mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for measuring moisture in buildings, which has a sensor and a means for signal processing, wherein the sensor is a capacitive sensor that is formed by means of two parallel elongate measuring electrodes and is arranged along a measurement distance, which is up to 100 m in length and is a joint of the building, and the means for signal processing comprises signal-processing electronics, which are connected to the measuring electrodes, a processing unit and an interface, characterised in that a measuring electrode is an electrically conductive surface of a joint face (3, 5) of the joint.
A method for producing a bioactive agent comprising: preparing an aqueous solution containing a ferrous iron salt and/or a ferric ferrous iron salt in a concentration of not less than 0.5 mol/L as iron in said ferrous iron salt and/or said ferric ferrous iron salt, and an aqueous solution containing a magnesium salt in a concentration of not less than 0.2 mol/L as magnesium in said magnesium salt; mixing the resulting aqueous solution of said ferrous iron and/or said ferric ferrous iron salt and the resulting aqueous solution of said magnesium salt; then diluting the resulting iron-magnesium mixture solution into a prescribed concentration. preparing an aqueous solution containing a ferrous iron salt and/or a ferric ferrous iron salt in a concentration of not less than 0.5 mol/L as iron in said ferrous iron salt and/or said ferric ferrous iron salt, and an aqueous solution containing a magnesium salt in a concentration of not less than 0.2 mol/L as magnesium in said magnesium salt; mixing the resulting aqueous solution of said ferrous iron and/or said ferric ferrous iron salt and the resulting aqueous solution of said magnesium salt; then diluting the resulting iron-magnesium mixture solution into a prescribed concentration.
A metathesis process for producing propylene comprising: providing, as a metathesis catalyst, an amorphous mesoporous silica foam impregnated with metal oxides, where the metathesis catalyst has a pore size distribution of at least 3 nm to 40 nm, a total pore volume of at least 0.700 cm 3 /g, and a surface area of 400 to 500 m 2 /g; and producing a product stream comprising propylene by contacting a feed stream comprising butene with the metathesis catalyst. providing, as a metathesis catalyst, an amorphous mesoporous silica foam impregnated with metal oxides, where the metathesis catalyst has a pore size distribution of at least 3 nm to 40 nm, a total pore volume of at least 0.700 cm 3 /g, and a surface area of 400 to 500 m 2 /g; and producing a product stream comprising propylene by contacting a feed stream comprising butene with the metathesis catalyst.
A method for controlling the ratio set point of a Continuously Variable Transmission, represented by CVT, having an input connected to a prime mover and an output; the method comprising: obtaining an actual RPM value, representing an actual revolution per minute value, of the prime mover; obtaining an actual engine torque value of the prime mover; calculating a CVT ratio set point as a function of both the actual RPM value and the actual engine torque value; calculating a ratio changing rate as a function of the actual engine torque; and controlling the CVT to reach the calculated CVT ratio set point at the calculated ratio changing rate. obtaining an actual RPM value, representing an actual revolution per minute value, of the prime mover; obtaining an actual engine torque value of the prime mover; calculating a CVT ratio set point as a function of both the actual RPM value and the actual engine torque value; calculating a ratio changing rate as a function of the actual engine torque; and controlling the CVT to reach the calculated CVT ratio set point at the calculated ratio changing rate.
A carbonated beverage aseptic filling system for a sterilized carbonated beverage for which sterilization treatment is performed, a non-sterilized carbonated beverage that does not require sterilization, and a non-carbonated beverage, the carbonated beverage aseptic filling system comprising: a raw material liquid preparation unit configured to prepare a raw material liquid; a beverage sterilization unit that is connected to the raw material liquid preparation unit and is configured to sterilize a beverage; a first aseptic tank for storing the beverage and that is connected to the beverage sterilization unit; a beverage cooling unit that is connected to the first aseptic tank and is configured to cool the beverage, the first aseptic tank being between the beverage sterilization unit and the beverage cooling unit; a carbonated beverage production unit that is connected to the beverage cooling unit and is configured to inject carbon dioxide gas into the beverage; a beverage filling unit that is connected to the carbonated beverage production unit and is configured to fill a container with the beverage, and a switching valve that is configured to supply the beverage sent from the first aseptic tank toward either one of a first filling line positioned on the beverage filling unit side, and configured to be used for both a carbonated beverage and a non-carbonated beverage, and a second filling line positioned on the beverage cooling unit side, and configured to be exclusively used for a carbonated beverage, selectively, wherein the raw material liquid preparation unit and the beverage cooling unit are connected by a first bypass filling line. a raw material liquid preparation unit configured to prepare a raw material liquid; a beverage sterilization unit that is connected to the raw material liquid preparation unit and is configured to sterilize a beverage; a first aseptic tank for storing the beverage and that is connected to the beverage sterilization unit; a beverage cooling unit that is connected to the first aseptic tank and is configured to cool the beverage, the first aseptic tank being between the beverage sterilization unit and the beverage cooling unit; a carbonated beverage production unit that is connected to the beverage cooling unit and is configured to inject carbon dioxide gas into the beverage; a beverage filling unit that is connected to the carbonated beverage production unit and is configured to fill a container with the beverage, and a switching valve that is configured to supply the beverage sent from the first aseptic tank toward either one of a first filling line positioned on the beverage filling unit side, and configured to be used for both a carbonated beverage and a non-carbonated beverage, and a second filling line positioned on the beverage cooling unit side, and configured to be exclusively used for a carbonated beverage, selectively, wherein the raw material liquid preparation unit and the beverage cooling unit are connected by a first bypass filling line.
Foundation construction machine having - a carrier unit, - an upper carriage rotatably arranged about a vertical axis on the carrier unit, - a mast, - mast supporting booms which connect the upper carriage to the mast, said mast being radially adjustable with respect to the upper carriage by pivoting the mast supporting booms about horizontally directed axes, and - an actuation unit which is adjustable with respect to the ground working tool, characterized in that - at least one detecting means (51 to 64) for detecting status data of the foundation construction machine and - a computer unit are provided, - wherein for detecting status data -- at least one detecting means for detecting a position of the mast supporting boom which connects the mast to the upper carriage is provided as a measure for a radial position of the mast relative to the upper carriage, and -- at least one detecting means for detecting an angle of rotation of the upper carriage is provided relative to the carrier unit, and -- wherein at least one adjustment range of the actuation unit can be detected by the computer unit on the basis of the detected status data, in which adjustment range the actuation unit is adjustable at a given safety against tilting of the foundation construction machine. - a carrier unit, - an upper carriage rotatably arranged about a vertical axis on the carrier unit, - a mast, - mast supporting booms which connect the upper carriage to the mast, said mast being radially adjustable with respect to the upper carriage by pivoting the mast supporting booms about horizontally directed axes, and - an actuation unit which is adjustable with respect to the ground working tool, characterized in that - at least one detecting means (51 to 64) for detecting status data of the foundation construction machine and - a computer unit are provided, - wherein for detecting status data -- at least one detecting means for detecting a position of the mast supporting boom which connects the mast to the upper carriage is provided as a measure for a radial position of the mast relative to the upper carriage, and -- at least one detecting means for detecting an angle of rotation of the upper carriage is provided relative to the carrier unit, and -- wherein at least one adjustment range of the actuation unit can be detected by the computer unit on the basis of the detected status data, in which adjustment range the actuation unit is adjustable at a given safety against tilting of the foundation construction machine. -- at least one detecting means for detecting a position of the mast supporting boom which connects the mast to the upper carriage is provided as a measure for a radial position of the mast relative to the upper carriage, and -- at least one detecting means for detecting an angle of rotation of the upper carriage is provided relative to the carrier unit, and -- wherein at least one adjustment range of the actuation unit can be detected by the computer unit on the basis of the detected status data, in which adjustment range the actuation unit is adjustable at a given safety against tilting of the foundation construction machine.
Method for controlling an emergency operation of a vehicle washing installation in the case of a fault, comprising the method steps of: - detecting an error message of a machine component for ascertaining a fault state of the vehicle washing installation; - in response to the detected fault state: specifying function blocks, which can be activated in a fault-free manner, on the basis of a read-in equipment data set which represents the current equipping of the vehicle washing installation with machine components for computing emergency operation programs; - controlling a vehicle washing installation for carrying out the emergency operation on the basis of the computed emergency operation programs. - detecting an error message of a machine component for ascertaining a fault state of the vehicle washing installation; - in response to the detected fault state: specifying function blocks, which can be activated in a fault-free manner, on the basis of a read-in equipment data set which represents the current equipping of the vehicle washing installation with machine components for computing emergency operation programs; - controlling a vehicle washing installation for carrying out the emergency operation on the basis of the computed emergency operation programs.
A chemical heat storage structure comprising a chemical heat storage material suitable for reacting exothermic or endothermic due to absorption or release of a heat medium, wherein the chemical heat storage material comprises a double metal salt (MX n, n: average valence number of M) that is a metal halide comprising a metal element and a halogen element, and at least one of the metal element and the halogen element comprises two or more types of elements, wherein the double metal salt is a double alkaline-earth metal halide that comprises two or more types of alkaline-earth metal elements and a halogen element, and a binder that holds the chemical heat storage material, and wherein the binder comprises a carbon fiber that is a highly thermal-conductive material having a higher thermal conductivity than that of the chemical heat storage material.
Reluctance rotor with magnetically conducting flux paths and flux barriers, characterised in that the flux barriers are filled at least partially with PU foam, wherein the flux barriers are filled with PU foam with a different hardness grade.
Method for manufacturing a stabilized veneer without a carrier board, comprising the steps of: - providing a stabilization sheet - one-sided coating of the stabilization sheet with a condensation resin - arranging the stabilization sheet with the coating on the backside of a veneer layer, - pressing the stabilization sheet and the veneer layer at a pressure of between 2 MPa and 3 MPa to form a stabilization layer, wherein - the condensation resin is at least partially pressed out of the stabilization sheet into the veneer layer during pressing, where it supplies mechanical stabilization to the veneer and wherein - the wood surface on the front side of the stabilized veneer remains unchanged and natural due to the pressing of the condensation resin from the rear side into the veneer layer, so that an unchanged wood surface appearance and feel of the stabilized veneer is achieved. - providing a stabilization sheet - one-sided coating of the stabilization sheet with a condensation resin - arranging the stabilization sheet with the coating on the backside of a veneer layer, - pressing the stabilization sheet and the veneer layer at a pressure of between 2 MPa and 3 MPa to form a stabilization layer, wherein - the condensation resin is at least partially pressed out of the stabilization sheet into the veneer layer during pressing, where it supplies mechanical stabilization to the veneer and wherein - the wood surface on the front side of the stabilized veneer remains unchanged and natural due to the pressing of the condensation resin from the rear side into the veneer layer, so that an unchanged wood surface appearance and feel of the stabilized veneer is achieved.
A wireless electronic detonator comprising an energy source and functional modules and further comprising: - first switching means (K10; K10'; K10") disposed between the energy source and the functional modules, making it possible to connect or not to connect the energy source to the functional modules, and - a control module for said first switching means, said wireless electronic detonator being characterized in that the control module comprises a radio energy recovery module configured to receive a radio signal coming from a control console, recover the electrical energy in said received radio signal, generate an energy recovery signal (V RF) representing the level of recovered electrical energy, and generate as output a control signal (V OUT) according to the energy recovered, said control signal (V OUT) driving said first switching means (K10; K10'; K10"). - first switching means (K10; K10'; K10") disposed between the energy source and the functional modules, making it possible to connect or not to connect the energy source to the functional modules, and - a control module for said first switching means,
A composition comprising an isolated imidated biologically compatible polymer being functionalized with an imide group, said polymer comprising chondroitin sulfate, and a second biologically compatible polymer reactive therewith, wherein said second polymer comprises at least one amine group.
Method for producing a decorated wall or floor panel comprising the steps: a) providing a pourable carrier material, in particular a granulate; b) placing the carrier material between two belt-like conveying means (12, 14); c) shaping the carrier material under the action of temperature while forming a web-shaped carrier; d) compressing the carrier; e) treating the carrier under the action of pressure by use of a twin-belt press; f) optionally cooling the carrier; g) optionally applying a decoration subsurface onto at least a partial area of the carrier; h) applying a decoration reproducing a decoration template onto at least a partial area of the carrier; i) applying a protective layer onto at least a partial area of the decoration; characterized in that j) prior to the placing of the carrier material between the two belt-like conveying means (12, 14) according to step b) a foil (23, 27) of a moisture-retarding material is disposed under and/or on the carrier material, wherein the foil comprises a metal or a plastic. a) providing a pourable carrier material, in particular a granulate; b) placing the carrier material between two belt-like conveying means (12, 14); c) shaping the carrier material under the action of temperature while forming a web-shaped carrier; d) compressing the carrier; e) treating the carrier under the action of pressure by use of a twin-belt press; f) optionally cooling the carrier; g) optionally applying a decoration subsurface onto at least a partial area of the carrier; h) applying a decoration reproducing a decoration template onto at least a partial area of the carrier; i) applying a protective layer onto at least a partial area of the decoration; characterized in that j) prior to the placing of the carrier material between the two belt-like conveying means (12, 14) according to step b) a foil (23, 27) of a moisture-retarding material is disposed under and/or on the carrier material, wherein the foil comprises a metal or a plastic.
Use of expandable graphite having an initiation temperature of not less than 180°C for enhancing the degree of sound absorption within a soundabsorbing foam expanded with the expandable graphite, wherein the foam is a polyurethane foam having a density of not less than 150 g/l and not more than 350 g/l.
An apparatus for making a stereolithographic object, comprising: an element having a surface for disposing thereon a material used to make the stereolithographic object; a platform for making the stereolithographic object thereon; a positioner operably coupled to at least one of the platform and the element and operable to change a distance between the platform and the element and so change the distance of a portion of the stereolithographic object when made and the surface to be the thickness of a stereolithographic layer of the stereolithographic object; and characterized in that it comprises a force sensing system comprising a plurality of spaced apart force sensors (411, 412, 413, 414) supporting the element, wherein each of the plurality of spaced apart force sensors (411, 412, 413, 414) is configured to generate force information indicative of a portion of a force transferred between the element and the platform; and a controller configured to generate force position information indicative of the position of the force on the element using the force information, and generate force information by processing the force information generated by each of the plurality of spaced apart force sensors (411, 412, 413, 414); wherein the force is transferred between the element and the platform by debris when disposed therebetween and the force information is indicative of the position of the debris when on the element. an element having a surface for disposing thereon a material used to make the stereolithographic object; a platform for making the stereolithographic object thereon; a positioner operably coupled to at least one of the platform and the element and operable to change a distance between the platform and the element and so change the distance of a portion of the stereolithographic object when made and the surface to be the thickness of a stereolithographic layer of the stereolithographic object; and characterized in that it comprises a force sensing system comprising a plurality of spaced apart force sensors (411, 412, 413, 414) supporting the element, wherein each of the plurality of spaced apart force sensors (411, 412, 413, 414) is configured to generate force information indicative of a portion of a force transferred between the element and the platform; and a controller configured to generate force position information indicative of the position of the force on the element using the force information, and generate force information by processing the force information generated by each of the plurality of spaced apart force sensors (411, 412, 413, 414); wherein the force is transferred between the element and the platform by debris when disposed therebetween and the force information is indicative of the position of the debris when on the element.
A wearable article continuous in a longitudinal direction and a transverse direction, comprising a main body and a ring-like elastic belt comprising a front belt and a back belt, the center of the front belt is joined to a front waist panel of the main body, the center of the back belt is joined to a back waist panel of the main body, the front and back belt each having a left side panel and a right side panel where the main body does not overlap, and the transverse edges of the front belt and the back belt are joined by a seam to form a waist opening and two leg openings, wherein each of the front belt and back belt are formed by an inner sheet, an outer sheet, and a plurality of elastic bodies sandwiched therebetween and running in the transverse direction substantially parallel to each other, and at least a portion of the elasticity of at least some of the elastic bodies are removed of its elasticity, the transverse width of the elastic body removed of its elasticity defined as an elastic cut window; the front belt having a set of elastic cut windows, the transverse width of the elastic body having the longest length removed of its elasticity defined as a maximum elastic cut window of the front belt; the back belt having a set of elastic cut windows, the transverse width of the elastic body having the longest length removed of its elasticity defined as a maximum elastic cut window of the back belt; wherein the maximum elastic cut window of the back belt is greater than the maximum elastic cut window of the front belt wherein the front belt and the back belt each comprises varied elastic cut windows within the set of elastic cut windows.
A photovoltaic system, comprising: a photovoltaic module; a base supporting the photovoltaic module; and a damper coupled between the photovoltaic module and the base and resisting movement of the photovoltaic module relative to the base, characterised in that the damper has a first damping ratio when the photovoltaic module moves at a first rate relative to the base and a second damping ratio when the photovoltaic module moves at a second rate relative to the base, wherein the damper passively transitions from the first damping ratio to the second damping ratio. a photovoltaic module; a base supporting the photovoltaic module; and a damper coupled between the photovoltaic module and the base and resisting movement of the photovoltaic module relative to the base, characterised in that the damper has a first damping ratio when the photovoltaic module moves at a first rate relative to the base and a second damping ratio when the photovoltaic module moves at a second rate relative to the base, wherein the damper passively transitions from the first damping ratio to the second damping ratio.