mhurhangee/patent-ind-claim-en huggingface dataset:
A damping device for a spacecraft configured to damp vibrations between a component to be isolated and a supporting structure of the spacecraft , the damping device comprising: - a metal structure obtained by additive manufacturing and comprising a first metal part configured to be attached to one of the component to be isolated or of the supporting structure , and a second metal part configured to be attached to the other of the component to be isolated or the supporting structure , - a solid elastomer damping structure arranged between the first metal part and the second metal part , so as to be in contact both with walls of the first metal part and with walls of the second metal part , the metal structure being produced by additive manufacturing such that at least a portion of the surface of the first metal part and/or the second metal part , in contact with the damping structure , has a lattice structure , characterized in that the first metal part comprises an outer skeleton and an inner housing (I) within the outer skeleton , the solid elastomer damping structure being arranged in the inner housing (I), and the second metal part being arranged at least partially inside the inner housing (I) of the first metal part . - a metal structure obtained by additive manufacturing and comprising a first metal part configured to be attached to one of the component to be isolated or of the supporting structure , and a second metal part configured to be attached to the other of the component to be isolated or the supporting structure , - a solid elastomer damping structure arranged between the first metal part and the second metal part , so as to be in contact both with walls of the first metal part and with walls of the second metal part , the metal structure being produced by additive manufacturing such that at least a portion of the surface of the first metal part and/or the second metal part , in contact with the damping structure , has a lattice structure , characterized in that the first metal part comprises an outer skeleton and an inner housing (I) within the outer skeleton , the solid elastomer damping structure being arranged in the inner housing (I), and the second metal part being arranged at least partially inside the inner housing (I) of the first metal part .
A medical lead comprising: a lead body including an electrically conductive lead wire ; an electrical contact on a proximal portion of the lead body , the electrical contact comprising a contact substrate; and an electrode on a distal portion of the lead body , the electrode comprising an electrode substrate , wherein the electrode substrate is electrically coupled to the contact substrate via the electrically conductive lead wire , wherein the lead wire is formed of a composition comprising titanium or titanium alloys, wherein the electrode substrate is formed of a first beta-titanium alloy, and wherein the contact substrate is formed of a second beta-titanium alloy. a lead body including an electrically conductive lead wire ; an electrical contact on a proximal portion of the lead body , the electrical contact comprising a contact substrate; and an electrode on a distal portion of the lead body , the electrode comprising an electrode substrate , wherein the electrode substrate is electrically coupled to the contact substrate via the electrically conductive lead wire , wherein the lead wire is formed of a composition comprising titanium or titanium alloys, wherein the electrode substrate is formed of a first beta-titanium alloy, and wherein the contact substrate is formed of a second beta-titanium alloy.
A method of RF power delivering from a RF supply generator to at least one vacuum plasma processing module (1 0 , 2 0 ), comprising time varying matching the output impedance of said RF supply generator to the input impedance of said vacuum plasma processing module by a) Providing in said vacuum plasma processing module an impedance transform network (1 T , 2 T ) and performing by said impedance transform network a time invariant impedance transform of said input impedance of said vacuum plasma processing module to an input impedance to said impedance transform network; b) Performing time variable matching of said output impedance of said RF supply generator to said input impedance of said impedance transform network : (1 T , 2 T ) by a matchbox operationally connected to said impedance transform network; c) providing at least a part of at least one inductive element of said impedance transform network by a hollow conductor and flowing a cooling medium through said hollow conductor and through a cooling arrangement of a part of said vacuum plasma processing module not being a part of said impedance transform network. a) Providing in said vacuum plasma processing module an impedance transform network (1 T , 2 T ) and performing by said impedance transform network a time invariant impedance transform of said input impedance of said vacuum plasma processing module to an input impedance to said impedance transform network; b) Performing time variable matching of said output impedance of said RF supply generator to said input impedance of said impedance transform network : (1 T , 2 T ) by a matchbox operationally connected to said impedance transform network; c) providing at least a part of at least one inductive element of said impedance transform network by a hollow conductor and flowing a cooling medium through said hollow conductor and through a cooling arrangement of a part of said vacuum plasma processing module not being a part of said impedance transform network.
A lithographic printing plate precursor including a support and a coating comprising (i) a photopolymerisable layer including a polymerisable compound and a photoinitiator, and (ii) a toplayer provided above the photopolymerisable layer; characterized in that the toplayer has a thickness comprised between 0.1 g/m 2 and 1.75 g/m 2 and includes an infrared absorbing compound which includes a thermocleavable group which transforms into a group which is a stronger electron-donor upon exposure to heat and/or IR radiation, and is capable of forming a print-out image upon exposure to heat and/or IR radiation.
Valve assembly , comprising: - a body inside which a seat is obtained communicating with at least one supply port connectable to a source of a pressurized work fluid, at least one braking port connectable to the braking system of a trailer, at least one drain port connectable to a drain tank; - at least one distributor housed in a sliding manner inside said seat and movable between a home position, in which said braking port is isolated from said supply port and in communication with said drain port , and at least one braking position, in which said braking port is in communication at least with said supply port ; within said distributor being defined at least one connecting channel which is adapted to place said braking port in communication with at least a first chamber operating on a first end of said distributor and with at least a second chamber operating on a second end of said distributor opposed to said first end ; - first elastic means operating on said first end and adapted to counteract the displacement of said distributor from the home position towards a braking position; - driving means of said distributor connectable to the braking system of a towing vehicle and operating on said second end to push said distributor from the home position towards a braking position; characterized by the fact that said driving means comprise valve means provided with at least one shutter element adapted to place/insulate said second chamber in communication with/from at least a third chamber communicating with a further drain tank, and by the fact that said valve means comprise at least one connecting element movable by said shutter element and adapted to interact with said distributor . - a body inside which a seat is obtained communicating with at least one supply port connectable to a source of a pressurized work fluid, at least one braking port connectable to the braking system of a trailer, at least one drain port connectable to a drain tank; - at least one distributor housed in a sliding manner inside said seat and movable between a home position, in which said braking port is isolated from said supply port and in communication with said drain port , and at least one braking position, in which said braking port is in communication at least with said supply port ; within said distributor being defined at least one connecting channel which is adapted to place said braking port in communication with at least a first chamber operating on a first end of said distributor and with at least a second chamber operating on a second end of said distributor opposed to said first end ; - first elastic means operating on said first end and adapted to counteract the displacement of said distributor from the home position towards a braking position; - driving means of said distributor connectable to the braking system of a towing vehicle and operating on said second end to push said distributor from the home position towards a braking position;
A system for managing pain of a patient , the system comprising: an electrostimulator configured to generate electrostimulation energy to treat pain; a sensor circuit coupled to one or more physiological sensors and configured to sense from the patient at least one physiological signal indicative of patient brain activity; a pain analyzer circuit coupled to the sensor circuit , the pain analyzer circuit configured to: generate, from each of the sensed at least one physiological signal indicative of the patient brain activity, one or more signal metrics indicative of strength or a pattern of brain electromagnetic activity associated with pain; and generate, for each of a plurality of candidate electrodes , a pain score using the generated one or more signal metrics; and a controller circuit coupled to the pain analyzer circuit and the electrostimulator, the controller circuit configured to select, from the plurality of candidate electrodes , one or more active electrodes based on the pain scores, and to control the electrostimulator to deliver a pain therapy, using the selected one or more active electrodes, and an output unit configured to output the pain scores to a user. an electrostimulator configured to generate electrostimulation energy to treat pain; a sensor circuit coupled to one or more physiological sensors and configured to sense from the patient at least one physiological signal indicative of patient brain activity; a pain analyzer circuit coupled to the sensor circuit , the pain analyzer circuit configured to: generate, from each of the sensed at least one physiological signal indicative of the patient brain activity, one or more signal metrics indicative of strength or a pattern of brain electromagnetic activity associated with pain; and generate, for each of a plurality of candidate electrodes , a pain score using the generated one or more signal metrics; and generate, from each of the sensed at least one physiological signal indicative of the patient brain activity, one or more signal metrics indicative of strength or a pattern of brain electromagnetic activity associated with pain; and generate, for each of a plurality of candidate electrodes , a pain score using the generated one or more signal metrics; and a controller circuit coupled to the pain analyzer circuit and the electrostimulator, the controller circuit configured to select, from the plurality of candidate electrodes , one or more active electrodes based on the pain scores, and to control the electrostimulator to deliver a pain therapy, using the selected one or more active electrodes, and an output unit configured to output the pain scores to a user.
An avionic display system , comprising: a display module for displaying an image overlaid on a pilot view, the display module comprising a near-to-eye display; a vision system in operable communication with the display module , the vision system configured to generate a monochrome translucent image and to cause the display module to overlay the generated monochrome translucent image on the pilot view; and a navigation database in operable communication with the vision system , the navigation database configured to store information related to a location, boundary and color of a visual reference in the pilot view that would otherwise be obscured by the overlaid monochrome translucent image, the visual reference comprising a source of color-based information; wherein the vision system is configured to, using the stored information related to the location, the boundary and color of the visual reference, modify the generated monochrome translucent image in the pilot view in order to convey the color-based information to the pilot. a display module for displaying an image overlaid on a pilot view, the display module comprising a near-to-eye display; a vision system in operable communication with the display module , the vision system configured to generate a monochrome translucent image and to cause the display module to overlay the generated monochrome translucent image on the pilot view; and a navigation database in operable communication with the vision system , the navigation database configured to store information related to a location, boundary and color of a visual reference in the pilot view that would otherwise be obscured by the overlaid monochrome translucent image, the visual reference comprising a source of color-based information; wherein the vision system is configured to, using the stored information related to the location, the boundary and color of the visual reference, modify the generated monochrome translucent image in the pilot view in order to convey the color-based information to the pilot.
A locking valve body assembly for use with a powered hammer assembly , the locking valve body assembly comprising: a valve body that defines a void configured to contain a pressurized fluid; a locking member that is configured to be biased by the pressurized fluid into a locking configuration; characterised in that the locking valve body assembly further comprises a retainer member that is configured to mate with a corresponding feature of a powered hammer assembly , wherein: - the locking valve body assembly is configured to prevent the retainer from being removed from the power hammer assembly along a first predetermined direction , and - the locking member is operatively associated with the retainer member and the locking member is configured to prevent movement of the retainer member in a second predetermined direction that is different than the first predetermined direction when the valve body is pressurized. a valve body that defines a void configured to contain a pressurized fluid; a locking member that is configured to be biased by the pressurized fluid into a locking configuration; characterised in that the locking valve body assembly further comprises a retainer member that is configured to mate with a corresponding feature of a powered hammer assembly , wherein: - the locking valve body assembly is configured to prevent the retainer from being removed from the power hammer assembly along a first predetermined direction , and - the locking member is operatively associated with the retainer member and the locking member is configured to prevent movement of the retainer member in a second predetermined direction that is different than the first predetermined direction when the valve body is pressurized. - the locking valve body assembly is configured to prevent the retainer from being removed from the power hammer assembly along a first predetermined direction , and - the locking member is operatively associated with the retainer member and the locking member is configured to prevent movement of the retainer member in a second predetermined direction that is different than the first predetermined direction when the valve body is pressurized.
A method comprising: by a user equipment, UE : configuring a first media access control, MAC, entity of a plurality of MAC entities of the UE to support a first communication type, the first communication type comprising enhanced mobile broadband; configuring a second MAC entity of the plurality of MAC entities of the UE to support a second communication type, the second communication type comprising massive machine type communication or ultra-reliable low latency communications, wherein a number of configured MAC entities of the plurality of MAC entities is based on a maximum number of MAC entities supported for a UE category associated with a type of the UE; configuring additional MAC entities to support respective communication types to the maximum supported count of MAC entities; decoding first MAC layer signaling via the first MAC entity; and decoding , contemporaneously with decoding the first MAC layer signaling via the first MAC entity, second MAC layer signaling via the second MAC entity. configuring a first media access control, MAC, entity of a plurality of MAC entities of the UE to support a first communication type, the first communication type comprising enhanced mobile broadband; configuring a second MAC entity of the plurality of MAC entities of the UE to support a second communication type, the second communication type comprising massive machine type communication or ultra-reliable low latency communications, wherein a number of configured MAC entities of the plurality of MAC entities is based on a maximum number of MAC entities supported for a UE category associated with a type of the UE; configuring additional MAC entities to support respective communication types to the maximum supported count of MAC entities; decoding first MAC layer signaling via the first MAC entity; and decoding , contemporaneously with decoding the first MAC layer signaling via the first MAC entity, second MAC layer signaling via the second MAC entity.
An adjustable anatomical support and seat cushion apparatus for wheelchairs, comprising: a base member formed of at least one layer of a thermoplastic honeycomb material; a resilient cushion member formed of an upper layer of thermoplastic honeycomb material, an intermediate layer of thermoplastic honeycomb material, and a lower layer of thermoplastic honeycomb material, the layers being bonded together, the base member having an edge thereof pivotally attached to a corresponding edge of the cushion member at a hinge , the cushion member being rotatable between a non-parallel disposition relative to the base member and a parallel disposition relative to the base member , wherein the base member is disposed beneath the lower layer when the cushion member is in the parallel disposition relative to the base member , wherein a first pocket is formed in the lower layer ; and at least one pad (66/68/70) configured to be positioned within the first pocket of the cushion member , the at least one pad (66/68/70) being removable from the first pocket of the cushion member characterized in that the upper layer is softer than the intermediate layer , and the intermediate layer is softer than the lower layer , wherein the first pocket has an open end facing the base member when the cushion member is in the parallel disposition relative to the base member ; a second pocket is formed in the intermediate layer , and the first and second pockets are open to each other. a base member formed of at least one layer of a thermoplastic honeycomb material; a resilient cushion member formed of an upper layer of thermoplastic honeycomb material, an intermediate layer of thermoplastic honeycomb material, and a lower layer of thermoplastic honeycomb material, the layers being bonded together, the base member having an edge thereof pivotally attached to a corresponding edge of the cushion member at a hinge , the cushion member being rotatable between a non-parallel disposition relative to the base member and a parallel disposition relative to the base member , wherein the base member is disposed beneath the lower layer when the cushion member is in the parallel disposition relative to the base member , wherein a first pocket is formed in the lower layer ; and at least one pad (66/68/70) configured to be positioned within the first pocket of the cushion member , the at least one pad (66/68/70) being removable from the first pocket of the cushion member the upper layer is softer than the intermediate layer , and the intermediate layer is softer than the lower layer , wherein the first pocket has an open end facing the base member when the cushion member is in the parallel disposition relative to the base member ; a second pocket is formed in the intermediate layer , and the first and second pockets are open to each other.
A child safety seat, comprising a seat body and a five-point safety belt disposed on the seat body, the seat body comprising a housing , the five-point safety belt comprising a safety belt buckle, the housing being internally provided with a storage slot used for storing the safety belt buckle; is characterized in that , the seat body further comprises a head support assembly disposed on the housing in a sliding up and down manner, the head support assembly has a predetermined position, and when the safety belt buckle is placed in the storage slot , the head support assembly is allowed to be higher than the predetermined position.
An extended release pharmaceutical formulation for use in the treatment of a vascular eye disorder in the vitreous, wherein the extended release pharmaceutical formulation comprises microparticles having a diameter of from 2 microns to 70 microns, the microparticles comprising a micronized VEGF-Trap protein core of about 2 microns to about 30 microns and a polymer cortex, wherein the VEGF-Trap protein is released from the microparticles at a rate of from about 0.01 mg/week to about 0.30 mg/week for a duration of at least 60 days in an aqueous environment, and wherein the pharmaceutical formulation comprises one or more sugars.
A method, including: - providing an integrated circuit card with a memory space (PH) including memory space locations for storing user profile data of a plurality of user profiles (P1, P2, .., PN), - partitioning the memory space (PH) in segments (Segment 1, ..., Segment N) of memory space locations, - providing a segment map (SM) including segment map memory locations with the memory space locations in the memory space (PH) coupled to respective segment map memory locations in the segment map (SM), - allocating the memory space locations in the memory space (PH) to the user profile data by recording in the respective segment map memory locations in the segment map (SM) the profile in the plurality of user profiles (P1, P2, .., PN) to which the memory space locations in the memory space (PH) are reserved. - providing an integrated circuit card with a memory space (PH) including memory space locations for storing user profile data of a plurality of user profiles (P1, P2, .., PN), - partitioning the memory space (PH) in segments (Segment 1, ..., Segment N) of memory space locations, - providing a segment map (SM) including segment map memory locations with the memory space locations in the memory space (PH) coupled to respective segment map memory locations in the segment map (SM), - allocating the memory space locations in the memory space (PH) to the user profile data by recording in the respective segment map memory locations in the segment map (SM) the profile in the plurality of user profiles (P1, P2, .., PN) to which the memory space locations in the memory space (PH) are reserved.