mhurhangee/ep-ind-claims huggingface dataset:
A side airbag device to be expanded and deployed to a front side in a vehicle from a side part of a seat of the vehicle, the side airbag device comprising: a cushion provided by forming a base cloth into a bag shape; an inflator for supplying gas to the cushion to expand and deploy the cushion; and a front baffle and a rear baffle disposed inside the cushion at a distance therebetween in a vehicle longitudinal direction and spread in a vehicle width direction, characterized in that the front baffle and the rear baffle are each made of cloth having an inverted trapezoidal shape in which an upper side is longer than a lower side, and are bonded to inner surfaces (104a,104b) of the base cloth at both lateral sides (126a,126b), a distance between the upper sides of the front baffle and the rear baffle is larger than a distance between the lower sides thereof, and the cushion is configured to restrain a head (H1,H2,H3) of an occupant by an intermediate region between the front baffle and the rear baffle when expanded and deployed; wherein the curvature of said intermediate region becomes larger from the top to the bottom in the expanded and deployed state of the cushion. a cushion provided by forming a base cloth into a bag shape; an inflator for supplying gas to the cushion to expand and deploy the cushion; and a front baffle and a rear baffle disposed inside the cushion at a distance therebetween in a vehicle longitudinal direction and spread in a vehicle width direction, characterized in that the front baffle and the rear baffle are each made of cloth having an inverted trapezoidal shape in which an upper side is longer than a lower side, and are bonded to inner surfaces (104a,104b) of the base cloth at both lateral sides (126a,126b), a distance between the upper sides of the front baffle and the rear baffle is larger than a distance between the lower sides thereof, and the cushion is configured to restrain a head (H1,H2,H3) of an occupant by an intermediate region between the front baffle and the rear baffle when expanded and deployed; wherein the curvature of said intermediate region becomes larger from the top to the bottom in the expanded and deployed state of the cushion.
A network protection method, applied to any of two off-ring nodes connected with a same access device on a ring network provided with ring network protection, comprising: obtaining service configuration information of the other off-ring node; when receiving service data, detecting whether service configuration information carried in the service data is matched with the service configuration information of the other off-ring node; and if a detection result is that the service configuration information carried in the service data is matched with the service configuration information of the other off-ring node, deciding that an off-ring policy of the service data comprises: performing an off-ring operation of the service data at the current off-ring node, and/or sending the service data to the other off-ring node to perform an off-ring operation. obtaining service configuration information of the other off-ring node; when receiving service data, detecting whether service configuration information carried in the service data is matched with the service configuration information of the other off-ring node; and if a detection result is that the service configuration information carried in the service data is matched with the service configuration information of the other off-ring node, deciding that an off-ring policy of the service data comprises: performing an off-ring operation of the service data at the current off-ring node, and/or sending the service data to the other off-ring node to perform an off-ring operation. performing an off-ring operation of the service data at the current off-ring node, and/or sending the service data to the other off-ring node to perform an off-ring operation.
An imaging apparatus for imaging an object, the imaging apparatus comprising: - a first image providing unit for providing a first image of the object, - a second image providing unit for a providing a second image of the object, - a geometric relation determination unit for determining a geometric relation between the first image and the second image, - a marker determination unit for determining corresponding marker locations in the first and second images (25, 27) and marker appearances based on the geometric relation such that a first location in the first image and a second location in the second image show the same part of the object and such that the marker appearances of a first marker to be located at the first location and of a second marker to be located at the second location are indicative of the geometric relation between the first image and the second image, characterized in that the apparatus further comprises: - a display unit that comprises a first viewport for showing the first image with the first marker at the first location and that comprises a second viewport for showing the second image with the second marker at the second location. - a first image providing unit for providing a first image of the object, - a second image providing unit for a providing a second image of the object, - a geometric relation determination unit for determining a geometric relation between the first image and the second image, - a marker determination unit for determining corresponding marker locations in the first and second images (25, 27) and marker appearances based on the geometric relation such that a first location in the first image and a second location in the second image show the same part of the object and such that the marker appearances of a first marker to be located at the first location and of a second marker to be located at the second location are indicative of the geometric relation between the first image and the second image, - a display unit that comprises a first viewport for showing the first image with the first marker at the first location and that comprises a second viewport for showing the second image with the second marker at the second location.
A sprayer comprising: a housing having a fluid inlet configured for being statically coupled to a fluid source to receive fluid therefrom and a fluid outlet configured for the discharging said fluid, the distance between said fluid inlet and said fluid outlet (36,36') being fixed; and a bridge mounted over the housing and comprising a dispersion element configured for dispersing fluid discharged from the fluid outlet (36,36') of the housing; characterised in that the bridge is configured for displacement over the housing at least between a closed position in which the dispersion element comes into contact with the fluid outlet (36,36') to thereby seal it, and an open position in which the dispersion element is spaced from the fluid outlet (36,36') by a gap, allowing dispersion of the fluid. a housing having a fluid inlet configured for being statically coupled to a fluid source to receive fluid therefrom and a fluid outlet configured for the discharging said fluid, the distance between said fluid inlet and said fluid outlet (36,36') being fixed; and a bridge mounted over the housing and comprising a dispersion element configured for dispersing fluid discharged from the fluid outlet (36,36') of the housing; characterised in that the bridge is configured for displacement over the housing at least between a closed position in which the dispersion element comes into contact with the fluid outlet (36,36') to thereby seal it, and an open position in which the dispersion element is spaced from the fluid outlet (36,36') by a gap, allowing dispersion of the fluid.
A blade outer air seal (BOAS), comprising: a body defining a core, the core including a forward cavity portion; a plurality of forward hooks extending radially from the body, the hooks extending to a hook height; a seal surface defined between the forward hooks, the seal surface including a forward side, an aft side, and a seal surface height, wherein the seal surface is aft of the forward cavity portion; a thermal regulation channel defining an inlet aft of the sealing surface and an outlet defined in fluid communication with the forward cavity portion; and a plurality of side outlets in fluid communication with the forward cavity portion to allow flow to effuse from a side of the BOAS and into a gas path; characterised in that one or more flow guides are disposed between the outlet of the thermal regulation channel and the side outlets, and in that one or more posts are disposed between the outlet of the thermal regulation channel and the side outlets. a body defining a core, the core including a forward cavity portion; a plurality of forward hooks extending radially from the body, the hooks extending to a hook height; a seal surface defined between the forward hooks, the seal surface including a forward side, an aft side, and a seal surface height, wherein the seal surface is aft of the forward cavity portion; a thermal regulation channel defining an inlet aft of the sealing surface and an outlet defined in fluid communication with the forward cavity portion; and a plurality of side outlets in fluid communication with the forward cavity portion to allow flow to effuse from a side of the BOAS and into a gas path; characterised in that one or more flow guides are disposed between the outlet of the thermal regulation channel and the side outlets, and in that one or more posts are disposed between the outlet of the thermal regulation channel and the side outlets.
Treatment device for sequentially treating the skin in a predetermined area via a movement over this area, comprising - a housing - a treatment window with a width I and included in a plane, - a guide means adjacent to the treatment window and designed to provide information on the positioning of the device and comprising - a body securely attached to the housing and - at least one roller having a cylindrical body of which the axis of symmetry Δ is parallel to the plane of the treatment window, the roller being mounted on the body and freely rotating relative to the body, characterized in that: The roller has at least one main area (41, 41') and a secondary area (42, 42') adjacent to and visibly distinct from one another, and in that: the body comprises at least one through-opening in relation to the roller arranged so as to render the movement of the roller visible through said opening with the size of said opening being dimensioned so as to display in an alternating manner the main area (41, 41') indicating to the user that the device has reached a desired treatment position and at least a portion of the secondary area (42, 42') indicating to the user that the device is beyond a desired treatment position. - a housing - a treatment window with a width I and included in a plane, - a guide means adjacent to the treatment window and designed to provide information on the positioning of the device and comprising - a body securely attached to the housing and - at least one roller having a cylindrical body of which the axis of symmetry Δ is parallel to the plane of the treatment window, the roller being mounted on the body and freely rotating relative to the body, The roller has at least one main area (41, 41') and a secondary area (42, 42') adjacent to and visibly distinct from one another, and in that: the body comprises at least one through-opening in relation to the roller arranged so as to render the movement of the roller visible through said opening with the size of said opening being dimensioned so as to display in an alternating manner the main area (41, 41') indicating to the user that the device has reached a desired treatment position and at least a portion of the secondary area (42, 42') indicating to the user that the device is beyond a desired treatment position. the body comprises at least one through-opening in relation to the roller arranged so as to render the movement of the roller visible through said opening with the size of said opening being dimensioned so as to display in an alternating manner the main area (41, 41') indicating to the user that the device has reached a desired treatment position and at least a portion of the secondary area (42, 42') indicating to the user that the device is beyond a desired treatment position.
A method in schedulable wireless communication entity (102, 200, 306) that communicates in a wireless communication network, method comprising: receiving a radio resource assignment; obtaining knowledge of transmitter parameters of other wireless communication entities (102, 200, 308) in the wireless communication network; varying the spectral emissions level of the wireless communication entity (102, 200, 306) based on the radio resource assignment received and based on the transmitter parameters of the other wireless communication entities (102, 200, 308) in the wireless communication network. receiving a radio resource assignment; obtaining knowledge of transmitter parameters of other wireless communication entities (102, 200, 308) in the wireless communication network; varying the spectral emissions level of the wireless communication entity (102, 200, 306) based on the radio resource assignment received and based on the transmitter parameters of the other wireless communication entities (102, 200, 308) in the wireless communication network.
A nano-catalyst for processes of vegetable oil hydrogenation for producing bio-lubricants or biodegradable plastics for producing copolymers, characterized in that it is constituted by an active phase composed of nickel, palladium and ruthenium, dispersed on a support consisting of graphene layers with a thickness less than 1 micron, wherein the surfactant chains, that cover the outer surface of said active phase, cause steric hindrances thus promoting the selective triglycerides hydrogenation and the enrichment of oil in monounsatured cis-isomers, wherein the active phase has a Ni/(Pd+Ru) ratio between 1% by weight and 5% by weight, and wherein said surfactant chains are molecules of oleic acid, linoleic acid, stearic acid, lauric acid or thiols.
An assembly for a spray device, which assembly comprises: a cartridge (35; 35'; 35′′′) containing a liquid to be pressurised, and a micro nozzle configured to produce an aerosol from the pressurised liquid, wherein the micro nozzle is permanently attached to the cartridge (35, 35', 35′′′); characterized in that the assembly comprises a cartridge adapter (38; 38′′′) configured to hold the micro nozzle in position relative to the cartridge (35, 35', 35′′′); wherein the assembly comprises a crimp seal crimped to the cartridge, the cartridge adapter and the micro nozzle cooperate with the crimp seal to be permanently attached to the cartridge. a cartridge (35; 35'; 35′′′) containing a liquid to be pressurised, and a micro nozzle configured to produce an aerosol from the pressurised liquid, wherein the micro nozzle is permanently attached to the cartridge (35, 35', 35′′′); characterized in that the assembly comprises a cartridge adapter (38; 38′′′) configured to hold the micro nozzle in position relative to the cartridge (35, 35', 35′′′); wherein the assembly comprises a crimp seal crimped to the cartridge, the cartridge adapter and the micro nozzle cooperate with the crimp seal to be permanently attached to the cartridge.
Motor vehicle parking lock device with at least one locking element provided for positively locking a parking lock piston and with an unlocking unit comprising at least one electromagnetic actuator provided for unlocking the parking lock piston, wherein the unlocking unit comprises a further actuator, which acts in parallel with the electromagnetic actuator and which is provided to unlock the parking lock piston at least at a failure of the electromagnetic actuator, characterised in that the further actuator is a hydraulic or pneumatic further actuator, and further characterised by a single-acting actuating cylinder provided to switch the parking lock piston into a non-parking position and by a spring provided to switch the parking lock piston into a parking position, and by an operating fluid pressure supply and a switching valve, which fluidically connects the hydraulic or pneumatic further actuator to the operating fluid pressure supply in a first valve position and the actuating cylinder to the operating fluid pressure supply in a second valve position.
Position sensor for a transmission control system, comprising a magnetic component, comprising at least one guide housing having a guide rail (36, 38) for the magnetic component, the magnetic component being guided on a guide rib of the guide housing and in at least one guide rail (36, 38) on the guide housing, an encapsulation electrically insulating and fixing a leadframe arrangement and/or conductor tracks being accommodated on the guide housing, characterized in that the encapsulation forms a retainer (42, 44) for the magnetic component, the encapsulation has a hook-like protrusion which passes through a window in the guide housing and has a straight side and an angled side, and the hook-like protrusion of the retainer projects into the movement plane of the magnetic component and limits the lateral travel of the latter.
A method of reducing color aliasing artifacts from a color digital image having color pixels comprising the steps of: (a) providing luminance and chrominance signals from the color digital image; (b) downsampling the luminance and chrominance signals; (c) using such downsampled luminance and chrominance signals to separate the image into textured and nontextured regions having boundaries; (d) cleaning the downsampled chrominance signals in the textured regions by blurring the downsampled chrominance signals in response to the boundaries of the textured region and the downsampled chrominance signals; (e) cleaning the downsampled chrominance signals in the nontextured regions in response to the downsampled chrominance signals using sigma filtering; (f) upsampling the downsampled noise-cleaned chrominance signals; and (g) using the luminance and upsampled noise-cleaned chrominance signals to provide a color digital image having reduced color aliasing artifacts. (a) providing luminance and chrominance signals from the color digital image; (b) downsampling the luminance and chrominance signals; (c) using such downsampled luminance and chrominance signals to separate the image into textured and nontextured regions having boundaries; (d) cleaning the downsampled chrominance signals in the textured regions by blurring the downsampled chrominance signals in response to the boundaries of the textured region and the downsampled chrominance signals; (e) cleaning the downsampled chrominance signals in the nontextured regions in response to the downsampled chrominance signals using sigma filtering; (f) upsampling the downsampled noise-cleaned chrominance signals; and (g) using the luminance and upsampled noise-cleaned chrominance signals to provide a color digital image having reduced color aliasing artifacts.
Filling needle (10; 10a to 10g) for dispensing a pharmaceutical liquid into a container, comprising a preferably pin-shaped filling needle body (12; 12a; 12b; 12d; 12f; 12g) in which a product supply bore is formed, and having at least one, preferably a plurality of product discharge bores (16; 16a to 16d) extending at least indirectly from the product supply bore and opening in a region which, in relation to a longitudinal axis of the filling needle body (12; 12a; 12b; 12d; 12f; 12g), is at a distance from an end (25; 25b; 25c) of the filling needle body, and having a valve element (14; 14b; 14c; 14d; 14e; 14g) covering the filling needle body (12; 12a; 12b; 12d; 12f; 12g) at least in the region of the at least one product discharge bore (16; 6a to 16d) and consisting of an elastic material, which valve element opens the at least one product discharge bore (16; 16a to 16d) beginning at a certain overpressure in the product discharge bore (16; 16a to 16d) for dispensing liquid and closes the at least one product discharge bore (16; 16a to 16d) when the pressure falls below the certain overpressure.
An encrypted communication system comprising: a plurality of on-board devices (100, 200); wherein: the plurality of on-board devices (100, 200) are configured to perform encrypted communication with a server located outside a vehicle; each one of the plurality of on-board devices (100, 200) respectively include: an encrypted communication portion (160, 260) configured to perform encrypted communication with the server using an encryption key unique to the respective one of the plurality of on-board devices (100, 200), and a priority setting portion (121, 221) in which priority ranks are set for the plurality of on-board devices (100, 200) for encrypted communication such that one of the plurality of on-board devices (100, 200) may be set to a higher priority rank than the other of the plurality of on-board devices (100, 200); and when a respective one of the plurality of on-board devices performs encrypted communication with the server, if one of the plurality of on-board devices is set to a higher priority rank, the respective on-board device is configured to perform encrypted communication with the server using the respective encryption key unique to said one of the plurality of on-board devices having the higher priority rank via the encrypted communication portion of said one of the plurality of on-board devices having the higher priority rank. the plurality of on-board devices (100, 200) are configured to perform encrypted communication with a server located outside a vehicle; each one of the plurality of on-board devices (100, 200) respectively include: an encrypted communication portion (160, 260) configured to perform encrypted communication with the server using an encryption key unique to the respective one of the plurality of on-board devices (100, 200), and a priority setting portion (121, 221) in which priority ranks are set for the plurality of on-board devices (100, 200) for encrypted communication such that one of the plurality of on-board devices (100, 200) may be set to a higher priority rank than the other of the plurality of on-board devices (100, 200); and an encrypted communication portion (160, 260) configured to perform encrypted communication with the server using an encryption key unique to the respective one of the plurality of on-board devices (100, 200), and a priority setting portion (121, 221) in which priority ranks are set for the plurality of on-board devices (100, 200) for encrypted communication such that one of the plurality of on-board devices (100, 200) may be set to a higher priority rank than the other of the plurality of on-board devices (100, 200); and when a respective one of the plurality of on-board devices performs encrypted communication with the server, if one of the plurality of on-board devices is set to a higher priority rank, the respective on-board device is configured to perform encrypted communication with the server using the respective encryption key unique to said one of the plurality of on-board devices having the higher priority rank via the encrypted communication portion of said one of the plurality of on-board devices having the higher priority rank.