mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for mounting a tyre on a respective rim of a wheel of a vehicle, comprising: - a frame; - a chuck, connected to the frame to rotate about an axis of rotation and connectable to the wheel to entrain it in rotation; - a working tool which is movable relative to the frame towards the wheel to come into contact with the tyre; - a bead seating device configured to generate an air flow to be injected between a flange of the rim and a bead of the tyre in order to seat the tyre on the rim of the wheel, the bead seating device being movable relative to the chuck along a transverse orientation, perpendicular to the axis of rotation, between a rest position, in which the bead seating device is spaced from the rim, and a working position, in which the bead seating device is interposed between the flange of the rim and the bead of the tyre, the bead seating device including: a rigid element, an injection nozzle connected to the rigid element and configured to be interposed between the flange of the rim and the bead of the tyre when the bead seating device is at the working position; and a duct connected to the injection nozzle to feed the air flow to it, characterized in that, at the working position, the bead seating device is operatively constrained rigidly to the frame and wherein the apparatus comprises a locking device configured to make the rigid element of the bead seating device become one with the frame in its working position, so that the bead seating device remains independently and fixedly stationary at the position, even when subjected to a force generated by the air flow. - a frame; - a chuck, connected to the frame to rotate about an axis of rotation and connectable to the wheel to entrain it in rotation; - a working tool which is movable relative to the frame towards the wheel to come into contact with the tyre; - a bead seating device configured to generate an air flow to be injected between a flange of the rim and a bead of the tyre in order to seat the tyre on the rim of the wheel, the bead seating device being movable relative to the chuck along a transverse orientation, perpendicular to the axis of rotation, between a rest position, in which the bead seating device is spaced from the rim, and a working position, in which the bead seating device is interposed between the flange of the rim and the bead of the tyre, the bead seating device including: a rigid element, an injection nozzle connected to the rigid element and configured to be interposed between the flange of the rim and the bead of the tyre when the bead seating device is at the working position; and a duct connected to the injection nozzle to feed the air flow to it, characterized in that, at the working position, the bead seating device is operatively constrained rigidly to the frame and wherein the apparatus comprises a locking device configured to make the rigid element of the bead seating device become one with the frame in its working position, so that the bead seating device remains independently and fixedly stationary at the position, even when subjected to a force generated by the air flow.
A device for the fragmentation of a calculus, comprising - a probe and - a drive unit for deflecting the probe along its longitudinal extension, the drive unit comprising a first drive means for the periodic deflection of the probe and a second drive means for the pulsed deflection of the probe, the drive unit being configured such that an impact on the first drive means emanating from the second drive means is reduced, the first drive means acting on the probe via an oscillating member, characterized in that the second drive means acts on the probe via a baffle, the first drive means transmitting a force onto the oscillating member via a transmission region, the force causing the periodic oscillation, the transmission region being designed to be frequency-selective, in particular to be a low-pass filter, for attenuating pulsed oscillations, wherein the transmission region has a cross-sectional tapering, for example in the form of a washer, between a transmission body of the first drive means and the oscillating member, as a result of which the impact, in particular the force impact, from the second drive means onto the first drive means is reduced. - a probe and - a drive unit for deflecting the probe along its longitudinal extension, the drive unit comprising a first drive means for the periodic deflection of the probe and a second drive means for the pulsed deflection of the probe, the drive unit being configured such that an impact on the first drive means emanating from the second drive means is reduced, the first drive means acting on the probe via an oscillating member, characterized in that the second drive means acts on the probe via a baffle, the first drive means transmitting a force onto the oscillating member via a transmission region, the force causing the periodic oscillation, the transmission region being designed to be frequency-selective, in particular to be a low-pass filter, for attenuating pulsed oscillations, wherein the transmission region has a cross-sectional tapering, for example in the form of a washer, between a transmission body of the first drive means and the oscillating member, as a result of which the impact, in particular the force impact, from the second drive means onto the first drive means is reduced.
A recording apparatus which records a first data with a high resolution and a second data with a resolution lower than the resolution of the first data as separate files, the first data and the second data being generated from a same video and audio source, said recording apparatus comprising: an input unit (101,102) operable to receive the video and audio source from outside; a first coding unit operable to code the video and audio source inputted from said input unit in order to generate the first data; a second coding unit operable to code the video and audio source inputted from said input unit in order to generate the second data, the second data being coded with a resolution lower than a resolution of the first data; and a recording unit operable to record at least the data coded by said first coding unit onto a recording medium, wherein the second data includes identification information unique to the first data, the recording medium has a serial number which is unique to each recording medium, and said recording unit is operable to store the serial number into the second data corresponding to the first data. an input unit (101,102) operable to receive the video and audio source from outside; a first coding unit operable to code the video and audio source inputted from said input unit in order to generate the first data; a second coding unit operable to code the video and audio source inputted from said input unit in order to generate the second data, the second data being coded with a resolution lower than a resolution of the first data; and a recording unit operable to record at least the data coded by said first coding unit onto a recording medium, wherein the second data includes identification information unique to the first data, the recording medium has a serial number which is unique to each recording medium, and said recording unit is operable to store the serial number into the second data corresponding to the first data.
An autopilot comprising: position, velocity and heading sensors (210, 215); and steering actuators and drive wheel torque actuators; the autopilot being characterized in that it comprises a microprocessor and memory that: estimate a vehicle's state using data provided by the sensors (210, 215) and a digital filter, and, use the actuators to guide the vehicle toward a pre-programmed path stored in the memory with the aid of differential torque advancing or retarding individual drive wheels to augment conventional steering. position, velocity and heading sensors (210, 215); and steering actuators and drive wheel torque actuators; the autopilot being characterized in that it comprises a microprocessor and memory that: estimate a vehicle's state using data provided by the sensors (210, 215) and a digital filter, and, use the actuators to guide the vehicle toward a pre-programmed path stored in the memory with the aid of differential torque advancing or retarding individual drive wheels to augment conventional steering. estimate a vehicle's state using data provided by the sensors (210, 215) and a digital filter, and, use the actuators to guide the vehicle toward a pre-programmed path stored in the memory with the aid of differential torque advancing or retarding individual drive wheels to augment conventional steering.
A T-cell receptor, which binds to a Wilms tumour 1 protein peptide when presented by a major histocompatibility complex, wherein the TCR comprises the following CDR sequences: CDR1α - KALYS (SEQ ID NO: 1), CDR2α - LLKGGEQ (SEQ ID NO: 2), CDR3α - CGTAWINDYKLSF (SEQ ID NO: 3), CDR1β - SGHDY (SEQ ID NO: 6), CDR2β - FNNNVP (SEQ ID NO: 7), and CDR3β - CASRKTGGYSNQPQHF (SEQ ID NO: 8), and wherein the TCR is HLA-A*0201 restricted. CDR1α - KALYS (SEQ ID NO: 1), CDR2α - LLKGGEQ (SEQ ID NO: 2), CDR3α - CGTAWINDYKLSF (SEQ ID NO: 3), CDR1β - SGHDY (SEQ ID NO: 6), CDR2β - FNNNVP (SEQ ID NO: 7), and CDR3β - CASRKTGGYSNQPQHF (SEQ ID NO: 8),
A computer-implemented method comprising: receiving a policy that defines for an electronic document, a set of guidelines for access to the electronic document; generating, based on the policy, a smart contract including a set of rules that each specify a condition for access to the electronic document and when executed change a user's access rights with respect to the electronic document if the corresponding condition exists; publishing the smart contract to a blockchain; triggering an oracle to input a user request related to an electronic document and data received with the user request to the smart contract published on the blockchain; receiving from the smart contract based on execution of at least one of the rules, an indication of an access right for the user that is output by the smart contract based on the data received with the user request satisfying the condition associated with the at least one of the rules; and enabling the user request if the access right indicates an action associated with the user request is permissible. receiving a policy that defines for an electronic document, a set of guidelines for access to the electronic document; generating, based on the policy, a smart contract including a set of rules that each specify a condition for access to the electronic document and when executed change a user's access rights with respect to the electronic document if the corresponding condition exists; publishing the smart contract to a blockchain; triggering an oracle to input a user request related to an electronic document and data received with the user request to the smart contract published on the blockchain; receiving from the smart contract based on execution of at least one of the rules, an indication of an access right for the user that is output by the smart contract based on the data received with the user request satisfying the condition associated with the at least one of the rules; and enabling the user request if the access right indicates an action associated with the user request is permissible.
A surgical instrument comprising: an anvil comprising an anvil tissue contacting surface; a cartridge having a cartridge tissue contacting surface having a first contacting portion of a first height and a second contacting portion of a second different height, to define respectively a first gap between the first contacting portion and the anvil tissue contacting surface; and a second gap between the second contacting portion and the anvil tissue contacting surface, the second gap being different from the first gap such that tissue disposed between the anvil and the cartridge is subjected to two different values of compression; characterised in that: the first and second contacting portions are provided along and are substantially parallel to a longitudinal axis of the instrument extending from a proximal end to a distal end whereby the values of compression vary along the longitudinal axis of the cartridge. an anvil comprising an anvil tissue contacting surface; a cartridge having a cartridge tissue contacting surface having a first contacting portion of a first height and a second contacting portion of a second different height, to define respectively a first gap between the first contacting portion and the anvil tissue contacting surface; and a second gap between the second contacting portion and the anvil tissue contacting surface, the second gap being different from the first gap such that tissue disposed between the anvil and the cartridge is subjected to two different values of compression; characterised in that: the first and second contacting portions are provided along and are substantially parallel to a longitudinal axis of the instrument extending from a proximal end to a distal end whereby the values of compression vary along the longitudinal axis of the cartridge.
Metalworking method in which liquid aluminium or a liquid aluminium alloy from the group with aluminium-silicon, aluminium-calcium, aluminiumstrontium and aluminium-magnesium alloy comes into contact with the surface of an article, where prior to the contact with the liquid aluminium or the liquid aluminium alloy, a refractory coating is applied to the surface, the refractory coating being free from boron nitride and from an organosiloxane and containing a. particulate yttrium oxide, and b. as well as the yttrium oxide a particulate ceramic filler, and c. particles of Al 2 O 3 as inorganic particulate binder for connecting the yttrium oxide particles and the filler particles to one another, and d. a suspension medium. a. particulate yttrium oxide, and b. as well as the yttrium oxide a particulate ceramic filler, and c. particles of Al 2 O 3 as inorganic particulate binder for connecting the yttrium oxide particles and the filler particles to one another, and d. a suspension medium.
A calibration device comprising: a measurement housing accommodating a filling vessel to which a high pressure fuel gas is fed from outside from a hydrogen filling apparatus to be calibrated; a scale for measuring a weight of a fuel gas fed to the filling vessel; and a main body housing accommodating the measurement housing and the scale, characterized in that the filling vessel, a filling gas supply pipe arranged between a receptacle and the filling vessel, and a filling gas release pipe are fixed or disposed to the measurement housing through supporting members (8, 14A-14C, 15), said filling vessel being mounted on a bottom face of the measurement housing through a supporting member, said filling gas supply pipe being fixed to a bottom face portion of the measurement housing by the supporting members (14A-14C) and said filling gas release pipe being fixed to the upper face portion of the measurement housing by a supporting member, said supporting members (8, 14A-14C, 15) having a heat insulating property, a portion of which is a member with low heat conductivity such as rubber and resin. a measurement housing accommodating a filling vessel to which a high pressure fuel gas is fed from outside from a hydrogen filling apparatus to be calibrated; a scale for measuring a weight of a fuel gas fed to the filling vessel; and a main body housing accommodating the measurement housing and the scale, characterized in that the filling vessel, a filling gas supply pipe arranged between a receptacle and the filling vessel, and a filling gas release pipe are fixed or disposed to the measurement housing through supporting members (8, 14A-14C, 15), said filling vessel being mounted on a bottom face of the measurement housing through a supporting member, said filling gas supply pipe being fixed to a bottom face portion of the measurement housing by the supporting members (14A-14C) and said filling gas release pipe being fixed to the upper face portion of the measurement housing by a supporting member, said supporting members (8, 14A-14C, 15) having a heat insulating property, a portion of which is a member with low heat conductivity such as rubber and resin.
A method performed by one or more processing devices for transmitting an input audio signal having N channels, comprising: selecting M channels for a downmixed output audio signal based on a desired bitrate, where N and M are non-zero positive integers, M is greater than one and N is greater than M; downmixing and encoding the N channels to M channels using the one or more processing devices and a combination of multiplet pan laws to obtain a pulse code modulation, PCM, bed mix containing M multiplet-encoded channels; transmitting the PCM bed mix at or below the desired bitrate; separating the plurality of M multiplet-encoded channels; upmixing and decoding each of the M multiplet-encoded channels using the one or more processing devices and the combination of multiplet pan laws to extract the N channels from the M multiplet-encoded channels and obtain a resultant output audio signal having N channels; and rendering the resultant output audio signal in a playback environment having a playback channel layout. selecting M channels for a downmixed output audio signal based on a desired bitrate, where N and M are non-zero positive integers, M is greater than one and N is greater than M; downmixing and encoding the N channels to M channels using the one or more processing devices and a combination of multiplet pan laws to obtain a pulse code modulation, PCM, bed mix containing M multiplet-encoded channels; transmitting the PCM bed mix at or below the desired bitrate; separating the plurality of M multiplet-encoded channels; upmixing and decoding each of the M multiplet-encoded channels using the one or more processing devices and the combination of multiplet pan laws to extract the N channels from the M multiplet-encoded channels and obtain a resultant output audio signal having N channels; and rendering the resultant output audio signal in a playback environment having a playback channel layout.
Lithium disilicate glass ceramic having the following composition: 55 to 70% by weight SiO 2, 10 to 15% by weight Li 2 O, 10 to 20% by weight of stabiliser selected from the group consisting of ZrO 2 or mixtures of ZrO 2 and HfO 2, 0.1 to 5% by weight K 2 O, 0.1 to 5% by weight Al 2 O 3, 0 to 10% by weight of additives selected from the group consisting of boron oxide, phosphorus oxide, fluorine, sodium oxide, barium oxide, strontium oxide, magnesium oxide, zinc oxide, calcium oxide, yttrium oxide, titanium oxide, niobium oxide, tantalum oxide, lanthanum oxide and mixtures thereof, as well as 0 to 10% by weight of dyes, wherein the stabiliser is substantially present in the amorphous phase. 55 to 70% by weight SiO 2, 10 to 15% by weight Li 2 O, 10 to 20% by weight of stabiliser selected from the group consisting of ZrO 2 or mixtures of ZrO 2 and HfO 2, 0.1 to 5% by weight K 2 O, 0.1 to 5% by weight Al 2 O 3, 0 to 10% by weight of additives selected from the group consisting of boron oxide, phosphorus oxide, fluorine, sodium oxide, barium oxide, strontium oxide, magnesium oxide, zinc oxide, calcium oxide, yttrium oxide, titanium oxide, niobium oxide, tantalum oxide, lanthanum oxide and mixtures thereof, as well as 0 to 10% by weight of dyes,
A computer-implemented method for anonymously transmitting data in a network, comprising: receiving, by a network node, from a client device, a request data structure; identifying, by the network node, in the request data structure, a first substructure containing personal data and a second substructure not containing personal data; encrypting, by the network node, the first substructure and transmitting the first encrypted substructure and the second substructure to a server, wherein the personal data encrypted in the first substructure cannot be decrypted by the server; receiving, by the network node, from the server a response data structure; wherein the response data structure comprises the first encrypted substructure and a third encrypted substructure, wherein the third encrypted substructure cannot be decrypted by the network node; and decrypting, by the network node, the first encrypted substructure and transmitting the first decrypted substructure and the third encrypted substructure to the client device, wherein the third encrypted substructure can be decrypted by the client device. receiving, by a network node, from a client device, a request data structure; identifying, by the network node, in the request data structure, a first substructure containing personal data and a second substructure not containing personal data; encrypting, by the network node, the first substructure and transmitting the first encrypted substructure and the second substructure to a server, wherein the personal data encrypted in the first substructure cannot be decrypted by the server; receiving, by the network node, from the server a response data structure; wherein the response data structure comprises the first encrypted substructure and a third encrypted substructure, wherein the third encrypted substructure cannot be decrypted by the network node; and decrypting, by the network node, the first encrypted substructure and transmitting the first decrypted substructure and the third encrypted substructure to the client device, wherein the third encrypted substructure can be decrypted by the client device.
1. A method for transmitting data by inductive coupling, comprising a step of applying bursts (B2, B3) of a periodic signal (Slm) to a tuned inductive antenna circuit at the rate of a data-carrying signal (MS(DTx)), to produce an antenna signal (Vam) generating a magnetic field, in which the amplitude of each burst is delimited by an envelope signal (E2, E3) having a rising edge (i1-i2) and a falling edge (i3-i4), characterized in that it comprises a step of shaping at least the falling edge of the envelope signal (E2, E3) by means of a digital or analog shaping circuit so as to flatten its slope to attenuate or remove transient oscillations of the antenna signal (Vam) that would appear in the antenna circuit after each application of a burst if bursts of a periodic signal with a square wave envelope signal were applied thereto.