mhurhangee/patent-ind-claim-en huggingface dataset:
A method of indicating a battery level of a battery of an aerosol generating device for generating an aerosol from an aerosol generating substance contained in a consumable article , the method comprising the steps of: determining (S 1000) the amount of charge remaining in the battery ; calculating (S 2000) the number of consumable articles that can be fully used with the determined amount of charge remaining in the battery ; and displaying (S 3000) an information, said information indicating the calculated number of consumable articles that can be fully used with the determined amount of charge remaining in the battery . determining (S 1000) the amount of charge remaining in the battery ; calculating (S 2000) the number of consumable articles that can be fully used with the determined amount of charge remaining in the battery ; and displaying (S 3000) an information, said information indicating the calculated number of consumable articles that can be fully used with the determined amount of charge remaining in the battery .
An apparatus for storing liquid, the apparatus comprising: a first chamber and a second chamber separated by a partition wall ; a first manifold disposed in the first chamber ; a second manifold disposed in the second chamber ; and an absorbent disposed in the second chamber proximate to the second manifold , characterised by at least two apertures through the partition wall and at least two air bridges coupling the first manifold and the second manifold , one of each said air bridges positioned adjacent each of said apertures providing for fluid communication between the first chamber and the second chamber . a first chamber and a second chamber separated by a partition wall ; a first manifold disposed in the first chamber ; a second manifold disposed in the second chamber ; and an absorbent disposed in the second chamber proximate to the second manifold , characterised by at least two apertures through the partition wall and at least two air bridges coupling the first manifold and the second manifold , one of each said air bridges positioned adjacent each of said apertures providing for fluid communication between the first chamber and the second chamber .
A curved surface display device, comprising: a display panel , a casing , a bracket , a motor , a first arc lever and a second arc lever ; wherein the display panel is mounted on the casing , the casing is supported by the bracket ; the first arc lever and the second arc lever are symmetrical with respect to a middle axis of the display panel in a vertical direction, and pivots of the first arc lever and the second arc lever are both located on the bracket ; a first end of the first arc lever is connected with the motor through a connector, a second end of the first arc lever is connected with the casing ; a first end of the second arc lever is connected with the motor through the connector, a second end of the second arc lever is connected with the casing ; the connector is used for pulling the first end of the first arc lever and the first end of the second arc lever with rotation of the motor , such that the first arc lever and the second arc lever rotate around their pivots respectively; wherein the connector is a connecting line , the connecting line passes through a pulley ; the pulley is mounted on a back cover of the casing , and is located above the motor ; a distance between the pulley and a base of the bracket , a distance between the first arc lever and the base and a distance between the second arc lever and the base are equal.
A power transfer system that transfers inductive power between an industrial vehicle and an attachment for the industrial vehicle , the industrial vehicle having a body and a carriage having a range of motion relative to the body, the power transfer unit comprising: (a) a wireless power transmitter attached to the body and having a first connection capable of receiving power from a power supply on the industrial vehicle ; and (b) a wireless power receiver spaced apart from the wireless power transmitter , the wireless power receiver capable of receiving wireless power from the wireless power transmitter and having a connection capable of delivering power to the attachment, characterized in that the wireless power receiver is moveable with the carriage such that wireless power received from the wireless power transmitter does not diminish over the range of motion of the carriage , via a mounting mechanism configured to permit movement of the carriage relative to the industrial vehicle over a preselected distance without concurrent movement of the power receiver relative to the power transmitter . (a) a wireless power transmitter attached to the body and having a first connection capable of receiving power from a power supply on the industrial vehicle ; and (b) a wireless power receiver spaced apart from the wireless power transmitter , the wireless power receiver capable of receiving wireless power from the wireless power transmitter and having a connection capable of delivering power to the attachment,
A cooking appliance comprising: an oven part including a cavity in which a cooking chamber is formed; a cooktop part that includes a top plate covering an upper portion of the cavity so that an upper space is formed between the cavity and the top plate and at least one cooktop heating part of which at least a portion is disposed in the upper space ; wherein the oven part includes an exhaust duct that forms a passage connecting an inside of the cooking chamber and an upper portion of the top plate ; a blocking part that blocks at least a portion of a movement path of water flowing downward from an inside of the exhaust duct ; ; characterized in that the oven part further includes an exhaust port vertically passing through an upper surface of the cavity ; a burner disposed inside the cooking chamber ; an ignition device disposed below the exhaust port ; and a protrusion wall part protruding upward from an edge of the cavity surrounding the exhaust port , wherein the blocking part is disposed behind the ignition device and protrudes upward; and a width of the blocking part in a left-right direction is greater than a width of the ignition device in the left-right direction, wherein a height of the blocking part is greater than a height of the protrusion wall part , wherein the exhaust duct includes a first duct part adjacent to the exhaust port , the first duct part being inclined in a rearward direction, and wherein the blocking part is disposed between the exhaust port and a rear sidewall of the first duct part . an oven part including a cavity in which a cooking chamber is formed; a cooktop part that includes a top plate covering an upper portion of the cavity so that an upper space is formed between the cavity and the top plate and at least one cooktop heating part of which at least a portion is disposed in the upper space ; wherein the oven part includes an exhaust duct that forms a passage connecting an inside of the cooking chamber and an upper portion of the top plate ; a blocking part that blocks at least a portion of a movement path of water flowing downward from an inside of the exhaust duct ; ; characterized in that the oven part further includes an exhaust port vertically passing through an upper surface of the cavity ; a burner disposed inside the cooking chamber ; an ignition device disposed below the exhaust port ; and a protrusion wall part protruding upward from an edge of the cavity surrounding the exhaust port , wherein the blocking part is disposed behind the ignition device and protrudes upward; and a width of the blocking part in a left-right direction is greater than a width of the ignition device in the left-right direction, wherein a height of the blocking part is greater than a height of the protrusion wall part , wherein the exhaust duct includes a first duct part adjacent to the exhaust port , the first duct part being inclined in a rearward direction, and wherein the blocking part is disposed between the exhaust port and a rear sidewall of the first duct part .
A lipid nanoparticle formulation of an mRNA encoding an OX40L polypeptide for use in a method of reducing or decreasing a size of a tumor, inhibiting a tumor growth, or in a method of treating cancer, wherein the mRNA comprises one or more microRNA (miRNA) binding site(s) in a 3'UTR, wherein the microRNA binding site is a miR-122 binding site.
A method comprising: at a mobile device, loading a mobile application package from a repository, the mobile application package containing local application information including local application components and service deployment information; extracting, by a package installer on the mobile device, from the mobile application package, the local application information and the service deployment information; installing, with the package installer, the local application components on the mobile device; transmitting, from the mobile device to a remote node in a Network Functions Virtualization (NFV) infrastructure, image information included in the service deployment information to initiate a service deployment; and receiving a result of the service deployment at the mobile device. at a mobile device, loading a mobile application package from a repository, the mobile application package containing local application information including local application components and service deployment information; extracting, by a package installer on the mobile device, from the mobile application package, the local application information and the service deployment information; installing, with the package installer, the local application components on the mobile device; transmitting, from the mobile device to a remote node in a Network Functions Virtualization (NFV) infrastructure, image information included in the service deployment information to initiate a service deployment; and receiving a result of the service deployment at the mobile device.
A method for inspecting a nozzle inside a cleaning device for cleaning or deburring a workpiece by using a jet produced from a nozzle to hit the workpiece , whereby the cleaning device comprises: the nozzle configured to produce the jet ; a cleaning table ; a moving unit configured to move the nozzle relative to the cleaning table ; the method comprising the steps of: producing the jet from the nozzle ; moving the nozzle to cause the jet to approach a stylus of a touch probe ; generating a contact signal under a force acting on the stylus ; and determining that the jet is appropriate in response to a contact signal received first after an axis of the jet is positioned at a distance from the stylus that is equal to or less than a first normal distance calculated from a normal jet shape by assuming that the shape of the nozzle and its jet shape and its direction are as designed. the nozzle configured to produce the jet ; a cleaning table ; a moving unit configured to move the nozzle relative to the cleaning table ; the method comprising the steps of: producing the jet from the nozzle ; moving the nozzle to cause the jet to approach a stylus of a touch probe ; generating a contact signal under a force acting on the stylus ; and determining that the jet is appropriate in response to a contact signal received first after an axis of the jet is positioned at a distance from the stylus that is equal to or less than a first normal distance calculated from a normal jet shape by assuming that the shape of the nozzle and its jet shape and its direction are as designed. producing the jet from the nozzle ; moving the nozzle to cause the jet to approach a stylus of a touch probe ; generating a contact signal under a force acting on the stylus ; and determining that the jet is appropriate in response to a contact signal received first after an axis of the jet is positioned at a distance from the stylus that is equal to or less than a first normal distance calculated from a normal jet shape by assuming that the shape of the nozzle and its jet shape and its direction are as designed.
Optical module for a light curtain monitoring a protective field, said optical module comprising: a lens carrier comprising: at least one lens for focussing a radiation beam forming said light curtain, a lens mask having at least one opening for shaping the radiation beam to have a predetermined aperture; and a module body for mounting both said lens carrier and a radiation transmitter/receiver carrier comprising at least one transmitter and/or receiver for transmitting and/or receiving said radiation; wherein the module body is fabricated as one integral molded part with the lens carrier or the module body is joined with the lens carrier by a mechanical means; wherein said module body comprises a stabilization element that is integrated into the module body for enhancing mechanical stability of the module body , characterized in that said lens carrier is formed by overmolding said lens mask with a transparent material; and in that said lens mask and said stabilization element are fabricated from an electrically conductive material for forming an electromagnetic shielding. a lens carrier comprising: at least one lens for focussing a radiation beam forming said light curtain, a lens mask having at least one opening for shaping the radiation beam to have a predetermined aperture; and at least one lens for focussing a radiation beam forming said light curtain, a lens mask having at least one opening for shaping the radiation beam to have a predetermined aperture; and a module body for mounting both said lens carrier and a radiation transmitter/receiver carrier comprising at least one transmitter and/or receiver for transmitting and/or receiving said radiation; wherein the module body is fabricated as one integral molded part with the lens carrier or the module body is joined with the lens carrier by a mechanical means; wherein said module body comprises a stabilization element that is integrated into the module body for enhancing mechanical stability of the module body , characterized in that said lens carrier is formed by overmolding said lens mask with a transparent material; and in that said lens mask and said stabilization element are fabricated from an electrically conductive material for forming an electromagnetic shielding.
Tag comprising a plate-like element , a covering part , said plate-like element having a central part and a peripheral edge , said covering part being superimposed on said plate-like member matching with said peripheral edge , said plate-like element being made of metallic material, the covering part being made of plastic material, said peripheral edge having at least a housing seat for part of said covering part , characterised in that said housing seat is constituted by a through hole , said covering part being superimposed on said plate-like element at said housing seat . a plate-like element , a covering part , said plate-like element having a central part and a peripheral edge , said covering part being superimposed on said plate-like member matching with said peripheral edge , said plate-like element being made of metallic material, the covering part being made of plastic material, said peripheral edge having at least a housing seat for part of said covering part , characterised in that said housing seat is constituted by a through hole , said covering part being superimposed on said plate-like element at said housing seat .
A diamond magnetic sensor comprising: diamond in a form of a plate containing a plurality of NV - center regions in a plan view; a magnetic array arranged in correspondence with the NV - center regions; a microwave generator configured to emit microwaves to the diamond ; an excitation light generator configured to emit excitation light to the diamond ; and a fluorescence sensor array configured to individually receive fluorescence produced from the plurality of NV - center regions. diamond in a form of a plate containing a plurality of NV - center regions in a plan view; a magnetic array arranged in correspondence with the NV - center regions; a microwave generator configured to emit microwaves to the diamond ; an excitation light generator configured to emit excitation light to the diamond ; and a fluorescence sensor array configured to individually receive fluorescence produced from the plurality of NV - center regions.
A channel hopper for rod-like articles wherein the flow of the rod-like articles through the channels of the hopper takes place in the form of a mass flow under the influence of gravity, comprising: at least two channels for storage of rod-like articles , each channel being provided with an inlet and an outlet for rod-like articles and limited by side walls , wherein each channel is situated between limiting regions , and the limiting region comprises a limiting element with one or two of the side walls and having a lateral surface which limits the space of the channel , and movable supporting elements adapted to change their configuration from open configuration to closed configuration and vice versa, whereas in the open configuration the flow of rod-like articles through the channels is enabled, and in the closed configuration the flow of rod-like articles through the channels is blocked, characterized in that at least one movable supporting element in the open configuration takes a position at least partially in the limiting region , and in the closed configuration takes a position at least partially inside the channel . at least two channels for storage of rod-like articles , each channel being provided with an inlet and an outlet for rod-like articles and limited by side walls , wherein each channel is situated between limiting regions , and the limiting region comprises a limiting element with one or two of the side walls and having a lateral surface which limits the space of the channel , and movable supporting elements adapted to change their configuration from open configuration to closed configuration and vice versa, whereas in the open configuration the flow of rod-like articles through the channels is enabled, and in the closed configuration the flow of rod-like articles through the channels is blocked, characterized in that at least one movable supporting element in the open configuration takes a position at least partially in the limiting region , and in the closed configuration takes a position at least partially inside the channel .
A method comprising: receiving information indicative of vehicle position of a riding yard maintenance vehicle including a cutting deck having at least one cutting blade mounted therein; receiving an indication of a triggering event, the triggering event indicating a presence of an obstacle proximate to the riding yard maintenance vehicle ; and causing , via processing circuitry , recordation of an obstacle identifier in association with the vehicle position responsive to receipt of the indication, characterized by generating an operational control function responsive to the vehicle position being within a predefined distance of the recorded obstacle identifier, wherein generating the operational control function comprises: stopping of the cutting blade, stopping operation of a power-take-off PTO, or adjusting the height of the cutting blade, wherein the triggering event is initiated based on a combination of passive activity and an active event and wherein the triggering event is initially detected passively and requires active participation from an operator to confirm the existence of the obstacle or to annotate characteristics of the obstacle or to identify the obstacle. receiving information indicative of vehicle position of a riding yard maintenance vehicle including a cutting deck having at least one cutting blade mounted therein; receiving an indication of a triggering event, the triggering event indicating a presence of an obstacle proximate to the riding yard maintenance vehicle ; and causing , via processing circuitry , recordation of an obstacle identifier in association with the vehicle position responsive to receipt of the indication, characterized by generating an operational control function responsive to the vehicle position being within a predefined distance of the recorded obstacle identifier, wherein generating the operational control function comprises: stopping of the cutting blade, stopping operation of a power-take-off PTO, or adjusting the height of the cutting blade, wherein the triggering event is initiated based on a combination of passive activity and an active event and wherein the triggering event is initially detected passively and requires active participation from an operator to confirm the existence of the obstacle or to annotate characteristics of the obstacle or to identify the obstacle.
A brake system for a mine vehicle comprising: several spring applied hydraulically released brake assemblies , wherein the brake assemblies comprise springs (S) for applying the brakes and hydraulically operable release actuators (RA) for releasing the brakes ; a hydraulic main brake circuit connected to a first pressure source (Ps1) and to the release actuators (RA) and comprising at least one brake controller (BC) comprising a first control position to pressurize the release actuators (RA) for releasing the brakes , and a second control position to depressurize the release actuators (RA) for applying the brakes ; and a hydraulic release circuit comprising at least one second pressure source (Ps2) for pressurizing the release actuators (RA), and thereby activating the release circuit , independently relative to the main brake circuit ; characterized in that the brake system further comprises at least one override device , which is selectively operable for depressurizing the release circuit for applying the brakes , whereby the brakes are operable by means of the override device despite the activation of the release circuit . several spring applied hydraulically released brake assemblies , wherein the brake assemblies comprise springs (S) for applying the brakes and hydraulically operable release actuators (RA) for releasing the brakes ; a hydraulic main brake circuit connected to a first pressure source (Ps1) and to the release actuators (RA) and comprising at least one brake controller (BC) comprising a first control position to pressurize the release actuators (RA) for releasing the brakes , and a second control position to depressurize the release actuators (RA) for applying the brakes ; and a hydraulic release circuit comprising at least one second pressure source (Ps2) for pressurizing the release actuators (RA), and thereby activating the release circuit , independently relative to the main brake circuit ; characterized in that the brake system further comprises at least one override device , which is selectively operable for depressurizing the release circuit for applying the brakes , whereby the brakes are operable by means of the override device despite the activation of the release circuit .