mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a motor vehicle , comprising the following steps: - guiding the motor vehicle on a road independently of a driver; - detecting an accident situation of the motor vehicle ; - detecting an attempt by the driver to intervene in the vehicle guidance; - determining that the intervention attempt is not a guidance attempt; and - maintaining the guidance of the motor vehicle , characterized in that an attention level of the driver before the determination of the accident situation is determined and an intervention attempt by the driver within a time interval determined on the basis of the attention level is determined as not being a guidance attempt. - guiding the motor vehicle on a road independently of a driver; - detecting an accident situation of the motor vehicle ; - detecting an attempt by the driver to intervene in the vehicle guidance; - determining that the intervention attempt is not a guidance attempt; and - maintaining the guidance of the motor vehicle , characterized in that an attention level of the driver before the determination of the accident situation is determined and an intervention attempt by the driver within a time interval determined on the basis of the attention level is determined as not being a guidance attempt.
A composite comprising: a coated shaped metal material which includes a shaped metal material and a coating formed on a surface of the shaped metal material; and cloth which contains a chemical fiber and is joined to the coated side of the coated shaped metal material, wherein, the coating contains a polyurethane resin containing a polycarbonate unit, a mass ratio of the polycarbonate unit to mass of a total resin in the coating is 15 to 80 mass%, a film thickness of the coating is 0.2 μm or more, and the chemical fiber is a polyurethane fiber, a polyvinyl alcohol fiber, a polyvinyl chloride fiber or a combination thereof. a coated shaped metal material which includes a shaped metal material and a coating formed on a surface of the shaped metal material; and cloth which contains a chemical fiber and is joined to the coated side of the coated shaped metal material, wherein, the coating contains a polyurethane resin containing a polycarbonate unit, a mass ratio of the polycarbonate unit to mass of a total resin in the coating is 15 to 80 mass%, a film thickness of the coating is 0.2 μm or more, and the chemical fiber is a polyurethane fiber, a polyvinyl alcohol fiber, a polyvinyl chloride fiber or a combination thereof.
A diagnostic apparatus for a rotational angle sensor that outputs two correlated signals, corresponding to a rotational angle, characterized in that the diagnostic apparatus is configured to obtain a reference value at each predetermined angle from the two correlated signals in a learning process, set, based on the reference value obtained in said learning process associated with said rotational angle corresponding to the two outputted correlated signals, an upper threshold and a lower threshold, the upper threshold and the lower threshold defining a predetermined range including the reference value, and diagnose whether or not a failure has occurred in the rotational angle sensor based on whether or not a numerical value obtained from the two correlated signals is within the predetermined range. the diagnostic apparatus is configured to obtain a reference value at each predetermined angle from the two correlated signals in a learning process, set, based on the reference value obtained in said learning process associated with said rotational angle corresponding to the two outputted correlated signals, an upper threshold and a lower threshold, the upper threshold and the lower threshold defining a predetermined range including the reference value, and diagnose whether or not a failure has occurred in the rotational angle sensor based on whether or not a numerical value obtained from the two correlated signals is within the predetermined range.
A power supply device , comprising: a first battery pack configured to supply power to a load; a first ground unit which is connected between a first relay which is connected to the first battery pack to connect and disconnect power supplying of the battery pack and the first battery pack ; a second battery pack configured to supply power to the load; a second ground unit which is connected between a second relay which is connected to the second battery pack to connect and disconnect power supplying of the battery pack and the second battery pack ; and a voltage measuring unit , characterized in that : the voltage measurement unit is configured to measure voltages of both ends of the first relay and voltages of both ends of the second relay and to compare said measured voltages of both ends of respective relay , wherein the first ground unit and the second ground unit are independent ground units provided between respective battery pack (110-112) and the respective relay (120-122) connected to the battery pack to detect failure of the respective relay by determining whether the measured voltages of both ends of the respective relay are equal to each other.. a first battery pack configured to supply power to a load; a first ground unit which is connected between a first relay which is connected to the first battery pack to connect and disconnect power supplying of the battery pack and the first battery pack ; a second battery pack configured to supply power to the load; a second ground unit which is connected between a second relay which is connected to the second battery pack to connect and disconnect power supplying of the battery pack and the second battery pack ; and a voltage measuring unit , characterized in that : the voltage measurement unit is configured to measure voltages of both ends of the first relay and voltages of both ends of the second relay and to compare said measured voltages of both ends of respective relay , wherein the first ground unit and the second ground unit are independent ground units provided between respective battery pack (110-112) and the respective relay (120-122) connected to the battery pack to detect failure of the respective relay by determining whether the measured voltages of both ends of the respective relay are equal to each other.. the voltage measurement unit is configured to measure voltages of both ends of the first relay and voltages of both ends of the second relay and to compare said measured voltages of both ends of respective relay , wherein the first ground unit and the second ground unit are independent ground units provided between respective battery pack (110-112) and the respective relay (120-122) connected to the battery pack to detect failure of the respective relay by determining whether the measured voltages of both ends of the respective relay are equal to each other..
Panel carrier for securing a front panel to the side frames of a drawer , comprising - a carrier part which can be fixed to the front panel and - a base part which can be mounted on the side frame , encloses the carrier part and has two lateral limbs aligned at least partially parallel to each other, as well as - a first adjusting element for adjusting the front panel and - a second adjusting element having a cylindrical rotational axis extending through the base part and the carrier part , - wherein the first adjusting element is arranged at a distance from the rotational axis of the second adjusting element , characterized in that - the carrier part is pivotably arranged about the rotational axis of the second adjusting element relative to the base part . - a carrier part which can be fixed to the front panel and - a base part which can be mounted on the side frame , encloses the carrier part and has two lateral limbs aligned at least partially parallel to each other, as well as - a first adjusting element for adjusting the front panel and - a second adjusting element having a cylindrical rotational axis extending through the base part and the carrier part , - wherein the first adjusting element is arranged at a distance from the rotational axis of the second adjusting element , - the carrier part is pivotably arranged about the rotational axis of the second adjusting element relative to the base part .
A process for polymerising lactide into polylactic acid, the process comprising the steps of: - feeding a first lactide feed into a first polymerisation reactor section; wherein the first lactide feed comprises L-lactide; - feeding the output of the first polymerisation reactor section into a second polymerisation reactor section; and, - feeding a second lactide feed into the second polymerisation reaction section between the first polymerisation reactor section and the second polymerisation reactor section after at most 95% of the total residence time; wherein the second lactide feed comprises D and/or meso-lactide; and, wherein the second lactide feed comprises at least 40% by weight D/Meso-lactide, compared to the total weight of the second lactide feed. - feeding a first lactide feed into a first polymerisation reactor section; wherein the first lactide feed comprises L-lactide; - feeding the output of the first polymerisation reactor section into a second polymerisation reactor section; and, - feeding a second lactide feed into the second polymerisation reaction section between the first polymerisation reactor section and the second polymerisation reactor section after at most 95% of the total residence time; wherein the second lactide feed comprises D and/or meso-lactide; and, wherein the second lactide feed comprises at least 40% by weight D/Meso-lactide, compared to the total weight of the second lactide feed.
A laser scanner , with a housing , a laser transmitter with a transmission aperture (S) for emitting a transmission beam , a laser receiver for receiving the transmission beam reflected from an environment as a reception beam , and a beam deflection device in the beam bath of the transmission and reception beams in form of a mirror pyramid mounted on a rotatable shaft , the mirror pyramid's pyramid axis forming the rotation axis and the mirror pyramid's pyramid sides inclined thereto each forming a mirror facet (7 - 10), wherein the laser transmitter and the laser receiver are each directed towards the mirror pyramid substantially in parallel to the rotation axis , and wherein the laser receiver comprises at least one collective lens arranged downstream of the mirror pyramid in the reception beam path, characterized in that the collective lens is, when seen in the direction of the rotation axis , in its overlapping region with the mirror facets (7 - 10) at least as large in area as twice of the largest of all mirror facets (7 - 10) seen in the direction of the rotation axis . a housing , a laser transmitter with a transmission aperture (S) for emitting a transmission beam , a laser receiver for receiving the transmission beam reflected from an environment as a reception beam , and a beam deflection device in the beam bath of the transmission and reception beams in form of a mirror pyramid mounted on a rotatable shaft , the mirror pyramid's pyramid axis forming the rotation axis and the mirror pyramid's pyramid sides inclined thereto each forming a mirror facet (7 - 10), wherein the laser transmitter and the laser receiver are each directed towards the mirror pyramid substantially in parallel to the rotation axis , and wherein the laser receiver comprises at least one collective lens arranged downstream of the mirror pyramid in the reception beam path, characterized in that the collective lens is, when seen in the direction of the rotation axis , in its overlapping region with the mirror facets (7 - 10) at least as large in area as twice of the largest of all mirror facets (7 - 10) seen in the direction of the rotation axis .
An electric motor with a motor housing and with a further housing which comprises electric and/or electronic components , receives a control apparatus and in which at least one component which produces heat on operation of the motor is arranged, with at least one fluid-leading channel circuit which conductively connects the inside of the motor housing to the interior of the further housing , with an impeller (15"') for producing a fluid flow in the channel circuit, characterised in that a guidance device which surrounds the impeller (15") for producing a fluid flow in the channel circuit is provided in the motor housing (1") and comprises an essentially radially running conduit exit into the further housing and an essentially radially arranged conduit entry which comes from the further housing, and the conduit entry and the conduit exit lie in the same radial plane.
Use of a gas having an oxygen content of less than 12 vol-% for increasing the storage stability in the dark of an immunoglobulin preparation comprising immunoglobulin in a mass-volume percentage of at least 4%, wherein the storage stability is stability against yellowish coloration over a period of 24 months or longer, and wherein the gas is used in the headspace of a container in which the immunoglobulin preparation is stored.
A measurement method, comprising: receiving (S301), by a terminal device, first indication information sent by a network device, wherein the first indication information is used to indicate that a Secondary Cell Group, SCG, enters a first state, and characterized in that the first state is a deactivated state; determining, by the terminal device, that all serving cells of the SCG enter the first state after receiving the first indication information; and performing (S302), by the terminal device, measurement on the SCG according to a first measurement behavior after the SCG enters the first state, wherein the first indication information is carried in Radio Resource Control, RRC, signaling, and wherein the performing the measurement on the SCG according to the first measurement behavior comprises: performing the measurement by the terminal device according to first measurement configuration, wherein the first measurement configuration is measurement configuration configured on a Master Cell Group, MCG, side in a RRC connected state; and performing the measurement by the terminal device according to second measurement configuration, wherein the second measurement configuration is measurement configuration configured on the SCG side in the RRC connected state. receiving (S301), by a terminal device, first indication information sent by a network device, wherein the first indication information is used to indicate that a Secondary Cell Group, SCG, enters a first state, and characterized in that the first state is a deactivated state; determining, by the terminal device, that all serving cells of the SCG enter the first state after receiving the first indication information; and performing (S302), by the terminal device, measurement on the SCG according to a first measurement behavior after the SCG enters the first state, wherein the first indication information is carried in Radio Resource Control, RRC, signaling, and wherein the performing the measurement on the SCG according to the first measurement behavior comprises: performing the measurement by the terminal device according to first measurement configuration, wherein the first measurement configuration is measurement configuration configured on a Master Cell Group, MCG, side in a RRC connected state; and performing the measurement by the terminal device according to second measurement configuration, wherein the second measurement configuration is measurement configuration configured on the SCG side in the RRC connected state. performing the measurement by the terminal device according to first measurement configuration, wherein the first measurement configuration is measurement configuration configured on a Master Cell Group, MCG, side in a RRC connected state; and performing the measurement by the terminal device according to second measurement configuration, wherein the second measurement configuration is measurement configuration configured on the SCG side in the RRC connected state.
Foldable pedestal element as a base for merchandising units for presenting goods, having an encircling frame wall consisting of four side walls connected to one another, and at least one strengthening element connected to the frame wall on its inner side, wherein the pedestal element can be reversibly brought out of a flat transport position by an opening operation into a spatial usage position, wherein the frame wall consists of a one-piece, rectangular panel, which forms all four side walls arranged one alongside the other, which are pivotably connected to one another by folding lines , wherein the outer free ends of the narrow sides of the panel are connected by collapsing the two most outward of the four side walls by means of a gluing operation, and the strengthening element consists of a second rectangular panel that overlaps the bending line between the first most outward side wall and the neighbouring side wall on their inner sides, and is connected to each of the neighbouring side walls in question by means of an adhesive region running perpendicular to the longitudinal extension of the first panel, wherein the strengthening element has two bending lines arranged in parallel to the adhesive regions between its adhesive regions arranged on its free ends, and wherein one of the two bending lines is arranged over the folding line between a first most outward side wall and the neighbouring side wall .
An electrode for a conducted electrical weapon ("CEW"), the electrode for providing a current through a human or animal target to impede locomotion of the target, the electrode comprising: a body , the body includes a front wall , a rear wall , and a cavity therein, the rear wall includes an opening ; a spear , the spear coupled to the front wall, the spear for coupling the electrode to the target; a filament , a first end portion of the filament extends from the cavity via the opening of the rear wall, the first end portion of the filament for coupling to a signal generator to provide the current, characterized in that the filament is adapted for deploying from the cavity via the opening; and in that the electrode comprises a tensioner having a bore therethrough, the tensioner positioned proximate to the opening of the rear wall, the first end portion of the filament positioned through the bore, wherein an interior surface of the bore contacts the filament as the filament deploys from the cavity, thereby applying a force on the filament during deployment of the filament from the cavity. a body , the body includes a front wall , a rear wall , and a cavity therein, the rear wall includes an opening ; a spear , the spear coupled to the front wall, the spear for coupling the electrode to the target; a filament , a first end portion of the filament extends from the cavity via the opening of the rear wall, the first end portion of the filament for coupling to a signal generator to provide the current, characterized in that the filament is adapted for deploying from the cavity via the opening; and in that the electrode comprises a tensioner having a bore therethrough, the tensioner positioned proximate to the opening of the rear wall, the first end portion of the filament positioned through the bore, wherein an interior surface of the bore contacts the filament as the filament deploys from the cavity, thereby applying a force on the filament during deployment of the filament from the cavity.
Machine for forming paperboard trays comprising: a first magazine arranged to accommodate flat blanks intended to form trays; a second magazine arranged to accommodate closed-loop paperboard frames applicable to the trays; a tray forming station ; a station for coupling said frames with said trays; a robot suitable for operating between said machine stations; a blank feeding system which is arranged to pick up the blanks from said first magazine and deliver them to said robot or carry them to the forming station ; a frame feeding system arranged to pick up the frames from said second magazine and carry them to said coupling station ; wherein: the robot carries a forming member suitable for forming at least one paperboard tray from a respective blank, cooperating with a die which is located in the forming station and is suitable for accommodating said forming member ; and wherein the robot is configured to: perform in said forming station a forming operation by coupling said former to said die , resulting in a paperboard tray which is in a relationship of engagement with the former of the robot, the resultant paperboard tray having a tub for holding the product delimited by a bottom and by side walls and perimeter tabs extending from the upper edges of said side walls; position the paperboard tray in the coupling station so as to apply the frame to the inner surfaces of said perimeter tabs facing towards the bottom of the tray; in which the tray remains in a relationship of engagement with the former of the robot, resulting from the forming process, during transfer towards the coupling station and during coupling with the frame. a first magazine arranged to accommodate flat blanks intended to form trays; a second magazine arranged to accommodate closed-loop paperboard frames applicable to the trays; a tray forming station ; a station for coupling said frames with said trays; a robot suitable for operating between said machine stations; a blank feeding system which is arranged to pick up the blanks from said first magazine and deliver them to said robot or carry them to the forming station ; a frame feeding system arranged to pick up the frames from said second magazine and carry them to said coupling station ; perform in said forming station a forming operation by coupling said former to said die , resulting in a paperboard tray which is in a relationship of engagement with the former of the robot, the resultant paperboard tray having a tub for holding the product delimited by a bottom and by side walls and perimeter tabs extending from the upper edges of said side walls; position the paperboard tray in the coupling station so as to apply the frame to the inner surfaces of said perimeter tabs facing towards the bottom of the tray; in which the tray remains in a relationship of engagement with the former of the robot, resulting from the forming process, during transfer towards the coupling station and during coupling with the frame.