mhurhangee/ep-ind-claims huggingface dataset:
A tooth brushing monitoring system comprising: a toothbrush comprising a handle and a head, the toothbrush comprising a position sensor and a force sensor; and a data processing unit (604,605) configured to receive a force signal from the force sensor and a position signal from the position sensor, wherein the data processing unit is configured to calculate a position of the head of the toothbrush from a combination of the position signal with the force signal, wherein the position sensor is disposed in, or mounted on, the toothbrush at a location offset from the toothbrush head, and whereby the position of the toothbrush head is determined by augmenting a position of the head indicated by the position signal with a calculation of a deflection of the head relative to the handle determined from the force signal. a toothbrush comprising a handle and a head, the toothbrush comprising a position sensor and a force sensor; and a data processing unit (604,605) configured to receive a force signal from the force sensor and a position signal from the position sensor, wherein the data processing unit is configured to calculate a position of the head of the toothbrush from a combination of the position signal with the force signal, wherein the position sensor is disposed in, or mounted on, the toothbrush at a location offset from the toothbrush head, and whereby the position of the toothbrush head is determined by augmenting a position of the head indicated by the position signal with a calculation of a deflection of the head relative to the handle determined from the force signal.
A sound-absorbing material for a vehicle, having a multilayer structure, the material comprising: a core layer having tubular cells, the tubular cells being arranged in a plurality of rows, wherein each of the cells in the core layer has a closed surface at one end and an open end at another end, and the open ends of the cells are arranged on both sides of the core layer such that rows of the open ends of the cells are in every other row; a first airflow-blocking resin film layer adhered to one surface of the core layer, wherein a relationship between a Young's modulus E 1 in MPa of the first airflow-blocking resin film layer and a surface density M 1 in g/m 2 of a layer structure (30,40) on the first airflow-blocking resin film layer side with respect to the core layer is 0.5 < E 1 /M 1 < 21 m/s 2; characterised in that: the closed surfaces of the cells arranged in every other row serve as a surface for adhering the first airflow-blocking resin film layer and the core layer. a core layer having tubular cells, the tubular cells being arranged in a plurality of rows, wherein each of the cells in the core layer has a closed surface at one end and an open end at another end, and the open ends of the cells are arranged on both sides of the core layer such that rows of the open ends of the cells are in every other row; a first airflow-blocking resin film layer adhered to one surface of the core layer, wherein a relationship between a Young's modulus E 1 in MPa of the first airflow-blocking resin film layer and a surface density M 1 in g/m 2 of a layer structure (30,40) on the first airflow-blocking resin film layer side with respect to the core layer is 0.5 < E 1 /M 1 < 21 m/s 2; characterised in that: the closed surfaces of the cells arranged in every other row serve as a surface for adhering the first airflow-blocking resin film layer and the core layer.
A method comprising: receiving at least a first audio signal and a second audio signal; analysing the first audio signal and the second audio signal to determine one or more expressions within the first audio signal and/or the second audio signal; and controlling the first audio signal and the second audio signal in response to the determination of the one or more expressions in the first audio signal or the second audio signal, wherein the controlling comprises spatial processing of the first audio signal and the second audio signal such that the audio signal comprising a determined expression is spatially located to the front or side of a listener and the other audio signal is spatially located to the rear of the listener. receiving at least a first audio signal and a second audio signal; analysing the first audio signal and the second audio signal to determine one or more expressions within the first audio signal and/or the second audio signal; and controlling the first audio signal and the second audio signal in response to the determination of the one or more expressions in the first audio signal or the second audio signal, wherein the controlling comprises spatial processing of the first audio signal and the second audio signal such that the audio signal comprising a determined expression is spatially located to the front or side of a listener and the other audio signal is spatially located to the rear of the listener.
Folding device for an exterior mirror of a motor vehicle, which comprises a mirror foot and a mirror head, wherein by means of the folding device, the mirror head can be folded in and/or out relative to the mirror foot, wherein the folding device comprises a carrier which can be connected to one of the elements of mirror head or mirror foot, and a motor attached to the carrier with a motor shaft, wherein the folding device comprises an output drive which can be connected to the other of the elements of mirror foot and mirror head, wherein the output drive is connected to the motor shaft via a gear mechanism, wherein a pressure piece is fixed to the carrier such that the pressure piece presses the motor shaft against the motor characterized in that the pressure piece can be adjusted substantially axially relative to the motor shaft by means of an adjustment screw.
An organic light emitting display apparatus comprising a display panel, a controller, a thermal sensor, a gate driver, a first leakage current compensation unit, a second leakage current compensation unit, and a gamma voltage generator; the display panel comprising a pixel area and a periphery area adjacent to the pixel area, wherein the pixel area comprises a plurality of gate lines (S1,..., Sn), a plurality of first compensation lines (D1,..., Dm), a plurality of second compensation lines (E1,..., En), a plurality of sub-pixels and a common layer, wherein each sub-pixel comprises an organic light emitting diode (OLED) comprising an anode, an organic emission layer, and a cathode, and wherein the common layer covers the overall pixel area and is not patterned at each sub-pixel, and is positioned between the anode and the cathode; wherein thermal sensor is configured to sense a temperature related to the plurality of sub-pixels; and wherein the first leakage current compensation unit is coupled to the controller, and is positioned at the periphery area and is configured to receive a first compensation signal and a digital image signal from the controller, and is configured to receive gamma voltages from the gamma voltage generator, which is configured to generate the gamma voltages, and is configured to convert the digital image signal into an analogue data voltage by using the gamma voltages, and is configured to generate a compensated data voltage from the analogue data voltage with a voltage level determined by the voltage level of the first compensation signal, and is configured to supply via the first compensation lines (D1,..., Dm) the compensated data voltage to the plurality of sub-pixels, and wherein the second leakage current compensation unit is coupled to the controller, and is positioned at the periphery area, and is configured to receive a second compensation signal which is different from the first compensation signal from the controller, and to output an emission duty control signal via the second compensation lines (E1,..., En) to adjust the emission duty of the plurality of sub-pixels based on the duty of the second compensation signal, wherein the controller is configured to compensate an amount of leakage current of organic light emitting diodes of the plurality of sub-pixels flowing from one sub-pixel to adjacent sub-pixels via the common layer according to the temperature by determining a duty of the second compensation signal and a voltage level of the first compensation signal based on a leakage current characteristic according to the temperature sensed by the thermal sensor, wherein the controller is further configured with an increased temperature sensed by the thermal sensor to decrease the duty of the second compensation signal and to increase the voltage level of the first compensation signal.
System for converting direct current electric energy into alternate current electric energy comprising a switching branch and a modulating circuit of voltage and current intensity which comprises a snubber circuit having a capacitor(Cs) for an alternate current output phase of said system, and a coil (Ls), wherein the snubber circuit further comprises an element for recovering electric energy that is connected to said switching branch, said element for recovering electric energy being made with a conducting bar made of electrically conducting material configured for recovering the energy available or created during the soft switching of the switching branch, and allows sending recovered energy to storage means, for example a battery, characterized in that the conducting bar is a resonant conducting bar comprising a part shaped as a serpentine, a first through-notch and a second through-notch,the first through-notch and the second through-notch being formed each of successive, rectilinear sections comprising longitudinal sections connected by transverse sections, the longitudinal sections having a greater length than that of the transverse sections.
An apparatus for controlling a beamforming microphone considering the location of a driver seat, comprising: a driver seat sensor configured to sense the location of the driver seat and output the sensed location as a driver seat signal; a directivity control unit configured to calculate a beamforming angle based on the driver seat signal; and a signal processing unit configured to process voice signals outputted from first and second microphones (510, 520), respectively, and extract and output a voice signal generated from a direction which coincides with the beamforming angle; characterized in that the signal processing unit is adapted to extract a voice signal generated from a direction corresponding to the range of a beamforming region around the beamforming angle, and the range of the beamforming region is set on the basis of vehicle speed. a driver seat sensor configured to sense the location of the driver seat and output the sensed location as a driver seat signal; a directivity control unit configured to calculate a beamforming angle based on the driver seat signal; and a signal processing unit configured to process voice signals outputted from first and second microphones (510, 520), respectively, and extract and output a voice signal generated from a direction which coincides with the beamforming angle;
A method of forming a fertilizer composition having slow-release nitrogen compounds, the method comprising: mixing urea, formaldehyde, and crystalline polyethylene wax at a first temperature to form a molten methylene urea mixture, wherein the mole ratio of urea to formaldehyde is about 3.1:1 to about 3.35:1; initiating a reaction of the urea and the formaldehyde to form a fertilizer composition at a reaction temperature; and heat treating the fertilizer composition at a second temperature above the reaction temperature; and wherein the crystalline polyethylene wax has one or more of: a molecular weight of about 600 to about 1,200; a polydispersity of about 1.02 to about 1.7; and a degree of crystallinity of about 65% to about 96%; and wherein the first temperature is in a range from about 50 °C to about 120 °C; the reaction temperature is in a range from about 125 °C to about 135 °C; and the second temperature is in a range from about 135 °C to about 150 °C. mixing urea, formaldehyde, and crystalline polyethylene wax at a first temperature to form a molten methylene urea mixture, wherein the mole ratio of urea to formaldehyde is about 3.1:1 to about 3.35:1; initiating a reaction of the urea and the formaldehyde to form a fertilizer composition at a reaction temperature; and heat treating the fertilizer composition at a second temperature above the reaction temperature; and wherein the crystalline polyethylene wax has one or more of: a molecular weight of about 600 to about 1,200; a polydispersity of about 1.02 to about 1.7; and a degree of crystallinity of about 65% to about 96%; and a molecular weight of about 600 to about 1,200; a polydispersity of about 1.02 to about 1.7; and a degree of crystallinity of about 65% to about 96%; and wherein the first temperature is in a range from about 50 °C to about 120 °C; the reaction temperature is in a range from about 125 °C to about 135 °C; and the second temperature is in a range from about 135 °C to about 150 °C.
A pressure-sensitive adhesive composition comprising: a) a styrenic component comprising a first styrenic block copolymer having at least one rubbery block and at least two glassy blocks; b) a first tackifier that is a linear (meth)acrylic-based polymeric material having a glass transition temperature equal to at least 50°C and having a weight average molecular weight in a range of 5,000 to 200,000 Daltons; and c) a second tackifier that is compatible with the rubbery block of the styrenic block copolymer, the second tackifier being an aliphatic hydrocarbon tackifier, a terpene resin, a terpene phenolic resin, or a mixture thereof wherein the glass transition temperature is measured according to the method disclosed in the paragraph Glass Transition Temperature of the description and the weight average molecular weight is measured according to the method disclosed in the paragraph Gel Permeation Chromatography of the description. a) a styrenic component comprising a first styrenic block copolymer having at least one rubbery block and at least two glassy blocks; b) a first tackifier that is a linear (meth)acrylic-based polymeric material having a glass transition temperature equal to at least 50°C and having a weight average molecular weight in a range of 5,000 to 200,000 Daltons; and c) a second tackifier that is compatible with the rubbery block of the styrenic block copolymer, the second tackifier being an aliphatic hydrocarbon tackifier, a terpene resin, a terpene phenolic resin, or a mixture thereof
A stainless steel foil characterized by consisting of, in percent by mass, 0.05% or less of C, 2.0% or less of Si, 1.0%. or less of Mn, 0.003% or less of S, 0.05% or less of P, 25.0% to 35.0% of Cr, 0.05% to 0.30% of Ni, 3.0% to 10.0% of Al, 0.10% or less of N, 0.02% or less of Ti 0.02% or less of Nb, 0.02% or less of Ta, 0.005% to 0.20% of Zr, 0.02% or less of Ce, 0.03% to 0.20% of REM excluding Ce, 0.5% to 6.0% in total of at least one of Mo and W, 0.03%. to 1.0% of Cu, and optionally at least one of 0.01% to 0.20% of Hf, 10 to 300 ppm by mass of Ca, and 15 to 300 ppm by mass of Mg and the balance being Fe and incidental impurities.
System of management for safe actuation of auxiliary traction in road implements comprising at least one sensing system installed on the road implement and a control system that receives signals from the sensing system, wherein the control system selects operating modes based on the signals sent by the sensing system, thus controlling the elements of the auxiliary traction, wherein: the operating modes comprises: i) electric traction; ii) regenerative braking; and iii) free shaft; characterized in that the control system is provided with a security mode operation, where the control system is set as default to initiate and maintain in the operating mode iii) free shaft; the control system checks predefined multiple safety requirements, and if said predefined multiple safety requirements are fulfilled, the control system is able to select and change the operating mode, in order to start the mode i) electric traction or ii) regenerative braking; the predefined multiple safety requirements are provided by the sensing system to the control system. the operating modes comprises: i) electric traction; ii) regenerative braking; and iii) free shaft; characterized in that the control system is provided with a security mode operation, where the control system is set as default to initiate and maintain in the operating mode iii) free shaft; the control system checks predefined multiple safety requirements, and if said predefined multiple safety requirements are fulfilled, the control system is able to select and change the operating mode, in order to start the mode i) electric traction or ii) regenerative braking; the predefined multiple safety requirements are provided by the sensing system to the control system.
Vulcanisable elastomeric composition for components of tyres comprising at least: a) 100 phr of at least one diene elastomeric polymer, b) from 1 to 80 phr of modified silicate fibres of nanometric size, with substantially preserved needle-shaped morphology, comprising from 3.8% to 12% by weight of magnesium with respect to the weight of the fibres themselves (measured via X-ray fluorescence - XRF); (c) from 0 to 120 phr of a standard reinforcement filler; (d) from 0.1 to 15 phr of a vulcanising agent, and (e) from 0 to 20 phr of a coupling agent. a) 100 phr of at least one diene elastomeric polymer, b) from 1 to 80 phr of modified silicate fibres of nanometric size, with substantially preserved needle-shaped morphology, comprising from 3.8% to 12% by weight of magnesium with respect to the weight of the fibres themselves (measured via X-ray fluorescence - XRF); (c) from 0 to 120 phr of a standard reinforcement filler; (d) from 0.1 to 15 phr of a vulcanising agent, and (e) from 0 to 20 phr of a coupling agent.
Bicycle frame comprising an attachment interface for receiving a first connection element of an accessory carrier, and an accessory stay for supporting the accessory carrier at an underside thereof, wherein: • the frame has a wheel receiving structure comprising first and second legs (121, 122) interconnected at one end by a crown adapted to span an outer circumference of a bicycle wheel, whereby an opposite end of each leg is adapted for supporting an axle of the wheel; • the accessory stay has first and second uprights (141, 142) interconnected by a crossbar, whereby a free end of each upright is pivotably attached to the frame at a connection point (145, 146) close to the wheel axle, such that the accessory stay is pivotable between a storage position, in which the accessory stay bears against the wheel receiving structure, and a support position in which the accessory stay is pivoted away from the storage position, to enable the crossbar to support the underside of the accessory carrier characterized in that: the crown comprises a recessed portion, such that in the storage position, the accessory stay is at least partly accommodated within the wheel receiving structure. • the frame has a wheel receiving structure comprising first and second legs (121, 122) interconnected at one end by a crown adapted to span an outer circumference of a bicycle wheel, whereby an opposite end of each leg is adapted for supporting an axle of the wheel; • the accessory stay has first and second uprights (141, 142) interconnected by a crossbar, whereby a free end of each upright is pivotably attached to the frame at a connection point (145, 146) close to the wheel axle, such that the accessory stay is pivotable between a storage position, in which the accessory stay bears against the wheel receiving structure, and a support position in which the accessory stay is pivoted away from the storage position, to enable the crossbar to support the underside of the accessory carrier
A process chamber for carrying out thermal processes in the manufacture of an electronic assembly comprising: at least one opening for introducing and/or removing the electronic assembly; means for supplying a protective gas; controllable protection means arranged at the opening to reduce escape of protective gas from the process chamber; and characterized by a measuring means which detects the topography of the electronic assembly control means that controls based on the measurement data of the measuring means the protection means such that, when the electronic assembly passes the opening, an opening cross section of the opening is provided, which corresponds with the height of the component of the electronic assembly currently situated at the location of the protection means. at least one opening for introducing and/or removing the electronic assembly; means for supplying a protective gas; controllable protection means arranged at the opening to reduce escape of protective gas from the process chamber; and characterized by a measuring means which detects the topography of the electronic assembly control means that controls based on the measurement data of the measuring means the protection means such that, when the electronic assembly passes the opening, an opening cross section of the opening is provided, which corresponds with the height of the component of the electronic assembly currently situated at the location of the protection means.
Device for drying a textile article containing a filling that is likely to form clumps, comprising a drum which is rotatable about an axis and accommodates the textile article and agitates the textile article in an airflow passing through the drum, characterised by at least one beater (12, 16) mounted in the drum and movable with the textile article for beating the textile article during the agitation, wherein the beater (12, 16) is connected to the drum by means of a cord and is otherwise freely movable in the drum.
A rim for a bicycle wheel (122, 124), the rim comprising: a radially outer tire-engaging portion; a first sidewall; a second sidewall spaced apart from the first sidewall, the first and second sidewalls (242, 244) extending radially inward of the radially outer tire-engaging portion; and a radially inner portion comprising a spoke receiving surface disposed along an inner circumference of the rim, characterized in that at least one protrusion is formed in the spoke receiving surface asymmetrically about a radial centerline of the at least one protrusion in a circumferential direction of the rim. a radially outer tire-engaging portion; a first sidewall; a second sidewall spaced apart from the first sidewall, the first and second sidewalls (242, 244) extending radially inward of the radially outer tire-engaging portion; and a radially inner portion comprising a spoke receiving surface disposed along an inner circumference of the rim, characterized in that at least one protrusion is formed in the spoke receiving surface asymmetrically about a radial centerline of the at least one protrusion in a circumferential direction of the rim.