mhurhangee/patent-ind-claim-en huggingface dataset:
A lift fan apparatus , comprising: a rotor having at least one rotatable hub carrying at least one row of blades; a duct surrounding the rotor , the duct including spaced-apart peripheral walls extending between an inlet and an exit, the peripheral walls collectively defining a flow channel which includes a diffuser disposed downstream of the rotor , in which a flow area at the exit is greater than a flow area at the rotor ; and a plurality of annular spaced-apart splitters disposed in the diffuser , each of the splitters having opposed side walls extending between an upstream leading edge and a downstream trailing edge, wherein the splitters divide the diffuser into a plurality of side-by-side flow passages ; characterised in that a flow area of each of the flow passages increases in a downstream direction such that a flow area of the duct at the exit is at least 50% greater than a flow area of the duct at the rotor. a rotor having at least one rotatable hub carrying at least one row of blades; a duct surrounding the rotor , the duct including spaced-apart peripheral walls extending between an inlet and an exit, the peripheral walls collectively defining a flow channel which includes a diffuser disposed downstream of the rotor , in which a flow area at the exit is greater than a flow area at the rotor ; and a plurality of annular spaced-apart splitters disposed in the diffuser , each of the splitters having opposed side walls extending between an upstream leading edge and a downstream trailing edge, wherein the splitters divide the diffuser into a plurality of side-by-side flow passages ; characterised in that a flow area of each of the flow passages increases in a downstream direction such that a flow area of the duct at the exit is at least 50% greater than a flow area of the duct at the rotor.
A dynamic adaptive streaming over hypertext transfer protocol, DASH, assisting network element, DANE, , comprising a memory storing executable instructions that execute one or more computer executable components; and a processor configured to execute the executable instructions for the one or more executable components comprising: a media path interface component configured to communicatively couple to a media origin server and a client device , and deliver streaming media content to the client device from the media origin server based on a set of parameters; characterised in that the executable components further comprise: a client-to-DANE interface component configured to receive a set of metric and status messages from the client device concurrent with a delivery of the streaming media content via the media path interface component ; and a content adaptation component , communicatively coupled to the media path interface component and the client-to-DANE interface component , configured to generate a modification including a transcoding or a transrating of the streaming media content during the delivery to the client device via the media path interface component based on the set of metric and status messages received via the client-to-DANE interface component , wherein the set of metric and status messages comprises a set of throughput parameters, a set of quality of service parameters, and a set of transcoding parameters that enable transcoding operations to be offloaded from the media origin server . a client-to-DANE interface component configured to receive a set of metric and status messages from the client device concurrent with a delivery of the streaming media content via the media path interface component ; and a content adaptation component , communicatively coupled to the media path interface component and the client-to-DANE interface component , configured to generate a modification including a transcoding or a transrating of the streaming media content during the delivery to the client device via the media path interface component based on the set of metric and status messages received via the client-to-DANE interface component , wherein the set of metric and status messages comprises a set of throughput parameters, a set of quality of service parameters, and a set of transcoding parameters that enable transcoding operations to be offloaded from the media origin server .
A method operating a distributed antenna system, DAS , interworking with a spectrum sharing system, SSS , the method characterized in : setting, by a node unit of the DAS , a radio resource to be used by each of a plurality of radio service devices, RSDs , communicatively connected to the node unit ; requesting, by the node unit , available radio resource information from a system controller of the SSS based on a result of the setting; receiving, by the node unit , allocation information including a result of allocating shared radio resources of the SSS to the DAS from the system controller ; and selectively activating, by the node unit , a service signal corresponding to the set radio resource of each of the plurality of RSDs according to the allocation information. setting, by a node unit of the DAS , a radio resource to be used by each of a plurality of radio service devices, RSDs , communicatively connected to the node unit ; requesting, by the node unit , available radio resource information from a system controller of the SSS based on a result of the setting; receiving, by the node unit , allocation information including a result of allocating shared radio resources of the SSS to the DAS from the system controller ; and selectively activating, by the node unit , a service signal corresponding to the set radio resource of each of the plurality of RSDs according to the allocation information.
A cylinder liner mounted on a cylinder block and formed of flaky graphite cast iron, wherein at least a nitrided compound layer having a thickness of 3 μm or more and 15 μm or less is provided on an inner periphery of the cylinder liner , and a cross hatching section is formed on the inner periphery , a roughness curve of the inner periphery has a plateau honing shape, a ten-point average roughness Rz of the inner periphery pursuant to JIS B0601:1982 is 4.0 μm or less, an average value of an area ratio of pits generated in the inner periphery is 8% or less, a depth of the pit is equal to or smaller than the thickness of the nitrided compound layer , and a diameter of the pit is 10 to 100 μm.
Process for the preparation of a flower extract enriched in polyphenols and/or substantially free of simple sugars, comprising a step of fermentation of a flower extract with a yeast belonging to the variety Saccharomyces cerevisiae var. bayanus.
Assembly of an illuminated radiator grill for installation in the front region of a vehicle, consisting of a radiator grill which is made of opaque material with opaque ribs and which determines a series of air passage openings , wherein the assembly further comprises a lighting strip , a lighting strip support , a light guide part made of at least partially translucent material, and a rear cover which is to be arranged between the radiator grill and the area under the vehicle hood, wherein the radiator grill is connected to the rear cover , the lighting strip is attached to the rear cover by means of a lighting strip support , wherein the lighting strip is arranged between the rear cover and the radiator grill and runs over the majority of the width of the assembly, and the light guide part runs along the lighting strip between the lighting strip and the radiator grill , wherein a part of the volume of the light guide part engages into the air passage openings in the radiator grill , wherein the light guide part comprises a body and a number of projections connected to the body , wherein the body has a light entry surface running along the lighting strip , and each projection has a light exit surface, wherein each projection engages into at least one of the air passage openings in the radiator grill , wherein each projection comprises two opposite side walls and a front wall, wherein the side walls face the walls of the respective air passage opening and are designed to illuminate the walls of the air passage openings , namely the walls of the ribs forming these air passage openings , so that the walls indirectly illuminate in front of the vehicle, and wherein the front wall is designed for the emission of the light in front of the vehicle.
Fastening arrangement of a vehicle roof on a vehicle body , wherein the vehicle roof has a roof element with an outwardly directed roof surface and an inner surface directed into the vehicle interior, wherein a glue bead which fastens the vehicle roof to corresponding body elements is applied to a region of the vehicle roof facing the body , wherein an intermediate element which comprises at least two components is arranged between the vehicle roof and at least one body element , wherein at least one first component is made at least partially of an elastic plastic and, by the elasticity, allows a compensation for tolerances between the at least one roof element and the at least one body element , wherein the intermediate element is arranged between a reinforcing frame , which is connected to the roof element and the body element , and the at least one body element , characterised in that the intermediate element is fastened only to the reinforcing frame .
A method for producing a Receiver Optical Sub-Assembly (ROSA) device that comprises at least one antenna configured to receive optical signals , at least one rectifier configured to rectify electrical signals being electrical representation of the received optical signals and having frequencies within an optical band range and an amplifier coupled to the rectifier and configured to amplify rectified electrical signals, wherein the method comprises the steps of: (i) providing a first layer that comprises a plurality of amplifiers embedded onto a substrate; (ii) preparing a second layer that comprises a plurality of antennas and a plurality of rectifiers, each of the rectifiers is electrically connected to a respective amplifier to obtain a plurality of dies, wherein each die comprising an amplifier, a rectifier and at least one antenna coupled thereto, thereby obtaining a plurality of monolithic ROSA devices deposited on a substrate; and (iii) separating the plurality of ROSA devices deposited onto the substrate into individual monolithic ROSA devices; thereby obtaining monolithic Receiver Optical Sub-Assembly (ROSA) devices . (i) providing a first layer that comprises a plurality of amplifiers embedded onto a substrate; (ii) preparing a second layer that comprises a plurality of antennas and a plurality of rectifiers, each of the rectifiers is electrically connected to a respective amplifier to obtain a plurality of dies, wherein each die comprising an amplifier, a rectifier and at least one antenna coupled thereto, thereby obtaining a plurality of monolithic ROSA devices deposited on a substrate; and (iii) separating the plurality of ROSA devices deposited onto the substrate into individual monolithic ROSA devices;
Method for producing a circuit board assembly, wherein said method comprises the following steps: - providing at least one flexible circuit board comprising conductive regions ; - providing a casting tool, preferably an injection molding or die casting tool, which comprises at least one receptacle for the at least one flexible circuit board and at least one casting cavity for forming a heat sink ; - inserting the flexible circuit board into the receptacle of the casting tool; and - introducing plastic into the casting tool so that the heat sink is formed directly on at least one side of the inserted flexible circuit board ; - wherein at least a portion of the conductive regions for thermally contacting the flexible circuit board are provided continuously from the front side to the rear side of the flexible circuit board comprising the heat sink in order to be in direct contact with the heat sink; - wherein the conductive regions are strip conductors and/or electrical contacts and are configured continuously from the front side to the rear side of the flexible circuit board and the strip conductors and/or the electrical contacts are in direct contact with the formed heat sink . - providing at least one flexible circuit board comprising conductive regions ; - providing a casting tool, preferably an injection molding or die casting tool, which comprises at least one receptacle for the at least one flexible circuit board and at least one casting cavity for forming a heat sink ; - inserting the flexible circuit board into the receptacle of the casting tool; and - introducing plastic into the casting tool so that the heat sink is formed directly on at least one side of the inserted flexible circuit board ; - wherein at least a portion of the conductive regions for thermally contacting the flexible circuit board are provided continuously from the front side to the rear side of the flexible circuit board comprising the heat sink in order to be in direct contact with the heat sink; - wherein the conductive regions are strip conductors and/or electrical contacts and are configured continuously from the front side to the rear side of the flexible circuit board and the strip conductors and/or the electrical contacts are in direct contact with the formed heat sink .
Method for transmitting data sets (D), each containing data (D1) of a first category and data (D2) of a second category different from the first category, from a transmitter to a receiver , wherein the data (D1) of the first category contain personal data and the data (D2) of the second category do not contain any personal data, characterized in that : - on the side of the transmitter , the data (D1, D2) of the first and second categories respectively contained in a data set (D) are converted into transmission data (U) using a one-way function (h(x)), - the transmission data (U) are transmitted from the transmitter to the receiver , and - on the side of the receiver , at least some of the data (D2) of the second category, which are contained in the data set (D) and do not contain any personal data, are reconstructed using reconstruction data (R) on the basis of the transmission data (U), wherein the reconstruction data (R) on the side of the receiver contain data (D2'') of the second category suspected in the data set (D) and comparison data (V) which are assigned to the suspected data (D2'') of the second category and are obtained by converting the suspected data (D2") of the second category using the one-way function (h(x)). - on the side of the transmitter , the data (D1, D2) of the first and second categories respectively contained in a data set (D) are converted into transmission data (U) using a one-way function (h(x)), - the transmission data (U) are transmitted from the transmitter to the receiver , and - on the side of the receiver , at least some of the data (D2) of the second category, which are contained in the data set (D) and do not contain any personal data, are reconstructed using reconstruction data (R) on the basis of the transmission data (U), wherein the reconstruction data (R) on the side of the receiver contain data (D2'') of the second category suspected in the data set (D) and comparison data (V) which are assigned to the suspected data (D2'') of the second category and are obtained by converting the suspected data (D2") of the second category using the one-way function (h(x)).
A method for producing elongate foodstuff, such as noodles and pasta, in which dough is mixed, and the mixed dough is compressed between a single pair of rollers , in which the mixed dough is fed between said single pair of rollers for compression, and the dough passed between the pair of rollers is lead back between the said pair of rollers with at least two belt conveyers , characterized in that the compression of dough between said pair of rollers takes place in two stages, wherein in the first stage the dough is compressed and elongated by the pair of rollers to form a continuous belt of dough passing through the pair of rollers, and in the second stage the first conveyer belt after the pair of rollers is moved at least partially away from the pair of rollers leaving part of the length of the continuous belt of dough hanging while the belt of dough continues to be compressed between the pair of rollers, and simultaneously a gradual decreasing of the distance between the rollers of the pair of rollers is started.
A flame retardant composition comprising (A) an amine phosphate and (B) a zinc glycerolate.
Volumetric pressure exchanger with a booster effect and flow measurement, comprising at least one pressure exchange unit with a hollow cylindrical body , a piston sliding in said body, said piston comprising a piston head separating the interior of said cylindrical body into a downstream chamber and an upstream chamber, said downstream chamber being provided with a device for the admission and discharge of water to be treated, characterized in that said upstream chamber is provided with a five-way motorized distributor linkage comprising, for hydraulic balancing, two pressurized liquid supply orifices , two orifices for evacuating said liquid and an opening which is in communication with said upstream chamber.
A digital filter device, comprising: first distortion compensation filter means for conducting distortion compensation of first waveform distortion included in an inputted signal through digital signal processing; first filter coefficient setting means for setting a filter coefficient of the first distortion compensation filter means ; second distortion compensation filter means for compensating second waveform distortion included in a signal outputted from the first distortion compensation filter means ; second filter coefficient setting means for setting a filter coefficient of the second distortion compensation filter means based on the filter coefficient set by the first filter coefficient setting means ; and A/D conversion means for converting an inputted analog signal into a digital signal and inputting the converted digital signal into the first distortion compensation filter means , wherein an output of the A/D conversion means enters the first distortion compensation filter means . first distortion compensation filter means for conducting distortion compensation of first waveform distortion included in an inputted signal through digital signal processing; first filter coefficient setting means for setting a filter coefficient of the first distortion compensation filter means ; second distortion compensation filter means for compensating second waveform distortion included in a signal outputted from the first distortion compensation filter means ; second filter coefficient setting means for setting a filter coefficient of the second distortion compensation filter means based on the filter coefficient set by the first filter coefficient setting means ; and A/D conversion means for converting an inputted analog signal into a digital signal and inputting the converted digital signal into the first distortion compensation filter means , wherein an output of the A/D conversion means enters the first distortion compensation filter means .
Light signal for displaying signal aspects for a traffic route , in particular a railway track, comprising: a) a number of light points , wherein each light point has a plurality of diodes (16.1 to 16.15) and wherein a predeterminable radiation pattern for the display of the signal term can be achieved with the diodes (16.1 to 16.15) as a result of their arrangement and/or their radiation characteristics; and b) a control unit , which controls the diodes (16.1 to 16.15) individually or combined to form groups in order to achieve the predetermined radiation patterns , characterised in that a sensor system for detecting a vehicle approaching along the traffic route is provided on the light signal , wherein in response to a detected approaching vehicle the control unit controls the diodes (16.1 to 16.15) in order to achieve a dynamic sequence of predetermined radiation patterns . a) a number of light points , wherein each light point has a plurality of diodes (16.1 to 16.15) and wherein a predeterminable radiation pattern for the display of the signal term can be achieved with the diodes (16.1 to 16.15) as a result of their arrangement and/or their radiation characteristics; and b) a control unit , which controls the diodes (16.1 to 16.15) individually or combined to form groups in order to achieve the predetermined radiation patterns ,
A device for determining liquid deterioration in a tank , the device comprising: a casing (31; 131); a liquid level gauge into which a liquid is introduced, and that has translucency, configured to indicate the liquid level in the tank from the outside of the tank; the casing (31; 131) being attached to an outside of the liquid level gauge ; a liquid sensor (30; 130) comprising a light receiver provided integrally within the casing and configured to receive light emitted by a light source and either transmitted through the liquid or reflected by the liquid, the light receiver being configured to output a first detection value representing an amount of a light component of a first color included in the light transmitted through the liquid or the light reflected by the liquid, and a second detection value representing an amount of a light component of a second color, different from the first color, and included in the light transmitted through the liquid or the light reflected by the liquid; and a determination unit configured to determine a degree of deterioration of the liquid based on a ratio of the second detection value to the first detection value. a casing (31; 131); a liquid level gauge into which a liquid is introduced, and that has translucency, configured to indicate the liquid level in the tank from the outside of the tank; the casing (31; 131) being attached to an outside of the liquid level gauge ; a liquid sensor (30; 130) comprising a light receiver provided integrally within the casing and configured to receive light emitted by a light source and either transmitted through the liquid or reflected by the liquid, the light receiver being configured to output a first detection value representing an amount of a light component of a first color included in the light transmitted through the liquid or the light reflected by the liquid, and a second detection value representing an amount of a light component of a second color, different from the first color, and included in the light transmitted through the liquid or the light reflected by the liquid; and a determination unit configured to determine a degree of deterioration of the liquid based on a ratio of the second detection value to the first detection value.