mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge for a stick-shaped aerosol-generating article , the article being for use with an inductively heating aerosol-generating device , the cartridge comprising: a vaporization chamber at a distal end portion of the cartridge for vaporizing aerosol-forming liquid therein; a reservoir chamber proximal the vaporization chamber for storing aerosol-forming liquid ; a liquid-conveying susceptor arrangement configured and arranged to convey aerosol-forming liquid from the reservoir chamber into the vaporization chamber and to be inductively heated in use with the device in order to vaporize aerosol-forming liquid within the vaporization chamber ; a vapor-conveying conduit providing a fluid communication for vaporized aerosol-forming liquid from the vaporization chamber to a region proximal the reservoir chamber ; wherein a proximal end portion of the vapor-conveying conduit passes through, ends integrally in or is supported in a through hole of a proximal end wall member of the reservoir chamber ; a distal end cap forming a distal wall member of the vaporization chamber ; a proximal end cap forming the proximal end wall member of the reservoir chamber ; and a cartridge sleeve forming a circumferential outer side wall member of the vaporization chamber and a circumferential outer side wall member of the reservoir chamber , wherein the cartridge sleeve is a cylindrical tube non-integral with the distal end cap and the proximal end cap , and wherein the proximal end cap is mounted to a proximal end of the cartridge sleeve . a vaporization chamber at a distal end portion of the cartridge for vaporizing aerosol-forming liquid therein; a reservoir chamber proximal the vaporization chamber for storing aerosol-forming liquid ; a liquid-conveying susceptor arrangement configured and arranged to convey aerosol-forming liquid from the reservoir chamber into the vaporization chamber and to be inductively heated in use with the device in order to vaporize aerosol-forming liquid within the vaporization chamber ; a vapor-conveying conduit providing a fluid communication for vaporized aerosol-forming liquid from the vaporization chamber to a region proximal the reservoir chamber ; wherein a proximal end portion of the vapor-conveying conduit passes through, ends integrally in or is supported in a through hole of a proximal end wall member of the reservoir chamber ; a distal end cap forming a distal wall member of the vaporization chamber ; a proximal end cap forming the proximal end wall member of the reservoir chamber ; and a cartridge sleeve forming a circumferential outer side wall member of the vaporization chamber and a circumferential outer side wall member of the reservoir chamber , wherein the cartridge sleeve is a cylindrical tube non-integral with the distal end cap and the proximal end cap , and wherein the proximal end cap is mounted to a proximal end of the cartridge sleeve .
Lower body structure of a vehicle, comprising a lateral reinforcing side member extending longitudinally at least below the floor part of the passenger compartment of the vehicle and transversely between the outer longitudinal edge of said structure and the longitudinal central zone of said structure, characterized in that said side member has a portion shaped by widening its cross section to form a recess , the upper part of which opens into the interior of the vehicle so as to receive an energy storage element .
Cup lump natural rubber devoid of impurities with a size of greater than 0.5 mm and having a plasticity retention index measured according to standard ASTM D 3194-04 of greater than 80.
Instrumented motorized valve comprising a valve body made of plastics material, said valve body forming a duct , said valve comprising an actuator suitable for moving a closure element in said duct , said valve body also including interfaces (215 - 216) for fastening system status sensors, said status sensors being in direct contact with the fluid flowing in said duct , said valve body also including elements (217a/204a - 217b/204b - 217c/204c) for mechanical fastening to the application, characterized in that said valve body consists of two separate and complementary housings (211 - 213), in that a first housing comprises said actuator , said closure element 205, said elements (217a - 217b - 217c) for mechanically fastening said motorized valve to the application and a part of the interface for fastening at least one of the system status sensors, in that a second housing includes said elements (204a - 204b - 204c) for mechanically fastening said motorized valve to the application and the rest of the interfaces (215 - 216) for fastening the system status sensors, and in that said duct is in two separate parts (218 - 219), each belonging to the first housing and to the second housing .
A method of manufacturing a metal object, comprising: (a) pouring a liquid metal into a ceramic casting mold to form a cast component upon solidification of the liquid metal ; (b) removing a portion of the ceramic casting mold and the cast component , by machining, to create a surface portion of the cast component and a surface portion of the ceramic casting mold , wherein the surface portion of the cast component and the surface portion of the ceramic casting mold are flat and planar surfaces; (c) depositing a layer of metallic powder (P) onto the surface portions , wherein the surface portion of the cast component and the surface portion of the ceramic casting mold function as a continuous and sealed support structure for the layer of metallic powder (P); (d) irradiating at least a portion of the metallic powder to form a fused layer; and (e) repeating steps (c)-(d) until the metal object is formed by multiple additive layers. (a) pouring a liquid metal into a ceramic casting mold to form a cast component upon solidification of the liquid metal ; (b) removing a portion of the ceramic casting mold and the cast component , by machining, to create a surface portion of the cast component and a surface portion of the ceramic casting mold , wherein the surface portion of the cast component and the surface portion of the ceramic casting mold are flat and planar surfaces; (c) depositing a layer of metallic powder (P) onto the surface portions , wherein the surface portion of the cast component and the surface portion of the ceramic casting mold function as a continuous and sealed support structure for the layer of metallic powder (P); (d) irradiating at least a portion of the metallic powder to form a fused layer; and (e) repeating steps (c)-(d) until the metal object is formed by multiple additive layers.
Landing gear provided with a stand and a pivoting assembly carrying a contact member that is configured to be in contact with the ground , said pivoting assembly being able to rotate about a pivot axis (AXP) in relation to the stand , said landing gear having an immobilization system comprising a movable pin and a control configured to request the application of a locked mode or an unlocked mode, the immobilization system comprising a passage , the pin being outside said passage in an unlocked phase of the unlocked mode, the pin being able to move in the passage in azimuth relative to the pivot axis (AXP) in a locked phase of the locked mode, the immobilization system having an elastic locking system pushing the pin , when in the locked mode, either against the base during an armed phase of the locked mode as long as the pin does not enter the passage , or into the passage as soon as the pin is in line with the passage in the locked phase, the immobilization system comprising an elastic unlocking system configured to move said pin out of the passage when activation of the unlocked mode is commanded by the control , characterized in that the passage is provided in a base secured to the pivoting assembly, the elastic unlocking system being calibrated to allow the pin to be extracted from the passage only when there is a shearing force between the base and the pin below a threshold.
A wheel servicing apparatus having a machine body , the machine body comprising: a casing ; a slot provided inside the casing ; a display unit , in particular a touchscreen unit, having a display front surface and connected with a processing unit of the wheel servicing apparatus; and a display support unit , wherein the display unit is attached to the display support unit , the display support unit configured to support the display unit and arranged at the casing to vertically slide between (i) a first position in which the display front surface is visible to a user, and (ii) a second position in which the display support unit and the display unit are positioned in the slot to shield the display front surface from the outside such that the display front surface is not visible to the user. a casing ; a slot provided inside the casing ; a display unit , in particular a touchscreen unit, having a display front surface and connected with a processing unit of the wheel servicing apparatus; and a display support unit , wherein the display unit is attached to the display support unit , the display support unit configured to support the display unit and arranged at the casing to vertically slide between (i) a first position in which the display front surface is visible to a user, and (ii) a second position in which the display support unit and the display unit are positioned in the slot to shield the display front surface from the outside such that the display front surface is not visible to the user. (i) a first position in which the display front surface is visible to a user, and (ii) a second position in which the display support unit and the display unit are positioned in the slot to shield the display front surface from the outside such that the display front surface is not visible to the user.
A power supply system for converting electrical power with redundant control, the power supply system comprising: a power conversion unit configured to provide a regulated output voltage; a first power supply controller , configured to control the power conversion unit such that the regulated output voltage is within a selected range; a second power supply controller , having a power supply controller diversity from the first power supply controller, configured to control the power conversion unit such that the regulated output voltage is within a selected range; and a controller selector , configured to enable either the first power supply controller or the second power supply controller, in response to a control signal from a logic control circuit; the power supply controller diversity is power supply requirement diversity; and wherein the first power supply controller has a first controller power input requirement defining a first input voltage characteristic; wherein the second power supply controller has a second controller power input requirement defining a second input voltage characteristic; the power supply requirement diversity is diversity between the first controller power input requirement and the second controller power input requirement that is selected from the group consisting of minimum startup voltage, minimum operating voltage, maximum startup voltage, and maximum operating voltage; wherein a difference between the first input voltage characteristic and the second first input voltage characteristic is at least 0.2 volts. a power conversion unit configured to provide a regulated output voltage; a first power supply controller , configured to control the power conversion unit such that the regulated output voltage is within a selected range; a second power supply controller , having a power supply controller diversity from the first power supply controller, configured to control the power conversion unit such that the regulated output voltage is within a selected range; and a controller selector , configured to enable either the first power supply controller or the second power supply controller, in response to a control signal from a logic control circuit; the power supply controller diversity is power supply requirement diversity; and wherein the first power supply controller has a first controller power input requirement defining a first input voltage characteristic; wherein the second power supply controller has a second controller power input requirement defining a second input voltage characteristic; the power supply requirement diversity is diversity between the first controller power input requirement and the second controller power input requirement that is selected from the group consisting of minimum startup voltage, minimum operating voltage, maximum startup voltage, and maximum operating voltage; wherein a difference between the first input voltage characteristic and the second first input voltage characteristic is at least 0.2 volts.
A method of carrying out super-resolution optical microscopy on a sample, comprising: providing an aplanatic solid immersion lens having a planar surface; locating the sample on or adjacent to the planar surface of the aplanatic solid immersion lens; locating the sample in a cryogenic environment ; and imaging the sample through the aplanatic solid immersion lens using a super-resolution optical microscopy technique to provide a super-resolution image of the sample, wherein the cryogenic environment is at least one of: at a temperature of less than 200 Kelvin, at a temperature of less than 100 Kelvin; maintained using liquid nitrogen; and maintained using nitrogen vapour. providing an aplanatic solid immersion lens having a planar surface; locating the sample on or adjacent to the planar surface of the aplanatic solid immersion lens; locating the sample in a cryogenic environment ; and imaging the sample through the aplanatic solid immersion lens using a super-resolution optical microscopy technique to provide a super-resolution image of the sample, wherein the cryogenic environment is at least one of: at a temperature of less than 200 Kelvin, at a temperature of less than 100 Kelvin; maintained using liquid nitrogen; and maintained using nitrogen vapour.
Protective grid adapted and configured to be coupled to a motorcycle headlamp , wherein the motorcycle headlamp is adapted and configured to emit a light beam, the protective grid comprising: - - at least one grid element ; and - -coupling means for operatively coupling the grid element , directly or indirectly, to said motorcycle headlamp ; wherein: - said coupling means, when the protective grid is operatively coupled to said motorcycle headlamp , are adapted and configured for allowing the grid element to be moved such that the grid element can be displaced from a work configuration to a rest configuration, wherein in the work configuration the grid element is such to intercept the light beam and wherein in the rest configuration the grid element is placed so that it does not intercept the light beam; characterised in that - the protective grid comprises locking means configured to keep said at least one grid element in either one of said rest and work configuration during motion of the motorcycle. - - at least one grid element ; and - -coupling means for operatively coupling the grid element , directly or indirectly, to said motorcycle headlamp ; - said coupling means, when the protective grid is operatively coupled to said motorcycle headlamp , are adapted and configured for allowing the grid element to be moved such that the grid element can be displaced from a work configuration to a rest configuration, wherein in the work configuration the grid element is such to intercept the light beam and wherein in the rest configuration the grid element is placed so that it does not intercept the light beam; - the protective grid comprises locking means configured to keep said at least one grid element in either one of said rest and work configuration during motion of the motorcycle.
A login authentication method, comprising: when a first terminal needs to automatically log in to a target account and stores a first token received from a server in response to the first terminal logging in to the target account in advance, establishing (S110), by the first terminal , a short-distance communication connection to a second terminal , and obtaining (S120), by the first terminal , a short-distance communication identifier of the second terminal ; when the second terminal is determined to be a trusted device by the first terminal based on the short-distance communication identifier, obtaining (S130), by the first terminal , a second token of the second terminal , and verifying (S140), by the first terminal , validity of the second token by sending the second token to the server for determining whether the second terminal is valid; and when verification of the first token and the second token succeeds, automatically logging in (S150), by the first terminal , to the target account. when a first terminal needs to automatically log in to a target account and stores a first token received from a server in response to the first terminal logging in to the target account in advance, establishing (S110), by the first terminal , a short-distance communication connection to a second terminal , and obtaining (S120), by the first terminal , a short-distance communication identifier of the second terminal ; when the second terminal is determined to be a trusted device by the first terminal based on the short-distance communication identifier, obtaining (S130), by the first terminal , a second token of the second terminal , and verifying (S140), by the first terminal , validity of the second token by sending the second token to the server for determining whether the second terminal is valid; and when verification of the first token and the second token succeeds, automatically logging in (S150), by the first terminal , to the target account.
A battery pack, characterized by comprising: a frame body , enclosing an accommodating space (S) that is closed circumferentially and opened in a height direction (H); and a heat exchange plate , fixed under the frame body and closing a lower opening of the accommodating space (S), wherein the heat exchange plate comprises: a body portion provided with a heat exchange flow passage ; and a fastening portion connected to an entire periphery of the body portion and provided with a plurality of notches , wherein the notches are recessed inward from an end of the fastening portion , the plurality of notches are spaced apart along the entire periphery of the fastening portion , a protrusion is formed between each two adjacent notches , and the protrusions are fixedly connected to the frame body .
Sulfur-crosslinkable rubber mixture containing - 10 to 40 phr of natural polyisoprene (NR) and 60 to 90 phr of polybutadiene (BR) and - 15 to 55 phr of at least one filler and - at least one hydrocarbon resin constructed to an extent of 25% to 100% by weight from aromatic monomers and having a softening point according to ASTM E 28 (ring and ball) of 70°C to 130°C and - 0 phr of further plasticizers, i.e. the sulfur-crosslinkable rubber mixture is free from further plasticizers. - 10 to 40 phr of natural polyisoprene (NR) and 60 to 90 phr of polybutadiene (BR) and - 15 to 55 phr of at least one filler and - at least one hydrocarbon resin constructed to an extent of 25% to 100% by weight from aromatic monomers and having a softening point according to ASTM E 28 (ring and ball) of 70°C to 130°C and - 0 phr of further plasticizers, i.e. the sulfur-crosslinkable rubber mixture is free from further plasticizers.
A method of operating a network management node , said network management node comprising an Operation Support System, OSS, S server, and being connected to a connection-oriented network comprising nodes, the method comprising the steps of: listening to topology advertisements in a control plane of the network; storing information carried in the topology advertisements ; and determining if Link Management Protocol, LMP, information is required based on the information carried in the topology advertisements , and if so, sending Link Management Protocol, LMP, requests . listening to topology advertisements in a control plane of the network; storing information carried in the topology advertisements ; and determining if Link Management Protocol, LMP, information is required based on the information carried in the topology advertisements , and if so, sending Link Management Protocol, LMP, requests .
A method performed in a radio access network node for enabling communication between a wireless device and the radio access network node serving a cell in a wireless communication network ; being characterized in comprising - determining a number of uplink or downlink scheduling opportunities for the wireless device , - setting a discontinuous reception, DRX, configuration for the wireless device based on the determined number of uplink or downlink scheduling opportunities indicating an Uplink or Downlink scheduling availability for the wireless device in the cell , wherein the set DRX configuration comprises a wake period for the wireless device overlapping a subframe for scheduling uplink or downlink resources for the wireless device . - determining a number of uplink or downlink scheduling opportunities for the wireless device , - setting a discontinuous reception, DRX, configuration for the wireless device based on the determined number of uplink or downlink scheduling opportunities indicating an Uplink or Downlink scheduling availability for the wireless device in the cell , wherein the set DRX configuration comprises a wake period for the wireless device overlapping a subframe for scheduling uplink or downlink resources for the wireless device .
A device for a gateway controller of a user equipment, the device comprising processing circuitry configured to: receive one or more ingress frames of bits, wherein each ingress frame has one of multiple frame formats (A, B, C) included in a set of frame formats; and convert each ingress frame into a normalized frame of bits, wherein each normalized frame has a normalized frame format (N), wherein each normalized frame comprises a header , a payload , and a trailer , and the payload of each normalized frame comprises the respective ingress frame . receive one or more ingress frames of bits, wherein each ingress frame has one of multiple frame formats (A, B, C) included in a set of frame formats; and convert each ingress frame into a normalized frame of bits, wherein each normalized frame has a normalized frame format (N), wherein each normalized frame comprises a header , a payload , and a trailer , and the payload of each normalized frame comprises the respective ingress frame .
A laundry treating apparatus comprising: a tub ; a drum rotatably provided in the tub ; an induction heater which is fixed to the tub while being spaced apart from the drum , and heats the drum ; characterized in that a first circuit comprising a first coil installed in the tub ; a power supply unit which applies AC power to the first coil ; and a second circuit installed in the drum , the second circuit comprising a second coil disposed in a position overlapping with the first coil in a length direction of a rotational central shaft of the drum and a thermistor whose resistance varies depending on temperature. a tub ; a drum rotatably provided in the tub ; an induction heater which is fixed to the tub while being spaced apart from the drum , and heats the drum ; characterized in that a first circuit comprising a first coil installed in the tub ; a power supply unit which applies AC power to the first coil ; and a second circuit installed in the drum , the second circuit comprising a second coil disposed in a position overlapping with the first coil in a length direction of a rotational central shaft of the drum and a thermistor whose resistance varies depending on temperature.