mhurhangee/patent-ind-claim-en huggingface dataset:
A thrust force generation device , comprising: a first thrust unit for generating a thrust force for propulsion, the first thrust unit including a core engine unit for rotatably driving a first drive shaft using gas produced by burning fuel, a generator for generating electrical power via rotational forces of the first drive shaft, and a first fan rotatably driven by the first drive shaft; a second thrust unit for generating a thrust force for propulsion, the second thrust unit placed in parallel with and spaced apart from the first thrust unit , the second thrust unit including an electric motor driven by electric power supplied from the generator and arranged to rotatably drive a second drive shaft, and a second fan rotatably driven by the second drive shaft; and a conducting unit electrically connecting the generator to the electric motor to supply the electrical power generated by the generator to the electric motor , wherein the first thrust unit and the second thrust unit are housed in a single housing so as to be integrated with each other, the first thrust unit and the second thrust unit are placed proximate to each other in the housing , and the conducting unit is placed between the first thrust unit and the second thrust unit . a first thrust unit for generating a thrust force for propulsion, the first thrust unit including a core engine unit for rotatably driving a first drive shaft using gas produced by burning fuel, a generator for generating electrical power via rotational forces of the first drive shaft, and a first fan rotatably driven by the first drive shaft; a second thrust unit for generating a thrust force for propulsion, the second thrust unit placed in parallel with and spaced apart from the first thrust unit , the second thrust unit including an electric motor driven by electric power supplied from the generator and arranged to rotatably drive a second drive shaft, and a second fan rotatably driven by the second drive shaft; and a conducting unit electrically connecting the generator to the electric motor to supply the electrical power generated by the generator to the electric motor , wherein the first thrust unit and the second thrust unit are housed in a single housing so as to be integrated with each other, the first thrust unit and the second thrust unit are placed proximate to each other in the housing , and the conducting unit is placed between the first thrust unit and the second thrust unit .
A hearth roll for supporting and conveying a steel sheet in a furnace of a continuous annealing facility having a heating zone , a soaking zone and a cooling zone , characterized in that : all of a shaft portion and a roll main body of the hearth roll are made from one or more ceramic materials having a high temperature strength of not less than 300 MPa and a thermal shock resistance of not lower than 700 °C, here the high-temperature strength means a bending strength at a temperature of 1300°C measured by a method defined in JIS R 1604 and the thermal shock resistance means a temperature difference causing no cracks in a quenching measured by a method defined in JIS R 1648, wherein the roll main body is constituted with a plurality of concentric ceramic layers made from different ceramic materials centering on a rotation axis of the roll, and wherein a ratio of thermal expansion coefficient of the ceramic material in an inner layer to the ceramic material in an outer layer within an operating temperature range is a range of 0.5-1.5. all of a shaft portion and a roll main body of the hearth roll are made from one or more ceramic materials having a high temperature strength of not less than 300 MPa and a thermal shock resistance of not lower than 700 °C, here the high-temperature strength means a bending strength at a temperature of 1300°C measured by a method defined in JIS R 1604 and the thermal shock resistance means a temperature difference causing no cracks in a quenching measured by a method defined in JIS R 1648, wherein the roll main body is constituted with a plurality of concentric ceramic layers made from different ceramic materials centering on a rotation axis of the roll, and wherein a ratio of thermal expansion coefficient of the ceramic material in an inner layer to the ceramic material in an outer layer within an operating temperature range is a range of 0.5-1.5.
Method for diagnosing an internal combustion engine of a motor vehicle and the apparatuses connected to the internal combustion engine , comprising the method steps of: - carrying out a vehicle identification operation on the basis of data which the evaluation device receives from an OBD measurement unit , wherein the data is stored in the vehicle in a control unit or the vehicle bus , - establishing a test cycle on the basis of the vehicle identification operation, wherein the test cycle comprises a plurality of prespecified states (phases) of the internal combustion engine , - analysing at least one exhaust gas value using an exhaust gas measurement unit , - determining at least one OBD measurement value, which is analysed as part of an on-board diagnosis operation by a vehicle-internal control unit , using the OBD measurement device , - transmitting the at least one exhaust gas value and the at least one OBD measurement value to an evaluation device , - deriving a malfunction, which influences the internal combustion engine and/or an apparatus connected to the internal combustion engine , from the at least one exhaust gas value and the at least one OBD measurement value using the evaluation device . - carrying out a vehicle identification operation on the basis of data which the evaluation device receives from an OBD measurement unit , wherein the data is stored in the vehicle in a control unit or the vehicle bus , - establishing a test cycle on the basis of the vehicle identification operation, wherein the test cycle comprises a plurality of prespecified states (phases) of the internal combustion engine , - analysing at least one exhaust gas value using an exhaust gas measurement unit , - determining at least one OBD measurement value, which is analysed as part of an on-board diagnosis operation by a vehicle-internal control unit , using the OBD measurement device , - transmitting the at least one exhaust gas value and the at least one OBD measurement value to an evaluation device , - deriving a malfunction, which influences the internal combustion engine and/or an apparatus connected to the internal combustion engine , from the at least one exhaust gas value and the at least one OBD measurement value using the evaluation device .
A system for collecting liquids flowing on the ground of an enclosure for livestock, for example cattle, wherein said collection system comprises: (i) a flooring , comprising: - bearing portions on which the animals are intended to bear, and - at least two grooves distributed over said flooring , separating said bearing portions from each other and intended to receive the liquids flowing on said flooring , (ii) means for collecting liquids circulating within said grooves , and (iii) means for pushing the liquids within the grooves of said flooring , so as to generate a circulation of said liquids towards said collection means , characterized in that said flooring is made of at least one material adapted to undergo an elastic deformation, and in that said flooring is adapted to be placed on a support surface (S ), wherein said flooring is consisted of: - a set of longitudinal members that are fastened to a support surface (S ), juxtaposed to each other while preserving a space defining the grooves , or - a carpet including a base , a lower face of which is intended to rest on a support surface (S ), and an upper face of which is provided with protruding structures arranged remote from each other, which delimit between each other the grooves and the free face of which forms the bearing portion . (i) a flooring , comprising: - bearing portions on which the animals are intended to bear, and - at least two grooves distributed over said flooring , separating said bearing portions from each other and intended to receive the liquids flowing on said flooring , - bearing portions on which the animals are intended to bear, and - at least two grooves distributed over said flooring , separating said bearing portions from each other and intended to receive the liquids flowing on said flooring , (ii) means for collecting liquids circulating within said grooves , and (iii) means for pushing the liquids within the grooves of said flooring , so as to generate a circulation of said liquids towards said collection means , - a set of longitudinal members that are fastened to a support surface (S ), juxtaposed to each other while preserving a space defining the grooves , or - a carpet including a base , a lower face of which is intended to rest on a support surface (S ), and an upper face of which is provided with protruding structures arranged remote from each other, which delimit between each other the grooves and the free face of which forms the bearing portion .
A surgical access system having sagittal, frontal, and transverse planes and comprising: a cannula comprising: a distal tip configured to enable secure attachment of sutures or suture tubes to the cannula ; an obturator ; and an articulation interface ; wherein the distal tip of the cannula comprises: one or more longitudinal channels distributed around a circumference of the distal tip , wherein the one or more longitudinal channels are configured to releasably hold sutures or suture tubes ; one or more circumferential channels including a cinch suture channel around the distal tip , wherein the one or more circumferential channels are configured to provide an indentation to guide a suture or tissue within that circumferential channel ; and one or more bridges defining a bridge orifice distributed circumferentially along the cinch suture channel ; wherein the obturator is coaxially insertable within the cannula and comprises: a distal tip (94; 200); and a retractable cutting element having an actuator . a distal tip configured to enable secure attachment of sutures or suture tubes to the cannula ; an obturator ; and an articulation interface ; wherein the distal tip of the cannula comprises: one or more longitudinal channels distributed around a circumference of the distal tip , wherein the one or more longitudinal channels are configured to releasably hold sutures or suture tubes ; one or more circumferential channels including a cinch suture channel around the distal tip , wherein the one or more circumferential channels are configured to provide an indentation to guide a suture or tissue within that circumferential channel ; and one or more bridges defining a bridge orifice distributed circumferentially along the cinch suture channel ; one or more longitudinal channels distributed around a circumference of the distal tip , wherein the one or more longitudinal channels are configured to releasably hold sutures or suture tubes ; one or more circumferential channels including a cinch suture channel around the distal tip , wherein the one or more circumferential channels are configured to provide an indentation to guide a suture or tissue within that circumferential channel ; and one or more bridges defining a bridge orifice distributed circumferentially along the cinch suture channel ; wherein the obturator is coaxially insertable within the cannula and comprises: a distal tip (94; 200); and a retractable cutting element having an actuator . a distal tip (94; 200); and a retractable cutting element having an actuator .
A photoresist composition, which comprises a polymerizable monomer comprising 10%∼25% by weight of a polyether compound, wherein the polyether compound is as shown in Formula (I): R 1 is a polyether backbone of a polyether polyol, and a number of polymerizable monomers in R 1 is an integer larger than and equal to 20, and less than and equal to 100; R 2 is hydrogen or C 1 ∼C 5 alkyl; n is 3, 4 or 5. R 1 is a polyether backbone of a polyether polyol, and a number of polymerizable monomers in R 1 is an integer larger than and equal to 20, and less than and equal to 100; R 2 is hydrogen or C 1 ∼C 5 alkyl; n is 3, 4 or 5.
Beverage machine , comprising: - a housing , having at least one side that is freely accessible from the outside, - a flow line system , having a water source , fluid lines and units for flow guidance and producing at least one infused beverage and for preparing or supplementing the infused beverage by means of steam or available beverage additives and having dispensing devices for dispensing the steam, the at least one infused beverage and/or the beverage additives, - an electronic control device , which is designed to activate and deactivate the fluid lines and units for flow guidance and producing at least one infused beverage and to carry out the control and monitoring processes of the beverage machine , the housing of the beverage machine having a receiving chamber , on a side that is freely accessible from the outside, which receiving chamber has a coupling device for detachably receiving a carrier that matches therewith, characterised in that optionally one of at least two interchangeable reservoirs can be inserted into the carrier and removed from the carrier , a plurality of carriers (23 and 24) being provided and each carrier having a receiving opening into which only one of the provided reservoirs can be inserted in an interlocking manner. - a housing , having at least one side that is freely accessible from the outside, - a flow line system , having a water source , fluid lines and units for flow guidance and producing at least one infused beverage and for preparing or supplementing the infused beverage by means of steam or available beverage additives and having dispensing devices for dispensing the steam, the at least one infused beverage and/or the beverage additives, - an electronic control device , which is designed to activate and deactivate the fluid lines and units for flow guidance and producing at least one infused beverage and to carry out the control and monitoring processes of the beverage machine ,
Flowmeter according to the vortex meter principle, comprising a measuring tube designed to conduct a fluid in the longitudinal direction of the measuring tube; a bluff body , which is arranged in the measuring tube , said bluff body serving to generate a Karman vortex street with a vortex frequency depending on the flow when a fluid flows through the measuring tube; a first pressure fluctuation measuring arrangement designed to measure pressure fluctuations, which are caused by the vortex street, and designed to provide signals that are dependent on the pressure fluctuations; a second pressure fluctuation measuring arrangement designed to measure pressure fluctuations, which are caused by the vortex street, and designed to provide signals that are dependent on the pressure fluctuations; wherein the first pressure fluctuation measuring arrangement is spaced at a distance from the second pressure fluctuation measuring arrangement in the longitudinal direction of the measuring tube; an evaluation unit , which is configured to determine a vortex frequency using the signals of at least one of the pressure fluctuation measuring arrangements and to determine a flow measured value depending on the vortex frequency; characterized in that the evaluation unit is further configured to determine the current Reynolds number using the ratio of the amplitudes of the signals of the first pressure fluctuation measuring arrangement and of the second pressure fluctuation measuring arrangement . a measuring tube designed to conduct a fluid in the longitudinal direction of the measuring tube; a bluff body , which is arranged in the measuring tube , said bluff body serving to generate a Karman vortex street with a vortex frequency depending on the flow when a fluid flows through the measuring tube; a first pressure fluctuation measuring arrangement designed to measure pressure fluctuations, which are caused by the vortex street, and designed to provide signals that are dependent on the pressure fluctuations; a second pressure fluctuation measuring arrangement designed to measure pressure fluctuations, which are caused by the vortex street, and designed to provide signals that are dependent on the pressure fluctuations; wherein the first pressure fluctuation measuring arrangement is spaced at a distance from the second pressure fluctuation measuring arrangement in the longitudinal direction of the measuring tube; an evaluation unit , which is configured to determine a vortex frequency using the signals of at least one of the pressure fluctuation measuring arrangements and to determine a flow measured value depending on the vortex frequency; characterized in that the evaluation unit is further configured to determine the current Reynolds number using the ratio of the amplitudes of the signals of the first pressure fluctuation measuring arrangement and of the second pressure fluctuation measuring arrangement .
A graft preparation holder comprising: an elongate support rail having a longitudinal axis (A) and first and second ends ; and a plurality of leaf segments (104, 104a ... 104e) positioned along the longitudinal axis in a spaced relationship and extending laterally from the support rail; wherein: each leaf segment has an attachment end at the support rail and an opposite, terminal end , an inner surface and an outer surface ; characterized in that: each leaf segment is bendable at a living hinge (110, 100a ... 1 10e) disposed between the attachment end and the terminal end of each leaf segment; and each leaf segment is configured to bend along at least the living hinge thereof to a graft holding configuration in which the terminal ends of the leaf segments are in proximity to the attachment ends of the leaf segments to form a holder having a graft receiving channel defined by the inner surfaces of the leaf segments. an elongate support rail having a longitudinal axis (A) and first and second ends ; and a plurality of leaf segments (104, 104a ... 104e) positioned along the longitudinal axis in a spaced relationship and extending laterally from the support rail; wherein: each leaf segment has an attachment end at the support rail and an opposite, terminal end , an inner surface and an outer surface ; characterized in that: each leaf segment is bendable at a living hinge (110, 100a ... 1 10e) disposed between the attachment end and the terminal end of each leaf segment; and each leaf segment is configured to bend along at least the living hinge thereof to a graft holding configuration in which the terminal ends of the leaf segments are in proximity to the attachment ends of the leaf segments to form a holder having a graft receiving channel defined by the inner surfaces of the leaf segments. each leaf segment has an attachment end at the support rail and an opposite, terminal end , an inner surface and an outer surface ; characterized in that: each leaf segment is bendable at a living hinge (110, 100a ... 1 10e) disposed between the attachment end and the terminal end of each leaf segment; and each leaf segment is configured to bend along at least the living hinge thereof to a graft holding configuration in which the terminal ends of the leaf segments are in proximity to the attachment ends of the leaf segments to form a holder having a graft receiving channel defined by the inner surfaces of the leaf segments. each leaf segment is bendable at a living hinge (110, 100a ... 1 10e) disposed between the attachment end and the terminal end of each leaf segment; and each leaf segment is configured to bend along at least the living hinge thereof to a graft holding configuration in which the terminal ends of the leaf segments are in proximity to the attachment ends of the leaf segments to form a holder having a graft receiving channel defined by the inner surfaces of the leaf segments.
A radiator arrangement for a vehicle powered by a combustion engine , which arrangement comprises an AC system with a circulating refrigerant adapted to giving off heat in a condenser and to absorbing heat in an evaporator which is in contact with air close to a cab space in the vehicle , the AC system comprising a compressor , and a line circuit in which circulating coolant comes into heat-transferring contact with the engine , the line circuit comprising a coolant pump , wherein the condenser of the AC system is also in heat-transferring contact with coolant which circulates through the line circuit, characterised in that the radiator arrangement comprises activation means which make it possible for the AC system to be activated and coolant to be circulated through the line circuit at times when the engine is not in operation, wherein said activation means comprises an activation device by which the radiator arrangement can be activated at times when the engine is not in operation, and a control unit adapted to receiving information from the activation device and to activate the compressor in the AC system and the coolant pump in said line circuit when the activation device has been put into an active position.
A method comprising: specifying a list of one or more locations at which a user equipment 'UE' is to selectively initiate reporting its location; sending the list to the UE ; receiving a notification from the UE indicating that the UE is within a location of the one or more locations; in response to receiving the notification from the UE, requesting a location report from the UE; receiving the location report from the UE; provisioning the UE with one or more access network selection policies based on the location report received from the UE; and applying at least one access network selection policy at the UE based on the location report received from the UE. specifying a list of one or more locations at which a user equipment 'UE' is to selectively initiate reporting its location; sending the list to the UE ; receiving a notification from the UE indicating that the UE is within a location of the one or more locations; in response to receiving the notification from the UE, requesting a location report from the UE; receiving the location report from the UE; provisioning the UE with one or more access network selection policies based on the location report received from the UE; and applying at least one access network selection policy at the UE based on the location report received from the UE.
A communication tool to establish fluid communication between a control line and a downhole device, the communication tool comprising: a housing having a bore therethrough; a cutter placed along the housing, the cutter being adapted to extend from the housing and to actuate up or down relative to the housing; and a central prong extending inside the bore, the central prong being adapted to actuate up or down relative to the housing; and characterized by an indexing system inside the housing which is adapted to index the cutter in stages through 360 degrees around an axis of the communication tool. a housing having a bore therethrough; a cutter placed along the housing, the cutter being adapted to extend from the housing and to actuate up or down relative to the housing; and a central prong extending inside the bore, the central prong being adapted to actuate up or down relative to the housing; and characterized by an indexing system inside the housing which is adapted to index the cutter in stages through 360 degrees around an axis of the communication tool.