mhurhangee/ep-ind-claims huggingface dataset:
A multi-layer electromagnetic coupler arrangement for coupling electromagnetic power to an electric current loop of an RFID tag of arbitrary geometric shape, by means of reactive near field coupling, the electromagnetic coupler arrangement comprising: a top surface layer forming a top surface of the electromagnetic coupler arrangement to be arranged closest to an RFID tag to which the electromagnetic power is to be coupled; a metallic ground plane layer (4, s5); and a feeding layer; wherein said top surface layer comprising a transmission line loop for achieving the electromagnetic coupling by inductive coupling with a current loop of the RFID tag, the transmission line loop being a continuous transmission line of finite length formed into a loop so that two terminals (21, 22) thereof approach each other; and said feeding layer including a balun element for feeding the two terminals (21, 22) so as to form a differential input of said transmission line loop with current signals (7, 8) obtained by splitting an input signal into two parts equal in amplitude and shifted by 180° in phase with respect to each other, thereby forming a differential transmission line loop out of said transmission line loop, the balun further including inherent impedance transformation means for matching the impedance of an external feeding system interface with the differential input impedance of the transmission line loop. a top surface layer forming a top surface of the electromagnetic coupler arrangement to be arranged closest to an RFID tag to which the electromagnetic power is to be coupled; a metallic ground plane layer (4, s5); and a feeding layer; wherein said top surface layer comprising a transmission line loop for achieving the electromagnetic coupling by inductive coupling with a current loop of the RFID tag, the transmission line loop being a continuous transmission line of finite length formed into a loop so that two terminals (21, 22) thereof approach each other; and said feeding layer including a balun element for feeding the two terminals (21, 22) so as to form a differential input of said transmission line loop with current signals (7, 8) obtained by splitting an input signal into two parts equal in amplitude and shifted by 180° in phase with respect to each other, thereby forming a differential transmission line loop out of said transmission line loop, the balun further including inherent impedance transformation means for matching the impedance of an external feeding system interface with the differential input impedance of the transmission line loop.
An apparatus for the temperature control of a temperature control fluid, in particular of a heat transfer oil, having a heating device which is in particular helical; having a cooling device which is in particular formed by the evaporator of a refrigerant circuit; and having a closed fluid guide for guiding the temperature control fluid in the apparatus as well as between the apparatus and a consumer and having an expansion vessel, characterized in that a collection pot for condensed water is provided beneath the base of the expansion vessel, in particular at its center, with the expansion vessel being connected in a bypass to the fluid guide, and with an extraction unit for draining water from the collection pot being arranged at the collection pot.
Composition for use in the treatment per os of dental infections, comprising secnidazole in association with an antibiotic of the macrolide family, secnidazole and the antibiotic being associated in a unitary drug or presented in the form of a pair of drugs.
Portable device for unwinding a roll of a web of material, having a supporting frame to which a knob or carrying handle is attached and on which the roll is supportable, and having at least one motor-driven cutting device (13, 25) arranged on the supporting frame, characterized in that the cutting device is programmable.
Use of a device for conveying fuels into a gasification reactor, comprising a bulk material container, a conveying pipe, into which a discharge of the bulk material container opens and which can be connected to a lateral infeed opening of the gasification reactor, and a mechanical conveying apparatus disposed in the conveying pipe, wherein the conveying apparatus is formed by a hydraulically drivable plunger, which is movably guided in a first, cylindrical section of the conveying pipe, and the conveying pipe has an internal cross-section, which decreases continuously in the conveying direction of the fuel in order to form a compacting cone in a second axial section, wherein the second conveying pipe section comprising the compacting cone is configured as a separate exchangeable pipe portion, characterized in that depending on the fuel employed a pipe portion is installed with a compacting cone providing an appropriate degree of compaction.
A pneumatic positioner, comprising: a converter operable to produce a pressure at an output port in response to a control signal (114, 115); control circuitry powered using an input control signal to the pneumatic positioner and operable to generate the control signal for the converter based at least partially on the input control signal; and a safety override circuit operable to receive the input control signal, provide the input control signal to the control circuitry, and modify the control signal for the converter in response to an input signal (104; 106) the modified control signal causing the converter to transition into a safe state and the safety override circuit allowing the control circuitry to continue being powered by the input control signal while the converter is in the safe state. a converter operable to produce a pressure at an output port in response to a control signal (114, 115); control circuitry powered using an input control signal to the pneumatic positioner and operable to generate the control signal for the converter based at least partially on the input control signal; and a safety override circuit operable to receive the input control signal, provide the input control signal to the control circuitry, and modify the control signal for the converter in response to an input signal (104; 106) the modified control signal causing the converter to transition into a safe state and the safety override circuit allowing the control circuitry to continue being powered by the input control signal while the converter is in the safe state.
An aqueous roof dispersion coating material formed of or containing a) a first organic binder in the form of an aqueous dispersion containing at least one pure acrylate, and a second organic binder in the form of an aqueous dispersion, containing vinyl aromatic/acrylate copolymers, wherein the total amount of first and second organic binder is at least 18.0 wt.% (solids content), based on the total weight of the dispersion coating material, b) at least one pH adjusting agent, c) at least one thickener, d) at least one alkyl alkoxysilane, alkyl alkoxysiloxane, water-soluble alkyl siliconate, in particular potassium methyl siliconate, monoalkyl silanetriol, dialkyl silanediol, trialkyl silanol, alkali salt of monoalkyl silanetriol, in particular potassium methyl silanetriolate and/or potassium ethyl silanetriolate, dialkyl silanediol, trialky Isilanol or any mixtures thereof, e) water glass and/or silica sol, in particular water glass, f) at least one wetting and/or dispersing agent, and g) optionally at least one additive, wherein the aqueous coating material has a pH in the range from 8.5 to 12 or is adjusted to a pH in the range from 8.5 to 12, and wherein the content of the pure acrylate binder (solids content), based on the total amount of organic binders, is above 60 wt.%. a) a first organic binder in the form of an aqueous dispersion containing at least one pure acrylate, and a second organic binder in the form of an aqueous dispersion, containing vinyl aromatic/acrylate copolymers, wherein the total amount of first and second organic binder is at least 18.0 wt.% (solids content), based on the total weight of the dispersion coating material, a second organic binder in the form of an aqueous dispersion, containing vinyl aromatic/acrylate copolymers, wherein the total amount of first and second organic binder is at least 18.0 wt.% (solids content), based on the total weight of the dispersion coating material, b) at least one pH adjusting agent, c) at least one thickener, d) at least one alkyl alkoxysilane, alkyl alkoxysiloxane, water-soluble alkyl siliconate, in particular potassium methyl siliconate, monoalkyl silanetriol, dialkyl silanediol, trialkyl silanol, alkali salt of monoalkyl silanetriol, in particular potassium methyl silanetriolate and/or potassium ethyl silanetriolate, dialkyl silanediol, trialky Isilanol or any mixtures thereof, e) water glass and/or silica sol, in particular water glass, f) at least one wetting and/or dispersing agent, and g) optionally at least one additive, wherein the aqueous coating material has a pH in the range from 8.5 to 12 or is adjusted to a pH in the range from 8.5 to 12, and wherein the content of the pure acrylate binder (solids content), based on the total amount of organic binders, is above 60 wt.%.
Apparatus for resonant driving of a micromechanical system, comprising at least one seismic mass mounted with spring oscillations (11, 12), at least one drive (8, 9; 4) for driving an oscillation of the seismic mass, at least one element which is movement-coupled to the seismic mass, and at least one detection element for detecting a relation parameter, which is variable with the oscillation of the seismic mass, between the movement-coupled element and the detection element, characterized in that the detection element has a field-effect transistor, which is designed to cause an interruption to the oscillation drive when a predetermined value of the relation parameter is reached, wherein the electrical field for switching the FET and the interruption to the oscillation drive associated therewith can be influenced by virtue of the fact that the movement-coupled element, which is at a suitable electrical potential, is guided via the channel region of the FET by the oscillation of the seismic mass.
A system for reduction of dimensional end-taper in tubes (200; 300), the inside surface of which is conditioned and/or cleaned using an abrasive blasting technique, characterised by said system comprising: a pressurized chamber which maintains the pressure at a value which is higher than the atmospheric pressure; an outlet which allows gases to exit from the pressurized chamber at a controlled rate; a valve which restricts the passage of gases from the outlet; a seal connecting the tube and the pressurized chamber; a media outlet which allows removal of media and; optionally a sensing port where the pressure inside the pressurized chamber is monitored with a pressure gauge. a pressurized chamber which maintains the pressure at a value which is higher than the atmospheric pressure; an outlet which allows gases to exit from the pressurized chamber at a controlled rate; a valve which restricts the passage of gases from the outlet; a seal connecting the tube and the pressurized chamber; a media outlet which allows removal of media and; optionally a sensing port where the pressure inside the pressurized chamber is monitored with a pressure gauge.
A method for use in a haptic device, comprising a first haptic presentation device, said method comprising: receiving a haptic model comprising two or more haptic objects being associated with haptic properties; determining at least one location property of at least a first haptic object and a second haptic object of the two or more haptic objects, wherein the location property is related to a location of the corresponding haptic object by determining if said two or more haptic objects are proximate to one another; determining a relation between haptic properties of the first and second haptic objects by evaluating similarities of the haptic properties of the first and second haptic objects that are proximate to one another; determining that the first and second haptic objects are similar and proximate to one another; and adapting at least one haptic property of one or both of the first and second haptic objects, based on the at least one location property and the determined relation between the haptic properties of the first and second haptic objects by adapting the haptic properties of the first and second haptic objects that are similar and proximate to one another. receiving a haptic model comprising two or more haptic objects being associated with haptic properties; determining at least one location property of at least a first haptic object and a second haptic object of the two or more haptic objects, wherein the location property is related to a location of the corresponding haptic object by determining if said two or more haptic objects are proximate to one another; determining a relation between haptic properties of the first and second haptic objects by evaluating similarities of the haptic properties of the first and second haptic objects that are proximate to one another; determining that the first and second haptic objects are similar and proximate to one another; and adapting at least one haptic property of one or both of the first and second haptic objects, based on the at least one location property and the determined relation between the haptic properties of the first and second haptic objects by adapting the haptic properties of the first and second haptic objects that are similar and proximate to one another.
An omnidirectional illuminating system comprising three obstruction or aviation illuminators arranged at supplementing angles in respect to each other such that angular coverage of the light output of the illuminators covers 360 degrees in one dimension, such as the horizontal, wherein each illuminator comprises: - at least one artificial light source which comprises a plurality of light emitting elements (201, 202, 203), wherein the light emitting elements (201, 202, 203) are arranged only along the first Cartesian dimension and - a lens for an obstruction illuminator or an aviation illuminator, the lens comprising an optical portion which: • comprises a first optical surface and a second optical surface defining a thickness there between, • has a length in a first Cartesian dimension, • has a height in a second Cartesian dimension, • has a depth in a third Cartesian dimension, and which • covers the plurality of light emitting elements (201, 202, 203) of the at least one artificial light source, wherein: - the thickness of the optical portion is non-uniform along the first Cartesian dimension and along the third Cartesian dimension, - the first optical surface is concave, when viewed in the second dimension from the point of view of the at least one artificial light source, and in that - the first optical surface is cylindrical with the cylinder axis extending in the third dimension. - at least one artificial light source which comprises a plurality of light emitting elements (201, 202, 203), wherein the light emitting elements (201, 202, 203) are arranged only along the first Cartesian dimension and - a lens for an obstruction illuminator or an aviation illuminator, the lens comprising an optical portion which: • comprises a first optical surface and a second optical surface defining a thickness there between, • has a length in a first Cartesian dimension, • has a height in a second Cartesian dimension, • has a depth in a third Cartesian dimension, and which • covers the plurality of light emitting elements (201, 202, 203) of the at least one artificial light source, • comprises a first optical surface and a second optical surface defining a thickness there between, • has a length in a first Cartesian dimension, • has a height in a second Cartesian dimension, • has a depth in a third Cartesian dimension, and which • covers the plurality of light emitting elements (201, 202, 203) of the at least one artificial light source, - the thickness of the optical portion is non-uniform along the first Cartesian dimension and along the third Cartesian dimension, - the first optical surface is concave, when viewed in the second dimension from the point of view of the at least one artificial light source, and in that - the first optical surface is cylindrical with the cylinder axis extending in the third dimension.
A method for manufacturing a solar cell, comprising the steps of: forming unevenness on both of main surfaces of a semiconductor substrate of a first conductivity type; forming a base layer of the first conductivity type, having a dopant concentration higher than in the semiconductor substrate, on a first main surface of the semiconductor substrate; forming a diffusion mask on the base layer; removing the diffusion mask in a pattern to have a remaining diffusion mask at other than a portion where the diffusion mask has been removed; forming an emitter layer of a second conductivity type which is an opposite conductivity type to the first conductivity type, on the portion of the first main surface where the diffusion mask has been removed; removing the remaining diffusion mask; forming a dielectric film on the first main surface; forming a base electrode on the base layer; and forming an emitter electrode on the emitter layer, characterized in that the surface of the semiconductor substrate is subjected to etching on the portion where the diffusion mask has been removed after the step of removing the diffusion mask in a pattern and before the step of forming the emitter layer to thereby form a flat recess. forming unevenness on both of main surfaces of a semiconductor substrate of a first conductivity type; forming a base layer of the first conductivity type, having a dopant concentration higher than in the semiconductor substrate, on a first main surface of the semiconductor substrate; forming a diffusion mask on the base layer; removing the diffusion mask in a pattern to have a remaining diffusion mask at other than a portion where the diffusion mask has been removed; forming an emitter layer of a second conductivity type which is an opposite conductivity type to the first conductivity type, on the portion of the first main surface where the diffusion mask has been removed; removing the remaining diffusion mask; forming a dielectric film on the first main surface; forming a base electrode on the base layer; and forming an emitter electrode on the emitter layer, characterized in that the surface of the semiconductor substrate is subjected to etching on the portion where the diffusion mask has been removed after the step of removing the diffusion mask in a pattern and before the step of forming the emitter layer to thereby form a flat recess.
An oil-in-water type skin cosmetic emulsion comprising: (a) one or more of higher alcohols having 14 to 22 carbon atoms, (b) one or more of hydrophilic polyoxyethylene alkyl ethers, and (c) one or more of glycerin monoalkyl ethers, wherein alkyl moieties in (b) and (c) are linear saturated alkyl chains, and molar concentrations of (a) to (c) satisfy a relation [(b) + (c)]/(a) = 0.1 to 1.0, and a relation [(a) + (c)]/(b) = 5 to 19. (a) one or more of higher alcohols having 14 to 22 carbon atoms, (b) one or more of hydrophilic polyoxyethylene alkyl ethers, and (c) one or more of glycerin monoalkyl ethers, wherein alkyl moieties in (b) and (c) are linear saturated alkyl chains, and molar concentrations of (a) to (c) satisfy a relation [(b) + (c)]/(a) = 0.1 to 1.0, and a relation [(a) + (c)]/(b) = 5 to 19.
A device for inserting or removing fluids in an oviduct of a sow, comprising: a rigid tubular body introduceable through a laparoscopic trocar; a flexible tube having opposite proximal and distal ends, said flexible tube located coaxially through the rigid tubular body; a beveled needle connected to said flexible tube distal end; one or more sheaths () connected to said flexible tube proximal end; and one or more pistons correspondingly closing said one or more sheaths, wherein each of said one or more pistons slides through the inside of said one or more sheath(s) (,), wherein the flexible tube is configured to allow the beveled needle to be inserted in the oviduct at an angle of 45 degrees. a rigid tubular body introduceable through a laparoscopic trocar; a flexible tube having opposite proximal and distal ends, said flexible tube located coaxially through the rigid tubular body; a beveled needle connected to said flexible tube distal end; one or more sheaths () connected to said flexible tube proximal end; and one or more pistons correspondingly closing said one or more sheaths, wherein each of said one or more pistons slides through the inside of said one or more sheath(s) (,), wherein the flexible tube is configured to allow the beveled needle to be inserted in the oviduct at an angle of 45 degrees.
A power semiconductor module, comprising: a housing accommodating a power circuit with at least one power semiconductor chip, the housing providing at least two power terminals; a printed circuit board mounted to the housing and electrically connected to the power circuit for distributing auxiliary signals; at least one auxiliary terminal mounted to the printed circuit board with a press-fit connection provided by a body of the auxiliary terminal; characterized in at least one terminal support mounted to the printed circuit board, the terminal support having a support channel through which the auxiliary terminal is guided with its body; wherein the terminal support has at least one pin (38, 40), which is plugged into at least one hole in the printed circuit board. a housing accommodating a power circuit with at least one power semiconductor chip, the housing providing at least two power terminals; a printed circuit board mounted to the housing and electrically connected to the power circuit for distributing auxiliary signals; at least one auxiliary terminal mounted to the printed circuit board with a press-fit connection provided by a body of the auxiliary terminal; characterized in at least one terminal support mounted to the printed circuit board, the terminal support having a support channel through which the auxiliary terminal is guided with its body; wherein the terminal support has at least one pin (38, 40), which is plugged into at least one hole in the printed circuit board.
A pharmaceutical composition comprising an acetylcholinesterase inhibitor for use by oral administration in the treatment of chronic renal insufficiency, diabetic polyneuropathy, diabetic vascular insufficiency, lymphedema, multiple sclerosis, and Parkinson's disease clinical symptoms selected from the group consisting of tremor, hypokinesia and shuffling gait with stooped posture.