mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of food portions, starting from a fibrous, viscous food mass, in particular pasta filata, such as, for example, mozzarella, wherein the food mass is continuously fed in a feed quantity firstly to a homogenization device having a container with an outlet gap, wherein the opening width of the outlet gap and/or the feed quantity is set such that the food mass located in the container can be set for the purpose of homogenization, wherein the fibers of the food mass entering into the filling gap are oriented essentially in the processing direction, wherein the food mass emerging from the outlet gap of the container is fed in a subsequent step to a shaping device arranged below the container, which configures a filling gap between two rollers (11, 12), in particular each mounted with a belt, or belts driven in opposite directions, and forms the food mass into a food strip, wherein the outlet gap of the container is oriented at least essentially parallel to the filling gap, wherein the food strip is cooled in a subsequent step, and the food strip defined is cut along the fiber and/or transversely to the fiber into food portions, in particular, cubes or sticks.
A system for regulating a load on a machine, the machine comprising a stator, and a rotor which includes a permanent magnet, comprising: a. a voltage sensor, wherein the voltage sensor is adapted to generate at least one voltage signal reflective of a voltage potential across the stator; b. a current sensor, wherein the current sensor is adapted to generate at least one current signal reflective of a current flow through the stator; c. a processor configured to receive the at least one voltage signal and the at least one current signal, said system being characterised in that said processor is further configured to convert the at least one voltage signal and the at least one current signal to an effective voltage constant signal, to convert the at least one current signal to an actual current signal, wherein the actual current signal is referenced to the rotor, to generate a reference voltage constant signal based on the actual current signal, wherein the reference voltage constant signal reflects a reference temperature of the permanent magnet in the rotor, and to generate a temperature signal reflective of the temperature of the permanent magnet in the machine based on the ratio of the effective voltage constant signal and the reference voltage constant signal, said system being further characterised by d. a controller configured to receive temperature signal and to adjust the load of the machine based on the temperature signal. a. a voltage sensor, wherein the voltage sensor is adapted to generate at least one voltage signal reflective of a voltage potential across the stator; b. a current sensor, wherein the current sensor is adapted to generate at least one current signal reflective of a current flow through the stator; c. a processor configured to receive the at least one voltage signal and the at least one current signal, said system being characterised in that said processor is further configured to convert the at least one voltage signal and the at least one current signal to an effective voltage constant signal, to convert the at least one current signal to an actual current signal, wherein the actual current signal is referenced to the rotor, to generate a reference voltage constant signal based on the actual current signal, wherein the reference voltage constant signal reflects a reference temperature of the permanent magnet in the rotor, and to generate a temperature signal reflective of the temperature of the permanent magnet in the machine based on the ratio of the effective voltage constant signal and the reference voltage constant signal, said system being further characterised by d. a controller configured to receive temperature signal and to adjust the load of the machine based on the temperature signal.
A server apparatus that manages an identification number of a base station, the server apparatus comprising: a determining section adapted to determine, based on an identification number of a neighboring base station around a newly installed new base station, a frequency assignment for reference signals different from a frequency assignment for reference signals transmitted by the neighboring base station; an identification number calculation section adapted to calculate an identification number of the new base station based on the determined frequency assignment; and a transmitting section adapted to transmit the calculated identification number to the new base station. a determining section adapted to determine, based on an identification number of a neighboring base station around a newly installed new base station, a frequency assignment for reference signals different from a frequency assignment for reference signals transmitted by the neighboring base station; an identification number calculation section adapted to calculate an identification number of the new base station based on the determined frequency assignment; and a transmitting section adapted to transmit the calculated identification number to the new base station.
Ultrasonic sensor having - a membrane (2; 2'; 2"; 2"'; 2""") which has a first section (2-1; 2-1'; 2-1""") for emitting and/or receiving ultrasonic signals; - an adhesive layer; - electrical connections; - at least one piezo oscillator, as an electromechanical transducer, which is coupled to the membrane (2; 2'; 2"; 2"'; 2""") with the aid of the adhesive layer, and - a control unit, wherein a control signal can be applied to the piezo oscillator via the electrical connections and via the control unit, wherein the membrane (2; 2'; 2"; 2"'; 2""") has at least one second section (2-2; 2-2'; 2-2""", 2-3""", 2-4""") for emitting and/or receiving ultrasonic signals; wherein the membrane (2; 2'; 2"; 2"'; 2""") has different resonant properties in the first and second sections (2-1, 2-2; 2-1', 2-2'; 2-1""", 2-2""", 2-3""", 2-4"""), which resonant properties result in a first resonant frequency and a second resonant frequency; characterized in that the ultrasonic sensor is configured to operate the ultrasonic sensor at the first resonant frequency and at the second resonant frequency at the same time by applying the control signal which comprises at least the first and the second resonant frequency. - a membrane (2; 2'; 2"; 2"'; 2""") which has a first section (2-1; 2-1'; 2-1""") for emitting and/or receiving ultrasonic signals; - an adhesive layer; - electrical connections; - at least one piezo oscillator, as an electromechanical transducer, which is coupled to the membrane (2; 2'; 2"; 2"'; 2""") with the aid of the adhesive layer, and - a control unit, wherein a control signal can be applied to the piezo oscillator via the electrical connections and via the control unit,
A polyester obtained from a dicarboxylic acid and/or an ester-forming derivative thereof, and a diol, characterized by containing 15 to 500 ppm of a 1,2-propanediol-derived component.
A composition for use in the treatment of a cartilage disease suitable for being injected into a joint, which contains as an active ingredient a low endotoxin monovalent metal salt of alginic acid having a weight average molecular weight of 500,000 or more as determined by gel filtration chromatography, wherein the composition has fluidity and does not contain cells for cartilage tissue regeneration.
A motorcycle, comprising: an engine; a wheel driven by the engine; a first brake that acts on the wheel; a brake lock device that locks the first brake in a braked state; a brake lock detector that detects that the first brake is locked in a braked state by the brake lock device; a kick starter that forces a crankshaft of the engine to rotate; and an engine start determining device that prohibits the engine from being started when the operation of starting the engine is carried out by the kick starter and the brake lock detector does not detect that the first brake is locked in a braked state. an engine; a wheel driven by the engine; a first brake that acts on the wheel; a brake lock device that locks the first brake in a braked state; a brake lock detector that detects that the first brake is locked in a braked state by the brake lock device; a kick starter that forces a crankshaft of the engine to rotate; and an engine start determining device that prohibits the engine from being started when the operation of starting the engine is carried out by the kick starter and the brake lock detector does not detect that the first brake is locked in a braked state.
A resin composition for an aqueous ink comprising: a base resin, an aqueous dispersion medium, and an emulsifier, wherein the base resin includes a rosin-modified alkyd resin, the emulsifier includes an anionic emulsifier and a nonionic emulsifier, the anionic emulsifier includes an oxyalkylene-containing anionic emulsifier, and an HLB value of the nonionic emulsifier is 16.0 or more and 20.0 or less. a base resin, an aqueous dispersion medium, and an emulsifier, wherein the base resin includes a rosin-modified alkyd resin, the emulsifier includes an anionic emulsifier and a nonionic emulsifier, the anionic emulsifier includes an oxyalkylene-containing anionic emulsifier, and an HLB value of the nonionic emulsifier is 16.0 or more and 20.0 or less.
A pharmaceutical composition for oral administration comprising lacosamide or a salt thereof as an active ingredient, the composition comprising an immediate release layer and an extended release layer, wherein the extended release layer comprises cellulose and wax or lipid in a weight ratio of 1:0.1 to 1:10. the composition comprising an immediate release layer and an extended release layer, wherein the extended release layer comprises cellulose and wax or lipid in a weight ratio of 1:0.1 to 1:10.
A pull tab for use in a box in a box re-sealable pack, wherein an opening in an inner box can be opened and closed when a hinged lid of a rigid outer box is opened and closed, and the pull tab includes: a rectangular strip of flexible polymer material; an upper zone of permanent adhesive on a first side of the strip, the upper zone extending downwardly from an upper edge of the strip; a lower zone of re-stick adhesive on the first side of the strip, the lower zone extending upwardly from a lower edge of the strip; characterised in that the lower zone is separated from the upper zone by an adhesive-free gap; the pull tab further including a paper liner adhered via the re-stick adhesive to a central portion on the first side of the strip, the paper liner having an outer periphery separated from an outer periphery of the strip by re-stick adhesive on three sides of the paper liner and permanent adhesive on a fourth side of the paper liner. a rectangular strip of flexible polymer material; an upper zone of permanent adhesive on a first side of the strip, the upper zone extending downwardly from an upper edge of the strip; a lower zone of re-stick adhesive on the first side of the strip, the lower zone extending upwardly from a lower edge of the strip; characterised in that the lower zone is separated from the upper zone by an adhesive-free gap; the pull tab further including a paper liner adhered via the re-stick adhesive to a central portion on the first side of the strip, the paper liner having an outer periphery separated from an outer periphery of the strip by re-stick adhesive on three sides of the paper liner and permanent adhesive on a fourth side of the paper liner.
An ophthalmic lens device with a variable optic insert positioned within at least a portion of the optical zone of the ophthalmic lens device, wherein the variable optic insert comprises: an insert front curve piece and an insert back curve piece, wherein a back surface of the front curve piece has a first curvature and a front surface of the back curve piece has a second curvature, wherein the first curvature is different from the second curvature; an energy source embedded in the insert in at least a region comprising the non-optical zone; and a layer containing liquid crystal material, wherein the layer is comprised of polymer networked regions of interstitially located liquid crystal material, and wherein the density of liquid crystal molecules within the layer is spatially varied such that the variation is capable of causing an optical effect supplementary to an effect of different radii of the curved surfaces. an insert front curve piece and an insert back curve piece, wherein a back surface of the front curve piece has a first curvature and a front surface of the back curve piece has a second curvature, wherein the first curvature is different from the second curvature; an energy source embedded in the insert in at least a region comprising the non-optical zone; and a layer containing liquid crystal material, wherein the layer is comprised of polymer networked regions of interstitially located liquid crystal material, and wherein the density of liquid crystal molecules within the layer is spatially varied such that the variation is capable of causing an optical effect supplementary to an effect of different radii of the curved surfaces.
A glow plug comprising: a cylindrical tube with a closed front end portion; a heating resistor which is inserted into the inside of the tube; and a seal portion which is formed on a rear-end-side opening of the tube and seals the inside of the tube, characterized in that the heating resistor is made of a metal material containing tungsten or molybdenum as a main component, and the tube is made of an alloy containing Fe or Ni as a main component, between 0.5 mass% or more and 5.0 mass% or less of aluminum and between 20 mass% or more and 40 mass% or less of chromium. a cylindrical tube with a closed front end portion; a heating resistor which is inserted into the inside of the tube; and a seal portion which is formed on a rear-end-side opening of the tube and seals the inside of the tube, characterized in that the heating resistor is made of a metal material containing tungsten or molybdenum as a main component, and the tube is made of an alloy containing Fe or Ni as a main component, between 0.5 mass% or more and 5.0 mass% or less of aluminum and between 20 mass% or more and 40 mass% or less of chromium.
Module system comprising a case and a number of boxes (4, 4'...4n), each box is defined by a cross-sectional area of an opening (A, A'...An) of the respective box, the case has a case lid and a case bottom part, where the case lid and the case bottom part forms an interior space within the case, the boxes are to be stored in the interior space of the case, and the cross-sectional area of one box is approximately a multiple (n) of any cross-sectional area (A, A'...An) of any of the number of boxes (4, 4'...4n) that are to be stored in the interior space of the case, characterised in that the case lid and the case bottom part are so arranged that a detachable box lid for at least one of the boxes (4, 4'...4n) is arrangeable between a bottom surface of the at least one box (4, 4'...4n) and the case bottom part.
A method comprising: receiving by a node of a plurality of nodes a packet from a host device, where the packet includes a source address associated with the host device; determining by the node that the source address is not known by the node; identifying a hub node based upon the source address determined not to be known by the node; transmitting from the node to the identified hub node the unknown source address; generating by the hub node one or more logical distances, associated with one or more nodes of the plurality of nodes, based on the determination that the source address is not known by the node, where the one or more logical distances are based on the source address and a respective address associated with each of the one or more nodes; determining by the hub node that another node, of the one or more nodes, is associated with a shortest logical distance, of the one or more logical distances; and transmitting the source address from the hub node to the other node based on the determination that the other node is associated with the shortest logical distance, where transmitting the source address allows the other node to store the source address or enables further nodes, of the plurality of nodes, to obtain the source address from the other node. receiving by a node of a plurality of nodes a packet from a host device, where the packet includes a source address associated with the host device; determining by the node that the source address is not known by the node; identifying a hub node based upon the source address determined not to be known by the node; transmitting from the node to the identified hub node the unknown source address; generating by the hub node one or more logical distances, associated with one or more nodes of the plurality of nodes, based on the determination that the source address is not known by the node, where the one or more logical distances are based on the source address and a respective address associated with each of the one or more nodes; determining by the hub node that another node, of the one or more nodes, is associated with a shortest logical distance, of the one or more logical distances; and transmitting the source address from the hub node to the other node based on the determination that the other node is associated with the shortest logical distance, where transmitting the source address allows the other node to store the source address or enables further nodes, of the plurality of nodes, to obtain the source address from the other node.
A handlebar switch to be attached to a handlebar for steering a vehicle, the handlebar switch comprising: a switch case in which switches (80, 82, 84) for operating electric components (46, 54) of the vehicle are housed; and manipulation members (74, 76, 78) to be manipulated by an operator of the vehicle to operate the respective switches (80, 82, 84), wherein at least one of the manipulation members (74, 76) is arranged in a center portion of the switch case, the center portion of the switch case is provided as an expanded section that is expanded in a direction crossing the handlebar beyond both end portions (86a, 88a) of the switch case in a direction along the handlebar, the at least one of the manipulation members (74, 76) is located in a center part of the expanded section, and the expanded section has a first face which, in use, is adapted to be opposed to the operator, and a second face being distant from the operator, the at least one of the manipulation members (74, 76) being arranged not in the second face but in the first face, the second face extends seamlessly from the first face, the expanded section on a first face side has a predetermined thickness, characterized in that the thickness of the expanded section on a second face side decreases as a distance from the first face increases, wherein corner parts (94b, 96b) of the expanded section and corner parts (94a, 96a) of both the end portions (86a, 88a) of the switch case are chamfered to incline with respect to the expanded section. a switch case in which switches (80, 82, 84) for operating electric components (46, 54) of the vehicle are housed; and manipulation members (74, 76, 78) to be manipulated by an operator of the vehicle to operate the respective switches (80, 82, 84), wherein at least one of the manipulation members (74, 76) is arranged in a center portion of the switch case, the center portion of the switch case is provided as an expanded section that is expanded in a direction crossing the handlebar beyond both end portions (86a, 88a) of the switch case in a direction along the handlebar, the at least one of the manipulation members (74, 76) is located in a center part of the expanded section, and the expanded section has a first face which, in use, is adapted to be opposed to the operator, and a second face being distant from the operator, the at least one of the manipulation members (74, 76) being arranged not in the second face but in the first face, the second face extends seamlessly from the first face, the expanded section on a first face side has a predetermined thickness, characterized in that the thickness of the expanded section on a second face side decreases as a distance from the first face increases, wherein corner parts (94b, 96b) of the expanded section and corner parts (94a, 96a) of both the end portions (86a, 88a) of the switch case are chamfered to incline with respect to the expanded section.
A lamp-holding device which is capable of accommodating at least one light source for emitting light, comprising: - a receiver arranged to receive at least one electromagnetic signal from a wireless controller; - means for sensing the intensity of said received electromagnetic signal; - means for increasing/decreasing (dimming) the intensity of the light emitted by said at least one light source in accordance with said sensed intensity of said received electromagnetic signal; and - means for relating or processing the sensed intensity of the electromagnetic signal to a control value so as to command the means for controlling to increase/decrease the intensity of the light emitted by said at least one light source such that the intensity of the light emitted by said at least one light source is directly dependent on the intensity of the received electromagnetic signal and, consequently, on the distance between the lamp holding device and the wireless controller. - a receiver arranged to receive at least one electromagnetic signal from a wireless controller; - means for sensing the intensity of said received electromagnetic signal; - means for increasing/decreasing (dimming) the intensity of the light emitted by said at least one light source in accordance with said sensed intensity of said received electromagnetic signal; and - means for relating or processing the sensed intensity of the electromagnetic signal to a control value so as to command the means for controlling to increase/decrease the intensity of the light emitted by said at least one light source such that the intensity of the light emitted by said at least one light source is directly dependent on the intensity of the received electromagnetic signal and, consequently, on the distance between the lamp holding device and the wireless controller.
A LOng RAnge Navigation, LORAN, device comprising: a housing; an electrically short LORAN antenna carried by the housing, wherein the electrically short LORAN antenna comprises a dipole antenna having first and second antenna elements; a LORAN receiver carried by the housing and coupled to the electrically short LORAN antenna; and at least one radio frequency, RF, crystal resonator (226, 235) coupled to the electrically short LORAN antenna and configured so that the electrically short LORAN antenna is forced to a resonant condition for a LORAN receive signal, wherein the at least one RF crystal resonator (226, 235) comprises a first crystal resonator coupled in series with one of the first and second antenna elements and a second crystal resonator coupled in parallel with the first and second antenna elements. a housing; an electrically short LORAN antenna carried by the housing, wherein the electrically short LORAN antenna comprises a dipole antenna having first and second antenna elements; a LORAN receiver carried by the housing and coupled to the electrically short LORAN antenna; and at least one radio frequency, RF, crystal resonator (226, 235) coupled to the electrically short LORAN antenna and configured so that the electrically short LORAN antenna is forced to a resonant condition for a LORAN receive signal, wherein the at least one RF crystal resonator (226, 235) comprises a first crystal resonator coupled in series with one of the first and second antenna elements and a second crystal resonator coupled in parallel with the first and second antenna elements.