mhurhangee/patent-ind-claim-en huggingface dataset:
A data communication method based on a distribution point unit, DPU, comprising: dividing the DPU into a plurality of virtual DPUs, vDPUs, wherein a data transmission channel of a vDPU is mutually isolated from a data transmission channel of another vDPU; receiving , by the data transmission channels of the plurality of vDPUs of the DPU, a respective data transmission configuration parameter from the OLT; and transmitting data , by the data transmission channels of the plurality of vDPUs, according to the respective data transmission configuration parameter. dividing the DPU into a plurality of virtual DPUs, vDPUs, wherein a data transmission channel of a vDPU is mutually isolated from a data transmission channel of another vDPU; receiving , by the data transmission channels of the plurality of vDPUs of the DPU, a respective data transmission configuration parameter from the OLT; and transmitting data , by the data transmission channels of the plurality of vDPUs, according to the respective data transmission configuration parameter.
A system , comprising: at least one computing device ; and an address allocation service executable by the at least one computing device, the address allocation service being configured to: initially assign a first network address allocation to a subdivision of a network, the subdivision including a plurality of computing devices ; configure a router for the subdivision to implement the first network address allocation; obtain data indicating a reconfiguration of the computing devices, wherein the reconfiguration increases a quantity of virtual machine instances hosted by the plurality of computing devices; subsequently assign a second network address allocation to the subdivision of the network based at least in part on the reconfiguration of the computing devices, wherein the size of the second network address allocation is determined based on a network address assignment velocity associated with the computing devices; and reconfigure the router for the subdivision to implement the second network address allocation. at least one computing device ; and an address allocation service executable by the at least one computing device, the address allocation service being configured to: initially assign a first network address allocation to a subdivision of a network, the subdivision including a plurality of computing devices ; configure a router for the subdivision to implement the first network address allocation; obtain data indicating a reconfiguration of the computing devices, wherein the reconfiguration increases a quantity of virtual machine instances hosted by the plurality of computing devices; subsequently assign a second network address allocation to the subdivision of the network based at least in part on the reconfiguration of the computing devices, wherein the size of the second network address allocation is determined based on a network address assignment velocity associated with the computing devices; and reconfigure the router for the subdivision to implement the second network address allocation. initially assign a first network address allocation to a subdivision of a network, the subdivision including a plurality of computing devices ; configure a router for the subdivision to implement the first network address allocation; obtain data indicating a reconfiguration of the computing devices, wherein the reconfiguration increases a quantity of virtual machine instances hosted by the plurality of computing devices; subsequently assign a second network address allocation to the subdivision of the network based at least in part on the reconfiguration of the computing devices, wherein the size of the second network address allocation is determined based on a network address assignment velocity associated with the computing devices; and reconfigure the router for the subdivision to implement the second network address allocation.
A stationary exercise machine (10; 100) having reciprocating foot pedals (32; 132) that move in respective foot pedal closed loop paths , the machine comprising a rotating air-resistance based mechanism (50; 150) and a magnetism based mechanism which are configured to provide variable resistance to movement of the reciprocating foot pedals; characterised by : wherein each foot pedal non-circular closed loop path defines a major axis extending between two points in the foot pedal closed loop path that are furthest apart from each other, and the major axis of each foot pedal closed loop path is inclined at least 45° relative to a horizontal plane.
A breast pump system comprising a suction tubing , a milk tubing , a pump , a vent valve , a milk bottle , a breast shield , and a suction and milk separator device ; wherein the suction tubing has a first and second end and the milk tubing has a first and second end; wherein the first end of the suction tubing is fluidly connected to the pump and the second end of the suction tubing is fluidly connected to the breast shield to form a first fluid flow path between the pump and the breast shield ; wherein the first end of the milk tubing is fluidly connected to the pump and the second end of the milk tubing is fluidly connected to the breast shield to form a second fluid flow path between the pump and the breast shield ; wherein the second fluid flow path is separate from the first fluid flow path and is an alternative path for fluid flowing between the pump and the breast shield ; wherein the vent valve is positioned in the first fluid flow path; wherein the milk bottle is positioned in the second fluid flow path; and wherein the suction and milk separator device is fluidly connected between the second end of the suction tubing and the breast shield and between the second end of the milk tubing and the breast shield ; and the suction and milk separator device comprises a check valve on the second end of the milk tubing .
A flexible display device , comprising: a flexible substrate (FB) comprising a bending part (BF); and a conductive pattern (CP) comprising a first conductive pattern layer (CPL1) and a second conductive pattern layer (CPL2) disposed on the first conductive pattern layer (CPL1), wherein at least a portion of the conductive pattern (CP) is disposed on the bending part (BF) and the conductive pattern (CP) is disposed on the flexible substrate (FB), the first conductive pattern layer (CPL1) has a first thickness (t1) and comprises a first material, and the second conductive pattern layer (CPL2) has a second thickness (t2) smaller than the first thickness (t1) and comprises a second material different from the first material characterized in that the first conductive pattern layer (CPL1) includes a first grain (GR1) having a first grain size, the second conductive pattern layer (CPL2) includes a second grain (GR2) having a second grain size, wherein the average grain size of the first conductive pattern layer (CPL1) is greater than the average grain size of the second conductive pattern layer (CPL2), and each of the first grain size and the second grain size is equal to or greater than 100 angstroms and equal to or smaller than 1000 angstroms. a flexible substrate (FB) comprising a bending part (BF); and a conductive pattern (CP) comprising a first conductive pattern layer (CPL1) and a second conductive pattern layer (CPL2) disposed on the first conductive pattern layer (CPL1), wherein at least a portion of the conductive pattern (CP) is disposed on the bending part (BF) and the conductive pattern (CP) is disposed on the flexible substrate (FB), the first conductive pattern layer (CPL1) has a first thickness (t1) and comprises a first material, and the second conductive pattern layer (CPL2) has a second thickness (t2) smaller than the first thickness (t1) and comprises a second material different from the first material characterized in that the first conductive pattern layer (CPL1) includes a first grain (GR1) having a first grain size, the second conductive pattern layer (CPL2) includes a second grain (GR2) having a second grain size, wherein the average grain size of the first conductive pattern layer (CPL1) is greater than the average grain size of the second conductive pattern layer (CPL2), and each of the first grain size and the second grain size is equal to or greater than 100 angstroms and equal to or smaller than 1000 angstroms.
A container , comprising: a housing having a waste chamber configured to receive a waste disposal unit, the waste chamber comprising: a first lid attached to the housing through a lid hinge ; a second lid attached to the housing through the lid hinge , wherein the second lid is provided between the first lid and the housing ; a first stationary support structure adapted to receive a bag of a flexible material attached to a frame , wherein the frame is releasably mounted to the housing and rotationally fixed with respect to the housing ; and a second stationary support structure adapted to securely receive a cassette having a tubing of the flexible material packed therein. a housing having a waste chamber configured to receive a waste disposal unit, the waste chamber comprising: a first lid attached to the housing through a lid hinge ; a second lid attached to the housing through the lid hinge , wherein the second lid is provided between the first lid and the housing ; a first stationary support structure adapted to receive a bag of a flexible material attached to a frame , wherein the frame is releasably mounted to the housing and rotationally fixed with respect to the housing ; and a first lid attached to the housing through a lid hinge ; a second lid attached to the housing through the lid hinge , wherein the second lid is provided between the first lid and the housing ; a first stationary support structure adapted to receive a bag of a flexible material attached to a frame , wherein the frame is releasably mounted to the housing and rotationally fixed with respect to the housing ; and a second stationary support structure adapted to securely receive a cassette having a tubing of the flexible material packed therein.
Propeller arrangement in a cathodic protection system for a marine vessel with a marine propulsion system, which cathodic protection system comprises a direct current power source (110; 210); the propulsion system comprising; - at least one driveline housing (101; 201) at least partially submerged in water; - a torque transmitting drive shaft (106; 232, 233) extending out of the driveline housing (101; 201); - at least one propeller (102, 103; 202, 203) mounted on the drive shaft (106; 232, 233); characterized in that - the at least one propeller (102, 103; 202, 203) is electrically isolated from its drive shaft (106; 232, 233); - each electrically isolated propeller (102, 103; 202, 203) is electrically connected to a slip ring connector; which slip ring connector is in electrical connection with a terminal (111, 112; 211, 212) of the direct current power source (110; 210). - at least one driveline housing (101; 201) at least partially submerged in water; - a torque transmitting drive shaft (106; 232, 233) extending out of the driveline housing (101; 201); - at least one propeller (102, 103; 202, 203) mounted on the drive shaft (106; 232, 233); characterized in that - the at least one propeller (102, 103; 202, 203) is electrically isolated from its drive shaft (106; 232, 233); - each electrically isolated propeller (102, 103; 202, 203) is electrically connected to a slip ring connector;
Perforated, thermoplastic films having uniform thickness over their entire area (1.1), suitable for use as an intermediate layer of a composite pane, wherein the perforation is formed by at least one grid zone of a plurality of holes , which grid zone extends over part of the entire area (1.1) or over the entire area (1.1), wherein the holes are arranged such that a mass gradient results, in at least one direction in the plastic films , wherein mass gradient means that because of the perforation, the mass of the perforated, thermoplastic films changes in this direction.
A motor, comprising: a vibrator including a piezoelectric element , the vibrator being driven by a vibration excited by the piezoelectric element ; a holding part configured to hold the vibrator ; and an elastic member configured to, via a pressurization member , apply a bias force for biasing the vibrator toward a member so as to press the vibrator against the member, the vibrator including: a plate part including projection parts to be brought into contact with the member by the bias force, wherein the piezoelectric element is mounted on the plate part ; junction parts joined to the holding part; and connection parts connecting the junction parts and the plate part , the connection parts being narrower in width than the plate part , and characterized in that there are connection parts , which are aligned with the plate part and the junction parts in the driving direction, and the pressurization member comes into contact with the elastic member and is able to be relatively inclined with the vibrator . a vibrator including a piezoelectric element , the vibrator being driven by a vibration excited by the piezoelectric element ; a holding part configured to hold the vibrator ; and an elastic member configured to, via a pressurization member , apply a bias force for biasing the vibrator toward a member so as to press the vibrator against the member, the vibrator including: a plate part including projection parts to be brought into contact with the member by the bias force, wherein the piezoelectric element is mounted on the plate part ; junction parts joined to the holding part; and connection parts connecting the junction parts and the plate part , the connection parts being narrower in width than the plate part , and characterized in that there are connection parts , which are aligned with the plate part and the junction parts in the driving direction, and the pressurization member comes into contact with the elastic member and is able to be relatively inclined with the vibrator . a plate part including projection parts to be brought into contact with the member by the bias force, wherein the piezoelectric element is mounted on the plate part ; junction parts joined to the holding part; and connection parts connecting the junction parts and the plate part , the connection parts being narrower in width than the plate part , and characterized in that there are connection parts , which are aligned with the plate part and the junction parts in the driving direction, and the pressurization member comes into contact with the elastic member and is able to be relatively inclined with the vibrator .
An adhesive composition comprising: a modified polyolefin (A1); a modified polyolefin (A2) containing propylene in an amount of 30 mol% or more and having a melting point higher than that of the modified polyolefin (A1); and a thermoplastic resin (B), wherein the molar ratio of propylene/1-butene in the modified polyolefin (A1) is 98 to 40/2 to 60, and the molar ratio of propylene/1-butene in the modified polyolefin (A2) is 99 to 55/1 to 45, and wherein the thermoplastic resin (B) is a styrene-based elastomer or olefin-based elastomer. a modified polyolefin (A1); a modified polyolefin (A2) containing propylene in an amount of 30 mol% or more and having a melting point higher than that of the modified polyolefin (A1); and a thermoplastic resin (B), wherein the molar ratio of propylene/1-butene in the modified polyolefin (A1) is 98 to 40/2 to 60, and the molar ratio of propylene/1-butene in the modified polyolefin (A2) is 99 to 55/1 to 45, and wherein the thermoplastic resin (B) is a styrene-based elastomer or olefin-based elastomer.
A luminaire module comprising: a memory element for storing lighting system related information; and an interface circuit for providing access to the memory element for a driver of the luminaire module ; wherein the interface circuit is configured to provide access to the memory element by coupling the memory element to at least one connection line connectable to the driver , wherein the driver is for driving at least one light source of the luminaire module via the at least one connection line , wherein the interface circuit comprises an isolating element (231; 534; 331) configured to isolate the memory element from the at least one light source during a driving mode for driving the at least one light source , the luminaire module being characterized in that the lighting system related information comprises driving parameters for at least one of the luminaire module and the at least one light source . a memory element for storing lighting system related information; and an interface circuit for providing access to the memory element for a driver of the luminaire module ; wherein the interface circuit is configured to provide access to the memory element by coupling the memory element to at least one connection line connectable to the driver , wherein the driver is for driving at least one light source of the luminaire module via the at least one connection line , wherein the interface circuit comprises an isolating element (231; 534; 331) configured to isolate the memory element from the at least one light source during a driving mode for driving the at least one light source , the luminaire module being characterized in that the lighting system related information comprises driving parameters for at least one of the luminaire module and the at least one light source .
A device (2; 602; 702; 802) for extracting soluble substances dissolved in an aqueous solution, the extraction device comprising a peripheral wall and an adsorbent agent contained in this peripheral wall, the adsorbent agent being capable of extracting at least one portion of the soluble substances by contact with the aqueous solution, the extraction device (2; 602; 702; 802) comprising a maze , defining a circulation path (A) for the aqueous solution within the peripheral wall , the maze comprising a main inlet and a main outlet for the aqueous solution that are fluidly connected to one another by the circulation path, the adsorbent agent being arranged inside the maze so as to be placed in contact with the aqueous solution during the circulation of the latter along the circulation path, the maze further comprising a modular assembly of several removable modules , each removable module being able to be assembled to, or disassembled from, the modular assembly in order to modify the circulation path (A), characterized in that a first portion of the removable modules are partition modules , each partition module comprising at least one transverse partition housed inside the peripheral wall when the partition module is mounted within the modular assembly, so as to at least partially close a transverse section of the peripheral wall, at least one passage opening for the aqueous solution being arranged through the transverse partition, the positioning of the passage openings within the maze determining the circulation path (A) traveled by the aqueous solution.
A method for phase contrast imaging of an object using a glancing angle interferometer comprising a multi-sector source grating , a beam-splitter grating , and an analyzer grating , wherein the object is positioned between the beam-splitter grating and the analyzer grating , the method comprising; directing an X- ray beam onto the multi-sector source grating , wherein each sector of the multi-sector source grating is offset by a predetermined amount; translating the object or the interferometer to obtain multiple images during a single exposure, wherein the multiple images have a different interferometer phasing due to the offset between each sector of the multi-sector source grating ; and combining the multiple images that were obtained to produce a phase contrast image of the object
A method , comprising: forming a pocket and a receptacle in an end portion of a first panel, the pocket having an end opening and being contiguous with the receptacle; coupling a magnet within the receptacle; forming a pocket within a second panel that terminates at an end face of the second panel; coupling a first shield portion of a ferromagnetic shield in the pocket of the second panel such that a second shield portion of the ferromagnetic shield extends from the end face of the second panel, an inner shield surface of the ferromagnetic shield being substantially flush with an inner second panel surface of the second panel; and disposing the second shield portion of the ferromagnetic shield within the pocket of the first panel via the end opening to form a magnetic lap joint, wherein the inner shield surface and the inner second panel surface are substantially flush with an inner first panel surface of the first panel. forming a pocket and a receptacle in an end portion of a first panel, the pocket having an end opening and being contiguous with the receptacle; coupling a magnet within the receptacle; forming a pocket within a second panel that terminates at an end face of the second panel; coupling a first shield portion of a ferromagnetic shield in the pocket of the second panel such that a second shield portion of the ferromagnetic shield extends from the end face of the second panel, an inner shield surface of the ferromagnetic shield being substantially flush with an inner second panel surface of the second panel; and disposing the second shield portion of the ferromagnetic shield within the pocket of the first panel via the end opening to form a magnetic lap joint, wherein the inner shield surface and the inner second panel surface are substantially flush with an inner first panel surface of the first panel.
A nacelle assembly for a wind turbine, the nacelle assembly rotating at the top of a vertical support and supporting an electric generator and a blade assembly , and comprising a supporting structure to transfer the loads between the blade assembly and the vertical support and to define a first protective compartment for housing sensitive parts of the wind turbine ; and a platform integral with the supporting structure and defining a floor and a second protective compartment for housing further sensitive parts of the wind turbine ; and comprising a plurality of cogwheels housed in the second protective compartment and engaging an annular gear which projects into the second protective compartment and is integral with the vertical support .