mhurhangee/ep-ind-claims huggingface dataset:
A nonwoven web material, comprising: a first outer accumulation of fibers, formed of first fibers consisting essentially of polypropylene, forming a first macroscopic outer web surface; a second outer accumulation of fibers, formed of second fibers consisting essentially of polypropylene, forming a second macroscopic outer web surface; an inner accumulation of fibers, formed of third fibers comprising polyethylene, the third fibers being interlaced among the first fibers and/or the second fibers and being present at the first and/or second macroscopic web surfaces; and a pattern of thermal bonds impressed on either or both of the first and second macroscopic surfaces, at which the first fibers are thermally bonded to the second fibers. a first outer accumulation of fibers, formed of first fibers consisting essentially of polypropylene, forming a first macroscopic outer web surface; a second outer accumulation of fibers, formed of second fibers consisting essentially of polypropylene, forming a second macroscopic outer web surface; an inner accumulation of fibers, formed of third fibers comprising polyethylene, the third fibers being interlaced among the first fibers and/or the second fibers and being present at the first and/or second macroscopic web surfaces; and a pattern of thermal bonds impressed on either or both of the first and second macroscopic surfaces, at which the first fibers are thermally bonded to the second fibers.
A disposable diaper, comprising: a longitudinally elongated absorbent main body having a front waistline portion, a back waistline portion, and a crotch portion, and including a liquid-retentive absorber; a side flap provided in at least side edges in a widthwise direction of the absorbent main body; and a fastening tape attached to the side flap, extending outwardly in the widthwise direction of the absorbent main body from either the front waistline portion or the back waistline portion, and configured to be fixed when worn to the other of the front waistline portion and the back waistline portion; wherein the fastening tape has a base sheet, and a hook sheet provided with a plurality of engagement hooks; in a fastening tape existent region provided with the fastening tape, a KES bending stiffness value per unit length, in a longitudinal direction of the absorbent main body, in a hook sheet existent region provided with the hook sheet, and a KES bending stiffness value per unit length, in the widthwise direction of the absorbent main body, are equal to or less than 1.64 gf•cm 2 /cm; the height of the engagement hook is between 60 and 200 μm; and the color difference ΔE between the hook sheet existent region on the inner side of the fastening tape and the side flaps adjacent to the fastening tape is 6.5 or more, when the color difference of L*is ΔL*, the color difference of a* is Δa*, and the color difference of b* is Δb* according to the L*a*b* color coordinate system. a longitudinally elongated absorbent main body having a front waistline portion, a back waistline portion, and a crotch portion, and including a liquid-retentive absorber; a side flap provided in at least side edges in a widthwise direction of the absorbent main body; and a fastening tape attached to the side flap, extending outwardly in the widthwise direction of the absorbent main body from either the front waistline portion or the back waistline portion, and configured to be fixed when worn to the other of the front waistline portion and the back waistline portion; wherein the fastening tape has a base sheet, and a hook sheet provided with a plurality of engagement hooks; in a fastening tape existent region provided with the fastening tape, a KES bending stiffness value per unit length, in a longitudinal direction of the absorbent main body, in a hook sheet existent region provided with the hook sheet, and a KES bending stiffness value per unit length, in the widthwise direction of the absorbent main body, are equal to or less than 1.64 gf•cm 2 /cm; the height of the engagement hook is between 60 and 200 μm; and the color difference ΔE between the hook sheet existent region on the inner side of the fastening tape and the side flaps adjacent to the fastening tape is 6.5 or more, when the color difference of L*is ΔL*, the color difference of a* is Δa*, and the color difference of b* is Δb* according to the L*a*b* color coordinate system.
A gas turbine vane comprising: - a vane platform; - a vane airfoil connected to said vane platform, the vane airfoil comprising a vane trailing edge; wherein the turbine vane further comprises a material cutback (4, 5) formed on said vane platform at said vane trailing edge, and wherein said vane platform comprises a wedge face pressure side, a wedge face suction side and a circumferential groove extending from said wedge face pressure side to said wedge face suction side, characterized in that said material cutback is a chamfer formed on a free end portion of a base wall of said circumferential groove. - a vane platform; - a vane airfoil connected to said vane platform, the vane airfoil comprising a vane trailing edge;
A carbon-coated metal powder comprising a metal powder and a carbon coating film that covers the metal powder, wherein when 10% value, 50% value, and 90% value in a volume-based cumulative fraction in particle size distribution measurements by a laser diffraction method are denoted by D10, D50, and D90, respectively, D50 is 300 nm or less, and an SD value represented by (D90 - D10)/ is 1.5 or less; an oxygen content in a weight proportion of an oxygen component to the carbon-coated metal powder of a unit weight is 1500 ppm or less per BET-measured specific surface area of 1 m 2 /g of the powder; and X represented by Expression is 50 or less when a TMA measurement is performed by raising a temperature from a room temperature to 1200°C at a rate of 5°C /min in a nitrogen-hydrogen reducing atmosphere, wherein the room temperature is 25°C to 30°C, wherein the carbon coated metal powder is molded to obtain a sample for the TMA measurement: X % = X 200 ° C / X MAX × 100 where in Expression, X MAX is a maximum shrinkage percentage and X 200 ° C is a maximum value in differences, each of which is a difference between a maximum shrinkage percentage and a minimum shrinkage percentage in a temperature width of 200 °C. when 10% value, 50% value, and 90% value in a volume-based cumulative fraction in particle size distribution measurements by a laser diffraction method are denoted by D10, D50, and D90, respectively, D50 is 300 nm or less, and an SD value represented by (D90 - D10)/ is 1.5 or less; an oxygen content in a weight proportion of an oxygen component to the carbon-coated metal powder of a unit weight is 1500 ppm or less per BET-measured specific surface area of 1 m 2 /g of the powder; and X represented by Expression is 50 or less when a TMA measurement is performed by raising a temperature from a room temperature to 1200°C at a rate of 5°C /min in a nitrogen-hydrogen reducing atmosphere, wherein the room temperature is 25°C to 30°C, wherein the carbon coated metal powder is molded to obtain a sample for the TMA measurement: X % = X 200 ° C / X MAX × 100 where in Expression, X MAX is a maximum shrinkage percentage and X 200 ° C is a maximum value in differences, each of which is a difference between a maximum shrinkage percentage and a minimum shrinkage percentage in a temperature width of 200 °C.
A self-tightening drill chuck with a chuck body, a tightening sleeve that can rotate coaxially to the chuck body and is axially braced against a jaw holder mounted on the chuck body, holding jaws being guided in guide slots in which jaw holder for tightening and loosening by relative rotation between the chuck body and the tightening sleeve with the jaw holder, and with a locking device having a ring of gear teeth coaxial to the chuck axis on the one hand and having a detent pawl that is mounted on the jaw holder and engages under the force of a spring into the ring of gear teeth on the other hand, which locking device locks the chuck body and the detent pawl against relative rotation in the loosening direction of the holding jaws when the detent pawl is engaged in the ring of gear teeth but does not prevent rotation in the tightening direction, whereby the detent pawl is made as a two-armed lever with at least a first lever arm having a locking tooth and with a second lever arm for contacting the cam characterized in that a stop is formed on the jaw holder and a counterstop is formed on the tightening sleeve for a defined limited rotation of the tightening sleeve relative to the jaw holder between a first angular position corresponding to the engaged state of the detent pawl and a second angular position corresponding to the disengaged state, in that the cam is formed at the tightening sleeve, and in that a retaining device with a locking seat associated with the first angular position and with a locking seat associated with the second angular position is provided between the jaw holder and the tightening sleeve, which retaining device permits rotation of the tightening sleeve relative to the jaw holder at least in the rotational sense of the tightening sleeve that corresponds to tightening only when a predetermined tightening force has been achieved, whereby the cam being formed with a cam for shifting the detent pawl out of the position engaged in the ring of gear teeth into the disengaged position upon rotation of the tightening sleeve into the rotational sense corresponding to the loosening of the holding jaws.
An organic resin laminate having weather resistance and mar resistance, comprising an organic resin substrate and a multilayer coating system on a surface of a substrate, the multilayer coating system including an outermost layer which is a hard film resulting from plasma polymerization and oxidation of an organosilicon compound comprising silicon, oxygen, carbon, and hydrogen and an intermediate layer which is a cured film formed from a composite coating composition, the intermediate layer having one surface disposed contiguous to the outermost layer and another surface disposed contiguous to the organic resin substrate, wherein the composite coating composition comprises (2-A) an inorganic oxide nanoparticle comprising a member selected from the group consisting of silica, zinc oxide, titanium oxide, cerium oxide, and combinations comprising at least one of the foregoing members; (2-B) a vinyl copolymer having an organic UV-absorptive group and a reactive group selected from among alkoxysilyl, hydroxyl, epoxy, carboxylic acid and amino groups; and (2-C) a solvent. (2-A) an inorganic oxide nanoparticle comprising a member selected from the group consisting of silica, zinc oxide, titanium oxide, cerium oxide, and combinations comprising at least one of the foregoing members; (2-B) a vinyl copolymer having an organic UV-absorptive group and a reactive group selected from among alkoxysilyl, hydroxyl, epoxy, carboxylic acid and amino groups; and (2-C) a solvent.
Additional handle for a hand machine tool with a clamping section for fixing the additional handle to a section of the hand machine tool, with a gripping element for holding the additional handle, with a swivel joint that may be locked arranged between the clamping section and the gripping element, which may be swivelled into several desired positions and has a bearing bolt, with a clamping element for clamping and releasing the clamping section, which is arranged at one end of the bearing bolt, and with a locking device for locking and releasing the swivel joint in the several desired positions, characterised by a release device that is independent of the clamping element with an actuator, on actuating which the locking device may be moved from a locking position for locking the swivel joint into a release position for releasing the swivel joint.
Device for locating a short-circuit to earth on a power supply cable surrounded by a conductive medium by means of step voltage measurement on an accessible surface of the medium, with a device for applying a voltage of a particular polarity to the cable, and with a device for the evaluation of the step voltage that determines which of two pick-ups (A, B) of the evaluation device is closer to the short-circuit to earth, characterised in that - the voltage being applied is an alternating voltage provided for the consumers connected to the power supply cable, for which the particular polarity is marked by at least one single half-wave or a group of half-waves of the particular polarity being marked by a change of shape that is followed by a series of unmarked half-waves, with the evaluation device being designed to determine a step voltage signal as a time sequence and to detect individual half-waves marked therein as well as to determine their polarity. - the voltage being applied is an alternating voltage provided for the consumers connected to the power supply cable, for which the particular polarity is marked by at least one single half-wave or a group of half-waves of the particular polarity being marked by a change of shape that is followed by a series of unmarked half-waves, with the evaluation device being designed to determine a step voltage signal as a time sequence and to detect individual half-waves marked therein as well as to determine their polarity.
A culture medium comprising a soluble interleukin-6 receptor (sIL6R), soluble interleukin-6 and basic fibroblast growth factor (bFGF), wherein said sIL6R is present at a concentration of at least 10 nanogram per milliliter (ng/ml), and wherein said sIL6R comprises amino acids 112-355 of the sequence set forth by:
A method of wireless communication of a user equipment, UE, comprising: determining a number of uplink timing groups configured for a plurality of component carriers; determining whether to transmit at least one of data or control information on one or more first component carriers of the plurality of component carriers concurrently with sounding reference signals, SRS on one or more second component carriers of the plurality of component carriers based at least in part on the number of uplink timing groups and on whether the UE is power limited from transmitting the at least one of the data or the control information concurrently with the SRS; transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is not power limited, when at least two uplink timing groups are determined, and when the one or more first component carriers and the one or more second component carriers comprise different component carriers; and refraining from transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is power limited. determining a number of uplink timing groups configured for a plurality of component carriers; determining whether to transmit at least one of data or control information on one or more first component carriers of the plurality of component carriers concurrently with sounding reference signals, SRS on one or more second component carriers of the plurality of component carriers based at least in part on the number of uplink timing groups and on whether the UE is power limited from transmitting the at least one of the data or the control information concurrently with the SRS; transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is not power limited, when at least two uplink timing groups are determined, and when the one or more first component carriers and the one or more second component carriers comprise different component carriers; and refraining from transmitting the SRS on the one or more second component carriers concurrently with the at least one of the data or the control information when the UE is power limited.
A magnetic sensor device, comprising: a substrate having one or more surfaces; a magnetic sensor disposed on, over, below, or in direct contact with the surface, the magnetic sensor being configured for detecting a magnetic field; a plurality of magnetic cores disposed on, over, below or in direct contact with the one or more substrate surfaces, at least one of the magnetic cores having an electrical conductor helically wound around the core forming a coil having a coil length and each magnetic core separated from any other magnetic core by a plurality of gaps, wherein each gap having a gap length; and wherein said one or more coils are configured for, when a current passes through said one or more coils, generating a magnetic field, wherein at least a portion of the generated magnetic field flux passes through the magnetic sensor, the plurality of cores, and the plurality of gaps forming at least one closed magnetic circuit along which the generated magnetic field flux passes, and wherein the total length of the at least one closed magnetic circuit is at least twice the total length of the plurality of gaps of the at least one closed magnetic circuit through which the at least a portion of the magnetic field flux passes, characterized in that the plurality of magnetic cores with coils are distributed regularly around a central magnetic core. a substrate having one or more surfaces; a magnetic sensor disposed on, over, below, or in direct contact with the surface, the magnetic sensor being configured for detecting a magnetic field; a plurality of magnetic cores disposed on, over, below or in direct contact with the one or more substrate surfaces, at least one of the magnetic cores having an electrical conductor helically wound around the core forming a coil having a coil length and each magnetic core separated from any other magnetic core by a plurality of gaps, wherein each gap having a gap length; and wherein said one or more coils are configured for, when a current passes through said one or more coils, generating a magnetic field, wherein at least a portion of the generated magnetic field flux passes through the magnetic sensor, the plurality of cores, and the plurality of gaps forming at least one closed magnetic circuit along which the generated magnetic field flux passes, and wherein the total length of the at least one closed magnetic circuit is at least twice the total length of the plurality of gaps of the at least one closed magnetic circuit through which the at least a portion of the magnetic field flux passes, characterized in that the plurality of magnetic cores with coils are distributed regularly around a central magnetic core.
A method of operating a first node (BS-1) providing communication with a wireless device (UE-1) in a communications network including the first node (BS-1) and a second node (BS-2), the method comprising: transmitting scheduling information for the wireless device (UE-1) from the first node (BS-1) to the second node (BS-2) wherein the scheduling information defines a plurality of time slots for UpLink, UL, transmission from the wireless device (UE-1) to the communications network; after transmitting the scheduling information to the second node (BS-2), transmitting a UL signaling grant to the wireless device (UE-1) for one of the plurality of time slots defined by the scheduling information; receiving a UL transmission from the wireless device (UE-1) at the first node (BS-1) over the time slot of the UL signaling grant; receiving information from the second node relating to the UL transmission from the wireless device over the time slot of the UL signaling grant; and processing the UL transmission from the wireless device at the first node using the information from the second node relating to the UL transmission from the wireless device, the method being characterized in that transmitting the scheduling information comprises transmitting the scheduling information responsive to determining that the wireless device (UE-1) is at a cell edge adjacent to the second node (BS-2) and responsive to the wireless device (UE-1) being subject to Transmission Time Interval, TTI, bundling. transmitting scheduling information for the wireless device (UE-1) from the first node (BS-1) to the second node (BS-2) wherein the scheduling information defines a plurality of time slots for UpLink, UL, transmission from the wireless device (UE-1) to the communications network; after transmitting the scheduling information to the second node (BS-2), transmitting a UL signaling grant to the wireless device (UE-1) for one of the plurality of time slots defined by the scheduling information; receiving a UL transmission from the wireless device (UE-1) at the first node (BS-1) over the time slot of the UL signaling grant; receiving information from the second node relating to the UL transmission from the wireless device over the time slot of the UL signaling grant; and processing the UL transmission from the wireless device at the first node using the information from the second node relating to the UL transmission from the wireless device, the method being characterized in that transmitting the scheduling information comprises transmitting the scheduling information responsive to determining that the wireless device (UE-1) is at a cell edge adjacent to the second node (BS-2) and responsive to the wireless device (UE-1) being subject to Transmission Time Interval, TTI, bundling.
Wire saw assembly having - a stationary axle element which is held on a holding facility, - a rolling element, which at least partially surrounds the axle element, for moving a wire, - a first active part of an electric machine, which is securely connected to the axle element, and - a second active part of the electric machine, which is securely connected to the rolling element, wherein - the axle element is only held on the holding facility on one side, - the first active part, in the radial direction of the axle element, is arranged so as to be external in relation to the rolling element, characterised in that - the axle element has at least one channel which is fluidically connected to a bearing facility and which is connected to an oil circuit of the wire saw assembly for lubricating the bearing facility; and - the channel and the oil circuit are embodied so as to be hermetically closed. - a stationary axle element which is held on a holding facility, - a rolling element, which at least partially surrounds the axle element, for moving a wire, - a first active part of an electric machine, which is securely connected to the axle element, and - a second active part of the electric machine, which is securely connected to the rolling element, wherein - the axle element is only held on the holding facility on one side, - the first active part, in the radial direction of the axle element, is arranged so as to be external in relation to the rolling element, - the axle element has at least one channel which is fluidically connected to a bearing facility and which is connected to an oil circuit of the wire saw assembly for lubricating the bearing facility; and - the channel and the oil circuit are embodied so as to be hermetically closed.