mhurhangee/ep-ind-claims huggingface dataset:
A method for collision impact force reduction for a vehicle, said method comprising a) determining a smallest relative distance between a head of a driver of said vehicle and a steering wheel assembly comprising an airbag of said vehicle taking an inflated airbag into account, b) obtaining information of an imminent collision, said collision being at least partly frontal, c) comparing said smallest relative distance to a pre-defined threshold, when said smallest relative distance is equal to or less than said pre-defined threshold, d) initiating a forward displacement of a driver seat of said vehicle and a retraction of said steering wheel assembly comprising an airbag, wherein the retraction is along a steering column of said steering wheel assembly. a) determining a smallest relative distance between a head of a driver of said vehicle and a steering wheel assembly comprising an airbag of said vehicle taking an inflated airbag into account, b) obtaining information of an imminent collision, said collision being at least partly frontal, c) comparing said smallest relative distance to a pre-defined threshold, when said smallest relative distance is equal to or less than said pre-defined threshold, d) initiating a forward displacement of a driver seat of said vehicle and a retraction of said steering wheel assembly comprising an airbag, wherein the retraction is along a steering column of said steering wheel assembly.
Method for operating a diesel engine, wherein a control unit adjusts an air ratio of the fuel to be combusted and the supplied combustion air to preset values for the operating state of the engine by activating adjusting means (2, 5, 8, 11, 25) provided for this purpose and thereby determines the amount of fuel to be combusted in accordance with the requested operating load of the diesel engine, wherein the control unit, on detecting a value of a measured operating variable of the diesel engine which is preset as a switch-over criterion, switches to a special operating mode for the regeneration of a device for exhaust treatment and adjusts the air/fuel ratio to preset values for this operating mode, wherein in the special operating mode at least one first fuel post-injection is performed following a main injection in such a way that the post-injected fuel participates in the combustion of the previously metered and ignited fuel, characterised in that for setting a load-neutral transition during switch-over before a change in a post-injection amount, an inlet manifold pressure and a fresh air mass flow are adjusted.
A vehicle estimate navigation apparatus comprising: a speed vector calculation means adapted to calculate, based on GPS information by a GPS receiver mounted in a running vehicle, a speed vector of a running speed of the vehicle; a tire rotation information detection means adapted to detect tire rotation information of tires attached to the vehicle; a tire rotation speed calculation means adapted to calculate tire rotation speeds of the tires based on the tire rotation information obtained by the tire rotation information detection means; a speed calculation means adapted to calculate a first vehicle speed based on the speed vector information; a yaw rate calculation means adapted to calculate a first vehicle yaw rate based on the speed vector information; characterized by a first parameter calculation means adapted to calculate first parameters of a first relational expression between the first vehicle speed calculated by the speed calculation means and the tire rotation speeds; and a second parameter calculation means adapted to calculate second parameters of a second relational expression between the first vehicle yaw rate calculated by the yaw rate calculation means and the tire rotation speeds, the vehicle estimate navigation apparatus is adapted to calculate a second vehicle speed based on the latest calculated first parameters and the tire rotation speeds and to calculate a second vehicle yaw rate based on the latest calculated second parameters and the tire rotation speeds. a speed vector calculation means adapted to calculate, based on GPS information by a GPS receiver mounted in a running vehicle, a speed vector of a running speed of the vehicle; a tire rotation information detection means adapted to detect tire rotation information of tires attached to the vehicle; a tire rotation speed calculation means adapted to calculate tire rotation speeds of the tires based on the tire rotation information obtained by the tire rotation information detection means; a speed calculation means adapted to calculate a first vehicle speed based on the speed vector information; a yaw rate calculation means adapted to calculate a first vehicle yaw rate based on the speed vector information; characterized by a first parameter calculation means adapted to calculate first parameters of a first relational expression between the first vehicle speed calculated by the speed calculation means and the tire rotation speeds; and a second parameter calculation means adapted to calculate second parameters of a second relational expression between the first vehicle yaw rate calculated by the yaw rate calculation means and the tire rotation speeds, the vehicle estimate navigation apparatus is adapted to calculate a second vehicle speed based on the latest calculated first parameters and the tire rotation speeds and to calculate a second vehicle yaw rate based on the latest calculated second parameters and the tire rotation speeds.
Door drive control for controlling a door drive connected to a leaf of a building door, wherein the door drive control is designed to control the door drive in an automatic mode, in which the leaf is moved by motor-driven actuation, and in a manual mode, in which the leaf is moved manually, wherein the door drive control includes a closing area detection device, designed to detect in manual mode whether the leaf during manual closing is moving into a closing area adjacent to the closed position, and includes a pulling device designed to control the door drive for motor-driven pulling of the leaf by driving the leaf into the closed position when the closing area detection device detects that the leaf is moving manually into the closing area or is located in the closing area during active manual mode, characterized in that the closing area is the area from the closed position to a reversal limit, wherein the reversal limit is a position near the closed position, separating a normal operating range reaching from the reversal limit to a maximum of the open end position from a closing area, wherein a power cut-off or a power cut-off and a subsequent reverse operation is active in the normal operating range in automatic mode and is inactive in the closing area. wherein the door drive control is designed to control the door drive in an automatic mode, in which the leaf is moved by motor-driven actuation, and in a manual mode, in which the leaf is moved manually, wherein the door drive control includes a closing area detection device, designed to detect in manual mode whether the leaf during manual closing is moving into a closing area adjacent to the closed position, and includes a pulling device designed to control the door drive for motor-driven pulling of the leaf by driving the leaf into the closed position when the closing area detection device detects that the leaf is moving manually into the closing area or is located in the closing area during active manual mode, characterized in that the closing area is the area from the closed position to a reversal limit, wherein the reversal limit is a position near the closed position, separating a normal operating range reaching from the reversal limit to a maximum of the open end position from a closing area, wherein a power cut-off or a power cut-off and a subsequent reverse operation is active in the normal operating range in automatic mode and is inactive in the closing area.
A wireless terminal comprising: a controller configured to: determine whether a SIM card is removed in a power-on state of the wireless terminal, and characterized by the controller being configured to: sense an error mode using an interrupt, and control power control signals for controlling power of the wireless terminal to be changed to a power-off state. a controller configured to: determine whether a SIM card is removed in a power-on state of the wireless terminal, and characterized by the controller being configured to: sense an error mode using an interrupt, and control power control signals for controlling power of the wireless terminal to be changed to a power-off state. determine whether a SIM card is removed in a power-on state of the wireless terminal, and characterized by the controller being configured to: sense an error mode using an interrupt, and control power control signals for controlling power of the wireless terminal to be changed to a power-off state. sense an error mode using an interrupt, and control power control signals for controlling power of the wireless terminal to be changed to a power-off state.
A forging die device used for high-temperature forging of a forging material, comprising: an upper die and a lower die, in which at least one die of the upper die and lower die has a die holder (12, 22) which surrounds the outer periphery of the die and holds the die; a die heating unit (11, 21) provided separately from at least the one die of the upper die and lower die; and in which the die heating unit heats at least the one die of the upper die and lower die, which is held by the die holder (12, 22); and in which the die heating unit is a heater plate with a plurality of built-in sheath heaters; and wherein the heater plate (11, 21) is disposed in such a manner that it abuts on a surface opposite to a product forming surface of at least the one die of the upper die and lower die; and a die holder heating unit (15, 25) for heating the die holder. a die heating unit (11, 21) provided separately from at least the one die of the upper die and lower die; and in which the die heating unit heats at least the one die of the upper die and lower die, which is held by the die holder (12, 22); and in which the die heating unit is a heater plate with a plurality of built-in sheath heaters; and wherein the heater plate (11, 21) is disposed in such a manner that it abuts on a surface opposite to a product forming surface of at least the one die of the upper die and lower die; and a die holder heating unit (15, 25) for heating the die holder.
A display containing an array of pixels, wherein each pixel comprises at least a first driving transistor and at least a second light emitting transistor mounted on a common substrate, wherein the first driving transistor comprises the following elements: - a first source electrode and a first drain electrode (12, 12') physically separated but electrically connected to each other by a semiconductor layer, - a first dielectric layer, and - at least one first gate electrode, and the second light emitting transistor comprises the following elements: - a second gate electrode, - a second dielectric layer, - a light emitting channel layer, and - a second source electrode having a length Ls and a second drain electrode (20, 20') having a length Ld, wherein the second gate electrode is in electrical contact with the first source electrode and/or the first drain electrode (12, 12'), wherein said second source electrode and second drain electrode (20, 20') are horizontally separated by at least 2 μm along a separation direction orthogonal to a stacking direction of the layers of the second light emitting transistor, and wherein at least one of the second source electrode and the second drain electrode (20, 20') vertically overlaps with the second gate by at least 5 μm, such vertical overlaps being represented by L and L', respectively, along said separation direction orthogonal to a stacking direction of the layers of the second light emitting transistor, characterized in that at least one of the first source and first drain electrodes (12, 12') of the first driving transistor is at least partially beneath one of the second source and second drain electrodes (20, 20'); wherein one of the first source and first drain electrodes (12, 12') of the first driving transistor is the second gate electrode of the second light emitting transistor. - a first source electrode and a first drain electrode (12, 12') physically separated but electrically connected to each other by a semiconductor layer, - a first dielectric layer, and - at least one first gate electrode, and - a second gate electrode, - a second dielectric layer, - a light emitting channel layer, and - a second source electrode having a length Ls and a second drain electrode (20, 20') having a length Ld,
Method for the purification of exhaust gas from an internal combustion engine, comprising reducing content of soot in the exhaust gas by passing the gas through a filter; subsequently reducing content of nitrogen oxides in presence of ammonia or a precursor thereof in contact with a catalyst being active in NH3-SCR; periodically actively regenerating the filer by burning of soot captured in the filter and thereby increasing temperature of the exhaust gas up to 850°C and a water vapour content of more than 15% and up to 100%; and passing the exhaust gas from the filter through the catalyst during the regeneration of the filter, wherein the catalyst comprises a zeolite SSZ-39 with an atomic ratio of silicon to aluminium between 5 and 50, and wherein the zeolite SSZ-39 is promoted with copper.
A process for producing a resin composition comprising rubbery polymer particles dispersed in a polymerizable organic compound having a reactive functional group, comprising: bringing water into contact with a mixture obtained by mixing an aqueous latex of rubbery polymer particles with an organic solvent exhibiting partial solubility to water; thereby forming a flocculate of the rubbery polymer particles containing the organic solvent in an aqueous phase; then separating the flocculate; adding an organic solvent exhibiting an affinity with the rubbery polymer particles to the flocculate; thereby obtaining the dispersion in which the rubbery polymer particles are dispersed in the organic solvent; mixing the dispersion and the polymerizable organic compound; and then removing the volatile ingredients by evaporation. bringing water into contact with a mixture obtained by mixing an aqueous latex of rubbery polymer particles with an organic solvent exhibiting partial solubility to water; thereby forming a flocculate of the rubbery polymer particles containing the organic solvent in an aqueous phase; then separating the flocculate; adding an organic solvent exhibiting an affinity with the rubbery polymer particles to the flocculate; thereby obtaining the dispersion in which the rubbery polymer particles are dispersed in the organic solvent; mixing the dispersion and the polymerizable organic compound; and then removing the volatile ingredients by evaporation.
Method for transferring articles of a container into a process chamber of a containment, wherein the containment has at least one passage, preferably two passages (47, 48), for transfer, wherein the container is pivoted towards the at least one passage by means of a conveying device, characterized in that the conveying device comprises a fork and a pivotable carrier, wherein the carrier is suspended from the fork, and the carrier grips the container underneath and the conveying device pivots the container to the at least one passage.
A battery device, comprising a cell and a cover plate assembly for the battery connected with the cell, wherein the cell comprises roll cores and tabs connected with the roll cores, wherein the cover plate assembly for the battery comprises: a top cover; a conductive structure arranged on the top cover, the conductive structure comprising at least one pole for conducting electricity; at least one connection structure, a first end of each connection structure being electrically connected with a corresponding pole in the at least one pole, a second end of the each connection structure being electrically connected with a tab of the cell, and the second end of the each connection structure being provided with an installation hole, wherein the each connection structure comprises a first connector and a second connector connected to each other, an included angle being provided between the first connector and the second connector, the first connector forming the first end, and the second connector forming the second end, at least one side of the second connector is provided with a groove for installing the tab; and a locking structure comprising at least one locking member, each locking member penetrating the tab to be fixedly connected with the installation hole, to lock the tab on the connection structure correspondingly, the tabs being connected with the poles through connection structures and the locking structure. a top cover; a conductive structure arranged on the top cover, the conductive structure comprising at least one pole for conducting electricity; at least one connection structure, a first end of each connection structure being electrically connected with a corresponding pole in the at least one pole, a second end of the each connection structure being electrically connected with a tab of the cell, and the second end of the each connection structure being provided with an installation hole, wherein the each connection structure comprises a first connector and a second connector connected to each other, an included angle being provided between the first connector and the second connector, the first connector forming the first end, and the second connector forming the second end, at least one side of the second connector is provided with a groove for installing the tab; and a locking structure comprising at least one locking member, each locking member penetrating the tab to be fixedly connected with the installation hole, to lock the tab on the connection structure correspondingly, the tabs being connected with the poles through connection structures and the locking structure.
A sleep aiding device, comprising: a physical-sign detecting part, configured to detect physical sign data associated with a user; a brainwave detecting part, configured to detect brainwave signal data associated with the user; and a display and play part, configured to: receive a display and play instruction, wherein the display and play instruction is generated according to at least one of the physical sign data and the brainwave signal data; and adjust at least one of a display mode and a play mode of the sleep aiding device according to the display and play instruction, characterized by that, the display and play part comprises a display device comprising a projecting device, and the display and play part is configured to automatically rotate and detect a surrounding environment when activating the display mode, and display image content on a flat surface when detecting the flat surface in the surrounding environment. a physical-sign detecting part, configured to detect physical sign data associated with a user; a brainwave detecting part, configured to detect brainwave signal data associated with the user; and a display and play part, configured to: receive a display and play instruction, wherein the display and play instruction is generated according to at least one of the physical sign data and the brainwave signal data; and adjust at least one of a display mode and a play mode of the sleep aiding device according to the display and play instruction, characterized by that, the display and play part comprises a display device comprising a projecting device, and the display and play part is configured to automatically rotate and detect a surrounding environment when activating the display mode, and display image content on a flat surface when detecting the flat surface in the surrounding environment. receive a display and play instruction, wherein the display and play instruction is generated according to at least one of the physical sign data and the brainwave signal data; and adjust at least one of a display mode and a play mode of the sleep aiding device according to the display and play instruction, characterized by that, the display and play part comprises a display device comprising a projecting device, and the display and play part is configured to automatically rotate and detect a surrounding environment when activating the display mode, and display image content on a flat surface when detecting the flat surface in the surrounding environment.
Method for operating an internal combustion engine having a four-cylinder, four-stroke combustion engine, having a fresh-gas tract connected to all four cylinders of the combustion motor, and having an exhaust-gas tract connected to all four cylinders of the combustion motor, wherein, for each cylinder of the combustion motor, the supply of fresh gas is controlled by means of two inlet valves and the discharge of exhaust gas is controlled by means of two outlet valves, wherein outlet actuating means in the form of one or more camshafts are provided, which open the outlet valves, and wherein inlet actuating means in the form of one or more camshafts are provided, which open at least one of the inlet valves during an intake stroke and during the exhaust stroke, wherein phase shift means for the phase shift of the opening of the outlet valves or of at least one of the outlet valves by the outlet actuating means, and switching means for the activation/deactivation of the opening of at least one of the inlet valves during the exhaust stroke, are provided, wherein the phase shift means are designed such that the opening of the at least one inlet valve during the exhaust stroke can take place in a phase of a positive pressure in the exhaust-gas tract in relation to the pressure in the fresh-gas tract, in order to realize internal exhaust-gas recirculation, wherein the phase shift means are furthermore designed such that the opening of the at least one inlet valve during the exhaust stroke can also take place in a phase of the positive pressure in the fresh-gas tract in relation to the pressure in the exhaust-gas tract, in order to realize scavenging, characterized in that - to realize scavenging, the opening of the at least one inlet valve during the exhaust stroke is performed when a phase of a positive pressure in the fresh-gas tract in relation to the pressure in the exhaust-gas tract is present, and - to realize internal exhaust-gas recirculation for the cylinder, the opening of the outlet valves is advanced to such an extent that a phase of a positive pressure in the exhaust-gas tract in relation to the pressure in the fresh-gas tract overlaps the opening of the inlet valve during the exhaust stroke. - to realize scavenging, the opening of the at least one inlet valve during the exhaust stroke is performed when a phase of a positive pressure in the fresh-gas tract in relation to the pressure in the exhaust-gas tract is present, and - to realize internal exhaust-gas recirculation for the cylinder, the opening of the outlet valves is advanced to such an extent that a phase of a positive pressure in the exhaust-gas tract in relation to the pressure in the fresh-gas tract overlaps the opening of the inlet valve during the exhaust stroke.
A dental implant system comprising: a jaw bone anchor (20, 120) according to claim 7 and a dental abutment for attachment to the jaw bone anchor (20, 120) via the attachment element, a jaw-bone facing section of the dental abutment having an exterior shape that is complementary to the tapered open inner area formed by the inner surface of the expandable wall. a jaw bone anchor (20, 120) according to claim 7 and a dental abutment for attachment to the jaw bone anchor (20, 120) via the attachment element, a jaw-bone facing section of the dental abutment having an exterior shape that is complementary to the tapered open inner area formed by the inner surface of the expandable wall.