mhurhangee/ep-ind-claims huggingface dataset:
Device for use in an agricultural livestock feed gripping jaw, comprising a drivable cable and a frame with a guide element, in particular a disc or a winding drum which is rotatable in the frame, around which guide element said cable is passed in such a way that when the cable is driven, the cable is guided over the guide element, wherein the cable comprises a core and a sheath, characterised in that the core comprises a plurality of first strands of ultrahigh molecular weight polyethene fibres, in particular Dyneema® or an equivalent thereof, and comprises a plurality of second strands of fibres of a polyester which are interwoven with the former, wherein the sheath comprises a combination of a plurality of interwoven strands, containing 75-100% of third strands of fibres of extended polyamide, in particular Nylon 6,6, and 0-25% of fourth strands of fibres of polyester, and wherein the guide element, at least on the outer side thereof, comprises ultrahigh molecular weight polyethene, in particular HMPE 1000.
A Co-based alloy comprising: - not less than 0.001 and less than 0.100 mass % of C; - not less than 10.5 and less than 20.0 mass % of Cr; - not less than 2.0 and less than 5.0 mass % of Al; - not less than 14.5 and less than 20.0 mass % of W; - not less than 39.0 and less than 55.0 mass % of Ni; and the balance being Co and inevitable impurities, wherein the impurities include - less than 0.010 mass% of Mo, - less than 0.010 mass% of Nb, - less than 0.010 mass% of Ti, and - less than 0.010 mass% of Ta, the Co-based alloy optionally comprising - not less than 0.0001 and less than 0.020 mass % of B and - not less than 0.0001 and less than 0.10 mass % of Zr and furthermore optionally comprising at least one of - not less than 0.0001 and less than 0.10 mass % of Mg and - not less than 0.0001 and less than 0.20 mass % of Ca. - not less than 0.001 and less than 0.100 mass % of C; - not less than 10.5 and less than 20.0 mass % of Cr; - not less than 2.0 and less than 5.0 mass % of Al; - not less than 14.5 and less than 20.0 mass % of W; - not less than 39.0 and less than 55.0 mass % of Ni; and - less than 0.010 mass% of Mo, - less than 0.010 mass% of Nb, - less than 0.010 mass% of Ti, and - less than 0.010 mass% of Ta, - not less than 0.0001 and less than 0.020 mass % of B and - not less than 0.0001 and less than 0.10 mass % of Zr and furthermore optionally comprising at least one of - not less than 0.0001 and less than 0.10 mass % of Mg and - not less than 0.0001 and less than 0.20 mass % of Ca.
A gas turbine engine comprising: a gas generator with at least one compressor rotor, at least one gas generator turbine rotor and a combustion section; a duct located downstream of said gas generator, said duct being configured to move between a first position and a second position; a shaft, gears and at least two fan rotors (116,118); a fan drive turbine positioned downstream of a path of products of combustion having passed over said at least one gas generator turbine rotor when said duct is in said first position, said fan drive turbine for driving said shaft and said shaft for engaging said gears to drive said at least two fan rotors (116, 118); and an augmentor section positioned downstream of a path of products of combustion having passed over said at least one gas generator turbine rotor when said duct is in said second position; characterised in that: an axis of rotation of said gas generator is generally perpendicular to an axis of rotation of said shaft, and in that said at least two fan rotors (116,118) are arranged with parallel rotational axes. a gas generator with at least one compressor rotor, at least one gas generator turbine rotor and a combustion section; a duct located downstream of said gas generator, said duct being configured to move between a first position and a second position; a shaft, gears and at least two fan rotors (116,118); a fan drive turbine positioned downstream of a path of products of combustion having passed over said at least one gas generator turbine rotor when said duct is in said first position, said fan drive turbine for driving said shaft and said shaft for engaging said gears to drive said at least two fan rotors (116, 118); and an augmentor section positioned downstream of a path of products of combustion having passed over said at least one gas generator turbine rotor when said duct is in said second position; characterised in that: an axis of rotation of said gas generator is generally perpendicular to an axis of rotation of said shaft, and in that said at least two fan rotors (116,118) are arranged with parallel rotational axes.
Child bike seat comprising a seat body comprising a seat shell for accommodating a child therein and a support structure for supporting said seat shell, said support structure comprising two parts (12, 14), wherein an edge portion of said seat shell is sandwiched, preferably clamped, between said two parts (12, 14) of said support structure for holding said seat shell on said support structure, characterized in that said edge portion of said seat shell is partly wrapped around one part of said two parts (12, 14) of said support structure. a seat body comprising a seat shell for accommodating a child therein and a support structure for supporting said seat shell, said support structure comprising two parts (12, 14), wherein an edge portion of said seat shell is sandwiched, preferably clamped, between said two parts (12, 14) of said support structure for holding said seat shell on said support structure, characterized in that said edge portion of said seat shell is partly wrapped around one part of said two parts (12, 14) of said support structure.
An apparatus (101, 104) for transmitting signals comprising a transmitter (1101, 1111) configured to transmit signals in accordance with a wireless access interface provided by an infrastructure equipment of a wireless communications network, and a controller (1103, 1113) configured to control the transmitter (1101, 1111) to transmit data via the wireless access interface, wherein the wireless access interface includes communications resources, the communications resources comprising frequency resources, and time resources in which the wireless access interface is divided into predetermined time-divided units and the controller (1103, 1113) is configured in combination with the transmitter (1101, 1111) to divide an encoded transport block of data into a plurality of sub-units (1122, 1123, 1124) for transmission in a plurality of the time-divided units and one or more of the frequency resources of the wireless access interface, to transmit each sub-unit a repeated number of times within a transmission time interval, TTI, before a next sub-unit is repeated the number of times within a repetition cycle, and to transmit each sub-unit the repeated number of times within the TTI in one or more subsequent repetition cycles, each sub-unit being transmitted the repeated number of times whereby a receiver can combine the same sub-unit within each repetition cycle to form a composite sub-unit for each of the repetition cycles for recovering the transport block, wherein the apparatus is one of a communications device and the infrastructure equipment. a transmitter (1101, 1111) configured to transmit signals in accordance with a wireless access interface provided by an infrastructure equipment of a wireless communications network, and a controller (1103, 1113) configured to control the transmitter (1101, 1111) to transmit data via the wireless access interface, wherein the wireless access interface includes communications resources, the communications resources comprising frequency resources, and time resources in which the wireless access interface is divided into predetermined time-divided units and the controller (1103, 1113) is configured in combination with the transmitter (1101, 1111) to divide an encoded transport block of data into a plurality of sub-units (1122, 1123, 1124) for transmission in a plurality of the time-divided units and one or more of the frequency resources of the wireless access interface, to transmit each sub-unit a repeated number of times within a transmission time interval, TTI, before a next sub-unit is repeated the number of times within a repetition cycle, and to transmit each sub-unit the repeated number of times within the TTI in one or more subsequent repetition cycles, each sub-unit being transmitted the repeated number of times whereby a receiver can combine the same sub-unit within each repetition cycle to form a composite sub-unit for each of the repetition cycles for recovering the transport block, wherein the apparatus is one of a communications device and the infrastructure equipment.
Crane with a crane arm on which an implement is arranged, which can be swung from a vertical by a swing-up device, wherein at least one hydraulic hose (3, 3') runs from the crane arm to the implement, wherein the swing-up device has a crane arm head connected securely to the crane arm and a swivel head connected to the implement, which are connected to each other by means of a pivot joint, characterized in that the pivot joint has two pivot bearings spaced apart from each other, between which the at least one hydraulic hose coming from the crane arm runs, and in that the swing-up device has a swing-up cylinder, wherein the swing-up cylinder is arranged, at one end, inside the crane arm and, at the other end, on the swivel head, preferably on the pivot joint of the swing-up device, and, for swinging the implement from the vertical, the swing-up cylinder pushes against a console arranged on the swivel head.
A turbine rotor, comprising: a rotor body; a balancing weight slot defined circumferentially in an exterior circumference of the rotor body, the balancing weight slot having a first axial width and a radially outward facing surface at a first radial distance from an axis of the rotor body; and a balancing weight entry port defined radially in a portion of the exterior circumference of the rotor body and aligned with the balancing weight slot, the balancing weight entry port having a second axial width greater than the first axial width and a second radially outward facing surface radially outward facing surface at a second radial distance from the axis of the rotor body that is smaller than the first radial distance. a rotor body; a balancing weight slot defined circumferentially in an exterior circumference of the rotor body, the balancing weight slot having a first axial width and a radially outward facing surface at a first radial distance from an axis of the rotor body; and a balancing weight entry port defined radially in a portion of the exterior circumference of the rotor body and aligned with the balancing weight slot, the balancing weight entry port having a second axial width greater than the first axial width and a second radially outward facing surface radially outward facing surface at a second radial distance from the axis of the rotor body that is smaller than the first radial distance.
An electromechanical transducer device, comprising: a first substrate; electromechanical transducer elements two-dimensionally arrayed on a front surface of the first substrate and configured to provide conversion between acoustic waves and electric signals; an electric wiring substrate that is a second substrate electrically connected with the first substrate via a terminal on a side of a back surface of the first substrate which is opposite to the front surface of the first substrate; a first acoustic matching layer provided between the first substrate and the second substrate adapted to allow the second substrate to transmit the acoustic waves from a side of the first substrate; an acoustic attenuating member arranged on a back side of the second substrate; a second acoustic matching layer provided between the second substrate and the acoustic attenuating member on the back side of the second substrate opposite to a side of the second substrate on which the first acoustic matching layer is provided, characterised in that an acoustic impedance of the first acoustic matching layer is smaller than an acoustic impedance of the first substrate and larger than an acoustic impedance of the second substrate. a first substrate; electromechanical transducer elements two-dimensionally arrayed on a front surface of the first substrate and configured to provide conversion between acoustic waves and electric signals; an electric wiring substrate that is a second substrate electrically connected with the first substrate via a terminal on a side of a back surface of the first substrate which is opposite to the front surface of the first substrate; a first acoustic matching layer provided between the first substrate and the second substrate adapted to allow the second substrate to transmit the acoustic waves from a side of the first substrate; an acoustic attenuating member arranged on a back side of the second substrate; a second acoustic matching layer provided between the second substrate and the acoustic attenuating member on the back side of the second substrate opposite to a side of the second substrate on which the first acoustic matching layer is provided, characterised in that an acoustic impedance of the first acoustic matching layer is smaller than an acoustic impedance of the first substrate and larger than an acoustic impedance of the second substrate.
An image forming apparatus comprising: registration means arranged to register a text string to be used in composite printing on a print medium; determination means arranged to determine whether or not font processing for generating an image of the registered text string using a font of a display language is possible; generation means (201, 901) arranged to generate an image of the registered text string to be added such that in a case where the font processing for generating an image of the registered text string is possible, the image to be added is generated using the font of the display language, but in a case where the font processing for generating the registered text string is not possible, a font allowing the font processing is detected, and the image to be added is generated using the detected font; and merging means arranged to merging the generated image of the registered text string and an image to print. registration means arranged to register a text string to be used in composite printing on a print medium; determination means arranged to determine whether or not font processing for generating an image of the registered text string using a font of a display language is possible; generation means (201, 901) arranged to generate an image of the registered text string to be added such that in a case where the font processing for generating an image of the registered text string is possible, the image to be added is generated using the font of the display language, but in a case where the font processing for generating the registered text string is not possible, a font allowing the font processing is detected, and the image to be added is generated using the detected font; and merging means arranged to merging the generated image of the registered text string and an image to print.
A pneumatic tyre comprising an inner surface of the tyre, wherein a sound absorbing device component is connected to the inner surface of the tyre, wherein the sound absorbing device component extends along the entire inner circumference of the tyre, characterised in that the sound absorbing device component comprises a panel with a plurality of perforations and two sidewall sections (60, 70), the sidewall sections (60, 70) being distinct from the panel, wherein the sidewall sections (60, 70) are connected to the inner surface of the tyre and arranged opposite of each other, wherein the panel is borne at least by the sidewall sections (60, 70), thereby positioning the panel at a distance from the inner surface of the tyre and defining an inner volume enclosed by the panel, the sidewall sections (60, 70) and the inner surface and wherein ≥ 95 area-% of all perforations which permit access to the inner volume are located on the panel, and wherein the inner volume comprises a polymeric foam. wherein a sound absorbing device component is connected to the inner surface of the tyre, wherein the sound absorbing device component extends along the entire inner circumference of the tyre, characterised in that the sound absorbing device component comprises a panel with a plurality of perforations and two sidewall sections (60, 70), the sidewall sections (60, 70) being distinct from the panel, wherein the sidewall sections (60, 70) are connected to the inner surface of the tyre and arranged opposite of each other, wherein the panel is borne at least by the sidewall sections (60, 70), thereby positioning the panel at a distance from the inner surface of the tyre and defining an inner volume enclosed by the panel, the sidewall sections (60, 70) and the inner surface and wherein ≥ 95 area-% of all perforations which permit access to the inner volume are located on the panel, and wherein the inner volume comprises a polymeric foam.
A method for inspecting a mold, the method comprising the steps of: (a) providing, based on a relationship between first parameter values indicative of thicknesses of porous alumina layers and color parameter values indicative of colors of light reflected from porous alumina layers, a first color information which represents a tolerance range of the first parameter for porous alumina layers having an uneven structure with structure parameters within the tolerance range; (b) providing the mold which is an inspection subject, the mold having a porous alumina layer over its surface; (c) obtaining a color parameter which is indicative of a color of reflected light from the porous alumina layer of the inspection subject mold; and (d) determining a suitability of the first parameter of the inspection subject mold based on the obtained color parameter and the first color information. (a) providing, based on a relationship between first parameter values indicative of thicknesses of porous alumina layers and color parameter values indicative of colors of light reflected from porous alumina layers, a first color information which represents a tolerance range of the first parameter for porous alumina layers having an uneven structure with structure parameters within the tolerance range; (b) providing the mold which is an inspection subject, the mold having a porous alumina layer over its surface; (c) obtaining a color parameter which is indicative of a color of reflected light from the porous alumina layer of the inspection subject mold; and (d) determining a suitability of the first parameter of the inspection subject mold based on the obtained color parameter and the first color information.
An optical indicia reader comprising: an image sensor having a plurality of pixels for selectively obtaining image data from a field of view of the reader; an illuminator operable to illuminate the field of view of the reader; and a processor configured by software to execute instructions stored in a memory, whereby the instructions cause the processor to control the reader to perform the steps of: exposing a first group of pixels of the image sensor to obtain a first partial frame of image data from a first region of interest of the field of view, and exposing a second group of pixels of the image sensor separately from the first group of pixels to obtain a second partial frame of image data from a second region of interest of the field of view; wherein the first and second partial frames of image data are obtained within a single frame time, characterized in that the step of exposing the first group of pixels in a first exposure period commences and ends before the step of exposing the second group of pixels in a second exposure period commences and ends. an image sensor having a plurality of pixels for selectively obtaining image data from a field of view of the reader; an illuminator operable to illuminate the field of view of the reader; and a processor configured by software to execute instructions stored in a memory, whereby the instructions cause the processor to control the reader to perform the steps of: exposing a first group of pixels of the image sensor to obtain a first partial frame of image data from a first region of interest of the field of view, and exposing a second group of pixels of the image sensor separately from the first group of pixels to obtain a second partial frame of image data from a second region of interest of the field of view; exposing a first group of pixels of the image sensor to obtain a first partial frame of image data from a first region of interest of the field of view, and exposing a second group of pixels of the image sensor separately from the first group of pixels to obtain a second partial frame of image data from a second region of interest of the field of view; wherein the first and second partial frames of image data are obtained within a single frame time, characterized in that the step of exposing the first group of pixels in a first exposure period commences and ends before the step of exposing the second group of pixels in a second exposure period commences and ends.
Cover for a housing, which cover has the following: - a carrier structure, and - a number of press-fit pins (3, 5) which protrude from the carrier structure, - wherein the carrier structure is sheathed by a cover material, and - wherein each press-fit pin of a first group of press-fit pins in each case has a first press-fit zone and a second press-fit zone, wherein the first press-fit zone is arranged closer to the carrier structure than the second press-fit zone, and wherein the first press-fit zone has a larger maximum cross-sectional area than the second press-fit zone, wherein - the cover is connected to a first joining partner and a second joining partner, - wherein the first press-fit zones are pressed into the first joining partner and the second press-fit zones are pressed into the second joining partner, wherein - the first joining partner is a measurement resistor;and - the second joining partner is a printed circuit board. - a carrier structure, and - a number of press-fit pins (3, 5) which protrude from the carrier structure, - wherein the carrier structure is sheathed by a cover material, and - wherein each press-fit pin of a first group of press-fit pins in each case has a first press-fit zone and a second press-fit zone, wherein the first press-fit zone is arranged closer to the carrier structure than the second press-fit zone, and wherein the first press-fit zone has a larger maximum cross-sectional area than the second press-fit zone, wherein - the cover is connected to a first joining partner and a second joining partner, - wherein the first press-fit zones are pressed into the first joining partner and the second press-fit zones are pressed into the second joining partner, wherein - the first joining partner is a measurement resistor;and - the second joining partner is a printed circuit board.