mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for modifying a control mode of a variable transmission optical element based on user inputs, the control mode being designed to control a transmission value of the variable transmission optical element as a function of an external illumination, the method comprising the following steps: e1) measuring an initial level of the external illumination, e2) setting the transmission value of the variable transmission optical element to an initial value according to the control mode as a function of the initial level of the external illumination, e3) acquiring a user input for adjusting a parameter related to the transmission value of the variable transmission optical element, e4) setting, based on the user input and according to a manual mode, the transmission value of the variable transmission optical element to a requested value, e5) computing, based on the requested value and on the initial level of the external illumination, a confidence value representative of a likelihood that the requested value is a user preference relative to the initial level of the external illumination, e6) modifying or maintaining unchanged the control mode based on the user input and on the confidence value. e1) measuring an initial level of the external illumination, e2) setting the transmission value of the variable transmission optical element to an initial value according to the control mode as a function of the initial level of the external illumination, e3) acquiring a user input for adjusting a parameter related to the transmission value of the variable transmission optical element, e4) setting, based on the user input and according to a manual mode, the transmission value of the variable transmission optical element to a requested value, e5) computing, based on the requested value and on the initial level of the external illumination, a confidence value representative of a likelihood that the requested value is a user preference relative to the initial level of the external illumination, e6) modifying or maintaining unchanged the control mode based on the user input and on the confidence value.
Agricultural or work vehicle equipped with a hydraulic lift comprising - two hydraulic cylinders (Cs, Cd) arranged to lift the same number of arms (2s, 2d) of the hydraulic lift, with the arms interconnected by means of a stiffening bar, each hydraulic cylinder comprising an expansion chamber, - a hydraulic circuit comprising. a control device and. a single and common hydraulic line (Sc) arranged to connect the control device with both expansion chambers of the two hydraulic cylinders, wherein the control device is arranged to control a flow of hydraulic oil from a hydraulic oil source (Pressure) to both expansion chambers during the lifting of the arms and from the expansion chambers to a recovery tank (Tank) during lowering the arms, characterized in that both expansion chambers are connected to said single and common hydraulic line by means of a shuttle valve (ShV) and an ON/OFF valve arranged to bypass the shuttle valve during the lifting or lowering procedure of the arms. - two hydraulic cylinders (Cs, Cd) arranged to lift the same number of arms (2s, 2d) of the hydraulic lift, with the arms interconnected by means of a stiffening bar, each hydraulic cylinder comprising an expansion chamber, - a hydraulic circuit comprising. a control device and. a single and common hydraulic line (Sc) arranged to connect the control device with both expansion chambers of the two hydraulic cylinders,. a control device and. a single and common hydraulic line (Sc) arranged to connect the control device with both expansion chambers of the two hydraulic cylinders, wherein the control device is arranged to control a flow of hydraulic oil from a hydraulic oil source (Pressure) to both expansion chambers during the lifting of the arms and from the expansion chambers to a recovery tank (Tank) during lowering the arms, characterized in that both expansion chambers are connected to said single and common hydraulic line by means of a shuttle valve (ShV) and an ON/OFF valve arranged to bypass the shuttle valve during the lifting or lowering procedure of the arms.
A communications method for a mobile device (140, 410) to communicate with a network domain node (120, 440) in a network domain, wherein the network domain employs a network-based mobility management protocol to manage respective mobile devices (140, 410) within the network domain the method comprising: establishing a communications link through an access component (130, 420) of the network domain with the network domain node (120, 440); establishing at least one other communications link through at least one other access component (130, 430) of the same network domain with the network domain node (120, 440) characterized by sending a quality of service request to one of the access components (130, 420, 430), the quality of service request identifies a specific flow out of a plurality of flows currently used by the mobile device (140, 410) to which the requested quality of service shall apply; and concurrently communicating with the network domain node (120, 440) via the simultaneous communications links via the access component (130, 420) and the at least one other access component (130, 430), wherein concurrently communicating comprises receiving traffic via a flow specific route in the network domain triggered by the quality of service request. establishing a communications link through an access component (130, 420) of the network domain with the network domain node (120, 440); establishing at least one other communications link through at least one other access component (130, 430) of the same network domain with the network domain node (120, 440)
Perfected cleaning turbine for work centers and suchlike, said turbine having an axis of rotation, and being associable to a tool, said turbine being conformed as a bell having a base and a plurality of slits each having a vertical median plane tangent to an internal circumference of said bell and having the axis coincident with the axis of rotation, said slits being angularly distanced along the circumference of said bell and provided with pairs of lateral walls (21, 22, 23, 24), and each slit having a median axis located on said vertical median plane and oriented from the base upward, characterized in that at least a pair of said lateral walls (21, 22, 23, 24) of said slits are divergent at least from the inside toward the outside of said turbine, in that it comprises an upper surface opposite said base and a lateral wall located between said base and said upper surface, in that said bell comprises a concavity made in said base, and in that said slits are through from said concavity to said lateral wall.
A yarn winder configured to form a wound package (Pw) by unwinding a yarn from a yarn supply package (Ps) which is rotating and by winding the yarn onto a winding bobbin (Bw) which is provided at least on one side of the yarn supply package (Ps) in an axial direction of the yarn supply package(Ps), the yarn winder comprising a direction changing unit which is provided outside the yarn supply package (Ps) in a radial direction of the yarn supply package (Ps) and which is configured to guide the yarn to one side in a guide direction having a component in the axial direction, the direction changing unit being configured to be movable in a moving direction, the moving direction and the guide direction forming an angle (θ2) which is 45 degrees or less, and a predetermined power being applied to the direction changing unit at least toward the other side in the guide direction, characterized in that the direction changing unit is configured to be freely movable in the moving direction and by further comprising a separation unit which is provided between the yarn supply package (Ps) and the direction changing unit in a yarn running direction and which is provided outside the yarn supply package (Ps) in the radial direction, wherein, the separation unit is configured to be passively movable in the axial direction, and/or a contact part of the separation unit making contact with the yarn extends in the axial direction. the direction changing unit being configured to be movable in a moving direction, the moving direction and the guide direction forming an angle (θ2) which is 45 degrees or less, and a predetermined power being applied to the direction changing unit at least toward the other side in the guide direction, characterized in that the direction changing unit is configured to be freely movable in the moving direction and by further comprising a separation unit which is provided between the yarn supply package (Ps) and the direction changing unit in a yarn running direction and which is provided outside the yarn supply package (Ps) in the radial direction, wherein, the separation unit is configured to be passively movable in the axial direction, and/or a contact part of the separation unit making contact with the yarn extends in the axial direction.
A method for fabricating a composite material comprising: coating a uniform metal layer on nano carbon, wherein the uniformly coated metal layer has a thickness in the range of 10 nm to 1 μ m; fabricating composite nano powders by performing a thermal treatment for the metal layer-coated nano carbon, wherein metallic nano powders are formed on the surface of the nano carbon after the thermal treatment for the metal layer-coated nano carbon; and sintering the composite nano powders. coating a uniform metal layer on nano carbon, wherein the uniformly coated metal layer has a thickness in the range of 10 nm to 1 μ m; fabricating composite nano powders by performing a thermal treatment for the metal layer-coated nano carbon, wherein metallic nano powders are formed on the surface of the nano carbon after the thermal treatment for the metal layer-coated nano carbon; and sintering the composite nano powders.
A door latch device comprising an engagement unit which has a box-like body housing an engagement mechanism (13, 15) engaging with a striker of a vehicle body and a cover member covering an opening of the body, the engagement unit being fixed to an inner side of an inner panel of a door; a casing connected to the engagement unit; and a childproof locking mechanism housed in the casing, which is shifted between a childproof unlock state and a childproof lock state, wherein in the childproof unlock state, an engagement between the engagement mechanism (13, 15) and the striker is released by transmitting a release operation of an inside lever to the engagement mechanism (13, 15) depending on a door opening operation of an inside handle provided on a vehicle interior side of the door, or by transmitting another release operation of an outside lever to the engagement mechanism (13, 15) depending on a door opening operation of an outside handle provided on an outer side of the door, and wherein in the childproof lock state, the engagement between the engagement mechanism (13, 15) and the striker is not released by making the former transmission of the release operation of the inside lever impossible, but is released by the latter transmission of said another release operation of the outside lever; wherein the childproof locking mechanism comprises a childproof lever pivotally supported on the casing by a support shaft extending in a transverse direction of a vehicle to shift between the childproof unlock state and the childproof lock state, and wherein a manual operation part is formed at an end portion of the childproof lever extending in a longitudinal direction of a vehicle perpendicular to the support shaft such that the manual operation part passes through the cover member and projects from this member, characterized in that a guide hole for guiding and operating the manual operation part is formed on a part of the cover member through which the manual operation part is inserted, and an inertia lever is provided below the engagement mechanism (13, 15) in the body, the inertia lever keeping the engagement state between the engagement mechanism (13, 15) and the striker by pivoting to the engagement mechanism (13, 15) side when a crash load affects the engagement unit, and wherein the manual operation part of the childproof lever is made to project from the cover member below the inertia lever.
Photovoltaic system with at least one photovoltaic module, which has an active surface and which is detachably mounted on a mounting profile, with a first connection module which is detachably connected with the mounting profile and has first plug contacts held in a first housing which are connectable to connection lines, and with a second connection module which is connected to the photovoltaic module in a fixed or detachable manner and which comprises second plug contacts held in a second housing which are releasably connected to the first plug contacts and preferably fixed to electrical lines of the photovoltaic module, characterized in that the first connection module is held elastically displaceable in a plane parallel to the active surface of the installed photovoltaic module by the mounting profile, and that the second plug contacts are oriented at least approximately orthogonal to the active surface of the photovoltaic module, and that the first plug contacts with a first end piece facing the second plug contacts are aligned at least approximately orthogonally and with a second end piece connected to the corresponding connection line are aligned at least approximately parallel to the active surface of the photovoltaic module. with at least one photovoltaic module, which has an active surface and which is detachably mounted on a mounting profile, with a first connection module which is detachably connected with the mounting profile and has first plug contacts held in a first housing which are connectable to connection lines, and with a second connection module which is connected to the photovoltaic module in a fixed or detachable manner and which comprises second plug contacts held in a second housing which are releasably connected to the first plug contacts and preferably fixed to electrical lines of the photovoltaic module, characterized in that the first connection module is held elastically displaceable in a plane parallel to the active surface of the installed photovoltaic module by the mounting profile, and that the second plug contacts are oriented at least approximately orthogonal to the active surface of the photovoltaic module, and that the first plug contacts with a first end piece facing the second plug contacts are aligned at least approximately orthogonally and with a second end piece connected to the corresponding connection line are aligned at least approximately parallel to the active surface of the photovoltaic module.
An implantable medical device comprising: a connector connectable to an implantable oxygen sensor configured to generate a sensor signal representative of oxygen concentration in coronary sinus blood of a heart in a subject; an ischemia detector connected to said connector and configured to process said sensor signal received from said implantable oxygen sensor through said connector, characterized in that said ischemia detector is configured to detect an ischemic event in said heart if said sensor signal indicates a temporary decrease in oxygen concentration in said coronary sinus blood below a baseline oxygen concentration in coronary sinus blood for a non-ischemic status of said heart followed by an increase in oxygen concentration in said coronary sinus blood above said baseline oxygen concentration. a connector connectable to an implantable oxygen sensor configured to generate a sensor signal representative of oxygen concentration in coronary sinus blood of a heart in a subject; an ischemia detector connected to said connector and configured to process said sensor signal received from said implantable oxygen sensor through said connector, characterized in that said ischemia detector is configured to detect an ischemic event in said heart if said sensor signal indicates a temporary decrease in oxygen concentration in said coronary sinus blood below a baseline oxygen concentration in coronary sinus blood for a non-ischemic status of said heart followed by an increase in oxygen concentration in said coronary sinus blood above said baseline oxygen concentration.
An air-based fryer, comprising: - a food preparation chamber comprising an outer wall, an inner wall defining a food receiving space with an air inlet and an air discharge opening, and a circulation channel defined between the outer wall and the inner wall; - an air heater for heating air in the food preparation chamber; - a fan for moving a flow of hot air successively through the air inlet, the food receiving space, the discharge opening, and the channel; - a steam generator comprising at least one nozzle extended into the food receiving space, for spraying temperature-controlled steam onto the food; the air-based fryer being characterized by - a controller adapted to control the steam generator to spray steam to food placed in the food receiving space for a first predetermined period, and to control the air heater and the fan to circulate hot air to the food for a subsequent second predetermined period. - a food preparation chamber comprising an outer wall, an inner wall defining a food receiving space with an air inlet and an air discharge opening, and a circulation channel defined between the outer wall and the inner wall; - an air heater for heating air in the food preparation chamber; - a fan for moving a flow of hot air successively through the air inlet, the food receiving space, the discharge opening, and the channel; - a steam generator comprising at least one nozzle extended into the food receiving space, for spraying temperature-controlled steam onto the food; the air-based fryer being characterized by - a controller adapted to control the steam generator to spray steam to food placed in the food receiving space for a first predetermined period, and to control the air heater and the fan to circulate hot air to the food for a subsequent second predetermined period.
Shading system for an architectural opening, such as for example a window or a door, comprising: a housing; a curtain; a winding shaft, by means of which the curtain is movable between an open position and a closed position; at least one guide; at least one holding element held detachably on a guide in the housing, by means of which the winding shaft is mounted in the housing on its end sides; and guide rails running in the open and closed direction of the curtain, in which guide rails at least one front edge of the curtain, viewed in the closed direction, is guided; characterised in that the guide possesses an open guide recess in the direction of the closing direction of the curtain, in which recess the holding element can be slid in and slid out. a housing; a curtain; a winding shaft, by means of which the curtain is movable between an open position and a closed position; at least one guide; at least one holding element held detachably on a guide in the housing, by means of which the winding shaft is mounted in the housing on its end sides; and guide rails running in the open and closed direction of the curtain, in which guide rails at least one front edge of the curtain, viewed in the closed direction, is guided; characterised in that the guide possesses an open guide recess in the direction of the closing direction of the curtain, in which recess the holding element can be slid in and slid out.
A method, comprising: detecting a preamble signal transmitted by a communication device; and transmitting a scheduling assignment for a random access response message over a wireless interface; wherein the scheduling assignment is identified by an identifier having a value dependent at least partly on the index of a system frame in which the preamble signal was detected. detecting a preamble signal transmitted by a communication device; and transmitting a scheduling assignment for a random access response message over a wireless interface; wherein the scheduling assignment is identified by an identifier having a value dependent at least partly on the index of a system frame in which the preamble signal was detected.
A computer-implemented method for displaying glucose measurements by a diabetes management application residing on a computing device, comprising: receiving, by the diabetes management application, a current glucose measurement for a subject, where the current glucose measurement has an associated timestamp; determining, by the diabetes management application, a therapeutic window of time in which the current glucose measurement is usable in a therapy calculation; and displaying, by the diabetes management application, an advisor button on a result screen for navigating to a therapy advisor or therapy calculation function, characterized in that the method further comprises displaying, by the diabetes management application, the current glucose measurement on the result screen, where the current glucose measurement is presented prominently in relation to other text on the result screen while the timestamp associated with the current glucose measurement falls within the therapeutic window of time; and displaying, by the diabetes management application, the current glucose measurement on the result screen without prominence in relation to other text on the result screen after the therapeutic window of time expires, wherein the advisor button is enabled during the therapeutic window of time but disabled outside of the therapeutic window of time. receiving, by the diabetes management application, a current glucose measurement for a subject, where the current glucose measurement has an associated timestamp; determining, by the diabetes management application, a therapeutic window of time in which the current glucose measurement is usable in a therapy calculation; and displaying, by the diabetes management application, an advisor button on a result screen for navigating to a therapy advisor or therapy calculation function, characterized in that the method further comprises displaying, by the diabetes management application, the current glucose measurement on the result screen, where the current glucose measurement is presented prominently in relation to other text on the result screen while the timestamp associated with the current glucose measurement falls within the therapeutic window of time; and displaying, by the diabetes management application, the current glucose measurement on the result screen without prominence in relation to other text on the result screen after the therapeutic window of time expires, wherein the advisor button is enabled during the therapeutic window of time but disabled outside of the therapeutic window of time.
An isolated nucleic acid molecule comprising a nucleotide sequence that is capable of initiating transcription of a gene in a cambium tissue-preferred manner of a plant, wherein said isolated nucleic acid molecule comprises: a nucleotide sequence as set forth in SEQ ID NO: 5.
A method for treating laundry comprising: spraying a liquid with dissolved detergent into a drum holding laundry; waiting a predetermined time period after spraying the liquid, to allow the detergent to be absorbed in the laundry; spraying steam into the drum to rinse the laundry; and supplying heated air into the drum to dry the laundry, wherein the detergent comprises; 5 to 10wt% of polyoxyethylene alkylether; 3 to 10wt% of sodium ethylhexyl sulfate; 1 to 2wt% of 2-ethyl hexanol; 1 to 2wt% of sodium hydroxide; and balance of water. spraying a liquid with dissolved detergent into a drum holding laundry; waiting a predetermined time period after spraying the liquid, to allow the detergent to be absorbed in the laundry; spraying steam into the drum to rinse the laundry; and supplying heated air into the drum to dry the laundry, wherein the detergent comprises; 5 to 10wt% of polyoxyethylene alkylether; 3 to 10wt% of sodium ethylhexyl sulfate; 1 to 2wt% of 2-ethyl hexanol; 1 to 2wt% of sodium hydroxide; and balance of water.