mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic horn comprising: a generally cylindrical input section having a diameter (DI), a length (LI) and an energy input end adapted to be operably connected to an ultrasonic converter or booster , the energy input end comprising a generally flat surface; a generally cylindrical output section having a diameter (DO), a length (LO) and a free end defining an energy output end , comprising a generally flat surface; a throat section disposed between said input section and said output section , said throat section being defined by a side wall having a continuous curve and having a diameter tapering down from a diameter generally equal to the diameter (DI) of said input section on a side connected to said input section , and tapering down from a diameter generally equal to the diameter (DO) of said output section on a side connected to said output section , to a minimum throat diameter (DT), wherein the minimum throat diameter (DT) is smaller than the diameter (DO) of said output section and characterized in that the diameter (DO) of said output section is smaller than the diameter (DI) of said input section ; and wherein the side wall of said throat section has a constant radius of curvature (R). a generally cylindrical input section having a diameter (DI), a length (LI) and an energy input end adapted to be operably connected to an ultrasonic converter or booster , the energy input end comprising a generally flat surface; a generally cylindrical output section having a diameter (DO), a length (LO) and a free end defining an energy output end , comprising a generally flat surface; a throat section disposed between said input section and said output section , said throat section being defined by a side wall having a continuous curve and having a diameter tapering down from a diameter generally equal to the diameter (DI) of said input section on a side connected to said input section , and tapering down from a diameter generally equal to the diameter (DO) of said output section on a side connected to said output section , to a minimum throat diameter (DT), wherein the minimum throat diameter (DT) is smaller than the diameter (DO) of said output section and characterized in that the diameter (DO) of said output section is smaller than the diameter (DI) of said input section ; and wherein the side wall of said throat section has a constant radius of curvature (R).
A motion sensor, comprising: one or more proof masses (44, PM1 802B, PM2 802A) having one or more planar surfaces; a plurality of electrodes located opposite the one or more planar surfaces; a first signal generator configured to apply an auxiliary signal to the plurality of electrodes, the auxiliary signal having a first harmonic frequency; and processing circuitry configured to receive a signal representative of a capacitance formed between the plurality of electrodes and the one or more proof masses, to determine a sensed signal from the received signal, and to identify a first portion of the sensed signal having the first harmonic frequency, the processing circuitry further configured to determine when a residual voltage is present on the one or more proof masses (44, PM1 802B, PM2 802A) or on one or more of the plurality electrodes based on the first portion of the sensed signal, and to identify an error when first portion of the sensed signal exceeds a threshold. one or more proof masses (44, PM1 802B, PM2 802A) having one or more planar surfaces; a plurality of electrodes located opposite the one or more planar surfaces; a first signal generator configured to apply an auxiliary signal to the plurality of electrodes, the auxiliary signal having a first harmonic frequency; and processing circuitry configured to receive a signal representative of a capacitance formed between the plurality of electrodes and the one or more proof masses, to determine a sensed signal from the received signal, and to identify a first portion of the sensed signal having the first harmonic frequency, the processing circuitry further configured to determine when a residual voltage is present on the one or more proof masses (44, PM1 802B, PM2 802A) or on one or more of the plurality electrodes based on the first portion of the sensed signal, and to identify an error when first portion of the sensed signal exceeds a threshold.
A ribbon fiber, comprising: a core , wherein said core includes a rare earth dopant and has a length and an aspect ratio that is orthogonal to said length, wherein said aspect ratio comprises a long aspect that is orthogonal to a relatively shorter aspect, wherein the concentration of said rare earth dopant varies across said long aspect, wherein said long aspect spans a first edge of said core and a second edge of said core ; means for guiding light within said core ; and one or more heat insulating elements configured for flattening the thermal profile of said core along said long aspect while said light is guided within said core by reducing the amount of heat that can escape from at least one of the first edge and the second edge. a core , wherein said core includes a rare earth dopant and has a length and an aspect ratio that is orthogonal to said length, wherein said aspect ratio comprises a long aspect that is orthogonal to a relatively shorter aspect, wherein the concentration of said rare earth dopant varies across said long aspect, wherein said long aspect spans a first edge of said core and a second edge of said core ; means for guiding light within said core ; and one or more heat insulating elements configured for flattening the thermal profile of said core along said long aspect while said light is guided within said core by reducing the amount of heat that can escape from at least one of the first edge and the second edge.
A curing agent composition comprising the product of the reaction of a first polyamine containing primary amine functionality and a first polyepoxide having an epoxide equivalent weight (EEW) of 130 to 500 in a ratio of moles of polyamine per equivalents of polyepoxide sufficient to provide an amine terminated intermediate (a) comprising an adduct of about two moles of polyamine and one mole polyepoxide, intermediate (a) being then reacted with urea or formaldehyde to provide an amine terminated intermediate (b), intermediate (b) being then reacted with a second polyepoxide having an EEW of 200 to 1000 to provide an amine terminated intermediate (c), intermediate (c) being end capped with a monoepoxide composition comprising an aromatic glycidyl ether or an alkyl substituted aromatic glycidyl ether, or a combination of both, to form a polyamine-polyepoxide adduct, and contacting the polyamine-polyepoxide adduct with a second polyamine having two or more active amine hydrogens, wherein the second polyamine is different from the first polyamine.
A vehicle expansion tank sealing comprising a substantially disc-shaped portion with a thickness (t) between a first side and a second side in an axial direction (A), a radius (r) in a radial direction (R) and an axial sealing surface arranged at a peripheral part of the first side characterized in that the sealing further comprises a centre portion which protrudes a predetermined distance (d) from the disc-shaped portion on the first side in the axial direction (A) radially inwards of the axial sealing surface , that the centre portion comprises at least one peripheral flange which extends in the radial direction (R), the at least one peripheral flange comprising a radial sealing surface , wherein the centre portion comprises at least one at least partly cylindrical rib which comprises the at least one peripheral flange and wherein the centre portion comprises one or more pockets , defined by the at least partly cylindrical rib or by the at least partly cylindrical rib and cross-ribs extending radially inwards from the at least partly cylindrical rib .
A horse garment for twenty four hour monitoring of the health and wellbeing of the horse in a stall or stable, the garment comprising at least one sensor on the garment communicable with a user wherein the garment is mountable on the horse trunk or torso and the at least one sensor is located in a sensor zone on the garment and the at least one sensor comprises a motion sensor positioned at a chest portion of the garment .
A vehicle fault detection system comprising: at least one sensor configured for coupling with a vehicle system ; a vehicle control module coupled to the at least one sensor , the vehicle control module being configured to receive at least one time series of numerical sensor data (112TA-112Tn) from the at least one sensor , at least one of the at least one time series of numerical sensor data (112TA-112Tn) corresponds to a respective system parameter (112A-112n) of the vehicle system being monitored, and characterised by the vehicle control module being configured to generate a graphical representation for the at least one time series of numerical sensor data (112TA-112Tn) to form an analysis image of at least one system parameter (112A-112n), and detect anomalous behavior of a component of the vehicle system based on the analysis image of at least one system parameter (112A-112n); and a user interface coupled to the vehicle control module , the user interface being configured to present to an operator an indication of the anomalous behavior for the component of the vehicle system . at least one sensor configured for coupling with a vehicle system ; a vehicle control module coupled to the at least one sensor , the vehicle control module being configured to receive at least one time series of numerical sensor data (112TA-112Tn) from the at least one sensor , at least one of the at least one time series of numerical sensor data (112TA-112Tn) corresponds to a respective system parameter (112A-112n) of the vehicle system being monitored, and characterised by the vehicle control module being configured to generate a graphical representation for the at least one time series of numerical sensor data (112TA-112Tn) to form an analysis image of at least one system parameter (112A-112n), and detect anomalous behavior of a component of the vehicle system based on the analysis image of at least one system parameter (112A-112n); and receive at least one time series of numerical sensor data (112TA-112Tn) from the at least one sensor , at least one of the at least one time series of numerical sensor data (112TA-112Tn) corresponds to a respective system parameter (112A-112n) of the vehicle system being monitored, and characterised by the vehicle control module being configured to generate a graphical representation for the at least one time series of numerical sensor data (112TA-112Tn) to form an analysis image of at least one system parameter (112A-112n), and detect anomalous behavior of a component of the vehicle system based on the analysis image of at least one system parameter (112A-112n); and a user interface coupled to the vehicle control module , the user interface being configured to present to an operator an indication of the anomalous behavior for the component of the vehicle system .
Method for treating desulphurisation slag, wherein desulphurisation slag is fed from pig iron desulphurisation to a suitable device while the desulphurisation slag liquefies at at least 1400°C wherein the device ensures intermixing and the treatment in the unit takes place under oxidising conditions, wherein the ensuing SO 2 is extracted from the roasting gas and fed further for later recovery, wherein burnt lime is added to the desulphurisation slag in the unit , wherein the λ-value of the burner is set at 1.3 - 1.6 while melting the slag and the λ-value of the burner is set > 2.0 for the actual roasting to release the sulphur bound in the slag in the form of SO 2 , wherein up to 20% of burnt lime is added.
An apparatus for controlling a traction of a vehicle , the vehicle comprising a parking brake system with a spring-loaded brake cylinder operable to release the parking brake against a spring force using pressurized air, the parking brake system being configured to brake one or more driven wheels of the vehicle , wherein the vehicle comprises a dynamic sensor operable to sense a yaw moment of the vehicle , the apparatus being characterized by: - a data interface module configured to receive input information depending on a wheel slip of the one or more wheels of the vehicle , the data interface module is further configured to receive as input information sensor data from the dynamic sensor; and - a braking control module configured to determine the wheel slip based on the received information and to control the parking brake system to keep the wheel slip below a threshold value, thereby controlling the traction of the vehicle , the braking control module being further configured to modify the threshold value for the wheel slip based on the yaw moment. - a data interface module configured to receive input information depending on a wheel slip of the one or more wheels of the vehicle , the data interface module is further configured to receive as input information sensor data from the dynamic sensor; and - a braking control module configured to determine the wheel slip based on the received information and to control the parking brake system to keep the wheel slip below a threshold value, thereby controlling the traction of the vehicle , the braking control module being further configured to modify the threshold value for the wheel slip based on the yaw moment.
Fitting part , preferably intended for use as a fitting part on the leaf side or frame side of a leaf or a frame, in particular of a surface-mounted hinge of a door and/or a window, with a hinge part and a fastening unit to be fastened to a profile of the leaf or frame, wherein the fastening unit is arranged in a receptacle of the hinge part , wherein the fastening unit has a base plate which can be firmly connected to the profile , and wherein a clamping device is provided for producing a relative movement between the fastening unit and the hinge part in order to clamp the hinge part against the profile , with which the hinge part is pressed against the profile by the clamping, wherein the clamping device has at least one screw for cooperating with the fastening unit to produce the relative movement, and that at least one screw opening for the screw is provided in the hinge part and extends into the receptacle , wherein an attack bevel is provided on the fastening unit to generate the relative movement, wherein the screw is designed as a coned screw with a cone at the end, wherein a conical opening is provided on the fastening unit for engaging the cone, wherein an axial offset is provided between the centre axis (L) of the screw and the centre axis of the conical opening , wherein a clamping stop , in particular in the form of a bar, is provided on the fastening unit with the conical opening , wherein the attack bevel is provided on the side of the clamping stop opposite the conical opening , and wherein the attack bevel is formed by a projection on the clamping stop and a corresponding recess in the receptacle or by an undercut on the clamping stop and a corresponding projection in the receptacle . wherein the screw is designed as a coned screw with a cone at the end, wherein a conical opening is provided on the fastening unit for engaging the cone, wherein an axial offset is provided between the centre axis (L) of the screw and the centre axis of the conical opening , wherein a clamping stop , in particular in the form of a bar, is provided on the fastening unit with the conical opening , wherein the attack bevel is provided on the side of the clamping stop opposite the conical opening , and wherein the attack bevel is formed by a projection on the clamping stop and a corresponding recess in the receptacle or by an undercut on the clamping stop and a corresponding projection in the receptacle .
An Insulated Gate Bipolar Transistor (IGBT) module assembly, comprising a cooling plate and an IGBT module fixedly connected to the cooling plate ; a wiring terminal being arranged on an end face of the IGBT module , which is away from the cooling plate ; the IGBT module comprising at least one side face adjacent to the end face , and a water guiding groove formed by each side face and the cooling plate ; wherein the IGBT module has a polyhedral frustum structure or a cone frustum structure, and one end of each side face , which is close to the cooling plate , is inclined to a center of the IGBT module .
A coating composition comprising: i) a carboxylic acid; comprising one or more of rosin or a hydrogenated derivative thereof; ii) at least one metal oxide compound selected from one or more of copper (I) oxide, copper (II) oxide, zinc oxide, iron (II) oxide, iron (III) oxide, CaO, MgO, TiO 2 , MnO 2 ; iii) a dehydrating agent wherein the dehydrating agent is selected from one or more of sylosiv, sylosiv A4, anhydrous gypsum (CaSO 4 ), synthetic zeolite adsorbents; orthoesters such as methyl orthoformate and methyl orthoacetate; orthoboric esters; silicates and isocyanates; and iv) one or more binder wherein the binder comprises an oligomeric or polymeric material; characterised in that , in the production of the coating composition, the dehydrating agent iii) is contacted with either of component i) or ii), prior to the addition of the other of component i) or ii). i) a carboxylic acid; comprising one or more of rosin or a hydrogenated derivative thereof; ii) at least one metal oxide compound selected from one or more of copper (I) oxide, copper (II) oxide, zinc oxide, iron (II) oxide, iron (III) oxide, CaO, MgO, TiO 2 , MnO 2 ; iii) a dehydrating agent wherein the dehydrating agent is selected from one or more of sylosiv, sylosiv A4, anhydrous gypsum (CaSO 4 ), synthetic zeolite adsorbents; orthoesters such as methyl orthoformate and methyl orthoacetate; orthoboric esters; silicates and isocyanates; and iv) one or more binder wherein the binder comprises an oligomeric or polymeric material;
A method of detecting transducer element faults in ultrasonic phased array instruments having a plurality of transducer elements , comprising: applying ultrasonic pulses to the transducer elements of the phased array system; calculating an energy level for the transducer elements individually according to a response signal reading obtained from the transducer elements individually during a predetermined time period; noting a dropped energy level in one or more transducer elements owing to an element fault; and identifying any of the elements as a faulty element by comparing the energy level thereof to the energy levels sensed by other transducer elements , wherein the dropped energy level is identified by obtaining first order derivatives (E'(i)) of the energy levels and obtaining a valley in the slope of the energy levels and by obtaining second order derivatives (E"(i)) of the energy levels and evaluating if any of the second order derivatives meets or exceeds a predetermined threshold value. applying ultrasonic pulses to the transducer elements of the phased array system; calculating an energy level for the transducer elements individually according to a response signal reading obtained from the transducer elements individually during a predetermined time period; noting a dropped energy level in one or more transducer elements owing to an element fault; and identifying any of the elements as a faulty element by comparing the energy level thereof to the energy levels sensed by other transducer elements , wherein the dropped energy level is identified by obtaining first order derivatives (E'(i)) of the energy levels and obtaining a valley in the slope of the energy levels and by obtaining second order derivatives (E"(i)) of the energy levels and evaluating if any of the second order derivatives meets or exceeds a predetermined threshold value.
Optical fiber comprising a central optical core surrounded by an optical cladding, said optical core having a α graded-index profile n ( r ) with α between 1 and 3, α being a non-dimensional parameter that defines an index profile shape of said optical core, that is a function of a radial distance r from the center of said optical core, said optical core having a maximum refractive index n 0 and an outer radius R 1 b with a refractive index difference Dn 1 b = n ( R 1 b ) - n Cl with respect to said optical cladding having at its outer edge a refractive index n Cl , said optical core having a radius R 1 when n(R 1 ) = n Cl , comprised between 23 μm and 27 μm and a maximum refractive index difference Dn 1 = n 0 - n Cl between 14.10 -3 and 17.10 -3 , said optical cladding comprising a region of depressed refractive index n trench , called a trench, surrounding the optical core, said trench having an inner radius R 1 b , and an outer radius R 3 , with R 3 > R 1 b , and R 3 between 30 μm and 40 μm, and a refractive index difference Dn 3 = n trench - n Cl between the trench and the cladding comprised between -15.10 -3 and -6.10 -3 , wherein R 1 b > R 1 , Dn 1 b is between -10.10 -3 and -3.10 -3 and Dn 1 b - Dn 3 ≥ 0.9×10 -3 , said refractive index differences being determined at λ = λ C , where λ c is a central transmission wavelength of an operating band for which said optical fiber is intended.
A method of performing sensor placement error detection and correction for a system for tracking human motion comprising - at least one sensor unit , - at least one sensor holder , characterized in that the method comprises at least the following steps forming a method routine: - Analyzing, whether there is at least one unmet condition, indicating an incorrect sensor unit placement; - In case of detecting such at least one unmet condition preparing a list of potential reasons for the incorrect sensor unit placement; - Remove the possible reasons for incorrect sensor unit placement already presented to the user; - Select the one of the reasons and present it to a user; and - After one of the reasons has been selected and presented, repeating the analyzing step to analyze, by assessing at least one orientation reported by the at least one sensor unit at a step before a motion tracking procedure where the user is asked to stand still in a specified position, if there is at least one unmet condition, and if there is, repeating the detecting, removing and selecting steps. - at least one sensor unit , - at least one sensor holder , - Analyzing, whether there is at least one unmet condition, indicating an incorrect sensor unit placement; - In case of detecting such at least one unmet condition preparing a list of potential reasons for the incorrect sensor unit placement; - Remove the possible reasons for incorrect sensor unit placement already presented to the user; - Select the one of the reasons and present it to a user; and - After one of the reasons has been selected and presented, repeating the analyzing step to analyze, by assessing at least one orientation reported by the at least one sensor unit at a step before a motion tracking procedure where the user is asked to stand still in a specified position, if there is at least one unmet condition, and if there is, repeating the detecting, removing and selecting steps.
A liquid laundry detergent composition comprising: (i) one or more anionic and /or non-ionic surfactants; and (ii) a sulphated ethoxylated C 10 Guerbet alcohol surfactant with a number average degree of ethoxylation in the range of 2.5 to 6, wherein the weight ratio of total anionic and/or non-ionic surfactants to sulphated ethoxylated C10 Guerbet alcohol surfactant is from 100:1 to 30:1. (i) one or more anionic and /or non-ionic surfactants; and (ii) a sulphated ethoxylated C 10 Guerbet alcohol surfactant with a number average degree of ethoxylation in the range of 2.5 to 6, wherein the weight ratio of total anionic and/or non-ionic surfactants to sulphated ethoxylated C10 Guerbet alcohol surfactant is from 100:1 to 30:1.