mhurhangee/patent-ind-claim-en huggingface dataset:
A mixing device for preparing a ready-to-use compound consisting of at least one component (B or H), which is to be mixed prior to use, in a cartridge with a tubular mixing rod , wherein - the cartridge has a storage and mixing chamber with a compensating piston for at least one of the components (B or H) of the compound, - the tubular mixing rod engages into the storage and mixing chamber at a bottleneck-shaped portion of the cartridge in a rotatable and laterally displaceable manner, - the tubular mixing rod has a mixing head at its end in the storage and mixing chamber and - the tubular mixing rod has a plate-shaped coupling element at the outer end, with - a cartridge holder for inserting the cartridge to be prepared , - a counter-pressure cylinder which is assigned to the cartridge holder for applying pressure to the compensating piston of the cartridge , - a mixing stroke cylinder for laterally moving the cartridge holder , - a stationary mounting for the coupling element of the mixing rod , said coupling element accommodating the mixing rod in a rotatable but longitudinally fixed manner, and - a drive means for generating a relative rotational movement about a longitudinal axis between the mixing rod and the cartridge , characterised in that the mounting for the coupling element of the mixing rod has at least two, preferably three, clamping arms which are designed to clasp the plate-shaped coupling element in order to allow a transmission of a torque to the mixing rod , wherein a second proximity sensor is arranged on the mounting for the coupling element of the mixing rod , said proximity sensor being able to detect the proximity of the coupling element of a cartridge and to trigger the clamping of the plate-shaped coupling element . - the cartridge has a storage and mixing chamber with a compensating piston for at least one of the components (B or H) of the compound, - the tubular mixing rod engages into the storage and mixing chamber at a bottleneck-shaped portion of the cartridge in a rotatable and laterally displaceable manner, - the tubular mixing rod has a mixing head at its end in the storage and mixing chamber and - the tubular mixing rod has a plate-shaped coupling element at the outer end, - a cartridge holder for inserting the cartridge to be prepared , - a counter-pressure cylinder which is assigned to the cartridge holder for applying pressure to the compensating piston of the cartridge , - a mixing stroke cylinder for laterally moving the cartridge holder , - a stationary mounting for the coupling element of the mixing rod , said coupling element accommodating the mixing rod in a rotatable but longitudinally fixed manner, and - a drive means for generating a relative rotational movement about a longitudinal axis between the mixing rod and the cartridge ,
Device for monitoring a sanding process for a sanding system for a rail vehicle , characterised in that the device has the following features: an evaluation device , which is designed to read in a grinding signal representing a grinding process sensed by a sensor device , which grinding process represents a grinding of at least one grit grain in a wheel-rail gap between a rail and a wheel of the rail vehicle , and which is designed to determine, using the grinding signal , a grit quantity signal indicating a grit quantity of ground grit grains during the sanding process .
A system comprising: patching equipment comprising: one or more ports to which cables can be connected; at least one sensor associated with at least one of the ports to detect when a cable is connected to said at least one port ; and a controller communicatively coupled to the patching equipment ; wherein the controller is configured to do the following: detect that a cable has been connected to said at least one port of the patching equipment ; detect that the cable is no longer connected to said at least one port of the patching equipment ; wherein the controller is characterized in that in response to detecting that the cable is no longer connected to said at least one port of the patching equipment : download, from a cable tester , information associated with fixed cabling coupled to said at least one port of the patching equipment ; associate the downloaded information with said at least one port of the patching equipment ; and locally store the downloaded information and association information at the controller . one or more ports to which cables can be connected; at least one sensor associated with at least one of the ports to detect when a cable is connected to said at least one port ; and a controller communicatively coupled to the patching equipment ; wherein the controller is configured to do the following: detect that a cable has been connected to said at least one port of the patching equipment ; detect that the cable is no longer connected to said at least one port of the patching equipment ; wherein the controller is characterized in that in response to detecting that the cable is no longer connected to said at least one port of the patching equipment : download, from a cable tester , information associated with fixed cabling coupled to said at least one port of the patching equipment ; associate the downloaded information with said at least one port of the patching equipment ; and locally store the downloaded information and association information at the controller . detect that a cable has been connected to said at least one port of the patching equipment ; detect that the cable is no longer connected to said at least one port of the patching equipment ; wherein the controller is characterized in that in response to detecting that the cable is no longer connected to said at least one port of the patching equipment : download, from a cable tester , information associated with fixed cabling coupled to said at least one port of the patching equipment ; associate the downloaded information with said at least one port of the patching equipment ; and locally store the downloaded information and association information at the controller . download, from a cable tester , information associated with fixed cabling coupled to said at least one port of the patching equipment ; associate the downloaded information with said at least one port of the patching equipment ; and locally store the downloaded information and association information at the controller .
Respiratory monitoring apparatus including a sensor responsive to a biomarker in exhaled breath, characterised in that the apparatus includes a vibratory expiratory therapy device arranged to provide an alternating resistance to expiratory flow of the user, and that the sensor is located in an expiratory flow path such that it is exposed to vibratory expiratory flow from the user.
A method of detecting the presence and concentration of an oxidant in a turbid water sample, the method comprising the steps of: passing the water through a filter array , the filter array comprises at least two filters , the filters in series with each other relative to the downstream flow of the water, constructed and arranged to remove turbidity inducing material but not oxidant from the water sample, then passing the filter array filtered water to an oxidant monitor that would not be able to accurately measure the oxidant concentration if the water had not been so filtered, and returning from the monitor a measurement of the concentration, characterized in that the water sample is water from a paper mill process stream and the filters are arranged to remove the turbidity inducing materials from a sample having 2-4% solids. passing the water through a filter array , the filter array comprises at least two filters , the filters in series with each other relative to the downstream flow of the water, constructed and arranged to remove turbidity inducing material but not oxidant from the water sample, then passing the filter array filtered water to an oxidant monitor that would not be able to accurately measure the oxidant concentration if the water had not been so filtered, and returning from the monitor a measurement of the concentration, characterized in that the water sample is water from a paper mill process stream and the filters are arranged to remove the turbidity inducing materials from a sample having 2-4% solids.
A facer drive unit for mounting on the guide rails (R) of a carriage of a machine used to fuse polyolefin pipe end-to-end, the facer drive unit comprising: an elongated frame having two end portions; and two guide rail brackets , one on each end portion of said frame ; the facer drive unit being characterized in that it comprises two arrays of co-operable registries , each said registry corresponding to a respective one of said guide rail brackets (R) and configured to locate said guide rail brackets (R) in any of multiple symmetrically spaced relationships from a center of said frame ; and two indexing assemblies , one on each end portion of said frame , respectively, securing said guide rail brackets (R) in said any of multiple symmetrically spaced relationships at a spaced relationship closest to a distance between the guide rails (R). an elongated frame having two end portions; and two guide rail brackets , one on each end portion of said frame ; the facer drive unit being characterized in that it comprises two arrays of co-operable registries , each said registry corresponding to a respective one of said guide rail brackets (R) and configured to locate said guide rail brackets (R) in any of multiple symmetrically spaced relationships from a center of said frame ; and two indexing assemblies , one on each end portion of said frame , respectively, securing said guide rail brackets (R) in said any of multiple symmetrically spaced relationships at a spaced relationship closest to a distance between the guide rails (R).
Actuator system comprising: • at least one electrically driven linear actuator comprising an electric motor with a motor housing and two brushes , a transmission , a spindle connected to the electric motor via the transmission, and a spindle nut arranged on said spindle , • and an electric controller with an operating unit , characterized in that the actuator system further comprises: • a first circuit for a first electrical noise dampening of the electric motor comprising first inductances and two capacitors , each of said first inductances having one end connected to one of the brushes of the motor ; • a second circuit for a second electrical noise dampening of the electric motor , arranged between the circuit for the first electrical noise dampening of the electric motor and the electric controller, comprising second inductances and a capacitor ; and • two coils (36, 37; 39, 38), each coil wound as one coil, each comprising a first section, a second section and a tap (43; 44) located between said first and second sections, wherein the first section constitutes one of said first inductances (37; 38) and the second section constitutes one of said second inductances (36; 39), wherein the capacitor of the second circuit is connected between the taps , and each capacitor of the first circuit is connected between one of the taps and the motor housing. • at least one electrically driven linear actuator comprising an electric motor with a motor housing and two brushes , a transmission , a spindle connected to the electric motor via the transmission, and a spindle nut arranged on said spindle , • and an electric controller with an operating unit , • a first circuit for a first electrical noise dampening of the electric motor comprising first inductances and two capacitors , each of said first inductances having one end connected to one of the brushes of the motor ; • a second circuit for a second electrical noise dampening of the electric motor , arranged between the circuit for the first electrical noise dampening of the electric motor and the electric controller, comprising second inductances and a capacitor ; and • two coils (36, 37; 39, 38), each coil wound as one coil, each comprising a first section, a second section and a tap (43; 44) located between said first and second sections, wherein the first section constitutes one of said first inductances (37; 38) and the second section constitutes one of said second inductances (36; 39),
A hydraulic control device for liquid-conducting appliances or systems, the device being designed for connection between a source of a liquid and an appliance or system using the liquid, the hydraulic control device comprising: - a device body having a duct for the liquid that extends between an inlet connector and an outlet connector ; - a flow meter on the device body ; and - a valve arrangement (16, 31, 33-39) associated to the device body , including an electric actuator and a valve member , which is displaceable between an opening position and a closing position of the duct for the liquid , characterized in that : - the valve arrangement (16, 31, 33-39) moreover comprises a control mechanism (33-39) for controlling the valve member , wherein the control mechanism (33-39) is switchable in function of a detection carried out by the flow meter (40, 50; 40'), for purposes of displacement of the valve member from the opening position to the closing position of the duct for the liquid , - the flow meter is a non-mechanical flow meter which includes at least two electrical detection elements (42; 42 1 , 42 2 , 42 3 ) reachable by liquid that flows in the duct for the liquid , the at least two electrical detection elements being within, or facing the inside of, the duct for the liquid , and - the electric actuator is a thermoelectric actuator for driving the control mechanism (33-39). - a device body having a duct for the liquid that extends between an inlet connector and an outlet connector ; - a flow meter on the device body ; and - a valve arrangement (16, 31, 33-39) associated to the device body , including an electric actuator and a valve member , which is displaceable between an opening position and a closing position of the duct for the liquid , - the valve arrangement (16, 31, 33-39) moreover comprises a control mechanism (33-39) for controlling the valve member , wherein the control mechanism (33-39) is switchable in function of a detection carried out by the flow meter (40, 50; 40'), for purposes of displacement of the valve member from the opening position to the closing position of the duct for the liquid , - the flow meter is a non-mechanical flow meter which includes at least two electrical detection elements (42; 42 1 , 42 2 , 42 3 ) reachable by liquid that flows in the duct for the liquid , the at least two electrical detection elements being within, or facing the inside of, the duct for the liquid , and - the electric actuator is a thermoelectric actuator for driving the control mechanism (33-39).
Method for installing a clutch actuator for a clutch, for example a clutch for a vehicle, having the following features: a force transmission element which is configured to exert a force onto an actuating element of the clutch as a result of a movement along a movement direction, in order to bring about at least partial closing or opening of the clutch; a device for locking the force transmission element , which device is configured such that it can be transferred from a locked position into a released position, the device being configured in such a way that, in the locked position, it limits a movement of the force transmission element along the movement direction and, in the released position, releases the movement of the force transmission element along the movement direction, comprising the steps: providing (S110) of the clutch actuator in such a way that the device for locking the force transmission element is in the locked position and the movement of the force transmission element is limited by way of the device ; mounting (S120) of the clutch actuator ; and transferring (S130) of the clutch actuator into the released position. a force transmission element which is configured to exert a force onto an actuating element of the clutch as a result of a movement along a movement direction, in order to bring about at least partial closing or opening of the clutch; a device for locking the force transmission element , which device is configured such that it can be transferred from a locked position into a released position, the device being configured in such a way that, in the locked position, it limits a movement of the force transmission element along the movement direction and, in the released position, releases the movement of the force transmission element along the movement direction, comprising the steps: providing (S110) of the clutch actuator in such a way that the device for locking the force transmission element is in the locked position and the movement of the force transmission element is limited by way of the device ; mounting (S120) of the clutch actuator ; and transferring (S130) of the clutch actuator into the released position. providing (S110) of the clutch actuator in such a way that the device for locking the force transmission element is in the locked position and the movement of the force transmission element is limited by way of the device ; mounting (S120) of the clutch actuator ; and transferring (S130) of the clutch actuator into the released position.
An inkjet printing apparatus comprising: a UV curable ink; an ink-jet head that ejects the UV curable ink to a medium (M); an ultraviolet ray irradiation unit that irradiates the UV curable ink ejected to the medium (M) with ultraviolet rays; and a heating unit that heats the UV curable ink after the ultraviolet ray irradiation by the ultraviolet ray irradiation unit and thereby stabilizes color fixation of the UV curable ink; the initiator being cleaved by the ultraviolet ray radiation to generate the initiator radicals that react with the UV curable resin monomers causing the monomers to bond to each other sequentially and be polymerized, so that the UV curable ink is cured; the UV curable ink containing an excessive amount of the initiator relative to the UV curable resin to ensure curing after the ultraviolet ray radiation; characterised in that the heating unit is adapted to heat to the extent that initiator radicals are decomposed or volatilized; and to heat without a need for volatilization of a solvent to fix the ink. a UV curable ink; an ink-jet head that ejects the UV curable ink to a medium (M); an ultraviolet ray irradiation unit that irradiates the UV curable ink ejected to the medium (M) with ultraviolet rays; and a heating unit that heats the UV curable ink after the ultraviolet ray irradiation by the ultraviolet ray irradiation unit and thereby stabilizes color fixation of the UV curable ink; the initiator being cleaved by the ultraviolet ray radiation to generate the initiator radicals that react with the UV curable resin monomers causing the monomers to bond to each other sequentially and be polymerized, so that the UV curable ink is cured; the UV curable ink containing an excessive amount of the initiator relative to the UV curable resin to ensure curing after the ultraviolet ray radiation; characterised in that the heating unit is adapted to heat to the extent that initiator radicals are decomposed or volatilized; and to heat without a need for volatilization of a solvent to fix the ink.
Building material mixture for use as an electrical heating material mixture with a building material which can be hardened with the addition of water and acts as a binder and with a previously added, carbon-based, electrically conductive, fine powder material, the hardened mixture forming an electrical heating resistor between a plurality of electrical poles or terminals , such that, when a voltage is applied to the poles or terminals the building material mixture heats up when a voltage is applied to the poles or terminals as a result of the electric current flowing through the building material mixture , characterized in that the binder is a mineral system material, the mineral system material being characterized as fly ash-dominant and the proportion of fly ash in the binder used being between 50 and 80 % by weight, the ratio of powder material to the building material acting as binder being 3:1 to 1:3, and the powder material containing graphite.
An anode for a lithium secondary battery, comprising: an anode current collector; and an anode active material layer formed on the anode current collector, the anode active material layer comprising carbon-based active material particles and a silicon coating formed on surfaces of the carbon-based active material particles, wherein a surface content of silicon of the anode active material layer measured by an X-ray photoelectric spectroscopy (XPS) is in a range from 3 atom% to 25 atom%, and a peak intensity ratio defined as a ratio of a second peak intensity corresponding to a peak intensity at a binding energy in a range from 102 eV to 106 eV relative to a first peak intensity corresponding to a peak intensity at a binding energy in a range from 98 eV to 102 eV is in a range from 0.05 to 1, wherein the first peak intensity is a Si peak intensity, and the second peak intensity is a Si-O peak measured according to the description. an anode current collector; and an anode active material layer formed on the anode current collector, the anode active material layer comprising carbon-based active material particles and a silicon coating formed on surfaces of the carbon-based active material particles, wherein a surface content of silicon of the anode active material layer measured by an X-ray photoelectric spectroscopy (XPS) is in a range from 3 atom% to 25 atom%, and a peak intensity ratio defined as a ratio of a second peak intensity corresponding to a peak intensity at a binding energy in a range from 102 eV to 106 eV relative to a first peak intensity corresponding to a peak intensity at a binding energy in a range from 98 eV to 102 eV is in a range from 0.05 to 1, wherein the first peak intensity is a Si peak intensity, and the second peak intensity is a Si-O peak measured according to the description.
Construction foil with a multilayer structure comprising a carrier layer and a textile layer , wherein an electronic unit comprising at least one moisture sensor is printed on the outer side of the carrier layer , wherein the textile layer is water-permeable, preferably water-absorbing, wherein the electronic unit is provided between the carrier layer and the textile layer , wherein the moisture sensor is in direct contact with the textile layer , in particular is arranged on the textile layer , and wherein the moisture sensor is designed as a resistive moisture sensor .