherein an end portion of the cylindrical portion can be more advanced towards an opposite side to the large diameter portion than the restricting surface along in an axial direction; when the large diameter portion does not apply an impact force on the flange portion, the elastic body (53b, 63b, 73b) is disposed having a gap (S 1 through S 3) relative to at least one of the inner peripheral surface of the housing and the outer peripheral surface of the cylindrical portion; when the large diameter portion applies the impact force on the flange portion, the elastic body (53b, 63b, 73b) is compressed by the restricting surface (52b, 62b) and the flange portion in an axial direction to be deformed into a state that the elastic body is brought into contact with all of the inner peripheral surface of the housing, the restricting surface (52b, 62b), the outer peripheral surface of the cylindrical portion and the flange portion to be filled in the gap, and the impact receiving member is restricted from the relative movement relative to the housing by the deformed elastic body (53b, 63b, 73b) when the end portion of the cylindrical portion is advanced into the relief portion (52f, 62f, 72f) and the impact receiving member keeps a non-contact state with the housing.
A reader (100, 100', 100") operable to read a mark (10, 10', 10") on a substrate, the reader comprising: a power source, operable to deliver a variable drive current or voltage, a light source operable to illuminate said mark (10, 10', 10") with a sequence of illumination light pulses of different wavelength spectra, an intensity of said illumination light pulses varying according to the delivered drive current or voltage; a light sensor operable to measure an intensity of light received from said mark (10, 10', 10") and to deliver a corresponding light intensity signal; and a control unit operable to control said power source and light sensor to control timings of said illumination light pulses according to a switching pattern and timings to acquire said light intensity signal for synchronizing acquisition of said light intensity signal with said sequence of illumination light pulses, said control unit being further operable to adjust a duty cycle of said switching pattern so as to maintain heat generation associated to each illumination light pulse below a given threshold value, characterized in that the control unit is further configured to compute a decay time of a luminescent material of said mark (10, 10', 10") based on said light intensity signal. a power source, operable to deliver a variable drive current or voltage, a light source operable to illuminate said mark (10, 10', 10") with a sequence of illumination light pulses of different wavelength spectra, an intensity of said illumination light pulses varying according to the delivered drive current or voltage; a light sensor operable to measure an intensity of light received from said mark (10, 10', 10") and to deliver a corresponding light intensity signal; and a control unit operable to control said power source and light sensor to control timings of said illumination light pulses according to a switching pattern and timings to acquire said light intensity signal for synchronizing acquisition of said light intensity signal with said sequence of illumination light pulses, said control unit being further operable to adjust a duty cycle of said switching pattern so as to maintain heat generation associated to each illumination light pulse below a given threshold value, characterized in that the control unit is further configured to compute a decay time of a luminescent material of said mark (10, 10', 10") based on said light intensity signal.
A carrier for carrying a plurality of containers, the carrier comprising: a planar sheet of a plastic material, the sheet having a plurality of container receiving apertures arranged in longitudinal rows and transverse ranks; a panel integrally formed with the sheet, the panel extending outward from an edge of the sheet, characterised in that the panel is die cut to form two or more decorative or functional giveaways wherein a first giveaway extends directly from the planar sheet and a second giveaway extends from the first giveaway such that the first giveaway is positioned between the planar sheet and the second giveaway, wherein the two or more giveaways are longitudinally joined to each other and successively tearable and removable for reuse, wherein the two or more giveaways comprise two or more wristbands that alternatingly extend along the panel and are tearable with respect to the sheet. a planar sheet of a plastic material, the sheet having a plurality of container receiving apertures arranged in longitudinal rows and transverse ranks; a panel integrally formed with the sheet, the panel extending outward from an edge of the sheet, characterised in that the panel is die cut to form two or more decorative or functional giveaways wherein a first giveaway extends directly from the planar sheet and a second giveaway extends from the first giveaway such that the first giveaway is positioned between the planar sheet and the second giveaway, wherein the two or more giveaways are longitudinally joined to each other and successively tearable and removable for reuse, wherein the two or more giveaways comprise two or more wristbands that alternatingly extend along the panel and are tearable with respect to the sheet.
An apparatus for directing a flow of liquid resin (232, 232'), the apparatus comprising: a tool (160, 160'); a tool surface (172, 172') on the tool; a channel recessed (174, 174') into the tool surface (172, 172'); a plate (196, 196') removably positionable on the tool surface (172, 172') covering over the channel (174, 174'), the plate (196, 196') having a plurality of perforations through the plate (196, 196'); at least one of a fluid impervious sheet (222, 222'), a second tool and a vacuum bag on the tool surface (172, 172') and over the plate (196, 196'); a supply of liquid resin (232, 232') communicating with the tool surface (172, 172'); and, a supply of a pressure differential communicating with the tool surface (172, 172'); the apparatus further comprising: a preform (218,218') on the tool surface (172,172'), the preform (218,218') covering over the plate (196,196'), the plurality of perforations through the plate (196, 196') being configured to prevent fibers of the preform (218, 218') from distorting with each perforation being dimensioned to enable the fibers of the preform (218, 218') to bridge across each perforation without bending into the perforation. a tool (160, 160'); a tool surface (172, 172') on the tool; a channel recessed (174, 174') into the tool surface (172, 172'); a plate (196, 196') removably positionable on the tool surface (172, 172') covering over the channel (174, 174'), the plate (196, 196') having a plurality of perforations through the plate (196, 196'); at least one of a fluid impervious sheet (222, 222'), a second tool and a vacuum bag on the tool surface (172, 172') and over the plate (196, 196'); a supply of liquid resin (232, 232') communicating with the tool surface (172, 172'); and, a supply of a pressure differential communicating with the tool surface (172, 172'); the apparatus further comprising: a preform (218,218') on the tool surface (172,172'), the preform (218,218') covering over the plate (196,196'), the plurality of perforations through the plate (196, 196') being configured to prevent fibers of the preform (218, 218') from distorting with each perforation being dimensioned to enable the fibers of the preform (218, 218') to bridge across each perforation without bending into the perforation.
A method for drilling a large diameter hole in the ground, characterized by using a hammer drill installed at the bottom of a rod assembled in multi-stages at support means on the ground comprising a pilot hammer drill (44, 48, 49) and a reamer hammer drill (41, 46, 47) coupled to each other through a key structure (42, 43) formed in the vertical direction so as to allow up-and-down movement relative to each other and induce simultaneous rotation, wherein in a drilling operation, a repetition is made such that the hammer drill is made to rotate and the pilot hammer drill (44, 48, 49) is first lowered to drill a pilot hole of small diameter (w) to a predetermined depth (d) and is lifted up to original position, and then the reamer hammer drill (41, 46, 47) is lowered to enlarge the hole to a large diameter to the predetermined depth (d).
A device for detecting position of a concrete outlet of a concrete pump truck, comprising a processor, a time counter, a dynamic sensor and at least two fixed-point sensors; wherein a distance between each fixed-point sensor and the dynamic sensor is less than a predetermined value, there is a predetermined position relationship between the dynamic sensor and the concrete outlet of a hose of the concrete pump truck, fixed-point sensors are fixed to predetermined detecting base points respectively, the detecting base points have different coordinate parameters in one reference coordinate system; wherein one kind of sensor of the dynamic sensor and the fixed-point sensor at least has one of an ultrasonic wave transmitter and an ultrasonic wave receiver, the other kind of sensor has the other one of the ultrasonic wave receiver and the ultrasonic wave transmitter, and the ultrasonic wave receiver in one kind of sensor is configured to receive an ultrasonic wave sent by the ultrasonic wave transmitter in the other kind of sensor; wherein the time counter is configured to obtain a transmission time of the ultrasonic wave in a predetermined path, which is determined according to a position relationship between the dynamic sensor and each fixed-point sensor, according to a moment when the ultrasonic wave transmitter sends the ultrasonic wave and a moment when the ultrasonic wave receiver receives the ultrasonic wave; and wherein the processor is configured to respectively obtain distances between the detecting base points and the dynamic sensor according to a preset transmission velocity of the ultrasonic wave and the transmission time obtained by the time counter, and to obtain real-time coordinate parameters of the concrete outlet in the reference coordinate system according to the obtained distances and the coordinate parameters of the detecting base points, characterized in that the detecting base points are located on a distal segment boom of a boom of the concrete pump truck, and the dynamic sensor is fixed to the hose of the concrete pump truck.
A connection ring for being mounted on a gas tap body of ovens and furnaces, the gas tap body comprising a tap shaft and a gas tap channel, wherein the connection ring comprises - a first piece and a second piece to be coupled to each other for forming the connection ring, wherein the first and second pieces comprise locking sets for throttling the tap shaft channel of said gas tap body in an assembled state of the connection ring, - fixing keys formed on said first piece and second piece and comprising locking levels, - male tabs formed on both the first piece and the second piece and comprising fitting surfaces (11.1) attached to said locking levels in an assembled state of the connection ring, and - a fastening space in which said fixing keys are housed in an assembled state of the connection ring, thereby enabling the coupling of the first and second piece to each other, characterized in that the connection ring further comprises a retaining protrusion having a convex shape and which, in an assembled state of the connection ring and due to its flexible structure, applies a force on the fixing keys in the fastening space for pushing the fixing keys towards the male tabs. - a first piece and a second piece to be coupled to each other for forming the connection ring, wherein the first and second pieces comprise locking sets for throttling the tap shaft channel of said gas tap body in an assembled state of the connection ring, - fixing keys formed on said first piece and second piece and comprising locking levels, - male tabs formed on both the first piece and the second piece and comprising fitting surfaces (11.1) attached to said locking levels in an assembled state of the connection ring, and - a fastening space in which said fixing keys are housed in an assembled state of the connection ring, thereby enabling the coupling of the first and second piece to each other,
Method for desulphurising a hydrocarbon mixture containing organic sulphur compounds, comprising the following steps: a) producing a sodium dispersion, b) adding the sodium dispersion to the hydrocarbon mixture to be desulphurised, characterized in that the mixture of sodium dispersion and hydrocarbon mixture is passed through a reactor, wherein the reaction conditions, in particular pressure and temperature, are selected such as to bring about a reaction of the sodium with the organic sulphur compounds, during which sulphur atoms are leached out of the organic sulphur compounds and bond with the sodium, the reactor is a turbulent flow reactor, preferably a tubular reactor or an oscillating plug flow reactor having an internal screw conveyor, and the temperature in the reactor is at least 250°C and at most 310°C. a) producing a sodium dispersion, b) adding the sodium dispersion to the hydrocarbon mixture to be desulphurised,
A method of estimating a parameter of interest of an earth formation, the method comprising: conveying a logging tool into a borehole in the earth formation; exciting a transmitter antenna on the logging tool at a plurality of frequencies, the transmitter antenna having a first axial direction; receiving, at each of the plurality of frequencies, a quadrature signal responsive to the excitation with a receiver antenna having a second axial direction different from the first axial direction, wherein the first axial direction and the second axial direction are substantially orthogonal to each other; performing multi-frequency focusing of the quadrature signals received at each of the plurality of frequencies to obtain a direct field between the transmitter antenna and the receiver antenna; estimating from the direct field a misalignment angle between the transmitter antenna and the receiver antenna, the misalignment angle indicating a deviation from orthogonal positioning of the transmitter antenna and the receiver antenna in relation to each other; receiving a further signal with the receiver antenna at at least one of the plurality of frequencies; correcting said further signal using the estimated misalignment angle; and using the corrected signal to estimate the parameter of interest of the earth formation. conveying a logging tool into a borehole in the earth formation; exciting a transmitter antenna on the logging tool at a plurality of frequencies, the transmitter antenna having a first axial direction; receiving, at each of the plurality of frequencies, a quadrature signal responsive to the excitation with a receiver antenna having a second axial direction different from the first axial direction, wherein the first axial direction and the second axial direction are substantially orthogonal to each other; performing multi-frequency focusing of the quadrature signals received at each of the plurality of frequencies to obtain a direct field between the transmitter antenna and the receiver antenna; estimating from the direct field a misalignment angle between the transmitter antenna and the receiver antenna, the misalignment angle indicating a deviation from orthogonal positioning of the transmitter antenna and the receiver antenna in relation to each other; receiving a further signal with the receiver antenna at at least one of the plurality of frequencies; correcting said further signal using the estimated misalignment angle; and using the corrected signal to estimate the parameter of interest of the earth formation.
A 6-LUT comprising: at least 6 inputs (102, 104, 106, 108, 110, 112); and at least a first output and a second output; characterized by: no more than 63 memory bits which are programmable to completely configure the logic function performed by the 6-LUT; wherein the 6-LUT can be configured such that one of either: the at least 6 inputs (102, 104, 106, 108, 110, 112) drive the first output to generate a 6 input logic function; and a first subset of the at least 6 inputs (102, 104, 106, 108, 110, 112) drives the first output and a second subset of the at least 6 inputs (102, 104, 106, 108, 110, 112) drives the second output. at least 6 inputs (102, 104, 106, 108, 110, 112); and at least a first output and a second output; characterized by: no more than 63 memory bits which are programmable to completely configure the logic function performed by the 6-LUT; wherein the 6-LUT can be configured such that one of either: the at least 6 inputs (102, 104, 106, 108, 110, 112) drive the first output to generate a 6 input logic function; and a first subset of the at least 6 inputs (102, 104, 106, 108, 110, 112) drives the first output and a second subset of the at least 6 inputs (102, 104, 106, 108, 110, 112) drives the second output. no more than 63 memory bits which are programmable to completely configure the logic function performed by the 6-LUT; wherein the 6-LUT can be configured such that one of either: the at least 6 inputs (102, 104, 106, 108, 110, 112) drive the first output to generate a 6 input logic function; and a first subset of the at least 6 inputs (102, 104, 106, 108, 110, 112) drives the first output and a second subset of the at least 6 inputs (102, 104, 106, 108, 110, 112) drives the second output.
An internal combustion engine having a crank shaft, a plurality of cylinder bores disposed in the direction of axis of the crank shaft, a piston cooling device having a piston cooling structure which injects oil into the cylinder bores comprising an oil injection pipe having a plurality of oil injection holes (L9a) formed therein for injection of the oil, wherein said oil injection pipe being disposed on an extension line of said cylinder bores, respectively, in a side view of the engine and the oil injection pipe being in parallel with the crank shaft in a side view of the engine, and characterised in that the centre of the outside circumference and the centre of the inside circumference of said oil injection pipe are offset from each other, and said oil injection holes (L9a) are formed in a thick-wall portion of said oil injection pipe.
A user apparatus for transmitting an uplink control signal and an uplink data signal to a base station apparatus using a single carrier scheme, comprising an ACK/NACK determination unit configured to prepare acknowledgement information indicating positive acknowledgement or negative acknowledgement for a downlink data signal based on a result of demodulation of the downlink data signal; a CQI estimation unit configured to prepare channel state information indicating reception quality of a downlink reference signal; a multiplexing unit configured to multiplex the acknowledgement information and the channel state information, wherein the number of bits of the channel state information is greater than the number of bits of the acknowledgement information and wherein the acknowledgement information is represented by one bit; a coding unit configured to perform channel-coding of the multiplexed control information in which the acknowledgement information and the channel state information are multiplexed; a modulation unit configured to generate the uplink control signal based on the multiplexed control information which is channel-coded by the coding unit; and a transmission unit configured to transmit the uplink control signal using a physical uplink control channel, PUCCH, being a dedicated resource different from a resource for the aft uplink data signal transmitted on a physical uplink shared channel, PUSCH, wherein the multiplexing unit multiplexes the acknowledgement information and the channel state information while continuously placing a plurality of bits for representing the channel state information.