mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting signals, comprising: determining , by a terminal device, sounding reference signal, SRS, resource indication information corresponding to a target uplink signal, wherein the SRS resource indication information is used to indicate at least one SRS resource from multiple SRS resources and the target uplink signal is physical uplink shared channel, PUSCH; determining , by the terminal device, a first power control parameter of the target uplink signal according to the SRS resource indication information, wherein there is a corresponding relationship between the SRS resource indication information and the first power control parameter; determining , by the terminal device, a transmission power of the target uplink signal according to the first power control parameter; and sending , by the terminal device, the target uplink signal to a network device according to the transmission power; characterized in that , wherein the SRS resource indication information is carried in downlink control information, DCI, for scheduling the PUSCH; wherein, a certain specific field in the DCI used for scheduling PUSCH is SRS resource indication information corresponding to the PUSCH; wherein the determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, comprises: determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, and a second power control parameter preconfigured by the network device for the target uplink signal. determining , by a terminal device, sounding reference signal, SRS, resource indication information corresponding to a target uplink signal, wherein the SRS resource indication information is used to indicate at least one SRS resource from multiple SRS resources and the target uplink signal is physical uplink shared channel, PUSCH; determining , by the terminal device, a first power control parameter of the target uplink signal according to the SRS resource indication information, wherein there is a corresponding relationship between the SRS resource indication information and the first power control parameter; determining , by the terminal device, a transmission power of the target uplink signal according to the first power control parameter; and sending , by the terminal device, the target uplink signal to a network device according to the transmission power; characterized in that , wherein the SRS resource indication information is carried in downlink control information, DCI, for scheduling the PUSCH; wherein, a certain specific field in the DCI used for scheduling PUSCH is SRS resource indication information corresponding to the PUSCH; wherein the determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, comprises: determining, by the terminal device, the transmission power of the target uplink signal according to the first power control parameter, and a second power control parameter preconfigured by the network device for the target uplink signal.
A suction device , comprising: a housing having an intake port and an output port with a chamber extending therebetween; a pressurized gas port extending from the housing between the intake port and the output port ; wherein the intake port is configured to receive a suction flow and the pressurized gas port is configured to receive a pressurized gas flow ; a flow controller coupled to the housing and movable between a first position and a second position; a conduit formed within the housing between the intake port and the output port , the conduit having a first hollow segment with a central axis and a second hollow segment with the central axis ; and wherein, when the flow controller is in the first position, a pressure gap extends a first distance between the first and second hollow segments and the chamber has a pressure less than ambient air pressure, characterized in that the flow controller is rotatable between the first position and the second position, wherein the second hollow segment translates rotational motion of the flow controller , such that when the flow controller is the first position, the second hollow segment is a first distance from the first hollow segment and when the flow controller is in the second position, the second hollow segment is a second distance from the first hollow segment , the second distance less than the first distance. a housing having an intake port and an output port with a chamber extending therebetween; a pressurized gas port extending from the housing between the intake port and the output port ; wherein the intake port is configured to receive a suction flow and the pressurized gas port is configured to receive a pressurized gas flow ; a flow controller coupled to the housing and movable between a first position and a second position; a conduit formed within the housing between the intake port and the output port , the conduit having a first hollow segment with a central axis and a second hollow segment with the central axis ; and wherein, when the flow controller is in the first position, a pressure gap extends a first distance between the first and second hollow segments and the chamber has a pressure less than ambient air pressure, characterized in that the flow controller is rotatable between the first position and the second position, wherein the second hollow segment translates rotational motion of the flow controller , such that when the flow controller is the first position, the second hollow segment is a first distance from the first hollow segment and when the flow controller is in the second position, the second hollow segment is a second distance from the first hollow segment , the second distance less than the first distance.
Junction profile for components adjacent to plaster, such as window frames or door frames, soffits, roller shutters or the like, comprising a plastering limb on which the plaster comes to rest, and a moveable limb connected to the plastering limb , as well as a first sealing tape , which is connected to the moveable limb and provided for attaching the junction profile to the component, wherein the moveable limb is articulated, characterized in that the plastering limb is connected to the moveable limb by a second sealing tape .
An intercom system which is to be used in an apartment complex which includes a plurality of residential buildings (A, B, C, D, E) and a centralized building that is adapted to communicate with the residential buildings, wherein the intercom system includes in each of the residential buildings: residential room master devices which are disposed in residential rooms, respectively; a plurality of terminal devices (10A to 10D, 20, 50A to 50E, 60A, 60B) which are adapted to communicate with the residential room master devices ; and a building controller which is adapted to communicably connect the residential room master devices of the residential rooms in an own building, with the plurality of terminal devices, and the building controller has a building storage section adapted to store: first identification information that, when the centralized building is called by one of the residential room master devices via the building controller, is used by the centralized building to recognize the building controller; and second identification information that, when the centralized building is called by one of the residential room master devices via the building controller, is used by the one residential room master device to recognize the building controller as a virtual terminal device that is different from the plurality of terminal devices. residential room master devices which are disposed in residential rooms, respectively; a plurality of terminal devices (10A to 10D, 20, 50A to 50E, 60A, 60B) which are adapted to communicate with the residential room master devices ; and a building controller which is adapted to communicably connect the residential room master devices of the residential rooms in an own building, with the plurality of terminal devices, and first identification information that, when the centralized building is called by one of the residential room master devices via the building controller, is used by the centralized building to recognize the building controller; and second identification information that, when the centralized building is called by one of the residential room master devices via the building controller, is used by the one residential room master device to recognize the building controller as a virtual terminal device that is different from the plurality of terminal devices.
A lateral pull rod mechanism configured to lock a steel pipe support assembly, comprising a pull rod , an upper connecting plate , a pull rod through hole provided in the upper connecting plate , a lower connecting plate , a lower lateral pull rod clamping groove provided in the lower connecting plate , an intermediate connecting block provided between the upper connecting plate and the lower connecting plate , an intermediate lateral pull rod clamping groove provided in the intermediate connecting block , a threaded section provided at an upper end of the pull rod , a fastening nut configured to be screwed onto the threaded section , an anti-disengaging portion provided at a lower end of the pull rod and configured to prevent the pull rod from vertically disengaging from the lower lateral pull rod clamping groove , and a lateral stopping plate configured to prevent the anti-disengaging portion from sliding outwards out of the lower lateral pull rod clamping groove; and wherein an anti-rotating portion is provided between the pull rod and the anti-disengaging portion , and is configured to cooperate with the lower lateral pull rod clamping groove to prevent rotation of the pull rod ; wherein the anti-rotating portion has two anti-rotating lateral surfaces configured to cooperate with lateral surfaces of the lower lateral pull rod clamping groove ; and the lateral stopping plate is formed by a bent end of the lower connecting plate ; or, the lateral stopping plate comprises a bottom plate fixedly connected to the lower connecting plate and a bent plate connected to the bottom plate.
A method of creating a lattice structure for a part formed via additive manufacturing, the method comprising the steps of: - receiving a computer model of the part via a processor of a computer modeling system , the computer model having an overall shape; - storing the computer model in a non-transitory computer-readable memory of the computer modeling system ; - generating a finite element mesh corresponding to the overall shape of the part via the processor , the finite element mesh having a plurality of mesh elements ; - storing the finite element mesh in the non-transitory computer-readable memory ; - generating a lattice cellular component via the processor , the lattice cellular component corresponding to a mesh element of the finite element mesh ; - storing the lattice cellular component in the non-transitory computer-readable memory ; - generating a lattice structure based on the lattice cellular component via the processor ; and - storing the lattice structure in the non-transitory computer-readable memory ; - deforming the lattice structure such that the lattice structure has a cellular periodicity corresponding to the mesh elements of the finite element mesh so that the lattice structure conforms to the shape of the part . - receiving a computer model of the part via a processor of a computer modeling system , the computer model having an overall shape; - storing the computer model in a non-transitory computer-readable memory of the computer modeling system ; - generating a finite element mesh corresponding to the overall shape of the part via the processor , the finite element mesh having a plurality of mesh elements ; - storing the finite element mesh in the non-transitory computer-readable memory ; - generating a lattice cellular component via the processor , the lattice cellular component corresponding to a mesh element of the finite element mesh ; - storing the lattice cellular component in the non-transitory computer-readable memory ; - generating a lattice structure based on the lattice cellular component via the processor ; and - storing the lattice structure in the non-transitory computer-readable memory ; - deforming the lattice structure such that the lattice structure has a cellular periodicity corresponding to the mesh elements of the finite element mesh so that the lattice structure conforms to the shape of the part .
An inoculation process of a nickel base alloy, wherein the process is carried out in a vacuum furnace and comprises: a) providing a melt of a nickel base alloy in vacuum conditions, characterized in that the inoculation process further comprises: b) introducing an encapsulated inoculant comprising a mixture of Co 3 FeNb 2 and CrFeNb(Ni) inside the melt of the nickel base alloy at a temperature from 1450 to 1500 °C for a period from 5 to 30 seconds, c) immediately pouring the inoculated nickel base alloy of step b) into a mold, preferably at a temperature from 1450 to 1500 °C, and d) cooling said inoculated nickel base alloy, wherein the mixture of Co 3 FeNb 2 and CrFeNb(Ni) is encapsulated in an iron base sealed container, said container having walls with lower than 2 mm of thickness, wherein the total content of Co 3 FeNb 2 and CrFeNb(Ni) is from 0.1 wt. % to 0.8 wt. % of the melt nickel base alloy, and wherein the Co 3 FeNb 2 and CrFeNb(Ni) contained in the encapsulated inoculant are powders with a particle size from 1 to 80 μm. a) providing a melt of a nickel base alloy in vacuum conditions, characterized in that the inoculation process further comprises: b) introducing an encapsulated inoculant comprising a mixture of Co 3 FeNb 2 and CrFeNb(Ni) inside the melt of the nickel base alloy at a temperature from 1450 to 1500 °C for a period from 5 to 30 seconds, c) immediately pouring the inoculated nickel base alloy of step b) into a mold, preferably at a temperature from 1450 to 1500 °C, and d) cooling said inoculated nickel base alloy, wherein the mixture of Co 3 FeNb 2 and CrFeNb(Ni) is encapsulated in an iron base sealed container, said container having walls with lower than 2 mm of thickness, wherein the total content of Co 3 FeNb 2 and CrFeNb(Ni) is from 0.1 wt. % to 0.8 wt. % of the melt nickel base alloy, and wherein the Co 3 FeNb 2 and CrFeNb(Ni) contained in the encapsulated inoculant are powders with a particle size from 1 to 80 μm.
A traveling wave superconducting parametric amplifier comprising a chain (CES) of superconducting elements (JJ, SQ) having a nonlinear kinetic inductance connected in series, said superconducting elements being deposited on a substrate (SS), further comprising a dielectric layer (CD) of sub-micrometer thickness deposited on the substrate and covering said superconducting elements, and a conductive layer (PM) forming a ground plane deposited on top of the dielectric layer, the superconducting elements and the ground plane forming a microstrip-type transmission line (LMS); characterized in that said superconducting elements are selected from Josephson junctions (JJ) and SQUIDs (SQ), and in that said dielectric layer is produced by atomic layer deposition.
A method for producing a composite insulating clay brick or concrete block, comprising the following steps: a) providing a clay masonry brick or concrete block comprising at least one cell with walls having a water absorption rate of less than 5 g / (m 2 .s) at 10 minutes, and b) filling said cell with a mineral cement foam, wherein the cement used to produce said mineral cement foam has an aluminium oxide content of less than 20% by weight of the dry compound. a) providing a clay masonry brick or concrete block comprising at least one cell with walls having a water absorption rate of less than 5 g / (m 2 .s) at 10 minutes, and b) filling said cell with a mineral cement foam, wherein the cement used to produce said mineral cement foam has an aluminium oxide content of less than 20% by weight of the dry compound.
A fish decapitating apparatus , comprising: • a fish holder configured to receive a fish at an in-feed station , • at least one cutting station (103-105), • a conveying apparatus configured to convey the fish in said fish holder, from the in-feed station, to said at least one cutting station, wherein the fish holder comprises opposingly arranged guide members moveable in a hinge like manner in relation to each other, said guide members being configured to clamp the fish head behind the collar bones such that the collar bones are resting on an outer side of said guide members from which the fish head sticks out from the fish holder, characterised in that the fish decapitating apparatus further comprises: • a measuring unit configured to measure the position of the collar bones when said collar bones are resting on the outer side of said guide members, and • a control unit configured to, in accordance with said measured position of the collar bones, automatically adjust the position of said at least one cutting station. • a fish holder configured to receive a fish at an in-feed station , • at least one cutting station (103-105), • a conveying apparatus configured to convey the fish in said fish holder, from the in-feed station, to said at least one cutting station, wherein the fish holder comprises opposingly arranged guide members moveable in a hinge like manner in relation to each other, said guide members being configured to clamp the fish head behind the collar bones such that the collar bones are resting on an outer side of said guide members from which the fish head sticks out from the fish holder, characterised in that the fish decapitating apparatus further comprises: • a measuring unit configured to measure the position of the collar bones when said collar bones are resting on the outer side of said guide members, and • a control unit configured to, in accordance with said measured position of the collar bones, automatically adjust the position of said at least one cutting station. • a measuring unit configured to measure the position of the collar bones when said collar bones are resting on the outer side of said guide members, and • a control unit configured to, in accordance with said measured position of the collar bones, automatically adjust the position of said at least one cutting station.
A lifting machine comprising a work platform , a lifting mechanism for raising said work platform , and a control console for controlling at least the lifting mechanism , said work platform comprising a floor and a guard rail forming the longitudinal and transverse walls of an enclosure surrounding at least a part of said floor , said guard rail comprising at least one top rail , called hand rail, of non-circular section, this top rail having a top face and a bottom face and the control console comprising a fixing device to allow the control console to be removably coupled to the top rail , characterized in that the control console can be coupled to the top rail by snap-fitting, in that the fixing device of the control console comprises, for the control console to be coupled to the top rail by snap-fitting , one or more fixing members that are at least partially elastically deformable and in that the control console has at least one so-called bearing surface , that is able to come into bearing contact with the top rail when the control console is coupled to the top rail , at least a part of the bearing surface and at least a part of the or of at least one of the fixing members defining between them a housing for the top rail having a passage for insertion of the top rail into said housing, this passage being configured to, by elastic deformation of at least a part of the or of at least one of the fixing members , widen upon the introduction of the top rail into said housing before closing up again beyond a predetermined position of introduction of the top rail into said housing.
A weight lifting apparatus, comprising: a pair of weight supports ; a pair of handle assemblies coupled to the pair of weight supports , the pair of handle assemblies including: a handle housing defining a pair of housing half-sections , each of the pair of housing half-sections defining an arcuate first surface and a planar second surface disposed opposite to the arcuate first surface ; a grip rotatably supported within the handle housing ; and a ratchet pawl slidably disposed within a portion of the grip , the ratchet pawl selectively manipulatable from a first position that inhibits rotation of the grip relative to the handle housing to a second position that permits rotation of the grip relative to the handle housing ; and a central bar interposed between each handle assembly of the pair of handle assemblies and coupled thereto. a pair of weight supports ; a pair of handle assemblies coupled to the pair of weight supports , the pair of handle assemblies including: a handle housing defining a pair of housing half-sections , each of the pair of housing half-sections defining an arcuate first surface and a planar second surface disposed opposite to the arcuate first surface ; a grip rotatably supported within the handle housing ; and a ratchet pawl slidably disposed within a portion of the grip , the ratchet pawl selectively manipulatable from a first position that inhibits rotation of the grip relative to the handle housing to a second position that permits rotation of the grip relative to the handle housing ; and a handle housing defining a pair of housing half-sections , each of the pair of housing half-sections defining an arcuate first surface and a planar second surface disposed opposite to the arcuate first surface ; a grip rotatably supported within the handle housing ; and a ratchet pawl slidably disposed within a portion of the grip , the ratchet pawl selectively manipulatable from a first position that inhibits rotation of the grip relative to the handle housing to a second position that permits rotation of the grip relative to the handle housing ; and a central bar interposed between each handle assembly of the pair of handle assemblies and coupled thereto.
A pellicle for lithography comprising: a support member including an outer frame portion and a porous portion that occupies an inner area surrounded by the outer frame portion ; and a pellicle film of single crystal silicon supported by the porous portion , wherein the pellicle for lithography further comprises a first anti-oxidizing film that covers a front surface of the pellicle film and a second anti-oxidizing film that covers exposed portions of a back surface of the pellicle film , and the anti-oxidizing films are of at least one material from a group of SiO x (including x=2), Si x N y (including x=3, y=4), SiON, SiC, Y 2 O 3 , YN, Mo, Ru, and Rh. a support member including an outer frame portion and a porous portion that occupies an inner area surrounded by the outer frame portion ; and a pellicle film of single crystal silicon supported by the porous portion , wherein the pellicle for lithography further comprises a first anti-oxidizing film that covers a front surface of the pellicle film and a second anti-oxidizing film that covers exposed portions of a back surface of the pellicle film , and the anti-oxidizing films are of at least one material from a group of SiO x (including x=2), Si x N y (including x=3, y=4), SiON, SiC, Y 2 O 3 , YN, Mo, Ru, and Rh.