mhurhangee/patent-ind-claim-en huggingface dataset:
A hub for at least partially muscle-powered vehicles and in particular two-wheeled vehicles having a hub axle and a hub body and a rotor , and with a toothed disk freewheel comprising a pair of interacting engagement components , each comprising at least one axial toothing , the engagement components being biased in the engagement position via at least one biasing device , wherein one of the engagement components is coupled with the hub body to be axially displaceable and non-rotatable in the driving direction, and wherein the other of the engagement components is provided non-rotatable at the rotor for transmitting a rotary motion from the rotor to the hub body in the engagement position of the two engagement components , characterized in that at least one of the two engagement components is configured as a toothed disk , and wherein the biasing device is at least partially disposed in the interior of the toothed disk , and wherein the toothed disk is coupled with the hub body non-rotatably in the driving direction and is indirectly or directly received axially displaceable at or in the hub body , and is provided with the axial toothing and comprises an axial width that is at least the same size as half the outer radius of the axial toothing . the engagement components being biased in the engagement position via at least one biasing device , wherein one of the engagement components is coupled with the hub body to be axially displaceable and non-rotatable in the driving direction, and wherein the other of the engagement components is provided non-rotatable at the rotor for transmitting a rotary motion from the rotor to the hub body in the engagement position of the two engagement components , characterized in that at least one of the two engagement components is configured as a toothed disk , and wherein the biasing device is at least partially disposed in the interior of the toothed disk , and wherein the toothed disk is coupled with the hub body non-rotatably in the driving direction and is indirectly or directly received axially displaceable at or in the hub body , and is provided with the axial toothing and comprises an axial width that is at least the same size as half the outer radius of the axial toothing .
Pipe fitting for expansion tanks, suitable for the direct or indirect hydraulic connection with at least one duct of a hydraulic system, said pipe fitting being made up of the following: - a half shell (A) of an expansion tank; - a first coupling body permanently constrained to said half shell (A) of an expansion tank and comprising a substantially cylindrical body provided with an axial hole ; - a second adapter body permanently constrained to said coupling body which in turn is mounted on said half shell (A), and wherein said second adapter body is suitable for the direct or indirect connection with a duct of a hydraulic system, wherein said coupling body is made of a metallic material and is welded in any way to the half shell (A) of the expansion tank, while said adapter body is made of a plastic or metallic material, and wherein said adapter body comprises a substantially cylindrical body provided with a through axial hole and comprising a standard engagement portion inserted in the axial hole of said coupling body thereby engaging said coupling body , the substantially cylindrical body also comprising a connecting portion suited to be connected to the hydraulic system, and wherein said connecting portion comprises shaped parts for the direct or indirect connection with the duct of the hydraulic system in which the expansion tank will be installed, said shaped parts being sized and shaped according to the duct to be connected. - a half shell (A) of an expansion tank; - a first coupling body permanently constrained to said half shell (A) of an expansion tank and comprising a substantially cylindrical body provided with an axial hole ; - a second adapter body permanently constrained to said coupling body which in turn is mounted on said half shell (A),
A chimeric antigen receptor (CAR) molecule specific for CLDN6, wherein the CAR molecule comprises the amino acid sequence of SEQ ID NO: 36.
A component or retaining element which are mechanically connectable to one another in a region formed in a complementary manner and are usable for the plasma processing or thermal processing of workpieces with use of an electric arc, characterized in that the surface of the component (2.1, 7) or of the retaining element in the region formed in a complementary manner is provided exclusively with a coating formed with particles, wherein the particles are electrically and thermally conductive and are held on the surface solely by adhesion forces, without the need to use an organic or inorganic binder, and wherein the particles have a d 50 mean particle size of 25 μm, preferably at most 20 μm. characterized in that the surface of the component (2.1, 7) or of the retaining element in the region formed in a complementary manner is provided exclusively with a coating formed with particles, wherein the particles are electrically and thermally conductive and are held on the surface solely by adhesion forces, without the need to use an organic or inorganic binder, and wherein the particles have a d 50 mean particle size of 25 μm, preferably at most 20 μm.
A telecommunications closure , the closure having an open configuration and a closed configuration, the closure comprising: a first housing piece and a second housing piece that are mateable and demateable to selectively provide access to an interior volume of the closure, the first housing piece including one or more ports adapted to receive one or more telecommunications cables entering the interior volume, the first housing piece including a mating section adapted to mate with the second housing piece, and a handling section integral with the mating section, the handling section further including at least one protruding gripping element , wherein in the closed configuration: the closure has a greatest length (L2) that extends from a proximal end to a distal end and is defined by an axis (A2) that extends through the proximal end and the distal end; the at least one protruding gripping element protrudes radially away from the axis; characterized in that a greatest dimension (W2) of the closure perpendicular to the axis (A2) is defined by the second housing piece . a first housing piece and a second housing piece that are mateable and demateable to selectively provide access to an interior volume of the closure, the first housing piece including one or more ports adapted to receive one or more telecommunications cables entering the interior volume, the first housing piece including a mating section adapted to mate with the second housing piece, and a handling section integral with the mating section, the handling section further including at least one protruding gripping element , wherein in the closed configuration: the closure has a greatest length (L2) that extends from a proximal end to a distal end and is defined by an axis (A2) that extends through the proximal end and the distal end; the at least one protruding gripping element protrudes radially away from the axis; characterized in that a greatest dimension (W2) of the closure perpendicular to the axis (A2) is defined by the second housing piece . the closure has a greatest length (L2) that extends from a proximal end to a distal end and is defined by an axis (A2) that extends through the proximal end and the distal end; the at least one protruding gripping element protrudes radially away from the axis; characterized in that a greatest dimension (W2) of the closure perpendicular to the axis (A2) is defined by the second housing piece .
An anthropomorphic test device comprising: a pelvis member having a foam core , the pelvis member including: an abdomen region defining a first cavity , a pair of thigh regions extending from the abdomen region , and a buttock region positioned below the abdomen region and rearward of the pair of thigh regions , a structural member positioned within the first cavity , characterized in that the buttock region defines a buttock cavity separate from the first cavity with the buttock region also defining at least one vent port , wherein the buttock cavity compresses from an open condition to a collapsed condition when the anthropomorphic test device is placed onto a surface for approximating a force applied by a body weight of a human. a pelvis member having a foam core , the pelvis member including: an abdomen region defining a first cavity , a pair of thigh regions extending from the abdomen region , and a buttock region positioned below the abdomen region and rearward of the pair of thigh regions , an abdomen region defining a first cavity , a pair of thigh regions extending from the abdomen region , and a buttock region positioned below the abdomen region and rearward of the pair of thigh regions , a structural member positioned within the first cavity , characterized in that the buttock region defines a buttock cavity separate from the first cavity with the buttock region also defining at least one vent port , wherein the buttock cavity compresses from an open condition to a collapsed condition when the anthropomorphic test device is placed onto a surface for approximating a force applied by a body weight of a human.
Illuminated belt buckle for a safety belt device of a motor vehicle with - a housing , - a push-button displaceable in the housing , - an insertion slot , bordered by an edge section of the housing and the push-button , for inserting a latch plate lockable in the belt buckle , - at least one light source and at least one light guide , wherein - the light guide is coupled to at least one light-emitting surface starting from a light entry surface , characterized in that - arranged on the light guide is a shielding element which shields the light guide at least from a housing part of the housing or from a housing part of the housing and a cavity in the interior of the housing in which the push-button is arranged. - a housing , - a push-button displaceable in the housing , - an insertion slot , bordered by an edge section of the housing and the push-button , for inserting a latch plate lockable in the belt buckle , - at least one light source and at least one light guide , wherein - the light guide is coupled to at least one light-emitting surface starting from a light entry surface , - arranged on the light guide is a shielding element which shields the light guide at least from a housing part of the housing or from a housing part of the housing and a cavity in the interior of the housing in which the push-button is arranged.
A method for predicting a fault of an optical module, comprising: obtaining (S401) a sequence to be detected of the optical module in a preset time period, wherein the sequence to be detected comprises a plurality of measured values of an operating parameter of the optical module; obtaining (S402) a classification threshold corresponding to the operating parameter; determining (S403) a first prediction result of the optical module based on comparison results between the classification threshold corresponding to the operating parameter and the plurality of measured values in the sequence to be detected, wherein the first prediction result indicates whether the optical module enters a faulty mode; and obtaining (S602) a second prediction result when the first prediction result indicates that the optical module enters the faulty mode, wherein the second prediction result indicates an urgency level at which a fault is expected to occur on the optical module; characterized in that the obtaining the second prediction result comprises: generating (S601) a feature set based on the sequence to be detected; and inputting (S602) the feature set into a fault prediction model, to obtain the second prediction result. obtaining (S401) a sequence to be detected of the optical module in a preset time period, wherein the sequence to be detected comprises a plurality of measured values of an operating parameter of the optical module; obtaining (S402) a classification threshold corresponding to the operating parameter; determining (S403) a first prediction result of the optical module based on comparison results between the classification threshold corresponding to the operating parameter and the plurality of measured values in the sequence to be detected, wherein the first prediction result indicates whether the optical module enters a faulty mode; and obtaining (S602) a second prediction result when the first prediction result indicates that the optical module enters the faulty mode, wherein the second prediction result indicates an urgency level at which a fault is expected to occur on the optical module; characterized in that the obtaining the second prediction result comprises: generating (S601) a feature set based on the sequence to be detected; and inputting (S602) the feature set into a fault prediction model, to obtain the second prediction result. generating (S601) a feature set based on the sequence to be detected; and inputting (S602) the feature set into a fault prediction model, to obtain the second prediction result.
A resolver decoder circuit comprising: a first filter circuit configured to calculate a first weighted sum of a first digital signal over a pre-determined period of time, wherein the first digital signal comprises first digital samples of a first analog signal from a first secondary winding of a resolver ; a second filter circuit configured to calculate a second weighted sum of a second digital signal over the pre-determined period of time, wherein the second digital signal comprises second digital samples of a second analog signal from a second secondary winding of the resolver , wherein the first analog signal and the second analog signal are configured to be induced by a sine wave signal applied to an input winding of the resolver ; and a rectifier configured to generate a first output and a second output by adjusting a first sign of the first weighted sum and adjusting a second sign of the second weighted sum, respectively, the circuit characterized in that each of the first filter circuit and the second filter circuit comprises: an input terminal; an output terminal; a tapped delay line, TDL coupled to the input terminal and having taps, wherein each of the taps of the TDL has a respective weight factor ; and a plurality of adders configured to generate, at the output terminal, a weighted sum of digital values at the taps of the TDL . a first filter circuit configured to calculate a first weighted sum of a first digital signal over a pre-determined period of time, wherein the first digital signal comprises first digital samples of a first analog signal from a first secondary winding of a resolver ; a second filter circuit configured to calculate a second weighted sum of a second digital signal over the pre-determined period of time, wherein the second digital signal comprises second digital samples of a second analog signal from a second secondary winding of the resolver , wherein the first analog signal and the second analog signal are configured to be induced by a sine wave signal applied to an input winding of the resolver ; and a rectifier configured to generate a first output and a second output by adjusting a first sign of the first weighted sum and adjusting a second sign of the second weighted sum, respectively, the circuit characterized in that each of the first filter circuit and the second filter circuit comprises: an input terminal; an output terminal; a tapped delay line, TDL coupled to the input terminal and having taps, wherein each of the taps of the TDL has a respective weight factor ; and a plurality of adders configured to generate, at the output terminal, a weighted sum of digital values at the taps of the TDL . an input terminal; an output terminal; a tapped delay line, TDL coupled to the input terminal and having taps, wherein each of the taps of the TDL has a respective weight factor ; and a plurality of adders configured to generate, at the output terminal, a weighted sum of digital values at the taps of the TDL .
A holder system for an implantable device, said holder system comprising a first component arranged to act as a clamp, said component comprising an actuating portion and a jaw portion , said actuating portion and jaw portion arranged either side of a hinge region , wherein there is a cavity in the component defined by the walls of said component between the actuating portion and jaw portion and wherein the actuating portion is arranged such that access to the cavity is permitted via the actuating portion, characterised in that the first component is manufactured in plastic.
A support plate device for baking bakery, pastry or cake products, comprising a frame on which a solid support material is fixed configured so as to arrange housings for receiving dough rolls , said housings extending parallel to one another from one edge to an opposite edge of said plate , where each housing is made up of a solid sheet having an arched section and is made up of an independent element relative to another housing , characterized in that the adjacent edges of two neighboring housings being spaced apart so as to form a continuous slot between them, said slot defining a free passage for a rising heat flow by convection.
Packaging container for food, comprising: a) a receiving part designed in a beaker-shaped manner; b) a sleeve part designed in a tube-shaped manner; wherein c) the receiving part and the sleeve part each have a conical progression; and d) the largest diameter of the receiving part is larger than the smallest diameter of the sleeve part , wherein d1) the receiving part has its smallest diameter on the bottom side; d2) the sleeve part has its smallest diameter on its lower side; and d3) each conical progression of the receiving part and sleeve part and the diameters thereof are coordinated with one another in such a manner that, when the receiving part is inserted into the sleeve part , a largely steady progression of the conicity is produced and the receiving part remains stuck in the sleeve part due to the chosen diameters and protrudes from the sleeve part with its bottom side, so that the overall height of the packaging container is larger than that of the individual parts, here the receiving part and sleeve part , characterised in that e) a lid element , preferably two lid folding elements, is/are shaped on the sleeve part on the side of its largest diameter. a) a receiving part designed in a beaker-shaped manner; b) a sleeve part designed in a tube-shaped manner; wherein c) the receiving part and the sleeve part each have a conical progression; and d) the largest diameter of the receiving part is larger than the smallest diameter of the sleeve part , wherein d1) the receiving part has its smallest diameter on the bottom side; d2) the sleeve part has its smallest diameter on its lower side; and d3) each conical progression of the receiving part and sleeve part and the diameters thereof are coordinated with one another in such a manner that, when the receiving part is inserted into the sleeve part , a largely steady progression of the conicity is produced and the receiving part remains stuck in the sleeve part due to the chosen diameters and protrudes from the sleeve part with its bottom side, so that the overall height of the packaging container is larger than that of the individual parts, here the receiving part and sleeve part , characterised in that d1) the receiving part has its smallest diameter on the bottom side; d2) the sleeve part has its smallest diameter on its lower side; and d3) each conical progression of the receiving part and sleeve part and the diameters thereof are coordinated with one another in such a manner that, when the receiving part is inserted into the sleeve part , a largely steady progression of the conicity is produced and the receiving part remains stuck in the sleeve part due to the chosen diameters and protrudes from the sleeve part with its bottom side, so that the overall height of the packaging container is larger than that of the individual parts, here the receiving part and sleeve part , characterised in that e) a lid element , preferably two lid folding elements, is/are shaped on the sleeve part on the side of its largest diameter.
Vehicle control system, notably for a motor vehicle, comprising functional modules for controlling elements of the vehicle and a fault management module generating confirmed fault signals (PC1, PC2, PC3, PCV, PCF) from fault data (AP1, AP2, AP3, APV, APF), characterized in that it includes a global management module for the operating modes of the vehicle, designed to generate a mode signal (SM) when it detects at least one confirmed fault signal (PC1, PC2, PC3, PCV, PCF) and to distribute, to the functional modules , said mode signal (SM) comprising an instruction to the functional modules to switch the elements of the vehicle to a restricted operating mode in relation to said confirmed fault signal or signals detected.
Method for analysing an evaluation region (ROI) of an examination region of an examination object (O), having the steps: - detecting at least two projection measurement data records (PMD 1 , PMD 2 ), which were generated from the examination region of the examination object (O) with the aid of a multi energy CT recording using different effective x-ray energy spectra, - reconstructing two image data records (BD 1 , BD 2 ) based on the at least two projection measurement data records (PMD 1 , PMD 2 ), - determining attenuation value pairs (CT 1 , CT 2 ), which are each assigned to a shared pixel of the two image data records (BD 1 , BD 2 ) in the evaluation region (ROI), - determining a straight line (G) which characterises a two-dimensional distribution (V 2D ) of the attenuation values (CT 1 , CT 2 ) , - determining a material property (ME) relating to the evaluation region (ROI) on the basis of the determined straight line (G) and an auxiliary condition relating to the sought material property (ME). - detecting at least two projection measurement data records (PMD 1 , PMD 2 ), which were generated from the examination region of the examination object (O) with the aid of a multi energy CT recording using different effective x-ray energy spectra, - reconstructing two image data records (BD 1 , BD 2 ) based on the at least two projection measurement data records (PMD 1 , PMD 2 ), - determining attenuation value pairs (CT 1 , CT 2 ), which are each assigned to a shared pixel of the two image data records (BD 1 , BD 2 ) in the evaluation region (ROI), - determining a straight line (G) which characterises a two-dimensional distribution (V 2D ) of the attenuation values (CT 1 , CT 2 ) , - determining a material property (ME) relating to the evaluation region (ROI) on the basis of the determined straight line (G) and an auxiliary condition relating to the sought material property (ME).