mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a plurality of computing devices configured to implement a rule evaluation system and a provider network comprising a plurality of computing resources, wherein the plurality of computing resources comprise one or more compute instances, and wherein the rule evaluation system is configured to: compile a plurality of rule patterns into a rule base, wherein the rule patterns comprise one or more field names and one or more field values, wherein, in compiling the rule patterns, the field names within the rule patterns are sorted, wherein the rule base represents a finite-state machine comprising a plurality of states, and wherein transitions between the states represent matches of field names and matches of field values; begin receiving a stream of events, wherein the events comprise field names and field values describing a particular type of state change that has occurred in one of the plurality of computing resources in the provider network; sort the field names within the events; evaluate the rule patterns against the stream of events using the rule base to determine a matched rule pattern, wherein, in determining the matched rule pattern, the finite-state machine transitions from an initial state to an additional state based at least in part on a matched field name or a matched field value; and invoke one or more actions for the matched rule pattern, wherein the one or more actions are performed by one or more action handlers, and wherein the one or more actions comprise automatically terminating, suspending, or restarting one of the plurality of computing resources. compile a plurality of rule patterns into a rule base, wherein the rule patterns comprise one or more field names and one or more field values, wherein, in compiling the rule patterns, the field names within the rule patterns are sorted, wherein the rule base represents a finite-state machine comprising a plurality of states, and wherein transitions between the states represent matches of field names and matches of field values; begin receiving a stream of events, wherein the events comprise field names and field values describing a particular type of state change that has occurred in one of the plurality of computing resources in the provider network; sort the field names within the events; evaluate the rule patterns against the stream of events using the rule base to determine a matched rule pattern, wherein, in determining the matched rule pattern, the finite-state machine transitions from an initial state to an additional state based at least in part on a matched field name or a matched field value; and invoke one or more actions for the matched rule pattern, wherein the one or more actions are performed by one or more action handlers, and wherein the one or more actions comprise automatically terminating, suspending, or restarting one of the plurality of computing resources.
A backlight unit comprising; a light guide plate comprising a first light guide member including a first inclined plane and a second light guide member including a second inclined plane and having a refractive index different from that of the first light guide member , and wherein the first light guide member is located over the second light guide member so that the first inclined plane and the second inclined plane face each other; an optical member on the light guide plate ; a first light emitting module located at a lateral surface of the first light guide member ; and a second light emitting module located at a lateral surface of the second light guide member , wherein said first light emitting module includes a first substrate parallel to the lateral surface of said first light guide member and at least one light emitting diode mounted on the first substrate , and said second light emitting module includes a second substrate parallel to the lateral surface of said second light guide member and at least one light emitting diode mounted on the second substrate , characterized in that the backlight unit further comprises a reflective member located below the second light guide member and air between the second light guide member and the reflective member , wherein the light guide plate comprises an air layer between the first inclined plane of the first light guide member and the second inclined plane of the second light guide member , wherein the second light guide member is formed of a material having a higher refractive index than a material of the first light guide member , wherein the at least one light emitting diode of the first light emitting module generates a different color from the at least one light emitting diode of the second light emitting module .
A mobile terminal, characterized in that , the mobile terminal comprises: a housing , comprising a front side face , a rear side face , a left side face , a right side face opposite to the left side face , and a top face , wherein a receiving groove is defined on the top face of the housing along a left-right direction and is located between the front side face and the rear side face , the receiving groove extends to the left side face and the right side face and penetrate the left side face and the right side face ; a mainboard , arranged in the housing , a screen , arranged on the front side face of the housing and connected to the mainboard ; and; a mounting frame , wherein a side face of the mounting frame facing the screen is provided with a first camera connected to the mainboard , a side face of the mounting frame facing away from the screen is provided with a second camera exposed out of the housing , the mounting frame is configured to extend out of or retract into the receiving groove , such that the first camera is exposed out of or hidden into the housing . a housing , comprising a front side face , a rear side face , a left side face , a right side face opposite to the left side face , and a top face , wherein a receiving groove is defined on the top face of the housing along a left-right direction and is located between the front side face and the rear side face , the receiving groove extends to the left side face and the right side face and penetrate the left side face and the right side face ; a mainboard , arranged in the housing , a screen , arranged on the front side face of the housing and connected to the mainboard ; and; a mounting frame , wherein a side face of the mounting frame facing the screen is provided with a first camera connected to the mainboard , a side face of the mounting frame facing away from the screen is provided with a second camera exposed out of the housing , the mounting frame is configured to extend out of or retract into the receiving groove , such that the first camera is exposed out of or hidden into the housing .
Apparatus for dispensing a dose of fluid, the apparatus comprising a dispensing vessel with a dispensing outlet at one end, the vessel having a first piston and a vessel wall defining a cylinder in which the piston is operable to move under pressure from a first position to a second position, wherein the apparatus has a bypass passage that extends through the first piston and has a valve that is opened by a valve actuating plunger in the first piston that moves within the first piston to push the valve open when the valve actuating plunger abuts a shoulder at or near the second position in the vessel , wherein the vessel has at least a first chamber proximate the dispensing outlet end of the vessel and a second chamber , the first and second chamber being separated from each other by the first piston, characterised in that the apparatus is a handheld device that is a hand-held syringe or a hand-held manual ratchet driven plunger operated cartridge device, the vessel has a plunger end with a manually driven plunger (P) at one end of the vessel to drive fluid through the vessel, and whereby when the plunger (P) at the said one end of the vessel operates to pressurize fluid in the vessel it moves the piston towards the dispensing aperture end of the vessel , the valve of the first piston is pushed open and a fluid in the second chamber is pushed through the bypass passage to flow to the dispensing aperture at the dispensing aperture end of the vessel .
Method for controlling a headlamp of a motor vehicle, where the headlamp comprises several light sources and where the method comprises the following steps: - Determination of a projection symbol (S1) to be projected by the headlamp; - Determination of a position and a size of the projection symbol (S2); - Determination in each case of a first luminous intensity for the light sources for projecting the projection symbol at the position with the size (S2); characterized in that the method further comprises the following steps: - Determination of a first indicator that comprises information on how strongly the individual first luminous intensities differ from each other (S3); and then - Change in the position and/or size of the projection symbol (S3); - Determination in each case of a second luminous intensity for the light sources for projecting the projection symbol at the changed position and/or with the changed size (S3); and then - Determination of a second indicator that comprises information on how strongly the individual second luminous intensities differ from each other (S3); and then - Comparison of the first indicator with the second indicator (S3); and then - Determination of whether the first or the second luminous intensity is deployed as the luminous intensity in use depending on the comparison between the first indicator and the second indicator where the projection symbol is projected by the headlamp at the luminous intensity in use (S5). - Determination of a projection symbol (S1) to be projected by the headlamp; - Determination of a position and a size of the projection symbol (S2); - Determination in each case of a first luminous intensity for the light sources for projecting the projection symbol at the position with the size (S2); - Determination of a first indicator that comprises information on how strongly the individual first luminous intensities differ from each other (S3); and then - Change in the position and/or size of the projection symbol (S3); - Determination in each case of a second luminous intensity for the light sources for projecting the projection symbol at the changed position and/or with the changed size (S3); and then - Determination of a second indicator that comprises information on how strongly the individual second luminous intensities differ from each other (S3); and then - Comparison of the first indicator with the second indicator (S3); and then - Determination of whether the first or the second luminous intensity is deployed as the luminous intensity in use depending on the comparison between the first indicator and the second indicator where the projection symbol is projected by the headlamp at the luminous intensity in use (S5).
A prechamber for a cylinder of a piston engine, the prechamber comprising a combustion portion , which is configured to receive a mixture of air and fuel for ignition of said mixture, a nozzle portion , which is configured to establish fluid communication between the combustion portion of the pre-chamber and a main combustion chamber of the engine, the nozzle portion comprising at least one nozzle opening that is configured to allow flow from the main combustion chamber into the prechamber and flow from the prechamber into the main combustion chamber , and at least one auxiliary channel having a first end and a second end , the first end opening inside the prechamber into the nozzle portion and the cross-sectional area of the auxiliary channel being smaller than the cross-sectional area of the at least one nozzle opening , the nozzle portion having a smaller volume than the combustion portion and forming an elongated channel extending from the combustion portion of the prechamber towards the main combustion chamber , the cross-sectional area of the nozzle portion seen in the longitudinal direction of the nozzle portion being smaller than the cross-sectional area of the combustion portion seen in the same direction, characterized in that the second end of the auxiliary channel opens outside the prechamber , the auxiliary channel being configured so that flow from the main combustion chamber through said at least one nozzle opening into the prechamber during compression stroke and flow from the prechamber through said at least one nozzle opening into the main combustion chamber during combustion stroke causes fluid flow through the auxiliary channel into the nozzle portion of the prechamber .
A method implemented on a computer having at least one processor, storage, and communication platform for providing a translated message in telecommunications, comprising the steps of: receiving , by a translation server , a request from an application running on a web site to translate a message in a first language into a translated message in a second language destined for a user, wherein the message is generated by the application; determining , by the translation server , whether the message in the first language has been previously translated into a corresponding message in the second language; if the corresponding message in the second language exists, generating, by the translation server , the translated message in the second language based on the corresponding message in the second language previously translated; and sending , by the translation server , the translated message in the second language to the user as a response to the request. receiving , by a translation server , a request from an application running on a web site to translate a message in a first language into a translated message in a second language destined for a user, wherein the message is generated by the application; determining , by the translation server , whether the message in the first language has been previously translated into a corresponding message in the second language; if the corresponding message in the second language exists, generating, by the translation server , the translated message in the second language based on the corresponding message in the second language previously translated; and sending , by the translation server , the translated message in the second language to the user as a response to the request.
A method for at least partially drying a substrate moved in the transport direction through a drying space , comprising the method steps of: (a) generating a supply air flow directed onto the substrate , which flow has a supply air flow direction which has a directional component in the transport direction or in the opposite direction thereto, and (b) generating an exhaust air flow leading away from the substrate , wherein the exhaust air flow is divided into a plurality of sub-flows by each of the sub-flows being supplied to an individual intake channel (41; 42; 43), and in that, in the case of a supply air flow having a directional component in the substrate transport direction , the supply air flow is arranged spatially upstream of the exhaust air flow in the transport direction , and in the case of a supply air flow having a directional component counter to the transport direction , the supply air flow is arranged spatially downstream of the exhaust air flow in the transport direction , characterized in that the intake channels (41; 42; 43) each have an intake channel suction opening (41a; 42a; 43a) facing the drying space , with adjacent suction openings differing in their position and orientation in the drying space . (a) generating a supply air flow directed onto the substrate , which flow has a supply air flow direction which has a directional component in the transport direction or in the opposite direction thereto, and (b) generating an exhaust air flow leading away from the substrate , wherein the exhaust air flow is divided into a plurality of sub-flows by each of the sub-flows being supplied to an individual intake channel (41; 42; 43), and in that, in the case of a supply air flow having a directional component in the substrate transport direction , the supply air flow is arranged spatially upstream of the exhaust air flow in the transport direction , and in the case of a supply air flow having a directional component counter to the transport direction , the supply air flow is arranged spatially downstream of the exhaust air flow in the transport direction , characterized in that the intake channels (41; 42; 43) each have an intake channel suction opening (41a; 42a; 43a) facing the drying space , with adjacent suction openings differing in their position and orientation in the drying space .
A ring-shaped device to be worn on the scleral surface, which has a surface for covering the scleral surface, an opening to expose the cornea and an intermediate portion (c) between an inner edge portion (a) and an outer edge portion (b), wherein the intermediate portion (c) has a thickness (D) within the range of 0.08 - 0.4 mm, characterised in that the inner edge portion (a) has a thickness (C) within the range of 0.05 - 0.3 mm, the outer edge portion (b) has a thickness (E) within the range of 0.05 - 0.3 mm, and the intermediate portion (c) has a maximum thickness (D), wherein the thickness (D) of the maximum thickness portion in the intermediate portion (c) is greater by 0.03mm or more than both the maximum thickness (C) of the inner edge portion (a) and the maximum thickness (E) of the outer edge portion (b).
A tyre comprising a tread portion , wherein the tread portion is provided with a plurality of inclined grooves inclined with respect to a tyre circumferential direction, each of the inclined grooves extends from a crown region (Cr) to a shoulder region (Sh), the crown region (Cr) includes a tyre equator (C) and the shoulder region (sh) includes a tread edge , in a standard state in which the tyre is mounted on a standard rim, inflated to a standard inner pressure, and loaded with no tyre load, a width (wc) in the tyre axial direction of the crown region (Cr) is 10% or more and 20% or less of a tyre tread width (TW), and a width (Ws) in the tyre axial direction of the shoulder region (Sh) is 20% or more and 30% or less of the tyre tread width (TW), each of the inclined grooves includes a first portion arranged on the crown region (Cr) side, a second portion arranged on the shoulder region (sh) side, and a third portion connecting between the first portion and the second portion , and the first portion , the second portion , and the third portion are inclined to the same side with respect to the tyre circumferential direction, characterized in that the third portion has a groove width (wb) smaller than the first portion and the second portion . the tread portion is provided with a plurality of inclined grooves inclined with respect to a tyre circumferential direction, each of the inclined grooves extends from a crown region (Cr) to a shoulder region (Sh), the crown region (Cr) includes a tyre equator (C) and the shoulder region (sh) includes a tread edge , in a standard state in which the tyre is mounted on a standard rim, inflated to a standard inner pressure, and loaded with no tyre load, a width (wc) in the tyre axial direction of the crown region (Cr) is 10% or more and 20% or less of a tyre tread width (TW), and a width (Ws) in the tyre axial direction of the shoulder region (Sh) is 20% or more and 30% or less of the tyre tread width (TW), each of the inclined grooves includes a first portion arranged on the crown region (Cr) side, a second portion arranged on the shoulder region (sh) side, and a third portion connecting between the first portion and the second portion , and the first portion , the second portion , and the third portion are inclined to the same side with respect to the tyre circumferential direction, characterized in that the third portion has a groove width (wb) smaller than the first portion and the second portion .
A redox flow battery stack comprising: an ion-exchange membrane ; two flow frames disposed on both sides of the ion-exchange membrane , respectively; two bipolar plates disposed outside the flow frames , respectively; and electrodes disposed in cavities inside outer frames of the flow frames , respectively, wherein the cavities of the flow frames include at least two cavities in which at least two electrodes are disposed, and in each flow frame, at least three furrows in which the electrolyte flows, are formed between the at least two electrodes and outer frame , respectively, wherein ends of the at least three furrows are blocked, wherein each of the at least three furrows is formed on each side support wall of the cavity formed in the flow frame, and wherein each of the at least three furrows is connected with the hole forming the inlet or outlet manifold through the flow path and at least one sub flow path, and the depths of the flow path and the sub flow path are equal to the depth of the furrow formed on the side support wall. an ion-exchange membrane ; two flow frames disposed on both sides of the ion-exchange membrane , respectively; two bipolar plates disposed outside the flow frames , respectively; and electrodes disposed in cavities inside outer frames of the flow frames , respectively, wherein the cavities of the flow frames include at least two cavities in which at least two electrodes are disposed, and in each flow frame, at least three furrows in which the electrolyte flows, are formed between the at least two electrodes and outer frame , respectively, wherein ends of the at least three furrows are blocked, wherein each of the at least three furrows is formed on each side support wall of the cavity formed in the flow frame, and wherein each of the at least three furrows is connected with the hole forming the inlet or outlet manifold through the flow path and at least one sub flow path, and the depths of the flow path and the sub flow path are equal to the depth of the furrow formed on the side support wall.
An intravenous infusion dosage form comprising (a) a composition consisting essentially of pemetrexed or its pharmaceutically acceptable salt, an osmogent and an inert gas in solution in a parenteral aqueous vehicle; (b) an infusion container containing the composition of (a) and an inert gas in the headspace, (c) optionally, a second container surrounding the infusion container wherein the dosage form is free of antioxidants, subjected to moist heat sterilization, and wherein the total impurities are less than 2.0 % by weight. (a) a composition consisting essentially of pemetrexed or its pharmaceutically acceptable salt, an osmogent and an inert gas in solution in a parenteral aqueous vehicle; (b) an infusion container containing the composition of (a) and an inert gas in the headspace, (c) optionally, a second container surrounding the infusion container wherein the dosage form is free of antioxidants, subjected to moist heat sterilization, and wherein the total impurities are less than 2.0 % by weight.