mhurhangee/ep-ind-claims huggingface dataset:
A tablet in which a cup portion is formed at least above or below a side portion, characterized in that the outer surface of the cup portion includes first, second and third curved surfaces (12a, 12b, 12c) having different curvatures, the first curved surface is at least continuous with the second curved surface, the second curved surface is continuous with the first curved surface and the third curved surface, and the third curved surface is at least continuous with the second curved surface. the outer surface of the cup portion includes first, second and third curved surfaces (12a, 12b, 12c) having different curvatures, the first curved surface is at least continuous with the second curved surface, the second curved surface is continuous with the first curved surface and the third curved surface, and the third curved surface is at least continuous with the second curved surface.
A method for extracting DNA, comprising the steps of: • providing a lysate in a sample vessel, • adding a DNA-adsorbing substance to the sample vessel, • closing the sample vessel by means of a wash filter element, • feeding a wash fluid into the sample vessel through the wash filter element, and • discharging the wash fluid from the sample vessel through the wash filter element, • wherein the DNA-adsorbing substance can be retained by the wash filter element. • providing a lysate in a sample vessel, • adding a DNA-adsorbing substance to the sample vessel, • closing the sample vessel by means of a wash filter element, • feeding a wash fluid into the sample vessel through the wash filter element, and • discharging the wash fluid from the sample vessel through the wash filter element, • wherein the DNA-adsorbing substance can be retained by the wash filter element.
A wireless adapter for use in a two-wire process control loop configured to couple to a process field device (12; 42) in an industrial process control system which is coupled to the two-wire process control loop and provide wireless communication to the process field device (12; 42), comprising: first and second loop terminals configured to couple in series with the two-wire process control loop; wireless communication circuitry coupled to the first and second loop terminals adapted to provide wireless communication to the process field device (12; 42); and loop current bypass circuitry electrically connected between the first and second loop terminals configured to provide a loop current path therebetween in response to an open circuit in a current path of the wireless communication circuitry between the first and second loop terminals, characterized in that the loop current bypass circuitry includes a precision shunt regulator and resistors (170; 172) being arranged in parallel with the shunt regulator, which are configured to adjust the voltage at which the precision shunt regulator operates. first and second loop terminals configured to couple in series with the two-wire process control loop; wireless communication circuitry coupled to the first and second loop terminals adapted to provide wireless communication to the process field device (12; 42); and loop current bypass circuitry electrically connected between the first and second loop terminals configured to provide a loop current path therebetween in response to an open circuit in a current path of the wireless communication circuitry between the first and second loop terminals, characterized in that the loop current bypass circuitry includes a precision shunt regulator and resistors (170; 172) being arranged in parallel with the shunt regulator, which are configured to adjust the voltage at which the precision shunt regulator operates.
A method for assessing a shape of a bell-shaped liquid spray, comprising the steps of: ∘ operating a spray nozzle for delivering a bell-shaped liquid spray; ∘ capturing an image of a plurality of liquid jets forming the delivered bell-shaped liquid spray during operation of the spray nozzle; ∘ processing the captured image, wherein processing the captured image comprises converting the captured image to a binary image (50, 51), the binary image (50, 51) comprising a plurality of filaments each filament corresponding to a liquid jet and a plurality of arcs each arc connecting two filaments being located next to each other; and ∘ deriving at least one shape parameter of the liquid jets from the processed image. ∘ operating a spray nozzle for delivering a bell-shaped liquid spray; ∘ capturing an image of a plurality of liquid jets forming the delivered bell-shaped liquid spray during operation of the spray nozzle; ∘ processing the captured image, wherein processing the captured image comprises converting the captured image to a binary image (50, 51), the binary image (50, 51) comprising a plurality of filaments each filament corresponding to a liquid jet and a plurality of arcs each arc connecting two filaments being located next to each other; and ∘ deriving at least one shape parameter of the liquid jets from the processed image.
Carbon composite component composed of a plastics - carbon-fibre composite material, made up of individual regions (Bl, B2, B3) extending in the plane of the component, wherein at least one ply is composed, in at least one of the regions, of carbon fibre composite material, and at least one further region comprises a ply which is composed of metal cords which are arranged spaced apart from one another in at least one direction, wherein plies composed of the metal cords are arranged on or between the plies of carbon fibre composite material, wherein the component has different regions (Bl, B2, B3), wherein only plies of carbon fibre composite material are provided in a first region of the component, wherein, in a second region, the component has two plies of the metal cords, and/or, in a third region, the component has one ply of the metal cords; characterized in that the metal cords form a bidirectional metal laid fabric.
A motor control center system, comprising: an electrical enclosure having buses for routing electrical power to component units, a component unit disposed in a compartment of the electrical enclosure, wherein the component unit contains a component for managing a power supply to a load disposed outside of the enclosure; and a ground element disposed along a support wall of the compartment, wherein the ground element provides a fused ground connection with a load terminal of the electrical enclosure when the component unit is withdrawn from the electrical enclosure, wherein the ground element includes an actuator side, a spring system and a support side, wherein the spring system rotates the actuator side away from the support wall and the support side engages with the load terminal as the component unit is withdrawn from the electrical enclosure, wherein the ground element comprises a fuse electrically disposed between the load terminal and the ground element when the component unit is withdrawn from the electrical enclosure. an electrical enclosure having buses for routing electrical power to component units, a component unit disposed in a compartment of the electrical enclosure, wherein the component unit contains a component for managing a power supply to a load disposed outside of the enclosure; and a ground element disposed along a support wall of the compartment, wherein the ground element provides a fused ground connection with a load terminal of the electrical enclosure when the component unit is withdrawn from the electrical enclosure, wherein the ground element includes an actuator side, a spring system and a support side, wherein the spring system rotates the actuator side away from the support wall and the support side engages with the load terminal as the component unit is withdrawn from the electrical enclosure, wherein the ground element comprises a fuse electrically disposed between the load terminal and the ground element when the component unit is withdrawn from the electrical enclosure.
A method of operating a video services receiver having an associated display element, the method comprising: maintaining, at the video services receiver, a database that indicates a favorite program for a user of the video services receiver, the favorite program having a scheduled start time; detecting that the video services receiver is currently tuned to an ongoing program event that conflicts with the scheduled start time of the favorite program or that, at the scheduled start time, the video services receiver is in a receiver standby mode, or that the display element is in a display standby mode, or that the video services receiver is in a receiver standby mode and that the display element is in a display standby mode; and in response to the detecting, recording the favorite program; and also in response to the detecting, sending a notification to the user, wherein the notification indicates that the favorite program has been recorded; and initiating, in response to user input responsive to the notification, a place-shifting session such that the favorite program is reformatted and delivered to a remote presentation device as place-shifted content, the video services receiver serving as the source of the place-shifted content. maintaining, at the video services receiver, a database that indicates a favorite program for a user of the video services receiver, the favorite program having a scheduled start time; detecting that the video services receiver is currently tuned to an ongoing program event that conflicts with the scheduled start time of the favorite program or that, at the scheduled start time, the video services receiver is in a receiver standby mode, or that the display element is in a display standby mode, or that the video services receiver is in a receiver standby mode and that the display element is in a display standby mode; and in response to the detecting, recording the favorite program; and also in response to the detecting, sending a notification to the user, wherein the notification indicates that the favorite program has been recorded; and initiating, in response to user input responsive to the notification, a place-shifting session such that the favorite program is reformatted and delivered to a remote presentation device as place-shifted content, the video services receiver serving as the source of the place-shifted content.
A method for operating a cooling system, which comprises at least one cooling assembly, at least one cold accumulator as well as at least one load circuit to be cooled, and a cooling medium flows through these, wherein for cooling the load circuit, the cold accumulator and the cooling assembly are connected to the load circuit in a parallel connection, characterised in that on cooling the load circuit, a feed temperature (T ws) of the load circuit as well as a cooling power (p s) which is taken from the at least one cold accumulator are set by way of adapting an outlet temperature (T c) of the cooling medium which is provided by the at least one cooling assembly, as well as a flow (u) of the cooling medium through the at least one cold accumulator, wherein the setting of the feed temperature (T ws) in the load circuit is effected in a manner such that the feed temperature (T ws) in a first regulating region is set solely by way of adapting the flow (u) through the cold accumulator and in a second regulating region solely by way of adapting the outlet temperature (T c).
Battery module, having • at least two battery cells each with at least one safety valve for venting the battery cell, wherein the safety valve of the battery cell is arranged in a manner directed towards a cavity on an end side of the battery cell in each case, wherein • each battery cell has a separate cavity on the safety valve of the battery cell, characterized in that • the cavity is delimited by the battery cell, a sealing element (120, 160) and a membrane, • a portion of the membrane is designed to be opened by an excess pressure in the cavity, • the membrane is arranged on at least two separate cavities, • the membrane has a predetermined rupture point at at least one point, and • the membrane has an electrical circuit, wherein the electrical circuit is designed to be changed by opened predetermined rupture points, as a result of which the opened predetermined rupture point can be electrically determined. • at least two battery cells each with at least one safety valve for venting the battery cell, wherein the safety valve of the battery cell is arranged in a manner directed towards a cavity on an end side of the battery cell in each case, wherein • each battery cell has a separate cavity on the safety valve of the battery cell, characterized in that • the cavity is delimited by the battery cell, a sealing element (120, 160) and a membrane, • a portion of the membrane is designed to be opened by an excess pressure in the cavity, • the membrane is arranged on at least two separate cavities, • the membrane has a predetermined rupture point at at least one point, and • the membrane has an electrical circuit, wherein the electrical circuit is designed to be changed by opened predetermined rupture points, as a result of which the opened predetermined rupture point can be electrically determined.
A method in a receiver, for estimating a normalised frequency offset between a transmitter and the receiver in a wireless communication system, based on Orthogonal Frequency Division Multiplexing, OFDM, the method comprising: receiving a first pilot signal ( y r1) and a second pilot signal ( y r2) from the transmitter; computing a Karhunen-Loeve approximation λ K (φ), up to any finite order K of a log-likelihood function λ(φ) of a frequency offset hypothesis, based on the received pilot signals ( y r1, y r2); estimating the frequency offset by calculating a maximum value of the computed Karhunen-Loeve approximation λ K (φ). receiving a first pilot signal ( y r1) and a second pilot signal ( y r2) from the transmitter; computing a Karhunen-Loeve approximation λ K (φ), up to any finite order K of a log-likelihood function λ(φ) of a frequency offset hypothesis, based on the received pilot signals ( y r1, y r2); estimating the frequency offset by calculating a maximum value of the computed Karhunen-Loeve approximation λ K (φ).
A cell culture process for the production of a soluble CTLA4 molecule, comprising: a) culturing CHO cells which produce a soluble CTLA4 moleculein cell culture under conditions that allow for protein production; and b) adding non-toxic levels of glucocorticoid.
A method implemented in a first node in a network, the method comprising: receiving, by the first node, data indicating connectivity of a plurality of nodes in the network including the first node; building, by the first node, a flooding topology based on the connectivity, wherein the first node is selected as a root node, and storing the flooding topology in a memory; and flooding, by the first node, the flooding topology to nodes in the flooding topology to enable the nodes to send link state messages over the flooding topology without transmitting such messages across network links that are excluded from the flooding topology; flooding, by the first node, link state messages over the flooding topology, wherein the link state message contains a mode field set to indicate centralized link state flooding reduction; the method further comprising: receiving, a request specifying a number of leaf links to add to the tree; and adding to the flooding topology, the number of leaf links between the nodes in the network. receiving, by the first node, data indicating connectivity of a plurality of nodes in the network including the first node; building, by the first node, a flooding topology based on the connectivity, wherein the first node is selected as a root node, and storing the flooding topology in a memory; and flooding, by the first node, the flooding topology to nodes in the flooding topology to enable the nodes to send link state messages over the flooding topology without transmitting such messages across network links that are excluded from the flooding topology; flooding, by the first node, link state messages over the flooding topology, wherein the link state message contains a mode field set to indicate centralized link state flooding reduction; the method further comprising: receiving, a request specifying a number of leaf links to add to the tree; and adding to the flooding topology, the number of leaf links between the nodes in the network. receiving, a request specifying a number of leaf links to add to the tree; and adding to the flooding topology, the number of leaf links between the nodes in the network.
A shift-by-wire system configured to switch shift positions, the shift-by-wire system comprising: a detent plate turnable about a turn axis, and including a plurality of recesses (50, 52) corresponding to the shift positions on a peripheral surface of the detent plate; a detent spring including an engagement portion engageable with any one of the recesses (50, 52) of the detent plate, and configured to push the engagement portion toward the peripheral surface of the detent plate to hold the detent plate at a turning position where the engagement portion pushes any one of the recesses (50, 52); a rotating electrical machine; a gear device configured to transmit a rotating electrical machine torque output from the rotating electrical machine to the detent plate; and an electronic control unit configured to control the rotating electrical machine torque, wherein, the electronic control unit is configured to reverse the rotating electrical machine torque after the electronic control unit makes the rotating electrical machine output the rotating electrical machine torque for turning the detent plate in a turning direction to switch the shift position, then the detent torque generated in the detent plate by a push of the engagement portion is reversed in the turning direction from a torque in a counter-turning direction to a torque in the turning direction being opposite to the torque in the counter-turning direction, and before backlash elimination on a side corresponding to the counter-turning direction in a backlash portion of the gear device by the reversed detent torque is finished. a detent plate turnable about a turn axis, and including a plurality of recesses (50, 52) corresponding to the shift positions on a peripheral surface of the detent plate; a detent spring including an engagement portion engageable with any one of the recesses (50, 52) of the detent plate, and configured to push the engagement portion toward the peripheral surface of the detent plate to hold the detent plate at a turning position where the engagement portion pushes any one of the recesses (50, 52); a rotating electrical machine; a gear device configured to transmit a rotating electrical machine torque output from the rotating electrical machine to the detent plate; and an electronic control unit configured to control the rotating electrical machine torque,
A method for reduction of a solid feedstock in an electrolytic apparatus comprising the steps of, arranging a portion of the feedstock in each of a plurality of electrolytic cells (50, 60, 70, 80), circulating molten salt from a first molten salt reservoir such that salt flows through each of the electrolytic cells, applying a potential across electrodes (52, 54) of each of the cells, the potential being sufficient to cause the reduction of the feedstock.
Apparatus for measuring at least one property of a fluid, the apparatus comprising: a capacitive fluid sensor comprising a first electrode and a second electrode with a sensing region between the electrodes; an alternating signal source configured to apply an alternating drive signal to the capacitive fluid sensor; and a processing apparatus configured to: receive a sense signal from the capacitive fluid sensor; receive the alternating drive signal; determine a complex difference signal comprising a ratio of the sense signal and the drive signal, the complex difference signal comprising an in-phase difference component and a quadrature difference component; determine the at least one property of the fluid based on both the in-phase difference component and the quadrature difference component of the complex difference signal by compensating for an effect on the complex difference signal due to at least one parasitic element of the apparatus. a capacitive fluid sensor comprising a first electrode and a second electrode with a sensing region between the electrodes; an alternating signal source configured to apply an alternating drive signal to the capacitive fluid sensor; and a processing apparatus configured to: receive a sense signal from the capacitive fluid sensor; receive the alternating drive signal; determine a complex difference signal comprising a ratio of the sense signal and the drive signal, the complex difference signal comprising an in-phase difference component and a quadrature difference component; determine the at least one property of the fluid based on both the in-phase difference component and the quadrature difference component of the complex difference signal by compensating for an effect on the complex difference signal due to at least one parasitic element of the apparatus. receive a sense signal from the capacitive fluid sensor; receive the alternating drive signal; determine a complex difference signal comprising a ratio of the sense signal and the drive signal, the complex difference signal comprising an in-phase difference component and a quadrature difference component; determine the at least one property of the fluid based on both the in-phase difference component and the quadrature difference component of the complex difference signal by compensating for an effect on the complex difference signal due to at least one parasitic element of the apparatus.
Sintering press having at least two punches, one inner punch and one outer punch, wherein the outer punch is an upper punch and the inner punch is a lower punch, having a powder store for the filling of a die of the sintering press with a sinterable powder material, and having a die for the production of a green product by means of the powder material from the powder store, wherein a first punch of the upper punches and/or lower punches has a punch head eccentrically and asymmetrically with respect to an axial axis of the sintering press, which punch head is, without a guide, movable within the die along a die outer wall and/or along an adjacent punch in the die, wherein the punch head acts on a face surface of the green product, so that an axial force exerted during pressing acts spaced apart from the axial axis on the first punch, wherein the first punch has, between punch head and punch foot, an asymmetrical shape which at least reduces, in particular prevents, axial tilting of the punch and grinding of the punch head along an adjacent outer surface in the die during the movement into and the movement out of said die during a pressing process during the production of the green product.