mhurhangee/ep-ind-claims huggingface dataset:
A method for testing the seal of a sealing membrane (2, 102), the sealing membrane (2, 102) being fixed to a thermally insulating barrier (1, 101), the thermally insulating barrier (1, 101) resting on a sealed supporting surface (13, 113), the method comprising: - applying a first strip of sealing compound (17, 117) to the sealing membrane (2, 102); - applying a second strip of sealing compound (18, 118) to the supporting surface (13, 113) around the sealing membrane (2, 102), - disposing a sealed cover (12, 144, 133) on the first strip of sealed mastic (17, 117) and on the second strip of sealed mastic (18, 118) so that on the one hand the sealed cover (12, 144, 133) is connected in sealed manner to the sealing membrane (2, 102) by the first strip of sealed mastic (17, 117) and, on the other hand, the sealed cover (12, 144, 133) is connected in sealed manner to the supporting surface (13, 113) by the second strip of sealing compound (18, 118), the sealed cover (12, 144, 133), the supporting surface (13, 113), the first strip of sealing compound (17, 117), the second strip of sealing compound (18, 118) and the sealing membrane (2, 102) together defining an enclosed space (19, 119), the sealed cover being a polymer film tarpaulin, - depressurizing the enclosed space (19, 119) with respect to an environment outside said enclosed space (19, 119); and - measuring a parameter representing the variation of the pressure inside the enclosed space (19, 119) after said enclosed space (19, 119) has been depressurized. - applying a first strip of sealing compound (17, 117) to the sealing membrane (2, 102); - applying a second strip of sealing compound (18, 118) to the supporting surface (13, 113) around the sealing membrane (2, 102), - disposing a sealed cover (12, 144, 133) on the first strip of sealed mastic (17, 117) and on the second strip of sealed mastic (18, 118) so that on the one hand the sealed cover (12, 144, 133) is connected in sealed manner to the sealing membrane (2, 102) by the first strip of sealed mastic (17, 117) and, on the other hand, the sealed cover (12, 144, 133) is connected in sealed manner to the supporting surface (13, 113) by the second strip of sealing compound (18, 118), the sealed cover (12, 144, 133), the supporting surface (13, 113), the first strip of sealing compound (17, 117), the second strip of sealing compound (18, 118) and the sealing membrane (2, 102) together defining an enclosed space (19, 119), the sealed cover being a polymer film tarpaulin, - depressurizing the enclosed space (19, 119) with respect to an environment outside said enclosed space (19, 119); and - measuring a parameter representing the variation of the pressure inside the enclosed space (19, 119) after said enclosed space (19, 119) has been depressurized.
A method for creating a tooth model using a statistical technique such that the resulting tooth model can be modified in a way that maintains a natural tooth shape, comprising steps of: (a) scanning multiple samples of a single tooth type into 3D format suitable for computer processing to define sets of scanned samples of a single tooth type; (b) for each set of scanned sample of a single tooth type, determining a set of common points across all single teeth in the scanned sample; (c) performing a statistical analysis of the data in the scanned sample using the common points across all teeth in the scanned sample to create an average statistical model of each tooth position; (d) replacing the average statistical model of a tooth position with a tooth sample having surface details for the tooth position; and (e) performing a statistical combination of at least a portion of the tooth sample having surface details and of structures of the statistical model for a tooth top of interest to design a patient specific tooth for a dental restoration, wherein determining a set of common points across all single teeth in the scanned sample comprises computing point-to-point correspondence between respective teeth in the sample using a harmonic map. (a) scanning multiple samples of a single tooth type into 3D format suitable for computer processing to define sets of scanned samples of a single tooth type; (b) for each set of scanned sample of a single tooth type, determining a set of common points across all single teeth in the scanned sample; (c) performing a statistical analysis of the data in the scanned sample using the common points across all teeth in the scanned sample to create an average statistical model of each tooth position; (d) replacing the average statistical model of a tooth position with a tooth sample having surface details for the tooth position; and (e) performing a statistical combination of at least a portion of the tooth sample having surface details and of structures of the statistical model for a tooth top of interest to design a patient specific tooth for a dental restoration, wherein determining a set of common points across all single teeth in the scanned sample comprises computing point-to-point correspondence between respective teeth in the sample using a harmonic map.
A method for encoding signals in teleconferencing, comprising: - receiving signals from a plurality of nodes participating in a teleconference, - analyzing the received signals, - appointing one of the received signals as being a dominant signal, - adapting an encoder based on information related to the dominant signal, wherein the encoder is adapted to base the encoding on the dominant signal, such that the dominant signal has a relatively higher weight in said encoding than other received signals, - mixing at least two of the received signals, - encoding a mixed signal, comprising at least two of the received signals, using the adapted encoder, - providing the encoded mixed signal to at least one of the nodes participating in the teleconference. - receiving signals from a plurality of nodes participating in a teleconference, - analyzing the received signals, - appointing one of the received signals as being a dominant signal, - adapting an encoder based on information related to the dominant signal, wherein the encoder is adapted to base the encoding on the dominant signal, such that the dominant signal has a relatively higher weight in said encoding than other received signals, - mixing at least two of the received signals, - encoding a mixed signal, comprising at least two of the received signals, using the adapted encoder, - providing the encoded mixed signal to at least one of the nodes participating in the teleconference.
Method for producing emulsions containing complex-forming agent, characterized in that the following steps of: a) providing an oil phase which, based on the total weight of the emulsion, contains 0.5 to 20% by weight, preferably 0.75 to 15% by weight, more preferably 1 to 15% by weight, even more preferably 1.5 to 10% by weight, and in particular 3 to 8% by weight, of UV filter substances; b) incorporating at least one complex-forming agent into the oil phase, the complex-forming agent being present in solid form; c) admixing with a water phase; d) emulsifying, are carried out in succession, wherein the oil phase contains at least one oil-soluble UV filter comprising at least one alkyl- and/or alkoxy-substituted dibenzoylmethane derivative and/or Polysilicone-15, and the complex-forming agent is selected from ethylenediaminetetraacetic acid (EDTA) and the salts thereof, in particular calcium disodium EDTA; nitrilotriacetic acid, citric acid and its salts sodium citrate, potassium citrate, and calcium citrate; phosphates, oxydisuccinates, ethylenediamine N,N' -disuccinate (EDDS), preferably in the form of the sodium or magnesium salts thereof, glycerin disuccinates, glycerin trisuccinates, iminodisuccinate tetrasodium salt, gluconic acid, in particular in the form of the easily crystallized glucono-δ-lactone, isoascorbic acid, sodium isoascorbate, and tartaric acid and the salts thereof. a) providing an oil phase which, based on the total weight of the emulsion, contains 0.5 to 20% by weight, preferably 0.75 to 15% by weight, more preferably 1 to 15% by weight, even more preferably 1.5 to 10% by weight, and in particular 3 to 8% by weight, of UV filter substances; b) incorporating at least one complex-forming agent into the oil phase, the complex-forming agent being present in solid form; c) admixing with a water phase; d) emulsifying, are carried out in succession, wherein the oil phase contains at least one oil-soluble UV filter comprising at least one alkyl- and/or alkoxy-substituted dibenzoylmethane derivative and/or Polysilicone-15, and the complex-forming agent is selected from ethylenediaminetetraacetic acid (EDTA) and the salts thereof, in particular calcium disodium EDTA; nitrilotriacetic acid, citric acid and its salts sodium citrate, potassium citrate, and calcium citrate; phosphates, oxydisuccinates, ethylenediamine N,N' -disuccinate (EDDS), preferably in the form of the sodium or magnesium salts thereof, glycerin disuccinates, glycerin trisuccinates, iminodisuccinate tetrasodium salt, gluconic acid, in particular in the form of the easily crystallized glucono-δ-lactone, isoascorbic acid, sodium isoascorbate, and tartaric acid and the salts thereof.
Method for fixation of organic tissue samples, the method comprising at least the steps of: a.) immersing the tissue in a solution of Formalin at a temperature of between 2°C and 10°C, for a first time period, and b.) immersing the tissue in a cold fixation dehydrating agent, for a second time period following the first time period. a.) immersing the tissue in a solution of Formalin at a temperature of between 2°C and 10°C, for a first time period, and b.) immersing the tissue in a cold fixation dehydrating agent, for a second time period following the first time period.
An effluent processing apparatus comprising: a first processing stage in which oil and water are separated from an effluent mixture containing air, oil, and water from a purge valve of an air dryer; a second processing stage in which oil is extracted from the separated oil and water of the first processing stage; characterized in a third processing stage in which air from the first processing stage and water from the second processing stage are combined and exhausted to atmosphere. a first processing stage in which oil and water are separated from an effluent mixture containing air, oil, and water from a purge valve of an air dryer; a second processing stage in which oil is extracted from the separated oil and water of the first processing stage; characterized in a third processing stage in which air from the first processing stage and water from the second processing stage are combined and exhausted to atmosphere.
A fire prevention insert for a floor drain, comprising - an insert element that is designed to sit in a fixed position in the floor drain when the fire prevention insert has been inserted in the floor drain, and - a closure element that is movable relative to the insert element and that comprises a lid and a plunger that extends from the lid into the insert element, wherein the closure element is adjustable between a release position, in which the lid exposes an inlet opening of the floor drain, and a closed position, in which the lid closes the inlet opening of the floor drain, - wherein the closure element is held so as to be preloaded into the release position, characterized in that - the closure element is held counter to the preloading in the release position by means of a safety element arranged on an end of the plunger that points away from the lid, - wherein the safety element is designed to yield in the event of a fire, so as to enable the movement of the closure element into the closed position. - an insert element that is designed to sit in a fixed position in the floor drain when the fire prevention insert has been inserted in the floor drain, and - a closure element that is movable relative to the insert element and that comprises a lid and a plunger that extends from the lid into the insert element, wherein the closure element is adjustable between a release position, in which the lid exposes an inlet opening of the floor drain, and a closed position, in which the lid closes the inlet opening of the floor drain, - wherein the closure element is held so as to be preloaded into the release position, characterized in that - the closure element is held counter to the preloading in the release position by means of a safety element arranged on an end of the plunger that points away from the lid, - wherein the safety element is designed to yield in the event of a fire, so as to enable the movement of the closure element into the closed position.
A fixing member, comprising: a base plate defining a mounting hole; a connecting plate comprising a first plate segment connected at a first side of the base plate, a second plate segment, and a third plate segment substantially parallel to the base plate, the second plate segment being connected between the first and third plate segments; and a fixing plate defining a first end connected at a second side of the base plate and perpendicular to the base plate, and a second end having a snapping tongue bent and extended in a direction away from the connecting plate, a vertical distance between a free end of the snapping tongue and the base plate being equal to or smaller than that between the third plate segment and the base plate, characterized in that: the second plate segment is configured as a sloping plate slantwise extended from the base plate to the third plate segment upwardly, the second plate segment has a first end connected to the third plate segment and a second end connected to the first plate segment, and the first end of the second plate segment is closer to the fixing plate than the second end of the second plate segment. a base plate defining a mounting hole; a connecting plate comprising a first plate segment connected at a first side of the base plate, a second plate segment, and a third plate segment substantially parallel to the base plate, the second plate segment being connected between the first and third plate segments; and a fixing plate defining a first end connected at a second side of the base plate and perpendicular to the base plate, and a second end having a snapping tongue bent and extended in a direction away from the connecting plate, a vertical distance between a free end of the snapping tongue and the base plate being equal to or smaller than that between the third plate segment and the base plate, characterized in that: the second plate segment is configured as a sloping plate slantwise extended from the base plate to the third plate segment upwardly, the second plate segment has a first end connected to the third plate segment and a second end connected to the first plate segment, and the first end of the second plate segment is closer to the fixing plate than the second end of the second plate segment.
Method for cleaning a jet engine with a cleaning medium which contains solids which are introduced into the engine by way of at least one ejecting device, characterized in that the cleaning medium exits from the ejecting device at an outlet speed of 5-50 m/s, the solids comprising water ice which is present and used in the form of pellets or in a comminuted state in another form.
Cosmetic, non-therapeutic use of a mixture comprising or consisting of a) one or more compound(s) of formula 1 and b) diisopropyl adipate, for non-therapeutically improving the complexion of human skin, preferably for non-therapeutically improving the complexion of human facial skin, and/or as non-therapeutic anti-aging compound. a) one or more compound(s) of formula 1 and b) diisopropyl adipate,
Combination of a piston for an internal combustion engine with a holder for the piston used for machining the piston, wherein the holder has at least two positioning bodies which have a defined support surface in a plane perpendicular to the piston axis and a stop surface substantially parallel to the piston axis, and are adapted to interact with surfaces on the piston, and at least one of which has at least one dimension perpendicular to the piston axis which is less than the radius of the piston which is to be machined.
A three-dimensional electrode array comprising: a plurality of plate electrodes, wherein each plate electrode includes an array of apertures, wherein the plate electrodes are arranged in a parallel orientation such that each aperture of an individual plate electrode is aligned along an alignment axis passing through an aperture of each of all other plate electrodes; and a plurality of rod electrodes, wherein the plurality of rod electrodes are not in physical contact with the plurality of plate electrodes and arranged such that each rod electrode extends a length along an alignment axis passing through an aperture of each plate electrode; and the plurality of rod electrodes pass through the plurality of plate electrodes; and wherein a first surface area includes a cumulative surface area of the plurality of plate electrodes, wherein a second surface area includes a cumulative surface area of each aperture array and wherein a third surface area includes a cumulative surface area of each of the plurality of rod electrodes; and wherein the electrode array further comprises an electrolyte separating each of the plate electrodes from other plate electrodes and from the rod electrodes. a plurality of plate electrodes, wherein each plate electrode includes an array of apertures, wherein the plate electrodes are arranged in a parallel orientation such that each aperture of an individual plate electrode is aligned along an alignment axis passing through an aperture of each of all other plate electrodes; and a plurality of rod electrodes, wherein the plurality of rod electrodes are not in physical contact with the plurality of plate electrodes and arranged such that each rod electrode extends a length along an alignment axis passing through an aperture of each plate electrode; and the plurality of rod electrodes pass through the plurality of plate electrodes; and wherein a first surface area includes a cumulative surface area of the plurality of plate electrodes, wherein a second surface area includes a cumulative surface area of each aperture array and wherein a third surface area includes a cumulative surface area of each of the plurality of rod electrodes; and wherein the electrode array further comprises an electrolyte separating each of the plate electrodes from other plate electrodes and from the rod electrodes.
A device for starting an engine and performing electric power generation while the engine is running characterized by comprising a motor generator having a stator with an armature winding wound thereon and a rotor of claw-pole shape with a field winding wound thereon, an inverter unit that sends and receives electric power to and from the armature winding, a field circuit that controls a field current flowing through the field winding, and a control circuit that controls the inverter unit and the field circuit, wherein a field current limit value Ifm in electric driving to start the engine is larger than a field current limit value Ifg in power generation, in the power generation, an inverter mode in a low rotation speed zone for boosting and an alternator mode in a high rotation speed zone for rectifying and outputting a generated voltage without boosting are provided, wherein the low rotation speed zone refers to the case when a rotation speed of the rotor is less than a predetermined speed, and the high rotation speed zone refers to the case when the rotation speed of the rotor is equal or higher than the predetermined speed, if a field current limit value Ifgi in the inverter-mode power generation and a field current limit value Ifga in the alternator-mode power generation are set differently from each other, the larger value is set as the value Ifg, and if the field current limit value Ifgi in the inverter-mode power generation and the field current limit value Ifga in the alternator-mode power generation are set equal to each other, either Ifgi or Ifga is set as the value Ifg.
An electricity supply management system for a terminal user facility connected to an electrical power supply grid, the terminal user facility comprising an energy storage device with means for monitoring one or more operating parameters of the energy storage device; the monitoring means being connected to a controller which is operably connected to the energy storage device for controlling operation of the energy storage device; characterised in that, the controller comprises a self-learning algorithm adapted to determine the operating characteristics of the energy storage device connected thereto so as to improve the efficiency of the electricity supply management system by adapting the response of the electricity supply management system in accordance with the determined operating characteristics of the energy storage device.
Sealing device for sealing packages filled with a pourable product within a packaging machine; the sealing device having at least one sonotrode comprising at least: - a sonotrode head; and - a vibration control unit connected to the sonotrode head and configured to actuate ultrasonic vibrations of the sonotrode head; wherein the vibration control unit comprises: - one or more piezoelectric transducer devices configured to generate ultrasonic vibrations to be coupled into the sonotrode head; and - one or more temperature sensors configured to measure the temperature of the one or more piezoelectric transducer devices for determining and/or monitoring respective operating states of the one or more piezoelectric transducer devices, wherein the vibration control unit furthermore comprises at least a housing shell having an inner space; wherein each piezoelectric transducer device and each temperature sensor are arranged within the inner space. the sealing device having at least one sonotrode comprising at least: - a sonotrode head; and - a vibration control unit connected to the sonotrode head and configured to actuate ultrasonic vibrations of the sonotrode head; - a sonotrode head; and - a vibration control unit connected to the sonotrode head and configured to actuate ultrasonic vibrations of the sonotrode head; wherein the vibration control unit comprises: - one or more piezoelectric transducer devices configured to generate ultrasonic vibrations to be coupled into the sonotrode head; and - one or more temperature sensors configured to measure the temperature of the one or more piezoelectric transducer devices for determining and/or monitoring respective operating states of the one or more piezoelectric transducer devices, - one or more piezoelectric transducer devices configured to generate ultrasonic vibrations to be coupled into the sonotrode head; and - one or more temperature sensors configured to measure the temperature of the one or more piezoelectric transducer devices for determining and/or monitoring respective operating states of the one or more piezoelectric transducer devices, wherein the vibration control unit furthermore comprises at least a housing shell having an inner space; wherein each piezoelectric transducer device and each temperature sensor are arranged within the inner space.