mhurhangee/patent-ind-claim-en huggingface dataset:
Shock absorber device comprising: - a containing body defining a chamber inside which at least a first operating fluid (F1) is confined, and provided with a closed bottom end and an opposite end , in which there is an aperture ; - a first plunger able to slide axially inside said chamber and configured to compress/expand said first operating fluid (F1) to obtain a first braking action, said first plunger comprising a first piston able to slide in the chamber , and a first actuation member connected to the piston , which partly protrudes from said aperture of said containing body , and - an internal shock absorber unit disposed inside said chamber and configured to provide a second braking action, which comprises: - a diaphragm configured to hermetically divide said chamber into a first braking section inside which said first operating fluid (F1) is confined and into a second braking section inside which a second operating fluid (F2) is confined, - a second plunger slidingly associated with said mobile diaphragm , comprising a distal end , disposed in said first braking zone and configured to cooperate with said first plunger , and an opposite proximal end , disposed in said second braking zone and configured to cooperate with said second operating fluid (F2) in order to exert a second braking action on said first plunger , characterized in that said diaphragm is configured to deform or move along said operating axis (X) so as to compensate for an increase in the volume of said second section given by the entry into it of a portion of said second plunger . - a containing body defining a chamber inside which at least a first operating fluid (F1) is confined, and provided with a closed bottom end and an opposite end , in which there is an aperture ; - a first plunger able to slide axially inside said chamber and configured to compress/expand said first operating fluid (F1) to obtain a first braking action, said first plunger comprising a first piston able to slide in the chamber , and a first actuation member connected to the piston , which partly protrudes from said aperture of said containing body , and - an internal shock absorber unit disposed inside said chamber and configured to provide a second braking action, which comprises: - a diaphragm configured to hermetically divide said chamber into a first braking section inside which said first operating fluid (F1) is confined and into a second braking section inside which a second operating fluid (F2) is confined, - a second plunger slidingly associated with said mobile diaphragm , comprising a distal end , disposed in said first braking zone and configured to cooperate with said first plunger , and an opposite proximal end , disposed in said second braking zone and configured to cooperate with said second operating fluid (F2) in order to exert a second braking action on said first plunger , characterized in that said diaphragm is configured to deform or move along said operating axis (X) so as to compensate for an increase in the volume of said second section given by the entry into it of a portion of said second plunger .
Device for harvesting stalk-like stem crops, having - a number of picking units arranged side by side on the frame of the device , each of which has picking plates that laterally delimit a picking gap and picking rotors located beneath said picking plates, - conveying units, assigned to the respective picking units , designed as continuous conveyors driven in circulation, which are arranged on opposite sides above a picking gap , and with carrier elements attached to the circulating elements, - a transverse conveying device arranged downstream of the conveying units, wherein the axes of rotation of front deflecting wheels of the continuous conveyors are positioned obliquely at an angle transversely to the picking plane , which is defined by the mutually facing front edges of the picking plates assigned to a picking gap , such that the imaginary extensions of the axes of rotation intersect above the picking plates at a distance from the picking plane , characterised in that the carrier elements formed on the continuous conveyors are for their part positioned pointing upward at an angle to the axis of rotation of the deflecting wheels , wherein the carrier elements pass over a threshold in the deflection region of the rear deflection wheel , which forms the transition from the picking plates to the trough of the transverse conveying device at the rear end of the picking gap . - a number of picking units arranged side by side on the frame of the device , each of which has picking plates that laterally delimit a picking gap and picking rotors located beneath said picking plates, - conveying units, assigned to the respective picking units , designed as continuous conveyors driven in circulation, which are arranged on opposite sides above a picking gap , and with carrier elements attached to the circulating elements, - a transverse conveying device arranged downstream of the conveying units, wherein the axes of rotation of front deflecting wheels of the continuous conveyors are positioned obliquely at an angle transversely to the picking plane , which is defined by the mutually facing front edges of the picking plates assigned to a picking gap , such that the imaginary extensions of the axes of rotation intersect above the picking plates at a distance from the picking plane , characterised in that the carrier elements formed on the continuous conveyors are for their part positioned pointing upward at an angle to the axis of rotation of the deflecting wheels , wherein the carrier elements pass over a threshold in the deflection region of the rear deflection wheel , which forms the transition from the picking plates to the trough of the transverse conveying device at the rear end of the picking gap .
A serial attached small computer system interface, SAS, system, wherein the SAS system comprises an SAS controller, a first expansion card , a second expansion card , and a third expansion card , and the first expansion card comprises a first port and a second port; the second expansion card and the third expansion card establish a communication connection to the SAS controller by using the first expansion card ; the first expansion card establishes a communication connection to the second expansion card through the first port; the first expansion card establishes a communication connection to the third expansion card through the second port; and the second expansion card is connected to the third expansion card ; characterized in that the SAS controller is configured to initiate an expansion card traversal process to obtain a topology structure of an expansion card of the SAS system; during the expansion card traversal process, the SAS controller is further configured to: receive topology structure information returned by the second expansion card , wherein the topology structure information returned by the second expansion card comprises: the second expansion card is connected to the third expansion card ; and receive topology structure information returned by the third expansion card , wherein the topology structure information returned by the third expansion card comprises: the third expansion card is connected to the second expansion card ; and the second expansion card and the third expansion card are skipped in a next step of the expansion card traversal process.
A round bale press for agricultural stalk materials comprising a pressing chamber for pressing round bales , a wrapping device arranged downstream of the pressing chamber for wrapping a round bale with a wrapping material and having a wrapping table mounted pivotably on a main frame of the round bale press , wherein a tilting device is arranged downstream of the wrapping device , wherein the tilting device is provided for depositing a round bale on its end face on the ground , characterised in that there is provided a control unit , by which the round bale press is controllable in such a way that an ejection speed (v a ) of a round bale at least from the wrapping device into the tilting device is adjustable in dependence on at least one operating parameter (P B ).
A method for controlling a frame refresh rate of a screen, applicable to a terminal comprising a display screen, being characterized in that the method comprises: acquiring a first target frame rate and a corresponding minimum refresh rate, wherein the first target frame rate is a maximum frame refresh rate corresponding to a display scene on the terminal, and the display scene is a scene classified based on a type of a display interface on the display screen; detecting user operation and if user operation is not detected for a certain time, acquiring a picture frame rate on the display interface in real time, wherein the picture frame rate is a frequency at which a picture frame on the display interface changes and belongs to a certain range depending on the type of scene; and determining a second target frame rate based on the picture frame rate that is acquired in real time such that: if picture frame rate > first target frame rate then picture frame rate is reduced to first target frame rate and second target frame rate is determined to be equal to second target frame rate, if picture frame rate < first target frame rate then second target frame rate is determined to be equal to picture frame rate, and if picture frame rate < minimum frame rate then second target frame rate is determined to be equal to minimum frame rate; setting the second target frame rate as a frame refresh rate of the display screen; and setting the first target frame rate as the frame refresh rate of the display screen when receiving a user operation on the display interface. acquiring a first target frame rate and a corresponding minimum refresh rate, wherein the first target frame rate is a maximum frame refresh rate corresponding to a display scene on the terminal, and the display scene is a scene classified based on a type of a display interface on the display screen; detecting user operation and if user operation is not detected for a certain time, acquiring a picture frame rate on the display interface in real time, wherein the picture frame rate is a frequency at which a picture frame on the display interface changes and belongs to a certain range depending on the type of scene; and determining a second target if picture frame rate > first target frame rate then picture frame rate is reduced to first target frame rate and second target frame rate is determined to be equal to second target frame rate, if picture frame rate < first target frame rate then second target frame rate is determined to be equal to picture frame rate, and if picture frame rate < minimum frame rate then second target frame rate is determined to be equal to minimum frame rate; setting the second target frame rate as a frame refresh rate of the display screen; and setting the first target frame rate as the frame refresh rate of the display screen when receiving a user operation on the display interface.
A turbocharger turbine housing comprising: a bearing housing end and a treatment unit end ; a volute wall that defines a volute; a wall that defines at least a portion of a turbine wheel space that defines a turbine wheel space axis and a turbine wheel space diameter (D s ), wherein the wall extends to an axial peak to define an extended space with an extended space outlet having an extended space outlet dimension (D e ), wherein the extended space outlet dimension is greater than 110 percent of the turbine wheel space diameter and less than 200 percent of the turbine wheel space diameter; and an outlet wall that defines an outlet space with a treatment unit end outlet having an outlet dimension (D out ) as a maximum dimension of the outlet space, wherein the outlet dimension is greater than the extended space outlet dimension, wherein the extended space is disposed at least in part axially between the turbine wheel space and the outlet space to increase axial velocity uniformity of exhaust flow at the treatment unit end outlet, and wherein the wall and the outlet wall form a double wall for axial positions at least over an azimuthally defined portion of the turbine housing, with respect to a cylindrical coordinate system with a z coordinate along a turbine wheel space axis and an r coordinate in radial direction of the turbine wheel space axis. a bearing housing end and a treatment unit end ; a volute wall that defines a volute; a wall that defines at least a portion of a turbine wheel space that defines a turbine wheel space axis and a turbine wheel space diameter (D s ), wherein the wall extends to an axial peak to define an extended space with an extended space outlet having an extended space outlet dimension (D e ), wherein the extended space outlet dimension is greater than 110 percent of the turbine wheel space diameter and less than 200 percent of the turbine wheel space diameter; and an outlet wall that defines an outlet space with a treatment unit end outlet having an outlet dimension (D out ) as a maximum dimension of the outlet space, wherein the outlet dimension is greater than the extended space outlet dimension, wherein the extended space is disposed at least in part axially between the turbine wheel space and the outlet space to increase axial velocity uniformity of exhaust flow at the treatment unit end outlet, and wherein the wall and the outlet wall form a double wall for axial positions at least over an azimuthally defined portion of the turbine housing, with respect to a cylindrical coordinate system with a z coordinate along a turbine wheel space axis and an r coordinate in radial direction of the turbine wheel space axis.
A method , comprising: at an electronic device with a touch-sensitive display : displaying a user interface object on the touch-sensitive display of the electronic device, wherein the displayed user interface object represents a remote control application; receiving data representing a selection on the displayed user interface object; identifying at least one target device, out of a plurality of target devices, that is responsive to remote control, wherein identifying the at least one target device includes: receiving data from the at least one target device; and determining that the at least one target device is responsive to remote control based on the data received from the at least one target device; in response to identifying two or more target devices, out of the plurality of target devices, responsive to remote control, selecting one target device from the identified two or more target devices as a controllable target device based on a predetermined criteria; in response to identifying a single target device, out of the plurality of target devices, responsive to remote control, selecting the identified single target device as the controllable target device; and in response to receiving the data representing the selection, displaying a plurality of graphical user interface objects for controlling operations of the controllable target device. displaying a user interface object on the touch-sensitive display of the electronic device, wherein the displayed user interface object represents a remote control application; receiving data representing a selection on the displayed user interface object; identifying at least one target device, out of a plurality of target devices, that is responsive to remote control, wherein identifying the at least one target device includes: receiving data from the at least one target device; and determining that the at least one target device is responsive to remote control based on the data received from the at least one target device; receiving data from the at least one target device; and determining that the at least one target device is responsive to remote control based on the data received from the at least one target device; in response to identifying two or more target devices, out of the plurality of target devices, responsive to remote control, selecting one target device from the identified two or more target devices as a controllable target device based on a predetermined criteria; in response to identifying a single target device, out of the plurality of target devices, responsive to remote control, selecting the identified single target device as the controllable target device; and in response to receiving the data representing the selection, displaying a plurality of graphical user interface objects for controlling operations of the controllable target device.
An in-wall frame comprising a retractable sliding door and a first movable frame , with which said door is slidingly associated and which is pivoted to a second frame , which is fixed and can be associated temporarily with it, said in-wall frame comprising first means for supporting said first frame on said second frame in the condition in which the two are mutually aligned, wherein said first movable frame comprises a first upper crossmember , which has an inverted C-shaped cross-section inside which there is centrally a profiled element for the sliding of two or more carriages, each composed of a support for a pair of wheels or rollers with which said door is associated in a lower region; two lateral panels are associated removably with the sides of said first frame and hide said door from view; characterized in that said first movable frame comprises a pair of first front posts and a first head jamb , between which said door slides, in that said first upper crossmember is longer than said door , and in that said two lateral panels partially affect the width of each first front post , so as to leave free a vertical band proximate to the free end of said first front posts that is directed toward a second lateral post . wherein said first movable frame comprises a first upper crossmember , which has an inverted C-shaped cross-section inside which there is centrally a profiled element for the sliding of two or more carriages, each composed of a support for a pair of wheels or rollers with which said door is associated in a lower region; two lateral panels are associated removably with the sides of said first frame and hide said door from view; characterized in that said first movable frame comprises a pair of first front posts and a first head jamb , between which said door slides, in that said first upper crossmember is longer than said door , and in that said two lateral panels partially affect the width of each first front post , so as to leave free a vertical band proximate to the free end of said first front posts that is directed toward a second lateral post .
A seal device that seals between a housing and a rotation shaft passing through the housing , the seal device comprising: the housing , the shaft , a floating ring arranged with a gap (h) with respect to the rotation shaft and with a circumferential gap (k) with respect to the housing , and at least one supporting means that contactlessly supports in the circumferential direction, wherein the supporting means includes a first magnet arranged in the housing , the first magnet having magnetic pole faces directed in the circumferential direction, and a second magnet arranged in the floating ring , the second magnet having magnetic pole faces directed in the circumferential direction, the first magnet and the second magnet are arranged so that the same poles oppose each other, characterized in that the floating ring includes a seal ring , an annular retainer made of a non-magnetic material and the second magnet , the retainer is tightly fitted to an outer periphery of the seal ring , and the second magnet is arranged in an outer periphery of the retainer . the housing , the shaft , a floating ring arranged with a gap (h) with respect to the rotation shaft and with a circumferential gap (k) with respect to the housing , and at least one supporting means that contactlessly supports in the circumferential direction, wherein the supporting means includes a first magnet arranged in the housing , the first magnet having magnetic pole faces directed in the circumferential direction, and a second magnet arranged in the floating ring , the second magnet having magnetic pole faces directed in the circumferential direction, the first magnet and the second magnet are arranged so that the same poles oppose each other, characterized in that the floating ring includes a seal ring , an annular retainer made of a non-magnetic material and the second magnet , the retainer is tightly fitted to an outer periphery of the seal ring , and the second magnet is arranged in an outer periphery of the retainer .
A method of wireless communication performed by a user equipment, UE, comprising: receiving a configuration for a physical downlink shared channel, PDSCH; wherein the configuration indicates a single packet data convergence protocol layer for both a multicast/broadcast communication and a unicast communication, a first radio link control layer associated with a first medium access control layer and a first physical layer for the multicast/broadcast communication, and a second radio link control layer associated with a second medium access control layer and a second physical layer for the unicast communication. receiving a first communication via the PDSCH and a first bearer based at least in part on the configuration, the first communication being one of the unicast communication or the multicast/broadcast communication; and receiving a second communication via the PDSCH and the first bearer or a second bearer based at least in part on the configuration, the second communication being the other of the unicast communication or the multicast/broadcast communication. receiving a configuration for a physical downlink shared channel, PDSCH; wherein the configuration indicates a single packet data convergence protocol layer for both a multicast/broadcast communication and a unicast communication, a first radio link control layer associated with a first medium access control layer and a first physical layer for the multicast/broadcast communication, and a second radio link control layer associated with a second medium access control layer and a second physical layer for the unicast communication. receiving a first communication via the PDSCH and a first bearer based at least in part on the configuration, the first communication being one of the unicast communication or the multicast/broadcast communication; and receiving a second communication via the PDSCH and the first bearer or a second bearer based at least in part on the configuration, the second communication being the other of the unicast communication or the multicast/broadcast communication.