mhurhangee/ep-ind-claims huggingface dataset:
A cascade apparatus for use with a turbofan engine comprising: a cascade frame having a first end, a second end, and a fixed structure extending between the first end and second end, the cascade apparatus being characterised in that the cascade frame defines a slot; and in that the cascade apparatus further comprises a cascade to form a reverse thrust flow path, at least a portion of the cascade being slidably coupled to the frame via the slot, the cascade being configured to slide relative to the frame between a first position to produce a first reverse thrust and a second position to produce a second reverse thrust, the first reverse thrust being different than the second reverse thrust. a cascade frame having a first end, a second end, and a fixed structure extending between the first end and second end, the cascade apparatus being characterised in that the cascade frame defines a slot; and in that the cascade apparatus further comprises a cascade to form a reverse thrust flow path, at least a portion of the cascade being slidably coupled to the frame via the slot, the cascade being configured to slide relative to the frame between a first position to produce a first reverse thrust and a second position to produce a second reverse thrust, the first reverse thrust being different than the second reverse thrust.
A toothbrush having a fastenable device for oral area position detection and adapted to be fastened to the toothbrush and releasably fastened thereon, comprising: a) the toothbrush comprising a handle portion and an opposing bristle head, with a neck portion therein between, wherein the bristle head has a plurality of bristles disposed thereon that are configured to clean teeth during operation, and wherein the handle portion is configured to be graspable by a user; and b) the fastenable device fastened to the neck portion of said toothbrush, the fastenable comprising: (a) a housing; (b) at least a first fastener configured to fasten the housing to the toothbrush; (c) at least one electrode pair, disposed on the housing, with an impedance formed there between when electrified; wherein the housing houses: - an impedance measurement unit, electrically coupled to the electrode pair, for measuring impedance values between the electrode pair; and - a frequency generator in electrical communication to the electrode pair, for applying a voltage with at least two different frequencies between the electrode pair. a) the toothbrush comprising a handle portion and an opposing bristle head, with a neck portion therein between, wherein the bristle head has a plurality of bristles disposed thereon that are configured to clean teeth during operation, and wherein the handle portion is configured to be graspable by a user; and b) the fastenable device fastened to the neck portion of said toothbrush, the fastenable comprising: (a) a housing; (b) at least a first fastener configured to fasten the housing to the toothbrush; (c) at least one electrode pair, disposed on the housing, with an impedance formed there between when electrified; (a) a housing; (b) at least a first fastener configured to fasten the housing to the toothbrush; (c) at least one electrode pair, disposed on the housing, with an impedance formed there between when electrified; - an impedance measurement unit, electrically coupled to the electrode pair, for measuring impedance values between the electrode pair; and - a frequency generator in electrical communication to the electrode pair, for applying a voltage with at least two different frequencies between the electrode pair.
Filtration system for a vacuum cleaner for cleaning swimming pools, comprising at least one cartridge for filtering fine debris, characterized in that it comprises an impervious flexible bag made from impervious material, for collecting bulky debris, inside which each filtration cartridge is secured so that the interior of each cartridge communicates with at least one discharge opening of said bag.
A lithium secondary battery comprising a positive electrode including a material that is capable of reversible intercalation/deintercalation of lithium ions as a positive active material; a negative electrode including a material that is capable of reversible intercalation/deintercalation of lithium ions as a negative active material; and an electrolyte including a lithium salt; a solvent consisting essentially of at least one carbonate-based organic solvent and at least one aromatic hydrocarbon solvent which is represented by the following formula: wherein R is a halogen or a C1-10 alkyl and n is an integer ranging from 1 to 5; and an isoxazole compound of the following formula:
A circuit protection device comprising a positive temperature coefficient device and a backup fuse electrically connected in series with one another, the backup fuse comprising a cartridge fuse having a fusible element with a melting temperature that is higher than a trip temperature of the PTC device, wherein a fuse body of the cartridge fuse exhibits a de-wetting characteristic relative to the fusible element such that, when the fusible element is melted, the fusible element draws away from an interior surface of the fuse body to create a galvanic opening in the fusible element.
A dispensing device comprising - a basin adapted to contain a volatile liquid to be diffused into the atmosphere, the basin containing an access opening from the outside to the volatile liquid contained therein; - a dispensing material adapted to be in fluid communication with the basin through the access opening to allow the volatile liquid to diffuse into the atmosphere; characterised by the basin including an anti-dripping system comprising an absorbing element; and the absorbing element being disposed in the basin by covering the access opening, filling the basin and extending up to the access opening. - a basin adapted to contain a volatile liquid to be diffused into the atmosphere, the basin containing an access opening from the outside to the volatile liquid contained therein; - a dispensing material adapted to be in fluid communication with the basin through the access opening to allow the volatile liquid to diffuse into the atmosphere;
Sliding grate for a combustion furnace, in particular, a waste incineration plant, including multiple rows of grate bars (2a, 2b), each comprising a grate bar support (5a, 5b), connected to which are multiple grate bars (3a, 3b) via their first ends (4a, 4b), where surfaces (7a, 7b) of the grate bars (3a, 3b) form a sliding grate area for transporting a layer of combustible material along a direction of flow, the grate bars (3a, 3b) of adjacent rows of grate bars (2a, 2b) lie imbricated on top of one another in such a way that a second end (6a, 6b) of the respective grate bar (3a, 3b) rests on a surface (7a, 7b) of a grate bar (3a, 3b) adjacent in the direction of flow, where some of the rows of grate bars (2a, 2b) are rows of grate bars driven via a driving means, the driving means being capable of inducing a first drive movement in the grate bars of the driven rows of grate bars so as to result in a relative movement between the grate bars of the driven rows of grate bars and the grate bars of non-driven rows of grate bars, the surfaces (7a, 7b) of the grate bars (3a, 3b) of at least a few rows of grate bars (2a, 2b) having a non-planar surface contour (13a, 13b) so that a second drive movement can be induced in the grate bars (3a, 3b) the second ends (6a, 6b) of which rest on the non-planar surface contour (13a, 13b) by virtue of the relative movement between the grate bars (3a, 3b) of driven and non-driven rows of grate bars (2a, 2b), and where a second grate bar movement (Bb) of the grate bars of the non-driven rows of grate bars results purely from the second drive movement induced via the second ends. the grate bars (3a, 3b) of adjacent rows of grate bars (2a, 2b) lie imbricated on top of one another in such a way that a second end (6a, 6b) of the respective grate bar (3a, 3b) rests on a surface (7a, 7b) of a grate bar (3a, 3b) adjacent in the direction of flow, where some of the rows of grate bars (2a, 2b) are rows of grate bars driven via a driving means, the driving means being capable of inducing a first drive movement in the grate bars of the driven rows of grate bars so as to result in a relative movement between the grate bars of the driven rows of grate bars and the grate bars of non-driven rows of grate bars, the surfaces (7a, 7b) of the grate bars (3a, 3b) of at least a few rows of grate bars (2a, 2b) having a non-planar surface contour (13a, 13b) so that a second drive movement can be induced in the grate bars (3a, 3b) the second ends (6a, 6b) of which rest on the non-planar surface contour (13a, 13b) by virtue of the relative movement between the grate bars (3a, 3b) of driven and non-driven rows of grate bars (2a, 2b), and where a second grate bar movement (Bb) of the grate bars of the non-driven rows of grate bars results purely from the second drive movement induced via the second ends.
A dishwasher comprising a body, a washing tub provided on the body, in which the washing process is performed, a lower spray arm and/or an upper spray arm provided in the washing tub, enabling transmitting water to the kitchenware placed in the washing tub, and a UV (ultraviolet) light source provided in the washing tub, terminating the microorganisms on the kitchenware placed in the washing tub by emitting ultraviolet radiation, having an active position in which it radiates and a passive position in which it does not radiate, characterized by a hydro generator connected to the UV light source, enabling the UV light source to switch to active position by generating energy by means of a turbine rotating by means of the fluid in the washing tub, and a generator connected to the turbine.
A heat-dissipating film for use in electronic appliances consisting of a heat-conductive layer sandwiched by a pair of plastic films (2, 2), said heat-conductive layer having a density of 1.9 g/cm 3 or more and in-plane thermal conductivity of 450 W/mK or more, said heat-conductive layer consists of flaky carbon; said flaky carbon in said heat-conductive layer is aligned in parallel; characterized in that said heat-conductive layer is obtainable by coating and drying a dispersion comprising said flaky carbon and a binder resin in an organic solvent to form a mixture layer, and burning off said binder resin in said mixture layer.
A conductive sheet for an embossed carrier tape for mounting an electronic component, wherein the conductive sheet has a configuration in which a surface layer having conductivity is laminated on at least one surface of a core layer; the core layer and the surface layer each contain a common material constituted of only a combination of three types of polystyrene-based resins of styrene-butadiene copolymer resin, general purpose polystyrene resin, and high impact polystyrene resin; a common material constituting the core layer and a common material constituting the surface layer have the same compounding ratio; the surface layer is formed by kneading carbon black in the common material; and the compounding ratio of the common material is such that the styrene-butadiene copolymer resin is 35 % by weight, and the high impact polystyrene resin is 10 % by weight to 15 % by weight when the entire common material is 100 % by weight. the conductive sheet has a configuration in which a surface layer having conductivity is laminated on at least one surface of a core layer; the core layer and the surface layer each contain a common material constituted of only a combination of three types of polystyrene-based resins of styrene-butadiene copolymer resin, general purpose polystyrene resin, and high impact polystyrene resin; a common material constituting the core layer and a common material constituting the surface layer have the same compounding ratio; the surface layer is formed by kneading carbon black in the common material; and the compounding ratio of the common material is such that the styrene-butadiene copolymer resin is 35 % by weight, and the high impact polystyrene resin is 10 % by weight to 15 % by weight when the entire common material is 100 % by weight.
A modular electronic system for receiving, processing or forwarding information, comprising: - at least one circuit board including electronic components and one or more electromagnetically effective transfer elements (21, 22); - a housing having a cavity for accommodating the at least one circuit board and comprising electronic components and/or electromagnetically effective transfer elements (11, 12) on or in at least one wall of the housing; - connection means for feeding electrical power and/or for information transfer purposes; - wherein the connection means are electrically or electromagnetically coupled with electromagnetically effective transfer elements of the housing and/or of the at least one circuit board; and - wherein the electromagnetically effective transfer elements (11, 12) of the housing and the electromagnetically effective transfer elements (21, 22) of the at least one circuit board are flat in a region where they face each other and are arranged for electromagnetic coupling. - at least one circuit board including electronic components and one or more electromagnetically effective transfer elements (21, 22); - a housing having a cavity for accommodating the at least one circuit board and comprising electronic components and/or electromagnetically effective transfer elements (11, 12) on or in at least one wall of the housing; - connection means for feeding electrical power and/or for information transfer purposes; - wherein the connection means are electrically or electromagnetically coupled with electromagnetically effective transfer elements of the housing and/or of the at least one circuit board; and - wherein the electromagnetically effective transfer elements (11, 12) of the housing and the electromagnetically effective transfer elements (21, 22) of the at least one circuit board are flat in a region where they face each other and are arranged for electromagnetic coupling.
An information display apparatus comprising: a first display unit configured to display information; a placement part configured so that a portable terminal apparatus is placed thereon, the placement part comprising a noncontact charging unit configured to charge the portable terminal apparatus placed on the placement part; an orientation determination unit configured to determine an orientation of the portable terminal apparatus placed on the placement part; a first display control unit configured to control display of information in the first display unit; and a charging control unit configured to control charging of the portable terminal apparatus by the noncontact charging unit, wherein the charging control unit controls the noncontact charging unit so as to perform a process for charging the portable terminal apparatus when the portable terminal apparatus is placed on the placement part, and the first display control unit makes the first display unit display information received from the portable terminal apparatus when the orientation of the portable terminal apparatus determined by the orientation determination unit is a first orientation, and the information display apparatus is characterised in that the first display controlunit makes the first display unit display information other than the received information when the orientation determined by the orientation determination unit is a second orientation different from the first orientation. a first display unit configured to display information; a placement part configured so that a portable terminal apparatus is placed thereon, the placement part comprising a noncontact charging unit configured to charge the portable terminal apparatus placed on the placement part; an orientation determination unit configured to determine an orientation of the portable terminal apparatus placed on the placement part; a first display control unit configured to control display of information in the first display unit; and a charging control unit configured to control charging of the portable terminal apparatus by the noncontact charging unit, the charging control unit controls the noncontact charging unit so as to perform a process for charging the portable terminal apparatus when the portable terminal apparatus is placed on the placement part, and the first display control unit makes the first display unit display information received from the portable terminal apparatus when the orientation of the portable terminal apparatus determined by the orientation determination unit is a first orientation, and the information display apparatus is characterised in that the first display controlunit makes the first display unit display information other than the received information when the orientation determined by the orientation determination unit is a second orientation different from the first orientation.
An imaging system for acquiring image data of a subject, comprising: a gantry configured to at least partially surround an imaging region; a source assembly configured to be positioned relative to the imaging region at least in part by the gantry, wherein the source assembly includes at least a first source portion and a second source portion, wherein the first source portion is spaced a source distance away from the second source portion; a single detector configured to be positioned relative to the imaging region at least in part by the gantry, wherein the detector is configured to be positioned to detect image data from both the first source portion and the second source portion substantially simultaneously; and a controller configured to execute instructions to: operate the first source portion and the second source portion to selectively emit the x-rays through the imaging region to be detected at the detector, generate image data based on the substantially simultaneously detection at the detector, wherein the source distance between the first source portion and the second source portion is configured to generate a first perspective and a second perspective in a single projection detected at the detector of an object within the imaging region, and the controller being further configured to generate a first perspective view of an object within the imaging region in the single projection and a second perspective view of the object within the imaging region in the single projection. a gantry configured to at least partially surround an imaging region; a source assembly configured to be positioned relative to the imaging region at least in part by the gantry, wherein the source assembly includes at least a first source portion and a second source portion, wherein the first source portion is spaced a source distance away from the second source portion; a single detector configured to be positioned relative to the imaging region at least in part by the gantry, wherein the detector is configured to be positioned to detect image data from both the first source portion and the second source portion substantially simultaneously; and a controller configured to execute instructions to: operate the first source portion and the second source portion to selectively emit the x-rays through the imaging region to be detected at the detector, generate image data based on the substantially simultaneously detection at the detector, operate the first source portion and the second source portion to selectively emit the x-rays through the imaging region to be detected at the detector, generate image data based on the substantially simultaneously detection at the detector, wherein the source distance between the first source portion and the second source portion is configured to generate a first perspective and a second perspective in a single projection detected at the detector of an object within the imaging region, and the controller being further configured to generate a first perspective view of an object within the imaging region in the single projection and a second perspective view of the object within the imaging region in the single projection.
A method for configuring a quality of service policy for a service, wherein the method comprises: obtaining a first data flow forwarded by a virtual switch; determining service information of the first data flow, wherein the service information comprises a service type of the first data flow and an access path of the first data flow, the access path is a path including all devices that the first data flow passes; determining, based on the service information of the first data flow, a quality of service, QoS, policy matching the first data flow; and obtaining a monitoring indicator of each device on the access path, wherein the monitoring indicator comprises one or more of central processing unit CPU usage, memory usage, a packet loss ratio, and a transmission latency; determining a key device in the devices on the access path based on the monitoring indicator of each device; determining a QoS sub-policy of the key device based on a minimum requirement of each indicator in the matched QoS policy; and determining the matched QoS policy as a QoS sub-policy of a device other than the key device on the access path; configuring the key device based on the QoS sub-policy of the key device; configuring devices other than the key device on the access path based on the matched QoS policy. obtaining a first data flow forwarded by a virtual switch; determining service information of the first data flow, wherein the service information comprises a service type of the first data flow and an access path of the first data flow, the access path is a path including all devices that the first data flow passes; determining, based on the service information of the first data flow, a quality of service, QoS, policy matching the first data flow; and obtaining a monitoring indicator of each device on the access path, wherein the monitoring indicator comprises one or more of central processing unit CPU usage, memory usage, a packet loss ratio, and a transmission latency; determining a key device in the devices on the access path based on the monitoring indicator of each device; determining a QoS sub-policy of the key device based on a minimum requirement of each indicator in the matched QoS policy; and determining the matched QoS policy as a QoS sub-policy of a device other than the key device on the access path; configuring the key device based on the QoS sub-policy of the key device; configuring devices other than the key device on the access path based on the matched QoS policy.