mhurhangee/ep-ind-claims huggingface dataset:
A pipe section, which at a first end comprises an insertion part for insertion into a sleeve part of a second end of a second pipe section, wherein the insertion part comprises a first region with a reduced diameter, in which at least one clamping element is at least partly arranged, which substantially extends in the direction of the second end, characterized in that the first region has an inner shoulder, via which the at least one clamping element extends, so that the at least one clamping element in the fitted state of the insertion part can be partly bent over the inner shoulder in the sleeve part of the second pipe section, so that a non-positive connection between the clamping element and the sleeve part of the second pipe section can develop.
Process for producing an impact modifier comprising following steps a) synthesis of a core shell copolymer latex by emulsion polymerization b) control and adjusting of pH value of the core shell polymer particle after the synthesis step to a pH between 4 and 8 c) coagulation of the core shell polymer at a pH between 4 and 8 by addition of an aqueous electrolyte solution a) synthesis of a core shell copolymer latex by emulsion polymerization b) control and adjusting of pH value of the core shell polymer particle after the synthesis step to a pH between 4 and 8 c) coagulation of the core shell polymer at a pH between 4 and 8 by addition of an aqueous electrolyte solution
A power control device for controlling electric power of a hybrid vehicle, the vehicle comprising: an internal combustion engine; a motor that can be coupled to a drive wheel of the vehicle; a generator that can be coupled to the internal combustion engine; a first secondary battery that is connected to the motor; a second secondary battery that is connected to the generator, wherein a voltage of the second secondary battery is lower than that of the first secondary battery; and a converter that is connected to the first secondary battery and the second secondary battery the power control device being characterized in that: when a charging rate of the second secondary battery is equal to or higher than a specified value or when an increase rate of the charging rate of the second secondary battery is equal to or higher than a specified value, the power control device controls the vehicle as following: the converter steps up a DC voltage received from the second secondary battery, and outputs the stepped-up DC voltage to the first secondary battery; and the generator generates the electric power and supplies the electric power to the second secondary battery. an internal combustion engine; a motor that can be coupled to a drive wheel of the vehicle; a generator that can be coupled to the internal combustion engine; a first secondary battery that is connected to the motor; a second secondary battery that is connected to the generator, wherein a voltage of the second secondary battery is lower than that of the first secondary battery; and a converter that is connected to the first secondary battery and the second secondary battery the power control device being characterized in that: when a charging rate of the second secondary battery is equal to or higher than a specified value or when an increase rate of the charging rate of the second secondary battery is equal to or higher than a specified value, the power control device controls the vehicle as following: the converter steps up a DC voltage received from the second secondary battery, and outputs the stepped-up DC voltage to the first secondary battery; and the generator generates the electric power and supplies the electric power to the second secondary battery. the converter steps up a DC voltage received from the second secondary battery, and outputs the stepped-up DC voltage to the first secondary battery; and the generator generates the electric power and supplies the electric power to the second secondary battery.
The invention relates to a heater/heat sink comprising at least one heating plate, which carries at least one convector sheet, and comprising at least one ventilator unit, which conveys air to be heated from below upwards over at least one subsection of the heating plate, characterised in that at least one carrier extending horizontally in the longitudinal direction of said heating plate (1, 1') and/or in the position of use of the heating body is arranged in front of the surface (11, 11') of the heating plate (1, 1') or at a height level lying in front of the surface, said carrier carrying a plurality of ventilator units, characterised in that the adjacent ventilator units are each connected via an elastically flexible connecting unit and the ventilator units and/or the connecting units are mounted on the carrier so as to be displaceable in the longitudinal direction thereof.
A method operable in a radio access node (120, 300) in a communication system having a first uplink carrier and a second uplink carrier, comprising: receiving a first user equipment power headroom, UPH, filtering value for said first uplink carrier from a user equipment, UE (110, 200); identifying a measurement identifier with a first value for said first uplink carrier; transmitting said first UPH filtering value and said measurement identifier with said first value to a radio network controller, RNC; receiving a second UPH filtering value for said second uplink carrier from said UE (110, 200); identifying said measurement identifier with a second value for said second uplink carrier; and transmitting said second UPH filtering value and said measurement identifier with said second value to said RNC. receiving a first user equipment power headroom, UPH, filtering value for said first uplink carrier from a user equipment, UE (110, 200); identifying a measurement identifier with a first value for said first uplink carrier; transmitting said first UPH filtering value and said measurement identifier with said first value to a radio network controller, RNC; receiving a second UPH filtering value for said second uplink carrier from said UE (110, 200); identifying said measurement identifier with a second value for said second uplink carrier; and transmitting said second UPH filtering value and said measurement identifier with said second value to said RNC.
A sound recording apparatus that records an audio signal, comprising: a connection unit that is HDMI-connectable to a camera; an HDMI receiver that receives an HDMI signal transmitted from a camera via the connection unit; a controller (102, 134); an HDMI transmitter; characterized in that the controller (102, 134) is configured to record an audio signal which is input from a microphone which is connected to the sound recording apparatus, and embed, in an user settable audio channel portion of the HDMI signal, said audio signal which is input from the microphone, the HDMI transmitter outputs, to an external device, a video image signal included in the HDMI signal and the audio signal embedded by the controller, the HDMI receiver transmits the audio signal included in the HDMI signal to the controller, and outputs the video image signal included in the HDMI signal to the HDMI transmitter without any processing, and the controller outputs the embedded audio signal to the HDMI transmitter. a connection unit that is HDMI-connectable to a camera; an HDMI receiver that receives an HDMI signal transmitted from a camera via the connection unit; a controller (102, 134); an HDMI transmitter; characterized in that the controller (102, 134) is configured to record an audio signal which is input from a microphone which is connected to the sound recording apparatus, and embed, in an user settable audio channel portion of the HDMI signal, said audio signal which is input from the microphone, the HDMI transmitter outputs, to an external device, a video image signal included in the HDMI signal and the audio signal embedded by the controller, the HDMI receiver transmits the audio signal included in the HDMI signal to the controller, and outputs the video image signal included in the HDMI signal to the HDMI transmitter without any processing, and the controller outputs the embedded audio signal to the HDMI transmitter.
A method for dynamic routing under extreme cognitive jamming environments, the method comprising: scanning for jammer signals emitted by a network protocol-aware cognitive jammer at a first router node in an ad-hoc wireless network; detecting a plurality of detected jammer behaviors based on one or more signal characteristics of the jammer signals; classifying a network dynamic pattern caused by the network protocol-aware cognitive jammer based on the detected jammer behaviors observed over a period of time; adapting dynamic routing strategies of the first router node to achieve robust data delivery based on the network dynamic pattern; and routing data packets sent by the first router node to avoid nodes and routes that are affected by the jammer signals. scanning for jammer signals emitted by a network protocol-aware cognitive jammer at a first router node in an ad-hoc wireless network; detecting a plurality of detected jammer behaviors based on one or more signal characteristics of the jammer signals; classifying a network dynamic pattern caused by the network protocol-aware cognitive jammer based on the detected jammer behaviors observed over a period of time; adapting dynamic routing strategies of the first router node to achieve robust data delivery based on the network dynamic pattern; and routing data packets sent by the first router node to avoid nodes and routes that are affected by the jammer signals.
A method for sequencing a nucleic acid molecule comprising: a. using a first colony to provide a plurality of single stranded nucleic acid molecules having the same sequence and hybridized to primers in a manner to allow primer extension; b. using a second colony to provide a plurality of single stranded nucleic acid molecules having the same sequence and hybridized to primers in a manner to allow primer extension; c. providing each colony with a nucleic acid polymerase and a labeled nucleotide under conditions allowing extension of the primers if a complementary base or plurality of bases is present at the appropriate position in the single stranded nucleic acid molecules in the colonies; d. detecting whether or not the labeled nucleotide has been incorporated into extended primers; and e. repeating steps c. and d. one or more times so that extended primers comprising a plurality of labels are provided. a. using a first colony to provide a plurality of single stranded nucleic acid molecules having the same sequence and hybridized to primers in a manner to allow primer extension; b. using a second colony to provide a plurality of single stranded nucleic acid molecules having the same sequence and hybridized to primers in a manner to allow primer extension; c. providing each colony with a nucleic acid polymerase and a labeled nucleotide under conditions allowing extension of the primers if a complementary base or plurality of bases is present at the appropriate position in the single stranded nucleic acid molecules in the colonies; d. detecting whether or not the labeled nucleotide has been incorporated into extended primers; and e. repeating steps c. and d. one or more times so that extended primers comprising a plurality of labels are provided.
A rechargeable fluid product dispenser comprising a distributing pump, a variable volume reservoir, and a filling valve connected to the reservoir, the reservoir comprising a fixed drum on which the pump is mounted and a sliding member comprising a movable piston which slides in the fixed drum so as to vary the volume of the reservoir, the sliding member being movable between a depressed position in which the sliding member is situated in proximity to the pump and an extended position in which the sliding member is remote from the pump, characterized in that the reservoir defines a maximum volume in the depressed position and a minimum volume in the extended position, so that the volume of the reservoir increases when the sliding member is pressed into the fixed drum toward its depressed position and in that the fixed drum comprises a fixed piston against which the sliding member slides, the fixed piston being mounted at an end of the fixed drum opposite to the pump, so that the movable piston slides in the fixed drum between the pump and the fixed piston, the reservoir being formed between the movable piston and the fixed piston.
A method of wireless communication, comprising: receiving, by a user equipment, UE, a first encoded information block including a first bit pattern; receiving, by the UE, a second encoded information block including a second bit pattern; selecting, by the UE, a subset of a plurality of bit-change patterns from a plurality of bit-change patterns based on a probability of occurrence associated with each of the plurality of bit-change patterns, wherein the bit-change patterns are selected which have the highest probability of occurrence; and jointly decoding, by the UE, the first encoded information block and the second encoded information block based on an assumption that a difference between the first bit pattern and the second bit pattern is within the subset of the plurality of bit-change patterns. receiving, by a user equipment, UE, a first encoded information block including a first bit pattern; receiving, by the UE, a second encoded information block including a second bit pattern; selecting, by the UE, a subset of a plurality of bit-change patterns from a plurality of bit-change patterns based on a probability of occurrence associated with each of the plurality of bit-change patterns, wherein the bit-change patterns are selected which have the highest probability of occurrence; and jointly decoding, by the UE, the first encoded information block and the second encoded information block based on an assumption that a difference between the first bit pattern and the second bit pattern is within the subset of the plurality of bit-change patterns.
An apparatus for mapping a location of a point within a body, the apparatus comprising a reference catheter placed in the body and provided with a positional reference node and a plurality of secondary reference nodes (60, 62, 64) along its length, said positional reference node and said plurality of secondary reference nodes (60, 62, 64) being one of electrodes and magnetic-based nodes; a measuring catheter provided with a plurality of measuring nodes (17, 52, 54, 56); a computer system configured to receive inputs of the nodes of both the reference catheter and of the measuring catheter; wherein the computer system is configured to: determine the position of the positional reference node within the body, locate the plurality of secondary reference nodes (60, 62, 64) relative to the positional reference node; define a mapping function from raw unstabilized coordinates to stabilized coordinates so as to eliminate motion artefacts by finding a transformation that takes current positions of each of the plurality of measuring nodes (17, 52, 54, 56) on the measuring catheter in the body and compares them with a set of constant positions set by the determined positions of the positional reference node and the locations of the plurality of secondary reference nodes (60, 62, 64) as set forth by the reference catheter; interpolate a location of a point within the body through the mapping function by using the inputs from the multiple reference nodes (31, 60, 62, 64) of the reference catheter and from the measuring catheter, wherein the interpolation comprises aligning the measuring catheter relative to at least one of the secondary reference nodes (60, 62, 64) and the positional reference node. determine the position of the positional reference node within the body, locate the plurality of secondary reference nodes (60, 62, 64) relative to the positional reference node; define a mapping function from raw unstabilized coordinates to stabilized coordinates so as to eliminate motion artefacts by finding a transformation that takes current positions of each of the plurality of measuring nodes (17, 52, 54, 56) on the measuring catheter in the body and compares them with a set of constant positions set by the determined positions of the positional reference node and the locations of the plurality of secondary reference nodes (60, 62, 64) as set forth by the reference catheter; interpolate a location of a point within the body through the mapping function by using the inputs from the multiple reference nodes (31, 60, 62, 64) of the reference catheter and from the measuring catheter, wherein the interpolation comprises aligning the measuring catheter relative to at least one of the secondary reference nodes (60, 62, 64) and the positional reference node.
A charging apparatus for charging a first vehicle including first identification information and a second vehicle including second identification information, the charging apparatus comprising: a first communication line that is connected to the first vehicle; a second communication line that is connected to the second vehicle; a voltage detection section for detecting a first voltage pattern corresponding to the first identification information via the first communication line and for detecting a second voltage pattern corresponding to the second identification information via the second communication line; a communication section for communicating with the first vehicle using the first identification information and for communicating with the second vehicle using the second identification information, a first power supply line that is connected to the first vehicle; a second power supply line that is connected to the second vehicle; and an electrical power supply section for supplying electrical power to the first vehicle via the first power supply line and for supplying electrical power to the second vehicle via the second power supply line, wherein the electrical power supply section is configured to supply electrical power to the first vehicle via the first power supply line when the voltage detection section detects a third voltage pattern different from the first voltage pattern, wherein the voltage detection section is configured to detect a voltage fluctuation period (Ts, Te), which indicates the start or end of the first identification information, in the third voltage pattern that is different from a voltage fluctuation period which indicates the first identification information in the first voltage pattern. a first communication line that is connected to the first vehicle; a second communication line that is connected to the second vehicle; a voltage detection section for detecting a first voltage pattern corresponding to the first identification information via the first communication line and for detecting a second voltage pattern corresponding to the second identification information via the second communication line; a communication section for communicating with the first vehicle using the first identification information and for communicating with the second vehicle using the second identification information, a first power supply line that is connected to the first vehicle; a second power supply line that is connected to the second vehicle; and an electrical power supply section for supplying electrical power to the first vehicle via the first power supply line and for supplying electrical power to the second vehicle via the second power supply line, wherein
Switching apparatus for disconnecting a current path of a DC voltage network, which current path comprises source-side and/or load-side inductances (3, 5), comprising at least two switching modules connected in series, wherein each of the switching modules comprises at least one controllable semiconductor switching element (13, 16) with which a series circuit comprising a resistor and a capacitor is connected in parallel, wherein the switching apparatus is configured in such a manner that, during disconnection of the current path, in order to reduce the energy stored in the inductances (3, 5), the semiconductor switching element (13, 16) of at least one of the switching modules is turned on with a duty factor, characterized in that the duty factor is formed using the difference between the actual voltage across the semiconductor switching element and a setpoint voltage across the semiconductor switching element, and wherein the setpoint voltage is formed at least from the system voltage of the DC voltage network and the number of switching modules. wherein the switching apparatus is configured in such a manner that, during disconnection of the current path, in order to reduce the energy stored in the inductances (3, 5), the semiconductor switching element (13, 16) of at least one of the switching modules is turned on with a duty factor, characterized in that the duty factor is formed using the difference between the actual voltage across the semiconductor switching element and a setpoint voltage across the semiconductor switching element, and wherein the setpoint voltage is formed at least from the system voltage of the DC voltage network and the number of switching modules.
An apparatus for producing a packaging precursor, wherein the packaging precursor comprises at least 80% by weight, based on the packaging precursor, of a sheet-like composite, the composite comprising: i. a composite plastic layer, ii. a composite support layer, iii. a first composite edge region, iv. a second composite edge region, wherein the device includes as device components along a flow direction: a) a planar transport means adapted to transport the planar sheet-like composite, the transport means including a transport surface adapted to support the composite; downstream thereof b) a first heating means adapted to heat said first composite edge portion, said first heating means including energy dissipating segments; downstream thereof c) a contacting means adapted to connect the first composite edge portion to the second composite edge portion; wherein the first heating means is adapted to deliver energy along the current direction; wherein the first heating means includes a first energy output segment along the direction of flow and a last energy output segment along the direction of flow furthest from the first energy output segment; characterized in that the first energy output segment is configured to output a higher heat output than the last energy output segment. i. a composite plastic layer, ii. a composite support layer, iii. a first composite edge region, iv. a second composite edge region, a) a planar transport means adapted to transport the planar sheet-like composite, the transport means including a transport surface adapted to support the composite; downstream thereof b) a first heating means adapted to heat said first composite edge portion, said first heating means including energy dissipating segments; downstream thereof c) a contacting means adapted to connect the first composite edge portion to the second composite edge portion;