mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling an attach state of a user equipment performed by a telecommunications node, the telecommunications node being an attach control node of a telecommunications system , the telecommunications system further comprising a subscriber database containing subscription data of the user equipment, the subscription data comprising a first set of subscription data and at least one second set of subscription data, the method comprising the step of: - if an authentication step is required, receiving authentication data in the attach control node; the method characterised by comprising, following the authentication step, if any, - receiving in a first transfer stage the first set of subscription data from the subscriber database and storing the first set of subscription data in the attach control node, wherein the first set of subscription data is insufficient for enabling establishing a communication session between the user equipment and the telecommunications system; - if establishing a communication session is required between the user equipment and the telecommunications system wherein the establishing of the communication session comprises establishing a user data plane communication session, receiving in a second transfer stage following the first transfer stage the at least one second set of subscription data from the subscriber database in the attach control node, and storing the second set of subscription data in the attach control node, wherein the combination of the first set of subscription data and the second set of subscription data is sufficient for enabling establishing a communication session between the user equipment and the telecommunications system. - if an authentication step is required, receiving authentication data in the attach control node; the method characterised by comprising, following the authentication step, if any, - receiving in a first transfer stage the first set of subscription data from the subscriber database and storing the first set of subscription data in the attach control node, wherein the first set of subscription data is insufficient for enabling establishing a communication session between the user equipment and the telecommunications system; - if establishing a communication session is required between the user equipment and the telecommunications system wherein the establishing of the communication session comprises establishing a user data plane communication session, receiving in a second transfer stage following the first transfer stage the at least one second set of subscription data from the subscriber database in the attach control node, and storing the second set of subscription data in the attach control node, wherein the combination of the first set of subscription data and the second set of subscription data is sufficient for enabling establishing a communication session between the user equipment and the telecommunications system.
Door drive for a motor vehicle door or motor vehicle flap, with an electromotive drive and a transmission connected downstream of the drive , and with a force transmission element which is operatively connected to a leaf the motor vehicle door or motor vehicle flap, wherein an output element of the transmission and the force transmission element are coupled by a toothing with compensation for play, wherein further the toothing is designed in two parts for engaging in both the force transmission element and a compensating element that is rotatably, elastically coupled to the force transmission element , and wherein for play-free positioning, the compensation element has a differing angular velocity from the force transmission element in order to create a relative angle (α 1 - α 2 ) between the two elements , characterized in that both the force transmission element and the compensation element are designed in the form of a circle segment relative to their respective axes , each having engagement openings for the output element , wherein the output element engages with its toothing on the one hand in an inner toothing of the force transmission element and on the other hand in an inner toothing of the compensation element through the respective engagement opening . an output element of the transmission and the force transmission element are coupled by a toothing with compensation for play, wherein further the toothing is designed in two parts for engaging in both the force transmission element and a compensating element that is rotatably, elastically coupled to the force transmission element , and wherein for play-free positioning, the compensation element has a differing angular velocity from the force transmission element in order to create a relative angle (α 1 - α 2 ) between the two elements , characterized in that both the force transmission element and the compensation element are designed in the form of a circle segment relative to their respective axes , each having engagement openings for the output element , wherein the output element engages with its toothing on the one hand in an inner toothing of the force transmission element and on the other hand in an inner toothing of the compensation element through the respective engagement opening .
Agricultural device , preferably a sowing machine and/or a soil working machine, comprising - a supporting structure , - a first group (G1) of row units, the row units of the first group (G1) being connected to the supporting structure by means of elastic connection elements , and - a second group (G2) of row units, the row units of the second group (G2) being connected to the supporting structure by means of elastic connection elements , - the connection elements of the first group (G1) and the connection elements of the second group (G2) being designed as leaf-spring elements , characterised in that the connection elements of the first group (G1) and the connection elements of the second group (G2) have different levels of elasticity, preferably whereby contact forces and/or working depths of the row units of the first group (G1) and the second group (G2) can be adjusted to one another. - a supporting structure , - a first group (G1) of row units, the row units of the first group (G1) being connected to the supporting structure by means of elastic connection elements , and - a second group (G2) of row units, the row units of the second group (G2) being connected to the supporting structure by means of elastic connection elements , - the connection elements of the first group (G1) and the connection elements of the second group (G2) being designed as leaf-spring elements , characterised in that the connection elements of the first group (G1) and the connection elements of the second group (G2) have different levels of elasticity, preferably whereby contact forces and/or working depths of the row units of the first group (G1) and the second group (G2) can be adjusted to one another.
Health monitoring method for checking a functionality of a flight control surface driving apparatus comprising a control surface drive device for generating mechanical power for moving at least one control surface , a transmission device for transmitting mechanical power from the control surface drive device to the at least one control surface , at least one brake device for braking movement of the transmission device, at least one load sensor for sensing a load imposed on the control surface drive device , and a control device configured to receive a load sensor output signal from the at least one load sensor and to control the control surface drive device in response to the load sensor output signal , wherein the health monitoring method comprises automatically checking proper functionality of at least one of the at least one load sensor and the transmission device by a) blocking movement of the transmission device by means of the brake device , b) commanding the control surface drive device to apply a load on the transmission device blocked by the brake device , while c) determining whether at least one load sensor output signal of the at least one load sensor remains within a predetermined range . a) blocking movement of the transmission device by means of the brake device , b) commanding the control surface drive device to apply a load on the transmission device blocked by the brake device , while c) determining whether at least one load sensor output signal of the at least one load sensor remains within a predetermined range .
A method for processing read requests in a bus architecture comprising at least one master device connected to at least two slave devices via a bus, the architecture comprising an optimiser for each slave device, each optimiser for buffering incoming requests for the respective slave device, the method comprising the steps of: a) the master device sending a read request for a first slave device (205a or 205b) to the bus; b) generating a priority indicator associated with the read request; c) generating a current-state indicator associated with the read request, the current-state indicator having an initial value; d) sending the read request, the priority indicator and the current-state indicator to the optimiser (211a or 211b) of the first slave device; e) the optimiser of the first slave device receiving the read request, the priority indicator and the current-state indicator; and i) if the initial value of the current-state indicator matches the value of the priority indicator, processing the read request; and ii) if the initial value of the current-state indicator does not match the value of priority indicator, deferring processing of the read request until a later time. a) the master device sending a read request for a first slave device (205a or 205b) to the bus; b) generating a priority indicator associated with the read request; c) generating a current-state indicator associated with the read request, the current-state indicator having an initial value; d) sending the read request, the priority indicator and the current-state indicator to the optimiser (211a or 211b) of the first slave device; e) the optimiser of the first slave device receiving the read request, the priority indicator and the current-state indicator; and i) if the initial value of the current-state indicator matches the value of the priority indicator, processing the read request; and ii) if the initial value of the current-state indicator does not match the value of priority indicator, deferring processing of the read request until a later time. i) if the initial value of the current-state indicator matches the value of the priority indicator, processing the read request; and ii) if the initial value of the current-state indicator does not match the value of priority indicator, deferring processing of the read request until a later time.
A concertina device for connecting and closing the space between two articulated units of an articulated bus, which comprises two parts: an upper part having an inverted "U" shape and a closing bottom with a "U" shape, the upper part comprising a plurality of first bands , made with a concertina profile, made of flexible material, joined together one alongside the other, equipped with a plurality of first stiffening frames and forming a tunnel having an upper wall and two side walls for connecting together two carriages of a vehicle ,the concertina device further comprising a plurality of second bands made of flexible material, joined together one alongside the other, equipped with a plurality of second stiffening frames and forming the cited closing bottom for closing the tunnel , wherein the closing bottom is removably connectable to the upper part and comprises a lower wall , which is opposite the upper wall of the tunnel and two side walls , which are laterally alongside the side walls of the tunnel and in contact inside the side walls of the tunnel and wherein in the zone in which the side walls of the closing bottom are laterally alongside the side walls of the tunnel , the concertina has a double layer formed by the first and second bands the concertina device being characterized in that the first stiffening frames and the second stiffening frame are joined together by fastening means and in that at each first stiffening frame , the lower strip of the tunnel has a slot through which the first stiffening frame is connected and fixed to the corresponding second stiffening frame .
A bucket for a swinging rotor of a centrifugal separator, comprising: a bucket body in a bottomed cylindrical shape configured to accommodate a tube containing a sample to undergo a centrifugal treatment and pivotably and detachably supported by a rotor yoke of the centrifugal separator; a cover detachably attached to an opening of the bucket body and configured to close the opening ; and a pair of attachment mechanisms provided at positions that divide the opening into two parts and configured to detachably attach the cover to the bucket body while the cover is pressed toward the bucket body , the cover including a lid portion including a pair of pressed portions that are pressed by the pair of attachment mechanisms and configured to cover the opening , characterized in that the bucket further comprises a seal member provided between the bucket body and the cover , and the cover further includes a handle portion formed integrally with the lid portion and projecting from the lid portion toward an opposite side of the bucket body , the handle portion being stretched between the pair of pressed portions , and a hole formed between the lid portion and the handle portion , the hole opening toward the outside of the cover and separating the lid portion and the handle portion . a bucket body in a bottomed cylindrical shape configured to accommodate a tube containing a sample to undergo a centrifugal treatment and pivotably and detachably supported by a rotor yoke of the centrifugal separator; a cover detachably attached to an opening of the bucket body and configured to close the opening ; and a pair of attachment mechanisms provided at positions that divide the opening into two parts and configured to detachably attach the cover to the bucket body while the cover is pressed toward the bucket body , the cover including a lid portion including a pair of pressed portions that are pressed by the pair of attachment mechanisms and configured to cover the opening , characterized in that the bucket further comprises a seal member provided between the bucket body and the cover , and the cover further includes a handle portion formed integrally with the lid portion and projecting from the lid portion toward an opposite side of the bucket body , the handle portion being stretched between the pair of pressed portions , and a hole formed between the lid portion and the handle portion , the hole opening toward the outside of the cover and separating the lid portion and the handle portion .
An implantable medical device, comprising: a coil comprising minimum and maximum orthogonal dimensions in a first plane and wound around a first axis; and a boost converter configured to produce a second voltage from a first voltage, wherein the boost converter comprises an inductor wound around a second axis in a second plane comprising or parallel to the first plane, and wherein the second axis is parallel to the maximum dimension. a coil comprising minimum and maximum orthogonal dimensions in a first plane and wound around a first axis; and a boost converter configured to produce a second voltage from a first voltage, wherein the boost converter comprises an inductor wound around a second axis in a second plane comprising or parallel to the first plane, and wherein the second axis is parallel to the maximum dimension.
A method for opening value document packages in which value documents, in particular banknotes, are packaged with a packaging material , wherein a region of the packaging material is heated with hot air in such a manner that the packaging material opens along a cutting pattern .
Cardo copolybenzimidazoles having repeating units represented by the following Chemical Formula 1: wherein 0.05≦x≦0.5, 0.5≦y≦0.95, and x+y=1.
A soil conditioner comprising a solid body and a microorganism comprising mycorrhiza introduced into the solid body, characterized in that the solid body comprises partly dried silt being river sediment and in that the soil conditioner in addition to mycorrhiza comprises further living organisms comprising one or more of the following organisms, worms, worm eggs and predators, comprising predator mites.
A method for determining a data transmission mode in a 5G network, said method being performed by a network device, the method comprising: obtaining at least one input parameter, wherein the at least one input parameter comprises transmission related information of a network side or transmission related information reported by a terminal device; determining a data transmission mode for the terminal device based on the at least one input parameter; and sending the data transmission mode to the terminal device; wherein sending the data transmission mode to the terminal device comprises: sending an order comprising bearer information for indicating to change data transmission mode and the data transmission mode, wherein said data transmission mode comprises one of the following: a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode. obtaining at least one input parameter, wherein the at least one input parameter comprises transmission related information of a network side or transmission related information reported by a terminal device; determining a data transmission mode for the terminal device based on the at least one input parameter; and sending the data transmission mode to the terminal device; sending an order comprising bearer information for indicating to change data transmission mode and the data transmission mode,
Process for the separation of vanadium in the form of vanadium oxide, iron-vanadium-oxide, or iron-vanadium from solutions containing both dissolved iron and dissolved vanadium, characterised in that an aqueous solution containing dissolved iron and vanadium in a molar iron-to-vanadium ratio of above 1:1, and optionally also other elements is oxidized in an oxidation step with a gaseous oxidation media, wherein the oxidation step is carried out at a reaction temperature of between 100 and 300°C and acid is present in the aqueous solution during the oxidation step and its amount is kept below the stoichiometric amount of acid required during bivalent iron oxidation, and the precipitate thus formed is removed from the solution.
A spray boom, comprising: a body having a length defined between a first end and a second end thereof, the body formed by a plurality of layers of composite material adapted to be molded together to form an inner surface and an outer surface ; an internal cavity defined in the body internally of the inner surface ; and a light-emitting system integrally formed in the body in an outer layer thereof or at a location between the inner surface and the outer surface , the light-emitting system having an on state and an off state in which it is adapted to emit a light when in the on state. a body having a length defined between a first end and a second end thereof, the body formed by a plurality of layers of composite material adapted to be molded together to form an inner surface and an outer surface ; an internal cavity defined in the body internally of the inner surface ; and a light-emitting system integrally formed in the body in an outer layer thereof or at a location between the inner surface and the outer surface , the light-emitting system having an on state and an off state in which it is adapted to emit a light when in the on state.
A storage battery system comprising a first storage battery unit and a second storage battery unit , wherein the first storage battery unit comprises: - a first converter to convert alternating current and direct current, - a first storage battery , and - a first controller to control the first converter , the first storage battery unit is interconnected to a system for supplying power, and the first controller detects a frequency of the system, and controls the first converter for the first storage battery to output constant active power to the system based on the frequency of the system falling below a first threshold value, the second storage battery unit comprises: - a second converter to convert alternating current and direct current, - a second storage battery , and - a second controller to control the second converter , and wherein the second storage battery unit is interconnected to the system, and the second controller detects a frequency of the system, and controls the second converter for the second storage battery to output active power that fluctuates in accordance with a difference between the frequency of the system having been detected and a reference frequency to the system based on the frequency of the system falling below a second threshold value, characterized in that the second threshold value is lower than the first threshold value. the first storage battery unit comprises: - a first converter to convert alternating current and direct current, - a first storage battery , and - a first controller to control the first converter , - a first converter to convert alternating current and direct current, - a first storage battery , and - a first controller to control the first converter , the first storage battery unit is interconnected to a system for supplying power, and the first controller detects a frequency of the system, and controls the first converter for the first storage battery to output constant active power to the system based on the frequency of the system falling below a first threshold value, the second storage battery unit comprises: - a second converter to convert alternating current and direct current, - a second storage battery , and - a second controller to control the second converter , and wherein - a second converter to convert alternating current and direct current, - a second storage battery , and - a second controller to control the second converter , and wherein the second storage battery unit is interconnected to the system, and the second controller detects a frequency of the system, and controls the second converter for the second storage battery to output active power that fluctuates in accordance with a difference between the frequency of the system having been detected and a reference frequency to the system based on the frequency of the system falling below a second threshold value, characterized in that the second threshold value is lower than the first threshold value.
An article comprising: first and second endwall arc segments including a gaspath side, and a plurality of airfoils on the gaspath side, each of the first and second endwall arc segments including first and second circumferential mate faces , the first circumferential mate face of the first endwall arc segment forming a joint with the second circumferential mate face of the second endwall arc segment ; and a cover on the gaspath side spanning across at least a portion of the joint , characterized in that : the plurality of airfoils include a variable airfoil that is rotatable in a bearing hub , and the cover includes a hub profile portion that conforms to the bearing hub . first and second endwall arc segments including a gaspath side, and a plurality of airfoils on the gaspath side, each of the first and second endwall arc segments including first and second circumferential mate faces , the first circumferential mate face of the first endwall arc segment forming a joint with the second circumferential mate face of the second endwall arc segment ; and a cover on the gaspath side spanning across at least a portion of the joint , characterized in that : the plurality of airfoils include a variable airfoil that is rotatable in a bearing hub , and the cover includes a hub profile portion that conforms to the bearing hub .