mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a short inlet fan section having no inlet temperature sensors; a sensor disposed aft of a fan (42; 130); and a controller (72; 160) configured to synthesize a temperature and/or pressure of a fluid at an inlet of the short inlet fan (42; 130) section based on a temperature and/or pressure at said sensor , wherein the short inlet fan section is defined by a dimensional relationship L/D of between 0.2 and 0.45, where L is a distance from an inlet to a leading edge of at least one fan blade and D is a diameter of the fan (42; 130). a short inlet fan section having no inlet temperature sensors; a sensor disposed aft of a fan (42; 130); and a controller (72; 160) configured to synthesize a temperature and/or pressure of a fluid at an inlet of the short inlet fan (42; 130) section based on a temperature and/or pressure at said sensor , wherein the short inlet fan section is defined by a dimensional relationship L/D of between 0.2 and 0.45, where L is a distance from an inlet to a leading edge of at least one fan blade and D is a diameter of the fan (42; 130).
A secure session method, comprising: receiving , by a user plane gateway , a service request message from user equipment, UE , wherein the service request message is used to request to establish a connection between the UE and a service server in a data network; generating , by the user plane gateway , an encryption key and an integrity protection key based on the service request message; and activating , by the user plane gateway , encryption protection and/or integrity protection based on the encryption key and the integrity protection key, wherein the method further comprises: receiving, by the user plane gateway , a key identifier from an access and mobility management network element, wherein the key identifier comprises a key set identifier in 5G, ngKSI, corresponding to and uniquely indicating an intermediate key, and the intermediate key is a key used to generate, by the user plane gateway , a UPF transmission root key, generating, by the user plane gateway , the encryption key and the integrity protection key based on the service request message and the UPF transmission root key. receiving , by a user plane gateway , a service request message from user equipment, UE , wherein the service request message is used to request to establish a connection between the UE and a service server in a data network; generating , by the user plane gateway , an encryption key and an integrity protection key based on the service request message; and activating , by the user plane gateway , encryption protection and/or integrity protection based on the encryption key and the integrity protection key, wherein the method further comprises: receiving, by the user plane gateway , a key identifier from an access and mobility management network element, wherein the key identifier comprises a key set identifier in 5G, ngKSI, corresponding to and uniquely indicating an intermediate key, and the intermediate key is a key used to generate, by the user plane gateway , a UPF transmission root key, generating, by the user plane gateway , the encryption key and the integrity protection key based on the service request message and the UPF transmission root key. receiving, by the user plane gateway , a key identifier from an access and mobility management network element, wherein the key identifier comprises a key set identifier in 5G, ngKSI, corresponding to and uniquely indicating an intermediate key, and the intermediate key is a key used to generate, by the user plane gateway , a UPF transmission root key, generating, by the user plane gateway , the encryption key and the integrity protection key based on the service request message and the UPF transmission root key.
A trolley for a trailer comprising a wheeled axle comprising a connection portion and wheels coupled to the connection portion for rotating about an axis of rotation thereof, and a suspension comprising a portion for coupling to the trailer in position adjacent to a load platform of the trailer, a cantilever support structure extending from said coupling portion towards a rolling surface (P) of the wheel , at least an oscillating arm having a first end coupled to said support structure by a first joint for rotating about at least one fulcrum axis and a second end opposite firmly connected to the connection portion of said axle , and a hydraulic jack for rotating said oscillating arm at least about said fulcrum axis from and towards a retracted stop position thereof, wherein the wheel is arranged close to said coupling portion ; said jack having a first end coupled to said support structure to rotate about at least a first hinge axis ; said jack having a second end coupled to said connection portion by second joint for rotating about at least one second hinge axis arranged above said axis of rotation and in a raised position with respect to said first hinge axis when said arm is arranged in said retracted position; characterized in that , said first joint is a spherical type joint to allow said arm to rotate about at least a further axis orthogonal to the hinge axis and to said axis of rotation and intersecting said fulcrum axis and said axis of rotation, and a in that said second joint is a ball joint adapted to allow the rotation of said second end about at least one axis orthogonal to said second hinge axis .
Device for treating vegetables , wherein the device is provided with a drum rotatable about an axis of rotation in order to treat the vegetables in the drum by means of a rotating movement, and with at least one drive and/or suspension mechanism comprising at least one belt which is at least partly fitted around the drum in order to drive the drum in a rotating manner and/or to suspend the drum, wherein the at least one drive and/or suspension mechanism is provided with at least one tensioning mechanism by means of which the belt tension of the at least one belt can be varied, characterised in that the at least one drive and/or suspension mechanism is provided with a belt tension meter .
A medication delivery device comprising: a device body ; and a dose setting component coupled to said device body and rotatable relative to said device body in relation to an amount of a set or delivered dose, said dose setting component having a proximal surface ; characterized in that the device further comprises: an annular sensed element for use in dose detection, wherein the annular sensed element is an annular magnet and is positioned on the proximal surface of said dose setting component ; and a carrier axially and rotationally fixed to said dose setting component and including a proximal overlapping support bearing distally against a proximal surface of said annular sensed element , opposite the proximal surface of said dose setting component , to sandwich the annular sensed element between the overlapping support and the proximal surface of said dose setting component, said carrier axially and rotationally fixing said annular sensed element to said dose setting component. a device body ; and a dose setting component coupled to said device body and rotatable relative to said device body in relation to an amount of a set or delivered dose, said dose setting component having a proximal surface ; characterized in that the device further comprises: an annular sensed element for use in dose detection, wherein the annular sensed element is an annular magnet and is positioned on the proximal surface of said dose setting component ; and a carrier axially and rotationally fixed to said dose setting component and including a proximal overlapping support bearing distally against a proximal surface of said annular sensed element , opposite the proximal surface of said dose setting component , to sandwich the annular sensed element between the overlapping support and the proximal surface of said dose setting component, said carrier axially and rotationally fixing said annular sensed element to said dose setting component. an annular sensed element for use in dose detection, wherein the annular sensed element is an annular magnet and is positioned on the proximal surface of said dose setting component ; and a carrier axially and rotationally fixed to said dose setting component and including a proximal overlapping support bearing distally against a proximal surface of said annular sensed element , opposite the proximal surface of said dose setting component , to sandwich the annular sensed element between the overlapping support and the proximal surface of said dose setting component, said carrier axially and rotationally fixing said annular sensed element to said dose setting component.
A fluid characterization measuring instrument , comprising: a capillary tube sample cell for a bulk complex sample fluid, the capillary tube sample cell having a diameter of 1.5 mm or less, a coherent light source positioned to illuminate the bulk complex sample fluid in the sample cell , a fibre having a first end positioned to receive backscattered light from the sample after it has interacted with the sample, a first photon-counting detector positioned to receive the backscattered light from a second end of the fibre, a correlator configured to apply a correlation function to a signal from the first photon-counting detector and to derive an elastic modulus and a viscous modulus of the sample fluid from the correlation function based on single scattering analysis. a capillary tube sample cell for a bulk complex sample fluid, the capillary tube sample cell having a diameter of 1.5 mm or less, a coherent light source positioned to illuminate the bulk complex sample fluid in the sample cell , a fibre having a first end positioned to receive backscattered light from the sample after it has interacted with the sample, a first photon-counting detector positioned to receive the backscattered light from a second end of the fibre, a correlator configured to apply a correlation function to a signal from the first photon-counting detector and to derive an elastic modulus and a viscous modulus of the sample fluid from the correlation function based on single scattering analysis.
Axial fan with an integrated silencer, comprising a motor mechanically connected to an impeller and supported by a support base inside a cylindrical housing , further comprising an inner lining made of a plurality of adjacent sections having a noise absorbing material and fixed to the inner surface of the cylindrical housing , where the inner lining sections are tangentially adjacent longitudinal sections having a rectangular shape each having two long axial sides and two short tangential sides , where the length of the long axial sides is essentially the same as the length of the cylindrical housing in the axial direction, and where said inner lining sections are provided such that the long axial sides of tangentially adjacent sections are provided side-by-side in parallel to said axial direction, wherein the inner lining sections are fixed to the inner surface of the cylindrical housing by means of a pair of cylindrical metal rims attached to the ends of the cylindrical housing that press the ends of the inner lining sections against the cylindrical housing . where the inner lining sections are tangentially adjacent longitudinal sections having a rectangular shape each having two long axial sides and two short tangential sides , where the length of the long axial sides is essentially the same as the length of the cylindrical housing in the axial direction, and where said inner lining sections are provided such that the long axial sides of tangentially adjacent sections are provided side-by-side in parallel to said axial direction, wherein the inner lining sections are fixed to the inner surface of the cylindrical housing by means of a pair of cylindrical metal rims attached to the ends of the cylindrical housing that press the ends of the inner lining sections against the cylindrical housing .
A surface-coated cutting tool comprising: a base material; and a coating film formed on said base material, said coating film including at least one TiB 2 layer, said TiB 2 layer including Cl together with TiB 2 , assuming that in said TiB 2 layer, a first region represents a region having a thickness of 0.5 μm from an interface on said base material side, and a second region represents a region having a thickness of 0.5 μm from an interface on said coating film surface side, an atomic ratio Cl/(Ti+Cl) between Ti and Cl being higher in said first region than in said second region, and wherein said atomic ratio Cl/(Ti+Cl) is 0.0001 to 0.01 in said first region, and is 0.00001 to 0.001 in said second region. a base material; and a coating film formed on said base material, said coating film including at least one TiB 2 layer, said TiB 2 layer including Cl together with TiB 2 , assuming that in said TiB 2 layer, a first region represents a region having a thickness of 0.5 μm from an interface on said base material side, and a second region represents a region having a thickness of 0.5 μm from an interface on said coating film surface side, an atomic ratio Cl/(Ti+Cl) between Ti and Cl being higher in said first region than in said second region, and wherein said atomic ratio Cl/(Ti+Cl) is 0.0001 to 0.01 in said first region, and is 0.00001 to 0.001 in said second region.
A flow rate control device for selectively controlling a flow rate of a fluid, the flow rate control device comprising: a conduit providing a flow path for the fluid; an inflatable flow restrictor for occluding the flow path of the fluid, the flow restrictor including an inflatable portion in fluid communication with a source of inflation fluid for inflating the inflatable portion of the flow restrictor , a housing defining a fluid inlet for ingress of the fluid to the flow restrictor , a fluid outlet for egress of the fluid from the flow restrictor , and an opening for fluid communication between the flow restrictor and the source of inflation fluid, the inflatable portion inflating within the housing , the housing limiting a maximum inflated size of the inflatable portion ; and an actuator for controlling a flow of inflation fluid from the source of inflation fluid to the flow restrictor , wherein the flow restrictor is selectively inflatable to control the flow rate of the fluid over a range of flow rates. a conduit providing a flow path for the fluid; an inflatable flow restrictor for occluding the flow path of the fluid, the flow restrictor including an inflatable portion in fluid communication with a source of inflation fluid for inflating the inflatable portion of the flow restrictor , a housing defining a fluid inlet for ingress of the fluid to the flow restrictor , a fluid outlet for egress of the fluid from the flow restrictor , and an opening for fluid communication between the flow restrictor and the source of inflation fluid, the inflatable portion inflating within the housing , the housing limiting a maximum inflated size of the inflatable portion ; and an inflatable flow restrictor for occluding the flow path of the fluid, the flow restrictor including an inflatable portion in fluid communication with a source of inflation fluid for inflating the inflatable portion of the flow restrictor , a housing defining a fluid inlet for ingress of the fluid to the flow restrictor , a fluid outlet for egress of the fluid from the flow restrictor , and an opening for fluid communication between the flow restrictor and the source of inflation fluid, the inflatable portion inflating within the housing , the housing limiting a maximum inflated size of the inflatable portion ; and an actuator for controlling a flow of inflation fluid from the source of inflation fluid to the flow restrictor , wherein the flow restrictor is selectively inflatable to control the flow rate of the fluid over a range of flow rates.
A method for manufacturing a blade, the blade comprising: an airfoil having: a root end and a tip ; a metallic substrate along at least a portion of the airfoil; and a tip coating comprising an oxide abrasive and an aluminum-based matrix , characterised in that the method comprises: simultaneous thermal spraying of the matrix and the abrasive, and wherein the simultaneous thermal spraying comprises simultaneous plasma spraying, which comprises melting a wire, said wire being an oxide cored aluminum-based wire. an airfoil having: a root end and a tip ; a metallic substrate along at least a portion of the airfoil; and a tip coating comprising an oxide abrasive and an aluminum-based matrix ,
Method for the detection of counterfeit characterised by comprising the following steps: - incorporating at least one polymeric complex of luminescent lanthanides comprising at least one lanthanide salt, at least one aromatic hydrocarbon and a polymeric matrix by means of stamping, immersion and coating in the formulation of a cellulosic fibers matrix; - exposing the areas of the cellulosic fibers matrix incorporated with the complex(es) under UV light and observation of the emission of the characteristic color of the lanthanide as the first guarantee of safety; - adding copper or nickel solutions to the cellulosic fiber matrix; - exposing the cellulosic fibers matrix under UV light and observation of the suppression of color emission as a second guarantee of safety. - incorporating at least one polymeric complex of luminescent lanthanides comprising at least one lanthanide salt, at least one aromatic hydrocarbon and a polymeric matrix by means of stamping, immersion and coating in the formulation of a cellulosic fibers matrix; - exposing the areas of the cellulosic fibers matrix incorporated with the complex(es) under UV light and observation of the emission of the characteristic color of the lanthanide as the first guarantee of safety; - adding copper or nickel solutions to the cellulosic fiber matrix; - exposing the cellulosic fibers matrix under UV light and observation of the suppression of color emission as a second guarantee of safety.
An underwater vehicle comprising: a plurality of releasable panel members that are initially in a storage state in which the plurality of releasable panel members form a closed housing and the underwater vehicle is neutrally buoyant; and an actuatable effector that is retained in the closed housing, the effector being a munition or an imaging device, the effector having an anchor and a positively buoyant upper unit opposite the anchor, wherein when the plurality of releasable panel members are released to open the closed housing, the effector is separable from the plurality of releasable panel members and maintained in a vertically downward direction by the anchor and the positively buoyant upper unit. a plurality of releasable panel members that are initially in a storage state in which the plurality of releasable panel members form a closed housing and the underwater vehicle is neutrally buoyant; and an actuatable effector that is retained in the closed housing, the effector being a munition or an imaging device, the effector having an anchor and a positively buoyant upper unit opposite the anchor, wherein when the plurality of releasable panel members are released to open the closed housing, the effector is separable from the plurality of releasable panel members and maintained in a vertically downward direction by the anchor and the positively buoyant upper unit.
A fertilizing and/or biostimulating composition containing one or more fertilizing materials chosen from urea, ammonium sulfate, ammonium nitrate, natural phosphate, potassium chloride, ammonium sulfate, magnesium nitrate, manganese nitrate, zinc nitrate, copper nitrate, phosphoric acid and boric acid, containing at least one fructooligosaccharide (FOS) comprising from 2 to 10 monosaccharide units, which fructooligosaccharide is optionally sulphated, and characterized in that it contains a mixture of Glucose-(Fructose) n or Mannose-(Fructose) n , in which n ranges from 1 to 3.
A device for treating a surface with a dielectric barrier plasma, wherein the surface functions as a counter electrode, having an electrically insulating housing , which is formed from a housing body and a housing head and in which is situated a high voltage feed line and a bearing arrangement for an electrode , which is connected to the high voltage feed line , with a dielectric which shields the electrode from the surface, wherein the electrode is rotatably mounted in the housing head and protrudes out of the housing head by way of a surface portion which is covered by the dielectric , characterized in that the electrode comprises pivot bearing elements which are arranged in a first pivot axis and by way of which, in conjunction with pivot bearing elements in the housing head , it is mounted so as to rotate about the first pivot axis and is connected to the high voltage feed line , the first pivot axis being a center axis of the electrode , and in that the housing head is connected to the housing body so as to be rotatable about a second rotational axis, which is at an angle to the first rotational axis, and is provided with a contact arrangement for maintaining an electric connection between the electrode and the high voltage feed line during the rotation about the respective axis.
System for cleaning cover glasses of photovoltaic modules comprising an autonomous cleaning device (6, 6.1, 6.2, 6.3) comprising a megasonic transducer , the system further comprising a drone , a comparison device and an inspection module to map the photovoltaic module field and the photovoltaic modules , providing reference points for the collection and return points for the autonomous cleaning device (6, 6.1, 6.2, 6.3), characterized in that the comparison device compares the efficiency of a photovoltaic module field with the efficiency of a clean reference photovoltaic cell , a flow of process fluid through an acoustically activated gap between the cover glass of the photovoltaic module and an active surface of the megasonic transducer is provided for the particles/impurities to be transported away from the cover glass of the photovoltaic module and the autonomous cleaning device (6, 6.1, 6.2, 6.3) and the inspection module are separately transportable to the photovoltaic modules by means of the drone . a comparison device and an inspection module to map the photovoltaic module field and the photovoltaic modules , providing reference points for the collection and return points for the autonomous cleaning device (6, 6.1, 6.2, 6.3), characterized in that the comparison device compares the efficiency of a photovoltaic module field with the efficiency of a clean reference photovoltaic cell , a flow of process fluid through an acoustically activated gap between the cover glass of the photovoltaic module and an active surface of the megasonic transducer is provided for the particles/impurities to be transported away from the cover glass of the photovoltaic module and the autonomous cleaning device (6, 6.1, 6.2, 6.3) and the inspection module are separately transportable to the photovoltaic modules by means of the drone .
A device for reading a symbol forming a code marked on one face of a substrate comprising a glass sheet, the substrate being on the run, the device comprising: - an illumination ; - a camera configured to acquire at least one image of at least one portion of the symbol, the running substrate being illuminated by the illumination; and - a processor connected to the camera and configured to be suitable for implementing an image-processing step in which the acquired image is processed by the processor and decoded; in which the camera used is linear and the illumination is a dark field illumination, and in which the device is configured to carry out, prior to the processor processing step, a plurality of image acquisitions with the linear camera of various portions of the symbol. - an illumination ; - a camera configured to acquire at least one image of at least one portion of the symbol, the running substrate being illuminated by the illumination; and - a processor connected to the camera and configured to be suitable for implementing an image-processing step in which the acquired image is processed by the processor and decoded;