mhurhangee/patent-ind-claim-en huggingface dataset:
An air bubble detector comprising: a housing configured for receiving a conduit ; a piezoelectric emitter ; a piezoelectric receiver ; wherein the emitter and receiver comprise generally planar elements which are disposed so as to be generally parallel to each other and so as to be disposed on generally opposite sides of a conduit which is loaded into the housing ; whrerein the housing defines a plurality of pedestals contacting one of the emitter and receiver and for contacting the conduit , and the housing further defines a plurality of recessed areas adjacent the pedestals , wherein each recessed area provides a gap between the housing and said one of the emitter and the receiver , wherein the pedestals and recessed areas form a plurality of bubble detection areas along the conduit between the emitter and the receiver . a housing configured for receiving a conduit ; a piezoelectric emitter ; a piezoelectric receiver ; wherein the emitter and receiver comprise generally planar elements which are disposed so as to be generally parallel to each other and so as to be disposed on generally opposite sides of a conduit which is loaded into the housing ; whrerein the housing defines a plurality of pedestals contacting one of the emitter and receiver and for contacting the conduit , and the housing further defines a plurality of recessed areas adjacent the pedestals , wherein each recessed area provides a gap between the housing and said one of the emitter and the receiver , wherein the pedestals and recessed areas form a plurality of bubble detection areas along the conduit between the emitter and the receiver .
A transporting means for persons with reduced mobility comprising a chassis having two side cross members connecting a first assembly of rear wheels to a second assembly of front wheels , said transporting means being characterised in that it comprises a connection device for connecting to a serum holder for a lateral positioning of the serum holder , said serum holder comprising a rod and a wheeled support attached to one end of said rod , the connection device comprising: o an attachment support attached to the chassis , o a coupling element for being secured to the rod , the coupling element comprising: - a clamp having a housing adapted to receive the rod and, - a clamping element adapted to hold the rod in the housing , o a connection member for connecting the coupling element to the attachment support , o a side stop attached to one of the side cross members of the chassis , said side stop being constructed and arranged to ensure locking of the wheeled support with respect to the chassis . o an attachment support attached to the chassis , o a coupling element for being secured to the rod , the coupling element comprising: - a clamp having a housing adapted to receive the rod and, - a clamping element adapted to hold the rod in the housing , - a clamp having a housing adapted to receive the rod and, - a clamping element adapted to hold the rod in the housing , o a connection member for connecting the coupling element to the attachment support , o a side stop attached to one of the side cross members of the chassis , said side stop being constructed and arranged to ensure locking of the wheeled support with respect to the chassis .
Torque transmission device , in particular for a motor vehicle, comprising a triple wet clutch and a gearbox casing having a first side wall , a second side wall and an axial portion connecting the two side walls , said triple wet clutch comprising: - a torque input element , rotating about an axis X, that is able to be rotationally coupled to a crankshaft of a combustion engine, - a first and a second torque output element that are able to be rotationally coupled to a first input shaft and a second input shaft, respectively, of a gearbox, - a first and a second output clutch (E1, E2) that are arranged between the torque input element and the torque output elements in the direction of torque transmission, - an oil supply hub comprising a cylindrical portion , a flange that extends radially from the cylindrical portion, a drive cover and a support that extends radially from the drive cover in the direction of the torque input element , - a decoupling clutch that selectively and frictionally couples the torque input element and the drive cover , the device also comprising a first space defined by the first side wall of the casing and the support and a second space defined by the flange and the second side wall of the casing, said spaces being able to receive a rolling member for axially immobilizing the triple clutch in the gearbox casing , characterized in that the decoupling clutch , the first output clutch (E1) and the second output clutch (E2) are stacked and aligned radially. - a torque input element , rotating about an axis X, that is able to be rotationally coupled to a crankshaft of a combustion engine, - a first and a second torque output element that are able to be rotationally coupled to a first input shaft and a second input shaft, respectively, of a gearbox, - a first and a second output clutch (E1, E2) that are arranged between the torque input element and the torque output elements in the direction of torque transmission, - an oil supply hub comprising a cylindrical portion , a flange that extends radially from the cylindrical portion, a drive cover and a support that extends radially from the drive cover in the direction of the torque input element , - a decoupling clutch that selectively and frictionally couples the torque input element and the drive cover , the device also comprising a first space defined by the first side wall of the casing and the support and a second space defined by the flange and the second side wall of the casing, said spaces being able to receive a rolling member for axially immobilizing the triple clutch in the gearbox casing , characterized in that the decoupling clutch , the first output clutch (E1) and the second output clutch (E2) are stacked and aligned radially.
A control system for controlling steering of a driving apparatus, wherein the system being characterized by : - a projecting device configured to project a steering wheel image in front of a driver seat; - a camera device configured to take images of one or two hands on the projected steering wheel image periodically; - a processor configured by machine-readable instructions to: - determine a position of the one or two hands on the projected steering wheel image according to the images of the one or two hands, - calculate a movement of the one or two hands based on the determined position of the one or two hands on the projected steering wheel image, - determine a steering angle and a steering direction according to the movement of the one or two hands, and - output a control signal according to the steering angle and steering direction; and - an actuating device configured to receive the control signal and effectuate a maneuver of the driving apparatus according to the control signal. - a projecting device configured to project a steering wheel image in front of a driver seat; - a camera device configured to take images of one or two hands on the projected steering wheel image periodically; - a processor configured by machine-readable instructions to: - determine a position of the one or two hands on the projected steering wheel image according to the images of the one or two hands, - calculate a movement of the one or two hands based on the determined position of the one or two hands on the projected steering wheel image, - determine a steering angle and a steering direction according to the movement of the one or two hands, and - output a control signal according to the steering angle and steering direction; and - an actuating device configured to receive the control signal and effectuate a maneuver of the driving apparatus according to the control signal. - determine a position of the one or two hands on the projected steering wheel image according to the images of the one or two hands, - calculate a movement of the one or two hands based on the determined position of the one or two hands on the projected steering wheel image, - determine a steering angle and a steering direction according to the movement of the one or two hands, and - output a control signal according to the steering angle and steering direction; and - an actuating device configured to receive the control signal and effectuate a maneuver of the driving apparatus according to the control signal.
A wireless local area network data transmission method, comprising: sending, by a first station, STA, respective preambles and data on a communication channel to a second STA, wherein the communication channel comprises a primary channel, one or more idle secondary channels and at least one unavailable secondary channel, wherein the respective preambles and data are sent on the primary channel and some or all of the idle secondary channels, and a bandwidth, BW, sub-field in the preamble is set to a value that indicates a complete bandwidth of the communication channel and that indicates skipping preamble puncturing.
A method performed by a first network node for determining a synchronized time reference in a wireless communications network , the method comprising determining a first timing reference (t 3 ) by detecting a broadcasted time reference signal (S 1 ) transmitted from a transmitter of a LORAN-C, eLORAN, DCF77, or Chayka system; receiving information indicating a first timing difference (Δt 21- t 22 ) and at least a second timing difference (Δt 41- t 42 ), wherein the first timing difference is between a second timing reference (t 21 ) that is based on a detection of the broadcasted time reference signal (S 1 ) at a second network node and a third timing reference (t 22 ) that is based on a positioning signal (S 2 ) received by the second network node , and the second timing difference is between at least a fourth timing reference (t 41 ) determined by at least a third network node by detecting the broadcasted time reference signal (S 1 ) at the at least third network node , and at least a fifth timing reference (t 42 ) based on the positioning signal (S 2 ) received by the at least third network node ; and determining a synchronized time reference for the first network node based on the determined first timing reference (t 3 ) and a third timing difference, wherein the third timing difference is determined based on a weighted average of the first and the at least second timing difference (Δt 21- t 22 , Δt 41- t 42 ) indicated in the received information, wherein the weighted average is further based on the distances of the corresponding second and at least third network node to the first network node . determining a first timing reference (t 3 ) by detecting a broadcasted time reference signal (S 1 ) transmitted from a transmitter of a LORAN-C, eLORAN, DCF77, or Chayka system; receiving information indicating a first timing difference (Δt 21- t 22 ) and at least a second timing difference (Δt 41- t 42 ), wherein the first timing difference is between a second timing reference (t 21 ) that is based on a detection of the broadcasted time reference signal (S 1 ) at a second network node and a third timing reference (t 22 ) that is based on a positioning signal (S 2 ) received by the second network node , and the second timing difference is between at least a fourth timing reference (t 41 ) determined by at least a third network node by detecting the broadcasted time reference signal (S 1 ) at the at least third network node , and at least a fifth timing reference (t 42 ) based on the positioning signal (S 2 ) received by the at least third network node ; and determining a synchronized time reference for the first network node based on the determined first timing reference (t 3 ) and a third timing difference, wherein the third timing difference is determined based on a weighted average of the first and the at least second timing difference (Δt 21- t 22 , Δt 41- t 42 ) indicated in the received information, wherein the weighted average is further based on the distances of the corresponding second and at least third network node to the first network node .
A saw machine for cutting logs of web material, comprising: a feeding path (PA) for the logs (L) to be cut; a cutting head arranged along the feeding path (PA); a disc-shaped cutting blade , which is mounted on the cutting head , rotates around a rotation axis (B-B) and is provided with a cyclic movement for cutting the logs (L); two grinding wheels , which are arranged and configured to grind two sides of a cutting edge of the disc-shaped cutting blade , and each of which rotates around its own rotation axis (C-C; D-D); wherein the grinding wheels are supported idle and driven into rotation by friction with the disc-shaped cutting blade ; characterized in that the grinding wheels are arranged with respect to the disc-shaped cutting blade such that, in a contact area (Z32, Z34) between each grinding wheel (32; 34) and the disc-shaped cutting blade , the grinding wheel (32; 34) has a velocity directed towards the inside of the cutting edge; the grinding wheels are arranged with respect to the disc-shaped cutting blade such that the contact areas (Z32, Z34) between the grinding wheels and the disc-shaped cutting blade are arranged between two planes (P32; P34), each of which contains the rotation axis (C-C, D-D) of a respective one of the grinding wheels (32; 34); said planes are approximately parallel to each other and to a further plane (P) containing the rotation axis (B-B) of the disc-shaped cutting blade , said plane containing the rotation axis (B-B) of the disc-shaped cutting blade being arranged between the two planes (P32, P34) containing the rotation axes (C-C; D-D) of the grinding wheels . a feeding path (PA) for the logs (L) to be cut; a cutting head arranged along the feeding path (PA); a disc-shaped cutting blade , which is mounted on the cutting head , rotates around a rotation axis (B-B) and is provided with a cyclic movement for cutting the logs (L); two grinding wheels , which are arranged and configured to grind two sides of a cutting edge of the disc-shaped cutting blade , and each of which rotates around its own rotation axis (C-C; D-D); wherein the grinding wheels are supported idle and driven into rotation by friction with the disc-shaped cutting blade ; characterized in that the grinding wheels are arranged with respect to the disc-shaped cutting blade such that, in a contact area (Z32, Z34) between each grinding wheel (32; 34) and the disc-shaped cutting blade , the grinding wheel (32; 34) has a velocity directed towards the inside of the cutting edge; the grinding wheels are arranged with respect to the disc-shaped cutting blade such that the contact areas (Z32, Z34) between the grinding wheels and the disc-shaped cutting blade are arranged between two planes (P32; P34), each of which contains the rotation axis (C-C, D-D) of a respective one of the grinding wheels (32; 34); said planes are approximately parallel to each other and to a further plane (P) containing the rotation axis (B-B) of the disc-shaped cutting blade , said plane containing the rotation axis (B-B) of the disc-shaped cutting blade being arranged between the two planes (P32, P34) containing the rotation axes (C-C; D-D) of the grinding wheels .
An electronic device comprising: a display ; a communication system ; and a processor , configured to: connect , through the communication system via wireless communication, to a second electronic device which is controlled by the electronic device , identify a running application, identify a plurality of screens of the running application, determine a master screen and a slave screen among the plurality of screens of the running application, wherein the master screen is one of an initial screen which is displayed in executing the application, a predefined default screen of the running application, a last execution screen of a previous operation, or a screen selected by a user from the plurality of screens, and the slave screen is a screen subordinate to the master screen, characterized in that in response to an incoming call received from a third electronic device and related to the running application, control the display of the electronic device to display an incoming call screen and transmit a call log screen and a contact screen as the slave screen to the second electronic device . a display ; a communication system ; and a processor , configured to: connect , through the communication system via wireless communication, to a second electronic device which is controlled by the electronic device , identify a running application, identify a plurality of screens of the running application, determine a master screen and a slave screen among the plurality of screens of the running application, wherein the master screen is one of an initial screen which is displayed in executing the application, a predefined default screen of the running application, a last execution screen of a previous operation, or a screen selected by a user from the plurality of screens, and the slave screen is a screen subordinate to the master screen, characterized in that in response to an incoming call received from a third electronic device and related to the running application, control the display of the electronic device to display an incoming call screen and transmit a call log screen and a contact screen as the slave screen to the second electronic device . connect , through the communication system via wireless communication, to a second electronic device which is controlled by the electronic device , identify a running application, identify a plurality of screens of the running application, determine a master screen and a slave screen among the plurality of screens of the running application, wherein the master screen is one of an initial screen which is displayed in executing the application, a predefined default screen of the running application, a last execution screen of a previous operation, or a screen selected by a user from the plurality of screens, and the slave screen is a screen subordinate to the master screen, characterized in that in response to an incoming call received from a third electronic device and related to the running application, control the display of the electronic device to display an incoming call screen and transmit a call log screen and a contact screen as the slave screen to the second electronic device .
A refiner disc comprising: a refining zone on a front face of the disc ; refining bars in the refining zone; and grooves between the bars , characterized in that at least one rotation inducement element in at least one of the grooves , wherein the at least one rotation inducement element is arranged on or in at least one sidewall of the at least one groove and the at least one rotation inducement element is configured to impart a helical flow of feed material flowing through the at least one groove . a refining zone on a front face of the disc ; refining bars in the refining zone; and grooves between the bars , characterized in that at least one rotation inducement element in at least one of the grooves , wherein the at least one rotation inducement element is arranged on or in at least one sidewall of the at least one groove and the at least one rotation inducement element is configured to impart a helical flow of feed material flowing through the at least one groove .
A computer-implemented method for processing a plurality of X-ray images of an object that have been obtained using an X-ray source and an X-ray detector, wherein each of the images corresponds to a different positioning of the X-ray source, the X-ray detector, and the object relative to each other, the method comprising: using a shift-and-add method for generating a plurality of focal planes from the plurality of X-ray images, each focal plane being associated with a different area inside the object; and using a focus stacking method for processing the totality of focal planes in order to generate a single 2D panoramic image, wherein said using a focus staking method comprises, for a given focal plane, determining a focused region in a focal plane that corresponds to a part of the area inside the object associated with that focal plane that is imaged in-focus in said focused region, wherein focused regions are determined for each of the focal planes, and wherein the focused regions are combined when generating said 2D panoramic image. using a shift-and-add method for generating a plurality of focal planes from the plurality of X-ray images, each focal plane being associated with a different area inside the object; and using a focus stacking method for processing the totality of focal planes in order to generate a single 2D panoramic image, wherein said using a focus staking method comprises, for a given focal plane, determining a focused region in a focal plane that corresponds to a part of the area inside the object associated with that focal plane that is imaged in-focus in said focused region, wherein focused regions are determined for each of the focal planes, and wherein the focused regions are combined when generating said 2D panoramic image.
A magnetoelectric device comprising: a first piezoelectric substrate portion and a second piezoelectric substrate portion ; a magnetostrictive body with a magnetization oriented in a first direction , the magnetostrictive body being arranged on and extending between the first and second piezoelectric substrate portions ; a pair of input electrodes arranged on the first piezoelectric substrate portion and on opposite sides of the magnetostrictive body ; and a pair of output electrodes arranged on the second piezoelectric substrate portion and on opposite sides of the magnetostrictive body ; wherein the input electrodes are configured to induce, in response to an input voltage, a fringing electric field extending between the input electrodes via the first piezoelectric substrate portion , thereby causing a deformation of the first piezoelectric substrate portion which in turn causes a deformation of the magnetostrictive body such that the magnetization thereof is re-oriented to a second direction due to reverse magnetostriction, and wherein an output voltage is induced between the output electrodes by a deformation of the second piezoelectric substrate portion caused by the re-orientation of the magnetization of the magnetostrictive body . a first piezoelectric substrate portion and a second piezoelectric substrate portion ; a magnetostrictive body with a magnetization oriented in a first direction , the magnetostrictive body being arranged on and extending between the first and second piezoelectric substrate portions ; a pair of input electrodes arranged on the first piezoelectric substrate portion and on opposite sides of the magnetostrictive body ; and a pair of output electrodes arranged on the second piezoelectric substrate portion and on opposite sides of the magnetostrictive body ; wherein the input electrodes are configured to induce, in response to an input voltage, a fringing electric field extending between the input electrodes via the first piezoelectric substrate portion , thereby causing a deformation of the first piezoelectric substrate portion which in turn causes a deformation of the magnetostrictive body such that the magnetization thereof is re-oriented to a second direction due to reverse magnetostriction, and wherein an output voltage is induced between the output electrodes by a deformation of the second piezoelectric substrate portion caused by the re-orientation of the magnetization of the magnetostrictive body .