mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic unit for a sensor , in particular a foot switch, for a vehicle , with a first connection region for connecting the electronic unit to the vehicle , a second connection region for connecting the electronic unit to the sensor , a housing and a printed circuit board , wherein the printed circuit board is arranged in a cavity of the housing , wherein the printed circuit board is disposed at least partially between the first connection region and the second connection region , wherein the cavity is at least partially filled with a potting compound , wherein the printed circuit board is arranged on at least one positioning aid so that the printed circuit board is spaced from a housing base (12.3). a first connection region for connecting the electronic unit to the vehicle , a second connection region for connecting the electronic unit to the sensor , a housing and a printed circuit board , wherein the printed circuit board is arranged in a cavity of the housing , wherein the printed circuit board is disposed at least partially between the first connection region and the second connection region , wherein the cavity is at least partially filled with a potting compound , wherein the printed circuit board is arranged on at least one positioning aid so that the printed circuit board is spaced from a housing base (12.3).
A communication apparatus configured to communicate with another communication apparatus in a network conforming to NAN, Neighbor Awareness Networking, the communication apparatus comprising: detection means for, while joining a first NAN cluster included among a plurality of NAN clusters, detecting a second NAN cluster included among the plurality of NAN clusters; comparison means for comparing an attribute value of the first NAN cluster with an attribute value of the second NAN cluster; changing means for changing, in a case that the role of the communication apparatus in the first NAN cluster is not Master, a role of the communication apparatus to Master; and transmission means for, in a case where a result of the comparison indicates that the attribute value of the second NAN cluster is lower than the attribute value of the first NAN cluster, transmitting Discovery Beacon indicating an existence of the first NAN cluster to a communication apparatus joining the second NAN cluster. detection means for, while joining a first NAN cluster included among a plurality of NAN clusters, detecting a second NAN cluster included among the plurality of NAN clusters; comparison means for comparing an attribute value of the first NAN cluster with an attribute value of the second NAN cluster; changing means for changing, in a case that the role of the communication apparatus in the first NAN cluster is not Master, a role of the communication apparatus to Master; and transmission means for, in a case where a result of the comparison indicates that the attribute value of the second NAN cluster is lower than the attribute value of the first NAN cluster, transmitting Discovery Beacon indicating an existence of the first NAN cluster to a communication apparatus joining the second NAN cluster.
A method of repairing an acoustic panel comprising: removing a damaged section of an acoustic panel ; laying up a plurality of composite plies into a replacement patch on a bond tool; coupling a maskant to the replacement patch ; blasting first perforations in a core portion of the replacement patch ; placing a fiberglass ply on the acoustic panel ; creating dimples in the fiberglass ply corresponding to second perforations in a top skin of the acoustic panel ; transferring the fiberglass ply to the replacement patch ; sanding off the dimples ; drilling third perforations in a ramp section of the replacement patch ; and coupling the replacement patch to the acoustic panel . removing a damaged section of an acoustic panel ; laying up a plurality of composite plies into a replacement patch on a bond tool; coupling a maskant to the replacement patch ; blasting first perforations in a core portion of the replacement patch ; placing a fiberglass ply on the acoustic panel ; creating dimples in the fiberglass ply corresponding to second perforations in a top skin of the acoustic panel ; transferring the fiberglass ply to the replacement patch ; sanding off the dimples ; drilling third perforations in a ramp section of the replacement patch ; and coupling the replacement patch to the acoustic panel .
A channel delay determining method, wherein the method comprises: obtaining , by a positioning device, current location information of a position calibration user equipment, UE; calculating , by the positioning device, a propagation delay based on the current location information, prestored location information of an antenna, and the propagation speed of a radio signal, wherein the propagation delay is a time from transmitting a radio signal by the calibration UE to receiving the radio signal by the antenna; calculating , by the positioning device, a time of arrival based on the radio signal transmitted by the position calibration UE to the antenna, wherein the time of arrival is a time obtained through calculation according to a time of arrival, TOA, estimation algorithm; and determining , by the positioning device, a channel delay based on the propagation delay and the time of arrival, wherein the channel delay is positively correlated with the time of arrival and is negatively correlated with the propagation delay. obtaining , by a positioning device, current location information of a position calibration user equipment, UE; calculating , by the positioning device, a propagation delay based on the current location information, prestored location information of an antenna, and the propagation speed of a radio signal, wherein the propagation delay is a time from transmitting a radio signal by the calibration UE to receiving the radio signal by the antenna; calculating , by the positioning device, a time of arrival based on the radio signal transmitted by the position calibration UE to the antenna, wherein the time of arrival is a time obtained through calculation according to a time of arrival, TOA, estimation algorithm; and determining , by the positioning device, a channel delay based on the propagation delay and the time of arrival, wherein the channel delay is positively correlated with the time of arrival and is negatively correlated with the propagation delay.
Vehicle comprising - a vehicle frame , - front wheels , - rear wheels , - front drive means for driving the front wheels with a front nominal speed, - rear drive means for driving the rear wheels with a rear nominal speed, and - control means adapted and configured for selectively controlling the front drive means and the rear drive means so that either the front nominal speed (V FR , V FL ) is different from the rear nominal speed (V RR , V RL ), in particular so that the front nominal speed is greater or smaller than the rear nominal speed, or so that the front nominal speed is equal to the rear nominal speed, the difference between the front nominal speed and the rear nominal speed being defined as "lead", characterized in that the vehicle comprises lateral inclination information means , in particular a lateral inclination sensor, adapted to and configured for indicating the lateral inclination of the vehicle frame or of the soil on which the vehicle is placed with respect to a horizontal plane, wherein the lateral inclination information means is connected to the control means and wherein the control means are adapted to and configured for controlling the front drive means and the rear drive means according to one of the two following terrain modes: - horizontal plane terrain mode, executed when the lateral inclination information means indicate a horizontal position of the vehicle or a position of the vehicle parallel to a slope , and - lateral inclination terrain mode, executed when the lateral inclination information means indicate a lateral inclination of the vehicle with respect to a horizontal plane, and wherein the control means are adapted to and configured for controlling the lead as a function of the lateral inclination information. - a vehicle frame , - front wheels , - rear wheels , - front drive means for driving the front wheels with a front nominal speed, - rear drive means for driving the rear wheels with a rear nominal speed, and - control means adapted and configured for selectively controlling the front drive means and the rear drive means so that - horizontal plane terrain mode, executed when the lateral inclination information means indicate a horizontal position of the vehicle or a position of the vehicle parallel to a slope , and - lateral inclination terrain mode, executed when the lateral inclination information means indicate a lateral inclination of the vehicle with respect to a horizontal plane, and
A solid pharmaceutical tablet for oral delivery, the tablet comprising calcium carbonate in an amount of more than 30% by weight of the tablet and organic water-insoluble components in an amount of more than 20% by weight of the tablet, wherein the tablet is designed to be masticated into a coherent residual containing the organic water-insoluble components, wherein the tablet is provided as a multi-layer tablet comprising a first layer and a second layer, wherein the tablet comprises elastomer and resins, wherein the elastomer and resins are contained in first layer, and wherein the second layer comprises at least 70% by weight of said calcium carbonate, wherein the tablet is composed of a pressed mixture of particles and/or granules, and wherein the tablet is adapted to release more than 80% of the calcium carbonate within 5 minutes of mastication. wherein the tablet is provided as a multi-layer tablet comprising a first layer and a second layer, wherein the tablet comprises elastomer and resins, wherein the elastomer and resins are contained in first layer, and wherein the second layer comprises at least 70% by weight of said calcium carbonate, wherein the tablet is composed of a pressed mixture of particles and/or granules, and wherein the tablet is adapted to release more than 80% of the calcium carbonate within 5 minutes of mastication.
A process for the preparation of a saturated aliphatic carboxylic acid with 6 to 12 carbon atoms by oxidation of the corresponding aldehyde with molecular oxygen, which comprises (a) converting the corresponding aldehyde with molecular oxygen at a temperature of 0 to 120°C and an oxygen partial pressure of 0.02 to 2 MPa to obtain a liquid mixture containing the saturated aliphatic carboxylic acid, ≤ 2 mol-% of the corresponding aldehyde with respect to the saturated aliphatic carboxylic acid, and molecular oxygen; (b) removing molecular oxygen from the liquid mixture obtained in step (a) to a content of ≤ 10 wt.-ppm based on the liquid mixture; and (c) distilling the mixture obtained in step (b) in a distillation device containing a purification column, and withdrawing therefrom a purified distillate containing ≥ 95 wt.-% of the saturated aliphatic carboxylic acid based on the distillate. (a) converting the corresponding aldehyde with molecular oxygen at a temperature of 0 to 120°C and an oxygen partial pressure of 0.02 to 2 MPa to obtain a liquid mixture containing the saturated aliphatic carboxylic acid, ≤ 2 mol-% of the corresponding aldehyde with respect to the saturated aliphatic carboxylic acid, and molecular oxygen; (b) removing molecular oxygen from the liquid mixture obtained in step (a) to a content of ≤ 10 wt.-ppm based on the liquid mixture; and (c) distilling the mixture obtained in step (b) in a distillation device containing a purification column, and withdrawing therefrom a purified distillate containing ≥ 95 wt.-% of the saturated aliphatic carboxylic acid based on the distillate.
An ink-jet printing method using an apparatus comprising a printing means for ejecting a black ink to a printing substrate to print characters or images on the printing substrate , and a drying means disposed on a downstream side of a transportation direction of the printing substrate , in which: the printing substrate is a label printing substrate; the black ink is a water-based composite black ink; the water-based composite black ink comprises a composite black pigment comprising carbon black, and a content of the carbon black in the composite black pigment is not more than 25% by mass; and characterized in that : the drying means is an infrared heater for heating the water-based composite black ink ejected onto the printing substrate to a temperature of not lower than 95°C and not higher than 125°C. the printing substrate is a label printing substrate; the black ink is a water-based composite black ink; the water-based composite black ink comprises a composite black pigment comprising carbon black, and a content of the carbon black in the composite black pigment is not more than 25% by mass; and characterized in that : the drying means is an infrared heater for heating the water-based composite black ink ejected onto the printing substrate to a temperature of not lower than 95°C and not higher than 125°C.
A controller for an electrical generator comprising: one or more filter components configured to receive a power grid frequency signal and to output the frequency signal when the frequency signal is outside a frequency band; one or more a frequency response schedule components configured to determine an ultimate target power contribution based at least partly on the filtered frequency signal , wherein the ultimate target power contribution represents an ultimate amount of power contribution that the electrical generator should provide in a primary frequency response; and one or more flexible rate limiter components configured to determine and provide an immediate target power contribution signal that varies over time and approaches the ultimate target power contribution based at least in part on a rate-limiting schedule, wherein the immediate target power contribution signal is configured to cause the electrical generator to increase or decrease a power output by the electrical generator by an amount corresponding to the immediate target power contribution signal; characterized in that the flexible rate-limiting schedule comprises a rate table that correlates the immediate target power contribution signal , the ultimate target power contribution and time since a change in the frequency signal to be outside the frequency band, wherein each frequency response schedule component or the rate limiter component , or both, are configured such that the immediate target power contribution signal causes the electrical generator to simulate another generator of the power grid. one or more filter components configured to receive a power grid frequency signal and to output the frequency signal when the frequency signal is outside a frequency band; one or more a frequency response schedule components configured to determine an ultimate target power contribution based at least partly on the filtered frequency signal , wherein the ultimate target power contribution represents an ultimate amount of power contribution that the electrical generator should provide in a primary frequency response; and one or more flexible rate limiter components configured to determine and provide an immediate target power contribution signal that varies over time and approaches the ultimate target power contribution based at least in part on a rate-limiting schedule, wherein the immediate target power contribution signal is configured to cause the electrical generator to increase or decrease a power output by the electrical generator by an amount corresponding to the immediate target power contribution signal; characterized in that the flexible rate-limiting schedule comprises a rate table that correlates the immediate target power contribution signal , the ultimate target power contribution and time since a change in the frequency signal to be outside the frequency band, wherein each frequency response schedule component or the rate limiter component , or both, are configured such that the immediate target power contribution signal causes the electrical generator to simulate another generator of the power grid.
A method for determining a shear property of a sample (108; 400; 410; 412; 430; 440; 450; 460), the method comprising: supporting a sample (108; 400; 410; 412; 430; 440; 450; 460) at three or more separate support locations about a periphery of a first surface of the sample (108; 400; 410; 412; 430; 440; 450; 460) in a testing fixture, wherein the sample comprises a second surface separated from the first surface by a thickness, and wherein supporting the sample (108; 400; 410; 412; 430; 440; 450; 460) at three or more separate support locations about the periphery of the first surface comprises supporting the sample (108; 400; 410; 412; 430; 440; 450; 460) with three or more clamps at the three or more separate support locations about the periphery of the first surface , each clamp comprising a lower clamp member having a first chamfered surface and an upper clamp member having a second chamfered surface; applying a load on the second surface of the sample (108; 400; 410; 412; 430; 440; 450; 460) with a load applicator in a direction substantially orthogonal to the second surface of the sample; measuring , with a controller , shear testing data of the sample in response to applying the load; and determining , with the controller , a shear property of the sample (108; 400; 410; 412; 430; 440; 450; 460) from the measured shear testing data. supporting a sample (108; 400; 410; 412; 430; 440; 450; 460) at three or more separate support locations about a periphery of a first surface of the sample (108; 400; 410; 412; 430; 440; 450; 460) in a testing fixture, wherein the sample comprises a second surface separated from the first surface by a thickness, and wherein supporting the sample (108; 400; 410; 412; 430; 440; 450; 460) at three or more separate support locations about the periphery of the first surface comprises supporting the sample (108; 400; 410; 412; 430; 440; 450; 460) with three or more clamps at the three or more separate support locations about the periphery of the first surface , each clamp comprising a lower clamp member having a first chamfered surface and an upper clamp member having a second chamfered surface; applying a load on the second surface of the sample (108; 400; 410; 412; 430; 440; 450; 460) with a load applicator in a direction substantially orthogonal to the second surface of the sample; measuring , with a controller , shear testing data of the sample in response to applying the load; and determining , with the controller , a shear property of the sample (108; 400; 410; 412; 430; 440; 450; 460) from the measured shear testing data.
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 (BCW) of the center area in a tire axial direction being in a range of from 85 to 105% of a ground width dimension (TW) 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 (BCW) of the center area in a tire axial direction being in a range of from 85 to 105% of a ground width dimension (TW) 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 method for magnetic resonance (MR) imaging of a region of interest of a subject of interest under application of a scanning sequence comprising at least one pre-pulse and multiple reference readouts , whereby the multiple reference readouts are performed after the at least one pre-pulse with different configurations causing different image contrasts, comprising the steps of - performing (S110) a preparation phase comprising applying the scanning sequence and generating a set of navigator images with one navigator image of the region of interest for each configuration of the multiple reference readouts , - performing (S120) an examination phase comprising applying the scanning sequence at least once, whereby at least one image of the region of interest is generated for each scanning sequence applied during the examination phase such that the image contrast of each one of the at least one image matches the image contrast of a corresponding navigator image of the set of navigator images, - determining (S130) motion of the subject of interest by comparing each one of the at least one image generated during the examination phase to the corresponding navigator image having the same contrast; - performing (S140) motion correction of each one of the at least one image based on the determined motion of the subject of interest ; and - providing(S150) an MR scan of the region of interest of the subject of interest based on each one of the at least one image after performing motion correction. - performing (S110) a preparation phase comprising applying the scanning sequence and generating a set of navigator images with one navigator image of the region of interest for each configuration of the multiple reference readouts , - performing (S120) an examination phase comprising applying the scanning sequence at least once, whereby at least one image of the region of interest is generated for each scanning sequence applied during the examination phase such that the image contrast of each one of the at least one image matches the image contrast of a corresponding navigator image of the set of navigator images, - determining (S130) motion of the subject of interest by comparing each one of the at least one image generated during the examination phase to the corresponding navigator image having the same contrast; - performing (S140) motion correction of each one of the at least one image based on the determined motion of the subject of interest ; and - providing(S150) an MR scan of the region of interest of the subject of interest based on each one of the at least one image after performing motion correction.