mhurhangee/patent-ind-claim-en huggingface dataset:
An intake assembly for a compressor providing compressed air to an internal combustion engine core , the intake assembly comprising: an air conduit having at least one heat exchanger extending thereacross such that an airflow through the air conduit circulates through the at least one heat exchanger , each of the at least one heat exchanger configured to circulate a fluid to be cooled in heat exchange relationship with the airflow circulating therethrough; an intake plenum configured for connection to an inlet of the compressor characterized in that the intake assembly further comprises a first intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit upstream of the at least one heat exchanger ; a second intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit downstream of the at least one heat exchanger ; and a selector valve configurable between a first configuration where the selector valve allows the fluid communication between the intake plenum and the air conduit through the first intake conduit and a second configuration where the selector valve prevents the fluid communication between the intake plenum and the air conduit through the first intake conduit , the fluid communication between the intake plenum and the air conduit through the second intake conduit being allowed at least when the selector valve is in the second configuration. an air conduit having at least one heat exchanger extending thereacross such that an airflow through the air conduit circulates through the at least one heat exchanger , each of the at least one heat exchanger configured to circulate a fluid to be cooled in heat exchange relationship with the airflow circulating therethrough; an intake plenum configured for connection to an inlet of the compressor characterized in that the intake assembly further comprises a first intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit upstream of the at least one heat exchanger ; a second intake conduit providing fluid communication between the intake plenum and the air conduit and connected to the air conduit downstream of the at least one heat exchanger ; and a selector valve configurable between a first configuration where the selector valve allows the fluid communication between the intake plenum and the air conduit through the first intake conduit and a second configuration where the selector valve prevents the fluid communication between the intake plenum and the air conduit through the first intake conduit , the fluid communication between the intake plenum and the air conduit through the second intake conduit being allowed at least when the selector valve is in the second configuration.
An electrosurgical instrument, comprising: an end effector, comprising: a first jaw; and a second jaw , wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, wherein the second jaw comprises a gradually narrowing body extending from a proximal end to a distal end, and wherein the gradually narrowing body comprises a tissue contacting surface comprising: an insulative layer comprising a first material, wherein the insulative layer extends on opposite sides of an intermediate area extending along a length of the gradually narrowing body; and wherein the intermediate area defines an electrode comprising segments configured to yield variable energy densities along the tissue contacting surface, wherein the segments comprise: conductive segments ; and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material. a first jaw; and a second jaw , wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, wherein the second jaw comprises a gradually narrowing body extending from a proximal end to a distal end, and wherein the gradually narrowing body comprises a tissue contacting surface comprising: an insulative layer comprising a first material, wherein the insulative layer extends on opposite sides of an intermediate area extending along a length of the gradually narrowing body; and wherein the intermediate area defines an electrode comprising segments configured to yield variable energy densities along the tissue contacting surface, wherein the segments comprise: conductive segments ; and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material. an insulative layer comprising a first material, wherein the insulative layer extends on opposite sides of an intermediate area extending along a length of the gradually narrowing body; and wherein the intermediate area defines an electrode comprising segments configured to yield variable energy densities along the tissue contacting surface, wherein the segments comprise: conductive segments ; and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material. conductive segments ; and insulative segments alternating with the conductive segments along the intermediate area, wherein the insulative segments comprise a second material different from the first material.
A method for providing operational feedback during power transfer in a wireless power transfer system that comprises a power transmit device arranged to transfer power over an inductive wireless power transfer interface operating at a transmit frequency, f TX , to a power receive device , the wireless power transfer system being adapted to transfer information at half duplex using Frequency Shift Keying, FSK, in one direction and Amplitude Shift Keying, ASK, in the other direction, the method comprising: transferring , at the transmit frequency, f TX , by the power transmit device, power to the power receive device and, during the transferring : transmitting , at the transmit frequency, f TX , by one of the power transmit device or the power receive device , a first data packet to the other of the power transmit device or the power receive device using one of two modulation types being FSK or ASK, receiving , by the other of the devices , the first data packet and, during the receiving and if a signaling condition is determined to be fulfilled, transmitting , at the transmit frequency, f TX , by the other of the devices to said one of the devices , operational information using the other of said modulation types. transmitting , at the transmit frequency, f TX , by one of the power transmit device or the power receive device , a first data packet to the other of the power transmit device or the power receive device using one of two modulation types being FSK or ASK, receiving , by the other of the devices , the first data packet and, during the receiving and if a signaling condition is determined to be fulfilled, transmitting , at the transmit frequency, f TX , by the other of the devices to said one of the devices , operational information using the other of said modulation types.
A spinal implant comprising: a body including an inner surface that defines a cavity configured for disposal of a member ; and a locking element engageable with the member within the cavity to fix the member with the body , the body further including a wall that defines a bay configured for disposal of a longitudinal element being engageable with the wall to fix the longitudinal element with the body independent of the member , wherein the locking element comprises a screw and a fixation element connected with the screw , the fixation element being engageable with the member within the cavity , characterized in that the inner surface further defines a slot having a proximal end and a distal end , the fixation element being engageable with the inner surface adjacent to the ends , wherein the ends of the slot define a range of translation of the locking element within the cavity , and wherein the fixation element includes an outer flange being engageable with the inner surface adjacent to the ends . a body including an inner surface that defines a cavity configured for disposal of a member ; and a locking element engageable with the member within the cavity to fix the member with the body , the body further including a wall that defines a bay configured for disposal of a longitudinal element being engageable with the wall to fix the longitudinal element with the body independent of the member , wherein the locking element comprises a screw and a fixation element connected with the screw , the fixation element being engageable with the member within the cavity , characterized in that the inner surface further defines a slot having a proximal end and a distal end , the fixation element being engageable with the inner surface adjacent to the ends , wherein the ends of the slot define a range of translation of the locking element within the cavity , and wherein the fixation element includes an outer flange being engageable with the inner surface adjacent to the ends .
A method, as executed in a service control node in a communication network comprising a plurality of service points, of providing keys for protecting communication between a terminal and said service points, comprising the following steps: - A) establishing (600;3:1)a basic key (Ik) for the terminal during a registration procedure when the terminal has entered the network and initializing a key version parameter (v) to an initial value; - B) creating (602;3:2) an initial modified key (Ik 1 ) by applying a predetermined function (f) to at least the basic key and the initial value of the key version parameter (v), when the terminal starts a first communication session; - C) sending (3:3) the initial modified key to a service point to which the terminal is initially attached, the modified key being usable to protect communication between the terminal and the service point, - D) receiving (3:13) a key request from a new service point, and - E) updating (3:14) said value of said key version parameter (v), to an updated value (v') by changing it according to a predetermined scheme or algorithm, and creating a second initial modified key (Ik' x ) based on the basic key (Ik) and said updated key version parameter (v'). - A) establishing (600;3:1)a basic key (Ik) for the terminal during a registration procedure when the terminal has entered the network and initializing a key version parameter (v) to an initial value; - B) creating (602;3:2) an initial modified key (Ik 1 ) by applying a predetermined function (f) to at least the basic key and the initial value of the key version parameter (v), when the terminal starts a first communication session; - C) sending (3:3) the initial modified key to a service point to which the terminal is initially attached, the modified key being usable to protect communication between the terminal and the service point, - D) receiving (3:13) a key request from a new service point, and - E) updating (3:14) said value of said key version parameter (v), to an updated value (v') by changing it according to a predetermined scheme or algorithm, and creating a second initial modified key (Ik' x ) based on the basic key (Ik) and said updated key version parameter (v').
A first wireless device , comprising: a near-field transceiver; and a wireless device presence detection module configured to, generate a second wireless device presence signal if a mobile, second wireless device is detected as being within a preselected range by way of communication with the near field transceiver, and wherein the preselected range is limited by the near-field transceiver; and generate a third wireless device presence signal if a mobile, third wireless device is within the preselected range; and a communications control module , configured to, enable communication between the first and second wireless devices in response to the second device presence signal; and disable communication between the first and third wireless devices in response to the third device presence signal. a near-field transceiver; and a wireless device presence detection module configured to, generate a second wireless device presence signal if a mobile, second wireless device is detected as being within a preselected range by way of communication with the near field transceiver, and wherein the preselected range is limited by the near-field transceiver; and generate a third wireless device presence signal if a mobile, third wireless device is within the preselected range; and generate a second wireless device presence signal if a mobile, second wireless device is detected as being within a preselected range by way of communication with the near field transceiver, and wherein the preselected range is limited by the near-field transceiver; and generate a third wireless device presence signal if a mobile, third wireless device is within the preselected range; and a communications control module , configured to, enable communication between the first and second wireless devices in response to the second device presence signal; and disable communication between the first and third wireless devices in response to the third device presence signal. enable communication between the first and second wireless devices in response to the second device presence signal; and disable communication between the first and third wireless devices in response to the third device presence signal.
Quick-fastening device comprising a safety device and two portions (1 and 2), one of which is fixed to the arm of the machine, whereas the second is fixed to the tool, the first portion comprising a cradle that is insertable under a shaft of the other portion having an extension in the shape of a hook having at least one lateral lug that can pass through notched openings (9 and 8) of the first portion and of a locking plate sliding on the median portion of said first portion in order to be inserted under the hook under the action of springs , characterized in that the locking plate is provided with an abutment member that limits the backward movement of said plate in order to prevent the aforementioned notched openings from coinciding when the springs break in the portion in which the two portions (1 and 2) are mutually locked.
Carousel for transportation of articles, including: - a rotating body ; - a motor connected to the rotating body to rotate it around a main axis (X-X); - at least one stationary cam extending around the main axis (X-X); - at least one transfer unit mounted on the rotating body to rotate with said rotating body about the main axis (X-X), preferably a plurality of transfer units ; wherein the transfer unit or each transfer unit comprises: - a transfer element having a radially external portion configured to retain or release an article to be transferred; wherein the transfer element is pivoted on the rotating body about a respective auxiliary axis (Y-Y) substantially radial with respect to the main axis (X-X); wherein the transfer element is coupled to the rotating body to move along said auxiliary axis (Y-Y); wherein the transfer element is operatively coupled to the stationary cam to rotate about the respective auxiliary axis (Y-Y) upon command of the stationary cam ; characterized in that it comprises - at least one auxiliary cam operatively coupled to the transfer element and integral with the rotating body ; wherein the auxiliary cam develops at least partially around the respective auxiliary axis (Y-Y); - an auxiliary cam-follower operatively interposed between the transfer element and the auxiliary cam , wherein the auxiliary cam-follower is configured to run on the auxiliary cam during the rotation of the transfer element around the respective auxiliary axis (Y-Y); wherein the auxiliary cam is configured to move the transfer element along the respective auxiliary axis (Y-Y). - a rotating body ; - a motor connected to the rotating body to rotate it around a main axis (X-X); - at least one stationary cam extending around the main axis (X-X); - at least one transfer unit mounted on the rotating body to rotate with said rotating body about the main axis (X-X), preferably a plurality of transfer units ; - a transfer element having a radially external portion configured to retain or release an article to be transferred; wherein the transfer element is pivoted on the rotating body about a respective auxiliary axis (Y-Y) substantially radial with respect to the main axis (X-X); wherein the transfer element is coupled to the rotating body to move along said auxiliary axis (Y-Y); wherein the transfer element is operatively coupled to the stationary cam to rotate about the respective auxiliary axis (Y-Y) upon command of the stationary cam ; - at least one auxiliary cam operatively coupled to the transfer element and integral with the rotating body ; wherein the auxiliary cam develops at least partially around the respective auxiliary axis (Y-Y); - an auxiliary cam-follower operatively interposed between the transfer element and the auxiliary cam , wherein the auxiliary cam-follower is configured to run on the auxiliary cam during the rotation of the transfer element around the respective auxiliary axis (Y-Y); wherein the auxiliary cam is configured to move the transfer element along the respective auxiliary axis (Y-Y).
A drive assembly arranged to transfer wave energy to an energy converter, the drive assembly comprising, a wave energy capturing member ; an actuating member in communication with the wave energy capturing member , and arranged to transfer energy from the wave energy capturing member ; and a lever arm coupled to the wave energy capturing member , the lever arm being movable between a first stroke position and a second stroke position to define a working stroke; wherein the lever arm is arranged to be coupled to an energy converter and is further arranged to transfer energy from the wave energy capturing member to said energy converter ; further wherein the wave energy capturing member is arranged to move the lever arm between the first stroke position and the second stroke position; and wherein the first stroke position and the second stroke position define distal end points of the working stroke; the working stroke arranged so as to drive said energy converter ; wherein the drive assembly is arranged to be mounted onto a buoyant platform , such that the wave energy capturing member is positioned at a height relative to an upper surface of the buoyant platform ; and characterised in that the lever arm is arranged to move to adjust the height between an in-use height and a docked height, the in-use height being greater than the docked height. a wave energy capturing member ; an actuating member in communication with the wave energy capturing member , and arranged to transfer energy from the wave energy capturing member ; and a lever arm coupled to the wave energy capturing member , the lever arm being movable between a first stroke position and a second stroke position to define a working stroke; wherein the lever arm is arranged to be coupled to an energy converter and is further arranged to transfer energy from the wave energy capturing member to said energy converter ; further wherein the wave energy capturing member is arranged to move the lever arm between the first stroke position and the second stroke position; and wherein the first stroke position and the second stroke position define distal end points of the working stroke; the working stroke arranged so as to drive said energy converter ; wherein the drive assembly is arranged to be mounted onto a buoyant platform , such that the wave energy capturing member is positioned at a height relative to an upper surface of the buoyant platform ; and characterised in that the lever arm is arranged to move to adjust the height between an in-use height and a docked height, the in-use height being greater than the docked height.
An oil pump driving device comprising: a single oil pump including a rotor configured to receive motive power; a first one-way clutch configured to transmit motive power from an engine only in one direction; and a second one-way clutch configured to transmit motive power from an electric motor only in said one direction, wherein the oil pump driving device further comprises a transmission case having a partition wall formed with an opening , the rotor has an inner peripheral portion defining a hollow space; the second one-way clutch is disposed inside of the inner peripheral portion of the rotor ; and characterised in that , the first one way clutch is disposed within the opening of the transmission case ; and the transmission case is coupled to the oil pump . a single oil pump including a rotor configured to receive motive power; a first one-way clutch configured to transmit motive power from an engine only in one direction; and a second one-way clutch configured to transmit motive power from an electric motor only in said one direction, wherein the oil pump driving device further comprises a transmission case having a partition wall formed with an opening , the rotor has an inner peripheral portion defining a hollow space; the second one-way clutch is disposed inside of the inner peripheral portion of the rotor ; and characterised in that , the first one way clutch is disposed within the opening of the transmission case ; and the transmission case is coupled to the oil pump .
A biaxially oriented polypropylene film for use in a power capacitor, having a reduced molecular weight distribution Mw/Mn in a range of 1.5 to 4 as a result of a radiation treatment of the biaxially oriented polypropylene film using ionizing radiation sources, whereby the molecular weight distribution Mw/Mn is defined by the quotient of the weight-average molecular weight Mw to the number-average molecular weight Mn and Mw and Mn are determined by gel permeation chromatography. the molecular weight distribution Mw/Mn is defined by the quotient of the weight-average molecular weight Mw to the number-average molecular weight Mn and Mw and Mn are determined by gel permeation chromatography.