mhurhangee/ep-ind-claims huggingface dataset:
An energy harvesting apparatus comprising: a housing configured to have an internal portion filled with dielectric liquid in a vacuum state and formed to a preset length; first and second electrode portions (21,23) configured to be disposed to face each other to be spaced apart from each other in the housing and polarized with different polarities; wherein the apparatus comprises a first layer configured to form a path along the internal portion of the housing so as to allow the dielectric liquid and bubbles generated in the dielectric liquid to flow between the first and second electrode portions (21,23); and a second layer configured to insulate the first and second electrode portions (21,23) from the housing, wherein: the housing comprises a heat inputter for generating the bubbles from the dielectric liquid when thermal energy is applied to the heat inputter; and as the bubbles are moved between the first and second electrode portions (21,23), a dielectric constant of the dielectric liquid between the first and second electrode portions (21,23) is changed to generate current. a housing configured to have an internal portion filled with dielectric liquid in a vacuum state and formed to a preset length; first and second electrode portions (21,23) configured to be disposed to face each other to be spaced apart from each other in the housing and polarized with different polarities; wherein the apparatus comprises a first layer configured to form a path along the internal portion of the housing so as to allow the dielectric liquid and bubbles generated in the dielectric liquid to flow between the first and second electrode portions (21,23); and a second layer configured to insulate the first and second electrode portions (21,23) from the housing, wherein: the housing comprises a heat inputter for generating the bubbles from the dielectric liquid when thermal energy is applied to the heat inputter; and as the bubbles are moved between the first and second electrode portions (21,23), a dielectric constant of the dielectric liquid between the first and second electrode portions (21,23) is changed to generate current. the housing comprises a heat inputter for generating the bubbles from the dielectric liquid when thermal energy is applied to the heat inputter; and as the bubbles are moved between the first and second electrode portions (21,23), a dielectric constant of the dielectric liquid between the first and second electrode portions (21,23) is changed to generate current.
A Light Emitting Diode Projector Lamp Module comprising a plurality of Light Emitting Diode Projector Lamps, wherein the Light Emitting Diode Projector Lamp Module further comprises a power source box with a plurality of power source output lines each of which electrically connected to each Light Emitting Diode Projector Lamp respectively, wherein the power source box is an extensile profile structure, wherein a power source is fixed into the independent sealed power source box by means of fixing structures on the two ends of the power source box; characterized in that: said fixing structure comprises a power source stator adapted to fix the power source, a connecting bracket, a power source baffle and a spinning cover, wherein said power source stator fixed with the power source is put into the power source box and said power source stator is held by the power source baffle and the spinning cover at two ends, wherein the two ends of the connecting bracket are adapted to clamp the spinning covers and connect to the spinning covers through thread fastening. said fixing structure comprises a power source stator adapted to fix the power source, a connecting bracket, a power source baffle and a spinning cover, wherein said power source stator fixed with the power source is put into the power source box and said power source stator is held by the power source baffle and the spinning cover at two ends, wherein the two ends of the connecting bracket are adapted to clamp the spinning covers and connect to the spinning covers through thread fastening.
A method for writing data to a memory, comprising: attempting a first writing of received data to a memory cell array of the memory during a first write cycle in response to a first programmable write signal; reading stored data from the memory cell array during the first write cycle after the first writing is attempted; comparing data stored in the memory cell array with the received data during the first write cycle to identify memory cells of the memory cell array in which the received data was not effectively written to the memory during the first attempted writing; decoupling a second programmable write signal from the memory cells of the memory cell array in which the received data was effectively written to the memory during the first attempted writing; attempting a second writing of the received data during the first write cycle to only the identified memory cells of the memory cell array, in response to the second programmable write signal, the first programmable write signal having a shorter duration than the second programmable write signal; and completing the first write cycle in response to completion of the second programmable write signal. attempting a first writing of received data to a memory cell array of the memory during a first write cycle in response to a first programmable write signal; reading stored data from the memory cell array during the first write cycle after the first writing is attempted; comparing data stored in the memory cell array with the received data during the first write cycle to identify memory cells of the memory cell array in which the received data was not effectively written to the memory during the first attempted writing; decoupling a second programmable write signal from the memory cells of the memory cell array in which the received data was effectively written to the memory during the first attempted writing; attempting a second writing of the received data during the first write cycle to only the identified memory cells of the memory cell array, in response to the second programmable write signal, the first programmable write signal having a shorter duration than the second programmable write signal; and completing the first write cycle in response to completion of the second programmable write signal.
Pressure measuring cell comprising a measuring cell body, a measuring membrane arranged on the front face of the measuring cell body by means of a joining structure, the measuring cell body and the measuring membrane each having at least one measuring electrode, which electrodes form a measuring capacitor (C mess), and at least one support element being provided on the measuring membrane and/or the measuring cell body within the joining structure, characterised in that the at least one support element is produced by means of a glass solder, that the joining structure is formed from a first circumferential glass solder layer (5.1) arranged on the measuring cell body and from a second circumferential glass solder layer (5.2) arranged on the measuring membrane, and that the measuring cell body and/or the measuring membrane have/has a reference electrode, the measuring electrode of the measuring cell body or of the measuring membrane being surrounded at a distance by the reference electrode, this measuring electrode being circular in form and the reference electrode surrounding it being annular in form, the reference electrode and an opposite measuring electrode of the measuring cell body or of the measuring membrane forming a reference capacitor (C ref), the at least one support element being formed as at least one support ring and the support ring being disposed between the reference electrode and this measuring electrode.
Recombinant measles virus expressing a heterologous amino acid sequence from an antigen of a determined flavivirus, said recombinant measles virus being the product of the expression of a recombinant nucleotide sequence comprising a cDNA molecule which encodes the full length antigenomic (+)RNA of the measles virus originating from the Schwarz strain, wherein said cDNA molecule comprises the insert contained in plasmid pTM-MVSchw deposited under No. I-2889 at the CNCM on June 12, 2002, wherein said insert encodes the nucleotide sequence of the full length antigenomic (+)RNA strand of the measles virus and is recombined with a heterologous nucleotide sequence encoding said heterologous amino acid sequence from said antigen of said determined flavivirus in an insertion site of said cDNA in the region upstream from the L gene of said cDNA under control of expression control sequence, and said recombinant measles virus elicits a protective humoral and/or a cellular immune response against said determined flavivirus or against both measles virus and against said determined flavivirus.
A driving assistance device comprising: a travel history generator that generates, for each of drivers, a travel history associating an environmental parameter indicating a travel environment through which a vehicle has previously travelled with an action selected by each of the drivers in response to the environmental parameter; an acquisition unit that acquires a travel history similar to a travel history for a current driver from among travel histories generated by the travel history generator; a driver model generator that generates a driver model by combining the travel history acquired by the acquisition unit and the travel history of the current driver; and a determination unit that selects one or more actions included in the driver model as a next action based on the driver model generated by the driver model generator and an environmental parameter indicating a current travel environment of the vehicle. a travel history generator that generates, for each of drivers, a travel history associating an environmental parameter indicating a travel environment through which a vehicle has previously travelled with an action selected by each of the drivers in response to the environmental parameter; an acquisition unit that acquires a travel history similar to a travel history for a current driver from among travel histories generated by the travel history generator; a driver model generator that generates a driver model by combining the travel history acquired by the acquisition unit and the travel history of the current driver; and a determination unit that selects one or more actions included in the driver model as a next action based on the driver model generated by the driver model generator and an environmental parameter indicating a current travel environment of the vehicle.
A flywheel assembly comprising: a housing; a flywheel coupled to a shaft which is rotatably mounted in the housing via first and second bearings (18, 20); a primary chamber which is defined within the housing and contains the flywheel; at least one secondary chamber which is defined within the housing and contains the first bearing; and at least one molecular pump (28, 30) driven by the shaft for pumping gas molecules from the primary chamber to the at least one secondary chamber, characterised in that the second bearing is contained within the same secondary chamber as the first bearing. a housing; a flywheel coupled to a shaft which is rotatably mounted in the housing via first and second bearings (18, 20); a primary chamber which is defined within the housing and contains the flywheel; at least one secondary chamber which is defined within the housing and contains the first bearing; and at least one molecular pump (28, 30) driven by the shaft for pumping gas molecules from the primary chamber to the at least one secondary chamber, characterised in that the second bearing is contained within the same secondary chamber as the first bearing.
A method for generating a precordial ECG measurement that depends on an average signal that includes signals from the left and right hands and one leg of a patient, said method comprising: simultaneously recording a hand signal and a leg signal during a first time period, said hand signal comprising a difference of said signals from said left and right hands; recording said hand signal during a second subsequent time period; recording a chest signal during said second time period, said chest signal comprising a difference between a signal measured on a precordial measurement point on said patient's chest and one of said left and right hands; and characterised by computing a signal representing said leg signal in said second time period from said leg signal during said first time period by comparing a function of said hand signals during said second time period with said function of said hand signals during said first time period; generating a computed reference signal representing said leg and hand signals during said second time period; and generating a precordial signal comprising a difference of said computed reference signal and said chest signal. simultaneously recording a hand signal and a leg signal during a first time period, said hand signal comprising a difference of said signals from said left and right hands; recording said hand signal during a second subsequent time period; recording a chest signal during said second time period, said chest signal comprising a difference between a signal measured on a precordial measurement point on said patient's chest and one of said left and right hands; and characterised by computing a signal representing said leg signal in said second time period from said leg signal during said first time period by comparing a function of said hand signals during said second time period with said function of said hand signals during said first time period; generating a computed reference signal representing said leg and hand signals during said second time period; and generating a precordial signal comprising a difference of said computed reference signal and said chest signal.
A system, comprising at least one door actuating member (2, 3), a locking cylinder and a connecting element (5, 6) connecting the door actuating member (2, 3) and the locking cylinder, which element connects the door actuating member (2, 3) and the locking cylinder via a variable distance to each other, wherein the distance between the door actuating member (2, 3) and the locking cylinder is adjustable via the connecting element (5, 6), characterized in that the connecting element (5, 6) is configured in several parts and comprises a raster shaft and at least one coupling element (7, 8) configured in one piece or several pieces, which transfers the torque from the door actuating member (2, 3) onto the locking cylinder.
A method for solution treating a cold deformed workpiece of an alloy based on iron, nickel and/or cobalt containing at least 10% chromium, which method comprises - dissolving at least nitrogen in the workpiece at a temperature T1, which is above 1020°C and lower than the melting point of the alloy, wherein dissolution of nitrogen at temperature T1 is performed to obtain a diffusion depth in the range of 50 μm to 5 mm, and - cooling the workpiece after the dissolution step at temperature T1 to a temperature which is below 550°C, wherein the cooling from the temperature 900 °C to 700 °C is performed in less than 60 seconds, and wherein the cooling step takes place in an inert gas not containing nitrogen. - dissolving at least nitrogen in the workpiece at a temperature T1, which is above 1020°C and lower than the melting point of the alloy, wherein dissolution of nitrogen at temperature T1 is performed to obtain a diffusion depth in the range of 50 μm to 5 mm, and - cooling the workpiece after the dissolution step at temperature T1 to a temperature which is below 550°C, wherein the cooling from the temperature 900 °C to 700 °C is performed in less than 60 seconds, and wherein the cooling step takes place in an inert gas not containing nitrogen.
A wound dressing, comprising: a backing layer comprising an interior region and a border region around the interior region; a dermal interface disposed in the border region, the dermal interface comprising an adhesive and a therapeutic composition; a wound interface disposed in the interior region; and characterized by a barrier layer disposed in the interior region between the dermal interface and the wound interface. a backing layer comprising an interior region and a border region around the interior region; a dermal interface disposed in the border region, the dermal interface comprising an adhesive and a therapeutic composition; a wound interface disposed in the interior region; and characterized by a barrier layer disposed in the interior region between the dermal interface and the wound interface.
An electrode device (600, 700) for delivering electrical pulse stimuli to a patient's cochlear region, the electrode device comprising: a lead (650, 750) comprising a single elongate insulated electrical conductor; a single electrode disposed at a distal end of the lead (650, 750) and in electrical communication with the insulated electrical conductor, wherein the electrode is configured to be intraosseously placed within a hole created in target tissue to deliver the electrical pulse stimuli to the patient's cochlear region; and an anchor element disposed adjacent to the electrode, characterised in that the electrode is an electrode screw including an electrode core, the anchor element including a fenestration, wherein the electrode screw is configured to be passed through the fenestration in the anchor element into the hole created in the target tissue and to anchor the electrode device intraosseously to the target tissue, and wherein the electrode core is configured to deliver the electrical pulse stimuli intraosseously to the target tissue with which it makes contact. a lead (650, 750) comprising a single elongate insulated electrical conductor; a single electrode disposed at a distal end of the lead (650, 750) and in electrical communication with the insulated electrical conductor, wherein the electrode is configured to be intraosseously placed within a hole created in target tissue to deliver the electrical pulse stimuli to the patient's cochlear region; and an anchor element disposed adjacent to the electrode, characterised in that the electrode is an electrode screw including an electrode core, the anchor element including a fenestration, wherein the electrode screw is configured to be passed through the fenestration in the anchor element into the hole created in the target tissue and to anchor the electrode device intraosseously to the target tissue, and wherein the electrode core is configured to deliver the electrical pulse stimuli intraosseously to the target tissue with which it makes contact. wherein the electrode screw is configured to be passed through the fenestration in the anchor element into the hole created in the target tissue and to anchor the electrode device intraosseously to the target tissue, and wherein the electrode core is configured to deliver the electrical pulse stimuli intraosseously to the target tissue with which it makes contact.
An optoelectronic sensor for detecting an object in a monitoring region, the sensor having a plurality of light transmitters (22, 22a) and/or a light transmitter (22, 22a) with a beam splitter arranged in front thereof, for transmitting a plurality of light beams which are separated from one another, a light receiver for generating reception signals from remitted light beams remitted by the object, and an evaluation unit for obtaining information about the object from the reception signals, which is configured to determine a distance of the object from a light time of flight between transmission of the light beams and reception of the remitted light beams, wherein a common transmission optics is arranged in front of the plurality of light transmitters (22, 22a) and/or the light transmitter (22, 22a) which changes the beam direction of the plurality of light beams, the common transmission optics having a prism arrangement with a plurality of prisms deflecting a respective transmitted light beam, characterized in that the prisms are configured and aligned so that the arrangement of the light beams exiting the prism arrangement is changed with respect to the arrangement of the light beams entering the prism arrangement, the outer contour of the prism arrangement being formed without discontinuities by the prisms each being inclined alternately in different directions.
An extended release oral dosage form comprising 2-( -2-Methylpyrrolidin-2-yl)-1H-benzimidazole-4-carboxamide (veliparib) and a gel-forming polymer for the treatment of cancer, wherein the extended release dosage form is to be administered twice daily.
Household refrigerating device, in particular integrated household refrigerating device with a door hinged by means of multiple-joint hinges, having a housing in which one or more receiving space or spaces are arranged for items to be chilled, which can be closed at least with a door connected pivotably to the housing with the aid of hinges, wherein the door has an upper and/or a lower cover strip (2; 2a), wherein the cover strip (2; 2a) has a three-dimensionally moulded support storage which projects in the direction of a door filler for connection with insulation material of the door, wherein the support structure is moulded in one piece on the cover strip (2; 2a) and wherein the cover strip (2; 2a) has at least one holding region on which a bracket holding the door on a carcass of the household refrigerating device is held with the aid of fastening means, wherein the holding region has a raised holding attachment or more raised holding attachments, wherein the holding attachment of the holding attachments are arranged at least essentially at right angles to the pivot axis of the door and are accessible from the rear of the door.
A device for determining at least one effective transverse piezoelectric coefficient (e31eft) of a thin film of a material of a sample, comprising: - a source of x-rays incident on the sample; - a detector of x-rays diffracted by the sample; - a device for positioning the x-ray source and the x-ray detector with respect to the sample; - a voltage source making contact with the sample; - a device for controlling the voltage source so as to apply an electric field to the sample during an electrical cycle, the electric field generating a strain of the sample and a stress on the sample; - a device for measuring a diffraction peak of the x-rays as a function of the electric field applied to the sample during the electrical cycle; - a processing device configured to determine the transverse piezoelectric coefficient via determination of a radius of curvature of the sample on the basis of the measured diffraction peak. - a source of x-rays incident on the sample; - a detector of x-rays diffracted by the sample; - a device for positioning the x-ray source and the x-ray detector with respect to the sample; - a voltage source making contact with the sample; - a device for controlling the voltage source so as to apply an electric field to the sample during an electrical cycle, the electric field generating a strain of the sample and a stress on the sample; - a device for measuring a diffraction peak of the x-rays as a function of the electric field applied to the sample during the electrical cycle; - a processing device configured to determine the transverse piezoelectric coefficient via determination of a radius of curvature of the sample on the basis of the measured diffraction peak.