mhurhangee/ep-ind-claims huggingface dataset:
Industrial truck with a steer-by-wire steering system which comprises a joystick, as an actuating element, and a steering actuator, wherein an electronic control device is provided which is operatively connected on the input side to the joystick and on the output side to the steering actuator, wherein a variable steering transmission ratio is provided by means of which the steering angle range and the actual steering speed of the steering actuator can be changed depending on the travel speed of the industrial truck, characterized in that the electronic control device controls the steering system in a closed control circuit, wherein a reference variable (w) of the closed control circuit can be generated by actuation of the joystick, wherein the electronic control device is configured in such a manner that, when the joystick is deflected, the speed of modification of the reference variable (w) in relation to the actuating speed of the joystick is modified depending on the travel speed.
A system for wirelessly monitoring and profiling process conditions within a reactor vessel, wherein the system comprises: the reactor vessel that defines a reaction zone, wherein within the reaction zone is a catalyst bed comprising catalyst particles, wherein said catalyst particles comprise an inorganic oxide component and a metal component; a plurality of sensor-enabled RFID tags that are disposed at known locations within the catalyst bed and surrounded by the catalyst particles; wherein each the sensor-enabled RFID tag of the plurality is encoded with a unique non-variable identification code, and wherein each the sensor-enabled RFID tag of the plurality is configured to sense a reactor condition within the reaction zone, receive an interrogation signal, and, in response to the interrogation signal, transmit an RFID transponder signal that includes information representative of the unique non-variable identification code and of the reactor condition that is associated with the sensor-enabled RFID tag; and an RFID reader antenna that is wirelessly linked to each sensor-enabled RFID tags of the plurality and configured to transmit the interrogation signal and receive the RFID transponder signals that is transmitted by each sensor-enabled RFID tags of the plurality in response to the interrogation signal; whereby process conditions at specific locations throughout the reaction zone can be determined and profiled. wherein within the reaction zone is a catalyst bed comprising catalyst particles, wherein said catalyst particles comprise an inorganic oxide component and a metal component; a plurality of sensor-enabled RFID tags that are disposed at known locations within the catalyst bed and surrounded by the catalyst particles; wherein each the sensor-enabled RFID tag of the plurality is encoded with a unique non-variable identification code, and wherein each the sensor-enabled RFID tag of the plurality is configured to sense a reactor condition within the reaction zone, receive an interrogation signal, and, in response to the interrogation signal, transmit an RFID transponder signal that includes information representative of the unique non-variable identification code and of the reactor condition that is associated with the sensor-enabled RFID tag; and an RFID reader antenna that is wirelessly linked to each sensor-enabled RFID tags of the plurality and configured to transmit the interrogation signal and receive the RFID transponder signals that is transmitted by each sensor-enabled RFID tags of the plurality in response to the interrogation signal; whereby process conditions at specific locations throughout the reaction zone can be determined and profiled.
Self-adhesive balancing weight for a vehicle wheel having a main body and an extension thereto, the main body having an approximately plane surface with an adhesive tape, the extension having a convex section and which is laterally extending above the plane surface outward of the plane surface on a plane distant from the plane of the plane surface, and the extension having no adhesive tape. characterized in, that a concave shaped section is between the convex section of the extension and the plane surface.
A (poly)peptide having Epidermal Growth Factor -activity or a nucleic acid encoding said (poly)peptide for use in treating or preventing an inflammatory demyelinating disorder, wherein the (poly)peptide (a) comprises or consists of the amino acid sequence of SEQ ID NO: 1; and/or (b) comprises or consists of an amino acid sequence, which is at least 66% identical to the amino acid sequence of SEQ ID NO: 1; and/or (c) comprises or consists of a fragment of (a) or (b); and wherein the (poly)peptide or nucleic acid is the only pharmaceutically active agent to be administered. (a) comprises or consists of the amino acid sequence of SEQ ID NO: 1; and/or (b) comprises or consists of an amino acid sequence, which is at least 66% identical to the amino acid sequence of SEQ ID NO: 1; and/or (c) comprises or consists of a fragment of (a) or (b); and
Secure distribution method of digital data representative of a multimedia content by a content supplier using a broadcast network, said data being scrambled by control words is stored in a database, that comprises the steps of: receiving a request message of the content of a content reception device (2,20) connected to said network; (a) encrypting the control words using an encryption key (K Pub_Rec; K Pub_DHN) received from said content reception device (2,20); and (b) transmitting to said reception device: - said scrambled digital data, and - the control words encrypted using the encryption key of said content reception device. (a) encrypting the control words using an encryption key (K Pub_Rec; K Pub_DHN) received from said content reception device (2,20); and (b) transmitting to said reception device: - said scrambled digital data, and - the control words encrypted using the encryption key of said content reception device. - said scrambled digital data, and - the control words encrypted using the encryption key of said content reception device.
A vehicle occupant restraint system comprising a spindle which winds a seatbelt, a motor which generates motive power for rotating the spindle, a power transmission mechanism which can transmit motive power from the motor, and collision possibility detection means for detecting information for determining a possibility of collision, wherein the power transmission mechanism comprises: a first reduction transmission path which reduces the rotation of the motor at a first reduction ratio, and a second reduction transmission path which reduces the rotation of the motor at a reduction ratio that is higher than the first reduction ratio, characterized by - a clutch mechanism which connects or disconnects the motor and the spindle, wherein - the first reduction transmission path and the second reduction transmission path transmit the rotation of the motor to the clutch mechanism, and - switching means for switching the connection with the clutch mechanism to the first reduction transmission path or the second reduction transmission path, when a possibility of collision is detected by the collision possibility detection means, the motor is positively rotated, and the rotation of the motor is transmitted to the clutch mechanism at a high speed and low torque via the first reduction transmission path until the coupling of the clutch mechanism is complete, and after the coupling of the clutch mechanism is complete, the power transmission mechanism is switched from the first reduction transmission path to the second reduction transmission path, and the rotation of the motor is transmitted to the clutch mechanism at a low speed and high torque. a first reduction transmission path which reduces the rotation of the motor at a first reduction ratio, and a second reduction transmission path which reduces the rotation of the motor at a reduction ratio that is higher than the first reduction ratio, - a clutch mechanism which connects or disconnects the motor and the spindle, wherein - the first reduction transmission path and the second reduction transmission path transmit the rotation of the motor to the clutch mechanism, and - switching means for switching the connection with the clutch mechanism to the first reduction transmission path or the second reduction transmission path,
An image forming system, comprising: a fluid applicator unit configured to apply fluid to a substrate; a substrate positioning unit configured to position the substrate in a printzone to receive fluid from the fluid applicator unit; and a fluid collector assembly including: a collector advancement unit configured to advance a collector substrate along a collector transport path below the substrate in the printzone, wherein the collector substrate is to collect a portion of the fluid that passes through the substrate; and a collector control module configured to control the collector advancement unit to selectively advance the collector substrate along the collector transport path in response to application of the fluid to the substrate by the fluid applicator unit. a fluid applicator unit configured to apply fluid to a substrate; a substrate positioning unit configured to position the substrate in a printzone to receive fluid from the fluid applicator unit; and a fluid collector assembly including: a collector advancement unit configured to advance a collector substrate along a collector transport path below the substrate in the printzone, wherein the collector substrate is to collect a portion of the fluid that passes through the substrate; and a collector control module configured to control the collector advancement unit to selectively advance the collector substrate along the collector transport path in response to application of the fluid to the substrate by the fluid applicator unit. a collector advancement unit configured to advance a collector substrate along a collector transport path below the substrate in the printzone, wherein the collector substrate is to collect a portion of the fluid that passes through the substrate; and a collector control module configured to control the collector advancement unit to selectively advance the collector substrate along the collector transport path in response to application of the fluid to the substrate by the fluid applicator unit.
An auto-injector, comprising: a syringe carrier arranged to retain a syringe; a plunger arranged to displace a stopper within the syringe; a feedback component retainable in a first position and biased towards a second position, a pin (28.4) disposed on the feedback component; and an exterior component (12, 13) having a bore (13.7), wherein the feedback component moves from the first position to the second position when the plunger during displacement of the stopper reaches a predetermined position, and wherein the pin (28.4) enters the bore (13.7) when the feedback component is in the second position, wherein a drive spring is arranged within the carrier, distally grounded in the carrier and proximally bearing against a thrust face on the plunger, wherein a feedback spring is arranged to bias the feedback component in a distal direction relative to the plunger by proximally bearing against the plunger and distally against the feedback component, characterized in that the feedback spring is distinct from the drive spring. a syringe carrier arranged to retain a syringe; a plunger arranged to displace a stopper within the syringe; a feedback component retainable in a first position and biased towards a second position, a pin (28.4) disposed on the feedback component; and an exterior component (12, 13) having a bore (13.7), wherein the feedback component moves from the first position to the second position when the plunger during displacement of the stopper reaches a predetermined position, and wherein the pin (28.4) enters the bore (13.7) when the feedback component is in the second position, wherein a drive spring is arranged within the carrier, distally grounded in the carrier and proximally bearing against a thrust face on the plunger, wherein a feedback spring is arranged to bias the feedback component in a distal direction relative to the plunger by proximally bearing against the plunger and distally against the feedback component, characterized in that the feedback spring is distinct from the drive spring.
A process for extracting and isolating constituents from cellulosic material, the process comprising: (a) contacting the cellulosic material with a supercritical fluid under conditions to provide an extract; (b) removing the insoluble material from the extract; and (c) fractionating the extract by distillation under depressed pressure to provide one or more isolated constituents. (a) contacting the cellulosic material with a supercritical fluid under conditions to provide an extract; (b) removing the insoluble material from the extract; and (c) fractionating the extract by distillation under depressed pressure to provide one or more isolated constituents.
A robotic work tool system comprising a boundary wire, a first guide wire and a robotic work tool comprising a controller and at least one magnetic sensor arranged to sense a magnetic boundary signal emitted by the boundary wire, and a first magnetic guide signal emitted by the first guide wire, wherein the boundary wire is arranged to demarcate a work area, the work area comprising at least one obstacle, and the guide wire is arranged to be laid so that it alternates between following the boundary wire and the at least one obstacle, thereby at least partially demarcating at least a first, a second and a third work zone (205', 205", 205′′′), wherein the first work zone, the second and the third work zones (205") are all comprised in the work area, wherein the controller is configured to: detect an at least partial crossing of the first guide wire from one of the first, second or third work zone to another of the first, second or third work zone; determine an operating status, the operating status indicating whether the first guide wire may be crossed to enter the other work zone, and if the operating status indicates that a crossing is allowed, allow the robotic work tool to cross the first guide wire to the other work zone, and if not, control the operation of the robotic work tool so that the first guide wire is not crossed. wherein the boundary wire is arranged to demarcate a work area, the work area comprising at least one obstacle, and the guide wire is arranged to be laid so that it alternates between following the boundary wire and the at least one obstacle, thereby at least partially demarcating at least a first, a second and a third work zone (205', 205", 205′′′), wherein the first work zone, the second and the third work zones (205") are all comprised in the work area, wherein the controller is configured to: detect an at least partial crossing of the first guide wire from one of the first, second or third work zone to another of the first, second or third work zone; determine an operating status, the operating status indicating whether the first guide wire may be crossed to enter the other work zone, and if the operating status indicates that a crossing is allowed, allow the robotic work tool to cross the first guide wire to the other work zone, and if not, control the operation of the robotic work tool so that the first guide wire is not crossed. detect an at least partial crossing of the first guide wire from one of the first, second or third work zone to another of the first, second or third work zone; determine an operating status, the operating status indicating whether the first guide wire may be crossed to enter the other work zone, and if the operating status indicates that a crossing is allowed, allow the robotic work tool to cross the first guide wire to the other work zone, and if not, control the operation of the robotic work tool so that the first guide wire is not crossed.
An ironing apparatus comprising: ∘ a rotating cylinder; ∘ a burner assembly comprising a main body in which a passage for a mixture of air and gas is defined, said main body comprising an outlet surface in which a plurality of holes are defined, through which the mixture of air and gas exits from said passage, wherein said passage is elongate-shaped and extends in a longitudinal direction inside said rotating cylinder; characterized in that said passage has a decreasing cross section along said longitudinal direction wherein the decreasing cross section decreases in a direction starting from the extremity of the passage for the mixture of air and gas in which this mixture enters the passage, to the opposite end thereof in the longitudinal direction of the passage. ∘ a rotating cylinder; ∘ a burner assembly comprising a main body in which a passage for a mixture of air and gas is defined, said main body comprising an outlet surface in which a plurality of holes are defined, through which the mixture of air and gas exits from said passage, wherein said passage is elongate-shaped and extends in a longitudinal direction inside said rotating cylinder;
A method performed by a radio network (600, 700) comprising at least one network node, for handling access information related to how the radio network can be accessed by at least one wireless device present in a radio coverage area served by the radio network, the method comprising: - broadcasting access information comprising a range of access parameters, using a demodulation reference signal out of a set of predefined demodulation reference signals, and - transmitting a synchronization signal associated with a predefined mapping to at least two candidate demodulation reference signals including the demodulation reference signal used for broadcasting the access information. - broadcasting access information comprising a range of access parameters, using a demodulation reference signal out of a set of predefined demodulation reference signals, and - transmitting a synchronization signal associated with a predefined mapping to at least two candidate demodulation reference signals including the demodulation reference signal used for broadcasting the access information.
Device for supplying gases to an analytical device, in particular for the analysis of isotope ratios, wherein a particular gas stream can be adjusted in a gas line, with a feed line (116, 117, 102 to 106) for sample gas or reference gas, a feed line for carrier gas, and at least one ongoing line (97, 125, 113), and with several valves (89 to 96; 127 to 129, 131 to 135) between the feed line for carrier gas and the ongoing line (97, 125, 113), wherein the valves are arranged in parallel with one another, wherein the valves can be switched stepwise - binary or incrementally, and wherein a defined restriction having a corresponding flow rate is allocated to each valve, characterized by the following features: a) the ongoing line (97, 125, 113) ends in an open split (100, 101) for mixing the gas stream with another gas stream, b) Sample gas or reference gas reaches the open split (100, 101) via the feed line (116, 117, 102 to 106) for sample gas or reference gas, c) the restrictions of at least two valves are different. a) the ongoing line (97, 125, 113) ends in an open split (100, 101) for mixing the gas stream with another gas stream, b) Sample gas or reference gas reaches the open split (100, 101) via the feed line (116, 117, 102 to 106) for sample gas or reference gas, c) the restrictions of at least two valves are different.
A height adjustment device for an armrest for a chair or other seating furniture, preferably an office chair, comprising a stem for the armrest, which stem Is provided with an internal groove for adjustably and lockably telescopic intake of an inner extended element connected to the armrest for adjusting the height of the armrest, wherein the inner extended element Includes a locking pin assembly with two mutually displaceable parts (12, 13) in the longitudinal direction for height adjustment, as a number of locking grooves for Intervention with a pre-tensioned locking pin are provided In the longitudinal direction of the locking pin assembly, which locking grooves in an open position are provided by aligned open portions or notches (15, 16) respectively arranged In the longitudinal direction of the two mutually displaceable parts (12, 13), and which In a closed position are brought out of alignment and is closed by relative displacement of the two mutually displaceable parts (12, 13), and which thus presses the pre-tensioned locking pin out of the locking groove due to relative shaping of the open portions or notches (15, 16), for height adjustment of the armrest to a chosen one of the locking grooves by operating an adjustment lever operatively connected to one of the two mutually displaceable parts (12, 13) for providing of said displacement between said parts (12, 13), characterized in that a first, inner part of said two mutually displaceable parts is slidably arranged in the second, outer part, which partly encloses said inner part, and where the inner part and the outer part are mutually pre-tensioned by a helical spring such that the locking grooves are in their open position except from by operation of the adjustment lever.
A method for generating a rat embryonic stem cell line, comprising: (a) culturing in vitro a first feeder cell layer that is not modified to express leukemia inhibitory factor and a morula or a blastocyst stage rat embryo, wherein the zona pellucida of the morula or blastocyst stage rat embryo has been removed, and wherein the culture conditions maintain pluripotency of a rat ES cell and comprise a medium comprising about 50 U/mL to about 150 U/mL LIF, and a combination of inhibitors consisting of a MEK inhibitor and a GSK3 inhibitor; and (b) transferring an outgrowth of an amorphous undifferentiated mass of rat ES cells to an in vitro culture well comprising a second feeder cell layer that is not modified to express LIF; (c) culturing the outgrowth under conditions comprising the medium comprising about 50 U/mL to about 150 U/mL LIF, and a combination of inhibitors consisting of a MEK inhibitor and a GSK3 inhibitor, thereby maintaining pluripotency of the rat ES cells; and (d) modifying the rat ES cells to comprise a targeted genetic modification comprising at least one insertion of a heterologous polynucleotide into the genome of the rat ES cells, wherein the rat ES cells are capable of transmitting the targeted genetic modification through the germline. (a) culturing in vitro a first feeder cell layer that is not modified to express leukemia inhibitory factor and a morula or a blastocyst stage rat embryo, wherein the zona pellucida of the morula or blastocyst stage rat embryo has been removed, and wherein the culture conditions maintain pluripotency of a rat ES cell and comprise a medium comprising about 50 U/mL to about 150 U/mL LIF, and a combination of inhibitors consisting of a MEK inhibitor and a GSK3 inhibitor; and (b) transferring an outgrowth of an amorphous undifferentiated mass of rat ES cells to an in vitro culture well comprising a second feeder cell layer that is not modified to express LIF; (c) culturing the outgrowth under conditions comprising the medium comprising about 50 U/mL to about 150 U/mL LIF, and a combination of inhibitors consisting of a MEK inhibitor and a GSK3 inhibitor, thereby maintaining pluripotency of the rat ES cells; and (d) modifying the rat ES cells to comprise a targeted genetic modification comprising at least one insertion of a heterologous polynucleotide into the genome of the rat ES cells, wherein the rat ES cells are capable of transmitting the targeted genetic modification through the germline.