mhurhangee/ep-ind-claims huggingface dataset:
A synthetic living tissue structure comprising an overlapping fiber of mammalian cells dispensed from a bioprinter within a solidified physiologically compatible biocompatible matrix capable of maintaining the structural integrity and shape fidelity of said fiber upon deposition, wherein said solidified biocompatible matrix is homogeneous in radial cross-section; and wherein said fiber is continuously bioprinted through at least two, three, four, five, six, seven, eight, nine, ten or more layers of said structure, and further wherein the overlapping layers of said fiber remain structurally discrete after bioprinting, and wherein said structure comprises a cylinder/tube, and wherein said fiber is substantially continuous through each layer of said cylinder, and wherein said mammalian cells are muscle cells and said structure comprises contractile function, and wherein said contractile functionality is determinable by a change in the diameter and/or circumference of said structure.
A casting comprising an identifying element, characterized by a holding body (1, 20), which positions the identifying element, is at least partially cast into the casting material of the casting and includes an exposed cooling region, the identifying element and the holding body having different properties with respect to the material, the holding body (1, 20) at least partially surrounding the identifying element, and the exposed cooling region being the region of the holding body that is not directly in contact with the casting material.
Generator device for supplying voltage to a motor vehicle, comprising a plurality of rectifier elements for rectifying an AC voltage provided by a generator, characterized in that the rectifier elements each have a highly n-doped substrate, an n-doped layer thereon and p-doped body regions in the n-doped layer, wherein highly n-doped source regions are situated in the body regions, at a distance of a channel length L from the edge of the body regions, wherein on the top side a silicon oxide layer forming the gate oxide covers a region of the n-doped layer between the body regions, the body regions in the region of the channel L and partly also the source regions, wherein the silicon oxide layer is covered with a gate electrode, such that the rectifier elements have an n-channel MOS field effect transistor in which gate, body region and source region are fixedly electrically connected to one another by a metal layer and in which the drain region serves as a cathode, in that above the metal layer and below the highly n-doped substrate a metal layer system (8, 9) forms a solderable front side and rear side, in that the rectifier elements have a forward voltage of less than 0.7 V if a current with 500 A/cm 2 flows through them, in that the rectifier elements have a gate oxide thickness that is less than 20 nm, and the doping of the body region is reduced at least in the channel region for threshold voltage reduction at the surface, and in that the rectifier elements are in each case integrated in a two-pole press-fit diode housing.
A panel with a surface comprising a digitally formed print of macro colourants, the macro colourants having a length or diameter exceeding 20 microns and comprising a particle body and colour pigments, wherein the particle body comprises wood fibres, wherein the macro colourants are pressed into the surface, wherein the macro colourants are arranged in patterns, and wherein the colour pigments are attached to an upper and a lower surface of the particle body, the print comprising colour pigments being located in a first horizontal plane at an upper part of the surface and colour pigments located at a second horizontal plane below the particle body and below the first horizontal plane. wherein the macro colourants are pressed into the surface, wherein the macro colourants are arranged in patterns, and wherein the colour pigments are attached to an upper and a lower surface of the particle body, the print comprising colour pigments being located in a first horizontal plane at an upper part of the surface and colour pigments located at a second horizontal plane below the particle body and below the first horizontal plane.
Laminated glazing comprising a sheet of polymer material colour printed, via screen printing, using a composition comprising: - 10% to 15% by weight of polyvinyl butyral, - 32% to 45% by weight of at least one solvent predominantly consisting of at least one aliphatic dicarboxylic acid diester, and - at least one white pigment in an amount and with a specific surface area that are selected so that the Brookfield viscosity of the composition at 20°C is between 9 and 13 Pa.s. - 10% to 15% by weight of polyvinyl butyral, - 32% to 45% by weight of at least one solvent predominantly consisting of at least one aliphatic dicarboxylic acid diester, and - at least one white pigment in an amount and with a specific surface area that are selected so that the Brookfield viscosity of the composition at 20°C is between 9 and 13 Pa.s.
A method comprising: establishing a first radio connection between a first cell and a user equipment; and determining a network identity of a second cell based on a first set of at least one network identity associated with the first cell, wherein the second cell is associated with a second set of at least one network identity, the determined network identity for establishing a concurrent second radio connection between the second cell and the UE, and wherein determining the network identity of the second cell comprises identifying a network identity in the second set that is common with a network identity in the first set; sending, by a wireless access network node of the first cell to the UE, a list that includes one or more network identities that are common between the first set and the second set; and receiving, by the wireless access network node from the UE, a selection of a network identity from the list. establishing a first radio connection between a first cell and a user equipment; and determining a network identity of a second cell based on a first set of at least one network identity associated with the first cell, wherein the second cell is associated with a second set of at least one network identity, the determined network identity for establishing a concurrent second radio connection between the second cell and the UE, and wherein determining the network identity of the second cell comprises identifying a network identity in the second set that is common with a network identity in the first set; sending, by a wireless access network node of the first cell to the UE, a list that includes one or more network identities that are common between the first set and the second set; and receiving, by the wireless access network node from the UE, a selection of a network identity from the list.
A process for producing a fermented material comprising the steps of: conducting anaerobic fermentation in a medium containing at least one type of daidzein species selected from the group consisting of daidzein glycoside, daidzein and dihydrodaidzein, by using an equol-producing microorganism, in a state where pH 5.0 or higher is maintained to prepare a mother starter; conducting fermentation by using the mother starter obtained in step in the medium containing the daidzein species in a state where pH 5.0 or higher is maintained to prepare a bulk starter; and conducting fermentation by using the bulk starter obtained in step in a medium containing soybean powder and/or soybean milk to obtain a fermented material. conducting anaerobic fermentation in a medium containing at least one type of daidzein species selected from the group consisting of daidzein glycoside, daidzein and dihydrodaidzein, by using an equol-producing microorganism, in a state where pH 5.0 or higher is maintained to prepare a mother starter; conducting fermentation by using the mother starter obtained in step in the medium containing the daidzein species in a state where pH 5.0 or higher is maintained to prepare a bulk starter; and conducting fermentation by using the bulk starter obtained in step in a medium containing soybean powder and/or soybean milk to obtain a fermented material.
A projectile comprising a front nose portion, a casing portion comprising an active charge disposed between the nose portion and a rear portion comprising a fin portion, the nose portion further comprising: a sensor, a first initiation device and associated at least one impulse motor, which are initiated by the sensor in order to tilt the projectile, a nozzle, a control computer, and also a second initiation device adjacent to and for initiating the active charge disposed in the casing, characterized in that the projectile also comprises at least one gyro for initiating the second initiation device and the active charge part over a target.
A control system for a gas turbine engine comprising: a controller responsive to at least one parameter to control an air-to-fuel ratio, wherein during a transient condition of the engine, a measured value of said at least one parameter comprises a time lag affecting at least one control setting during the transient condition of the engine, wherein the controller is programmed to predictively determine a bias to correct said at least one control setting, characterized in that the time lag is a time difference between an idealized engine exhaust temperature response and a measured engine exhaust temperature response during the transient condition of the engine, wherein said controller provides control that in part is based on engine exhaust temperature measurements and said at least one parameter comprises a measured engine exhaust temperature, and wherein a determination of the bias is based at least in part on a ramp rate of the engine during the transient condition and the time lag of the measured engine exhaust temperature. a controller responsive to at least one parameter to control an air-to-fuel ratio, wherein during a transient condition of the engine, a measured value of said at least one parameter comprises a time lag affecting at least one control setting during the transient condition of the engine, wherein the controller is programmed to predictively determine a bias to correct said at least one control setting, characterized in that the time lag is a time difference between an idealized engine exhaust temperature response and a measured engine exhaust temperature response during the transient condition of the engine, wherein said controller provides control that in part is based on engine exhaust temperature measurements and said at least one parameter comprises a measured engine exhaust temperature, and wherein a determination of the bias is based at least in part on a ramp rate of the engine during the transient condition and the time lag of the measured engine exhaust temperature.
An audio dynamic range compression method for an audio signal, this method comprising: - a step of acquiring an audio signal; - a step of selecting a first time instant ( t i) of the audio signal; - a step of calculating a plurality of partial gains corresponding, respectively, to a plurality of observation windows of the audio signal which are centred on said first time instant ( t i), the width of these observation windows following a geometric progression with predefined common difference and first term; - a step of summing the partial gains calculated as a first correcting term ( S i); - a step of applying the first correcting term ( S i) to the audio signal at said first time instant ( t i). - a step of acquiring an audio signal; - a step of selecting a first time instant ( t i) of the audio signal; - a step of calculating a plurality of partial gains corresponding, respectively, to a plurality of observation windows of the audio signal which are centred on said first time instant ( t i), the width of these observation windows following a geometric progression with predefined common difference and first term; - a step of summing the partial gains calculated as a first correcting term ( S i); - a step of applying the first correcting term ( S i) to the audio signal at said first time instant ( t i).
A house trailer or camper toilet arrangement, which toilet arrangement comprises a module unit, wherein the module unit comprises: a floor surface constituting a minor part of a total floor surface of a house trailer/camper, a wall, and a toilet arranged on top of said floor surface and at said wall, characterized in that said toilet consists of a combustion toilet with a combustion vessel, and arranged with a back which is arranged in contact with said wall, and a protruding part protruding from a back side of the toilet and provided with a flue gas outlet arranged at a top side of the protruding part, which protruding part extends through an opening in said wall, and wherein the said flue gas outlet is connected to an exhaust pipe ending in a chimney on top of the house trailer/camper or at an outlet opening in a side wall of the house trailer/camper. a floor surface constituting a minor part of a total floor surface of a house trailer/camper, a wall, and a toilet arranged on top of said floor surface and at said wall, characterized in that said toilet consists of a combustion toilet with a combustion vessel, and arranged with a back which is arranged in contact with said wall, and a protruding part protruding from a back side of the toilet and provided with a flue gas outlet arranged at a top side of the protruding part, which protruding part extends through an opening in said wall, and wherein the said flue gas outlet is connected to an exhaust pipe ending in a chimney on top of the house trailer/camper or at an outlet opening in a side wall of the house trailer/camper.
Respirator or anesthesia apparatus for the artificial respiration of a patient, the respirator or anesthesia apparatus comprising: a gas delivery means; at least one gas line for forming a breathing air line system, in particular a breathing air circulation system; at least one gas mixing device with a mixed gas tank and at least two inlet openings (7, 8), each of the inlet openings having a shut-off member (3, 5) for separately feeding at least two different gases to be mixed into the mixed gas tank and for subsequently feeding the mixed gas into the breathing air line system, the mixed gas tank having at least two separate outlet openings (9, 10) for releasing the mixed gas from the mixed gas tank and for subsequently feeding mixed gas into the breathing air line system, wherein at each of the at least two outlet openings (9, 10) a mixed gas line (11, 12) is arranged so that mixed gas released from the at least two outlet openings (9, 10) flows through the at least two mixed gas lines (11, 12) before being introduced into the breathing air line system, characterized in that the at least two mixed gas lines (11, 12) open into a mixed gas collection line and the mixed gas collection line opens into the breathing air line system, and that the at least two mixed gas lines (11, 12) have different volumes for a pneumatic time delay between the at least two outlet openings (9, 10) and the breathing air line system and/or the mixed gas collection line. a gas delivery means; at least one gas line for forming a breathing air line system, in particular a breathing air circulation system; at least one gas mixing device with a mixed gas tank and at least two inlet openings (7, 8), each of the inlet openings having a shut-off member (3, 5) for separately feeding at least two different gases to be mixed into the mixed gas tank and for subsequently feeding the mixed gas into the breathing air line system, the mixed gas tank having at least two separate outlet openings (9, 10) for releasing the mixed gas from the mixed gas tank and for subsequently feeding mixed gas into the breathing air line system, wherein at each of the at least two outlet openings (9, 10) a mixed gas line (11, 12) is arranged so that mixed gas released from the at least two outlet openings (9, 10) flows through the at least two mixed gas lines (11, 12) before being introduced into the breathing air line system, characterized in that the at least two mixed gas lines (11, 12) open into a mixed gas collection line and the mixed gas collection line opens into the breathing air line system, and that the at least two mixed gas lines (11, 12) have different volumes for a pneumatic time delay between the at least two outlet openings (9, 10) and the breathing air line system and/or the mixed gas collection line.
A piece (1, 200, 300, 400, 500) for attaching buttons (10, 310) or the like for detachably attaching buttons (10, 310) or the like to fabric, comprising an attaching piece main portion (2, 202, 302, 402, 502) having a main through-hole (2c, 202c, 302c, 402c, 502c) through which thread passed through a button attaching hole formed in the fabric is inserted and the thread extending from the button or the like to be attached to the fabric; a thread anchoring portion (4, 204, 304, 404, 504) for winding thread passing through the main through-hole (2c, 202c, 302c, 402c, 502c); and a thread gripping portion (6, 206, 306, 406, 506) for gripping and affixing the end of thread wound on the thread anchoring portion (4, 204, 304, 404, 504), characterized in that the attaching piece main portion (2, 202, 302, 402, 502) and the thread anchoring portion (4, 204, 304, 404, 504) are comprised of separate insertable parts, and the thread gripping portion (6, 206, 306, 406, 506) is formed between the inserted attaching piece main portion (2, 202, 302, 402, 502) and the thread anchoring portion (4, 204, 304, 404, 504), and the attaching piece main portion (2, 202, 302, 402, 502) comprises a main unit insertion portion (2a, 202a, 302a, 402a, 502a) in which the main through-hole (2c, 202c, 302c, 402c, 502c) is formed, inserted in the thread anchoring portion (4, 204, 304, 404, 504); and a main unit flat plate portion (2b, 202b, 302b, 402b, 502b) formed around the main unit insertion portion (2a, 202a, 302a, 402a, 502a).
Method of starting up at least a part of a wind power plant combinable to an external grid substantially without any energy delivered from the external grid for the start up, the wind power plant comprises several wind turbines and at least one local power source combinable to at least one wind turbine, wherein - the wind power plant is disconnected from the external grid, - one start up wind turbine or a group (GP 1 - GP x) of start up wind turbines of the wind turbines of the wind power plant is isolated from the remaining wind turbines, - the one start up wind turbine or the group (GP 1 - GP x) of start up wind turbines is connected to the local power source and - the one start up wind turbine or the group (GP 1 - GP x) of start up wind turbines is started up using the power delivered from the local power source and wherein the wind power plant comprises several circuit breakers (CB 1 - CB x) to close and open the needed electrical connections therefore. - the wind power plant is disconnected from the external grid, - one start up wind turbine or a group (GP 1 - GP x) of start up wind turbines of the wind turbines of the wind power plant is isolated from the remaining wind turbines, - the one start up wind turbine or the group (GP 1 - GP x) of start up wind turbines is connected to the local power source and - the one start up wind turbine or the group (GP 1 - GP x) of start up wind turbines is started up using the power delivered from the local power source and
An ice adhesion test device comprising: an ice adhesion test target comprising a well arranged to receive a layer of accreted ice, the well comprising a sample plate at the bottom of the well and an ice-engagement element positioned circumferentially around the sample plate and providing a side wall of the well, wherein the ice-engagement element is shaped or roughened to prevent rotation of the layer of accreted ice relative to the ice-engagement element and wherein the sample plate is rotatable relative to the ice-engagement element; torque means for applying a rotational torque between the sample plate and the ice-engagement element; and transducer means for, at least at a point at which the layer of accreted ice separates from the sample plate, measuring the rotational torque and/or the stress on the ice. an ice adhesion test target comprising a well arranged to receive a layer of accreted ice, the well comprising a sample plate at the bottom of the well and an ice-engagement element positioned circumferentially around the sample plate and providing a side wall of the well, wherein the ice-engagement element is shaped or roughened to prevent rotation of the layer of accreted ice relative to the ice-engagement element and wherein the sample plate is rotatable relative to the ice-engagement element; torque means for applying a rotational torque between the sample plate and the ice-engagement element; and transducer means for, at least at a point at which the layer of accreted ice separates from the sample plate, measuring the rotational torque and/or the stress on the ice.
Cleaning agent, preferably dishwashing detergent, in particular automatic dishwashing detergent, comprising at least one gel phase containing 4.9 % by weight or less of water, based on the total weight of the gel phase, which comprises at least one water-soluble zinc salt, having a solubility of above 100 mg/l, preferably above 500 mg/l, particularly preferably above 1 g/l and especially above 5 g/l at 20°C in water, preferably zinc sulfate and/or zinc acetate, particularly preferably zinc acetate, and a gelling agent in an amount of from 4 to 40 % by weight, based on the total weight of the gel phase.
A power distribution system comprising: - an electrical consumer having a controllable pulse-width modulated shunt switch for allowing for a controllable power consumption of the electrical consumer, and - a power supply device for supplying power to the electrical consumer, wherein the power supply device and the electrical consumer are electrically connected, wherein the power supply device comprises a power supply for providing an output current, characterized in that the power supply device comprises a power consumption detection unit adapted for detecting an output voltage of the power supply for detecting the power consumed by the electrical consumer, wherein the power supply device is output current controlled and is adapted to provide the output current depending on the detected output voltage of the power supply, wherein the power supply is adapted to compare the amplitude of the detected output voltage with one or several threshold amplitudes, thereby generating a comparison result, wherein the power supply is adapted to control the amplitude of the output current depending on the generated comparison result. - an electrical consumer having a controllable pulse-width modulated shunt switch for allowing for a controllable power consumption of the electrical consumer, and - a power supply device for supplying power to the electrical consumer, wherein the power supply device and the electrical consumer are electrically connected, wherein the power supply device comprises a power supply for providing an output current, characterized in that the power supply device comprises a power consumption detection unit adapted for detecting an output voltage of the power supply for detecting the power consumed by the electrical consumer, wherein the power supply device is output current controlled and is adapted to provide the output current depending on the detected output voltage of the power supply,