mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a hollow body comprising at least one component comprising a channel, said method comprising the following steps: - formation of a sheet of plastic material by application, in a molten state against the dye of a mould, - while the sheet is still in a molten state, formation of the component by injection of plastic material into an injection cavity (5, 5') emerging on the sheet, such that the injected plastic material bonds with the sheet, said injection cavity (5, 5') having the form of at least a part of the component, said method also comprising the following step: - formation of a communication orifice passing through the sheet so as to create a communication between the interior and the exterior of the hollow body via the channel of the component obtained, characterized in that said step of formation of a communication orifice comprises a step of piercing of the sheet by a mobile device (2, 16, 16') comprising an anvil bearing a piercing rod, said mobile device (2, 16, 16') being borne by a core present in the mould during the formation of the sheet in the molten state, the injection cavity (5, 5') being located outside of the hollow body, by being formed in a part of the mould at least partially defining the dye of the mould. - formation of a sheet of plastic material by application, in a molten state against the dye of a mould, - while the sheet is still in a molten state, formation of the component by injection of plastic material into an injection cavity (5, 5') emerging on the sheet, such that the injected plastic material bonds with the sheet, said injection cavity (5, 5') having the form of at least a part of the component, said method also comprising the following step: - formation of a communication orifice passing through the sheet so as to create a communication between the interior and the exterior of the hollow body via the channel of the component obtained, characterized in that said step of formation of a communication orifice comprises a step of piercing of the sheet by a mobile device (2, 16, 16') comprising an anvil bearing a piercing rod, said mobile device (2, 16, 16') being borne by a core present in the mould during the formation of the sheet in the molten state, the injection cavity (5, 5') being located outside of the hollow body, by being formed in a part of the mould at least partially defining the dye of the mould.
A method for generating at least one random number, the method comprising the steps of: generating a current of charges tunneling from a first one of two conductors to a second one of the two conductors across an insulator, the current of the tunneled charges having an instantaneous level varying randomly due to quantum tunneling and forming a random signal, wherein each one of the two conductors is configured to be connectable to a corresponding terminal of a voltage source; associating the instantaneous level of the random signal to a random number; and generating a signal indicative of the random number.
A receiver, comprising a first power splitter, a first circulator, a polarization rotator of light, and a coherent receiver, wherein the first circulator comprises a first input port, a second input port, a first output port, and a second output port, wherein the first power splitter is configured to split a first transmit signal sent by a transmitting end into a first signal and a second signal according to power, input the first signal to the coherent receiver, and input the second signal to the first input port, wherein the second signal comprises a first polarized optical signal and a second polarized optical signal that are perpendicular to each other, wherein the first polarized optical signal is loaded with first data; the first input port is configured to receive the second signal, and input the second signal to the polarization rotator of light through the first output port; the second input port is configured to receive the rotated second signal and input the rotated second signal to the coherent receiver through the second output port; the polarization rotator of light is configured to separately rotate the first polarized optical signal and the second polarized optical signal of the second signal by 90 degrees, and input the rotated second signal to the circulator; and the circulator is further configured to input the rotated second signal to the coherent receiver; and the coherent receiver is configured to perform coherent mixing on the rotated second signal and the first signal to obtain the first data; wherein the coherent receiver comprises an optical hybrid, an optical-to-electrical converter, an analog to digital converter, and a digital signal processor, wherein the optical hybrid is configured to perform coherent mixing on the rotated second signal and the first signal to output four channels of optical signals; the optical-to-electrical converter is configured to perform optical-to-electrical conversion on the four channels of optical signals to output two channels of electrical signals; the analog to digital converter is configured to perform analog to digital conversion on the two channels of electrical signals; and the digital signal processor is configured to perform digital processing on two channels of electrical signals that are output after the analog to digital conversion to obtain the first data.
An induction heating device adapted to heat products for shaving or cosmetic purposes comprising: a housing (1,14) having a product receptacle (4,11) for holding products for shaving or cosmetic purposes, said product defining an upper surface region in said product receptacle; an induction coil (3,27) surrounding said product receptacle for generating electromagnetic energy into said product receptacle; electronic circuitry connected to said coil for activating said coil to generate said electromagnetic energy; characterised in that the device further comprises a porous conductive target floating screen (7,9) in said product receptacle sized to overlie said upper surface region and adapted to float on said upper surface region of said product; whereby said conductive target floating screen (7,9) is heated by electromagnetic induction thereby heating only said upper surface region of said product for application to a user. a housing (1,14) having a product receptacle (4,11) for holding products for shaving or cosmetic purposes, said product defining an upper surface region in said product receptacle; an induction coil (3,27) surrounding said product receptacle for generating electromagnetic energy into said product receptacle; electronic circuitry connected to said coil for activating said coil to generate said electromagnetic energy; characterised in that the device further comprises a porous conductive target floating screen (7,9) in said product receptacle sized to overlie said upper surface region and adapted to float on said upper surface region of said product; whereby said conductive target floating screen (7,9) is heated by electromagnetic induction thereby heating only said upper surface region of said product for application to a user.
Method for processing person-related optical and/or acoustic signals, characterised by the steps (i) Detecting optical signals, in particular image signals and/or video signals, with at least a first detection unit for detecting optical signals, (ii) Transmitting the optical signals in a first signal stream to a first processing unit, (iii) Anonymising person-related optical signals in the first signal stream in the first processing unit, (iv) Outputting an anonymised output signal stream, which contains the anonymised person-related optical signals, to a first data processing unit, (v) Analysing the first signal stream with the person-related optical signals in a second processing unit and outputting a, in particular anonymised, first analysis result to a third processing unit, (vi) Evaluating the first analysis result on the basis of at least one criterion in the third processing unit and generating a trigger signal on the basis of at least one criterion and outputting the trigger signal to the first data processing unit, (vii) Transmitting the anonymised output signal stream on the basis of the trigger signal from the first data processing unit to a control station. (i) Detecting optical signals, in particular image signals and/or video signals, with at least a first detection unit for detecting optical signals, (ii) Transmitting the optical signals in a first signal stream to a first processing unit, (iii) Anonymising person-related optical signals in the first signal stream in the first processing unit, (iv) Outputting an anonymised output signal stream, which contains the anonymised person-related optical signals, to a first data processing unit, (v) Analysing the first signal stream with the person-related optical signals in a second processing unit and outputting a, in particular anonymised, first analysis result to a third processing unit, (vi) Evaluating the first analysis result on the basis of at least one criterion in the third processing unit and generating a trigger signal on the basis of at least one criterion and outputting the trigger signal to the first data processing unit, (vii) Transmitting the anonymised output signal stream on the basis of the trigger signal from the first data processing unit to a control station.
A device for a single track vehicle having a front fork for changing the steering geometry of the front fork, the device comprising an upper beam and a lower beam provided, symmetrically relative to a longitudinal vehicle axis, with openings for front fork pipes, and connected together with a steering shaft, which is placed in the vehicle frame using a couple of steering head bearings, while the lower beam is swingably connected with the steering shaft relative to the longitudinal vehicle axis, characterized in that the upper beam is provided with a nut housing of a steering axis pivotally as well as slidingly in relation to the longitudinal vehicle axis, connected with the steering shaft and an actuator of the relative movement between the upper beam and the steering shaft comprising motion screws and a rotational movement source for rotation of the motion screws and the subsequent sliding movement of the nut housing of the steering axis relative to the upper beam.
A method of operating a wireless device in a communication network, the method comprising: responsive to receiving a downlink control indication, DCI, command to activate or reactivate a configured grant, CG, configuration, controlling at least one timer associated with a non-idle hybrid automatic repeat request, HARQ, process on the CG configuration, wherein the non-idle HARQ process comprises a process of retransmitting a transmission block, TB, using the CG for which an associated media access control, MAC, protocol data unit, PDU, has been submitted to lower layers for transmission to a network node, but for which successful reception acknowledgment has not been received from the network node, wherein responsive to the non-idle HARQ process being shared by multiple CG configurations, controlling the at least one timer comprises maintaining the at least one timer, and wherein responsive to the non-idle HARQ process not being shared by multiple CG configurations, controlling the at least one timer comprises stopping the at least one timer. responsive to receiving a downlink control indication, DCI, command to activate or reactivate a configured grant, CG, configuration, controlling at least one timer associated with a non-idle hybrid automatic repeat request, HARQ, process on the CG configuration, wherein the non-idle HARQ process comprises a process of retransmitting a transmission block, TB, using the CG for which an associated media access control, MAC, protocol data unit, PDU, has been submitted to lower layers for transmission to a network node, but for which successful reception acknowledgment has not been received from the network node, wherein responsive to the non-idle HARQ process being shared by multiple CG configurations, controlling the at least one timer comprises maintaining the at least one timer, and wherein responsive to the non-idle HARQ process not being shared by multiple CG configurations, controlling the at least one timer comprises stopping the at least one timer.
A composition which induces proliferation and/or accumulation of regulatory T cells, the composition consisting of a mixture of 17 bacterial strains corresponding to the operational taxonomic units (OTUs) identified below:
An apparatus for producing a web of fibrous material, characterised by comprising: - a roll of metal material having its lateral surface provided with incisions having a circumferential component, and rotated at a peripheral velocity v 1 equal to the velocity of an upstream apparatus unit, said incisions having a depth of 0.01-2.00 mm a width of 0.01-2.00 mm a pitch 0.01-10.00 mm - at least one belt (8, 8') of compressible elastic material stretched between transmission rollers and made to advance at a velocity v 2 less than the peripheral velocity v 1 of said metal roll, where v 1 /v 2 lies between 1.05 and 1.40, - at least one presser roller (12, 12') of metal material rotating at a peripheral velocity v 2, associated with presser means acting in the sense of pressing said belt against said metal roll with a pressure between 1 kg and 200 kg per centimetre width of the contact band between said belt (8, 8') and said metal roll, - means for feeding a sheet of pliable fibrous material between said belt (8, 8') and said metal roll, said belt (8, 8') having a degree of elongability in the longitudinal direction not exceeding 5% at least on that side intended to adhere to said presser roller (12, 12'), dimensional stability along its entire length, thickness between 1 cm and 10 cm, and hardness between 24° Shore and 70° Shore. - a roll of metal material having its lateral surface provided with incisions having a circumferential component, and rotated at a peripheral velocity v 1 equal to the velocity of an upstream apparatus unit, said incisions having a depth of 0.01-2.00 mm a width of 0.01-2.00 mm a pitch 0.01-10.00 mm - at least one belt (8, 8') of compressible elastic material stretched between transmission rollers and made to advance at a velocity v 2 less than the peripheral velocity v 1 of said metal roll, where v 1 /v 2 lies between 1.05 and 1.40, - at least one presser roller (12, 12') of metal material rotating at a peripheral velocity v 2, associated with presser means acting in the sense of pressing said belt against said metal roll with a pressure between 1 kg and 200 kg per centimetre width of the contact band between said belt (8, 8') and said metal roll, - means for feeding a sheet of pliable fibrous material between said belt (8, 8') and said metal roll,
Torque transmission device for a drive train of a motor vehicle which is operated by internal combustion engine, having a torsional vibration damper, in particular a dual-mass flywheel, a friction clutch device, in particular a double clutch, and a friction device (106, 500) which is arranged between the torsional vibration damper and the friction clutch device, the friction device (106, 500) being active to damp axial vibrations, and the friction device (106, 500) having a first friction module (120, 200, 502) which is assigned to the torsional vibration damper and a second friction module (122, 300, 504, 600) which is assigned to the friction clutch device, and it being possible for the first friction module (120, 200, 502) and the second friction module (122, 300, 504, 600) to be moved relative to one another in the axial direction, characterized in that the torsional vibration damper has an input part which is connected to the internal combustion engine with the aid of at least one connecting means, and the first friction module (120, 200, 502) is connected to the input part of the torsional vibration damper with the aid of the at least one connecting means.
Spring hinge for spectacles having a hinge housing and having two hinge parts (4, 5) which are connected in an articulated manner to one another by a hinge spindle and of which one hinge part is mounted in the hinge housing so as to be displaceable against a retracting spring force and the other hinge part, which is supported on the hinge housing via a centring, forms at least one stop face (8, 9) which, in a stretched position of the hinge parts (4, 5), cooperates with the front side of the hinge housing, characterised in that the centring provided between the stop face (8, 9) of one hinge part and the front side of the hinge housing comprises at least one centring groove, which extends in the circumferential direction of the hinge spindle and has a wedge-shaped cross-section, and a centring projection which engages into this centring groove at least in the stretched position of the hinge parts (4, 5).
A method for establishing (44, 48) an ad-hoc group of users, based on addresses of a group of multiple users in a message received or sent using a first communication method, wherein the addresses enable the message to be sent or received using the first communication method, the method comprising: receiving or sending said message containing addresses of a group of multiple users, wherein said addresses of said multiple users are used for delivering said message using said first communication method to said multiple users; creating, in response to a user selection of which users of the group of multiple users to include in the ad-hoc group of users, group-data for said ad-hoc group of users out of said group of multiple users with addresses contained in said message, wherein the number of users in the ad-hoc group of users is capable of being less than the number of users in the group of multiple users, wherein said group-data contains parameters for each of said users in the ad-hoc group of users, for applying at least one further communication method, different from the first communication method, for communicating with at least one of said each of said users in the ad-hoc group of users using at least one of said parameters, said parameters being different than said addresses; receiving user input to specify whether said ad-hoc group is a permanent ad-hoc group; and if the ad-hoc group is a permanent ad-hoc group, storing said group-data permanently for future use. receiving or sending said message containing addresses of a group of multiple users, wherein said addresses of said multiple users are used for delivering said message using said first communication method to said multiple users; creating, in response to a user selection of which users of the group of multiple users to include in the ad-hoc group of users, group-data for said ad-hoc group of users out of said group of multiple users with addresses contained in said message, wherein the number of users in the ad-hoc group of users is capable of being less than the number of users in the group of multiple users, wherein said group-data contains parameters for each of said users in the ad-hoc group of users, for applying at least one further communication method, different from the first communication method, for communicating with at least one of said each of said users in the ad-hoc group of users using at least one of said parameters, said parameters being different than said addresses; receiving user input to specify whether said ad-hoc group is a permanent ad-hoc group; and if the ad-hoc group is a permanent ad-hoc group, storing said group-data permanently for future use.
Method for managing an electrochemical accumulator or a storage battery, in which an estimated value (SOHE bary (t)) of a state of deterioration of the accumulator is determined, this estimated value being used to control the supply of electricity to a vehicle by the accumulator or the battery, in particular from the history of the voltage values (U(t)) across the terminals of the accumulator, the history of the intensity (i(t)) of current flowing through the accumulator, and the history of the temperature (T(t)) of the accumulator, in which the estimated value (SOHE bary (t)) is a barycentric value of the state of deterioration calculated as a barycentre of at least two values indicative of the state of deterioration of the accumulator, that is to say a first value (SOHE model (t)) indicative of the state of deterioration of the accumulator calculated by a first method and a second value (SOHE R (t)) indicative of the state of deterioration of the accumulator calculated by a second method different from the first method, the method being characterized in that, from an initial state of commissioning of the accumulator, the barycentric coefficients (α 1, α 2) are varied linearly at least once, making it possible to calculate the next barycentric value of the state of deterioration of the accumulator, when a previous SOHE value of the state of deterioration of the accumulator, calculated according to the first method (SOHE model (t)), has passed a first threshold, so as to attribute the greatest weight to the method for which the error is the smallest.
Device for the monitored production of a high-pressure injection body in a ground, with a drill rod having an outlet for ejecting an injection medium into the ground, wherein the drill rod is rotatable to change an issuing direction of the outlet, with a measuring means for determining a depth of propagation of the injection medium from the outlet into the ground, wherein the measuring means is fixed on the drill rod, characterized in that on the drill rod gyroscopic measuring instruments are provided for detecting a direction of movement of at least a part of the drill rod brought about by the ejection of an injection medium, and in that electronic evaluation instruments are provided that are adapted - to determine a current issuing direction of the outlet on the basis of the detected direction of movement of the drill rod and - to assign an issuing direction determined in each case to different determined depths of propagation of the injection medium. - to determine a current issuing direction of the outlet on the basis of the detected direction of movement of the drill rod and - to assign an issuing direction determined in each case to different determined depths of propagation of the injection medium.
A method of manufacturing a tire product comprising the steps of: preparing a core-assembly of a rigid core and a rubber member formed on the rigid core, wherein the rigid core is attached to a spindle device, and the rubber member is to be vulcanization-molded and constitutes all or a portion of a green tire, conveying the core-assembly from the spindle device to a mold, and vulcanization-molding the rubber member on the rigid core in the mold, wherein the conveying of the core-assembly includes obtaining the weight of the rubber member included in the core-assembly, characterized in that the obtaining of the weight includes using a balancing device comprising a balance rod having a first end on which the core-assembly is loaded, and a second end to which a counterweight is attached so as to balance with the rigid core so that a weighing device measures the weight of the rubber member. preparing a core-assembly of a rigid core and a rubber member formed on the rigid core, wherein the rigid core is attached to a spindle device, and the rubber member is to be vulcanization-molded and constitutes all or a portion of a green tire, conveying the core-assembly from the spindle device to a mold, and vulcanization-molding the rubber member on the rigid core in the mold, wherein the conveying of the core-assembly includes obtaining the weight of the rubber member included in the core-assembly, characterized in that the obtaining of the weight includes using a balancing device comprising a balance rod having a first end on which the core-assembly is loaded, and a second end to which a counterweight is attached so as to balance with the rigid core so that a weighing device measures the weight of the rubber member.