mhurhangee/ep-ind-claims huggingface dataset:
A stage apparatus that is capable of positioning a stage with respect to a predetermined member (21M, 21 S), comprising: a scale (39X 1, 39X 2, 39Y 1, 39Y 2), which is provided to one of the stage and the predetermined member; a plurality of detectors (64, 66), which are provided to another one of the stage and the predetermined member and are arranged to detect information related to the position of the scale; and a control apparatus that is configured to derive information related to a displacement of the stage based on detection results of the plurality of detectors, characterized in that: a support member that is arranged to support the plurality of detectors, which are provided to the stage or the predetermined member, and that has a coefficient of linear thermal expansion that is smaller than that of the stage; and the predetermined member has a base member, the coefficient of linear thermal expansion of which is larger than that of the support member; and the stage apparatus further comprises: a coupling mechanism (111A, 111B, 113, 111E-H) that is arranged to couple the support member to the base member in the state wherein the support member can be displaced in directions along a surface of the scale. a scale (39X 1, 39X 2, 39Y 1, 39Y 2), which is provided to one of the stage and the predetermined member; a plurality of detectors (64, 66), which are provided to another one of the stage and the predetermined member and are arranged to detect information related to the position of the scale; and a control apparatus that is configured to derive information related to a displacement of the stage based on detection results of the plurality of detectors, characterized in that: a support member that is arranged to support the plurality of detectors, which are provided to the stage or the predetermined member, and that has a coefficient of linear thermal expansion that is smaller than that of the stage; and the predetermined member has a base member, the coefficient of linear thermal expansion of which is larger than that of the support member; and the stage apparatus further comprises: a coupling mechanism (111A, 111B, 113, 111E-H) that is arranged to couple the support member to the base member in the state wherein the support member can be displaced in directions along a surface of the scale. a support member that is arranged to support the plurality of detectors, which are provided to the stage or the predetermined member, and that has a coefficient of linear thermal expansion that is smaller than that of the stage; and the predetermined member has a base member, the coefficient of linear thermal expansion of which is larger than that of the support member; and the stage apparatus further comprises: a coupling mechanism (111A, 111B, 113, 111E-H) that is arranged to couple the support member to the base member in the state wherein the support member can be displaced in directions along a surface of the scale. a coupling mechanism (111A, 111B, 113, 111E-H) that is arranged to couple the support member to the base member in the state wherein the support member can be displaced in directions along a surface of the scale.
Shifting element for shifting a cam segment along a shaft longitudinal axis of a shaft segment of a cam shaft, wherein the shifting element has a guide groove for guiding an engagement element, which extends along an outer peripheral surface of the shifting element at least in sections, characterized in that the guide groove has at least one effective section (8, 8.1, 8.2, 8.3) for bringing about a rotational movement of the engagement element about its rotational axis, which extends orthogonally to a rotational axis of the shifting element, and wherein the effective section (8, 8.1, 8.2, 8.3) has a contact element for the eccentric contacting of the engagement element.
A borosilicate glass for a pharmaceutical container, comprising, in mass%, from 70.0 to 78.0% of SiO 2, from 5.0 to 8.0% of Al 2 O 3, from 5.0 to 12.0% of B 2 O 3, from 0 to 4.0% of CaO, from 0 to 4.0% of BaO, from 4.0 to 8.0% of Na 2 O, from 0 to 5.0% of K 2 O, from 0.001 to 0.08% of SnO 2, and from 0.01 to 0.5% of Cl.
A system for verifying the integrity, continuity, and availability of information displayed on an uncertified aircraft display, the system comprising a server that is certified as a high integrity device, the server (102, 504) comprising one or more processors configured by programming instructions on computer readable media and an application module configured to generate high integrity data for display, the system further comprising an adapter device (104, 304) configured with an optical sensing device (512, 1008) configured to capture an image displayed on the uncertified aircraft display (106, 1002) and an annunciation screen (516, 1006) configured to annunciate a message indicating a loss of ICA when a loss of ICA is identified, the system configured to: create, on the high integrity server (102, 504), application data for display on the uncertified display device; transmit the application data to the uncertified display device (106, 1002) for display; capture, using the optical sensing device (512, 1008), an image of the display screen of the uncertified display device (106, 1002); determine, at the high integrity server (102, 504), an expected display image to be displayed on the uncertified display device (106, 1002); compare, at the high integrity server (102, 504), the captured image of the display to the expected display image; and identify a loss of ICA when one or more frames in the captured image fails the comparison with the expected display image. create, on the high integrity server (102, 504), application data for display on the uncertified display device; transmit the application data to the uncertified display device (106, 1002) for display; capture, using the optical sensing device (512, 1008), an image of the display screen of the uncertified display device (106, 1002); determine, at the high integrity server (102, 504), an expected display image to be displayed on the uncertified display device (106, 1002); compare, at the high integrity server (102, 504), the captured image of the display to the expected display image; and identify a loss of ICA when one or more frames in the captured image fails the comparison with the expected display image.
A bulk crystal of group III nitride having a composition of Ga x Al y In 1-x-y N (0≤x≤1, 0≤x+y≤1) and a thickness greater than 1 millimeter wherein the bulk crystal has at least three portions, (a) a first portion comprising a seed crystal formed by hydride vapor phase epitaxy containing a dopant other than oxygen and having a first major face and a second major face, the first major face having an electron concentration, N 1seed, and the second major face having an electron concentration N 2seed, (b) a second portion formed by ammonothermal growth on the first major face of the seed crystal and comprising a first crystalline region, wherein the first crystalline region has an electron concentration, N 1st-xtal, (c) a third portion formed by ammonothermal growth on the second major face of the seed crystal and comprising a second crystalline region, wherein said second crystalline region has an electron concentration N 2nd-xtal, and (d) wherein the electron concentration of the seed crystal, the first crystalline region, and the second crystalline region satisfy at least one of the following relationships: 0.1 < N 1 st-xtal / N 1 seed < 10 and / or 0.1 < N 2 nd-xtal / N 2 seed < 10. (a) a first portion comprising a seed crystal formed by hydride vapor phase epitaxy containing a dopant other than oxygen and having a first major face and a second major face, the first major face having an electron concentration, N 1seed, and the second major face having an electron concentration N 2seed, (b) a second portion formed by ammonothermal growth on the first major face of the seed crystal and comprising a first crystalline region, wherein the first crystalline region has an electron concentration, N 1st-xtal, (c) a third portion formed by ammonothermal growth on the second major face of the seed crystal and comprising a second crystalline region, wherein said second crystalline region has an electron concentration N 2nd-xtal, and (d) wherein the electron concentration of the seed crystal, the first crystalline region, and the second crystalline region satisfy at least one of the following relationships: 0.1 < N 1 st-xtal / N 1 seed < 10 and / or 0.1 < N 2 nd-xtal / N 2 seed < 10.
An inductor, comprising a coil enclosing at least a part of a core (15, 20), and a sensor for sensing a current when flowing in the coil, wherein the core comprises a first part, and a second part comprising a movable metal part mounted relative to the first part of the core such that the second, movable metal part is separated from the first part of the core by an air gap (25, 30), and wherein at least a portion of the second part is arranged to move relative to the first part, thereby to vary the magnetic permeability of the core (15, 20), according to an output of the sensor; characterised in that at least a portion of the second part is a controllably deformable metal part; wherein the controllably deformable metal part comprises a bi-metal strip deformable by heating of the bi-metal strip; and wherein the inductor further comprises a controllable source of heat for heating the bi-metal strip, wherein the controllable source of heat is arranged to heat the bi-metal strip according to an output from the sensor. characterised in that at least a portion of the second part is a controllably deformable metal part; wherein the controllably deformable metal part comprises a bi-metal strip deformable by heating of the bi-metal strip; and wherein the inductor further comprises a controllable source of heat for heating the bi-metal strip, wherein the controllable source of heat is arranged to heat the bi-metal strip according to an output from the sensor.
A method of producing a heterologous polypeptide, the method comprising the steps of: a) growing Gram-negative bacteria comprising a nucleotide sequence encoding a heterologous polypeptide operably linked to an inducible promoter under fed-batch fermentation conditions in a synthetic medium; b) inducing expression of the heterologous polypeptide; c) harvesting the bacteria in the synthetic medium by decanting; d) homogenizing the bacteria contained in the synthetic medium; e) obtaining from the synthetic medium comprising the homogenized bacteria of step d) a soluble fraction comprising the heterologous polypeptide and an insoluble fraction comprising the heterologous polypeptide; f) resuspending the insoluble fraction; g) centrifuging the resuspended insoluble fraction of step g) to obtain a supernatant comprising the heterologous polypeptide; h) denaturing the polypeptide in the supernatant obtained from step g); i) refolding the denatured polypeptide of step h); and j) subjecting the refolded polypeptide to anion exchange chromatography to obtain the heterologous polypeptide. a) growing Gram-negative bacteria comprising a nucleotide sequence encoding a heterologous polypeptide operably linked to an inducible promoter under fed-batch fermentation conditions in a synthetic medium; b) inducing expression of the heterologous polypeptide; c) harvesting the bacteria in the synthetic medium by decanting; d) homogenizing the bacteria contained in the synthetic medium; e) obtaining from the synthetic medium comprising the homogenized bacteria of step d) a soluble fraction comprising the heterologous polypeptide and an insoluble fraction comprising the heterologous polypeptide; f) resuspending the insoluble fraction; g) centrifuging the resuspended insoluble fraction of step g) to obtain a supernatant comprising the heterologous polypeptide; h) denaturing the polypeptide in the supernatant obtained from step g); i) refolding the denatured polypeptide of step h); and j) subjecting the refolded polypeptide to anion exchange chromatography to obtain the heterologous polypeptide.
A method of configuring a video services receiver for operation in a network, wherein the network topology comprises plural member devices of the network that communicate with the video services receiver and possibly with other member devices over respective paired connections over the network, the method comprising: establishing an initial data communication link between a previously deployed video services receiver (STB 1) and a controller device that is a member device of the network; receiving, at the controller device, network configuration data from the previously deployed video services receiver via the initial data communication link, the configuration data reflecting the current network topology, the number of devices, and the paired connections between devices; storing the network configuration data at the controller device, resulting in stored network configuration data; removing the previously deployed video services receiver from the network; thereafter, inserting a second video services receiver into the network in place of the previously deployed video services receiver; thereafter, establishing a data communication link between the second video services receiver and the controller device; and thereafter, downloading the stored network configuration data from the controller device to the second video services receiver via the data communication link (336,338), the network topology information in the stored network configuration data utilized by the video services receiver to support data communication with at least one member device of the network other than the controller device without the user having to re-pair the device with the second video services receiver. establishing an initial data communication link between a previously deployed video services receiver (STB 1) and a controller device that is a member device of the network; receiving, at the controller device, network configuration data from the previously deployed video services receiver via the initial data communication link, the configuration data reflecting the current network topology, the number of devices, and the paired connections between devices; storing the network configuration data at the controller device, resulting in stored network configuration data; removing the previously deployed video services receiver from the network; thereafter, inserting a second video services receiver into the network in place of the previously deployed video services receiver; thereafter, establishing a data communication link between the second video services receiver and the controller device; and thereafter, downloading the stored network configuration data from the controller device to the second video services receiver via the data communication link (336,338), the network topology information in the stored network configuration data utilized by the video services receiver to support data communication with at least one member device of the network other than the controller device without the user having to re-pair the device with the second video services receiver.
A tire comprising: a tire frame member made of a resin material, the tire frame member having a side portion extending outwardly from a bead portion in a tire radial direction and a crown portion extending inwardly from the side portion in a tire width direction; a tread disposed outside the tire frame member in the tire radial direction; and a belt layer disposed between the tire frame member and the tread, the belt layer constituting a center area at a middle in the tire width direction and shoulder areas at both sides of the center area in the tire width direction, a width dimension of the center area in a tire axial direction being in a range of from 85 to 105% of a ground width dimension of the tread, characterized in that: in a case in which Hc represents stiffness of the center area, and Hs represents stiffness of the shoulder areas, Hc>Hs, wherein stiffness represents tensile stiffness in the tire circumferential direction per unit of width. a tire frame member made of a resin material, the tire frame member having a side portion extending outwardly from a bead portion in a tire radial direction and a crown portion extending inwardly from the side portion in a tire width direction; a tread disposed outside the tire frame member in the tire radial direction; and a belt layer disposed between the tire frame member and the tread, the belt layer constituting a center area at a middle in the tire width direction and shoulder areas at both sides of the center area in the tire width direction, a width dimension of the center area in a tire axial direction being in a range of from 85 to 105% of a ground width dimension of the tread, characterized in that: in a case in which Hc represents stiffness of the center area, and Hs represents stiffness of the shoulder areas, Hc>Hs, wherein stiffness represents tensile stiffness in the tire circumferential direction per unit of width.
A double clutch arrangement, comprising a parallel double clutch device and a clutch housing, for arranging in a drivetrain of a motor vehicle between a drive unit and a transmission, which parallel double clutch device has a first clutch arrangement, preferably multiplate clutch arrangement, particularly preferably wet-running multiplate clutch arrangement, assigned to a first transmission input shaft for selectively transmitting torque between the drive unit and the first transmission input shaft, and a second clutch arrangement, preferably multiplate clutch arrangement, particularly preferably wet-running multiplate clutch arrangement, assigned to a second transmission input shaft for selectively transmitting torque between the drive unit and the second transmission input shaft, with it being possible for the first clutch arrangement to be actuated by means of at least one hydraulically drivable first actuating piston which is assigned a first pressure chamber delimited by a first pressure chamber housing and the first actuating piston, and for the second clutch arrangement to be actuated by means of at least one hydraulically drivable second actuating piston which is assigned a second pressure chamber delimited by a second pressure chamber housing and the second actuating piston, the pressure chamber housings (84; 86) being formed so as to be at least partially, preferably entirely, stationary and/or rotationally fixed, wherein the clutch housing is stationary and/or rotationally fixed and wherein the parallel double clutch device is arranged therein, with the pressure chamber housings (84; 86) being attached to or formed in one piece with the clutch housing in a stationary and/or rotationally fixed manner, characterized in that the clutch housing has a first housing section with the one pressure chamber housing being provided on the first housing section and a second housing section which is situated opposite in the axial direction and attached to the first housing section in a detachable fashion, the other pressure chamber housing being provided on the second housing section.
A pressure-sensitive adhesive sheet having a pressure-sensitive adhesive layer formed from an aqueous pressure-sensitive adhesive composition, the pressure-sensitive adhesive composition being a dispersion solution containing an aqueous solvent and an acrylic polymer dispersed in the aqueous solvent, and the pressure-sensitive adhesive sheet satisfying the following property: when pressure-bonded to a flexible urethane foam of 10 mm in thickness under conditions where the urethane foam is compressed to a thickness of 5 mm, the 180° peel adhesive strength 30 minutes after the pressure-bonding is 1.5 N/20 mm or greater; here, a polyether urethane foam with a density of 22 ± 2 kg.m3 and a hardness (by the D method defined in JIS K6400-2) of 107.9 ± 22.6 N as further detailed herein is used as the flexible urethane foam; wherein the pressure-sensitive adhesive composition further contains a tackifier L in an amount of 5 parts by mass or more with respect to 100 parts by mass of the acrylic polymer satisfying the following properties: (p) the viscosity at 30°C is 2000 Pa·s or lower; and (q) the hydroxyl group value is 50 mg KOH/g or greater. when pressure-bonded to a flexible urethane foam of 10 mm in thickness under conditions where the urethane foam is compressed to a thickness of 5 mm, the 180° peel adhesive strength 30 minutes after the pressure-bonding is 1.5 N/20 mm or greater; here, a polyether urethane foam with a density of 22 ± 2 kg.m3 and a hardness (by the D method defined in JIS K6400-2) of 107.9 ± 22.6 N as further detailed herein is used as the flexible urethane foam; (p) the viscosity at 30°C is 2000 Pa·s or lower; and (q) the hydroxyl group value is 50 mg KOH/g or greater.
Watch movement comprising: at least one pallet for a watch movement escapement, comprising an impulse plane as active surface, made entirely of a first type of monocrystalline diamond, characterized in that it comprises an anchor wheel in a second type of monocrystalline diamond softer than said first type of monocrystalline diamond. at least one pallet for a watch movement escapement, comprising an impulse plane as active surface, made entirely of a first type of monocrystalline diamond, characterized in that it comprises an anchor wheel in a second type of monocrystalline diamond softer than said first type of monocrystalline diamond.
A method of transferring data from a non-volatile, non-rotating memory array to a host interface in a memory card (210; 310) using a buffer cache (212; 412) disposed between the non-volatile memory array and the host interface, the host interface connecting the memory card (210: 310) to a host, wherein the memory card (210; 310) comprises the host interface, buffer cache (212; 412), and non-volatile memory array, the method comprising: receiving a request from a host for a first portion of data having a first address range to be transferred from the non-volatile memory array; and in response to the request for the first portion, copying the first portion of data from the non-volatile memory array to the buffer cache (212; 412); in response to the request for the first portion, copying a second portion of data from the non-volatile memory array to the buffer cache (212; 412), the second portion of data not being requested by the host for transfer from the non-volatile memory array, the second portion being data that the host is likely to request in a subsequent request; and in response to the request for the first portion, sending the first portion of data from the buffer cache (212; 412) to the host while keeping the second portion of data in the buffer cache (212; 412). receiving a request from a host for a first portion of data having a first address range to be transferred from the non-volatile memory array; and in response to the request for the first portion, copying the first portion of data from the non-volatile memory array to the buffer cache (212; 412); in response to the request for the first portion, copying a second portion of data from the non-volatile memory array to the buffer cache (212; 412), the second portion of data not being requested by the host for transfer from the non-volatile memory array, the second portion being data that the host is likely to request in a subsequent request; and in response to the request for the first portion, sending the first portion of data from the buffer cache (212; 412) to the host while keeping the second portion of data in the buffer cache (212; 412).