mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a reachable set (R [t0, t1] ) of states of a marine vessel , including a position of the marine vessel , that can be obtained by the marine vessel from an initial state x 0 at an initial time t 0 , during a time range from the initial time t 0 to a later time t 1 , the method being performed by a marine vessel control system , wherein the method comprises: a) discretizing a partial differential equation which is a Hamilton-Jacobi-Bellman equation for which the Hamiltonian function is dependent on the model of the marine vessel , the discretizing being performed based on a subdivision of the time range, b) solving a minimisation problem of the discretized partial differential equation to obtain an approximation of a value function of the partial differential equation, the value function being the viscosity solution of the Hamilton-Jacobi-Bellman equation, c) determining the reachable set (R [t0, t1] ) based on the approximation of the value function, the reachable set (R [t0, t1] ) being defined by: R t 0 t 1 = x ∈ X | V t , x ≤ 0 where V(t,x) is the value function, and controlling the marine vessel based on the reachable set (R [t0, t1] ), wherein step b) involves using a splitting method to decompose the minimisation problem into a plurality of sub-problems to obtain the approximation of the value function. a) discretizing a partial differential equation which is a Hamilton-Jacobi-Bellman equation for which the Hamiltonian function is dependent on the model of the marine vessel , the discretizing being performed based on a subdivision of the time range, b) solving a minimisation problem of the discretized partial differential equation to obtain an approximation of a value function of the partial differential equation, the value function being the viscosity solution of the Hamilton-Jacobi-Bellman equation, c) determining the reachable set (R [t0, t1] ) based on the approximation of the value function, the reachable set (R [t0, t1] ) being defined by: R t 0 t 1 = x ∈ X | V t , x ≤ 0 where V(t,x) is the value function, and controlling the marine vessel based on the reachable set (R [t0, t1] ), wherein step b) involves using a splitting method to decompose the minimisation problem into a plurality of sub-problems to obtain the approximation of the value function.
A manufacturing device of a laminated label body comprising: a paper feeding portion for conveying a release paper to which a label is stuck at a first conveying speed; a winding portion for winding the release paper conveyed at said first conveying speed; a peeling device for peeling off the label from the release paper conveyed at said first conveying speed; and a lamination device for conveying the label peeled off from the release paper conveyed at said first conveying speed at a second conveying speed, for manufacturing a laminated label body with a preceding label and a subsequent label being laminated with each other by overlapping and adhering them, and for conveying said laminated label body , wherein the second conveying speed is slower than said first conveying speed, so that a rear end portion of the preceding label and a tip end of the subsequent label are adhered to each other in an overlapped state to be laminated, characterised in that the lamination device includes a lamination pull roll rotationally driven and a guide roll rotatably pressed against the lamination pull roll , a circumferential surface of said lamination pull roll is constructed to prevent adhesion of said label peeled off by said peeling device , and a tip end portion of said label peeled off in said peeling device is fed into an area for applying rotational pressure between said lamination pull roll and said guide roll while being in contact with the circumferential surface of said guide roll . a paper feeding portion for conveying a release paper to which a label is stuck at a first conveying speed; a winding portion for winding the release paper conveyed at said first conveying speed; a peeling device for peeling off the label from the release paper conveyed at said first conveying speed; and a lamination device for conveying the label peeled off from the release paper conveyed at said first conveying speed at a second conveying speed, for manufacturing a laminated label body with a preceding label and a subsequent label being laminated with each other by overlapping and adhering them, and for conveying said laminated label body , wherein the second conveying speed is slower than said first conveying speed, so that a rear end portion of the preceding label and a tip end of the subsequent label are adhered to each other in an overlapped state to be laminated, characterised in that the lamination device includes a lamination pull roll rotationally driven and a guide roll rotatably pressed against the lamination pull roll , a circumferential surface of said lamination pull roll is constructed to prevent adhesion of said label peeled off by said peeling device , and a tip end portion of said label peeled off in said peeling device is fed into an area for applying rotational pressure between said lamination pull roll and said guide roll while being in contact with the circumferential surface of said guide roll .
Hot water appliance, comprising: - a housing defining an inner space ; - a heat source arranged in the inner space of the housing and comprising at least one burner ; - a first heat exchanger arranged in the inner space of the housing and associated with the at least one burner ; - a flue gas discharge arranged in the inner space of the housing and configured to discharge combustion gases of the at least one burner therethrough; and - a further heat exchanger arranged in the inner space of the housing and associated with the flue gas discharge , and wherein the combustion gases of the at least one burner form a first heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge ; - wherein the further heat exchanger associated with the flue gas discharge is arranged in the flue gas discharge and comprises a conduit circuit configured to transport therethrough a fluid for heating, this forming a second heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge , characterized in that the conduit circuit of the further heat exchanger associated with the flue gas discharge comprises a number of conduit segments extending through flue gas discharge in a throughfeed direction of the combustion gases, and defines a substantially flat plane that is substantially parallel with a plane defined by the first heat exchanger that is associated with the at least one burner . - a housing defining an inner space ; - a heat source arranged in the inner space of the housing and comprising at least one burner ; - a first heat exchanger arranged in the inner space of the housing and associated with the at least one burner ; - a flue gas discharge arranged in the inner space of the housing and configured to discharge combustion gases of the at least one burner therethrough; and - a further heat exchanger arranged in the inner space of the housing and associated with the flue gas discharge , and wherein the combustion gases of the at least one burner form a first heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge ; - wherein the further heat exchanger associated with the flue gas discharge is arranged in the flue gas discharge and comprises a conduit circuit configured to transport therethrough a fluid for heating, this forming a second heat-exchanging fluid of the further heat exchanger associated with the flue gas discharge ,
A printer configured to communicate with a terminal and an information processor , comprising: a printer communicator that is configured to receive print data from the terminal ; a controller configured to generate print text data based on the received print data; a storage that stores first format information indicating a first format used for discrimination to transmit the print text data relating to the printing of a specific type of a printed matter to the information processor ;and second format information indicating a second format for specifying information to be converted or deleted among a plurality of information included in the print text data; a printing executor that performs printing based on the print data received from the terminal ; and the controller is further configured to discriminate whether or not a format of the print text data is adapted to the first format indicated by the first format information stored in the storage , when it is discriminated that the format of the print text data is not adapted to the first format the controller is configured not to transmit to the information processor ; and when it is discriminated that the format of the print text data is adapted to the first format the controller is configured to transmit, to the information processor the print text data in which information suitable for the second format indicated by the second format information stored in the storage among the plurality of information included in the print text data is converted or deleted. a printer communicator that is configured to receive print data from the terminal ; a controller configured to generate print text data based on the received print data; a storage that stores first format information indicating a first format used for discrimination to transmit the print text data relating to the printing of a specific type of a printed matter to the information processor ;and second format information indicating a second format for specifying information to be converted or deleted among a plurality of information included in the print text data; a printing executor that performs printing based on the print data received from the terminal ; and the controller is further configured to discriminate whether or not a format of the print text data is adapted to the first format indicated by the first format information stored in the storage , when it is discriminated that the format of the print text data is not adapted to the first format the controller is configured not to transmit to the information processor ; and when it is discriminated that the format of the print text data is adapted to the first format the controller is configured to transmit, to the information processor the print text data in which information suitable for the second format indicated by the second format information stored in the storage among the plurality of information included in the print text data is converted or deleted.
A method for scheduling training activities for a user of a fitness monitoring device, comprising the steps of: receiving a training category selection from the user; scheduling a plurality of training activities based on the selected training category, wherein a first training activity requires execution of a plurality of body movements with a first resistance goal; receiving input about the first resistance goal after completion of the first training activity from a fitness machine, wherein the step of receiving input includes input that the first resistance goal was completed by the user, or wherein the step of receiving input includes input that the first resistance goal was not completed by the user; defining a second resistance goal of a second training activity based on the received input, wherein the second resistance goal is increased compared to the first resistance goal when the user completed the first resistance goal and wherein the second resistance goal is decreased compared to the first resistance goal when the user did not complete the first resistance goal; and wherein the method steps are carried out by at least one processor. receiving a training category selection from the user; scheduling a plurality of training activities based on the selected training category, wherein a first training activity requires execution of a plurality of body movements with a first resistance goal; receiving input about the first resistance goal after completion of the first training activity from a fitness machine, wherein the step of receiving input includes input that the first resistance goal was completed by the user, or wherein the step of receiving input includes input that the first resistance goal was not completed by the user; defining a second resistance goal of a second training activity based on the received input, wherein the second resistance goal is increased compared to the first resistance goal when the user completed the first resistance goal and wherein the second resistance goal is decreased compared to the first resistance goal when the user did not complete the first resistance goal; and wherein the method steps are carried out by at least one processor.
A braided part connection structure comprising: a shielded cable including an insulated wire , a conductive braid that covers the insulated wire and an outer cover that covers an outer periphery of the conductive braid ; and a conductive member electrically connected and fixed to the conductive braid and made of a conductive plate material, wherein the conductive member includes a braid joining portion , wherein the braid joining portion includes, at a part of the conductive member in a longitudinal direction of the conductive member, a plurality of openings formed at intervals with each other along a direction intersecting the longitudinal direction and a welded portion defined by two adjacent openings of the plurality of openings , wherein the braid joining portion is provided on the conductive braid in an overlapping manner and the welded portion is laser-welded onto the conductive braid , the welded portion being formed in the braid joining portion between each two adjacent openings in a circumferential direction of the conductive member , and wherein an end of the conductive braid is exposed from the outer cover in a state that the conductive member is connected to the conductive braid . a shielded cable including an insulated wire , a conductive braid that covers the insulated wire and an outer cover that covers an outer periphery of the conductive braid ; and a conductive member electrically connected and fixed to the conductive braid and made of a conductive plate material, wherein the conductive member includes a braid joining portion , wherein the braid joining portion includes, at a part of the conductive member in a longitudinal direction of the conductive member, a plurality of openings formed at intervals with each other along a direction intersecting the longitudinal direction and a welded portion defined by two adjacent openings of the plurality of openings , wherein the braid joining portion is provided on the conductive braid in an overlapping manner and the welded portion is laser-welded onto the conductive braid , the welded portion being formed in the braid joining portion between each two adjacent openings in a circumferential direction of the conductive member , and wherein an end of the conductive braid is exposed from the outer cover in a state that the conductive member is connected to the conductive braid .
A liquid crystal display device, comprising: a first substrate and a second substrate which are opposed to each other; liquid crystal which fills a space between the first substrate and the second substrate ; a polarization layer which is formed by application on a surface of the first substrate that is opposite to the liquid crystal ; a condenser lens , which is formed on a surface of the polarization layer that is opposite to the first substrate , characterized in that the polarization layer contains a dichroic dye that has lyotropic liquid crystal properties, and in that the liquid crystal display device further comprises an alignment layer which performs an alignment of the polarization layer and is formed between the first substrate and the polarization layer . a first substrate and a second substrate which are opposed to each other; liquid crystal which fills a space between the first substrate and the second substrate ; a polarization layer which is formed by application on a surface of the first substrate that is opposite to the liquid crystal ; a condenser lens , which is formed on a surface of the polarization layer that is opposite to the first substrate , characterized in that the polarization layer contains a dichroic dye that has lyotropic liquid crystal properties, and in that the liquid crystal display device further comprises an alignment layer which performs an alignment of the polarization layer and is formed between the first substrate and the polarization layer .
A method of producing refined oils and/or fats, comprising: a first distillation step that comprises subjecting raw material oils and/or fats to thin film distillation under a first condition; a second distillation step that comprises subjecting a first distillate fraction obtained after the first distillation step to thin film distillation under a second condition; a third distillation step that comprises subjecting a second residual fraction obtained after the second distillation step to thin film distillation under a third condition; and a mixing step that comprises mixing a first residual fraction obtained after the first distillation step and a third distillate fraction obtained after the third distillation step to obtain a mixed oil, the first condition including a temperature of 250°C or more and 290°C or less and a degree of vacuum of 0.1 Pa or less, the second condition and the third condition each including a temperature lower than that in the first condition and a degree of vacuum of 0.1 Pa or less, the temperature in the second condition being 5°C or more and 15°C or less lower than that in the third condition. a first distillation step that comprises subjecting raw material oils and/or fats to thin film distillation under a first condition; a second distillation step that comprises subjecting a first distillate fraction obtained after the first distillation step to thin film distillation under a second condition; a third distillation step that comprises subjecting a second residual fraction obtained after the second distillation step to thin film distillation under a third condition; and a mixing step that comprises mixing a first residual fraction obtained after the first distillation step and a third distillate fraction obtained after the third distillation step to obtain a mixed oil, the first condition including a temperature of 250°C or more and 290°C or less and a degree of vacuum of 0.1 Pa or less, the second condition and the third condition each including a temperature lower than that in the first condition and a degree of vacuum of 0.1 Pa or less, the temperature in the second condition being 5°C or more and 15°C or less lower than that in the third condition.
A portable machine tool, comprising a rotary shaft , motor means for rotating the shaft about a respective axis, and a rotary tool holder head , said rotary tool holder head comprising: - a central body , - connecting means for connecting the central body to said rotary shaft , - a slide (12; 12') for supporting a machine tool , slidably housed in a respective first cavity (9; 9') made in the central body , - an electric motor housed in the central body , - means for transmitting motion from the electric motor to the supporting slide (12; 12'), configured to generate a linear movement of the slide (12; 12') inside the first cavity (9; 9'), in a predetermined direction (D2) transversal to the axis (A) of rotation of the shaft of the machine tool characterised in that the rotary shaft comprises two half-shafts positioned aligned with each other, with the rotary tool holder head being interposed between said rotary half-shafts and in that the connecting means comprise respective male-female couplings between the rotary tool holder head and the two half-shaft . - a central body , - connecting means for connecting the central body to said rotary shaft , - a slide (12; 12') for supporting a machine tool , slidably housed in a respective first cavity (9; 9') made in the central body , - an electric motor housed in the central body , - means for transmitting motion from the electric motor to the supporting slide (12; 12'), configured to generate a linear movement of the slide (12; 12') inside the first cavity (9; 9'), in a predetermined direction (D2) transversal to the axis (A) of rotation of the shaft of the machine tool characterised in that the rotary shaft comprises two half-shafts positioned aligned with each other, with the rotary tool holder head being interposed between said rotary half-shafts and in that the connecting means comprise respective male-female couplings between the rotary tool holder head and the two half-shaft .
An article of footwear , comprising: an upper including a first side and a second side , the first side and the second side spaced apart at a throat of the upper by a throat opening , wherein the first side is comprised of an inner layer and an outer layer forming an interior cavity therebetween; a sole structure secured with respect to the upper ; a lower guide member disposed in the first side between the inner layer and the outer layer and proximate the sole structure ; a first upper guide member disposed in the first side between the inner layer and the outer layer and closer to the throat opening than the lower guide member ; a second upper guide member disposed in the first side between the inner layer and the outer layer and disposed closer to the throat opening than the lower guide member ; a first set of strap members and a second set of strap members , the first set of strap members including strap members each being secured at one end to the second side and at an opposing end to the first upper guide member and the second set of strap members including strap members each being secured at one end to the second side and at an opposing end to the second upper guide member ; a tensioning member routed from the lower guide member to the first upper guide member , and from the first upper guide member back to the lower guide member , the tensioning member being further routed along a distance of the lower guide member and then up to the second upper guide member , and from the second upper guide member back to the lower guide member ; wherein at least one segment of the tensioning member is routed from the lower guide member to a location outside of the interior cavity ; wherein the first upper guide member has a first longitudinal position with respect to a longitudinal axis of the article of footwear and wherein the second upper guide member has a second longitudinal position with respect to the longitudinal axis ; and wherein at least a portion of the lower guide member extends from the first longitudinal position along the longitudinal axis to the second longitudinal position .