mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for stabilizing a foundation of a building, wherein said apparatus is adapted to be arranged within said building and comprises: a casing, attachable to the foundation of said building; a jack, attachable to said casing and arranged for pressing hollow pile segments (331, 335, 336, 337, 338, 339, 370) through or adjacent to said casing vertically into the soil (16,17) to form a substantially vertical hollow pile having a top end and a bottom end and comprising said hollow pile segments (331, 335, 336, 337, 338, 339, 370); a percussion device, adapted to be inserted vertically through said hollow pile segments of the hollow pile to a level below the foundation, and adapted for exerting a downward percussive force on the soil at the bottom end of said hollow pile, characterized in that the percussion device is adapted for detachably interlocking with a corresponding interlocking pile segment of the hollow pile, such that when said percussion device is interlocked with said pile segment a downward percussive force exerted by said percussion device causes a substantially equal upward force on said interlocking pile segment. a casing, attachable to the foundation of said building; a jack, attachable to said casing and arranged for pressing hollow pile segments (331, 335, 336, 337, 338, 339, 370) through or adjacent to said casing vertically into the soil (16,17) to form a substantially vertical hollow pile having a top end and a bottom end and comprising said hollow pile segments (331, 335, 336, 337, 338, 339, 370); a percussion device, adapted to be inserted vertically through said hollow pile segments of the hollow pile to a level below the foundation, and adapted for exerting a downward percussive force on the soil at the bottom end of said hollow pile, characterized in that the percussion device is adapted for detachably interlocking with a corresponding interlocking pile segment of the hollow pile, such that when said percussion device is interlocked with said pile segment a downward percussive force exerted by said percussion device causes a substantially equal upward force on said interlocking pile segment.
A process for generating a microwalled encapsulation balloon, comprising, in combination: providing a paddle insert having a top side and a bottom side; placing a balloon membrane further comprising a first membrane layer on at least a portion of the top side of the paddle insert and a second membrane layer on at least a portion of the bottom side of a paddle insert, such that portions of the first membrane layer and the second membrane layer extending beyond the paddle insert are in contact with each other; providing a first support layer on a top side of the first membrane layer and a second support layer on a bottom side of the second membrane layer; providing a first paddle die on a top side of the first support layer and a second paddle die on a bottom side of the second support layer; and pressing the first and second paddle dies together to conform the balloon membrane to the paddle insert while applying heat to or near the melting point to the balloon membrane to join membrane layers providing a paddle insert having a top side and a bottom side; placing a balloon membrane further comprising a first membrane layer on at least a portion of the top side of the paddle insert and a second membrane layer on at least a portion of the bottom side of a paddle insert, such that portions of the first membrane layer and the second membrane layer extending beyond the paddle insert are in contact with each other; providing a first support layer on a top side of the first membrane layer and a second support layer on a bottom side of the second membrane layer; providing a first paddle die on a top side of the first support layer and a second paddle die on a bottom side of the second support layer; and pressing the first and second paddle dies together to conform the balloon membrane to the paddle insert while applying heat to or near the melting point to the balloon membrane to join membrane layers
A load cushion for a suspension system adapted to receive a vertical load, the load cushion comprising: a cushion portion comprised of a given material; and a base having a top side, a bottom side, and multiple edges, wherein the cushion portion extends away from the top side of the base and has at least one vertical cross section having two continuously inwardly tapering edges (105, 107) extending from the base to a flattened top surface having a generally square shape with a horizontal length equal to a horizontal width, and wherein the load cushion is a progressive rate load cushion having a continuously increasing vertical spring rate as a vertical load applied to the load cushion is increased. a cushion portion comprised of a given material; and a base having a top side, a bottom side, and multiple edges, wherein the cushion portion extends away from the top side of the base and has at least one vertical cross section having two continuously inwardly tapering edges (105, 107) extending from the base to a flattened top surface having a generally square shape with a horizontal length equal to a horizontal width, and wherein the load cushion is a progressive rate load cushion having a continuously increasing vertical spring rate as a vertical load applied to the load cushion is increased.
- An insulating glazing pane comprising an assembly of parallel glazing panes, with two consecutive glazing panes in the assembly being separated by a cavity containing a gas cushion, said insulating glazing pane comprising at least one laminated glazing pane, the at least one laminated glazing pane comprising two glass sheets (5a, 5b), between which an adhesive interlayer is laminated, characterized in that the mass per unit area of the adhesive interlayer is between 843 g/m 2 and 1211 g/m 2, with the value of the glass-adhesive interlayer adhesion measured using the TCT method at 33 mm.s -1 and 20°C as defined in the description being strictly less than 20 kJ/m 2.
A rotor for a centrifugal pump having and axial direction, the rotor comprising a hub, a shroud having an axially symmetrical shape comprising an attachment portion of the shroud with the hub, an inducer and an impeller, the shroud flaring from the attachment portion in the axial direction, characterized in that the rotor includes an annular bead arranged between the shroud and the hub, the annular bead being attached to the shroud while an annular space is provided between the hub and the annular bead and in that the shroud includes a plurality of through openings arranged between the inducer and the impeller.
A current collector plate configured to be disposed between a first electrode tab of an electrode assembly and an exposed terminal for electrical connection thereof, the current collector plate comprising: an edge portion extended in a circumferential direction to define a space inside; a tab coupling portion extended from an edge portion in a centripetal direction and configured to be coupled to the first electrode tab; and a terminal coupling portion disposed at a centripetal position relative to the edge portion characterized in that terminal coupling portion is connected to the tab coupling portion through the edge portion while avoiding the tab coupling portion. an edge portion extended in a circumferential direction to define a space inside; a tab coupling portion extended from an edge portion in a centripetal direction and configured to be coupled to the first electrode tab; and a terminal coupling portion disposed at a centripetal position relative to the edge portion characterized in that terminal coupling portion is connected to the tab coupling portion through the edge portion while avoiding the tab coupling portion.
Method for actuating personal protection means for a vehicle, having the following successive method steps which are repeated cyclically: - filling a forwarding memory with first actuation data from a previous cycle, - reading in at least one accident sensor signal, - transmitting the first actuation data from the forwarding memory to an actuation circuit (FLIC), - forming an actuation decision on the basis of the at least one accident sensor signal; and - producing second actuation data on the basis of the actuation decision. - filling a forwarding memory with first actuation data from a previous cycle, - reading in at least one accident sensor signal, - transmitting the first actuation data from the forwarding memory to an actuation circuit (FLIC), - forming an actuation decision on the basis of the at least one accident sensor signal; and - producing second actuation data on the basis of the actuation decision.
A method of controlling an artificial force feel generating device for generation of an artificial feeling of force on an inceptor of a vehicle control system, the inceptor being adapted for controlling a servo-assisted control unit of the vehicle control system via associated flight control kinematics, wherein the artificial force feel generating device comprises at least one force generating device that is mechanically connected to the inceptor for generating a tactile cue force acting in operation on the inceptor, and wherein a safety device is provided for limiting authority of the at least one force generating device, the method comprising at least the steps of: - monitoring usage of the safety device during operation of the artificial force feel generating device, - determining a current accumulated fatigue of the safety device on the basis of the monitored usage, and - re-configuring the at least one force generating device on the basis of the current accumulated fatigue. - monitoring usage of the safety device during operation of the artificial force feel generating device, - determining a current accumulated fatigue of the safety device on the basis of the monitored usage, and - re-configuring the at least one force generating device on the basis of the current accumulated fatigue.
A system for developing a dynamic radiosurgery plan comprising: a gamma radiation delivery system, a microprocessor, a memory (230, 240) and a program, said program residing in said memory and said microprocessor being configured to execute said program, said program comprising a planning algorithm comprising the steps of: (a) imposing a 2D grid structure or a 3D grid structure underlying a tumor volume (24, 38) to obtain an underlying grid structure; (b) determining a set of intersections (32, 40) on the underlying grid structure that must be traversed by dose shots to cover the tumor volume (24, 38); (c) shifting the underlying grid structure to minimize the set of intersections to improve quality and duration of a final route of a dynamic radiosurgery plan; (d) generating an initial set of potential dose shots; (e) optimizing the initial set of potential dose shots and selecting a subset of dose shots; (f) calculating a path for the locations of the subset of dose shots to obtain an optimal path of travel; (g) producing the dynamic radiosurgery plan based on the optimal path of travel, wherein the dynamic radiosurgery plan covers each point of the tumor volume (24, 38) during movement of the tumor volume along the optimal path of travel; and (h) performing a final dose calculation on the optimal path of travel using fine interpolations to obtain a final subset of dose shots for delivery to the tumor volume (24, 38). (a) imposing a 2D grid structure or a 3D grid structure underlying a tumor volume (24, 38) to obtain an underlying grid structure; (b) determining a set of intersections (32, 40) on the underlying grid structure that must be traversed by dose shots to cover the tumor volume (24, 38); (c) shifting the underlying grid structure to minimize the set of intersections to improve quality and duration of a final route of a dynamic radiosurgery plan; (d) generating an initial set of potential dose shots; (e) optimizing the initial set of potential dose shots and selecting a subset of dose shots; (f) calculating a path for the locations of the subset of dose shots to obtain an optimal path of travel; (g) producing the dynamic radiosurgery plan based on the optimal path of travel, wherein the dynamic radiosurgery plan covers each point of the tumor volume (24, 38) during movement of the tumor volume along the optimal path of travel; and (h) performing a final dose calculation on the optimal path of travel using fine interpolations to obtain a final subset of dose shots for delivery to the tumor volume (24, 38).
A three-dimensional printer for the additive manufacturing of a part, comprising: a fiber composite filament supply of unmelted fiber reinforced composite filament including one or more inelastic axial fiber strands extending within a matrix material of the filament; a movable build platen that supports the part; a print head opposing the platen and comprising a heated ironing tip configured to heat and press the composite filament such that at least a portion of one or more inelastic axial fiber strands are anchored within the part on the platen; and a plurality of printing actuators (116, 118) that move the print head and the platen relative to one another in at least one degree of freedom. a fiber composite filament supply of unmelted fiber reinforced composite filament including one or more inelastic axial fiber strands extending within a matrix material of the filament; a movable build platen that supports the part; a print head opposing the platen and comprising a heated ironing tip configured to heat and press the composite filament such that at least a portion of one or more inelastic axial fiber strands are anchored within the part on the platen; and a plurality of printing actuators (116, 118) that move the print head and the platen relative to one another in at least one degree of freedom.
A communication apparatus comprising: a receiver configured to receive first downlink control information of a first component carrier and second downlink control information of a second component carrier; a controller configured to determine a first search space and a second search space which are configured within one physical resource block, PRB, set among a plurality of PRB sets included in Enhanced Physical Downlink Control Channel, EPDCCH, region defined in a data region of the first component carrier, wherein the second search space is configured using a Carrier Indicator Field, CIF, value that is set for the second component carrier, the first search space includes one or more mapping candidates of the first downlink control information, and the second search space includes one or more mapping candidates of the second downlink control information; and a detector configured to detect the first downlink control information by blind decoding the first search space and detects the second downlink control information by blind decoding the second search space, wherein each of the plurality of PRB sets includes a plurality of control channel elements, CCEs; and one or more CCEs corresponding to the one or more mapping candidates included in the second search space are given by cyclically shifting one or more CCEs corresponding to the one or more mapping candidates included in the first search space by the CIF value that is set for the second component carrier. a receiver configured to receive first downlink control information of a first component carrier and second downlink control information of a second component carrier; a controller configured to determine a first search space and a second search space which are configured within one physical resource block, PRB, set among a plurality of PRB sets included in Enhanced Physical Downlink Control Channel, EPDCCH, region defined in a data region of the first component carrier, wherein the second search space is configured using a Carrier Indicator Field, CIF, value that is set for the second component carrier, the first search space includes one or more mapping candidates of the first downlink control information, and the second search space includes one or more mapping candidates of the second downlink control information; and a detector configured to detect the first downlink control information by blind decoding the first search space and detects the second downlink control information by blind decoding the second search space, wherein each of the plurality of PRB sets includes a plurality of control channel elements, CCEs; and one or more CCEs corresponding to the one or more mapping candidates included in the second search space are given by cyclically shifting one or more CCEs corresponding to the one or more mapping candidates included in the first search space by the CIF value that is set for the second component carrier.
An electric arc welding head comprising a first contact device housing a first duct for feeding a first electrode and providing electrical contact between a first power source and said first electrode, a second contact device housing a second duct for feeding a second electrode and providing electrical contact between a second power source and said second electrode, said first and second contact devices (3, 11) being electrically insulated from each other, said first and second ducts (5, 13) being parallel, said first and second ducts (5, 13) being arranged at a distance which allows for arcs (31, 33), between said first and second electrodes (7, 8) and a work piece to be welded, to have an overlapping region, and characterized in that said arc electric welding head further comprises a third insulated duct for feeding a cold wire into said overlapping region, and in that a distance between centres of the third and first ducts (5, 19) is less than 3 times a diameter of the first duct and a distance between centres of the third and second ducts (19, 13) is less than 3 times a diameter of the second duct.
A method for triggering direct data transfer over a direct link between a transmitting wireless device and a receiving wireless device, comprising: transmitting, by a transmitting wireless device to a receiving wireless device, an indication for a required direct link service period for the direct link; the indication including at least one of access category information of at least one buffered frame and a sequence number of a last transmitted frame via the direct link; and receiving, in the transmitting wireless device from the receiving wireless device, a trigger signal based on the indication, the trigger signal indicating that the next direct link service period can be started, so that data exchange via the direct link can be initiated, characterized in that indication is transmitted via an access point to which both the transmitting wireless device and the receiving wireless device are associated. transmitting, by a transmitting wireless device to a receiving wireless device, an indication for a required direct link service period for the direct link; the indication including at least one of access category information of at least one buffered frame and a sequence number of a last transmitted frame via the direct link; and receiving, in the transmitting wireless device from the receiving wireless device, a trigger signal based on the indication, the trigger signal indicating that the next direct link service period can be started, so that data exchange via the direct link can be initiated, characterized in that indication is transmitted via an access point to which both the transmitting wireless device and the receiving wireless device are associated.
A product comprising: (i) 6-{4-[1-(Propan-2-yl)piperidin-4-yl]-1,4-diazepan-1-yl}-N-(pyridin-4-yl)pyridine-2-carboxamide; and (ii) an immune checkpoint inhibitor, wherein the immune checkpoint inhibitor is an inhibitor of CTLA-4, or PD-1, as a combined preparation for simultaneous, sequential, or separate use in treating a tumour, wherein the tumour is a colorectal, breast, or liver cancer, or a melanoma. (i) 6-{4-[1-(Propan-2-yl)piperidin-4-yl]-1,4-diazepan-1-yl}-N-(pyridin-4-yl)pyridine-2-carboxamide; and (ii) an immune checkpoint inhibitor, wherein the immune checkpoint inhibitor is an inhibitor of CTLA-4, or PD-1,
A method of wireless communication in a wireless communication network performed by a scheduling entity to communicate with a set of one or more subordinate entities utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of subframes, each having a TDD subframe structure, the method comprising: providing a single interlace mode of operation in which control information, data information and acknowledgement information corresponding to the data information are included in a single subframe; providing a multiple interlace mode of operation in which at least one of the control information, the data information or the acknowledgement information corresponding to the data information is included in a different subframe than other ones of the control information, the data information and the acknowledgement information corresponding to the data information; determining a respective scheduling mode for each subordinate entity in the set of one or more subordinate entities for a first subframe, the respective scheduling mode including the single interlace mode of operation or the multiple interlace mode of operation; and scheduling transmissions between the scheduling entity and the set of one or more subordinate entities by multiplexing the respective scheduling mode of each subordinate entity of the set of subordinate entities to include both the single interface mode of operation and the multiple interlace mode of operation within the TDD subframe structure of the first subframe. providing a single interlace mode of operation in which control information, data information and acknowledgement information corresponding to the data information are included in a single subframe; providing a multiple interlace mode of operation in which at least one of the control information, the data information or the acknowledgement information corresponding to the data information is included in a different subframe than other ones of the control information, the data information and the acknowledgement information corresponding to the data information; determining a respective scheduling mode for each subordinate entity in the set of one or more subordinate entities for a first subframe, the respective scheduling mode including the single interlace mode of operation or the multiple interlace mode of operation; and scheduling transmissions between the scheduling entity and the set of one or more subordinate entities by multiplexing the respective scheduling mode of each subordinate entity of the set of subordinate entities to include both the single interface mode of operation and the multiple interlace mode of operation within the TDD subframe structure of the first subframe.
Guide device for a gas turbine, in particular for an aircraft engine, comprising at least one housing element, comprising at least one first channel segment arranged on the inside of the housing element in the radial direction, by means of which first channel segment at least one channel through which a gas can flow is at least partially delimited outward in the radial direction, comprising at least one second channel segment arranged on the inside of the first channel segment in the radial direction, by means of which second channel segment the channel is at least partially delimited inward in the radial direction, and comprising at least one guide vane arranged in the channel at least in part, which guide vane can be rotated about an axis of rotation relative to the housing element and relative to the channel segments (14, 26), and is mounted in the housing element by means of a bushing and penetrates the first channel segment in a through-opening, characterized in that the guide device comprises at least one first holding segment (68; 100), which is screwed radially to the housing element and by means of which the first channel segment is detachably connected to the housing element.