mhurhangee/ep-ind-claims huggingface dataset:
Method for the preparation of an amorphous solid dispersion comprising the steps of • providing an aqueous suspension at a temperature between 253 K und 323 K comprising nanoparticles having a solubility in the aqueous suspension of less than 10g/l, water and at least one polymer, • nano-dry-melting of the aqueous suspension comprising nano-particles for a time span between 0.1 seconds and 300 seconds, at a temperature between a) 20K below the glass transition temperature as determine with DSC according to DIN EN ISO 11357-2 at a heating rate of 10 K/min of the solid components of the aqueous suspension comprising nano-particles or 20K below the glass transition temperature of the at least one polymer, depending on what is higher, b) the decomposition temperature of the at least one polymer or the decomposition temperature of the nano-particles, depending which is lower to form the amorphous solid dispersion. • providing an aqueous suspension at a temperature between 253 K und 323 K comprising nanoparticles having a solubility in the aqueous suspension of less than 10g/l, water and at least one polymer, • nano-dry-melting of the aqueous suspension comprising nano-particles for a time span between 0.1 seconds and 300 seconds, at a temperature between a) 20K below the glass transition temperature as determine with DSC according to DIN EN ISO 11357-2 at a heating rate of 10 K/min of the solid components of the aqueous suspension comprising nano-particles or 20K below the glass transition temperature of the at least one polymer, depending on what is higher, b) the decomposition temperature of the at least one polymer or the decomposition temperature of the nano-particles, depending which is lower a) 20K below the glass transition temperature as determine with DSC according to DIN EN ISO 11357-2 at a heating rate of 10 K/min of the solid components of the aqueous suspension comprising nano-particles or 20K below the glass transition temperature of the at least one polymer, depending on what is higher, b) the decomposition temperature of the at least one polymer or the decomposition temperature of the nano-particles, depending which is lower
A system for life-size videoconferencing provided in a studio having a local conference space, said video conferencing system comprising an optical input unit, an optical output unit and a network unit characterized by that the optical input unit is a camera provided with an image forming system in form of an inverted telescope through which visible light of objects to be filmed travel to create images.
Method for attaching a branch pipe made of plastic to a pre-insulated pipeline containing a medium pipe made of plastic, an insulation layer and a casing pipe, wherein the branch pipe is designed with a conical shape at the end to be welded to the pipeline, including the following steps: • exposing a specific region of the medium pipe by cutting out and removing a cylindrical region of the casing pipe and the insulation layer of the pipeline, wherein the central axis of the cylindrical region to be cut out runs perpendicular to the pipeline axis of the pre-insulated pipeline, • drilling through the wall of the medium pipe in the exposed region, • heating the resulting bore circumference in the medium pipe by means of a heating tool, • heating the branch pipe by means of a heating tool, • pressing the heated branch pipe into the heated bore, wherein the heating of the bore circumference and the heating of the branch pipe occur simultaneously. • exposing a specific region of the medium pipe by cutting out and removing a cylindrical region of the casing pipe and the insulation layer of the pipeline, wherein the central axis of the cylindrical region to be cut out runs perpendicular to the pipeline axis of the pre-insulated pipeline, • drilling through the wall of the medium pipe in the exposed region, • heating the resulting bore circumference in the medium pipe by means of a heating tool, • heating the branch pipe by means of a heating tool, • pressing the heated branch pipe into the heated bore,
A portable computer, comprising: a base housing; a display housing that is connected to the base housing with hinges; a dielectric housing portion that is located between the base housing and the display housing and that is rigidly attached to the base housing; characterized in that: the base housing is conductive and forms an antenna ground plane; the portable computer further comprises: a dielectric antenna support structure that is mounted within the dielectric housing portion; and at least one antenna resonating element on the dielectric antenna support structure, wherein the at least one antenna resonating element and the antenna ground plane form an antenna for the portable computer. a base housing; a display housing that is connected to the base housing with hinges; a dielectric housing portion that is located between the base housing and the display housing and that is rigidly attached to the base housing; the base housing is conductive and forms an antenna ground plane; the portable computer further comprises: a dielectric antenna support structure that is mounted within the dielectric housing portion; and at least one antenna resonating element on the dielectric antenna support structure, wherein the at least one antenna resonating element and the antenna ground plane form an antenna for the portable computer. a dielectric antenna support structure that is mounted within the dielectric housing portion; and at least one antenna resonating element on the dielectric antenna support structure, wherein the at least one antenna resonating element and the antenna ground plane form an antenna for the portable computer.
Eflornithine or a pharmaceutically acceptable salt thereof for use in a method for the treatment of temozolomide recurrent/refractory anaplastic astrocytoma in a subject.
A shower assembly having a shower pole, which is vertical in the installation position and which transitions at its top end into a shower arm, which shower arm terminates at its free end in a shower head, which can be flow-connected via an internal water supply of the shower arm and of the shower pole to a shower fitting with which the temperature and/or volume of the mixed water supplied to the shower head can be adjusted, wherein the internal water supply has at least two mixed water flow paths (I, II), which are completely fluidically disconnected from each other between the shower fitting and the water outlet of the shower head, wherein the first mixed water flow path is configured as an inner hose which is routed inside the shower arm and the shower pole to the shower head, and the second mixed water flow path is configured as an annular channel between the inner hose and the shower arm or the shower pole up to the shower head, characterized in that the shower head has a shower head connecting piece with an inlet-side horizontal pipe section, which transitions into an outlet-side vertical pipe section on which a housing of the shower head is mounted, that the hose end of the inner hose has a hose-securing element, which is mounted in the shower head connecting piece in a positively-locking manner such that the hose-securing element holds the otherwise loose inner hose routed through the shower pole and through the shower arm firmly in place, that the inlet-side horizontal pipe section of the shower head connecting piece is connected in a fluid-tight manner to a pipe end of the shower arm, and that the hose-securing element is a sleeve-shaped end piece having, on the outer periphery, an interlocking contour, in particular an annular groove, which is interlockingly connected to a mating contour in the shower head connecting piece.
A turbine housing assembly comprising: a bypass valve assembly structure including a guide portion; an inner sheet metal shell (202, 204) including an inner inlet portion and a volute portion (213, 215) providing an outer contour of a volute, wherein an end of the inner inlet portion is surrounded by the guide portion, is spaced apart from the bypass valve assembly structure and is freestanding with respect to the bypass valve assembly structure; and an outer sheet metal shell (206, 208) radially surrounding at least a portion of the volute portion and including an outer inlet portion surrounding the inner inlet portion and contacting the guide portion of the bypass valve assembly structure. a bypass valve assembly structure including a guide portion; an inner sheet metal shell (202, 204) including an inner inlet portion and a volute portion (213, 215) providing an outer contour of a volute, wherein an end of the inner inlet portion is surrounded by the guide portion, is spaced apart from the bypass valve assembly structure and is freestanding with respect to the bypass valve assembly structure; and an outer sheet metal shell (206, 208) radially surrounding at least a portion of the volute portion and including an outer inlet portion surrounding the inner inlet portion and contacting the guide portion of the bypass valve assembly structure.
Suction device for separating particles from a suction flow, with a suction motor for generating the suction flow and with a suction device housing in which the suction motor and a dust collecting chamber for collecting the particles separated from the suction flow are located, wherein it comprises a charging device for charging an electric energy storage module of a hand-operated power tool, wherein the charging device comprises electric charging contacts for the provision of a charging voltage for the electric energy storage module, characterised in that the charging device comprises or forms an electric suction device communication device (40; 140) for switching the suction motor on and off and/or for adjusting an electric power thereof.
A method of designing a gas-solid separator, the gas-solid separator comprising: an inner cylinder having a closed lower end and an opened upper end, and extending in a vertical direction; and an outer cylinder that coaxially covers the inner cylinder from the outside and has a gas vent port formed on the upper end side and communicating with an exterior; and a plurality of axially extending long holes formed on a side surface on the lower end side of the inner cylinder in a circumferential direction, one of long side edge parts of each of the long holes being provided with a guide blade that protrudes outward and is inclined circumferentially so as to cover the long hole, the method comprising defining the number of the long holes, the opening area of the long holes, the outer diameter of the inner cylinder, the inner diameter of the inner cylinder, and the inner diameter of the outer cylinder to achieve a cross-sectional average linear velocity of a mixture of gas and solid particles that falls through the inner cylinder of 3 to 30 m/s, a cross-sectional average linear velocity of a mixture of gas and solid particles that is discharged from the long holes of 20 m/s or lower and a cross-sectional average linear velocity of a gas rising between the outer cylinder and the inner cylinder in a section where the long holes are formed of 6 m/s or lower. an inner cylinder having a closed lower end and an opened upper end, and extending in a vertical direction; and an outer cylinder that coaxially covers the inner cylinder from the outside and has a gas vent port formed on the upper end side and communicating with an exterior; and a plurality of axially extending long holes formed on a side surface on the lower end side of the inner cylinder in a circumferential direction, one of long side edge parts of each of the long holes being provided with a guide blade that protrudes outward and is inclined circumferentially so as to cover the long hole, the method comprising defining the number of the long holes, the opening area of the long holes, the outer diameter of the inner cylinder, the inner diameter of the inner cylinder, and the inner diameter of the outer cylinder to achieve a cross-sectional average linear velocity of a mixture of gas and solid particles that falls through the inner cylinder of 3 to 30 m/s, a cross-sectional average linear velocity of a mixture of gas and solid particles that is discharged from the long holes of 20 m/s or lower and a cross-sectional average linear velocity of a gas rising between the outer cylinder and the inner cylinder in a section where the long holes are formed of 6 m/s or lower.
An anode active material for a lithium secondary battery, comprising: a carbon-based particle; and a coating layer bonded to at least a portion of a surface of the carbon-based particle, the coating layer including boron and a conductive material, wherein the conductive material includes at least one selected from the group consisting of carbon nanotube, carbon nanofiber, a metal fiber, a vapor-grown carbon fiber and graphene. a carbon-based particle; and a coating layer bonded to at least a portion of a surface of the carbon-based particle, the coating layer including boron and a conductive material, wherein the conductive material includes at least one selected from the group consisting of carbon nanotube, carbon nanofiber, a metal fiber, a vapor-grown carbon fiber and graphene.
A method of operating a wind turbine in an active idle mode, the wind turbine comprising a rotor hub with a plurality of blades which are configured to be pitched, the method comprising the following steps: detecting a fault of the wind turbine; characterized by determining a number of faulty blades, whose pitching operation is faulty or affected by the fault; and operating the wind turbine in the active idle mode based on the determined number of faulty blades. detecting a fault of the wind turbine; characterized by determining a number of faulty blades, whose pitching operation is faulty or affected by the fault; and operating the wind turbine in the active idle mode based on the determined number of faulty blades.
A method for randomly accessing high efficiency video coding, HEVC, bitstream for moving picture experts group, MPEG, media transport, MMT, the method comprising: receiving a plurality of packets of a group of pictures for a video in decoding order; determining a first packet of the plurality of packets of the group of pictures to begin processing the video, wherein determining the first packet to begin processing the video comprises: - for each of the plurality of packets, determining whether a movie _fragment_sequence _number value of the first packet is different than a movie fragment sequence_number value of a preceding packet, and - removing the first packet, if the movie fragment sequence_number value of the first packet is equal to the movie fragment sequence _number value of the preceding packet; determining whether a sample_number value of a second packet of the plurality of packets in leading frames are smaller than a sample-number value of the first packet; removing the second packet from a memory, if the sample_number value of the second packet is smaller than the sample-number value of the first packet, wherein the leading frames are frames that come before an independent frame; and processing the packets remaining in the memory. receiving a plurality of packets of a group of pictures for a video in decoding order; determining a first packet of the plurality of packets of the group of pictures to begin processing the video, wherein determining the first packet to begin processing the video comprises: - for each of the plurality of packets, determining whether a movie _fragment_sequence _number value of the first packet is different than a movie fragment sequence_number value of a preceding packet, and - removing the first packet, if the movie fragment sequence_number value of the first packet is equal to the movie fragment sequence _number value of the preceding packet; - for each of the plurality of packets, determining whether a movie _fragment_sequence _number value of the first packet is different than a movie fragment sequence_number value of a preceding packet, and - removing the first packet, if the movie fragment sequence_number value of the first packet is equal to the movie fragment sequence _number value of the preceding packet; determining whether a sample_number value of a second packet of the plurality of packets in leading frames are smaller than a sample-number value of the first packet; removing the second packet from a memory, if the sample_number value of the second packet is smaller than the sample-number value of the first packet, wherein the leading frames are frames that come before an independent frame; and processing the packets remaining in the memory.
Joint comprising a tubular body defining an internal channel and comprising a first piece for connecting the channel to a circuit element and a second piece defining a housing for a pipe end, the first piece and the second piece comprising end portions (6, 18) arranged so that these engage, securing the first piece and the second piece, in such a way that the housing runs into the end portion, the joint comprises an element for keying the pieces to each other, the end portions comprise opposite through-openings (7, 9) for accommodating the keying element, the second piece's opening running into the housing and the keying element comprises a lug intended to run in the openings (7, 9) and a locking portion comprising two arms which are movable relative to each other from a remote position corresponding to a state of retention of the keying element on the joint to a close position corresponding to a state of free extraction of the keying element, the arms running in a protruding manner in the housing so that the pipe end prevents the movement of the locking portion arms to the state of free extraction, the arms of the locking portion of the keying element running in an arc of a circle from the lug.
A method for mineralizing wood and wooden material comprising: i) a first impregnation step, comprising a first impregnation of wood or wooden material with an aqueous solution of potassium oxalate, ii) a first drying step, comprising drying of the wood or wooden material, iii) a second impregnation step, comprising a second impregnation of wood or wooden material with an aqueous solution of calcium chloride, iv) a second drying step, comprising drying of the wood or wooden material. i) a first impregnation step, comprising a first impregnation of wood or wooden material with an aqueous solution of potassium oxalate, ii) a first drying step, comprising drying of the wood or wooden material, iii) a second impregnation step, comprising a second impregnation of wood or wooden material with an aqueous solution of calcium chloride, iv) a second drying step, comprising drying of the wood or wooden material.
An integrated circuit that is provided in correspondence to a cell group (GB1, GBM, GBN) including a plurality of battery cells (BC1-4) which are electrically connected in series, comprising: a selection circuit that selects terminal voltages of a battery cell (BC1-4) that is a measurement target from among the terminal voltages at the individual battery cells (BC1-4) in the cell group (GB1, GBM, GBN); a differential amplifier that amplifies a difference of the selected terminal voltages to be outputted; an analog/digital converter that converts an output of the differential amplifier to a digital value; characterized in further comprising a pull-up circuit that is provided for diagnosing the selection circuit and pulls up a potential at an output terminal of the selection circuit to a high potential; a pull-down circuit that is provided for diagnosing the selection circuit and pulls down a potential at an output terminal of the selection circuit to a low potential; and an abnormality diagnosis circuit that diagnoses an abnormality in a selection operation by the selection circuit based upon a pull-up state by the pull-up circuit or a pull-down state by the pull-down circuit. a selection circuit that selects terminal voltages of a battery cell (BC1-4) that is a measurement target from among the terminal voltages at the individual battery cells (BC1-4) in the cell group (GB1, GBM, GBN); a differential amplifier that amplifies a difference of the selected terminal voltages to be outputted; an analog/digital converter that converts an output of the differential amplifier to a digital value; characterized in further comprising a pull-up circuit that is provided for diagnosing the selection circuit and pulls up a potential at an output terminal of the selection circuit to a high potential; a pull-down circuit that is provided for diagnosing the selection circuit and pulls down a potential at an output terminal of the selection circuit to a low potential; and an abnormality diagnosis circuit that diagnoses an abnormality in a selection operation by the selection circuit based upon a pull-up state by the pull-up circuit or a pull-down state by the pull-down circuit.
An electric motor controller comprising: a driver circuit configured to drive an electric motor in response to a received speed demand signal (ω req); a measurement circuit configured to measure current through windings (112, 113, 114) of the electric motor, the measurement circuit comprising a back emf, BEMF, observer configured to determine an estimated BEMF value ( ê δ), a BEMF error threshold and an estimated rotor angular speed value ( ω̂) from the measured currents; a detector circuit configured to receive the rotor speed demand signal (ω req), the estimated BEMF value ( ê δ), the BEMF error threshold, the estimated rotor angular speed value ( ω̂) and a measured rotor speed (ω meas) from a rotor speed sensor on the electric motor and to detect a fault in the electric motor controller if the estimated BEMF value ( ê δ) lies outside the BEMF error threshold and the measured rotor speed (ω meas) is within a defined rotor speed error threshold. a driver circuit configured to drive an electric motor in response to a received speed demand signal (ω req); a measurement circuit configured to measure current through windings (112, 113, 114) of the electric motor, the measurement circuit comprising a back emf, BEMF, observer configured to determine an estimated BEMF value ( ê δ), a BEMF error threshold and an estimated rotor angular speed value ( ω̂) from the measured currents; a detector circuit configured to receive the rotor speed demand signal (ω req), the estimated BEMF value ( ê δ), the BEMF error threshold, the estimated rotor angular speed value ( ω̂) and a measured rotor speed (ω meas) from a rotor speed sensor on the electric motor and to detect a fault in the electric motor controller if the estimated BEMF value ( ê δ) lies outside the BEMF error threshold and the measured rotor speed (ω meas) is within a defined rotor speed error threshold.