mhurhangee/ep-ind-claims huggingface dataset:
Drinking water circulation system for a passenger aircraft, including a fresh water tank device, at least one ring pipe connected to the tank device for feeding fresh water tapping points connected to the ring pipe, and a water treatment device in the ring pipe including a water inlet port, a water outlet port, a pipe for connecting the water inlet port to the water outlet port, a filtration device located in the pipe and an electronic control device, wherein the drinking water circulation system includes at least one sensor located in a feed pipe for continuously measuring the volume of the refilled fresh water, and the electronic control device is adapted to monitor all of the following parameters associated with the status of the filtration device: - volume of refilled water flowing through the filtration device on the basis of a corresponding measuring signal from the sensor; - time period after a filter exchange in the filtration device; and - a pressure loss over the filtration device on the basis of a corresponding measuring signal; and, if the monitored parameters fulfil certain criteria, to determine a filter exchange request and to output a filter exchange signal. - volume of refilled water flowing through the filtration device on the basis of a corresponding measuring signal from the sensor; - time period after a filter exchange in the filtration device; and - a pressure loss over the filtration device on the basis of a corresponding measuring signal; and, if the monitored parameters fulfil certain criteria, to determine a filter exchange request and to output a filter exchange signal.
An array of electro-optical switching elements, wherein each of the electro-optical switching elements comprises - a means for illumination, - one or more light conversion means, each of said light conversion means comprises a layer of planar oriented cholesteric liquid crystal material as a matrix and is capable to convert the state of polarization of incident light from non-polarized light to circular polarized light and, at the same time, - at least one of said conversion means is capable to shift the wavelength of the light from the means for illumination to longer wavelengths, - a liquid crystal material, which is capable of switching, and - one or more means to polarize light and optionally a polarizer, wherein the liquid crystal material, the one or more light conversion means, and the means for illumination are stacked in this sequence, characterised in that the array comprises a set of three of said electro-optical switching elements or a multitude of sets of three of said electro-optical switching elements, the switching elements in each of said sets having different colors from each other, and in that each of the electro-optical switching elements further comprises - a light recycling optical element placed between the one or more light conversion means and the means for illumination and comprising a layer of a cholesteric liquid crystal material or consisting of a layer of a cholesteric liquid crystal material, wherein the cholesteric liquid crystal material of the light recycling optical element has a chiral pitch which is same as the wavelength of the light from the means for illumination, and a twisting sense which is opposite to that of the cholesteric liquid crystal material of the one or more light conversion means. - a means for illumination, - one or more light conversion means, each of said light conversion means comprises a layer of planar oriented cholesteric liquid crystal material as a matrix and is capable to convert the state of polarization of incident light from non-polarized light to circular polarized light and, at the same time, - at least one of said conversion means is capable to shift the wavelength of the light from the means for illumination to longer wavelengths, - a liquid crystal material, which is capable of switching, and - one or more means to polarize light and optionally a polarizer, - a light recycling optical element placed between the one or more light conversion means and the means for illumination and comprising a layer of a cholesteric liquid crystal material or consisting of a layer of a cholesteric liquid crystal material, wherein the cholesteric liquid crystal material of the light recycling optical element has a chiral pitch which is same as the wavelength of the light from the means for illumination, and a twisting sense which is opposite to that of the cholesteric liquid crystal material of the one or more light conversion means.
A combustor of a gas turbine engine comprising: a first heat shield that includes a first edge with a first set of cantilevered members; and a second heat shield that includes a second edge, the second edge with a second set of cantilevered members interleaved with said first set of cantilevered members; wherein said first set of cantilevered members and said second set of cantilevered members are hooks that are J-shaped. a first heat shield that includes a first edge with a first set of cantilevered members; and a second heat shield that includes a second edge, the second edge with a second set of cantilevered members interleaved with said first set of cantilevered members; wherein said first set of cantilevered members and said second set of cantilevered members are hooks that are J-shaped.
A pharmaceutical composition comprising a therapeutically effective amount of 5-azacytidine, for use in a method of treating a subject having AML, wherein said method comprises orally administering said pharmaceutical composition daily for 14 or more days, wherein the composition is an immediate release composition and releases the 5-azacytidine substantially in the stomach following oral administration to a subject.
A vehicle air-conditioning system, comprising - a housing, - at least one air channel for conducting air therethrough, - a fan, - a heat exchanger as a refrigerant condenser as part of a refrigeration circuit during heat pump operation for heating the air to be supplied to the vehicle interior, wherein the refrigerant condenser comprises - cooling tubes for conducting a refrigerant therethrough, - two collecting tubes for fluidly connecting the cooling tubes, wherein the refrigerant condenser is designed as a single-row refrigerant condenser, characterised in that regarding the cooling tubes arranged adjacent to one another, two cooling tubes in a first direction and two cooling tubes in a second direction can be alternately flowed through, wherein the first direction is directed opposite to the second direction. - a housing, - at least one air channel for conducting air therethrough, - a fan, - a heat exchanger as a refrigerant condenser as part of a refrigeration circuit during heat pump operation for heating the air to be supplied to the vehicle interior, wherein the refrigerant condenser comprises - cooling tubes for conducting a refrigerant therethrough, - two collecting tubes for fluidly connecting the cooling tubes,
A magnetic levitation bearing stator winding, characterized in that, the magnetic levitation bearing stator winding comprises multiple phase windings; each phase winding comprises at least two coil units connected in parallel with each other, the coil unit comprises one or a plurality of coils; wherein the magnetic levitation bearing stator winding further comprises an insulating framework and a radial core, wherein the insulating framework is mounted on the radial core; wherein, for each phase winding, all the coils are wound on the corresponding radial core respectively in the same winding direction; wherein the coils to be connected in series are connected in series in each phase winding, and then each coil units connected in parallel; wherein, for each phase winding, enameled wires of each coil are reserved as lead wires at each end after each coil has been wound; wherein, for each phase winding, the lead wires comprise a first lead wire of the outermost coil and a second lead wire of the outermost coil on the other side of the phase winding; and wherein, for each phase winding, each of the lead wires other than the first lead wire and the second lead wire is covered in insulating sleeves. wherein the magnetic levitation bearing stator winding further comprises an insulating framework and a radial core, wherein the insulating framework is mounted on the radial core; wherein, for each phase winding, all the coils are wound on the corresponding radial core respectively in the same winding direction; wherein the coils to be connected in series are connected in series in each phase winding, and then each coil units connected in parallel; wherein, for each phase winding, enameled wires of each coil are reserved as lead wires at each end after each coil has been wound; wherein, for each phase winding, the lead wires comprise a first lead wire of the outermost coil and a second lead wire of the outermost coil on the other side of the phase winding; and wherein, for each phase winding, each of the lead wires other than the first lead wire and the second lead wire is covered in insulating sleeves.
Transparent anhydrous gel with a relative gel strength less than 20 g/mm, comprising volatile substance(s) and non volatile substance(s), wherein said non volatile substance(s) comprise 3.8% to 100% (by weight of non volatile substance(s)) of a cross-linked silicone network and 0 to 96.2% (by weight of non volatile substance(s)) of a non volatile solvent and said volatile substance(s) comprise 20.6 to 100% (by weight of volatile substance(s)) of perfume and 0 to 80% (by weight of volatile substance(s)) of volatile solvent, and the ratio of volatile substance / crosslinked silicone network is between 1 to 32, and said transparent anhydrous gel not comprising filler or reinforcing agent.
Refrigeration and/or freezer device, in particular a wine cabinet, with one or multiple storage shelves, wherein the storage shelf is a grate, which comprises ridges extending in the depth direction, which are in connection, at their two end regions, with transversely-extending connecting struts, wherein, on the storage shelf, at least one support part is fixed, on which a bottle, located on the edge region of the storage shelf, can be supported, characterized in that the support part comprises grooves on two opposite sides, which are engaged between the outermost and the thereto adjacent ridge of the grate, and in that the support part as well as the storage shelf are formed in such a manner that the support part is fixed by positive locking to the storage shelf.
Rear spoiler device for a lorry, wherein the rear spoiler device has: a roof air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a roof surface of the lorry and a retracted basic position for lying against or behind a rear door of the lorry, a side air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a side wall of the lorry and a retracted basic position for lying against or behind the rear door, a coupling device for coupling the adjustment movements of the roof air-guiding element and of the side air-guiding element, wherein the coupling device is provided between a lateral edge of the roof air-guiding element and an upper edge of the side air-guiding element and connects the lateral edge and the upper edge to each other, the coupling device has a coupling rod which is attached between a rear outer corner region of the roof air-guiding element and an upper rear corner region of the side air-guiding element and couples the adjustment movement of the corner regions (10bc, 12bc) to each other, and the roof air-guiding element is provided so as to be adjustable via a roof hinge device in such a manner that its front edge is designed to lie against the lorry in the travel position and is pivoted downwards in the basic position, characterized in that the side hinge device and/or the roof hinge device have an articulation point which is offset rearwards in relation to the lorry and the air-guiding element (10, 12) is coupled to the articulation point via a holding arm. a roof air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a roof surface of the lorry and a retracted basic position for lying against or behind a rear door of the lorry, a side air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a side wall of the lorry and a retracted basic position for lying against or behind the rear door, a coupling device for coupling the adjustment movements of the roof air-guiding element and of the side air-guiding element, wherein the coupling device is provided between a lateral edge of the roof air-guiding element and an upper edge of the side air-guiding element and connects the lateral edge and the upper edge to each other, the coupling device has a coupling rod which is attached between a rear outer corner region of the roof air-guiding element and an upper rear corner region of the side air-guiding element and couples the adjustment movement of the corner regions (10bc, 12bc) to each other, and the roof air-guiding element is provided so as to be adjustable via a roof hinge device in such a manner that its front edge is designed to lie against the lorry in the travel position and is pivoted downwards in the basic position, characterized in that the side hinge device and/or the roof hinge device have an articulation point which is offset rearwards in relation to the lorry and the air-guiding element (10, 12) is coupled to the articulation point via a holding arm.
A method of wireless communication performed by an apparatus, comprising: blind decoding a broadcast channel of a current radio frame to obtain system information associated with a wireless network, wherein blind decoding is performed until a successful cyclic redundancy check is achieved characterized by comparing the system information of the current radio frame with system information obtained from a previous successfully decoded radio frame; and selectively rejecting the system information of the current radio frame based at least in part on a result of the comparing. blind decoding a broadcast channel of a current radio frame to obtain system information associated with a wireless network, wherein blind decoding is performed until a successful cyclic redundancy check is achieved characterized by comparing the system information of the current radio frame with system information obtained from a previous successfully decoded radio frame; and selectively rejecting the system information of the current radio frame based at least in part on a result of the comparing.
A safety guard for a power take off shaft comprising a guard body (14,15:114) for positioning over the PTO shaft, and a U-shaped locking clip (26:126) being slidable in a radial direction with respect to the PTO shaft between a locked position and an unlocked position, the locking clip comprising a pair of locking portions that each extend into an annular groove present on the PTO shaft or present on a guard bearing member mounted to the PTO shaft when the locking member is in the locked position to prevent axial displacement of the guard body (14,15:114) relative to the PTO shaft, characterised in that the locking clip is retained by at least one clamp-type clip (140,142,144) having a deformable jaw disposed on the locking clip, the at least one clamp-type clip snap fitting onto a respective pin (150,152,154) fixed to the guard body.
Method for producing a polymer laminate comprising at least one diffraction element, comprising the following method steps: (a) providing a diffraction element material, comprising a carrier film and a light-sensitive layer, as well as at least one polymer layer; (b) producing the at least one diffraction element by creating a light-diffracting layer from the light-sensitive layer, in that a light-diffraction pattern is created in the light-sensitive layer of the at least one diffraction element material; (c) bringing the at least one diffraction element and at least one polymer layer together to form a stack of layers; and (d) bonding the at least one diffraction element and the at least one polymer layer by a laminating process, thereby forming the polymer laminate, characterised in that either method step (c) comprises the arrangement of the at least one diffraction element on an outer side of the stack of layers, and method step (c) comprises the arrangement of the carrier film at the side of the light-diffracting layer of the at least one diffraction element in the stack of layers, which is located opposite the at least one polymer layer, and that method step (d) is followed by the following method step: (e) impressing of micro-optical elements into the material of the carrier film or method step (c) comprises the additional arrangement of a separate embossing film on the side of the stack of layers at which the at least one diffraction element is located, and method step (d) is followed by the following method step: (e) impressing of micro-optical elements into the material of the embossing film. (a) providing a diffraction element material, comprising a carrier film and a light-sensitive layer, as well as at least one polymer layer; (b) producing the at least one diffraction element by creating a light-diffracting layer from the light-sensitive layer, in that a light-diffraction pattern is created in the light-sensitive layer of the at least one diffraction element material; (c) bringing the at least one diffraction element and at least one polymer layer together to form a stack of layers; and (d) bonding the at least one diffraction element and the at least one polymer layer by a laminating process, thereby forming the polymer laminate, characterised in that either method step (c) comprises the arrangement of the at least one diffraction element on an outer side of the stack of layers, and method step (c) comprises the arrangement of the carrier film at the side of the light-diffracting layer of the at least one diffraction element in the stack of layers, which is located opposite the at least one polymer layer, and that method step (d) is followed by the following method step: (e) impressing of micro-optical elements into the material of the carrier film or method step (c) comprises the additional arrangement of a separate embossing film on the side of the stack of layers at which the at least one diffraction element is located, and method step (d) is followed by the following method step: (e) impressing of micro-optical elements into the material of the embossing film.
Air-conditioning system having a refrigerant compressor which has a low-pressure inlet and a high-pressure outlet, and having a mass-flow-regulating device in a main mass flow from the high pressure outlet of the refrigerant compressor to a consumer, wherein the mass-flow-regulating device comprises a variable flow resistor which is adjustable using a control device 32, characterized in that the mass-flow-regulating device comprises a piston slide valve with a valve piston to which the pressure upstream and downstream of the variable flow resistor is applied on control pressure faces,, wherein a connecting line extends from a branch to a pressure connection of the piston slide valve, wherein the piston slide valve also comprises a drive chamber pressure connection which is connected to a drive chamber of the refrigerant compressor via a further connecting line.
An apparatus for user equipment, comprising: means for sending a message to a base station of a communication system, the message comprising information on the establishment of a device-to-device connection with at least one apparatus and an identifier of the at least one apparatus; characterized by means for receiving from a base station information regarding a timing reference for communicating paging messages between the apparatuses establishing a device-to-device communication, wherein the timing reference is non-overlapping with the time instants reserved for receiving scheduled packets from the system the apparatus is connected to. means for sending a message to a base station of a communication system, the message comprising information on the establishment of a device-to-device connection with at least one apparatus and an identifier of the at least one apparatus; characterized by means for receiving from a base station information regarding a timing reference for communicating paging messages between the apparatuses establishing a device-to-device communication, wherein the timing reference is non-overlapping with the time instants reserved for receiving scheduled packets from the system the apparatus is connected to.
A process for recovering aluminum hydroxide crystals from a pregnant Bayer process liquor by adding a crystallization modifier to the liquor, wherein the crystallization modifier comprises a saturated and unbranched C 8 to C 10 fatty acid, precursor, salt or blends thereof, said fatty acid carbon backbone free of functional groups; and, wherein the modifier is dissolved in an oil carrier.
A lyophilized composition comprising: a lyophilization agent comprising one or more of a carbohydrate, a cyclic oligosaccharide, an alditol, hydroxypropyl-cyclodextrin and bovine serum albumin; and a plurality of luminescent nanoparticles, wherein each luminescent nanoparticle in the plurality of luminescent nanoparticles comprises at least one collapsed conjugated polymer, wherein the conjugated polymer is a semiconducting polymer. a lyophilization agent comprising one or more of a carbohydrate, a cyclic oligosaccharide, an alditol, hydroxypropyl-cyclodextrin and bovine serum albumin; and a plurality of luminescent nanoparticles, wherein each luminescent nanoparticle in the plurality of luminescent nanoparticles comprises at least one collapsed conjugated polymer, wherein the conjugated polymer is a semiconducting polymer.
An analyte meter (10, 300, 400), comprising: a cartridge including a plurality of stacked individual compartments at least one foil cover sealing the plurality of compartments; and an ejection mechanism (306, 406) configured to break the at least one foil cover to open only one compartment at a time without opening the remaining compartments of the plurality of compartments; characterized in that: the compartments are connected to one another in an accordion-style fashion, each individual compartment being collapsible from an expanded condition to a collapsed condition and dimensioned to hold a test sensor when in the expanded condition. a cartridge including a plurality of stacked individual compartments at least one foil cover sealing the plurality of compartments; and an ejection mechanism (306, 406) configured to break the at least one foil cover to open only one compartment at a time without opening the remaining compartments of the plurality of compartments; characterized in that: the compartments are connected to one another in an accordion-style fashion, each individual compartment being collapsible from an expanded condition to a collapsed condition and dimensioned to hold a test sensor when in the expanded condition. the compartments are connected to one another in an accordion-style fashion, each individual compartment being collapsible from an expanded condition to a collapsed condition and dimensioned to hold a test sensor when in the expanded condition.