mhurhangee/patent-ind-claim-en huggingface dataset:
An attenuated phase shift patterning device (MA, 30, 40, 50) comprising: a first component for reflecting radiation, and a second component for reflecting radiation with a different phase with respect to the radiation reflected from the first component , the second component covering at least a portion of the surface of the first component such that a pattern comprising at least one uncovered portion of the first component is formed for generating a patterned radiation beam (B') in a lithographic apparatus in use, wherein the second component comprises a material having, for EUV radiation having a wavelength of 13.5 nm, a refractive index with a real part (n) being less than 0.91 and characterized in an imaginary part (k) being less than 0.04 and greater than 0.03. a first component for reflecting radiation, and a second component for reflecting radiation with a different phase with respect to the radiation reflected from the first component , the second component covering at least a portion of the surface of the first component such that a pattern comprising at least one uncovered portion of the first component is formed for generating a patterned radiation beam (B') in a lithographic apparatus in use, wherein the second component comprises a material having, for EUV radiation having a wavelength of 13.5 nm, a refractive index with a real part (n) being less than 0.91 and characterized in an imaginary part (k) being less than 0.04 and greater than 0.03.
A power amplifier assembly , comprising: a power amplifier having a gate lead with a gate contact surface, a drain lead with a drain contact surface and a source with a source contact surface , the source contact surface having a length and width; and an extended, electrically conducting heat slug having a planar upper surface, mounted against the source contact surface , wherein the extended, electrically conducting heat slug is configured to: conduct heat in a direction perpendicular to the source contact surface away from the source contact surface , and extend the electrical path of said source along the planar upper surface of the extended, electrically conducting heat slug in a direction parallel to the source contact surface , the extended heat slug having at least a length that is greater than the length of the source contact surface , wherein a portion of the heat slug which extends beyond the width and length of said source contact surface forms with said gate and drain lead contact surfaces a space for receiving a Radio Frequency Printed Circuit Board, RF PCB , wherein said RF PCB is received in said space, and wherein said space is of a width equivalent to a thickness of said RF PCB . a power amplifier having a gate lead with a gate contact surface, a drain lead with a drain contact surface and a source with a source contact surface , the source contact surface having a length and width; and an extended, electrically conducting heat slug having a planar upper surface, mounted against the source contact surface , wherein the extended, electrically conducting heat slug is configured to: conduct heat in a direction perpendicular to the source contact surface away from the source contact surface , and extend the electrical path of said source along the planar upper surface of the extended, electrically conducting heat slug in a direction parallel to the source contact surface , conduct heat in a direction perpendicular to the source contact surface away from the source contact surface , and extend the electrical path of said source along the planar upper surface of the extended, electrically conducting heat slug in a direction parallel to the source contact surface , the extended heat slug having at least a length that is greater than the length of the source contact surface , wherein a portion of the heat slug which extends beyond the width and length of said source contact surface forms with said gate and drain lead contact surfaces a space for receiving a Radio Frequency Printed Circuit Board, RF PCB , wherein said RF PCB is received in said space, and wherein said space is of a width equivalent to a thickness of said RF PCB .
A toy construction set comprising operatively interconnectable blocks and first connectors , each of the blocks having a plurality of sides and a plurality of apertures formed in relief in the sides, and each of the connectors having a base and a plurality of pins having a cross-section that is circular and projecting integrally from one side of the base in a spaced apart arrangement for interconnecting blocks by positively engaging and being releasably retained within respective apertures of the blocks, wherein each of the plurality of sides of the blocks is uninterrupted by external projections and thereby provides a smooth sliding surface of the block and wherein each of the blocks has a plurality of the apertures in each of the sides whereby any two of the blocks can be interconnected at any of their sides by one or more of the connectors, characterised in that each of the connectors has a base in the form of a plate .
A method for initializing a protecting device, PD, comprised in a IEEE802.22.1 wireless regional area network, WRAN, the method comprising the PD performing the steps of: monitoring a channel for a monitoring period; determining whether there exists a primary protecting device, PPD, on the monitored channel; if there exists no PPD on the monitored channel, acting the PD as the PPD, and transmitting beacon information; and if there exists the PPD on the monitored channel, acting the PD as a secondary beacon transmission device, SPD, starting an SPD timer for a predetermined initialization time period, and receiving , from the PPD, the beacon information, and waiting for the predetermined initialization time period to expire in the SPD timer before transmitting information to the PPD, wherein, if the PD acts as the PPD, the PPD starts a PPD timer and broadcasts the beacon information until the PPD timer is expired, and if the PPD timer is expired, completes an initialization process, and the PPD is allowed to receive a beacon request or beacon information from the SPD, and wherein the beacon information includes a structure of a beacon frame. monitoring a channel for a monitoring period; determining whether there exists a primary protecting device, PPD, on the monitored channel; if there exists no PPD on the monitored channel, acting the PD as the PPD, and transmitting beacon information; and if there exists the PPD on the monitored channel, acting the PD as a secondary beacon transmission device, SPD, starting an SPD timer for a predetermined initialization time period, and receiving , from the PPD, the beacon information, and waiting for the predetermined initialization time period to expire in the SPD timer before transmitting information to the PPD, wherein, if the PD acts as the PPD, the PPD starts a PPD timer and broadcasts the beacon information until the PPD timer is expired, and if the PPD timer is expired, completes an initialization process, and the PPD is allowed to receive a beacon request or beacon information from the SPD, and wherein the beacon information includes a structure of a beacon frame.
Tinostamustine or a pharmaceutically acceptable salt thereof for use in the treatment of relapsed and/or refractory sarcoma in a patient in need thereof selected from soft tissue sarcoma or bone sarcoma.
An instrument for suppressing drug craving comprising: an elongated cylindrical housing ; and an elongated cylindrical pouch provided within the housing and containing pseudo-blood (B); and a connecting member provided in an opening in the housing for coupling with a distal end of a syringe such that, in use, the syringe communicates with an interior of the pouch , characterized in that : a space (S) is formed between the pouch and the housing such that, when a liquid (M) is supplied from the syringe via the connecting member , the pouch inflates into said space (S) and, when the pseudo-blood (B) in the pouch is sucked into the syringe , the pouch contracts, the pouch is made of a material having no elasticity, wherein a communication hole is provided in the center of the connecting member and a cylindrical tube communicating with the communication hole 13a is provided at a distal end of the connecting member wherein the distal end of the tube is provided in the vicinity of the distal end of the pouch and therefore even if the liquid inside pouch is sucked using syringe , the gas never flows into the syringe via the tube . an elongated cylindrical housing ; and an elongated cylindrical pouch provided within the housing and containing pseudo-blood (B); and a connecting member provided in an opening in the housing for coupling with a distal end of a syringe such that, in use, the syringe communicates with an interior of the pouch , characterized in that : a space (S) is formed between the pouch and the housing such that, when a liquid (M) is supplied from the syringe via the connecting member , the pouch inflates into said space (S) and, when the pseudo-blood (B) in the pouch is sucked into the syringe , the pouch contracts, the pouch is made of a material having no elasticity, wherein a communication hole is provided in the center of the connecting member and a cylindrical tube communicating with the communication hole 13a is provided at a distal end of the connecting member wherein the distal end of the tube is provided in the vicinity of the distal end of the pouch and therefore even if the liquid inside pouch is sucked using syringe , the gas never flows into the syringe via the tube . a space (S) is formed between the pouch and the housing such that, when a liquid (M) is supplied from the syringe via the connecting member , the pouch inflates into said space (S) and, when the pseudo-blood (B) in the pouch is sucked into the syringe , the pouch contracts, the pouch is made of a material having no elasticity, wherein a communication hole is provided in the center of the connecting member and a cylindrical tube communicating with the communication hole 13a is provided at a distal end of the connecting member wherein the distal end of the tube is provided in the vicinity of the distal end of the pouch and therefore even if the liquid inside pouch is sucked using syringe , the gas never flows into the syringe via the tube .
Separating wall device of an aircraft, with at least one frame unit (12a; 12b; 12c) which at least in a mounted state defines at least one separating unit receiving region and which comprises at least one frame section (16a; 16b; 16c) forming at least a portion of the frame unit (12a; 12b; 12c), characterised in that viewed along a frame middle line (18a; 18c) extending in the frame section (16a; 16b; 16c) and along the frame section (16a; 16b; 16c), the frame section (16a; 16b; 16c) has at least two frame cross sections (20a, 22a; 20b, 22b; 20c, 22c) wherein, viewed along the frame middle line, the shapes of the two frame cross sections (20a, 22a; 20b, 22b; 20c, 22c) differ from each other by at least 5 %, and wherein the frame section (16a; 16b; 16c) is embodied in a one-part implementation, wherein the frame unit (12a; 12b; 12c) comprises at least one side frame element (24a, 26a; 24b; 24c), which is in a mounted state arranged at least substantially vertically, and comprises at least one transverse frame element , which is arranged at least substantially perpendicularly to the side frame element (24a, 26a; 24b; 24c), wherein the frame section (16a; 16b; 16c) is arranged in a region of the frame unit (12a; 12b; 12c) that is different from a corner region, and wherein the frame section (16a; 16b; 16c) is arranged completely in the side frame element (24a, 26a; 24b; 24c) or completely in the transverse frame element .
Electrical device having: - a heat sink comprising an internal volume delimited by at least two opposite faces , - a busbar , characterized in that said busbar extends along and butts against said two opposite faces of the heat sink so as to be cooled by said heat sink . - a heat sink comprising an internal volume delimited by at least two opposite faces , - a busbar ,
A customized track for driving a race car not provided with power device, using gravity, wherein a starting point of the track is located at a site that is higher than an ending point of the track , wherein a length, a slope, a radius of rotation, and a super elevation of the track are designed to drive the race car at at least one of a predetermined longitudinal acceleration and a predetermined transverse acceleration corresponding to a difficulty level, characterized by the fact that the track includes a first lane including a first curved lane ; and a second lane including a second curved lane having a same center as the first curved lane , wherein the first curved lane has a first super elevation that allows the first lane to have a first difficulty level, wherein the second curved lane has a second super elevation that allows the second lane to have a second difficulty level, wherein the slopes that allow driving of the race car using gravity from the starting point to the ending point of the track are provided at least a portion of each of the first and second lanes of the track , wherein the first difficulty level and the second difficulty level are determined by at least one of the longitudinal acceleration and the transverse acceleration that is applied to the race car when the race car travels respectively on the first curved lane and the second curved lane by using the slopes of the first curved lane and the second curved lane , and wherein the super elevation i of the first curved lane or the second curved lane is determined by the following equation when a speed at which the race car that performs the driving enters the first curved lane or the second curved lane is v, the radius of rotation of the first curved lane or the second curved lane is r, and the transverse acceleration applied to the race car that performs the non-powered driving on the first curved lane or the second curved lane is a, i = v 2 127 r − a
Method for determining an effective area of an emergency stop button in an operating area (AA) inside an industrial installation, consisting of individual installation parts (B1 ... B4, B12 ... B18) which are operatively connected to one another and are distributed in a space, using a first three-dimensional model for the space comprising the installation, and using a second three-dimensional model for the outer boundaries for each installation part taking into account the visibility of the respective installation part (B1 ... B4, B12 ... B18), and information relating to the spatial orientation of the installation parts in the model of the space, having the following steps of: a) determining a first possible viewpoint (P1) inside the operating area (AA), b) determining the installation parts visible from this viewpoint (P1) on the basis of the first model of the space and the second model of the installation parts and the information relating to the orientation of the installation parts with the aid of a ray tracing algorithm (V), c) determining whether a sufficient number of viewpoints inside the operating area (AA) has been taken into account and continuing with step e) or determining a further possible viewpoint (P2), d) carrying out step b) for the further viewpoint (P2), e) determining the installation parts visible from the operating area (AA) by evaluating the results from step b), and f) implementing the results from step e) by adding calls of suitable safety functions to emergency button activation. a) determining a first possible viewpoint (P1) inside the operating area (AA), b) determining the installation parts visible from this viewpoint (P1) on the basis of the first model of the space and the second model of the installation parts and the information relating to the orientation of the installation parts with the aid of a ray tracing algorithm (V), c) determining whether a sufficient number of viewpoints inside the operating area (AA) has been taken into account and continuing with step e) or determining a further possible viewpoint (P2), d) carrying out step b) for the further viewpoint (P2), e) determining the installation parts visible from the operating area (AA) by evaluating the results from step b), and f) implementing the results from step e) by adding calls of suitable safety functions to emergency button activation.
Lighting arrangement with an elongated luminaire housing , which is closed on a light-emitting side by a light output element , wherein a first group of similar light sources is arranged within the luminaire housing and is substantially evenly distributed over the entire length of the lighting arrangement , characterized in that in regions between the light sources of the first group, at least one additional light source and a sensor are arranged, wherein the additional light source uses the light output element for outputting light, and wherein the sensor detects sensor data through the light output element .
A fluid dispenser device comprising: a body that is provided with a dispenser orifice and with a perforator element , said body containing a reservoir that contains at least two doses of fluid, said reservoir including a proximal axial opening that is closed by a membrane and a distal axial opening that is closed by a piston , that is slidably mounted in said reservoir so as to dispense one dose of fluid on each actuation, the dispenser device being characterized in that said reservoir is axially movable relative to said body between a rest position in which said perforator element does not pass through said membrane , and a dispensing position, in which said perforator element passes through said membrane , a perforator spring being provided between said body and said reservoir , so as to urge said reservoir towards its rest position, said membrane being adapted to close in leaktight manner after each actuation, when said perforator element withdraws from said reservoir .
Cover sheet for protecting pages of a security document , said cover sheet comprising a cover material sheet attached to an end paper sheet of the cover sheet , wherein the cover sheet comprises at least one kiss cutting inside the depth of the cover sheet and characterized in that the at least one kiss cutting is extended in the plane in the cover sheet without causing any visible marks on the external surfaces of the cover sheet in order to prevent any splitting inside said cover sheet by delaminating the cover material sheet from the end paper sheet .
Lid for pots or pans with a handle, in particular multistage formed lid for pots or pans with different diameters, with an integrated steam outlet with an odour filter consisting of activated carbon or containing this, characterized in that a fragrance is arranged in the steam outlet in a fragrance dispenser and that the fragrance which adds fragrance to outflowing gases, and the activated carbon are contained in a plastic-housing capsule in the form of power, granules, chips or beads or in a paper- or fabric bag.
A method for use in designing a structural health monitoring "SHM" system for use in monitoring a host structure , the SHM system including at least one actuator and at least one sensor , said method comprising: creating a first SHM system model of the SHM system using a finite element model "FEM"; creating a second SHM system model of the SHM system using a FEM, wherein the first model includes structural damage and the second model does not include the structural damage; simulating signal propagation and response of each of the first model and the second model; comparing the simulated responses of the first model and the second model, for a first frequency range comprising a plurality of excitation frequencies, to determine a sensitivity of the SHM system to the structural damage at each of the plurality of excitation frequencies; and storing the simulated responses of each of the first model and the second model; and choosing for use in real world testing, based at least in part on said simulating, a second frequency range within the first frequency range in which the simulated response of the SHM system is most sensitive to the structural damage. creating a first SHM system model of the SHM system using a finite element model "FEM"; creating a second SHM system model of the SHM system using a FEM, wherein the first model includes structural damage and the second model does not include the structural damage; simulating signal propagation and response of each of the first model and the second model; comparing the simulated responses of the first model and the second model, for a first frequency range comprising a plurality of excitation frequencies, to determine a sensitivity of the SHM system to the structural damage at each of the plurality of excitation frequencies; and storing the simulated responses of each of the first model and the second model; and choosing for use in real world testing, based at least in part on said simulating, a second frequency range within the first frequency range in which the simulated response of the SHM system is most sensitive to the structural damage.
A soluble pharmaceutical formulation comprising an insulin derivative wherein the formulation further comprises a) more than 4 zinc atoms per 6 molecules of the insulin derivative, b) citric acid monohydrate and/or a histidine compound used in an amount from 0.1 mM to 2 mM sufficient to increase the tendency of the insulin derivative to self-associate into dodecamers. a) more than 4 zinc atoms per 6 molecules of the insulin derivative, b) citric acid monohydrate and/or a histidine compound used in an amount from 0.1 mM to 2 mM sufficient to increase the tendency of the insulin derivative to self-associate into dodecamers.
A method of producing trihydroxybenzene (THB), the method comprising a step of heating a bacterial culture liquid comprising deoxy-scyllo-inosose (DOI) at a high temperature of no lower than 80°C to obtain a product solution comprising trihydroxybenzene (THB).
- A system for assisting in the erection and placement of a longitudinal building element , such as a post, which longitudinal building element is intended to be suspended from a handling machine of the crane type by its top opposite its base, which system comprises means for guiding the pivoting of the longitudinal building element between vertical and horizontal positions, the guiding means comprising a gripping part adapted to grip said longitudinal member in the vicinity of the base thereof and a support part carrying the gripping part and intended to be mounted on the platform of a vehicle having a longitudinal direction, the gripping part being connected to the support part by a connection allowing free pivoting of the gripping part about a horizontal pivoting axis extending in a so-called transverse direction, which transverse direction is, when the support part is mounted on the vehicle , perpendicular to the longitudinal direction of the vehicle , characterised in that the support part comprises a translational guiding element intended to be transversely fixed to the platform of the vehicle , and at least one movable arm carrying the gripping part and mounted on the guiding element so as to be movable in translation in both directions along the guiding element by control means, such that the gripping part is adapted to be moved between an operational position in which the gripping part is laterally cantilevered from the vehicle , and a transport position in which the gripping part has been moved towards the centre of the platform and is not laterally cantilevered from the vehicle .
A therapeutic agent comprising an IL-22 polypeptide and a targeting agent that targets the IL-22 polypeptide to a pancreatic β-cell, wherein the targeting agent is a ligand of a pancreatic β-cell receptor, and wherein the IL-22 polypeptide is fused to or otherwise conjugated, directly or via an intervening linker, to the targeting agent.