mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger , in particular for a motor vehicle, comprising: - a first conduit for a first fluid, comprising a first manifold , a second manifold , and a plurality of tubes arranged in at least two parallel stacks having a first terminal tube and a second terminal tube opposite to the first terminal tube , the tubes being fluidly connected with the first manifold and the second manifold to provide at least one U-turn for the first fluid - a second conduit for a second fluid comprising a housing body arranged to encapsulate at least partly the first conduit , wherein the second conduit is fluidly isolated from the first conduit and, - a baffle plate deployed in-between the stacks of the tubes and the manifolds enabling a U-turn of the second fluid in the vicinity of the first manifold , characterised in that , the baffle plate comprises a first restricting member protruding towards the first manifold , configured to partially limit the U-turn of the second fluid at the level of the first terminal tubes of the stacks. - a first conduit for a first fluid, comprising a first manifold , a second manifold , and a plurality of tubes arranged in at least two parallel stacks having a first terminal tube and a second terminal tube opposite to the first terminal tube , the tubes being fluidly connected with the first manifold and the second manifold to provide at least one U-turn for the first fluid - a second conduit for a second fluid comprising a housing body arranged to encapsulate at least partly the first conduit , wherein the second conduit is fluidly isolated from the first conduit and, - a baffle plate deployed in-between the stacks of the tubes and the manifolds enabling a U-turn of the second fluid in the vicinity of the first manifold ,
A roof window comprising a frame , a sash , and a pane , in which the frame comprises a set of frame members including a top frame member , two side frame members and a bottom frame member and the sash comprises a set of sash members including a top sash member , two side sash members and a bottom sash member , an interface unit being provided to interact with auxiliary equipment and/or other components of the roof window in an assembled condition of the frame , wherein the interface unit comprises a top interface element and two side interface elements configured to be received in a receiving structure comprising an interface unit groove in an exterior side of the top frame member and two side frame members , said exterior side being a side of a roof window in the mounted condition facing the outdoors or external side of the building, wherein each interface element comprises a base portion with an anchor section , said anchor section being configured to be received in the interface unit groove in the exterior side of the top frame member and two side members , and wherein each interface element is provided as a two-component element provided by co-extrusion or co-moulding of two -or more- different materials, wherein at least a sealing portion has different properties than at least the base portion . the frame comprises a set of frame members including a top frame member , two side frame members and a bottom frame member and the sash comprises a set of sash members including a top sash member , two side sash members and a bottom sash member , an interface unit being provided to interact with auxiliary equipment and/or other components of the roof window in an assembled condition of the frame , wherein the interface unit comprises a top interface element and two side interface elements configured to be received in a receiving structure comprising an interface unit groove in an exterior side of the top frame member and two side frame members , said exterior side being a side of a roof window in the mounted condition facing the outdoors or external side of the building, wherein each interface element comprises a base portion with an anchor section , said anchor section being configured to be received in the interface unit groove in the exterior side of the top frame member and two side members , and wherein each interface element is provided as a two-component element provided by co-extrusion or co-moulding of two -or more- different materials, wherein at least a sealing portion has different properties than at least the base portion .
A particulate extrusion encapsulation product, comprising: (A) an encapsulate, encapsulated in (B) a glassy matrix comprising at least one modified starch, and at least one low molecular weight carbohydrate having a molar mass of less than 800 g/mol, wherein the glassy matrix additionally contains 0.5% to 10% by weight of at least one insoluble fiber. (A) an encapsulate, encapsulated in (B) a glassy matrix comprising at least one modified starch, and at least one low molecular weight carbohydrate having a molar mass of less than 800 g/mol,
A control system for an internal combustion engine, the internal combustion engine including an exhaust passage and a limiting current gas sensor, the limiting current gas sensor including a pumping cell arranged in the exhaust passage, exhaust gas in the exhaust passage being introduced to the pumping cell, comprising: an electronic control unit configured to: (i) execute step-up operation for increasing a voltage applied between a pair of electrodes of a pumping cell of the limiting current gas sensor configured to receive exhaust gas from the exhaust gas passage of the internal combustion engine, from a first voltage to a second voltage higher than the first voltage to cause adsorption of a sulfur component of the exhaust gas to one of the pair of electrodes ; characterized in that the control unit is further configured to: (ii) execute step-down operation for, after completion of the step-up operation, reducing the applied voltage from the second voltage to a third voltage lower than the second voltage to cause re-oxidation of the adsorbed sulfur component from the one of the pair of electrodes ; (iii) acquire an air-fuel ratio of the exhaust gas a plurality of times within a first period from a start of the step-up operation to a start of the step-down operation; (iv) acquire a first waveform characteristic, the first waveform characteristic corresponding to current flowing between the pair of electrodes within a second period in which the step-down operation is executed; and (v) estimate an actual concentration of sulfur in fuel of the internal combustion engine by using the first waveform characteristic and the plurality of acquired air-fuel ratios. (i) execute step-up operation for increasing a voltage applied between a pair of electrodes of a pumping cell of the limiting current gas sensor configured to receive exhaust gas from the exhaust gas passage of the internal combustion engine, from a first voltage to a second voltage higher than the first voltage to cause adsorption of a sulfur component of the exhaust gas to one of the pair of electrodes ; characterized in that the control unit is further configured to: (ii) execute step-down operation for, after completion of the step-up operation, reducing the applied voltage from the second voltage to a third voltage lower than the second voltage to cause re-oxidation of the adsorbed sulfur component from the one of the pair of electrodes ; (iii) acquire an air-fuel ratio of the exhaust gas a plurality of times within a first period from a start of the step-up operation to a start of the step-down operation; (iv) acquire a first waveform characteristic, the first waveform characteristic corresponding to current flowing between the pair of electrodes within a second period in which the step-down operation is executed; and (v) estimate an actual concentration of sulfur in fuel of the internal combustion engine by using the first waveform characteristic and the plurality of acquired air-fuel ratios.
A cleaner holder comprising: a charging stand body configured to support a cleaner with a dust container , and including a first charging port configured to charge a battery mounted in the cleaner based on the charging stand body supporting the cleaner , characterized in that the charging stand body includes: a first surface that extends in a first direction and is provided with the first charging port ; a cleaner support that extends in a second direction crossing to the first direction and is configured to support the dust container of the cleaner ; and a dust collector provided in the charging stand body and being capable of communicating with the dust container of the cleaner based on the cleaner support supporting the dust container of the cleaner . a charging stand body configured to support a cleaner with a dust container , and including a first charging port configured to charge a battery mounted in the cleaner based on the charging stand body supporting the cleaner , characterized in that the charging stand body includes: a first surface that extends in a first direction and is provided with the first charging port ; a cleaner support that extends in a second direction crossing to the first direction and is configured to support the dust container of the cleaner ; and a dust collector provided in the charging stand body and being capable of communicating with the dust container of the cleaner based on the cleaner support supporting the dust container of the cleaner . a first surface that extends in a first direction and is provided with the first charging port ; a cleaner support that extends in a second direction crossing to the first direction and is configured to support the dust container of the cleaner ; and a dust collector provided in the charging stand body and being capable of communicating with the dust container of the cleaner based on the cleaner support supporting the dust container of the cleaner .
A computer-implemented method of performing matrix computations, the method comprising: receiving a compression-encoded matrix, wherein the compression-encoded matrix is a sparsity-encoded matrix or a transition-encoded matrix, the compression-encoded matrix including a plurality of rows, each row having a plurality of defined element values and, for each such defined element value, a schedule tag indicating a schedule for using the defined element value in a scheduled matrix computation; loading the plurality of rows of the compression-encoded matrix into a corresponding plurality of work memory banks; and providing decoded input data to a matrix computation module configured for performing the scheduled matrix computation, wherein providing the decoded input data includes, for each work memory bank: reading a next defined element value and a corresponding schedule tag; responsive to the corresponding schedule tag meeting a scheduling condition, providing the next defined element value to the matrix computation module; and responsive to the corresponding schedule tag not meeting the scheduling condition, providing a default element value to the matrix computation module. receiving a compression-encoded matrix, wherein the compression-encoded matrix is a sparsity-encoded matrix or a transition-encoded matrix, the compression-encoded matrix including a plurality of rows, each row having a plurality of defined element values and, for each such defined element value, a schedule tag indicating a schedule for using the defined element value in a scheduled matrix computation; loading the plurality of rows of the compression-encoded matrix into a corresponding plurality of work memory banks; and providing decoded input data to a matrix computation module configured for performing the scheduled matrix computation, wherein providing the decoded input data includes, for each work memory bank: reading a next defined element value and a corresponding schedule tag; responsive to the corresponding schedule tag meeting a scheduling condition, providing the next defined element value to the matrix computation module; and responsive to the corresponding schedule tag not meeting the scheduling condition, providing a default element value to the matrix computation module. reading a next defined element value and a corresponding schedule tag; responsive to the corresponding schedule tag meeting a scheduling condition, providing the next defined element value to the matrix computation module; and responsive to the corresponding schedule tag not meeting the scheduling condition, providing a default element value to the matrix computation module.
A filtration system comprising: - a filtration unit comprising at least one filter element for filtration of a fluid, the at least one filter element having a main flow direction (C) for the fluid, and wherein the filtration unit is configured to tilt the at least one filter element around a tilting axis (B) to change an orientation of the main flow direction (C); - a main unit fluidly connectable to the filtration unit , the main unit comprising: - a supply unit configured to supply the fluid to the at least one filter element ; and - a control unit configured to control supplying and/or evacuating the fluid to/from the at least one filter element and to control tilting of the at least one filter element around the tilting axis (B), wherein the control unit is configured to tilt the at least one filter element around the tilting axis to change the orientation of the main flow direction (C) between a first orientation and a second orientation, the first orientation being a horizontal orientation and the second orientation being a vertical orientation, and wherein the control unit is configured, for a filtration phase, to tilt the at least one filter element around the tilting axis (B) to change the orientation of the main flow direction (C) into an orientation between the first orientation and the second orientation. - a filtration unit comprising at least one filter element for filtration of a fluid, the at least one filter element having a main flow direction (C) for the fluid, and wherein the filtration unit is configured to tilt the at least one filter element around a tilting axis (B) to change an orientation of the main flow direction (C); - a main unit fluidly connectable to the filtration unit , the main unit comprising: - a supply unit configured to supply the fluid to the at least one filter element ; and - a control unit configured to control supplying and/or evacuating the fluid to/from the at least one filter element and to control tilting of the at least one filter element around the tilting axis (B), wherein the control unit is configured to tilt the at least one filter element around the tilting axis to change the orientation of the main flow direction (C) between a first orientation and a second orientation, the first orientation being a horizontal orientation and the second orientation being a vertical orientation, and wherein the control unit is configured, for a filtration phase, to tilt the at least one filter element around the tilting axis (B) to change the orientation of the main flow direction (C) into an orientation between the first orientation and the second orientation. - a supply unit configured to supply the fluid to the at least one filter element ; and - a control unit configured to control supplying and/or evacuating the fluid to/from the at least one filter element and to control tilting of the at least one filter element around the tilting axis (B),
A power control system comprising: a power control device ; and a server device comprising a controller queue , wherein the power control device is configured to acquire a control instruction by polling the server device , the server device is configured to extract at least one of an elapsed time and a remaining number of control instructions not acquired by the power control device by the polling and to provide a warning when at least one of the elapsed time and the remaining number is at least a predetermined value, and the power control device is configured to create, when the server device does not respond to polling, a control instruction based on control guideline information and to execute the control instruction, characterized in that the server device is configured to change, upon receipt of polling from the power control device , a status of the control instruction acquired by the power control device by the polling and to store the status in the controller queue , and the server device is configured to extract at least one of the elapsed time and the remaining number of the control instructions not acquired by the power control device by the polling based on the status of the control instruction stored in the controller queue . a power control device ; and a server device comprising a controller queue , wherein the power control device is configured to acquire a control instruction by polling the server device , the server device is configured to extract at least one of an elapsed time and a remaining number of control instructions not acquired by the power control device by the polling and to provide a warning when at least one of the elapsed time and the remaining number is at least a predetermined value, and the power control device is configured to create, when the server device does not respond to polling, a control instruction based on control guideline information and to execute the control instruction, characterized in that the server device is configured to change, upon receipt of polling from the power control device , a status of the control instruction acquired by the power control device by the polling and to store the status in the controller queue , and the server device is configured to extract at least one of the elapsed time and the remaining number of the control instructions not acquired by the power control device by the polling based on the status of the control instruction stored in the controller queue .
Exchangeable cartridge for portion dispenser arranged for storing and dispensing beverage items for the preparation of beverages comprising: - a tubular storage member comprising an interior for accommodating a plurality of beverage items , comprising a closed end and an open end comprising an exit opening , - a closure cap adapted to connect in a removable manner to the tubular storage member at the open end of the storage member and to be sealed to the storage tubular member through a removable complementary connection , wherein the closure cap comprises a locking member , or respectively a keying member, for complementarily fitting with a keying member , or respectively a locking member, of the portion dispenser for allowing the closure cap to be removed from the tubular member within the portion dispenser when the exchangeable cartridge is connected to the portion dispenser and for allowing the closure cap to be re-connected to the tubular member within the portion dispenser before the exchangeable cartridge is removed from the portion dispenser . - a tubular storage member comprising an interior for accommodating a plurality of beverage items , comprising a closed end and an open end comprising an exit opening , - a closure cap adapted to connect in a removable manner to the tubular storage member at the open end of the storage member and to be sealed to the storage tubular member through a removable complementary connection ,
A method of operating a vehicle in a vehicle traffic control system , comprising: receiving, by at least one detector module , a relative navigation grid projection from a set of grid generators ; generating, via a control module, at least one navigation output based upon the received relative navigation grid projection; transmitting, via the control module, the at least one navigation output to a vehicle traffic control system ; receiving a vehicle traffic control plan from the vehicle traffic control system ; and controllably operating, via the control module, at least one manned vehicle based on the vehicle traffic control plan; wherein operating the vehicle includes operating the at least one manned vehicle to execute the vehicle traffic control plan to control at least one movement of the at least one manned vehicle. receiving, by at least one detector module , a relative navigation grid projection from a set of grid generators ; generating, via a control module, at least one navigation output based upon the received relative navigation grid projection; transmitting, via the control module, the at least one navigation output to a vehicle traffic control system ; receiving a vehicle traffic control plan from the vehicle traffic control system ; and controllably operating, via the control module, at least one manned vehicle based on the vehicle traffic control plan;
A machining tool, in particular for boring, drilling or reaming bore holes, comprising a base body rotatable about a rotary axis and movable in a feed direction along the rotary axis , at least one cutting element fixed on the base body and having a front cutting edge pointing in the feed direction, a flute assigned to the cutting element and formed by a recess in the base body , and a flute cover installed at the base body , which outwardly covers a chip removal area of the flute adjoining the cutting element , characterized in that the flute cover is formed as a molded part additively constructed from a powder material, and that a coolant channel which at least in sections runs in a spatially curved manner is passed through a wall portion of the flute cover .