mhurhangee/ep-ind-claims huggingface dataset:
Filling device for filling moulds, in particular of block forming machines or block presses, with a pourable forming material, comprising a) a filling box, which can be filled with the moulding material or is intended for receiving and/or transporting the moulding material, b) a filling carriage, on or in which the filling box is flexibly mounted by means of at least one flexible element (5, 6, 7, 15), c) at least one oscillating drive (60 to 68), which is arranged or fastened on or in the filling carriage and is connected to the filling box to drive the filling box in an oscillating movement relative to the filling carriage, which is made possible by the flexible mounting of the filling box on or in the filling carriage by means of the flexible element or elements, d) at least one traversing drive (20, 21, 40, 41, 50, 51) for making the filling carriage traverse with the filling box at least between at least one filling position for filling at least one mould with moulding material from the filling box and a charging position (at 71) for charging the filling box with fresh moulding material, characterized in that e) the filling box is assigned at least one heating device for heating the filling box, in particular a heating device arranged on or in at least a partial region of the box walling of the filling box, preferably at least one heating device preferably being in the form of a plate and/or comprising heating wires and/or being an electric resistance heating device. a) a filling box, which can be filled with the moulding material or is intended for receiving and/or transporting the moulding material, b) a filling carriage, on or in which the filling box is flexibly mounted by means of at least one flexible element (5, 6, 7, 15), c) at least one oscillating drive (60 to 68), which is arranged or fastened on or in the filling carriage and is connected to the filling box to drive the filling box in an oscillating movement relative to the filling carriage, which is made possible by the flexible mounting of the filling box on or in the filling carriage by means of the flexible element or elements, d) at least one traversing drive (20, 21, 40, 41, 50, 51) for making the filling carriage traverse with the filling box at least between at least one filling position for filling at least one mould with moulding material from the filling box and a charging position (at 71) for charging the filling box with fresh moulding material, characterized in that e) the filling box is assigned at least one heating device for heating the filling box, in particular a heating device arranged on or in at least a partial region of the box walling of the filling box, preferably at least one heating device preferably being in the form of a plate and/or comprising heating wires and/or being an electric resistance heating device.
A stem cylinder seal arrangement with triangular rings, for moving rod or shaft cylinders, including an equilaterally triangular ring seal, including a single turn anti-extrusion ring, a triangular soft ring truncated at its off-stem corner, a cylindrical stem or shaft, a stem housing and a hard metallic gland that are successively fitted over the cylindrical stem or shaft and, as the triangular soft ring is compressed on the stem cylinder and in a 120° conical seat of the stem housing at the same time by a 120° inner conical surface of the hard metallic gland, form a triangular ring-containing cavity consisting of the inner conical surface of the hard metallic gland, the stem cylinder and the conical surface of the seat and having an opening caused by cutting off the cavity's off-stem corner to enable the triangular soft ring therein to be fully compressed, wherein the single turn anti-extrusion ring made of either a bent turn of soft metallic wire with enough length and cross-sectional diameter or a molded turn of nonmetallic material with enough strength is used to resist the extrusion of the triangular soft ring through the gap between the stem and the stem housing, a sliding fit with a small enough clearance is used to resist the extrusion of the triangular soft ring through the gap between the gland and the stem, and an arc-shaped anti-extrusion, metallic or high strength plastic, C-ring attached to the truncated corner of the triangular soft ring is used to resist the extrusion of the triangular soft ring through the opening of the cavity.
Transmitting device adapted for using two-dimensional symbol constellations, the transmitting device being configured to: obtain a message to be transmitted; map the obtained message onto a two-dimensional 2 n -symbol constellation to obtain a sequence of discrete constellation symbols, where n is an odd number not less than 3, wherein the two-dimensional 2 n -symbol constellation consists of 2 n points arranged along the perimeters of q concentric squares, where q is a positive integer larger than 1, wherein the points in each concentric square of the two-dimensional 2 n -symbol constellation are uniformly spaced along the perimeter and four points are located at the corners; and transmit the symbols. obtain a message to be transmitted; map the obtained message onto a two-dimensional 2 n -symbol constellation to obtain a sequence of discrete constellation symbols, where n is an odd number not less than 3, wherein the two-dimensional 2 n -symbol constellation consists of 2 n points arranged along the perimeters of q concentric squares, where q is a positive integer larger than 1, wherein the points in each concentric square of the two-dimensional 2 n -symbol constellation are uniformly spaced along the perimeter and four points are located at the corners; and transmit the symbols.
Composition, preferably an adhesive composition, comprising: - a composition A comprising at least one polyurethane comprising at least two acrylic end functions T of formula below: CH 2 =CH-C(=O)-X- with X representing -O- or -NR a - with R a representing H or an alkyl radical comprising from 1 to 22 carbon atoms, preferably from 1 to 14 carbon atoms, X preferably representing -O-; and - a composition B comprising: ∘ at least one polyamine B1 comprising only two groups -CH 2 NH 2; and ∘ at least one polyamine B2 comprising at least two primary amine functions -NH 2. - a composition A comprising at least one polyurethane comprising at least two acrylic end functions T of formula below: CH 2 =CH-C(=O)-X- with X representing -O- or -NR a - with R a representing H or an alkyl radical comprising from 1 to 22 carbon atoms, preferably from 1 to 14 carbon atoms, X preferably representing -O-; and - a composition B comprising: ∘ at least one polyamine B1 comprising only two groups -CH 2 NH 2; and ∘ at least one polyamine B2 comprising at least two primary amine functions -NH 2. ∘ at least one polyamine B1 comprising only two groups -CH 2 NH 2; and ∘ at least one polyamine B2 comprising at least two primary amine functions -NH 2.
A coherent optical receiver, comprising: electrical compensation circuitry adapted to receive a digital sample stream of an optical signal and to compensate impairments thereon; memory storing one or more pre-stored maps of information related to the optical signal; and an expedited acquisition engine configured to acquire the optical signal responsive to a signal degradation error thereon in the electrical compensation circuitry, based on a plurality of recovery levels comprising at least three levels, wherein each of the plurality of levels are implemented based on a severity of the error, wherein a first recovery level is implemented to a readjust an equalizer in the electrical compensation circuitry, a second recovery level is implemented to readjust each of a plurality of equalizers in the electrical compensation circuitry, and a third recovering level utilizing the one or more pre-stored maps in response to a loss of light. electrical compensation circuitry adapted to receive a digital sample stream of an optical signal and to compensate impairments thereon; memory storing one or more pre-stored maps of information related to the optical signal; and
Removable reception device provided to form a mixing machine when said reception device is introduced into a manufacturing apparatus, the reception device comprising - a first receiving location, configured to receive a first capsule containing a first formulation, - a second reception location, configured to receive a second capsule containing a second formulation, the two capsules (3, 4) being able to be fluidically connected, - a first activation face (8.1) of the reception device, allowing a pressure force to be transferred to the first capsule, the first activation face (8.1) comprising a first protective shell, - a second activation face (9.1) of the reception device, opposite the first, allowing a pressure force to be transferred to the second capsule, the second activation face (9.1) comprising a second protective shell - a shutter (17.1) opening towards the outside of the reception device and extending between the two reception locations (13, 14), so that it allows the capsules (3, 4) to be introduced separately and the capsules (3, 4) to be extracted integrally. - a first receiving location, configured to receive a first capsule containing a first formulation, - a second reception location, configured to receive a second capsule containing a second formulation, the two capsules (3, 4) being able to be fluidically connected, - a first activation face (8.1) of the reception device, allowing a pressure force to be transferred to the first capsule, the first activation face (8.1) comprising a first protective shell, - a second activation face (9.1) of the reception device, opposite the first, allowing a pressure force to be transferred to the second capsule, the second activation face (9.1) comprising a second protective shell - a shutter (17.1) opening towards the outside of the reception device and extending between the two reception locations (13, 14), so that it allows the capsules (3, 4) to be introduced separately and the capsules (3, 4) to be extracted integrally.
A method of rendering an interactive scene in stereoscopic 3-D substantially in real-time, the scene having at least two objects, the method comprising: identifying that a rate of change of a first object of the scene satisfies a criterion, wherein the first object is an interactive object and wherein said criterion is based on the length of time said first object is visible, in order to determine that said object appears only briefly; dynamically modifying, in response to the identification, a perceived depth of a second object of the scene as a function of said rate of change; and rendering the interactive scene. identifying that a rate of change of a first object of the scene satisfies a criterion, wherein the first object is an interactive object and wherein said criterion is based on the length of time said first object is visible, in order to determine that said object appears only briefly; dynamically modifying, in response to the identification, a perceived depth of a second object of the scene as a function of said rate of change; and rendering the interactive scene.
An organic light emitting diode (OLED) display device comprising: a first transistor configured to supply a data voltage to a first node according to a scan signal (Scan[n]); a first capacitor connected to the first node at one end of the first capacitor, and connected to a second node at the other end; a second transistor configured to supply a reference voltage to the second node according to a sensing signal (Sense[n]); a driving transistor (Tdr) including a gate electrode connected to the second node, and a source electrode connected to a third node; an organic light emitting diode (OLED) including a cathode electrode configured for receiving a low-level source voltage and an anode electrode connected to the third node; a second capacitor connected between the first node and the third node; a third transistor configured to connect the first node to the third node according to the sensing signal (Sense[n]); and a fourth transistor configured to supply the reference voltage to the third node according to the scan signal (Scan[n]), characterized in that the driving transistor (Tdr) further includes a drain electrode and the OLED display device is configured for supplying alternatively a high-level source voltage and an initial voltage (Vinitial) to the drain electrode of the driving transistor (Tdr), in that the OLED display device is configured for supplying the initial voltage (Vinitial) in units of at least two frames to the drain electrode of the driving transistor (Tdr). a first transistor configured to supply a data voltage to a first node according to a scan signal (Scan[n]); a first capacitor connected to the first node at one end of the first capacitor, and connected to a second node at the other end; a second transistor configured to supply a reference voltage to the second node according to a sensing signal (Sense[n]); a driving transistor (Tdr) including a gate electrode connected to the second node, and a source electrode connected to a third node; an organic light emitting diode (OLED) including a cathode electrode configured for receiving a low-level source voltage and an anode electrode connected to the third node; a second capacitor connected between the first node and the third node; a third transistor configured to connect the first node to the third node according to the sensing signal (Sense[n]); and a fourth transistor configured to supply the reference voltage to the third node according to the scan signal (Scan[n]), characterized in that the driving transistor (Tdr) further includes a drain electrode and the OLED display device is configured for supplying alternatively a high-level source voltage and an initial voltage (Vinitial) to the drain electrode of the driving transistor (Tdr), in that the OLED display device is configured for supplying the initial voltage (Vinitial) in units of at least two frames to the drain electrode of the driving transistor (Tdr).
System for automatically setting vehicle functions of a vehicle taking into account external influencing factors, comprising: at least one back-end server which is configured: - to receive vehicle data relating to the vehicle; wherein the vehicle data comprise current emission status data relating to the vehicle, - to determine data with respect to the external influencing factors taking into account at least some of the vehicle data; - to determine optimum settings of vehicle functions of the vehicle taking into account the vehicle data and the data with respect to the external influencing factors; and - to transmit the optimum settings of the vehicle functions to the vehicle; wherein the vehicle is configured to control the vehicle functions in such a manner that the determined optimum vehicle functions are adopted, characterized in that the vehicle functions comprise a maximum speed which is needed to circumvent up-to-date driving restrictions in environmental zones for emitting and/or highly emitting vehicles, and wherein the emission status data comprise data relating to the vehicle emission of the vehicle with respect to the driving speed. at least one back-end server which is configured: - to receive vehicle data relating to the vehicle; wherein the vehicle data comprise current emission status data relating to the vehicle, - to determine data with respect to the external influencing factors taking into account at least some of the vehicle data; - to determine optimum settings of vehicle functions of the vehicle taking into account the vehicle data and the data with respect to the external influencing factors; and - to transmit the optimum settings of the vehicle functions to the vehicle; - to receive vehicle data relating to the vehicle; wherein the vehicle data comprise current emission status data relating to the vehicle, - to determine data with respect to the external influencing factors taking into account at least some of the vehicle data; - to determine optimum settings of vehicle functions of the vehicle taking into account the vehicle data and the data with respect to the external influencing factors; and - to transmit the optimum settings of the vehicle functions to the vehicle; wherein the vehicle is configured to control the vehicle functions in such a manner that the determined optimum vehicle functions are adopted, characterized in that the vehicle functions comprise a maximum speed which is needed to circumvent up-to-date driving restrictions in environmental zones for emitting and/or highly emitting vehicles, and wherein the emission status data comprise data relating to the vehicle emission of the vehicle with respect to the driving speed.
System, in particular for a motor vehicle, for detecting eyes and hands in a sequence of images recorded with a camera of the system, wherein the system comprises a computer, which is set up to feed, in alternation and exclusively, a first partial sequence comprising a first number of successive images to a first algorithm for eye detection, which is set up in particular in the computer, and a second partial sequence comprising a second number of successive images to a second algorithm for hand detection, which is set up in particular in the computer, wherein the first algorithm detects depending on the first partial sequence whether the images of the first partial sequence comprise an image of an eye and wherein the second algorithm detects depending on the second partial sequence whether the images of the second partial sequence comprise an image of a hand, characterized in that the first number and the second number are specifiable and in that the first number is specified to be greater than the second number.
Method of correcting the axis in a processing machine which, in order to transport and to process a product web, has at least two driven transport axes (110, 115), at least one non-driven or driven processing axis (111, 112, 113, 114) and at least one further non-driven axis (102, 121, 122, 123, 124), the product web being divisible into at least one web tension section, a web tension section being delimited by two clamping points formed as driven transport or processing axes, during a rotational speed change of a clamping point delimiting a web tension section, feedforward control of this clamping point delimiting the web tension section and/or a processing axis present in this web tension section being carried out, taking into account the modulus of elasticity of the material of the product web and a moment of inertia of at least one non-driven axis (102, 121-124) present in this web tension section, the modulus of elasticity of the material of the product web being determined automatically, the feedforward control being carried out whilst taking into account the respective moment of inertia of all the non-driven axes (102, 121-124) present in this web tension section, characterized in that the respective moments of inertia of all the non-driven axes (102, 121-124) present in this web tension section are concentrated to form an overall moment of inertia to be taken into account for this web tension section.
A method for assessing the ageing of an assembly of at least one electric cable, comprising: - a step of injecting a reference signal Sar at an instant Tinj at an injection point of said assembly, said reference signal having been previously obtained by injecting an initial signal Sinit at said injection point at an instant Tinit, by measuring the reflected signal resulting from this injection and by temporally inverting said measured signal; - a step of measuring a reflected signal Smes resulting from the propagation of said signal Sar through the assembly of at least one cable; - a step (505, 506) of determining the ageing of the assembly of at least one cable between the instant Tinit and the instant Tinj, said ageing being deduced from the measurement of the reflected signal Smes. - a step of injecting a reference signal Sar at an instant Tinj at an injection point of said assembly, said reference signal having been previously obtained by injecting an initial signal Sinit at said injection point at an instant Tinit, by measuring the reflected signal resulting from this injection and by temporally inverting said measured signal; - a step of measuring a reflected signal Smes resulting from the propagation of said signal Sar through the assembly of at least one cable; - a step (505, 506) of determining the ageing of the assembly of at least one cable between the instant Tinit and the instant Tinj, said ageing being deduced from the measurement of the reflected signal Smes.
A system for communicating with a first electronic device via an electronic interface of a vehicle, wherein the electronic interface is a wireless communication system, said system comprising: one or more circuits comprised in an electronic control unit of said vehicle, said one or more circuits being configured to: receive information comprising a request from said first electronic device using a first communication protocol via said electronic interface, wherein said first electronic device is in a first proximity range of said electronic interface; analyze said received information based on pre-configured preferences of a user associated with said vehicle; determine at least a request type based on said analysis of said received information; and perform one or more corresponding actions based on said received information, a preference of said user and said request type; wherein said one or more circuits are further configured to facilitate a secure two-way communication between said first electronic device and a second electronic device associated with the vehicle user via said electronic interface of said vehicle if the request type corresponds to the request to communicate with the vehicle user enabling the first electronic device to communicate with the second electronic device without knowledge of the contact information of the second electronic device under the control of the one or more circuits. receive information comprising a request from said first electronic device using a first communication protocol via said electronic interface, wherein said first electronic device is in a first proximity range of said electronic interface; analyze said received information based on pre-configured preferences of a user associated with said vehicle; determine at least a request type based on said analysis of said received information; and perform one or more corresponding actions based on said received information, a preference of said user and said request type; wherein said one or more circuits are further configured to facilitate a secure two-way communication between said first electronic device and a second electronic device associated with the vehicle user via said electronic interface of said vehicle if the request type corresponds to the request to communicate with the vehicle user enabling the first electronic device to communicate with the second electronic device without knowledge of the contact information of the second electronic device under the control of the one or more circuits.
Acoustic protective screen designed to be placed against the upper wall of a motor vehicle engine, said screen comprising an upper stiffening layer and a lower spring layer, said layers being separated from one another by a sealing foil, said upper and lower layers having a semi-rigid foam base, said upper layer having a surface mass of between 100 and 200 g/m 2 and said lower layer having a surface mass of between 150 and 400 g/m 2.