mhurhangee/patent-ind-claim-en huggingface dataset:
A method of launching a plurality of spacecraft provided in a stack of spacecraft from a launch vehicle , the launch vehicle traveling along an in-track path , the method comprising: releasing , in a first separation event occurring at a first time, a first spacecraft from the stack of spacecraft using a first separation force having a first separation force in-track component along the in-track path ; and releasing , in a second separation event occurring at a second time, a second spacecraft from the stack of spacecraft using a second separation force having a second separation force in-track component along the in-track path , wherein the second time occurs a first time delay after the first time, in which the first separation force in-track component is greater than the second separation force in-track component. releasing , in a first separation event occurring at a first time, a first spacecraft from the stack of spacecraft using a first separation force having a first separation force in-track component along the in-track path ; and releasing , in a second separation event occurring at a second time, a second spacecraft from the stack of spacecraft using a second separation force having a second separation force in-track component along the in-track path , wherein the second time occurs a first time delay after the first time, in which the first separation force in-track component is greater than the second separation force in-track component.
A CNP variant selected from the group consisting of SEQ ID NOs.: 1, 2, 22 and 43 to 47 for use in a method of i) treating osteoarthritis; ii) increasing cartilage growth in a subject with osteoarthritis; iii) slowing cartilage degeneration; iv) ameliorating a symptom of osteoarthritis; v) increasing motor skills or mobility in a patient having osteoarthritis; vi) inhibiting mobility degeneration in a patient with osteoarthritis; vii) increasing range of motion in an affected joint of a subject having osteoarthritis; viii) decreasing stiffness in an affected joint of a subject having osteoarthritis; ix) decreasing synovial inflammation in a subject; or x) preventing the onset of osteoarthritis, in a subject in need thereof, wherein the CNP variant is administered intraarticularly.
A method inputting an operation instruction for a device including a first panel and a second panel , the method comprising: determining (S20) whether a relative angle between the first panel and the second panel is within a preset angle range; determining (S30, S50) whether the relative angle within the preset angle range is maintained during a preset time interval; and identifying (S40, S60) an operation instruction to the device based on whether the relative angle between the first panel and the second panel is within the preset angle range, and whether the relative angle within the preset angle range is maintained during the preset time interval, wherein the operation instruction executes different functions (S150, S250, S300) according to whether the first panel moves to enter the preset angle range, whether the second panel moves to enter the preset angle range, and whether the first panel and the second panel move to enter the preset angle range. determining (S20) whether a relative angle between the first panel and the second panel is within a preset angle range; determining (S30, S50) whether the relative angle within the preset angle range is maintained during a preset time interval; and identifying (S40, S60) an operation instruction to the device based on whether the relative angle between the first panel and the second panel is within the preset angle range, and whether the relative angle within the preset angle range is maintained during the preset time interval, wherein the operation instruction executes different functions (S150, S250, S300) according to whether the first panel moves to enter the preset angle range, whether the second panel moves to enter the preset angle range, and whether the first panel and the second panel move to enter the preset angle range.
A polyurethane prepolymer produced by reacting a polyol and a polyisocyanate, wherein: the polyol comprises a polyether polyol (A) in an amount of 30% by mass or more, a polyester polyol (B) comprising an isophthalic acid-derived structure and a sebacic acid-derived structure as partial structures derived from a dibasic acid in an amount of 30% by mass or more, and a polyester polyol (C) comprising only a sebacic acid-derived structure as a partial structure derived from a dibasic acid in an amount of 20% by mass or less, the number-average molecular weight of the polyether polyol (A) is 1100 to 2400, and the ratio of the isocyanate equivalent of the polyisocyanate to the hydroxyl equivalent of the polyol is 2.1 or less. the polyol comprises a polyether polyol (A) in an amount of 30% by mass or more, a polyester polyol (B) comprising an isophthalic acid-derived structure and a sebacic acid-derived structure as partial structures derived from a dibasic acid in an amount of 30% by mass or more, and a polyester polyol (C) comprising only a sebacic acid-derived structure as a partial structure derived from a dibasic acid in an amount of 20% by mass or less, the number-average molecular weight of the polyether polyol (A) is 1100 to 2400, and the ratio of the isocyanate equivalent of the polyisocyanate to the hydroxyl equivalent of the polyol is 2.1 or less.
A method performed by a server for handling cached content resources, the method comprising: - receiving (200, 5:3) an HTTP GET request comprising a request for a content resource from a client device in a downloading session, - identifying (202, 5:4) a set of caches that can be accessed by the client device , said identifying being performed by the server based on an indication in the HTTP GET request indicating which caches the client is able to access or by the server accessing information about capabilities of the client device maintained by the server or by an access network used by the client device, and - sending (206, 5:6) a cache map to the client device in a 200 OK response to the received HTTP GET request, the cache map indicating that a first content resource of potential interest for later retrieval by the client device is stored in a first cache of the identified set of caches and a second content resource of potential interest for later retrieval by the client device is stored in a second cache of the identified set of caches and that at least one content resource of potential interest for later retrieval by the client device is stored in at least two caches of the identified set of caches., and the cache map comprising at least one selection criterion controlling which one of the at least two caches should be selected for the at least one content resource, thereby enabling the client device to select one of the at least two caches according to the selection criterion and retrieve the at least one content resource from the selected cache . - receiving (200, 5:3) an HTTP GET request comprising a request for a content resource from a client device in a downloading session, - identifying (202, 5:4) a set of caches that can be accessed by the client device , said identifying being performed by the server based on an indication in the HTTP GET request indicating which caches the client is able to access or by the server accessing information about capabilities of the client device maintained by the server or by an access network used by the client device, and - sending (206, 5:6) a cache map to the client device in a 200 OK response to the received HTTP GET request, the cache map indicating that a first content resource of potential interest for later retrieval by the client device is stored in a first cache of the identified set of caches and a second content resource of potential interest for later retrieval by the client device is stored in a second cache of the identified set of caches and that at least one content resource of potential interest for later retrieval by the client device is stored in at least two caches of the identified set of caches., and the cache map comprising at least one selection criterion controlling which one of the at least two caches should be selected for the at least one content resource, thereby enabling the client device to select one of the at least two caches according to the selection criterion and retrieve the at least one content resource from the selected cache .
Gaming robot for a gaming system comprising a library of gaming applications , the robot being mobile and comprising: - a memory into which a gaming application from the library can be loaded, - a module for connecting to a mobile device for installing and/or using the gaming application , - a human-machine interface which comprises * means for interpreting user gaming actions, which are configured to interpret the gaming actions of a user or of another robot, specific to the current gaming application , and * robot gaming action means, which are configured to perform robot gaming actions, specific to the current gaming application , characterized by a substantially prismatic general shape with a polygonal base of at least five sides. - a memory into which a gaming application from the library can be loaded, - a module for connecting to a mobile device for installing and/or using the gaming application , - a human-machine interface which comprises * means for interpreting user gaming actions, which are configured to interpret the gaming actions of a user or of another robot, specific to the current gaming application , and * robot gaming action means, which are configured to perform robot gaming actions, specific to the current gaming application , characterized by a substantially prismatic general shape with a polygonal base of at least five sides. * means for interpreting user gaming actions, which are configured to interpret the gaming actions of a user or of another robot, specific to the current gaming application , and * robot gaming action means, which are configured to perform robot gaming actions, specific to the current gaming application , characterized by a substantially prismatic general shape with a polygonal base of at least five sides.
A method of forming a non-volatile memory comprising: patterning a hybrid cell from a first memory material stack (S101); removing a portion of the first memory material stack in the hybrid cell (S102), wherein removing a portion of the first memory material stack in the hybrid cell comprises: conformally depositing a first material over the hybrid cell and an ILD encircling the hybrid cell, to result in a first conformal layer; performing an anisotropic etch on the first conformal layer forming a memory element pattern on a sidewall of the ILD encircling the hybrid cell and located above the hybrid cell; and removing the first memory material stack that is not located beneath the memory element pattern ; and forming a second memory material stack in an area created by the removed portion of the first memory material stack (S103). patterning a hybrid cell from a first memory material stack (S101); removing a portion of the first memory material stack in the hybrid cell (S102), wherein removing a portion of the first memory material stack in the hybrid cell comprises: conformally depositing a first material over the hybrid cell and an ILD encircling the hybrid cell, to result in a first conformal layer; performing an anisotropic etch on the first conformal layer forming a memory element pattern on a sidewall of the ILD encircling the hybrid cell and located above the hybrid cell; and removing the first memory material stack that is not located beneath the memory element pattern ; and forming a second memory material stack in an area created by the removed portion of the first memory material stack (S103). conformally depositing a first material over the hybrid cell and an ILD encircling the hybrid cell, to result in a first conformal layer; performing an anisotropic etch on the first conformal layer forming a memory element pattern on a sidewall of the ILD encircling the hybrid cell and located above the hybrid cell; and removing the first memory material stack that is not located beneath the memory element pattern ; and forming a second memory material stack in an area created by the removed portion of the first memory material stack (S103).
Tuft picking device for a brush producing machine , having a tuft picker , which has a tuft picking notch on its front side which faces a bristle supply in the use position, wherein the tuft picker can be moved past the bristle supply between a tuft receiving position and a tuft dispensing position for the purpose of picking a bristle tuft from the bristle supply and for the purpose of dispensing a received bristle tuft to the brush producing machine by means of the tuft picking notch , wherein the tuft picking device has at least one movable pressure piece , which can be pushed into the tuft picking notch in order to alter its picking cross section, characterized in that the pressure piece can be displaced in the tuft picking notch transversely with respect to the direction of longitudinal extent of the tuft picking notch between a first edge , which runs transversely with respect to the direction of longitudinal extent of the tuft picking notch , and a second edge , situated opposite the first edge , of the tuft picking notch .
A power semiconductor device , comprising: - a housing ; - a circuit board which is placed in the housing and in which an electric circuit including a power semiconductor element is formed; - a plurality of terminals each having an inner terminal portion electrically connected in the housing to the electric circuit, an outer terminal portion for making electrical connection with an apparatus to be connected, and a body portion whose one end continuous to the inner terminal portion is fastened internally to the housing and which supports the outer terminal portion at the other end so as to place the outer terminal portion away from the housing ; - wherein the plurality of terminals is each formed of an elongated plate member, - wherein, in each of the plurality of terminals , at a portion , in the body portion exposed from the housing , there is formed a constriction portion that is concaved from both sides in its width direction in the portion exposed from the housing which is a direction perpendicular to a center line that connects the outer terminal portion and a root portion of the portion exposed from the housing so as to leave a portion of the terminal around the center line, wherein the constriction portion is configured to allow the outer terminal portion to move right and left in the width direction of the center line on the constriction portion . - a housing ; - a circuit board which is placed in the housing and in which an electric circuit including a power semiconductor element is formed; - a plurality of terminals each having an inner terminal portion electrically connected in the housing to the electric circuit, an outer terminal portion for making electrical connection with an apparatus to be connected, and a body portion whose one end continuous to the inner terminal portion is fastened internally to the housing and which supports the outer terminal portion at the other end so as to place the outer terminal portion away from the housing ; - wherein the plurality of terminals is each formed of an elongated plate member, - wherein, in each of the plurality of terminals , at a portion , in the body portion exposed from the housing , there is formed a constriction portion that is concaved from both sides in its width direction in the portion exposed from the housing which is a direction perpendicular to a center line that connects the outer terminal portion and a root portion of the portion exposed from the housing so as to leave a portion of the terminal around the center line,
Hybrid or electric vehicle comprising a floor , lower body side rails extending along the two lateral edges of the floor , underfloor side rails between said lower body side rails , at least one propulsion battery arranged under the floor between the lower body side rails and at least one underfloor side rail having one of its ends arranged facing one of the faces of one or of the propulsion battery , the vehicle further comprising at least one reinforcing element under said floor and extending transversely from one of the sub-floor side members , characterized in that at least one reinforcing element is in the form of a bracket, one of the sides of which is arranged to be placed facing one of the longitudinal sides of a sub-floor side member .
A fastener cartridge for use with a fastening instrument to fasten tissue, said fastener cartridge comprising: a cartridge body including a deck and a plurality of cavities ; fasteners removably stored in said cavities , wherein said fasteners are deployable from said cavities during a firing stroke of the fastening instrument; a deployable tissue engaging member movably positioned in one of said cavities , wherein said tissue engaging member is movable between an undeployed position and a deployed position to engage the tissue during the firing stroke of the fastening instrument; and a sled configured to eject said fasteners from said cartridge body during the firing stroke of the fastening instrument, characterised in that said sled is also configured to deploy said tissue engaging member during the firing stoke of the fastening instrument, wherein said sled comprises a first ramp configured to lift said fasteners and a second ramp configured to lift said tissue engaging member , such that said tissue engaging member reaches its deployed position and ceases to move before the ejection of the fastener removably stored in the same cavity is complete. a cartridge body including a deck and a plurality of cavities ; fasteners removably stored in said cavities , wherein said fasteners are deployable from said cavities during a firing stroke of the fastening instrument; a deployable tissue engaging member movably positioned in one of said cavities , wherein said tissue engaging member is movable between an undeployed position and a deployed position to engage the tissue during the firing stroke of the fastening instrument; and a sled configured to eject said fasteners from said cartridge body during the firing stroke of the fastening instrument, characterised in that said sled is also configured to deploy said tissue engaging member during the firing stoke of the fastening instrument, wherein said sled comprises a first ramp configured to lift said fasteners and a second ramp configured to lift said tissue engaging member , such that said tissue engaging member reaches its deployed position and ceases to move before the ejection of the fastener removably stored in the same cavity is complete.
A flow rate controller connectable between a port of an air cylinder , and an operation switching valve configured to switch and thereby connect a high pressure air supply source or an exhaust port to the air cylinder, the flow rate controller comprising: a housing including a cylinder side port connectable to the port of the air cylinder, and a valve side port connectable to the operation switching valve; a first flow path provided inside the housing, and configured to connect the cylinder side port and the valve side port; a first throttle valve disposed in the first flow path; a second flow path provided inside the housing and disposed in parallel with the first flow path; a second throttle valve assembly disposed in the second flow path; a pilot check valve disposed in the second flow path and connected in series with the second throttle valve assembly; a pilot air flow path provided inside the housing, and configured to connect the valve side port and a pilot port of the pilot check valve to supply and discharge pilot air to and from the pilot check valve; and a third throttle valve assembly disposed in the pilot air flow path, wherein, depending on a pressure of the pilot air, the pilot check valve switches between a state allowing passage of exhaust air discharged from the air cylinder, and a state preventing the passage of the exhaust air. a housing including a cylinder side port connectable to the port of the air cylinder, and a valve side port connectable to the operation switching valve; a first flow path provided inside the housing, and configured to connect the cylinder side port and the valve side port; a first throttle valve disposed in the first flow path; a second flow path provided inside the housing and disposed in parallel with the first flow path; a second throttle valve assembly disposed in the second flow path; a pilot check valve disposed in the second flow path and connected in series with the second throttle valve assembly; a pilot air flow path provided inside the housing, and configured to connect the valve side port and a pilot port of the pilot check valve to supply and discharge pilot air to and from the pilot check valve; and a third throttle valve assembly disposed in the pilot air flow path, wherein, depending on a pressure of the pilot air, the pilot check valve switches between a state allowing passage of exhaust air discharged from the air cylinder, and a state preventing the passage of the exhaust air.
A vehicle lower portion structure comprising: a battery pack installed at a vehicle lower side of a floor panel , rockers disposed at vehicle transverse direction outer sides of the battery pack , the rockers extending in a vehicle longitudinal direction; and front wheel anchoring portions provided at regions, that face front wheels in the vehicle longitudinal direction, of front ends of the rockers , the front wheel anchoring portions being configured such that a wheel of one or the other of the front wheels , that moves toward a vehicle transverse direction inner side at a time of a front collision of a vehicle, anchors at one of the front wheel anchoring portions , wherein the front wheel anchoring portions have catching portions , and a vehicle transverse direction outer side end portion of the one or the other of the wheels is caught on one of the catching portions at a time of a front collision of the vehicle, the catching portion are notched portions that are formed at vehicle transverse direction outer side end portions of the front ends of the rockers , and the notched portions are shaped such that the vehicle transverse direction outer side end portions of the front ends of the rockers are cut-out toward an inner side in the vehicle transverse direction and toward a rearward side in the vehicle longitudinal direction. a battery pack installed at a vehicle lower side of a floor panel , rockers disposed at vehicle transverse direction outer sides of the battery pack , the rockers extending in a vehicle longitudinal direction; and front wheel anchoring portions provided at regions, that face front wheels in the vehicle longitudinal direction, of front ends of the rockers , the front wheel anchoring portions being configured such that a wheel of one or the other of the front wheels , that moves toward a vehicle transverse direction inner side at a time of a front collision of a vehicle, anchors at one of the front wheel anchoring portions , wherein the front wheel anchoring portions have catching portions , and a vehicle transverse direction outer side end portion of the one or the other of the wheels is caught on one of the catching portions at a time of a front collision of the vehicle, the catching portion are notched portions that are formed at vehicle transverse direction outer side end portions of the front ends of the rockers , and the notched portions are shaped such that the vehicle transverse direction outer side end portions of the front ends of the rockers are cut-out toward an inner side in the vehicle transverse direction and toward a rearward side in the vehicle longitudinal direction.