mhurhangee/patent-ind-claim-en huggingface dataset:
A gas-insulated bus comprising: a current-carrying conductor disposed along the axial direction of a metallic container that is filled with an insulating gas ; a shield fitting through which the current-carrying conductor passes and that has a depressed portion formed on a portion of a barrel-shaped outer surface; an insulating support that has a second end thereof fixed in the depressed portion of the shield fitting and has a first end thereof fixed to the metallic container , and that supports the current-carrying conductor via the shield fitting ; characterized by : an internal conductor that is implanted in the second end of the insulating support and that, along with the second end, is positioned in the depressed portion and fixed to the shield fitting ; and a contact that is attached to the inner surface of the shield fitting , that is disposed in a space formed on the inside of the shield fitting , and that makes contact with the current-carrying conductor so as to maintain the shield fitting and the current-carrying conductor at the same electric potential, wherein the internal conductor has such a shape that the internal conductor and the shield fitting together form a substantially barrel-like profile. a current-carrying conductor disposed along the axial direction of a metallic container that is filled with an insulating gas ; a shield fitting through which the current-carrying conductor passes and that has a depressed portion formed on a portion of a barrel-shaped outer surface; an insulating support that has a second end thereof fixed in the depressed portion of the shield fitting and has a first end thereof fixed to the metallic container , and that supports the current-carrying conductor via the shield fitting ; characterized by : an internal conductor that is implanted in the second end of the insulating support and that, along with the second end, is positioned in the depressed portion and fixed to the shield fitting ; and a contact that is attached to the inner surface of the shield fitting , that is disposed in a space formed on the inside of the shield fitting , and that makes contact with the current-carrying conductor so as to maintain the shield fitting and the current-carrying conductor at the same electric potential, an internal conductor that is implanted in the second end of the insulating support and that, along with the second end, is positioned in the depressed portion and fixed to the shield fitting ; and a contact that is attached to the inner surface of the shield fitting , that is disposed in a space formed on the inside of the shield fitting , and that makes contact with the current-carrying conductor so as to maintain the shield fitting and the current-carrying conductor at the same electric potential, wherein the internal conductor has such a shape that the internal conductor and the shield fitting together form a substantially barrel-like profile.
A method for wireless communication by a user equipment, UE, comprising: receiving at least one configuration of a plurality of available narrowband physical random access channel, NPRACH, configurations or an indication of one of the plurality of available NPRACH configurations, wherein each of the plurality of NPRACH configurations comprises a different combination of at least two of a multi-level frequency hopping pattern and a cyclic prefix length, symbol group format, or tone spacing for NPRACH signals; determining at least one resource within a plurality of available NPRACH resources according to the received at least one configuration or the received indication; and transmitting a NPRACH signal using the determined at least one resource, wherein the NPRACH signal comprises one or more symbol groups in a single tone that hops within the plurality of available NPRACH resources according to the multi-level frequency hopping pattern and characterized in that the multi-level frequency hopping pattern comprises a first level hopping distance, a second level hopping distance, and a third level hopping distance. receiving at least one configuration of a plurality of available narrowband physical random access channel, NPRACH, configurations or an indication of one of the plurality of available NPRACH configurations, wherein each of the plurality of NPRACH configurations comprises a different combination of at least two of a multi-level frequency hopping pattern and a cyclic prefix length, symbol group format, or tone spacing for NPRACH signals; determining at least one resource within a plurality of available NPRACH resources according to the received at least one configuration or the received indication; and transmitting a NPRACH signal using the determined at least one resource, wherein the NPRACH signal comprises one or more symbol groups in a single tone that hops within the plurality of available NPRACH resources according to the multi-level frequency hopping pattern and characterized in that the multi-level frequency hopping pattern comprises a first level hopping distance, a second level hopping distance, and a third level hopping distance.
A speaker comprising: a body ; a surface structure rigidly attached to the body; piezoelectric deformable plate elements attached to the surface structure and configured to bend, when driven with a voltage or current source, the surface structure, at least one of the piezoelectric deformable plate elements comprising a first substantially rectangular piezoelectric deformable element attached to the surface structure, wherein the first piezoelectric deformable plate element is placed in a corner of the surface structure so that at least part of the first piezoelectric deformable plate element exceeds a center point of the surface structure; and a piezoelectric deformable plate element specific band-pass filter for at least one piezoelectric deformable plate element of the piezoelectric deformable plate elements, the band-pass filter having at least one piezoelectric deformable plate element specific pass band. a body ; a surface structure rigidly attached to the body; piezoelectric deformable plate elements attached to the surface structure and configured to bend, when driven with a voltage or current source, the surface structure, at least one of the piezoelectric deformable plate elements comprising a first substantially rectangular piezoelectric deformable element attached to the surface structure, wherein the first piezoelectric deformable plate element is placed in a corner of the surface structure so that at least part of the first piezoelectric deformable plate element exceeds a center point of the surface structure; and a piezoelectric deformable plate element specific band-pass filter for at least one piezoelectric deformable plate element of the piezoelectric deformable plate elements, the band-pass filter having at least one piezoelectric deformable plate element specific pass band.
An apparatus to produce powder from a wire by plasma atomization, comprising: - a device for preheating the wire; - at least one plasma torch for heating the wire to atomization; - a chamber for cooling atomized particles to solid state; and wherein the device for preheating the wire includes an induction coil. - a device for preheating the wire; - at least one plasma torch for heating the wire to atomization; - a chamber for cooling atomized particles to solid state; and
A heat-generating composition that contains 35 to 80% by weight of metallic powder, 1 to 10% by weight of a salt, 5 to 45% by weight of water, and 1 to 20% by weight of activated carbon and generates heat upon reaction with oxygen, wherein the heat-generating composition further comprises 3 to 40 parts by weight of a temperature control agent characterised in that the temperature control agent comprises one or more aliphatic compounds having a melting point of 35°C to 65°C and a water solubility (g/100 mL) at 20°C of 5 or less, with respect to 100 parts by weight of the heat-generating composition.
Apparatus for generating a new instance of an N-bit cryptographic key (K i+1 ) for storage in a non-volatile memory , NVM, belonging to a device , in which unprogrammed cells have a particular binary value, the apparatus characterized by comprising: a network interface ; and a processor , configured to: generate a random N-bit updating sequence (S i ), generate the new instance of the N-bit cryptographic key (Ki+i) by negating each bit in a current instance of the N-bit cryptographic key (K i ) that has the particular binary value and differs from a correspondingly-positioned bit in the random N-bit updating sequence (S i ), without negating any bits in the current instance of the N-bit cryptographic key (K i ) that do not have the particular binary value, and subsequently to generating the new instance of the N-bit cryptographic key (K i+1 ), using the network interface , communicate the new instance of the N-bit cryptographic key (Ki+i) to the device for storage in the NVM . a network interface ; and a processor , configured to: generate a random N-bit updating sequence (S i ), generate the new instance of the N-bit cryptographic key (Ki+i) by negating each bit in a current instance of the N-bit cryptographic key (K i ) that has the particular binary value and differs from a correspondingly-positioned bit in the random N-bit updating sequence (S i ), without negating any bits in the current instance of the N-bit cryptographic key (K i ) that do not have the particular binary value, and subsequently to generating the new instance of the N-bit cryptographic key (K i+1 ), using the network interface , communicate the new instance of the N-bit cryptographic key (Ki+i) to the device for storage in the NVM . generate a random N-bit updating sequence (S i ), generate the new instance of the N-bit cryptographic key (Ki+i) by negating each bit in a current instance of the N-bit cryptographic key (K i ) that has the particular binary value and differs from a correspondingly-positioned bit in the random N-bit updating sequence (S i ), without negating any bits in the current instance of the N-bit cryptographic key (K i ) that do not have the particular binary value, and subsequently to generating the new instance of the N-bit cryptographic key (K i+1 ), using the network interface , communicate the new instance of the N-bit cryptographic key (Ki+i) to the device for storage in the NVM .
A method for wireless communications by a base station, BS, comprising: determining a set of resources for a physical broadcast channel, PBCH, with enhanced coverage relative to a regular PBCH transmitted with a 40 ms period; and communicating to at least one user equipment, UE, based on the determined set of resources for the PBCH by transmitting the PBCH on a subframe allocated for communicating with MTC devices, MTC subframe, wherein the PBCH comprises a first PBCH and a second PBCH, wherein the second PBCH is a repeated PBCH, characterized in that the first PBCH or/and the second PBCH is transmitted at a higher power spectral density, PSD, than other downlink transmission signals in the subframe and wherein the first PBCH and second PBCH are transmitted at different PSDs. determining a set of resources for a physical broadcast channel, PBCH, with enhanced coverage relative to a regular PBCH transmitted with a 40 ms period; and communicating to at least one user equipment, UE, based on the determined set of resources for the PBCH by transmitting the PBCH on a subframe allocated for communicating with MTC devices, MTC subframe, wherein the PBCH comprises a first PBCH and a second PBCH, wherein the second PBCH is a repeated PBCH, characterized in that the first PBCH or/and the second PBCH is transmitted at a higher power spectral density, PSD, than other downlink transmission signals in the subframe and wherein the first PBCH and second PBCH are transmitted at different PSDs.
Method for monitoring an industrial plant comprising at least one continuous flow engine , wherein the method comprises the steps of: - acquiring a measurement value from at least one sensor (1, 1', 1"), - determining whether the acquired measurement value is comprised within a threshold value range, - in case it is determined that the measurement value is outside the threshold value range, triggering an alarm action, wherein the alarm action comprises sending an evaluation request to an operator, the method characterised in that it further comprises the steps of: - receiving an evaluation data from the operator, wherein the evaluation data is based on one of: determining, by the operator, that the alarm action is false and as a result triggering an increase of the threshold value range, or determining, by the operator, the alarm action is correct, or determining, by the operator, that the alarm action is possibly correct, and as a result adding to a counter , wherein when the counter reaches a counter limit, triggering as a result a raising of the threshold value range. - acquiring a measurement value from at least one sensor (1, 1', 1"), - determining whether the acquired measurement value is comprised within a threshold value range, - in case it is determined that the measurement value is outside the threshold value range, triggering an alarm action, wherein the alarm action comprises sending an evaluation request to an operator, the method characterised in that it further comprises the steps of: - receiving an evaluation data from the operator, wherein the evaluation data is based on one of: determining, by the operator, that the alarm action is false and as a result triggering an increase of the threshold value range, or determining, by the operator, the alarm action is correct, or determining, by the operator, that the alarm action is possibly correct, and as a result adding to a counter , wherein when the counter reaches a counter limit, triggering as a result a raising of the threshold value range. - receiving an evaluation data from the operator, wherein the evaluation data is based on one of: determining, by the operator, that the alarm action is false and as a result triggering an increase of the threshold value range, or determining, by the operator, the alarm action is correct, or determining, by the operator, that the alarm action is possibly correct, and as a result adding to a counter , wherein when the counter reaches a counter limit, triggering as a result a raising of the threshold value range. determining, by the operator, that the alarm action is false and as a result triggering an increase of the threshold value range, or determining, by the operator, the alarm action is correct, or determining, by the operator, that the alarm action is possibly correct, and as a result adding to a counter , wherein when the counter reaches a counter limit, triggering as a result a raising of the threshold value range.
An apparatus comprising: a wireless communication chipset including an in-phase and quadrature modulator, the wireless communication chipset configured to modulate, via the in-phase and quadrature modulator, a first signal based on a first modulation type; and a controller configured to select the first modulation type to enable detection of a target that reflects the modulated first signal; wherein the wireless communication chipset includes another in-phase and quadrature modulator; wherein the wireless communication chipset is configured to modulate, via the other in-phase and quadrature modulation, a second signal based on a second modulation type; wherein the controller is configured to select the second modulation type to enable data to be wirelessly communicated with another apparatus; characterized in that the first and second modulation types cause the first and second signals to be orthogonal to each other; and the wireless communication chipset is configured to transmit a portion of the first signal and a portion of the second signal at a same time, wherein the first signal comprises a radar signal. a wireless communication chipset including an in-phase and quadrature modulator, the wireless communication chipset configured to modulate, via the in-phase and quadrature modulator, a first signal based on a first modulation type; and a controller configured to select the first modulation type to enable detection of a target that reflects the modulated first signal; wherein the wireless communication chipset includes another in-phase and quadrature modulator; wherein the wireless communication chipset is configured to modulate, via the other in-phase and quadrature modulation, a second signal based on a second modulation type; wherein the controller is configured to select the second modulation type to enable data to be wirelessly communicated with another apparatus; characterized in that the first and second modulation types cause the first and second signals to be orthogonal to each other; and the wireless communication chipset is configured to transmit a portion of the first signal and a portion of the second signal at a same time, wherein the first signal comprises a radar signal.
An acetabular reamer handle comprising: a hollow shaft having a distal end ; a hollow neck part having a longitudinal axis ; a driveline extending through the shaft and the neck part, wherein a distally located head part of the driveline is mounted for rotation about the longitudinal axis of the neck part and is connectable to an acetabular reamer , and wherein the distal end of the shaft and a proximal end of the neck part are pivotally attached to allow the shaft to be tilted relative to the longitudinal axis of the neck part; and a locking mechanism comprising an engagement member having an engagement surface located at the distal end of the shaft, wherein the proximal end of the neck part includes a surface for engagement with the engagement surface of the engagement member, wherein said surface of the proximal end of the neck part is contained in a plane, wherein the engagement surface is substantially perimetric to a longitudinal axis of the hollow shaft at the distal end of the shaft, and wherein the engagement member is moveable distally to urge the engagement surface against the surface at the proximal end of the neck part to resist said tilting of the shaft relative to the longitudinal axis of the neck part. a hollow shaft having a distal end ; a hollow neck part having a longitudinal axis ; a driveline extending through the shaft and the neck part, wherein a distally located head part of the driveline is mounted for rotation about the longitudinal axis of the neck part and is connectable to an acetabular reamer , and wherein the distal end of the shaft and a proximal end of the neck part are pivotally attached to allow the shaft to be tilted relative to the longitudinal axis of the neck part; and a locking mechanism comprising an engagement member having an engagement surface located at the distal end of the shaft, wherein the proximal end of the neck part includes a surface for engagement with the engagement surface of the engagement member, wherein said surface of the proximal end of the neck part is contained in a plane, wherein the engagement surface is substantially perimetric to a longitudinal axis of the hollow shaft at the distal end of the shaft, and wherein the engagement member is moveable distally to urge the engagement surface against the surface at the proximal end of the neck part to resist said tilting of the shaft relative to the longitudinal axis of the neck part.
Pedal unit for use in a vehicle, in particular for use in a truck, comprising: a main body being adapted to be mounted to a firewall of the vehicle that separates a driver's cabin from the engine compartment of the vehicle, said main body comprising a plurality of passages , each passage allowing for fluid communication between an inlet port on a first side of said main body configured to face the driver's cabin and an outlet port on a second side of said main body configured to face the engine compartment, and a first coupling being detachably mounted to said main body , characterized in that said first coupling has a plurality of internal passageways , each internal passageway being in fluid communication with a respective inlet port or outlet port of said main body and adapted to receive a fluid line , and wherein the main body comprises at least one of a braking, clutch or throttle pedal. a main body being adapted to be mounted to a firewall of the vehicle that separates a driver's cabin from the engine compartment of the vehicle, said main body comprising a plurality of passages , each passage allowing for fluid communication between an inlet port on a first side of said main body configured to face the driver's cabin and an outlet port on a second side of said main body configured to face the engine compartment, and a first coupling being detachably mounted to said main body , characterized in that said first coupling has a plurality of internal passageways , each internal passageway being in fluid communication with a respective inlet port or outlet port of said main body and adapted to receive a fluid line , and wherein the main body comprises at least one of a braking, clutch or throttle pedal.
Moulding method comprising the steps of: - providing a capsule body comprising at least one annular wall made of metallic material; - arranging said capsule body in a mould; - defining a moulding cavity in said mould that is suitable for overmoulding a safety ring on said annular wall ; - overmoulding the safety ring on said annular wall by introducing a plastic material into said moulding cavity ; wherein said step of defining a moulding cavity comprises: - defining a first annular sealing zone of the plastic material between a first surface of said capsule body and a first portion of mould inserted into said capsule body ; characterized in that said step of defining a moulding cavity comprises: - defining a second annular sealing zone of the plastic material between a second surface of said capsule body and at least two half-portions of mould that are openable and closable relative to one another to allow the arrangement of said capsule body in the mould; - defining a third annular sealing zone of the plastic material between said first portion and said at least two half-portions of mould. - providing a capsule body comprising at least one annular wall made of metallic material; - arranging said capsule body in a mould; - defining a moulding cavity in said mould that is suitable for overmoulding a safety ring on said annular wall ; - overmoulding the safety ring on said annular wall by introducing a plastic material into said moulding cavity ; - defining a first annular sealing zone of the plastic material between a first surface of said capsule body and a first portion of mould inserted into said capsule body ; - defining a second annular sealing zone of the plastic material between a second surface of said capsule body and at least two half-portions of mould that are openable and closable relative to one another to allow the arrangement of said capsule body in the mould; - defining a third annular sealing zone of the plastic material between said first portion and said at least two half-portions of mould.