mhurhangee/ep-ind-claims huggingface dataset:
An agricultural baler comprising: a main bale chamber having an inlet for receiving crop material; a strawhook arrangement (60, 110, 120) including a plurality of strawhooks and an actuation mechanism for moving the strawhooks between an open position wherein the inlet to the main bale chamber is open, and a closed position wherein the inlet to the main bale chamber is closed; wherein the actuation mechanism includes an actuator (68, 122); characterized in that: the actuation mechanism further includes: a two-bar linkage having a first bar with a first end and a second end, and a second bar with a first end and a second end, the first end of the first bar being pivotally coupled with the strawhooks, and the first end of the second bar being pivotally coupled with a fixed structure of the baler; and in that the m-actuator (68, 122) is coupled with the seconds ends (74, 80) of the first bar and the second bar, the actuator (68, 122) being operable to apply pushing and pulling forces to each of the second ends (74, 80) and thereby selectively move the strawhooks between the open position and the closed position. a main bale chamber having an inlet for receiving crop material; a strawhook arrangement (60, 110, 120) including a plurality of strawhooks and an actuation mechanism for moving the strawhooks between an open position wherein the inlet to the main bale chamber is open, and a closed position wherein the inlet to the main bale chamber is closed; wherein the actuation mechanism includes an actuator (68, 122); characterized in that: the actuation mechanism further includes: a two-bar linkage having a first bar with a first end and a second end, and a second bar with a first end and a second end, the first end of the first bar being pivotally coupled with the strawhooks, and the first end of the second bar being pivotally coupled with a fixed structure of the baler; and in that the m-actuator (68, 122) is coupled with the seconds ends (74, 80) of the first bar and the second bar, the actuator (68, 122) being operable to apply pushing and pulling forces to each of the second ends (74, 80) and thereby selectively move the strawhooks between the open position and the closed position. a two-bar linkage having a first bar with a first end and a second end, and a second bar with a first end and a second end, the first end of the first bar being pivotally coupled with the strawhooks, and the first end of the second bar being pivotally coupled with a fixed structure of the baler; and in that the m-actuator (68, 122) is coupled with the seconds ends (74, 80) of the first bar and the second bar, the actuator (68, 122) being operable to apply pushing and pulling forces to each of the second ends (74, 80) and thereby selectively move the strawhooks between the open position and the closed position.
A composition for an optical member, which contains (a) a compound having one or more of any group selected from the group consisting of an acryloyl group, a methacryloyl group, an allyl group and a vinyl group and one or more β-epithiopropyl groups in a molecule; and (f) a compound having an allyl group in a molecule, wherein (f) the compound having an allyl group is at least one selected from the group consisting of allyldiglycolcarbonate, diallylphthalate, diallylterephthalate, diallylisophthalate, diallylchlorendate, allyl cyanate, allylamine, diallylamine, allyl cyanoacetate, allylalcohol, allylglycol, allylchloride, allylbromide, allylglycidylether, allylphenyl selenide, 1-allyl-3,4-dimethoxybenzene, allylaldehyde, and 1-allylimidazole.
A method for monitoring a cooking process of food stuff comprising the steps of: - invading an elongated food probe into the food stuff, - detecting an electrical impedance of the food stuff in the beginning of the cooking process, and - detecting the electrical impedance of the food stuff during the further cooking process, wherein - the food probe is formed as an elongated rod with at least two electrodes (14, 16) in the front portion of said rod. characterized in, that - the electrical impedance of the food stuff is detected at two or more frequencies (f), - the phase angle (Φ) of the electrical impedance of the food stuff is calculated from the electrical impedance at two or more frequencies (f), - the calculated phase angle (Φ) of the electrical impedance as function of the frequency (f) is compared with a data base, and - the type of a food is recognized. - invading an elongated food probe into the food stuff, - detecting an electrical impedance of the food stuff in the beginning of the cooking process, and - detecting the electrical impedance of the food stuff during the further cooking process, wherein - the food probe is formed as an elongated rod with at least two electrodes (14, 16) in the front portion of said rod. - the electrical impedance of the food stuff is detected at two or more frequencies (f), - the phase angle (Φ) of the electrical impedance of the food stuff is calculated from the electrical impedance at two or more frequencies (f), - the calculated phase angle (Φ) of the electrical impedance as function of the frequency (f) is compared with a data base, and - the type of a food is recognized.
Valve body provided with a recess intended for receiving an actuator motor, said recess having a bottom, the bottom extending in a plane and having an essentially cylindrical cavity suitable for receiving a lower bearing of said motor, characterized in that said cavity is bounded by a chamfered annular rim that stands proud of said bottom.
A method for sintering an object comprising the steps: - introducing the object into a high-temperature furnace; - heating the high-temperature furnace and sintering the object in the high-temperature furnace; - during the sintering, creating a geometric surface profile of at least a subregion of the object by means of: - irradiating the object with light of a light source; and - detecting the light scattered by the object by means of a detector; and - determining the geometric surface profile from the detected light, wherein the light source and detector are moved over the object and light source and detector are implemented by a laser triangulation sensor, which images laser light through an opening of the high-temperature furnace onto the surface of the object and detects the laser light scattered by the object through this same opening of the high-temperature furnace in a position-sensitive detector. - introducing the object into a high-temperature furnace; - heating the high-temperature furnace and sintering the object in the high-temperature furnace; - during the sintering, creating a geometric surface profile of at least a subregion of the object by means of: - irradiating the object with light of a light source; and - detecting the light scattered by the object by means of a detector; and - determining the geometric surface profile from the detected light, wherein the light source and detector are moved over the object and light source and detector are implemented by a laser triangulation sensor, which images laser light through an opening of the high-temperature furnace onto the surface of the object and detects the laser light scattered by the object through this same opening of the high-temperature furnace in a position-sensitive detector.
A process for preparing a spray-freeze-dried powder of polyelectrolyte complex nanoparticles comprising the steps of (a) providing a primary dispersion comprising PEC nanoparticles, at least one sugar that crystallizes during lyophilisation, and at least one sugar that remains in the amorphous state, wherein said at least one sugar that crystallizes during lyophilisation is mannitol, and said at least one sugar that remains in the amorphous state is dextran, (b) spray-freeze drying said primary dispersion, and (c) isolating the obtained spray-freeze dried powder, wherein said PEC nanoparticles comprise one or more protein drugs. (a) providing a primary dispersion comprising PEC nanoparticles, at least one sugar that crystallizes during lyophilisation, and at least one sugar that remains in the amorphous state, wherein said at least one sugar that crystallizes during lyophilisation is mannitol, and said at least one sugar that remains in the amorphous state is dextran, (b) spray-freeze drying said primary dispersion, and (c) isolating the obtained spray-freeze dried powder,
A tool head for use in machine tools having a base body which can be rotated about a rotational axis, having a slide which can be displaced via a pull rod, oriented axially in the base body, and can be fitted with at least one tool or a tool holder, and having at least one adjustable toothed plate (36, 38) which can be fixed on the slide, which adjustable toothed plate (36, 38) has a helical toothing system (42, 44) which acts as gear means for the engagement of a helical toothing system (44, 48), complementary with respect to it, of the pull rod, wherein the slide comprises an adjusting device for moving the at least one toothed plate (36, 38) with its helical toothing system (42, 44) into the helical toothing system (44, 48), complementary with respect to it, of the pull rod, characterized in that the adjusting device has an adjusting screw which is received in the slide and by means of which a movably arranged adjusting wedge can be displaced, which adjusting wedge acts on a wedge face which is formed on the at least one toothed plate.
Building closure element, designed as a roof window, comprising a blind frame and a sash frame supporting glazing of the roof window, and having a first fluid opening and a second fluid opening, which are fluidically connected to one another at least intermittently via a flow path, wherein the blind frame and/or the sash frame are overlapped on an outer side of the roof surface window at least in regions by a cover plate and the flow path is bounded at least in regions by the cover plate, and wherein a ventilation duct is formed in one of the frames (2, 3) and extends through a wall of the frame (2, 3) to form the first fluid opening, the second fluid opening is bounded by the cover plate and the ventilation duct is fluidically connected to the second fluid opening via an air space bounded by the cover plate, characterised in that an ion wind generator is arranged in the flow path for generating an air flow along the flow path.
A media processing device comprising: a media cover; a media cover release actuator to release the media cover from a closed position in response to actuation; a peel bar having a non-peeling position, a ready position, and a peeling position; a peeler actuator configured to transition the peel bar from the non-peeling position to the ready position, and, characterised by: wherein the peel bar is configured to transition from the ready position to the peeling position in response to the media cover being closed. a media cover; a media cover release actuator to release the media cover from a closed position in response to actuation; a peel bar having a non-peeling position, a ready position, and a peeling position; a peeler actuator configured to transition the peel bar from the non-peeling position to the ready position, and, characterised by: wherein the peel bar is configured to transition from the ready position to the peeling position in response to the media cover being closed.
A mounting table configured to support a substrate within a processing vessel, comprising: a cooling table made of a metal and provided with a flow path for a coolant; an electrostatic chuck comprising a conductive base provided on the cooling table; and an attraction unit made of ceramics, having therein an attraction electrode and a first heater (56, 58), which is provided on the base and fastened to the base by metal bonding; a first elastic member having insulating property, which is provided between the cooling table and the base, and is configured to allow the electrostatic chuck to be spaced apart from the cooling table and configured to form, along with the cooling table and the base, a heat transfer space into which a heat transfer gas is supplied between the cooling table and the base; and a clamping member, made of a metal and in contact with the cooling table and the base, allowing the base and the first elastic member to be interposed between the cooling table and the clamping member; characterized in that the mounting table further comprises: a power feed body connected to the cooling table, made of aluminum or an aluminum alloy and configured to transmit a high frequency power from a high frequency power supply (42, 44). a cooling table made of a metal and provided with a flow path for a coolant; an electrostatic chuck comprising a conductive base provided on the cooling table; and an attraction unit made of ceramics, having therein an attraction electrode and a first heater (56, 58), which is provided on the base and fastened to the base by metal bonding; a first elastic member having insulating property, which is provided between the cooling table and the base, and is configured to allow the electrostatic chuck to be spaced apart from the cooling table and configured to form, along with the cooling table and the base, a heat transfer space into which a heat transfer gas is supplied between the cooling table and the base; and a clamping member, made of a metal and in contact with the cooling table and the base, allowing the base and the first elastic member to be interposed between the cooling table and the clamping member;
A hinge for pieces of furniture, comprising a first hinge portion suitable for being coupled with either a structure of the piece of furniture, such as a side or an upright, or a door movable with respect to such structure, a link member subject to a spring and connected to such first hinge portion and suitable for being connected to a second hinge portion coupled with the other of said structure and said door, said link member comprising first and second interconnected elements (5, 6) connected to the first and second hinge portions (2, 4) respectively, a dampening element, equipped with a piston and a cylinder, being provided, suitable for braking at least the closing movement of the hinge whereby the door moves towards the structure of the piece of furniture, such dampening element being associated with the second element of the link member, said hinge comprising a first and a second gear element (51, 55) permanently engaged to each other and integral with said first and second interconnected elements (5, 6) respectively, the second gear element being connected to said dampening element and the latter being activated whenever said door moves with respect to the structure of the piece of furniture, the second interconnected element comprising a first component part hinged (at 31) on the first interconnected element, and a second component part adjustably inserted inside said first component part, said second component part containing the dampening element, characterized in that the cylinder of said dampening element, contained in said second component part of the second interconnected element, includes an end portion inserted within an inner cavity of a body placed within said second component part, the cross section of said body having the shape of an overturned U delimiting said inner cavity, axially elongate holes being provided in parallel side walls of said body, wherein ends (78K, 78W) of a transversal pin integral with the cylinder of said dampening element are positioned, every hole having a side recess whose axis is orthogonal to that of its respective hole suitable for lockably receiving said opposed ends (78K, 78W) of said pin in such operating position of the hinge wherein the dampening element controls its movement, in a second operating position the ends (78K, 78W) of said pin being inside said axially elongate holes so as to allow a free movement of the cylinder within the second component part of the second interconnected element and a movement of the hinge without dampening, said body being subject to the action exerted by a screw drivable outside said second interconnected element and suitable for defining the use of the hinge alternatively as a dampening or non-dampening hinge, said dampening element being alternatively stably locked in said second interconnected element or being selectively unlockable and movable in the latter so as to allow to activate or deactivate a dampening function of said dampening element on the hinge.
A method of analyzing a part design, the method comprising: extracting one or more coupons and micro-coupons from one or more blanks of additive manufactured material made by an additive manufacturing process, the coupons being larger than the micro-coupons; mechanically testing a material property and obtaining test results for each of the one or more coupons and micro-coupons from the one or more blanks and calculating a first correction factor based on a ratio of test results of the one or more micro-coupons from the one or more blanks relative to test results of the one or more coupons from the one or more blanks; using the additive manufacturing process and making a part from the additive manufactured material according to the part design; extracting one or more micro-coupons from the part; mechanically testing a material property and obtaining test results for each of the one or more micro-coupons from the part and calculating a second correction factor based on a ratio of test results of the one or more micro-coupons from the part relative to the test results of the one or more micro-coupons from the one or more blanks; calculating a statistically-derived material property of the additive manufactured material based on the test results of the one or more coupons from the one or more blanks; and calculating a capability value of the additive manufactured material by applying the first correction factor and the second correction factor to the statistically-derived material property of the additive manufactured material. extracting one or more coupons and micro-coupons from one or more blanks of additive manufactured material made by an additive manufacturing process, the coupons being larger than the micro-coupons; mechanically testing a material property and obtaining test results for each of the one or more coupons and micro-coupons from the one or more blanks and calculating a first correction factor based on a ratio of test results of the one or more micro-coupons from the one or more blanks relative to test results of the one or more coupons from the one or more blanks; using the additive manufacturing process and making a part from the additive manufactured material according to the part design; extracting one or more micro-coupons from the part; mechanically testing a material property and obtaining test results for each of the one or more micro-coupons from the part and calculating a second correction factor based on a ratio of test results of the one or more micro-coupons from the part relative to the test results of the one or more micro-coupons from the one or more blanks; calculating a statistically-derived material property of the additive manufactured material based on the test results of the one or more coupons from the one or more blanks; and calculating a capability value of the additive manufactured material by applying the first correction factor and the second correction factor to the statistically-derived material property of the additive manufactured material.
An audio headset, comprising: a headband having a portion defining a first axis along a length of the portion; a housing affixed at the portion of the headband, the housing having a cover with an elongate slot formed along the first axis; a slide mounted within the housing; a slide base affixed to the slide; an ear pod including a speaker, the ear pod affixed to the slide base, the slide, slide base and ear pod capable of translating together along the first axis along the length of the slot, a second axis being defined orthogonal to the first axis and substantially perpendicular to a major planar surface of the ear pod; and a microphone affixed to the ear pod, wherein the microphone is mounted for rotation relative to the ear pod about the second axis, characterised in that the slide, slide base and ear pod are capable of rotating together around the first axis within the slot. a headband having a portion defining a first axis along a length of the portion; a housing affixed at the portion of the headband, the housing having a cover with an elongate slot formed along the first axis; a slide mounted within the housing; a slide base affixed to the slide; an ear pod including a speaker, the ear pod affixed to the slide base, the slide, slide base and ear pod capable of translating together along the first axis along the length of the slot, a second axis being defined orthogonal to the first axis and substantially perpendicular to a major planar surface of the ear pod; and a microphone affixed to the ear pod, wherein the microphone is mounted for rotation relative to the ear pod about the second axis, characterised in that the slide, slide base and ear pod are capable of rotating together around the first axis within the slot.
A bus bar combined with a stator of a motor, the bus bar comprising: an insulator; and a first power terminal disposed in the insulator; a second power terminal disposed in the insulator; a third power terminal disposed in the insulator; and a neutral terminal disposed in the insulator, characterized in that the axes (cu, cv, cw) of a plurality of virtual circles extended from the first to the third power terminals (121u, 121v, 121w) having a curvature are different from each other, and in that an inside surface of a second end of the first power terminal faces an outside surface of the second power terminal, and an outside surface of a first end of the first power terminal faces an inside surface of the third power terminal. an insulator; and a first power terminal disposed in the insulator; a second power terminal disposed in the insulator; a third power terminal disposed in the insulator; and a neutral terminal disposed in the insulator, characterized in that the axes (cu, cv, cw) of a plurality of virtual circles extended from the first to the third power terminals (121u, 121v, 121w) having a curvature are different from each other, and in that an inside surface of a second end of the first power terminal faces an outside surface of the second power terminal, and an outside surface of a first end of the first power terminal faces an inside surface of the third power terminal.
Method for manufacturing a roof drainage for the drainage of, in particular, rainwater, comprising the steps of: - providing a drainage pipe; - providing a clamping bush; and - providing a plate-shaped part with a plate opening; wherein the method further comprises the steps of the bulging of an edge of the plate opening around the clamping bush as a result of which a bulged part is obtained, placing an end of the drainage pipe around the bulged part, and the deforming of the drainage pipe for the attachment of the plate-shaped part between the clamping bush and drainage pipe, characterized in that the drainage pipe comprises a thermoplastic and in that the method further comprises the step of heating the drainage pipe before said end of the pipe is being placed around the bulged part, and in that the deformation of the drainage pipe takes place during the placement of the pipe. - providing a drainage pipe; - providing a clamping bush; and - providing a plate-shaped part with a plate opening;