mhurhangee/patent-ind-claim-en huggingface dataset:
Circadian dietary supplement for use in the prevention and relief of travel-related ailments, consisting of a 2-phase-preparation, wherein the first phase contains D-biotin and vitamin C, the second phase contains magnesium and tryptophan and at least one of the two phases further contains the following: - cyano cobalamine - coenzyme Q10 - lactic acid bacteria and bifido bacteria - zinc - vitamin D - copper - selenium - ginger extract - curcuma extract - cranberry extract - milk thistle extract - and optionally one or more of the following substances: - L-glutamine - nicotine amide - vitamin B6 - vitamin B1 - folic acid - balm extract - passion flower extract, characterized in that the first phase is taken in the morning and the second phase is taken in the evening. the first phase contains D-biotin and vitamin C, the second phase contains magnesium and tryptophan and at least one of the two phases further contains the following: - cyano cobalamine - coenzyme Q10 - lactic acid bacteria and bifido bacteria - zinc - vitamin D - copper - selenium - ginger extract - curcuma extract - cranberry extract - milk thistle extract - and optionally one or more of the following substances: - L-glutamine - nicotine amide - vitamin B6 - vitamin B1 - folic acid - balm extract - passion flower extract, - cyano cobalamine - coenzyme Q10 - lactic acid bacteria and bifido bacteria - zinc - vitamin D - copper - selenium - ginger extract - curcuma extract - cranberry extract - milk thistle extract - and optionally one or more of the following substances: - L-glutamine - nicotine amide - vitamin B6 - vitamin B1 - folic acid - balm extract - passion flower extract, characterized in that the first phase is taken in the morning and the second phase is taken in the evening.
Automation network for monitoring the security of the transfer of data packets, comprising at least one first data processing means , which is provided to transfer data packets from an installation component and into an installation component and a second data processing means, wherein at least the first data processing means is bidirectionally connected to the second data processing means in order to transfer the data packets with one another, wherein when a data packet is transmitted from a first data processing means to the second data processing means, these are detected by the second data processing means and response packets are generated, which are sent back from the second data processing means to the first data processing means , wherein the first data processing means comprises a response filter , with which a check and subsequent rejection/acceptance of the response packets can be performed, wherein with a rejection of a response packet , a warning signal is output on a service device.
Foot section for an operating table having a support column and a patient laying area with a support frame designed to mount the support column which support frame rests on castors , is plate-like and has several corners areas , which support frame has respectively a roller housing connected thereto in its corner areas , in which roller housing a castor is arranged respectively, such that it is adjustable in height between a first position, in which it is supported on the floor and holds the support frame with the roller housings at a distance from the floor, and a second position in which the support frame rests on the floor, wherein the respective castor is secured to a roller support which is mounted on the roller housing to be rotatable about a vertical axis, wherein a setting device is arranged in the roller housing for adjusting the height of the roller support , characterised in that the respective roller housing has a lower housing part secured onto the upper side of the support frame and an upper housing part with an extension arm projecting out over the corner area , in which the roller support is mounted, wherein the upper housing part can be lowered by the setting device onto the lower housing part , wherein in the lowered position of the upper housing part the castor is located in the first position.
A method for wireless communications, performed by a user equipment, comprising: receiving (205; 405), at the user equipment, UE , a request from a network to perform signal measurements for a plurality of beams associated with a secondary cell, SCell; measuring (220, 255; 415), in response to the request and based on a determination that the UE is configured with at least one transmission configuration indicator, TCI, state that identifies a limited set of at least one beam from the plurality of beams, a signal quality for the limited set to generate a current measurement metric; determining (230, 260; 420) whether a difference between the current measurement metric and a previous measurement metric for the at least one beam satisfies a threshold; and configuring the UE to either enable or disable measurement reporting based on the determining. receiving (205; 405), at the user equipment, UE , a request from a network to perform signal measurements for a plurality of beams associated with a secondary cell, SCell; measuring (220, 255; 415), in response to the request and based on a determination that the UE is configured with at least one transmission configuration indicator, TCI, state that identifies a limited set of at least one beam from the plurality of beams, a signal quality for the limited set to generate a current measurement metric; determining (230, 260; 420) whether a difference between the current measurement metric and a previous measurement metric for the at least one beam satisfies a threshold; and configuring the UE to either enable or disable measurement reporting based on the determining.
An inkjet printing apparatus for carrying out printing on a printing medium by discharging ink thereto, comprising: a transport speed detector for detecting transport speed of the printing medium transported continuously; an inkjet head having a plurality of discharge portions arranged in a width direction of the printing medium for discharging ink droplets from the discharge portions to the printing medium to print on the printing medium; and a flushing controller having a function to control discharge of the ink droplets from the inkjet head for carrying out discrete flushing for discretely discharging the ink droplets on the printing medium from the discharge portions in order to prevent defective discharge from the discharge portions, wherein the flush controller functions in such a way that, for an acceleration area of the printing medium where the transport speed detector detects an increase in transport speed from a stop state until the transport speed reaches printing speed before printing, a first discharge rate is set as discharge rate of the ink droplets per unit time for the discharge flushing, and for a constant speed area of the printing medium where the transport speed detector detects a substantially constant transport speed during printing, a second discharge rate lower than the first discharge rate is set as discharge rate of the ink droplets per unit time for the discharge flushing. a transport speed detector for detecting transport speed of the printing medium transported continuously; an inkjet head having a plurality of discharge portions arranged in a width direction of the printing medium for discharging ink droplets from the discharge portions to the printing medium to print on the printing medium; and a flushing controller having a function to control discharge of the ink droplets from the inkjet head for carrying out discrete flushing for discretely discharging the ink droplets on the printing medium from the discharge portions in order to prevent defective discharge from the discharge portions, wherein the flush controller functions in such a way that, for an acceleration area of the printing medium where the transport speed detector detects an increase in transport speed from a stop state until the transport speed reaches printing speed before printing, a first discharge rate is set as discharge rate of the ink droplets per unit time for the discharge flushing, and for a constant speed area of the printing medium where the transport speed detector detects a substantially constant transport speed during printing, a second discharge rate lower than the first discharge rate is set as discharge rate of the ink droplets per unit time for the discharge flushing.
A nerve growth factor composition, characterized in that said nerve growth factor composition comprises the following components: a nerve growth factor at a mass-volume concentration of 10 μg/mL-100 μg/mL; a disaccharide stabilizer at a mass-volume concentration of 10 mg/mL-80 mg/mL; an amino acid stabilizer at a mass-volume concentration of 0 mg/mL-30 mg/mL; a surfactant at a mass-volume concentration of 0.01 mg/mL-1 mg/mL of; a supporting agent at a mass-volume concentration of 10 mg/mL-50 mg/mL; a pH buffer for maintaining said nerve growth factor composition at pH value of 6.0 to 7.4; a solvent being water; wherein said disaccharide stabilizer is at least one of maltose, trehalose and lactose. a nerve growth factor at a mass-volume concentration of 10 μg/mL-100 μg/mL; a disaccharide stabilizer at a mass-volume concentration of 10 mg/mL-80 mg/mL; an amino acid stabilizer at a mass-volume concentration of 0 mg/mL-30 mg/mL; a surfactant at a mass-volume concentration of 0.01 mg/mL-1 mg/mL of; a supporting agent at a mass-volume concentration of 10 mg/mL-50 mg/mL; a pH buffer for maintaining said nerve growth factor composition at pH value of 6.0 to 7.4; a solvent being water;
A railway frog having two wing rails positioned on both sides of a nose , the wing rails being separated with respect to the nose by respective crossing flangeways , characterized in that , according to a plane in section essentially perpendicular to the axis of flangeways , the plane in section being positioned in the area of the nose , the upper rolling surface of at least one of the wing rails is higher than the upper surface of the tip of the nose and lower than the upper surface of the end of the nose topping, this upper rolling surface of the wing rail corresponding to an area wherein the rolling wheel is transferred from the wing rail to the nose of the frog .
An electrical discharge machining method wherein a workpiece is immersed in a machining fluid and a voltage is applied to a machining gap between an electrode and the workpiece to generate electrical discharge, whereby the workpiece is subjected to machining, the electrical discharge machine comprising: immersing the workpiece in machining fluid in a machining tank for electrical discharge machining; storing the machining fluid in a reservoir unit in order to supply to and recover the machining fluid from the machining tank ; characterised in detecting (SA01; SB01; SC01; SD01) a machining tank non-storage condition that the machining fluid is not stored in the machining tank ; specifying (SA03; SB03; SC03; SD03) an addable amount by: calculating the volume of the machining fluid stored in the reservoir unit when it is detected that the machining fluid is not stored in the machining tank and specifying an addable amount, which is an addable machining fluid amount, based on the capacity of the reservoir unit and the calculated volume of the machining fluid stored in the reservoir unit ; and adding (SA05; SB06; SC07; SD05) machining fluid in the addable amount or less. immersing the workpiece in machining fluid in a machining tank for electrical discharge machining; storing the machining fluid in a reservoir unit in order to supply to and recover the machining fluid from the machining tank ; characterised in detecting (SA01; SB01; SC01; SD01) a machining tank non-storage condition that the machining fluid is not stored in the machining tank ; specifying (SA03; SB03; SC03; SD03) an addable amount by: calculating the volume of the machining fluid stored in the reservoir unit when it is detected that the machining fluid is not stored in the machining tank and specifying an addable amount, which is an addable machining fluid amount, based on the capacity of the reservoir unit and the calculated volume of the machining fluid stored in the reservoir unit ; and calculating the volume of the machining fluid stored in the reservoir unit when it is detected that the machining fluid is not stored in the machining tank and specifying an addable amount, which is an addable machining fluid amount, based on the capacity of the reservoir unit and the calculated volume of the machining fluid stored in the reservoir unit ; and adding (SA05; SB06; SC07; SD05) machining fluid in the addable amount or less.
Sliding bearing composite material for producing sliding bearing elements for engine applications, in particular crankshaft bearing shells and connecting rod bearing shells , with a metallic backing layer , in particular of steel, with a bearing metal layer based on copper, in particular of brass or of bronze, or of a high strength aluminium alloy, with a first aluminium-tin layer sputtered directly onto the bearing metal layer or onto a bonding layer applied to the bearing metal layer , said aluminium-tin layer having a tin content of at least 10 wt.%, and with a surface layer of an antifriction coating based on a thermoplastic resin facing the sliding partner, characterised in that a second aluminium layer or aluminium-tin layer with a tin content of at most 5 wt.% is arranged between the first aluminium-tin layer and the surface layer of antifriction coating and in that this second aluminium layer or aluminium-tin layer is sputtered directly onto the first aluminium-tin layer and the surface layer of antifriction coating is applied directly to the second aluminium layer or aluminium-tin layer .
A method for wireless communication by a user-equipment, UE, comprising: monitoring for a data transmission from another UE; receiving an indication of a first zone identifier, ID; determining a nearest zone to the UE of multiple zones, wherein the multiple zones are determined based at least in part on the indication of the first zone ID; determining a distance between the UE and the other UE based on the first zone ID, wherein the determined distance comprises a distance between the UE and the nearest zone; and transmitting hybrid automatic repeat request, HARQ, feedback for the data transmission based at least on the distance. monitoring for a data transmission from another UE; receiving an indication of a first zone identifier, ID; determining a nearest zone to the UE of multiple zones, wherein the multiple zones are determined based at least in part on the indication of the first zone ID; determining a distance between the UE and the other UE based on the first zone ID, wherein the determined distance comprises a distance between the UE and the nearest zone; and transmitting hybrid automatic repeat request, HARQ, feedback for the data transmission based at least on the distance.
A system for carbonizing organic material, wherein the system comprises: a. a means for adding organic feedstock to a carbonization reactor, b. a means for adding a gas comprising oxygen to the carbonization reactor, c. a means for removing an oxygen-deficient gas from the carbonization reactor, d. a means for initiating an exothermic reaction in the carbonization reactor, and e. a means for removing a carbonization product from the carbonization reactor; the system being characterized by at least two temperature sensors mounted at different heights of the carbonization reactor cannister. a. a means for adding organic feedstock to a carbonization reactor, b. a means for adding a gas comprising oxygen to the carbonization reactor, c. a means for removing an oxygen-deficient gas from the carbonization reactor, d. a means for initiating an exothermic reaction in the carbonization reactor, and e. a means for removing a carbonization product from the carbonization reactor;
A cooking apparatus comprising: a lid ; and at least one microwave producing device that acts as a source of microwaves, and coupled with the lid ; and a lifting and lowering mechanism carrying the lid and the at least one microwave producing device at a lower end for enabling vertically raising and lowering the lid along with the at least one microwave producing device ; wherein an upper end of the lifting and lowering mechanism is configured with a lower side of a chimney ; wherein the lid in a lowered position gets operatively coupled with a container holding a food item, and wherein the container is any one of a first container for cooking food using conventional source of heat, and a second container for preparatory operations comprising any or a combination of blending, stirring, grinding and mixing; and wherein coupling of the lid with the containers enables heating of the contents of the container through the microwaves generated by the at least one microwave producing device . a lid ; and at least one microwave producing device that acts as a source of microwaves, and coupled with the lid ; and a lifting and lowering mechanism carrying the lid and the at least one microwave producing device at a lower end for enabling vertically raising and lowering the lid along with the at least one microwave producing device ; wherein an upper end of the lifting and lowering mechanism is configured with a lower side of a chimney ; wherein the lid in a lowered position gets operatively coupled with a container holding a food item, and wherein the container is any one of a first container for cooking food using conventional source of heat, and a second container for preparatory operations comprising any or a combination of blending, stirring, grinding and mixing; and wherein coupling of the lid with the containers enables heating of the contents of the container through the microwaves generated by the at least one microwave producing device .
An image heating apparatus comprising: first and second rotatable members configured to form a nip for heating a toner image on a sheet; a compressor configured to pressurize air; an air nozzle configured to blow the air pressurized by said compressor onto said first rotatable member; and a supplying mechanism including a plurality of air tubes configured to supply the air from said compressor to said air nozzle, characterized in that said supplying mechanism further comprises a plurality of clamping portions configured to connect said plurality of air tubes, and in that said plurality of clamping portions includes a predetermined clamping portion capable of being unclamped by a predetermined internal pressure lower by 20% or more than an internal pressure at which all of the clamping portions, of said plurality of clamping portions, other than the predetermined clamping portion are unclamped. first and second rotatable members configured to form a nip for heating a toner image on a sheet; a compressor configured to pressurize air; an air nozzle configured to blow the air pressurized by said compressor onto said first rotatable member; and a supplying mechanism including a plurality of air tubes configured to supply the air from said compressor to said air nozzle, characterized in that said supplying mechanism further comprises a plurality of clamping portions configured to connect said plurality of air tubes, and in that said plurality of clamping portions includes a predetermined clamping portion capable of being unclamped by a predetermined internal pressure lower by 20% or more than an internal pressure at which all of the clamping portions, of said plurality of clamping portions, other than the predetermined clamping portion are unclamped.
A device for measuring the wall thickness of a tube that has a cross-section which is substantially circular and is guided by guide means of the device in the direction of its longitudinal axis through the device, comprising at least one transmitter for emitting terahertz radiation , wherein at least one radiation optical system is provided that conducts the terahertz radiation emitted by the transmitter to a tube guided through the device, wherein a reflector for the terahertz radiation is arranged behind the tube opposite at least one transmitter in the radiation direction of the terahertz radiation emitted by the at least one transmitter, further comprising at least one receiver for receiving the terahertz radiation emitted by the at least one transmitter and reflected at the tube and/or at the reflector , and comprising an evaluating apparatus that is designed to determine the wall thickness of the tube using the measuring signals received by the at least one receiver, wherein the evaluating apparatus is designed to take into account a runtime change (ΔT R ), caused by the material of the tube guided through the device, of the terahertz radiation emitted by the at least one transmitter and received by the at least one receiver after transilluminating the tube when determining the wall thickness of the tube , and in so doing to proportionately factor in the runtime change (ΔT wd1 , ΔT wd2 ) caused by the two walls of the tube transilluminated by the terahertz radiation.
A switching device for fast disconnection of short-circuit currents, comprising: - a switching bridge with a movable contacting element and a fixed contacting element , the switching bridge being operable in a closed state, in which the movable contacting element is in contact with the fixed contacting element , and an open state, in which the movable contacting element is spaced apart from the fixed contacting element , - an electromagnetic switching drive with a coil for generating a magnetic field and a magnet anchor , wherein a movement of the magnet anchor is coupled to a movement of the switching bridge , - a guide sleeve to guide the movement of the magnet anchor in the magnetic field of the coil , the magnet anchor being arranged within the guide sleeve such that a cavity is formed below the magnet anchor , - a pyrotechnic propellant charge located in the cavity , - a supporting device for supporting the guide sleeve , - wherein the guide sleeve and the magnet anchor and the pyrotechnic propellant charge interact such that, as a result of ignition of the pyrotechnic propellant charge within the cavity , the magnet anchor is moved from a first position within the guide sleeve at which the switching bridge is operated in the closed state to a second position within the guide sleeve at which the switching bridge is operated in the open state, - wherein the supporting device and the guide sleeve are arranged such that a gap is formed between the guide sleeve and the supporting device , characterized in that the gap is configured to guide a gas flow of gases produced during ignition of the pyrotechnic propellant charge and emerging from the cavity into the gap . - a switching bridge with a movable contacting element and a fixed contacting element , the switching bridge being operable in a closed state, in which the movable contacting element is in contact with the fixed contacting element , and an open state, in which the movable contacting element is spaced apart from the fixed contacting element , - an electromagnetic switching drive with a coil for generating a magnetic field and a magnet anchor , wherein a movement of the magnet anchor is coupled to a movement of the switching bridge , - a guide sleeve to guide the movement of the magnet anchor in the magnetic field of the coil , the magnet anchor being arranged within the guide sleeve such that a cavity is formed below the magnet anchor , - a pyrotechnic propellant charge located in the cavity , - a supporting device for supporting the guide sleeve , - wherein the guide sleeve and the magnet anchor and the pyrotechnic propellant charge interact such that, as a result of ignition of the pyrotechnic propellant charge within the cavity , the magnet anchor is moved from a first position within the guide sleeve at which the switching bridge is operated in the closed state to a second position within the guide sleeve at which the switching bridge is operated in the open state, - wherein the supporting device and the guide sleeve are arranged such that a gap is formed between the guide sleeve and the supporting device ,