mhurhangee/ep-ind-claims huggingface dataset:
A fixing device comprising: a flexible endless belt rotated in a prescribed direction to heat and fuse a toner image; a rotating member disposed on an outer circumferential surface side of the flexible endless belt that presses against and rotates the flexible endless belt; a fixed member fixedly mounted on the fixing device at both lateral ends and disposed on an inner circumferential surface side of the flexible endless belt to press against the rotating member via the flexible endless belt and form a nip through which a recording medium is conveyed wherein the fixed member includes a groove; a substantially cylindrical heater fixedly disposed facing an inner circumferential surface of the flexible endless belt to heat the flexible endless belt, the heater including an opening opposed to the rotating member, the opening accommodating the fixed member, wherein the heater is a pipe having bent portions protruding from both lengthwise ends toward an interior of the pipe at the opening, the bent portions of the pipe being accomodated by the groove and a reinforcing member fixedly disposed on an inner circumferential surface side of the heater to contact and reinforce the fixed member, wherein the fixed member holds an edge of the opening of the heater to prevent the heater from deforming. a flexible endless belt rotated in a prescribed direction to heat and fuse a toner image; a rotating member disposed on an outer circumferential surface side of the flexible endless belt that presses against and rotates the flexible endless belt; a fixed member fixedly mounted on the fixing device at both lateral ends and disposed on an inner circumferential surface side of the flexible endless belt to press against the rotating member via the flexible endless belt and form a nip through which a recording medium is conveyed wherein the fixed member includes a groove; a substantially cylindrical heater fixedly disposed facing an inner circumferential surface of the flexible endless belt to heat the flexible endless belt, the heater including an opening opposed to the rotating member, the opening accommodating the fixed member, wherein the heater is a pipe having bent portions protruding from both lengthwise ends toward an interior of the pipe at the opening, the bent portions of the pipe being accomodated by the groove and a reinforcing member fixedly disposed on an inner circumferential surface side of the heater to contact and reinforce the fixed member, wherein the fixed member holds an edge of the opening of the heater to prevent the heater from deforming.
An aluminum alloy material having an alloy composition consisting of Mg: 0.2 to 1.8% by mass, Si: 0.2 to 2.0% by mass, Fe: 0.01 to 1.50% by mass, and at least one element selected from Ti, B, Cu, Ag, Zn, Ni, Co, Au, Mn, Cr, V, Zr and Sn: 0.00 to 2% by mass in total, with the balance being Al and inevitable impurities, wherein the aluminum alloy material has a Vickers hardness of 90 or more and 190 or less measured in accordance with JIS Z 2244:2009 and has a ribbon shape, and an end face in a width direction is in a form of a convex curved surface.
A cooling device for cooling a semiconductor die, the cooling device comprising a housing and a heat dissipator mounted to the housing, the heat dissipator being thermally coupled, in operation, to the semiconductor die, and being arranged to dissipate heat from the semiconductor die; wherein the housing comprises a first plate for supporting the semiconductor die, and a second plate opposing the first plate, wherein the second plate is provided with an aperture through which the heat dissipator extends such that the heat dissipator is in contact, in operation, with a fluid medium outside the housing, wherein the housing further comprises a first fluid flow passage adapted for providing a forced fluid flow within the housing, a fluid flow path arranged to direct fluid in a first direction between the first fluid flow passage and the heat dissipator, and a channel arranged to force fluid along the heat dissipator in a second direction, and wherein the channel is defined by walls of the aperture and walls of the heat dissipator so that the second direction is different to the first direction and away from the first plate.
An apparatus comprising: a spool for storing an optical fiber; a motor for rotating the spool and a speed transducer for detecting a rate of movement of the apparatus through the water; characterized in that the apparatus further comprises a controller coupled to the motor for controlling the removal of the optical fiber from the spool at a rate that is equal to or greater than the detected rate of movement of the apparatus through the water. a spool for storing an optical fiber; a motor for rotating the spool and a speed transducer for detecting a rate of movement of the apparatus through the water; characterized in that the apparatus further comprises a controller coupled to the motor for controlling the removal of the optical fiber from the spool at a rate that is equal to or greater than the detected rate of movement of the apparatus through the water.
A liquid drain cleaner comprising an aqueous composition having a pH of at least 11 and comprising: (a) 2-15 wt% of a metal hypochlorite salt, and (b) 0.2 to 4 wt% of a polyacrylic acid having a weight average molecular weight of at least 40,000, wherein said polyacrylic acid comprises no more than 0.3 wt% polymerized residues of crosslinkers.
A method for managing airflow in a cabin of an aircraft, the method characterised by: obtaining a minimum airflow requirement for temperature control needs (206, 208) in the aircraft as a function of altitude of the aircraft or cabin, or as a function of heating or cooling needs within the cabin; obtaining a minimum airflow requirement for cabin pressurization needs in the aircraft as a function of the altitude of the aircraft or cabin; obtaining a minimum airflow requirement for a desired air quality for the aircraft; setting an airflow schedule such that a total airflow in the aircraft cabin as a function of the altitude of the aircraft or cabin is greater than or equal to a highest one of the temperature, pressure, and air quality minimum airflow requirements as a function of the altitude of the aircraft or cabin across a range of altitudes; monitoring the air quality in the aircraft; detecting a drop in the air quality below a threshold; and modifying the total airflow as a function of the drop in air quality. obtaining a minimum airflow requirement for temperature control needs (206, 208) in the aircraft as a function of altitude of the aircraft or cabin, or as a function of heating or cooling needs within the cabin; obtaining a minimum airflow requirement for cabin pressurization needs in the aircraft as a function of the altitude of the aircraft or cabin; obtaining a minimum airflow requirement for a desired air quality for the aircraft; setting an airflow schedule such that a total airflow in the aircraft cabin as a function of the altitude of the aircraft or cabin is greater than or equal to a highest one of the temperature, pressure, and air quality minimum airflow requirements as a function of the altitude of the aircraft or cabin across a range of altitudes; monitoring the air quality in the aircraft; detecting a drop in the air quality below a threshold; and modifying the total airflow as a function of the drop in air quality.
A resolver offset correction device of an eco-friendly vehicle, the resolver offset correction device, comprising: a resolver mounted on a shaft of a motor rotor; a resolver offset determination unit configured to receive a torque command T*, an inverse magnetic flux 1/λ, current commands id* and iq*, currents id and iq fed back by a motor, and d-axis and q-axis voltages Vd* and Vq* monitored upon current control to determine the resolver offset; and a torsion angle compensator configured to estimate a resolver offset deviation based on a calculated torsion angle of the shaft of the motor rotor for the motor to be operated based on the resolver offset deviation. a resolver mounted on a shaft of a motor rotor; a resolver offset determination unit configured to receive a torque command T*, an inverse magnetic flux 1/λ, current commands id* and iq*, currents id and iq fed back by a motor, and d-axis and q-axis voltages Vd* and Vq* monitored upon current control to determine the resolver offset; and a torsion angle compensator configured to estimate a resolver offset deviation based on a calculated torsion angle of the shaft of the motor rotor for the motor to be operated based on the resolver offset deviation.
A method of forming a frame of a wear sole for an ultrasonic inspection apparatus, the method characterized by comprising: forming a plurality of layers from at least two frame materials, wherein adjacent ones of the plurality of layers are bonded to one another to define the frame of a wear sole, the method including forming: a proximal surface configured to secure the frame to a distal end of a probe holder, a distal surface configured to contact a portion of a target surface; a frame body extending between the proximal and distal surfaces (42p, 42d); an aperture extending through the proximal surface, the body, and the distal surface; and a channel extending from the proximal surface to a chamber in fluid communication with the distal surface; wherein the plurality of layers define a first region including a first frame material exhibiting a first acoustic property and a second region including a second frame material exhibiting a second acoustic property, wherein the first and second regions (1008a, 1008b) occupy different locations within the frame, the relative fractions of the first and second regions (1008a, 1008b) and their relative placement within the frame body being configured to tailor one or more acoustic properties of the frame. a proximal surface configured to secure the frame to a distal end of a probe holder, a distal surface configured to contact a portion of a target surface; a frame body extending between the proximal and distal surfaces (42p, 42d); an aperture extending through the proximal surface, the body, and the distal surface; and a channel extending from the proximal surface to a chamber in fluid communication with the distal surface; wherein the plurality of layers define a first region including a first frame material exhibiting a first acoustic property and a second region including a second frame material exhibiting a second acoustic property, wherein the first and second regions (1008a, 1008b) occupy different locations within the frame, the relative fractions of the first and second regions (1008a, 1008b) and their relative placement within the frame body being configured to tailor one or more acoustic properties of the frame.
A method for producing nanofibrillar cellulose starting from hardwood cellulose pulp, where cellulose is in native form, comprising - prebeating the cellulose pulp by circulating the cellulose pulp in form of aqueous suspension of fibres through a refining gap formed by opposite arrays of refining bars which perform relative movement in the gap, - circulating the cellulose pulp until a beating degree of below 55 ml CSF, preferably 50 ml CSF or less, more preferably 20 ml CSF or less is attained, - forwarding the prebeaten pulp to a disintegration process, wherein - the prebeating comprises prebeating the cellulose pulp in a conical refiner or disc refiner with a specific edge load of 0.5 J/m or below, - disintegrating the prebeaten pulp in a disintegration process to nanofibrillar cellulose until the nanofibrillar cellulose obtained in the disintegration process has - a zero shear viscosity in the range of 100 to 8000 Pa·s, preferably 200- 2000 Pa·s measured at a consistency of 0.5% in water by rotational rheometer, and - a yield stress in the range of 0.5 to 8 Pa, preferably 1-4 Pa, measured at a consistency of 0.5% by rotational rheometer, characterized in that the method comprises - pretreating the cellulose pulp by washing until it has conductivity below 20 μS/cm when measured at 1% consistency, and - after the pretreating, prebeating the cellulose pulp. - prebeating the cellulose pulp by circulating the cellulose pulp in form of aqueous suspension of fibres through a refining gap formed by opposite arrays of refining bars which perform relative movement in the gap, - circulating the cellulose pulp until a beating degree of below 55 ml CSF, preferably 50 ml CSF or less, more preferably 20 ml CSF or less is attained, - forwarding the prebeaten pulp to a disintegration process, wherein - the prebeating comprises prebeating the cellulose pulp in a conical refiner or disc refiner with a specific edge load of 0.5 J/m or below, - disintegrating the prebeaten pulp in a disintegration process to nanofibrillar cellulose until the nanofibrillar cellulose obtained in the disintegration process has - a zero shear viscosity in the range of 100 to 8000 Pa·s, preferably 200- 2000 Pa·s measured at a consistency of 0.5% in water by rotational rheometer, and - a yield stress in the range of 0.5 to 8 Pa, preferably 1-4 Pa, measured at a consistency of 0.5% by rotational rheometer, characterized in that the method comprises - pretreating the cellulose pulp by washing until it has conductivity below 20 μS/cm when measured at 1% consistency, and - after the pretreating, prebeating the cellulose pulp.
A computer-implemented method for reordering an original set of layered image data for use in rendering a display, comprising: obtaining at a computer device an original set of layered image data comprising multiple original layers of image data arranged to be rendered to form intermediate images prior to the intermediate images being rendered in a display, each of the original layers of image data comprising a plurality of image objects arranged in an intra-layer image object order; executing an image data reordering routine on the computer device that extracts a set of image objects of a first type from two or more of the original layers of image data, said image objects of a first type representing roadways and said first type of image objects meaning one of interior fill objects, outline objects, and line objects, and creates a set of reordered image data for use as a single reordered layer of image data for use in rendering a display, said reordered layer of image data comprising image objects of the first type ordered as a function of the identity of the original layers of image data from which each of the image objects of the first type was extracted and as a function of the intra-layer image object order of the original layers of image data from which each of the image objects of the first type was extracted; and storing at the computer device said reordered layer of image data. obtaining at a computer device an original set of layered image data comprising multiple original layers of image data arranged to be rendered to form intermediate images prior to the intermediate images being rendered in a display, each of the original layers of image data comprising a plurality of image objects arranged in an intra-layer image object order; executing an image data reordering routine on the computer device that extracts a set of image objects of a first type from two or more of the original layers of image data, said image objects of a first type representing roadways and said first type of image objects meaning one of interior fill objects, outline objects, and line objects, and creates a set of reordered image data for use as a single reordered layer of image data for use in rendering a display, said reordered layer of image data comprising image objects of the first type ordered as a function of the identity of the original layers of image data from which each of the image objects of the first type was extracted and as a function of the intra-layer image object order of the original layers of image data from which each of the image objects of the first type was extracted; and storing at the computer device said reordered layer of image data.
An aminopyrimidine compound of formula, or a polymorph, pharmaceutically acceptable salt, stereoisomer, hydrate or solvate thereof: wherein, R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently selected from hydrogen or deuterium; R 9, R 10, R 11, R 12, R 13, R 14, R 15, R 16, R 17, R 18, R 19, R 20, R 21, R 22 and R 23 are hydrogen; X, Y and Z are independently selected from the group consisting of CH 3, CH 2 D, CHD 2 and CD 3; with the proviso that the aminopyrimidine compound described above contains at least one deuterium atom and the content of deuterium isotope in each deuterated position is greater than 75%. R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently selected from hydrogen or deuterium; R 9, R 10, R 11, R 12, R 13, R 14, R 15, R 16, R 17, R 18, R 19, R 20, R 21, R 22 and R 23 are hydrogen; X, Y and Z are independently selected from the group consisting of CH 3, CH 2 D, CHD 2 and CD 3; with the proviso that the aminopyrimidine compound described above contains at least one deuterium atom and the content of deuterium isotope in each deuterated position is greater than 75%.
A microalloyed magnesium material for absorption in the body of a human or animal, the microalloyed magnesium material consisting of: 0.85 to 1.4 percent by weight of zinc (Zn), 0.2 to 0.5 percent by weight of calcium (Ca), 0.2 to 0.5 percent by weight of manganese (Mn) with the remainder being magnesium (Mg) and inevitable impurities, wherein the combined percent of Zn, Ca and Mn microalloyed with Mg is in the range of 1.4 to 2.4 percent, preferably in the range of 1.5 to 2.4 percent.
A method of controlling a display device having a control unit, a display unit and an input unit with keys, comprising: turning on the display device (S210; S510); determining (S220; S530) whether or not the display device is in a preset mode; and operating the display device to output image data relating to the preset mode of the display device if the display device is in the preset mode, CHARACTERIZED BY determining (S220; S530) whether or not the display device is in a preset mode by comparing a mode information value, said mode information value enabling detection of the preset mode, with a predetermined value, wherein the preset mode is determined, if the mode information value is equal to the predetermined value; if the display device is in the preset mode, * operating the display device to output image data relating to the preset mode of the display device comprises displaying a guide message to avoid startling a user; and * determining (S230; S540) whether there are defective pixels, wherein the image data are image data corresponding to more than one defective pixel checking image pattern in order to determine whether or not there are defective pixels in a panel of the display device, changing defective pixel checking image patterns whenever a key of the input unit is selected through the input unit, and by incrementing (S250; S520) the mode information value of the mode information of the display apparatus, and, if the display device is not in the preset mode, outputting (S260; S560) image signal input from an external device. turning on the display device (S210; S510); determining (S220; S530) whether or not the display device is in a preset mode; and operating the display device to output image data relating to the preset mode of the display device if the display device is in the preset mode, CHARACTERIZED BY determining (S220; S530) whether or not the display device is in a preset mode by comparing a mode information value, said mode information value enabling detection of the preset mode, with a predetermined value, wherein the preset mode is determined, if the mode information value is equal to the predetermined value; if the display device is in the preset mode, * operating the display device to output image data relating to the preset mode of the display device comprises displaying a guide message to avoid startling a user; and * determining (S230; S540) whether there are defective pixels, wherein the image data are image data corresponding to more than one defective pixel checking image pattern in order to determine whether or not there are defective pixels in a panel of the display device, changing defective pixel checking image patterns whenever a key of the input unit is selected through the input unit, and by incrementing (S250; S520) the mode information value of the mode information of the display apparatus, and, if the display device is not in the preset mode, outputting (S260; S560) image signal input from an external device.
Combination of a mounting tool for assembling or disassembling a fastening means and an edge working means of a road roller for working a road surface, with an exchangeable edge pressing or edge cutting tool supported for rotation about a rotation axis extending substantially in parallel to the road surface and exchangeably fastened to the road roller by means of a fastening means adapted to be mounted coaxially to the rotation axis, wherein the fastening means and the mounting tool have mutually matched coupling means (8, 9) for the transmission of a torque, characterized in that the mutually matched coupling means (8, 9) engage each other such that in the assembling and disassembling position of the mounting tool, they are inseparable in the axial direction of the rotation axis due to the coupling means of the mounting tool being locked relative to the coupling means of the fastening means, and wherein the coupling means (8 or 9) of the mounting tool can be locked with the coupling means (9 or 8) of the fastening means by a rotation about the rotation axis and/or by being pivoted about a pivot axis extending orthogonally to the rotation axis of the fastening means.
A method of transmitting and receiving a signal by a user equipment, UE, dual-connected to a new radio access technology, NR, base station, BS and a long-term evolution, LTE, BS in a wireless communication system, the method comprising: receiving, from the NR BS, a control signal for transmitting a NR uplink signal in a scheduled time region to the NR BS; transmitting the NR uplink signal based on the control signal in the scheduled time region to the NR BS, wherein the NR uplink signal is overlapped with a LTE uplink signal in the scheduled time region due to a timing advance, TA, to the LTE BS and a TA to the NR BS, wherein a length of an overlapped duration in the scheduled time region is determined based on a difference between the TA to the LTE BS and the TA to the NR BS, wherein the length of the overlapped duration is longer than or equal to a threshold value, the NR uplink signal is dropped, and wherein the length of the overlapped duration is shorter than the threshold value, the NR uplink signal and the LTE uplink signal are transmitted simultaneously. receiving, from the NR BS, a control signal for transmitting a NR uplink signal in a scheduled time region to the NR BS; transmitting the NR uplink signal based on the control signal in the scheduled time region to the NR BS, wherein the NR uplink signal is overlapped with a LTE uplink signal in the scheduled time region due to a timing advance, TA, to the LTE BS and a TA to the NR BS, wherein a length of an overlapped duration in the scheduled time region is determined based on a difference between the TA to the LTE BS and the TA to the NR BS, wherein the length of the overlapped duration is longer than or equal to a threshold value, the NR uplink signal is dropped, and wherein the length of the overlapped duration is shorter than the threshold value, the NR uplink signal and the LTE uplink signal are transmitted simultaneously.