mhurhangee/ep-ind-claims huggingface dataset:
A wireless transceiver, comprising: a configurable analog component operable to receive an input radio frequency signal; and a controller portion operable to determine the frequency range of a narrowband interferer and to promote adjustment of a bandwidth of the configurable analog component from at least a first bandwidth to a second bandwidth, and the configurable analog component is operable to transmit the output radio frequency signal, and the configurable analog component comprises a plurality of sub-band sections, each sub-band section operable to process a portion of a radio spectrum; and wherein the controller is operable to change an upper bandwidth limit of a first sub-band section and change a lower bandwidth limit of a second sub-band section so as to avoid operating in the frequency range of the narrowband interferer, the bandwidth of the first sub-band section located at a lower frequency range than the bandwidth of the second sub-band section. a configurable analog component operable to receive an input radio frequency signal; and a controller portion operable to determine the frequency range of a narrowband interferer and to promote adjustment of a bandwidth of the configurable analog component from at least a first bandwidth to a second bandwidth, and
A device for measuring a machine tool, comprising: - a calibration means configured to be fastened to a portion of said machine tool, and - a measuring probe for detecting a position of said calibration means on said machine tool, wherein said calibration means includes an interface by means of which said calibration means can be inserted into and removed from a numerically displaceable receiving means of said machine tool, with which said calibration means can be transported between a ready position and a fastening position on the portion of said machine tool, characterized in that said interface includes a holder for inserting into or removing from said receiving means, a calibration standard of said calibration means being insertable into said holder, wherein said holder includes a protective case surrounding said calibration standard. - a calibration means configured to be fastened to a portion of said machine tool, and - a measuring probe for detecting a position of said calibration means on said machine tool, wherein said calibration means includes an interface by means of which said calibration means can be inserted into and removed from a numerically displaceable receiving means of said machine tool, with which said calibration means can be transported between a ready position and a fastening position on the portion of said machine tool, said interface includes a holder for inserting into or removing from said receiving means, a calibration standard of said calibration means being insertable into said holder, wherein said holder includes a protective case surrounding said calibration standard.
A nozzle, wherein the nozzle comprises: a nozzle passage, the nozzle passage having an airflow inlet and an airflow outlet, and a fluid passage, the fluid passage having a fluid passage inlet and a fluid passage outlet, wherein the fluid passage inlet communicates with a fluid source so that a fluid can enter the fluid passage, and the fluid passage outlet communicates with the nozzle passage so that the fluid can enter the nozzle passage, wherein the airflow exerted from the airflow inlet can press the fluid in the nozzle passage out of the airflow outlet, wherein the fluid is a viscous fluid and the viscosity of the fluid ranges from 1000 cps to 150,000 cps and characterized in that the nozzle further comprises: a piston chamber, the piston chamber accommodating a piston and the piston chamber communicating with the airflow inlet of the nozzle passage. a nozzle passage, the nozzle passage having an airflow inlet and an airflow outlet, and a fluid passage, the fluid passage having a fluid passage inlet and a fluid passage outlet, wherein the fluid passage inlet communicates with a fluid source so that a fluid can enter the fluid passage, and the fluid passage outlet communicates with the nozzle passage so that the fluid can enter the nozzle passage, wherein the airflow exerted from the airflow inlet can press the fluid in the nozzle passage out of the airflow outlet, wherein the fluid is a viscous fluid and the viscosity of the fluid ranges from 1000 cps to 150,000 cps and characterized in that the nozzle further comprises: a piston chamber, the piston chamber accommodating a piston and the piston chamber communicating with the airflow inlet of the nozzle passage.
A method for determining a concentration of at least one analyte in a bodily fluid, the method comprising: a) applying a sample of the bodily fluid to a test carrier; b) illuminating the test carrier by using at least one light source; c) receiving light remitted by the test carrier by using at least one detector; d) determining the concentration of the analyte by evaluating at least one detector signal generated by the detector; wherein the at least one light source is modulated by using at least two different modulation frequencies, wherein the detector signal is demodulated with the at least two different modulation frequencies in order to generate at least two demodulated detector signals, each demodulated detector signal corresponding to one of the modulation frequencies, wherein the method comprises a fault detection based on a comparison of the at least two demodulated detector signals, characterized in that the at least one light source comprises at least one first light source being modulated by at least two different modulation frequencies and at least one second light source being modulated by at least two different modulation frequencies being different from the at least two different modulation frequencies by which the first light source is modulated. a) applying a sample of the bodily fluid to a test carrier; b) illuminating the test carrier by using at least one light source; c) receiving light remitted by the test carrier by using at least one detector; d) determining the concentration of the analyte by evaluating at least one detector signal generated by the detector;
An electrolyte salt for electrical storage devices, comprising a quaternary ammonium cation of formula below and a trimethylsilyl alkanesulfonate anion of formula below wherein R 1 to R 4 are each independently an alkyl group of 1 to 4 carbons or an alkoxyalkyl group of the formula -(CH 2) n -OR, provided that any two of R 1 to R 4 may be bonded to each other and form a ring together with the nitrogen atom to which they are bonded and the remaining two may be bonded to each other and form a spiro ring with the nitrogen group serving as the spiro atom; R is a methyl group or an ethyl group; n is 1 or 2; and m is 2 or 3.
Apparatus for converting ammonia from an ammonia-containing aqueous solution into molecular nitrogen having units (6 to 14, 16 to 20, 34 to 35, 47 to 52, 56 to 60) for circulating the solution in a circuit, having an inlet for adding the solution into the circuit, and having a removal opening for removing the solution from the circuit, wherein the units (6 to 14, 16 to 20, 34 to 35, 47 to 52, 56 to 60) of the circuit comprise a cathode chamber having a cathode and an anode chamber having an anode for converting the ammonia into molecular nitrogen, wherein the anode chamber has a supply line for the circulating solution, wherein the anode chamber has a passage for the circulating solution into the cathode chamber, and wherein the cathode chamber has a discharge line for the circulating solution, which is connected to the supply line of the anode chamber via a pump (13, 35) for pumping the circulating solution, characterized in that the apparatus has an oxygen supply line for adding hydrogen peroxide and/or oxygen dissolved in water into the circuit and in that a material of the cathode is a catalyst for catalytic splitting of hydrogen peroxide into molecular oxygen and water.
Fire protection device for sealing through-openings in wall or ceiling elements made of wood or a similar material, in particular for sealing line or pipe feedthroughs, comprising a main body having a through-opening, and at least one expansion body which is attached to an end face of the main body and contains an intumescent material, the end face being a front face of the main body which faces the wall or ceiling element, characterized in that the expansion body extends radially between the through-opening and an outer face of the main body when viewed in the axial direction A.
Light emitting semiconductor component having a semiconductor body, which has a semiconductor layer sequence, which emits electromagnetic radiation of a first wavelength range which comprises radiation from the ultraviolet, blue and/or green spectral range during operation of the semiconductor component, and having a luminescence conversion element which comprises at least one luminescent material, wherein at least one part of the surface of the semiconductor body is surrounded by a radiation-transmissive encapsulation and the luminescence conversion element is embodied as a luminescence conversion layer arranged above the radiation-transmissive encapsulation, wherein the luminescence conversion element converts a radiation of the semiconductor layer sequence originating from the first wavelength range into radiation of a second wavelength range, which differs from the first wavelength range, in such a way that the semiconductor component emits mixed-coloured light which comprises radiation of the first wavelength range and radiation of the second wavelength range, characterized in that the luminescence conversion element comprises inorganic luminescent material particles which do not dissolve in the medium encapsulating them, and wherein the luminescent material has a different refractive index from that of the surrounding medium, such that a directional characteristic of the electromagnetic radiation emitted by the semiconductor layer sequence is attenuated by the inorganic luminescent material particles and/or by additional light-diffusing particles, such that a colour homogeneity of the mixed-coloured light is improved.
A process for producing a flat product made of a zirconium alloy having a Kearns factor FT of between 0.30 and 0.70, characterized in that: - an ingot of zirconium alloy with the following composition, in percentages by weight, is smelted: Nb = 0.5 to 3.5% Sn = 0 to 1.5% Fe = 0 to 0.5% Cr + V = 0 to 0.3% S = 0 to 100 ppm O = 0 to 2000 ppm Si = 0 to 150 ppm, the balance being zirconium and impurities resulting from the smelting; - said ingot is formed; - said formed ingot undergoes one or more hot-rolling passes in order to obtain a flat product, the final of said hot-rolling passes being carried out between 820 - 20Nb% and 1100°C and not being followed by any quenching operation; - optionally, said flat product undergoes an annealing operation at a temperature not exceeding 800°C; and - the flat product undergoes one or more cold-rolling/annealing cycles, said annealing operations not taking place above 800°C. - an ingot of zirconium alloy with the following composition, in percentages by weight, is smelted: Nb = 0.5 to 3.5% Sn = 0 to 1.5% Fe = 0 to 0.5% Cr + V = 0 to 0.3% S = 0 to 100 ppm O = 0 to 2000 ppm Si = 0 to 150 ppm, Nb = 0.5 to 3.5% Sn = 0 to 1.5% Fe = 0 to 0.5% Cr + V = 0 to 0.3% S = 0 to 100 ppm O = 0 to 2000 ppm Si = 0 to 150 ppm, - said ingot is formed; - said formed ingot undergoes one or more hot-rolling passes in order to obtain a flat product, the final of said hot-rolling passes being carried out between 820 - 20Nb% and 1100°C and not being followed by any quenching operation; - optionally, said flat product undergoes an annealing operation at a temperature not exceeding 800°C; and - the flat product undergoes one or more cold-rolling/annealing cycles, said annealing operations not taking place above 800°C.
Oxidizing products having antimicrobial action that have been produced on an implant made of a metal or having a surface made of a metal for use in a therapeutic treatment, wherein the implant has, on its/the surface, a coating with polycrystalline doped electrically conductive diamond, wherein the therapeutic treatment is a therapy of a microbial infection caused by bacteria on the implant in a human or animal body, wherein the therapeutic treatment comprises the generation of the products having antimicrobial action directly on the implant, wherein the products having antimicrobial action are C 2 O 6 2-, S 2 O 8 2- and/or P 2 O 8 4- ions, - wherein the implant is connected as anode in an electrochemical system in the body, wherein the electrochemical system comprises, in addition to the anode, a cathode, a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or consists of the anode, a cathode, a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or - wherein the implant is disposed within an electrical field, by means of which a negative charge is induced at a first site and a positive charge at a second site by induction on the implant, by means of which the first site becomes the anode in an electrochemical system and the second site becomes the cathode in the electrochemical system, wherein the electrochemical system comprises, in addition to the implant, an electrolyte comprising or consisting of a body fluid or consists of the implant and an electrolyte comprising or consisting of a body fluid. - wherein the implant is connected as anode in an electrochemical system in the body, wherein the electrochemical system comprises, in addition to the anode, a cathode, a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or consists of the anode, a cathode, a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or - wherein the implant is disposed within an electrical field, by means of which a negative charge is induced at a first site and a positive charge at a second site by induction on the implant, by means of which the first site becomes the anode in an electrochemical system and the second site becomes the cathode in the electrochemical system, wherein the electrochemical system comprises, in addition to the implant, an electrolyte comprising or consisting of a body fluid or consists of the implant and an electrolyte comprising or consisting of a body fluid.
An imaging system, comprising: an adjustment stage; auto-alignment optics mounted on the adjustment stage and coupled to image an object, the auto-alignment optics including a far camera and a near camera, wherein the auto-alignment optics include a non-telecentric optical path with a low numeric aperture between the far camera and the object and a telecentric optical path with a larger numeric aperture between the near camera and the object; imaging scanning optics mounted on the adjustment stage and coupled to scan the object; an imager coupled to the imaging scanning optics; and a processor coupled to the adjustment stage and the auto-alignment optics, the processor executing instructions to: receive a far-camera image that includes centering information from the far camera; roughly align the adjustment stage to center the object based on the far-camera image; adjust the adjustment stage to position the eye distance based on the far-camera image; receive a near-camera image from the near camera; finely align the adjustment stage to focus the near-camera image, adjust the adjustment stage to center the object based on the near-camera image. an adjustment stage; auto-alignment optics mounted on the adjustment stage and coupled to image an object, the auto-alignment optics including a far camera and a near camera, wherein the auto-alignment optics include a non-telecentric optical path with a low numeric aperture between the far camera and the object and a telecentric optical path with a larger numeric aperture between the near camera and the object; imaging scanning optics mounted on the adjustment stage and coupled to scan the object; an imager coupled to the imaging scanning optics; and a processor coupled to the adjustment stage and the auto-alignment optics, the processor executing instructions to: receive a far-camera image that includes centering information from the far camera; roughly align the adjustment stage to center the object based on the far-camera image; adjust the adjustment stage to position the eye distance based on the far-camera image; receive a near-camera image from the near camera; finely align the adjustment stage to focus the near-camera image, adjust the adjustment stage to center the object based on the near-camera image. receive a far-camera image that includes centering information from the far camera; roughly align the adjustment stage to center the object based on the far-camera image; adjust the adjustment stage to position the eye distance based on the far-camera image; receive a near-camera image from the near camera; finely align the adjustment stage to focus the near-camera image, adjust the adjustment stage to center the object based on the near-camera image.
A method of microencapsulating an active ingredient with an enteric matrix, the method comprising: a) agitating a combination of water, an enteric matrix material and an emulsifier, the combination at a pH that maintains complete dissolution of the enteric matrix material, the combination being free of organic solvents; b) adding a hydrophobic liquid to the combination; c) homogenizing the hydrophobic liquid and the combination to create a fine, stable emulsion; and d) acid titrating the emulsion under agitated conditions in an amount effective to form a particulate precipitate. a) agitating a combination of water, an enteric matrix material and an emulsifier, the combination at a pH that maintains complete dissolution of the enteric matrix material, the combination being free of organic solvents; b) adding a hydrophobic liquid to the combination; c) homogenizing the hydrophobic liquid and the combination to create a fine, stable emulsion; and d) acid titrating the emulsion under agitated conditions in an amount effective to form a particulate precipitate.
A fleece for a smokeless tobacco pouch that is formed with apertures, wherein the mean aperture size is at least 50 μm in diameter, characterised in that the fleece comprises a first and a second direction, and in a dry state exhibits a tensile strength of at least 9 N/5cm in the second direction, and/or in a wet state exhibits a tensile strength of at least 5 N/5cm in the second direction.
A pharmaceutical aerosol for nasal, sinunasal or pulmonary administration comprising a dispersed liquid phase and a continuous gas phase, wherein the dispersed liquid phase (a) consists of aqueous droplets comprising 20 to 200 mg/ml of the active compound levofloxacin or the equivalent concentration of a pharmaceutically acceptable salt, solvate or isomer thereof, and at least one excipient selected from the group of calcium-, magnesium-, and aluminum salts; (b) has a mass median diameter from about 1.5 to about 6 μm; and (c) has a droplet size distribution exhibiting a geometrical standard deviation from about 1.2 to about 3.0. (a) consists of aqueous droplets comprising 20 to 200 mg/ml of the active compound levofloxacin or the equivalent concentration of a pharmaceutically acceptable salt, solvate or isomer thereof, and at least one excipient selected from the group of calcium-, magnesium-, and aluminum salts; (b) has a mass median diameter from about 1.5 to about 6 μm; and (c) has a droplet size distribution exhibiting a geometrical standard deviation from about 1.2 to about 3.0.
A catheter comprising: (a) a distal tube comprising a tubular wall, and a tube lumen defined within the tube by the tubular wall, an accessible opening at the proximal end of the distal tube for inserting medical devices into the lumen; and (b) a proximal shaft integrated or embedded in a proximal portion of the distal tube, the proximal shaft comprising: (i) a shaft lumen defined in the proximal shaft; (ii) a first elongate member disposed within the shaft lumen, the first elongate member configured to extend distally into a first portion of the tubular wall; and (iii) a second elongate member disposed within the shaft lumen, the second elongate member configured to extend distally into a second portion of the tubular wall, wherein the proximal shaft is configured to extend distally into a portion of the tube lumen such that the shaft lumen extends distally past a proximal end of the distal tube. (a) a distal tube comprising a tubular wall, and a tube lumen defined within the tube by the tubular wall, an accessible opening at the proximal end of the distal tube for inserting medical devices into the lumen; and (b) a proximal shaft integrated or embedded in a proximal portion of the distal tube, the proximal shaft comprising: (i) a shaft lumen defined in the proximal shaft; (ii) a first elongate member disposed within the shaft lumen, the first elongate member configured to extend distally into a first portion of the tubular wall; and (iii) a second elongate member disposed within the shaft lumen, the second elongate member configured to extend distally into a second portion of the tubular wall, (i) a shaft lumen defined in the proximal shaft; (ii) a first elongate member disposed within the shaft lumen, the first elongate member configured to extend distally into a first portion of the tubular wall; and (iii) a second elongate member disposed within the shaft lumen, the second elongate member configured to extend distally into a second portion of the tubular wall,