mhurhangee/patent-ind-claim-en huggingface dataset:
An angle of attack sensor comprising: a housing having an open end and a closed end; a faceplate positioned on the open end of the housing, the faceplate comprising: an integral bearing support cage that extends into the housing and is configured to accept a first bearing and a second bearing; a periphery at an outer edge of the faceplate; a central opening ; and an exterior surface extending from the periphery to the central opening ; a vane assembly extending through the central opening of the faceplate; a vane shaft that extends into the housing and is connected to the vane assembly ; and a rotational position sensor connected to the vane shaft ; a faceplate heater positioned on an inner surface of the faceplate and extending around the vane assembly ; and wherein the faceplate heater comprises a plurality of heating elements mounted on the faceplate and arranged to provide a higher concentration of heat to the faceplate upstream of the vane assembly . a housing having an open end and a closed end; a faceplate positioned on the open end of the housing, the faceplate comprising: an integral bearing support cage that extends into the housing and is configured to accept a first bearing and a second bearing; a periphery at an outer edge of the faceplate; a central opening ; and an exterior surface extending from the periphery to the central opening ; an integral bearing support cage that extends into the housing and is configured to accept a first bearing and a second bearing; a periphery at an outer edge of the faceplate; a central opening ; and an exterior surface extending from the periphery to the central opening ; a vane assembly extending through the central opening of the faceplate; a vane shaft that extends into the housing and is connected to the vane assembly ; and a rotational position sensor connected to the vane shaft ; a faceplate heater positioned on an inner surface of the faceplate and extending around the vane assembly ; and wherein the faceplate heater comprises a plurality of heating elements mounted on the faceplate and arranged to provide a higher concentration of heat to the faceplate upstream of the vane assembly .
A method for preparing a porous fiber-reinforced composite comprising: dispersing a reinforcing fiber and a bicomponent polymer fiber in an acidic aqueous solution to prepare a slurry solution; forming a web from the slurry solution by a wet papermaking process; and heat treating and drying the formed web, wherein the reinforcing fiber is an inorganic fiber or an organic fiber, the bicomponent polymer fiber includes a core part and a sheath part, the core part includes a first thermoplastic resin, and the sheath part includes a second thermoplastic resin, and a melting point of the first thermoplastic resin is higher than that of the second thermoplastic resin, characterised in that the reinforcing fiber and the bicomponent polymer fiber are mixed to have a total content of 0.1 g to 10 g per 1L of the acidic aqueous solution. dispersing a reinforcing fiber and a bicomponent polymer fiber in an acidic aqueous solution to prepare a slurry solution; forming a web from the slurry solution by a wet papermaking process; and heat treating and drying the formed web, wherein the reinforcing fiber is an inorganic fiber or an organic fiber, the bicomponent polymer fiber includes a core part and a sheath part, the core part includes a first thermoplastic resin, and the sheath part includes a second thermoplastic resin, and a melting point of the first thermoplastic resin is higher than that of the second thermoplastic resin, characterised in that the reinforcing fiber and the bicomponent polymer fiber are mixed to have a total content of 0.1 g to 10 g per 1L of the acidic aqueous solution.
A method of supporting wireless communication, comprising: receiving, by a base station , an access request from a user equipment UE to access the base station ; identifying, by the base station and in response to said request, a femto cell capable of serving the UE based on information received from the UE ; and activating the femto cell by the base station to serve the UE . receiving, by a base station , an access request from a user equipment UE to access the base station ; identifying, by the base station and in response to said request, a femto cell capable of serving the UE based on information received from the UE ; and activating the femto cell by the base station to serve the UE .
A method of making sintered abrasive particles comprising alpha-alumina, the method comprising: passing precursor particles vertically downward through a flame along its longitudinal axis under conditions such that they are converted into the sintered abrasive particles, wherein the precursor particles comprise a calcined precursor of alpha alumina, and wherein the precursor particles have an average particle size of less than or equal to 500 micrometers.
An exhaust treatment device for a diesel engine, in which a DPF regeneration control device starts (S3) an execution of automatic DPF regeneration processing based on a fact that an accumulation estimation value of PM accumulated on a DPF has reached a start value (J3) of the automatic DPF regeneration processing so that an automatic DPF regeneration device raises temperature of an exhaust gas passing through the DPF and thus the PM gathered at the DPF is incinerated and removed by heat of the exhaust gas , and the DPF regeneration control device starts cancel processing for canceling the execution of the automatic DPF regeneration processing based on a manipulation of prohibition of the automatic DPF regeneration processing although the DPF satisfies a condition that the automatic DPF regeneration processing is executed, wherein an automatic DPF regeneration processing permission or prohibition selection device is installed, when the prohibition of the automatic DPF regeneration processing is selected through the automatic DPF regeneration processing permission or prohibition selection device , the DPF regeneration control device starts (S10) the cancel processing for canceling the execution of the automatic DPF regeneration processing, when the permission of the automatic DPF regeneration processing is selected through the automatic DPF regeneration processing permission or prohibition selection device , the DPF regeneration control device 4 releases a cancel state of the automatic DPF regeneration processing so that the execution of the automatic DPF regeneration processing that was cancelled is started (S3), characterized in that the DPF regeneration control device completes (S6) the execution of the automatic DPF regeneration processing through the automatic DPF regeneration device based on a fact that an execution integration time of the automatic DPF regeneration processing has reached an automatic DPF regeneration processing completion time T5 after the execution of the automatic DPF regeneration processing was started (S3), a cancel state integration time computation device for computing a cancel state integration time of the automatic DPF regeneration processing is installed, and when the cancel state integration time of the automatic DPF regeneration processing exceeds a reset waiting time (T4), the DPF regeneration control device resets (S16) the execution integration time of the automatic DPF regeneration processing.
A method for provisioning a software image (I1, 12, ...Ii) of a service from a home service to a visited network as executed by a home network , the method comprising: - maintaining in a software repository , one or more software images of corresponding one or more services and where each service is identified by a service identifier (Si), wherein the software images are containers according to the Open Network Function Virtualization Forum, OPNFV; - storing configuration information related to the one or more services in a database repository of the home network; and - publishing, to the visited network, a list of the one or more services; and - maintaining identical software images between the home network and the visited network. - maintaining in a software repository , one or more software images of corresponding one or more services and where each service is identified by a service identifier (Si), wherein the software images are containers according to the Open Network Function Virtualization Forum, OPNFV; - storing configuration information related to the one or more services in a database repository of the home network; and - publishing, to the visited network, a list of the one or more services; and - maintaining identical software images between the home network and the visited network.
An ultrasonic probe comprising: piezoelectric elements forming a plurality of rows arranged to form a pair along a lateral direction; a kerf formed between the piezoelectric elements along the lateral direction; a first circuit layer disposed below the piezoelectric elements , characterized in that the probe further comprises a second circuit layer disposed to be spaced below the first circuit layer and comprising a plurality of wires extending along the rows, the second circuit layer being provided with a first region in selective contact with the piezoelectric elements and a second region disposed at opposite ends of the first region and folded without being in contact with the piezoelectric elements ; and a first connection part to electrically connect the first circuit layer and the second circuit layer ; wherein the first region is, when the plurality of wires extending along one row of the pair of rows extends from the first region to the second region provided such that the plurality of wires is distributed to the other adjacent row. piezoelectric elements forming a plurality of rows arranged to form a pair along a lateral direction; a kerf formed between the piezoelectric elements along the lateral direction; a first circuit layer disposed below the piezoelectric elements , characterized in that the probe further comprises a second circuit layer disposed to be spaced below the first circuit layer and comprising a plurality of wires extending along the rows, the second circuit layer being provided with a first region in selective contact with the piezoelectric elements and a second region disposed at opposite ends of the first region and folded without being in contact with the piezoelectric elements ; and a first connection part to electrically connect the first circuit layer and the second circuit layer ;
A Schizosaccharomyces pombe transformant comprising 3 copies of a human lactate dehydrogenase gene, wherein the 3 copies of the human lactate dehydrogenase gene are integrated into Schizosaccharomyces pombe chromosome, and wherein a gene encoding pyruvate decarboxylase 2 of the Schizosaccharomyces pombe host is deleted or inactivated.
A conveying device at least for conveying a fluid, having at least one conveying chamber , having at least one conveying chamber element which is formed, in particular separately from a housing , at least partially delimiting the conveying chamber and designed to be dimensionally stable, and having at least one elastically deformable conveying element , in particular a conveying diaphragm, which delimits the conveying chamber together with the conveying chamber element and is arranged on the conveying chamber element , with the conveying chamber element comprising at least one supply connection piece and a fluid supply adapter , in particular of a different design from a hose, associated therewith and/or at least one, in particular further, discharge connection piece and a fluid discharge adapter , in particular of a different design from a hose, associated therewith, which are/is arranged on a side facing away from the conveying element , in particular on an outer side, of the conveying chamber element characterised by at least one movement compensation unit , which comprises at least one elastic damping element , which is arranged between the supply connection piece and the fluid supply adapter , in order to at least partially compensate and/or dampen relative movements between the fluid supply adapter and the supply connection piece in a connected state of the supply connection piece with the fluid supply adapter and/or with the movement compensation unit comprising at least one elastic damping element , which is arranged between the discharge connection piece and the fluid discharge adapter in order, in a connected state of the, in particular further, discharge connection piece with the fluid discharge adapter , to at least partially compensate and/or dampen relative movements between the fluid discharge adapter and the, in particular further, discharge connection piece .
A method for collaborating user data, comprising: detecting , by a first mobile device , proximity and orientation information for one or more additional mobile devices ; establishing, by the first mobile device , a communication link with the one or more mobile devices , when the proximity and orientation information corresponds to a first shared collaboration state; selecting , by the first mobile device or the one or more additional mobile devices , an application to execute in response to the detected proximity and orientation information; receiving , by the first mobile device or the one or more additional mobile devices , remote user data associated with the application from each of the one or more mobile devices over the communication link; and populating , by the first mobile device or the one or more additional mobile devices , a display interface with visual data associated with the application using local user data and the received remote user data. detecting , by a first mobile device , proximity and orientation information for one or more additional mobile devices ; establishing, by the first mobile device , a communication link with the one or more mobile devices , when the proximity and orientation information corresponds to a first shared collaboration state; selecting , by the first mobile device or the one or more additional mobile devices , an application to execute in response to the detected proximity and orientation information; receiving , by the first mobile device or the one or more additional mobile devices , remote user data associated with the application from each of the one or more mobile devices over the communication link; and populating , by the first mobile device or the one or more additional mobile devices , a display interface with visual data associated with the application using local user data and the received remote user data.
A device for controlling tension in a sheet being fed to a process comprising: a first guide roll spaced from a second guide roll , the first and second guide rolls being held in a coplanar relationship by a first frame , characterized by the first frame being pivotally attached to a second frame at a pivot location between the first and second guide rolls ; a torque supplying device that supplies a controllable amount of torque to the first frame at the pivot location ; a first load cell that measures sheet tension of a sheet being fed to the device and a second load cell that measures sheet tension of a sheet exiting the device; and a torque controller that is configured to control the amount of torque applied to the first frame at the pivot location by the torque supplying device, wherein the torque controller is in communication with the first load cell and the second load cell, wherein the torque controller is configured to compare sheet tension before the device to sheet tension after the device and, based on any differences in sheet tension, controlling the amount of torque applied to the pivot location. a first guide roll spaced from a second guide roll , the first and second guide rolls being held in a coplanar relationship by a first frame , characterized by the first frame being pivotally attached to a second frame at a pivot location between the first and second guide rolls ; a torque supplying device that supplies a controllable amount of torque to the first frame at the pivot location ; a first load cell that measures sheet tension of a sheet being fed to the device and a second load cell that measures sheet tension of a sheet exiting the device; and a torque controller that is configured to control the amount of torque applied to the first frame at the pivot location by the torque supplying device, wherein the torque controller is in communication with the first load cell and the second load cell, wherein the torque controller is configured to compare sheet tension before the device to sheet tension after the device and, based on any differences in sheet tension, controlling the amount of torque applied to the pivot location.
A point cloud encoding method, comprising: obtaining (S101) description information of a bounding box size of a to-be-encoded point cloud and obtaining (S101) a normal axis of a to-be-encoded patch in the to-be-encoded point cloud; and encoding (S103) a syntax element into a bitstream, wherein the syntax element comprises an index of the normal axis and information indicating the description information of the bounding box size , and wherein the syntax element indicates a tangent axis of the to-be-encoded patch and a bitangent axis of the to-be-encoded patch (S102); wherein the to-be-encoded point cloud comprises one or more patches, and wherein the one or more patches comprise the to-be-encoded patch. obtaining (S101) description information of a bounding box size of a to-be-encoded point cloud and obtaining (S101) a normal axis of a to-be-encoded patch in the to-be-encoded point cloud; and encoding (S103) a syntax element into a bitstream, wherein the syntax element comprises an index of the normal axis and information indicating the description information of the bounding box size , and wherein the syntax element indicates a tangent axis of the to-be-encoded patch and a bitangent axis of the to-be-encoded patch (S102); wherein the to-be-encoded point cloud comprises one or more patches, and wherein the one or more patches comprise the to-be-encoded patch.
Adjustable seat assembly for a motorcycle , with a seat pan which has a base shell and an adjusting shell , and with an adjusting device , the base shell having a fastening portion for fixed and non-adjustable fastening of the base shell to the motorcycle , the adjusting shell being placed onto the base shell , and the base shell and the adjusting shell being connected to one another via the adjusting device , and the adjusting device being configured to adjust a height and/or an inclination of the adjusting shell with respect to the base shell , the adjusting device comprising at least one adjusting element (38, 40; 38', 40') which is arranged between the base shell and the adjusting shell and is configured to adjust the height and/or the inclination of the adjusting shell with respect to the base shell , characterized in that at least one further adjusting element (38, 40; 38', 40') is provided which is arranged between the base shell and the adjusting shell and is configured to adjust the height and/or the inclination of the adjusting shell with respect to the base shell , the two adjusting elements (38, 40; 38', 40') being arranged offset with respect to one another in a longitudinal direction of the seat assembly , the two adjusting elements (38, 40; 38', 40') being actuable independently of one another, with the result that both the height and the inclination of the adjusting shell with respect to the base shell can be set individually. the adjusting shell being placed onto the base shell , and the base shell and the adjusting shell being connected to one another via the adjusting device , and the adjusting device being configured to adjust a height and/or an inclination of the adjusting shell with respect to the base shell , the adjusting device comprising at least one adjusting element (38, 40; 38', 40') which is arranged between the base shell and the adjusting shell and is configured to adjust the height and/or the inclination of the adjusting shell with respect to the base shell , characterized in that at least one further adjusting element (38, 40; 38', 40') is provided which is arranged between the base shell and the adjusting shell and is configured to adjust the height and/or the inclination of the adjusting shell with respect to the base shell , the two adjusting elements (38, 40; 38', 40') being arranged offset with respect to one another in a longitudinal direction of the seat assembly , the two adjusting elements (38, 40; 38', 40') being actuable independently of one another, with the result that both the height and the inclination of the adjusting shell with respect to the base shell can be set individually.
A method of forming a semiconductor structure with flat top surface of a self-leveling dielectric material , a flowable, low-k-dielectric material, between a plurality of contacts to an array of pillar-based memory devices and surrounding one or more contacts tc one or more logic devices in a logic region (A) of the semiconductor structure, the method comprising depositing Z a first dielectric material Z over an encapsulation dielectric material covering a logic region (A) of a semiconductor structure and a memory region (B) of the semiconductor structure, wherein the memory region (B) includes one or more pillar-based memory devices that are each on a portion of a first metal layer; depositing a self-leveling dielectric material over the first dielectric material ; performing a chemical mechanical polish that removes a top portion of the self-leveling dielectric material and a top portion of the first dielectric material in the memory region (B); and forming one or more contacts in a second metal layer, wherein a first portion of the one or more contacts the memory region (B) are formed in the first dielectric material and a second portion of the one or more contacts are formed in the self-leveling dielectric material . depositing Z a first dielectric material Z over an encapsulation dielectric material covering a logic region (A) of a semiconductor structure and a memory region (B) of the semiconductor structure, wherein the memory region (B) includes one or more pillar-based memory devices that are each on a portion of a first metal layer; depositing a self-leveling dielectric material over the first dielectric material ; performing a chemical mechanical polish that removes a top portion of the self-leveling dielectric material and a top portion of the first dielectric material in the memory region (B); and forming one or more contacts in a second metal layer, wherein a first portion of the one or more contacts the memory region (B) are formed in the first dielectric material and a second portion of the one or more contacts are formed in the self-leveling dielectric material .
A method of manufacturing a tie shaft for a gas turbine engine comprising: melting a nickel alloy or steel alloy using vacuum induction melting; vacuum arc remelting the alloy to produce a tie shaft preform ; flow forming the tie shaft preform to produce a near net shape tie shaft , wherein the tie shaft preform has a wall thickness, the flow forming step reducing the preform wall thickness by a minimum of 30%; and rolling threads onto the tie shaft to produce a threaded surface , wherein the threaded surface has a thread roughness of less than 1260 μin (32 microns). melting a nickel alloy or steel alloy using vacuum induction melting; vacuum arc remelting the alloy to produce a tie shaft preform ; flow forming the tie shaft preform to produce a near net shape tie shaft , wherein the tie shaft preform has a wall thickness, the flow forming step reducing the preform wall thickness by a minimum of 30%; and rolling threads onto the tie shaft to produce a threaded surface , wherein the threaded surface has a thread roughness of less than 1260 μin (32 microns).