mhurhangee/ep-ind-claims huggingface dataset:
A method for cleaning and/or disinfecting at least the mould of at least one moulding and filling station of a device (1, 1a) to produce filled containers from preforms that are made of thermoplastic material, wherein the thermally conditioned preforms are each moulded in the mould by the action of the pressure of a supplied filling product to form the respective container in a forming and filling process and are, therein, guided by a stretch forming bar at least temporarily and/or stretched in an axial direction, preferably in an axial direction that corresponds to the axis of the containers, characterised in that - during a cleaning and/or disinfecting operation of the device (1, 1a), at least the interior region of the mould is cleaned and/or disinfected using at least one cleaning agent and/or disinfectant via at least one cleaning element and that, during the cleaning and/or disinfecting operation, the at least one mould is opened and closed at least once, preferably several times, and/or the stretch forming bar is moved from its initial position to its end position and vice versa at least once, preferably several times. - during a cleaning and/or disinfecting operation of the device (1, 1a), at least the interior region of the mould is cleaned and/or disinfected using at least one cleaning agent and/or disinfectant via at least one cleaning element and that, during the cleaning and/or disinfecting operation, the at least one mould is opened and closed at least once, preferably several times, and/or the stretch forming bar is moved from its initial position to its end position and vice versa at least once, preferably several times.
Polymer producible by contacting/mixing one or more polyamides with an at least mono-substituted α,ω-di-carboxylic acid or its alkyl ester and heating to a temperature above 150° C, wherein the at least mono-substituted di-carboxylic acid is 3-tert. butyl adipic acid.
A method for making a nerve guide conduit with an internal matrix comprising: providing an outer collagen tube wherein the tube is hollow; filling the collagen tube with a slurry comprising collagen, chondroitin sulfate, and one or more inductive macromolecules, wherein the inductive macromolecules are fibronectin in combination with laminin-1 or laminin-2, freezing the slurry along an axial direction of the slurry, with the slurry having no detectable radial thermal gradient, to form a frozen slurry having parallel axially aligned crystals, freeze drying the collagen tube and the frozen slurry to remove the parallel axially aligned crystals and form the internal matrix having parallel axially aligned internal matrix pores that span one end of the matrix to the other. providing an outer collagen tube wherein the tube is hollow; filling the collagen tube with a slurry comprising collagen, chondroitin sulfate, and one or more inductive macromolecules, wherein the inductive macromolecules are fibronectin in combination with laminin-1 or laminin-2, freezing the slurry along an axial direction of the slurry, with the slurry having no detectable radial thermal gradient, to form a frozen slurry having parallel axially aligned crystals, freeze drying the collagen tube and the frozen slurry to remove the parallel axially aligned crystals and form the internal matrix having parallel axially aligned internal matrix pores that span one end of the matrix to the other.
An article of furniture comprising a furniture carcass, a folding flap and an actuating device, wherein the folding flap has at least three flap portions (3a, 3b, 3c) arranged in mutually superposed relationship, a first flap portion is mounted pivotably relative to the furniture carcass, a second flap portion is mounted pivotably relative to the first flap portion and a third flap portion is mounted pivotably relative to the second flap portion, and the third flap portion is movable by way of the actuating device, which is preferably arranged laterally on the furniture carcass, such that during a movement of this flap portion by means of the actuating device the two remaining flap portions (3a, 3b) passively follow, wherein the first flap portion and the second flap portion and/or the second flap portion and the third flap portion are connected together by way of hinges, characterized in that the first flap portion is connected to the furniture carcass by way of joint levers, the actuating device includes at least two guide paths and the flap portion which is movable by way of the actuating device is connected to the guide paths and the flap portion which is movable by way of the actuating device is connected to the guide paths by way of at least one respective lever and a guide device, wherein the lever preferably is a joint lever.
A lighting system comprising a light source, configured to provide light source light, a first reflective element, a lens at a varying distance from the first reflective element, and a second reflective element in between the first reflective element and the lens, wherein: - the first reflective element tapers from a first end to a second end, wherein the first reflective element comprises a first reflective surface bridging the distance between the first end and the second end, wherein the first reflective surface is diffuse reflective, and wherein the light source is at least partially circumferentially surrounded by the first reflective surface; - the light source is configured closer to the second end than to the first end, and wherein the light source is configured to direct at least part of the light source light in the direction of the first end; - the lens is configured to beam shape at least part of the light source light emanating from the reflective element and the light source; and - the second reflective element is configured to redirect part of the light source light to the lens, characterized in that the second reflective element is configured to specularly reflect at least part of the light source light that reaches the second reflective element, and wherein the second reflective element has different heights over its length so that over its full length at each location the second reflective element bridges the distance between the first reflective element and the lens. - the first reflective element tapers from a first end to a second end, wherein the first reflective element comprises a first reflective surface bridging the distance between the first end and the second end, wherein the first reflective surface is diffuse reflective, and wherein the light source is at least partially circumferentially surrounded by the first reflective surface; - the light source is configured closer to the second end than to the first end, and wherein the light source is configured to direct at least part of the light source light in the direction of the first end; - the lens is configured to beam shape at least part of the light source light emanating from the reflective element and the light source; and - the second reflective element is configured to redirect part of the light source light to the lens, characterized in that the second reflective element is configured to specularly reflect at least part of the light source light that reaches the second reflective element, and wherein the second reflective element has different heights over its length so that over its full length at each location the second reflective element bridges the distance between the first reflective element and the lens.
Drive system having a driven shaft, having a first power branch which has an infinitely adjustable transmission unit, and having a second power branch, the first power branch and the second power branch being connected via a summing transmission which has a first transmission element which is connected in a rotationally fixed manner to an output shaft of the adjustable transmission unit, a second transmission element to which the driven shaft is connected in a rotationally fixed manner, and a third transmission element, and the second power branch being a mechanical transmission branch with different fixed transmission ratios which can be selected via clutches (16, 17), and having an output shaft which is connected in a rotationally fixed manner to the third transmission element, characterized in that the adjustable transmission unit can be connected in a rotationally fixed manner to the driven shaft via a clutch, and the driven shaft is connected permanently in a rotationally fixed manner to the second transmission element via a gear stage, a rotational speed which changes with the rotational speed of the driven shaft resulting for the third transmission element when the clutch is closed.
Setting for a Gemstone, in particular a setting for use in a watch, a ring, a pendant or similar, with a bearing surface and with at least one stop (17; 62; 134) provided on the side of the gemstones opposite the bearing surface, for limiting the tilting movement of the gemstone, whereby a bearing element(22; 122; 222) is provided between the gemstone and the bearing surface, characterized in that a setting base is provided which is mounted on the bearing element (22; 122) on the bearing surface, whereby the setting base exhibits at least a fixing element for the gemstone on its top side, and that a annular stopping element is provided as a stop for limiting the movement of the setting base with the gemstone on the side of the setting base opposite the bearing surface opposite of a shoulder of the setting.
A clamping device for clamping a workpiece, including a clamping element that is transferable in a clamping movement from a release position into a clamping position, wherein the clamping movement includes a pivotal movement and a linear movement, wherein the clamping device includes a linear movement piston for driving the linear movement, and a pivotal movement piston for driving the pivotal movement, and wherein the clamping device includes a clamping fluid path for a clamp actuation fluid, to the clamping side of the linear movement piston, wherein the clamping fluid path is not cleared until the pivotal movement of the clamping element out of the release position has ended, characterised in that the clamping fluid path to the clamping side of the linear movement piston has a portion that runs through the pivotal movement piston.
A method for the synthesis of a radiolabelled compound wherein said method comprises: (i) radiolabelling a protected precursor compound to obtain a protected radiolabelled compound; (ii) deprotecting the protected radiolabelled compound obtained from radiolabelling step (i) to obtain said radiolabelled compound wherein said deprotection is effected using a hydrolysis medium; and, (iii) evaporating the hydrolysis medium following deprotection step (ii) wherein said evaporating is carried out using a closed system comprising: a fixed volume hot zone which comprises a fixed volume container (11 a) and a heating means; an expandable volume; a 3-way valve which in a first position fluidly connects said fixed volume container and said expandable volume and which in a second position fluidly connects said an expandable volume to waste and wherein said evaporating comprises positioning said 3-way valve to said first position, then heating said hydrolysis medium in said fixed volume hot zone above its boiling point to reach the equilibrium gas/liquid phase so that vapours of said hydrolysis medium condense in said expandable volume, then positioning said 3-way valve to said second position to empty said condensed hydrolysis medium to waste. (i) radiolabelling a protected precursor compound to obtain a protected radiolabelled compound; (ii) deprotecting the protected radiolabelled compound obtained from radiolabelling step (i) to obtain said radiolabelled compound wherein said deprotection is effected using a hydrolysis medium; and, (iii) evaporating the hydrolysis medium following deprotection step (ii) wherein said evaporating is carried out using a closed system comprising: a fixed volume hot zone which comprises a fixed volume container (11 a) and a heating means; an expandable volume; a 3-way valve which in a first position fluidly connects said fixed volume container and said expandable volume and which in a second position fluidly connects said an expandable volume to waste and wherein said evaporating comprises positioning said 3-way valve to said first position, then heating said hydrolysis medium in said fixed volume hot zone above its boiling point to reach the equilibrium gas/liquid phase so that vapours of said hydrolysis medium condense in said expandable volume, then positioning said 3-way valve to said second position to empty said condensed hydrolysis medium to waste. a fixed volume hot zone which comprises a fixed volume container (11 a) and a heating means; an expandable volume; a 3-way valve which in a first position fluidly connects said fixed volume container and said expandable volume and which in a second position fluidly connects said an expandable volume to waste
A mixer for use in an aircraft air supply system comprising: a mixer housing having an internal bore with an inlet to a chamber, and an outlet at an opposed end, and a duct to be connected to receive a recirculated air flow, said duct communicating air into the chamber through recirculating air ports such that the recirculating air can mix with the air from the inlet, and said mixer housing having a cockpit outlet for delivering air to a second outlet, with said cockpit outlet being located axially upstream from said recirculating air ports; characterized by further comprising an isolator mounted at an outer periphery of said mixer housing, and said isolator having flat sides on each of two circumferentially spaced sides of said isolator; and a belly band bolted to an outer periphery of said mixer housing, said belly band also being bolted to said flat sides of said isolator. a mixer housing having an internal bore with an inlet to a chamber, and an outlet at an opposed end, and a duct to be connected to receive a recirculated air flow, said duct communicating air into the chamber through recirculating air ports such that the recirculating air can mix with the air from the inlet, and said mixer housing having a cockpit outlet for delivering air to a second outlet, with said cockpit outlet being located axially upstream from said recirculating air ports; characterized by further comprising an isolator mounted at an outer periphery of said mixer housing, and said isolator having flat sides on each of two circumferentially spaced sides of said isolator; and a belly band bolted to an outer periphery of said mixer housing, said belly band also being bolted to said flat sides of said isolator.
A sensor, comprising: a first light source that generates a first beam of light; a second light source that generates a second beam of light, wherein the first light source and the second light source are supported by a light support structure; an imager that directly receives the first beam of light and the second beam of light, wherein the imager is positioned proximate to the light support structure and the imager and the light support structure are movable relative to one another; an elastic member (670 and 671) that connects the light support structure to the imager, wherein the elastic member is operable to facilitate relative movement of the imager and the light support structure; a light location module that determines locations of the first beam of light and the second beam of light on the imager, and a position module that determines a relative position of the imager and the light support structure based on the locations of the first beam of light and the second beam of light. a first light source that generates a first beam of light; a second light source that generates a second beam of light, wherein the first light source and the second light source are supported by a light support structure; an imager that directly receives the first beam of light and the second beam of light, wherein the imager is positioned proximate to the light support structure and the imager and the light support structure are movable relative to one another; an elastic member (670 and 671) that connects the light support structure to the imager, wherein the elastic member is operable to facilitate relative movement of the imager and the light support structure; a light location module that determines locations of the first beam of light and the second beam of light on the imager, and a position module that determines a relative position of the imager and the light support structure based on the locations of the first beam of light and the second beam of light.
Road finishing machine, comprising a screed for laying a paving layer on a subsoil and at least one temperature sensor which is fixed to the road finishing machine and directed to the subsoil such that it may detect a temperature of at least a region of the subsoil which is located in front of the screed, seen in the direction of travel, said road finishing machine comprises a control unit, the temperature sensor being connected to said control unit for forwarding the detected temperature of the region of the subsoil, said road finishing machine comprises a receiver with an antenna which is embodied to receive positional data and forward them to the control unit, said control unit is embodied to georeference the detected temperature of the region of the subsoil with the positional data, said road finishing machine comprises at least one wireless interface via which the georeferenced temperature of the region of the subsoil may be sent to at least one external unit, preferably to at least one compacting vehicle, and/or to a central unit, characterized in that the control unit is configured to automatically adjust at least one paving parameter of the road finishing machine based on the georeferenced temperature of the region of the subsoil.
A carbamate compound of the following Formula 1, or a pharmaceutically acceptable salt, solvate or hydrate thereof for use in the prevention or treatment of fibromyalgia or associated functional symptoms of fibromyalgia: wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-Ci-Cs alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N. R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-Ci-Cs alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N.
A ventilation device for providing a gas mixture for a user, the ventilation device comprising: a compressor configured to output compressed air; an oxygen concentrator configured to process the compressed air to form and output oxygen gas; a gas source control valve configured to receive the compressed air and the oxygen gas and selectively deliver a first gas pulse comprising oxygen gas and a second gas pulse comprising compressed air; a patient interface configured to receive the first and second gas pulses delivered by the gas source control valve, and to deliver the first and second gas pulses; and a controller configured to: determine a switching time that occurs during an inspiratory period of a user, and control the gas source control valve to terminate the delivery of the first pulse and begin the delivery of the second pulse at the switching time, and to terminate the second pulse prior to the start of an expiratory period of the user, characterized in that the controller is configured to control the gas source control valve to deliver to the patient interface a third gas pulse of the compressed air during an expiratory period that follows the first and second gas pulses, wherein the controller is configured to control the delivery of the third pulse at a lower flow rate than the first and second pulses. a compressor configured to output compressed air; an oxygen concentrator configured to process the compressed air to form and output oxygen gas; a gas source control valve configured to receive the compressed air and the oxygen gas and selectively deliver a first gas pulse comprising oxygen gas and a second gas pulse comprising compressed air; a patient interface configured to receive the first and second gas pulses delivered by the gas source control valve, and to deliver the first and second gas pulses; and a controller configured to: determine a switching time that occurs during an inspiratory period of a user, and control the gas source control valve to terminate the delivery of the first pulse and begin the delivery of the second pulse at the switching time, and to terminate the second pulse prior to the start of an expiratory period of the user, determine a switching time that occurs during an inspiratory period of a user, and control the gas source control valve to terminate the delivery of the first pulse and begin the delivery of the second pulse at the switching time, and to terminate the second pulse prior to the start of an expiratory period of the user,
An audio processing method (1300, 1400) comprising: receiving (1302, 1402) a response signal (1004, 1104, 1204) in the form of an audio signal provided by at least one acoustic transducer (1003, 1103) in response to playback, by at least one acoustic signal generator (1002, 1102), of a reference signal (1001, 1101 1201); the method being characterised by further comprising: selecting (1304, 1403), based on a power level of at least one of the reference signal and the response signal, a filter (1031, 1131) from a plurality of stored filters; applying (1305, 1404) the selected filter to the reference signal; computing (1306, 1405) a residual signal (1006, 1106, 1206) as a difference between the filtered reference signal and the response signal; and updating (1307, 1406) the selected filter based on the residual signal. selecting (1304, 1403), based on a power level of at least one of the reference signal and the response signal, a filter (1031, 1131) from a plurality of stored filters; applying (1305, 1404) the selected filter to the reference signal; computing (1306, 1405) a residual signal (1006, 1106, 1206) as a difference between the filtered reference signal and the response signal; and updating (1307, 1406) the selected filter based on the residual signal.