mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna comprising: a substrate ; a radiator attached to the substrate and configured to radiate an electromagnetic signal, wherein the radiator extends in two directions (x/u direction, y/v direction), which are perpendicular to a vertical direction (z/w direction) of the radiator ; a metal plate antenna square-shaped and disposed to be spaced apart from the radiator in the vertical direction of the radiator ; four fixing rods (451 to 454) supporting the metal plate antenna ; and four sub patch antennas (461 to 464) attached respectively to the four fixing rods (451 to 454) and disposed on the substrate , wherein a partial region of the metal plate antenna overlaps a partial region of the radiator in the two directions (x/u direction, y/v direction) perpendicular to the vertical direction (z/w direction), and the four fixing rods (451 to 454) are disposed respectively to correspond to four corners of the metal plate antenna . a substrate ; a radiator attached to the substrate and configured to radiate an electromagnetic signal, wherein the radiator extends in two directions (x/u direction, y/v direction), which are perpendicular to a vertical direction (z/w direction) of the radiator ; a metal plate antenna square-shaped and disposed to be spaced apart from the radiator in the vertical direction of the radiator ; four fixing rods (451 to 454) supporting the metal plate antenna ; and four sub patch antennas (461 to 464) attached respectively to the four fixing rods (451 to 454) and disposed on the substrate , wherein a partial region of the metal plate antenna overlaps a partial region of the radiator in the two directions (x/u direction, y/v direction) perpendicular to the vertical direction (z/w direction), and the four fixing rods (451 to 454) are disposed respectively to correspond to four corners of the metal plate antenna .
- A separation device for extracting at least one sample from a fluid flow comprising at least two phases, preferably three phases , including at least one phase of interest to be sampled, the separation device comprising : - a chamber assembly having an inlet and an outlet , - a sample extraction device comprising an extraction port opening in the chamber assembly, - a first diver and a second diver , respectively located in the chamber assembly and respectively having a first density and a second density, the first density being greater than or equal to a density of the phase of interest and the second density being smaller than or equal to the density of the phase of interest , - a first sensor arranged in the chamber assembly , configured to detect the first diver reaching a predetermined first level (l 1 ) in the chamber assembly , and - a second sensor arranged in the chamber assembly , configured to detect the second diver reaching a predetermined second level (l 2 ) in the chamber assembly, the sample extraction device having a control device configured to extract the sample from the chamber assembly when the first diver and the second diver occupy predetermined positions relative to the first level (l 1 ) and the second level (l 2 ) respectively. - a chamber assembly having an inlet and an outlet , - a sample extraction device comprising an extraction port opening in the chamber assembly, - a first diver and a second diver , respectively located in the chamber assembly and respectively having a first density and a second density, the first density being greater than or equal to a density of the phase of interest and the second density being smaller than or equal to the density of the phase of interest , - a first sensor arranged in the chamber assembly , configured to detect the first diver reaching a predetermined first level (l 1 ) in the chamber assembly , and - a second sensor arranged in the chamber assembly , configured to detect the second diver reaching a predetermined second level (l 2 ) in the chamber assembly,
An electronic cigarette, comprising: an airflow sensing part; a first pressure change unit; a second pressure change unit; an outlet assembly; a pneumatic switch ; a heating element ; a housing ; and an atomizer; wherein: the heating element is disposed in the first pressure change unit; the pneumatic switch is disposed in the airflow sensing part to activate the heating element to work; the airflow sensing part communicates with the first pressure change unit and the second pressure change unit; and the first pressure change unit and the second pressure change unit separately communicate with the outlet assembly; the atomizer comprises an e-liquid tank disposed in the housing ; a first channel is formed between an inner wall of the housing and an outer wall of the e-liquid tank ; the e-liquid tank is hollow, and two ends of the e-liquid tank are provided with a first seal and a second seal , respectively; characterised in that : the e-liquid tank comprises a first cavity for storing e-liquid; a mouthpiece cover is disposed on one side of the first seal away from the first cavity ; a second channel is formed between the mouthpiece cover and the first seal ; and the second channel communicates with the first channel , thereby forming the second pressure change unit. an airflow sensing part; a first pressure change unit; a second pressure change unit; an outlet assembly; a pneumatic switch ; a heating element ; a housing ; and an atomizer; the heating element is disposed in the first pressure change unit; the pneumatic switch is disposed in the airflow sensing part to activate the heating element to work; the airflow sensing part communicates with the first pressure change unit and the second pressure change unit; and the first pressure change unit and the second pressure change unit separately communicate with the outlet assembly; the atomizer comprises an e-liquid tank disposed in the housing ; a first channel is formed between an inner wall of the housing and an outer wall of the e-liquid tank ; the e-liquid tank is hollow, and two ends of the e-liquid tank are provided with a first seal and a second seal , respectively; the e-liquid tank comprises a first cavity for storing e-liquid; a mouthpiece cover is disposed on one side of the first seal away from the first cavity ; a second channel is formed between the mouthpiece cover and the first seal ; and the second channel communicates with the first channel , thereby forming the second pressure change unit.
A hemodialysis machine comprising: a removably mountable cartridge having at least one inlet and at least one outlet , the cartridge defining a fluid pathway between said at least one inlet and said at least one outlet; a sanitisation device having an inlet and an outlet; a conduit connected between an outlet of the cartridge and the inlet of the sanitisation device ; and, a conduit connected between the outlet of the sanitisation device and an inlet of the cartridge, and characterized in that the cartridge is a dialysate-mixing and flow-balance cartridge further comprising a first mixing chamber ; a second mixing chamber connected to the first mixing chamber ; a first flow balance chamber connected to the first mixing chamber ; a second flow balance chamber connected to the first flow balance chamber , wherein the sanitisation device is connected external to the cartridge between the first mixing chamber and the first flow balance chamber , wherein the mixing chambers and flow balance chambers are pump chambers. a removably mountable cartridge having at least one inlet and at least one outlet , the cartridge defining a fluid pathway between said at least one inlet and said at least one outlet; a sanitisation device having an inlet and an outlet; a conduit connected between an outlet of the cartridge and the inlet of the sanitisation device ; and, a conduit connected between the outlet of the sanitisation device and an inlet of the cartridge, and characterized in that the cartridge is a dialysate-mixing and flow-balance cartridge further comprising a first mixing chamber ; a second mixing chamber connected to the first mixing chamber ; a first flow balance chamber connected to the first mixing chamber ; a second flow balance chamber connected to the first flow balance chamber , wherein the sanitisation device is connected external to the cartridge between the first mixing chamber and the first flow balance chamber , wherein the mixing chambers and flow balance chambers are pump chambers.
Assembly for an oil tank (30; 130) of a turbine engine , particularly of an aircraft turbojet, the assembly including an oil tank (30; 130) with an external wall forming a generally curved principal enclosure , characterized in that the principal enclosure (42; 142) contains an arched sensor (48; 148) for electrically measuring the oil level, said arched sensor (48; 148) matching the curvature of the principal enclosure (42; 142), and sensor internal supporting means disposed along the arched sensor (48; 148), and/or an arched socket (160; 260) with an arched cavity in which the arched sensor (48; 148) is disposed.
A coupling system (K), in particular a coupling system (K) for pneumatically connecting a pneumatic brake system of a towing vehicle and a trailer, having a coupling head comprising a coupling head housing , the coupling head housing having at least one first coupling connector , at least one second coupling connector (2") and at least one insertion recess that is arranged separately in the coupling head housing in relation to the first coupling connector and to the second coupling connector (2"), and the coupling system (K) also having a filter unit that can be inserted detachably into the insertion recess , a part of the filter unit providing a sealing surface of a coupling connector (2") when the coupling system (K) is fitted, characterised in that the filter unit has a filter carrier comprising a sieve , at least one bypass valve aperture and at least one bypass valve seat and also comprises at least one elastomer unit comprising valve lips and at least one locking piece .
An energy management apparatus provided to a power consumer's facility for managing at least a power state of a load apparatus or a distributed power source in the power consumer's facility, the energy management apparatus comprising: a storage medium for storing information; a power input unit for receiving power supply; a backup power source arranged for supplying power when power supply to the power input unit from a grid power source stops; and a control unit , when power supply to the power input unit from the grid power source stops for a period equal to or longer than a predetermined period, arranged for carrying out a suspension processing of the storage medium , characterized in that the suspension processing includes inhibiting access to the storage medium and unmounting of the storage medium . a storage medium for storing information; a power input unit for receiving power supply; a backup power source arranged for supplying power when power supply to the power input unit from a grid power source stops; and a control unit , when power supply to the power input unit from the grid power source stops for a period equal to or longer than a predetermined period, arranged for carrying out a suspension processing of the storage medium , characterized in that the suspension processing includes inhibiting access to the storage medium and unmounting of the storage medium .
Packaging machine with a vacuum pump , wherein the vacuum pump comprises an electric motor , a pressure generation unit , a housing and a controller provided in or at the housing of the vacuum pump , characterized in that the vacuum pump comprises at least one sensor , and the controller is connected to a machine controller of the packaging machine via a bus line for data transfer, wherein data for diagnosis and/or maintenance are transmittable via the bus line to the machine controller , wherein the data include measurement values from the at least one sensor .
An aircraft landing gear system comprising: a trunnion arm extending along a trunnion arm axis (A-A'); and an outer cylinder extending along an outer cylinder axis (B-B'), the cylinder being coupled to the trunnion arm; the trunnion arm including a centering portion in a central portion of the trunnion arm, the centering portion extending along the outer cylinder axis; wherein the centering portion comprises an annulus and/or annular shape having a diameter and comprising a perimeter that defines an aperture or a hole; and characterized in that the central portion of the trunnion arm includes a first stress relieving portion extending along the outer cylinder axis and disposed in a position adjacent to the centering portion substantially along the trunnion arm axis (A-A'), the first stress relieving portion comprising an annular shape and/or annulus having a diameter and comprising a perimeter that defines an aperture or a hole; and wherein the diameter of the stress relieving portion is less than the diameter of the centering portion ; and wherein the first stress relieving portion is configured to relieve stress spreading from the centering portion to the outer cylinder. a trunnion arm extending along a trunnion arm axis (A-A'); and an outer cylinder extending along an outer cylinder axis (B-B'), the cylinder being coupled to the trunnion arm; the trunnion arm including a centering portion in a central portion of the trunnion arm, the centering portion extending along the outer cylinder axis; wherein the centering portion comprises an annulus and/or annular shape having a diameter and comprising a perimeter that defines an aperture or a hole; and characterized in that the central portion of the trunnion arm includes a first stress relieving portion extending along the outer cylinder axis and disposed in a position adjacent to the centering portion substantially along the trunnion arm axis (A-A'), the first stress relieving portion comprising an annular shape and/or annulus having a diameter and comprising a perimeter that defines an aperture or a hole; and wherein the diameter of the stress relieving portion is less than the diameter of the centering portion ; and wherein the first stress relieving portion is configured to relieve stress spreading from the centering portion to the outer cylinder.
An apparatus for generating electric power, comprising a. a hydrogen transfer unit for transferring hydrogen from a hydrogen storage medium to a hydrogen transfer medium, wherein the hydrogen transfer medium is a liquid organic hydrocarbon compound (LOHC), b. a power generation unit for generating electric power from the hydrogen transfer medium. a. a hydrogen transfer unit for transferring hydrogen from a hydrogen storage medium to a hydrogen transfer medium, wherein the hydrogen transfer medium is a liquid organic hydrocarbon compound (LOHC), b. a power generation unit for generating electric power from the hydrogen transfer medium.
A combustion duct assembly for a gas turbine, comprising: a liner having an upstream side defined as towards a burner to which the liner couples and a downstream side opposite the upstream side; an annular spring seal that is outwardly convex and coupled to an outer face of the downstream side of the liner ; and a transition piece having an inner wall and an outer wall that surrounds the inner wall ; and an annular guide , wherein the convex part of annular spring seal is operable to elastically engage the inner wall of the transition piece , an end portion of the downstream side of the annular spring seal is fixed to the liner , the annular spring seal includes a plurality of through holes formed in an upstream side of a point where the annular spring seal comes into contact with the inner wall , and the liner includes a plurality of vent holes formed in an inner area surrounded by the spring seal , and the annular guide is disposed at an upstream side of the vent holes on the inner face of the liner , characterized in that the annular guide is curved toward the downstream direction to direct air in the downstream direction. a liner having an upstream side defined as towards a burner to which the liner couples and a downstream side opposite the upstream side; an annular spring seal that is outwardly convex and coupled to an outer face of the downstream side of the liner ; and a transition piece having an inner wall and an outer wall that surrounds the inner wall ; and an annular guide , wherein the convex part of annular spring seal is operable to elastically engage the inner wall of the transition piece , an end portion of the downstream side of the annular spring seal is fixed to the liner , the annular spring seal includes a plurality of through holes formed in an upstream side of a point where the annular spring seal comes into contact with the inner wall , and the liner includes a plurality of vent holes formed in an inner area surrounded by the spring seal , and the annular guide is disposed at an upstream side of the vent holes on the inner face of the liner , characterized in that the annular guide is curved toward the downstream direction to direct air in the downstream direction.
A method for use in a computer system having a plurality of server computers interconnected on a service provider computer network , each server computer comprising computing resources, including at least processing units and memory, which are configured to support a plurality of virtual desktops utilizing the computing resources for access by remote computers of users of a plurality of tenants, each tenant having a tenant computer network and a respective data store , the method comprising: storing data for each tenant indicating server computers which are currently allocated to the tenant from among the plurality of server computers ; dynamically allocating a selected server computer from among the plurality of server computers to a tenant, in addition to the currently allocated server computers , by: connecting the tenant computer network and the data store of the tenant to the selected server computer ; starting, as tenant virtual machines , copies of a process based on a gold image virtual machine for the tenant on the selected server computer , wherein the gold image virtual machine is associated with a currently allocated server for the tenant; associating the tenant virtual machines with respective virtual disks , each of which generated as a linked clone based on a gold image virtual disk in the data store for the tenant; and adding the tenant virtual machines to the tenant computer network of the tenant. storing data for each tenant indicating server computers which are currently allocated to the tenant from among the plurality of server computers ; dynamically allocating a selected server computer from among the plurality of server computers to a tenant, in addition to the currently allocated server computers , by: connecting the tenant computer network and the data store of the tenant to the selected server computer ; starting, as tenant virtual machines , copies of a process based on a gold image virtual machine for the tenant on the selected server computer , wherein the gold image virtual machine is associated with a currently allocated server for the tenant; associating the tenant virtual machines with respective virtual disks , each of which generated as a linked clone based on a gold image virtual disk in the data store for the tenant; and adding the tenant virtual machines to the tenant computer network of the tenant. connecting the tenant computer network and the data store of the tenant to the selected server computer ; starting, as tenant virtual machines , copies of a process based on a gold image virtual machine for the tenant on the selected server computer , wherein the gold image virtual machine is associated with a currently allocated server for the tenant; associating the tenant virtual machines with respective virtual disks , each of which generated as a linked clone based on a gold image virtual disk in the data store for the tenant; and adding the tenant virtual machines to the tenant computer network of the tenant.
A laundry treating apparatus comprising: a cabinet including a front panel having a detergent opening defined therein; a tub disposed inside the cabinet ; a drum rotatably disposed inside the tub ; and a detergent storage unit retracting into the cabinet through the detergent opening , wherein detergent to be supplied to the drum is stored in the detergent storage unit , wherein the front panel has an opening extension portion extending from a periphery of the detergent opening toward an inside of the cabinet , wherein the apparatus further comprises a protective casing disposed inside the cabinet and coupled to the opening extension portion , wherein the protective casing surrounds at least a portion of the detergent storage unit retracting into the cabinet through the detergent opening , wherein the protective casing includes an opening protection wall configured to cover an inner face of the opening extension portion facing toward the detergent opening to protect the opening extension portion , characterized in that the opening protection wall covers the inner face of the opening extension portion so that the protective casing surrounds the end of the opening extension portion . a cabinet including a front panel having a detergent opening defined therein; a tub disposed inside the cabinet ; a drum rotatably disposed inside the tub ; and a detergent storage unit retracting into the cabinet through the detergent opening , wherein detergent to be supplied to the drum is stored in the detergent storage unit , wherein the front panel has an opening extension portion extending from a periphery of the detergent opening toward an inside of the cabinet , wherein the apparatus further comprises a protective casing disposed inside the cabinet and coupled to the opening extension portion , wherein the protective casing surrounds at least a portion of the detergent storage unit retracting into the cabinet through the detergent opening , wherein the protective casing includes an opening protection wall configured to cover an inner face of the opening extension portion facing toward the detergent opening to protect the opening extension portion , characterized in that the opening protection wall covers the inner face of the opening extension portion so that the protective casing surrounds the end of the opening extension portion .
A graphics processor , comprising: an arbiter circuit for selecting a first vertex data input and a second pixel data input; and a unified shader , coupled to the arbiter circuit , the unified shader including means for performing vertex operations and pixel operations, and performing one of the vertex operations or pixel operations based on one of the first vertex data input or second pixel data input, wherein pixel data on the second pixel data input is provided, at least in part, by the unified shader from vertex data received on the first vertex data input. an arbiter circuit for selecting a first vertex data input and a second pixel data input; and a unified shader , coupled to the arbiter circuit , the unified shader including means for performing vertex operations and pixel operations, and performing one of the vertex operations or pixel operations based on one of the first vertex data input or second pixel data input, wherein pixel data on the second pixel data input is provided, at least in part, by the unified shader from vertex data received on the first vertex data input.