mhurhangee/patent-ind-claim-en huggingface dataset:
A medical apparatus comprising: a bendably deformable portion ; a deforming-force-transmitting mechanism that is connected to a part of the bendably deformable portion; and an operation portion that is configured to apply a deforming force or a shape retaining force to the bendably deformable portion by controlling a tension applied to the deforming-force-transmitting mechanism , wherein a part of the deforming-force-transmitting mechanism provides a tension reducing mechanism , characterized in that the deforming-force-transmitting mechanism includes a first deforming-force-transmitting path including the part of the deforming-force-transmitting mechanism; and a second deforming-force-transmitting path that is longer than the first deforming-force-transmitting path, wherein, when the part of the deforming-force-transmitting mechanism is closed, the deforming force or the shape retaining force from the operation portion is transmitted to the bendably deformable portion through the first deforming-force-transmitting path, wherein, when tension at a predetermined value or higher is applied to the first deforming-force-transmitting path, the part of the deforming-force-transmitting mechanism is configured to open by changing a distance between the bendably deformable portion and the operating portion, and when the part of the deforming-force-transmitting mechanism is open, the deforming force or the shape retaining force from the operation portion is transmitted to the bendably deformable portion through the second transmitting path. a bendably deformable portion ; a deforming-force-transmitting mechanism that is connected to a part of the bendably deformable portion; and an operation portion that is configured to apply a deforming force or a shape retaining force to the bendably deformable portion by controlling a tension applied to the deforming-force-transmitting mechanism , wherein a part of the deforming-force-transmitting mechanism provides a tension reducing mechanism , characterized in that the deforming-force-transmitting mechanism includes a first deforming-force-transmitting path including the part of the deforming-force-transmitting mechanism; and a second deforming-force-transmitting path that is longer than the first deforming-force-transmitting path, wherein, when the part of the deforming-force-transmitting mechanism is closed, the deforming force or the shape retaining force from the operation portion is transmitted to the bendably deformable portion through the first deforming-force-transmitting path, wherein, when tension at a predetermined value or higher is applied to the first deforming-force-transmitting path, the part of the deforming-force-transmitting mechanism is configured to open by changing a distance between the bendably deformable portion and the operating portion, and when the part of the deforming-force-transmitting mechanism is open, the deforming force or the shape retaining force from the operation portion is transmitted to the bendably deformable portion through the second transmitting path.
A method for resource configuration, comprising: receiving, by a terminal device , configuration information corresponding to an uplink bandwidth part BWP sent by a network device, wherein the uplink BWP includes at least two resource block RB sets, wherein the configuration information comprises second indication information, and wherein the second indication information is used to indicate that a number of a second frequency domain resource comprised in the uplink BWP is N, and wherein a number of RB set(s) comprised in the uplink BWP is P, wherein P is a positive integer; and in a case where the N is smaller than or equal to the P, each RB set in first N RB set(s) of the P RB set(s) comprises one second frequency domain resource; or, in a case where the N is greater than the P, each RB set in the P RB set(s) comprises one second frequency domain resource; and obtaining, by the terminal device according to the configuration information, frequency domain positions of a first frequency domain resource and N second frequency domain resource(s) in the uplink BWP, wherein the first frequency domain resource comprises a first guard band between two adjacent RB sets in the at least two RB sets, each second frequency domain resource in the N second frequency domain resource(s) is used to transmit a first physical uplink channel, the first physical uplink channel comprises at least one of physical random access channel PRACH and message A-physical uplink shared channel msgA-PUSCH, and N is a positive integer. receiving, by a terminal device , configuration information corresponding to an uplink bandwidth part BWP sent by a network device, wherein the uplink BWP includes at least two resource block RB sets, wherein the configuration information comprises second indication information, and wherein the second indication information is used to indicate that a number of a second frequency domain resource comprised in the uplink BWP is N, and wherein a number of RB set(s) comprised in the uplink BWP is P, wherein P is a positive integer; and in a case where the N is smaller than or equal to the P, each RB set in first N RB set(s) of the P RB set(s) comprises one second frequency domain resource; or, in a case where the N is greater than the P, each RB set in the P RB set(s) comprises one second frequency domain resource; and obtaining, by the terminal device according to the configuration information, frequency domain positions of a first frequency domain resource and N second frequency domain resource(s) in the uplink BWP, wherein the first frequency domain resource comprises a first guard band between two adjacent RB sets in the at least two RB sets, each second frequency domain resource in the N second frequency domain resource(s) is used to transmit a first physical uplink channel, the first physical uplink channel comprises at least one of physical random access channel PRACH and message A-physical uplink shared channel msgA-PUSCH, and N is a positive integer.
An occlusion device for an atrial appendage, the device having proximal and distal ends and a central axis (L) and comprising: a cage-like structure cut from a unitary tubular body forming struts (18; 218), the struts (18; 218) having proximal strut ends (20; 220) and distal strut ends (22; 122; 222), wherein at the proximal end of the device the struts (18; 218) extend towards the central axis (L) and are connected to each other by a tube at their proximal strut ends (20; 220), and an insert configured for attaching the device to a tether or shaft; characterised in that at least some of the struts (18; 218) are connected to each other at their distal strut ends (22; 122; 222) within the cage-like structure so that the struts (18; 218) form an atraumatic distal end of the device ; wherein the atraumatic distal end of the device comprises inwardly bent struts (18; 218), wherein at least some of the ends of the bent struts (18; 218) point in a direction towards the proximal end of the cage-like structure . a cage-like structure cut from a unitary tubular body forming struts (18; 218), the struts (18; 218) having proximal strut ends (20; 220) and distal strut ends (22; 122; 222), wherein at the proximal end of the device the struts (18; 218) extend towards the central axis (L) and are connected to each other by a tube at their proximal strut ends (20; 220), and an insert configured for attaching the device to a tether or shaft; characterised in that at least some of the struts (18; 218) are connected to each other at their distal strut ends (22; 122; 222) within the cage-like structure so that the struts (18; 218) form an atraumatic distal end of the device ; characterised in that at least some of the struts (18; 218) are connected to each other at their distal strut ends (22; 122; 222) within the cage-like structure so that the struts (18; 218) form an atraumatic distal end of the device ; wherein the atraumatic distal end of the device comprises inwardly bent struts (18; 218), wherein at least some of the ends of the bent struts (18; 218) point in a direction towards the proximal end of the cage-like structure .
Method for producing a cut trench in the ground by means of a trench cutting device having a trench cutter and a supporting means which is designed for lifting and lowering the trench cutter , wherein the trench cutter is connected at its upper end to the supporting means and at its lower end has at least one cutting wheel which is rotatably supported and can be driven in a rotating manner via a rotary drive in order to remove ground material, wherein a target value for an advancing speed of the trench cutter during removal of ground material is preset in a control unit, through which a lowering of the trench cutter by the supporting means into the ground is controlled, characterized in that the advancing speed is controlled by means of the control unit depending on a rotational speed and/or a torque of the at least one cutting wheel , wherein on reaching a preset limit value for the rotational speed and/or for the torque the advancing speed of the trench cutter is changed, in particular reduced, with respect to the target value for the advancing speed. wherein the trench cutter is connected at its upper end to the supporting means and at its lower end has at least one cutting wheel which is rotatably supported and can be driven in a rotating manner via a rotary drive in order to remove ground material, wherein a target value for an advancing speed of the trench cutter during removal of ground material is preset in a control unit, through which a lowering of the trench cutter by the supporting means into the ground is controlled, characterized in that the advancing speed is controlled by means of the control unit depending on a rotational speed and/or a torque of the at least one cutting wheel , wherein on reaching a preset limit value for the rotational speed and/or for the torque the advancing speed of the trench cutter is changed, in particular reduced, with respect to the target value for the advancing speed.
A method to control stomatal closure in a plant, said method comprising overexpressing an AHA5 protein at least in guard cells.
A hermetically sealed single-lip bag comprising: a front panel , a back panel , a first side panel , a second side panel , a top seal , a first side seal , a second side seal and a bottom seal , wherein the first side seal comprises a top portion bonding the front panel to the back panel, a front leg portion bonding the front panel to the first side panel, and a back leg portion bonding the back panel to the first side panel, and the second side seal comprises a top portion bonding the front panel to the back panel, a front leg portion bonding the front panel to the second side panel, and a back leg portion bonding the back panel to the second side panel, and wherein each of the front panel, the back panel, the first side panel, and the second side panel is constructed from a recyclable high-barrier packaging film comprising a machine-direction oriented polyethylene-based exterior film and a polyethylene-based interior film , wherein the polyethylene-based exterior film has a transverse direction secant modulus and a machine direction secant modulus, each between 1,000 and 1,800 N/mm 2 , and wherein the recyclable high-barrier packaging film comprises an ethylene vinyl alcohol copolymer, not to exceed 5%, by weight. a front panel , a back panel , a first side panel , a second side panel , a top seal , a first side seal , a second side seal and a bottom seal , wherein the first side seal comprises a top portion bonding the front panel to the back panel, a front leg portion bonding the front panel to the first side panel, and a back leg portion bonding the back panel to the first side panel, and the second side seal comprises a top portion bonding the front panel to the back panel, a front leg portion bonding the front panel to the second side panel, and a back leg portion bonding the back panel to the second side panel, and wherein each of the front panel, the back panel, the first side panel, and the second side panel is constructed from a recyclable high-barrier packaging film comprising a machine-direction oriented polyethylene-based exterior film and a polyethylene-based interior film , wherein the polyethylene-based exterior film has a transverse direction secant modulus and a machine direction secant modulus, each between 1,000 and 1,800 N/mm 2 , and wherein the recyclable high-barrier packaging film comprises an ethylene vinyl alcohol copolymer, not to exceed 5%, by weight.
A method for a mobile station configured to send acknowledgment information, the method comprising: determining that an acknowledgment status of a first downlink data block classified as unreported is to be reported to a network by an event-based acknowledgement information in a radio block period; determining that the acknowledgment status of the first downlink data block is to be reported by a polled acknowledgment response to be sent in response to a poll received from the network in the radio block period; and in response to determining that the acknowledgment status of the first downlink data block is to be reported by both the polled acknowledgment response and the event-based acknowledgement information in the radio block period: sending the polled acknowledgment response to report the acknowledgment status of the first downlink data block; and refraining from sending the event-based acknowledgment information, wherein the event-based acknowledgment information comprises at least one of: 1) a piggybacked ACK/NACK, "PAN", field to be sent by the mobile station according to an enhanced general packet radio service, "EGPRS", event-based fast ACK/NACK reporting, "FANR", procedure, or 2) an ACK/NACK field to be sent by the mobile station in an EGPRS ACK/NACK control message. determining that an acknowledgment status of a first downlink data block classified as unreported is to be reported to a network by an event-based acknowledgement information in a radio block period; determining that the acknowledgment status of the first downlink data block is to be reported by a polled acknowledgment response to be sent in response to a poll received from the network in the radio block period; and in response to determining that the acknowledgment status of the first downlink data block is to be reported by both the polled acknowledgment response and the event-based acknowledgement information in the radio block period: sending the polled acknowledgment response to report the acknowledgment status of the first downlink data block; and refraining from sending the event-based acknowledgment information, sending the polled acknowledgment response to report the acknowledgment status of the first downlink data block; and refraining from sending the event-based acknowledgment information, wherein the event-based acknowledgment information comprises at least one of: 1) a piggybacked ACK/NACK, "PAN", field to be sent by the mobile station according to an enhanced general packet radio service, "EGPRS", event-based fast ACK/NACK reporting, "FANR", procedure, or 2) an ACK/NACK field to be sent by the mobile station in an EGPRS ACK/NACK control message. 1) a piggybacked ACK/NACK, "PAN", field to be sent by the mobile station according to an enhanced general packet radio service, "EGPRS", event-based fast ACK/NACK reporting, "FANR", procedure, or 2) an ACK/NACK field to be sent by the mobile station in an EGPRS ACK/NACK control message.
An apparatus for disruption of cataracts in lens tissue comprising: a housing; a source of pulsed laser radiation ; an optical waveguide at least partially housed within the housing, the optical waveguide including a flexible optical fiber , the optical waveguide being configured to transmit the pulsed laser radiation for causing disruption of cataracts, the optical waveguide being coupleable to the source of pulsed laser radiation at a proximal end of the optical waveguide to receive the pulsed laser radiation from the source of pulsed laser radiation ; a control system ; and a driving mechanism coupled to the optical waveguide for controllably changing the position of the optical waveguide relative to a distal end of the housing , the driving mechanism being controlled by the control system to oscillate the optical fiber longitudinally within the housing. a housing; a source of pulsed laser radiation ; an optical waveguide at least partially housed within the housing, the optical waveguide including a flexible optical fiber , the optical waveguide being configured to transmit the pulsed laser radiation for causing disruption of cataracts, the optical waveguide being coupleable to the source of pulsed laser radiation at a proximal end of the optical waveguide to receive the pulsed laser radiation from the source of pulsed laser radiation ; a control system ; and a driving mechanism coupled to the optical waveguide for controllably changing the position of the optical waveguide relative to a distal end of the housing , the driving mechanism being controlled by the control system to oscillate the optical fiber longitudinally within the housing.
A method of filling an electrorheological fluid structure of an incline adjuster for a sole structure for footwear, the method comprising: introducing electrorheological fluid into an interior volume of a housing through a first channel connecting the interior volume with an exterior of the housing, while allowing air to exit through a second channel connecting the interior volume with the exterior of the housing, until the electrorheological fluid at least partially fills the first channel and the second channel; subjecting the electrorheological fluid within the housing to a sub-atmospheric pressure (P SA ); and sealing the interior volume relative to the exterior of the housing, wherein the sealing comprises welding across a portion of the first channel containing a portion of the electrorheological fluid and welding across a portion of the second channel containing a portion of the electrorheological fluid. introducing electrorheological fluid into an interior volume of a housing through a first channel connecting the interior volume with an exterior of the housing, while allowing air to exit through a second channel connecting the interior volume with the exterior of the housing, until the electrorheological fluid at least partially fills the first channel and the second channel; subjecting the electrorheological fluid within the housing to a sub-atmospheric pressure (P SA ); and sealing the interior volume relative to the exterior of the housing, wherein the sealing comprises welding across a portion of the first channel containing a portion of the electrorheological fluid and welding across a portion of the second channel containing a portion of the electrorheological fluid.
A moving object travel support apparatus capable of switching between a manual travel mode and an automatic travel mode, the moving object travel support apparatus comprising: a travel mode determination unit that determines which travel mode is to be selected out of a manual travel mode and an automatic travel mode; and a scheduled switching point decision unit that decides a scheduled switching point at which the automatic travel mode is switched to the manual travel mode in a case where the travel mode determination unit selects the manual travel mode; wherein the moving object travel support apparatus comprises a travel control details decision unit that decides travel control details at the time of travel in the automatic travel mode up to the scheduled switching point on the basis of a condition of a predetermined manual travel zone including the scheduled switching point out of the manual travel zones on which travel in the selected manual travel mode is scheduled, characterised in that the travel control details decision unit decides the travel control details by estimating a visual recognition condition of a driver toward a surrounding environment of the predetermined manual travel zone . a travel mode determination unit that determines which travel mode is to be selected out of a manual travel mode and an automatic travel mode; and a scheduled switching point decision unit that decides a scheduled switching point at which the automatic travel mode is switched to the manual travel mode in a case where the travel mode determination unit selects the manual travel mode; wherein the moving object travel support apparatus comprises a travel control details decision unit that decides travel control details at the time of travel in the automatic travel mode up to the scheduled switching point on the basis of a condition of a predetermined manual travel zone including the scheduled switching point out of the manual travel zones on which travel in the selected manual travel mode is scheduled, characterised in that the travel control details decision unit decides the travel control details by estimating a visual recognition condition of a driver toward a surrounding environment of the predetermined manual travel zone .
Method for analyzing a diamond, typically for locating an inclusion in a diamond, comprising: - selecting a solid material which is transparent in at least a segment of the visible spectrum or a segment of the infrared spectrum; - melting or plasticizing said solid material and immersing the diamond in said melted or plasticized material such that the diamond is at least partly covered therein; wherein the solid transparent material has a refractive index RIs and the diamond has a refractive index Rig, wherein RIg - 0,3 < RIs < RIg + 0,3; - allowing said melted or plasticized material to become solid such that a solid transparent block is obtained containing the diamond; characterized in that the method further comprises: - analyzing the diamond through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum, wherein the analyzing comprises submerging the solid block in an immersion liquid. - selecting a solid material which is transparent in at least a segment of the visible spectrum or a segment of the infrared spectrum; - melting or plasticizing said solid material and immersing the diamond in said melted or plasticized material such that the diamond is at least partly covered therein; wherein the solid transparent material has a refractive index RIs and the diamond has a refractive index Rig, wherein RIg - 0,3 < RIs < RIg + 0,3; - allowing said melted or plasticized material to become solid such that a solid transparent block is obtained containing the diamond; characterized in that the method further comprises: - analyzing the diamond through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum, wherein the analyzing comprises submerging the solid block in an immersion liquid. - analyzing the diamond through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum, wherein the analyzing comprises submerging the solid block in an immersion liquid.