mhurhangee/ep-ind-claims huggingface dataset:
Device for processing coffee beans, comprising: at least one primary tank, at least one grinding chamber comprising one or more rotating bodies to reduce beans and to consequently produce powdered coffee, one or more outlets connected to one or more discharge ducts for discharging said powder from the grinding chamber, optionally for adducting it to an outer tank for containing the powder, said discharge ducts being equipped with an element to adjust the outflow of said coffee powder, said element having a shape that develops longitudinally inside said discharge ducts along a path with a section that increases in direction of the end facing the discharge with a plan shape similar to a sector of a circle of increasing angular width that extends along the inner web of the discharge duct, said element for adjusting the outflow further comprising a mechanical member to control the flow of powders, of a shape compatible with the web surface of the grinding chamber and of a shape compatible with the element for adjusting the powder flow, equipped with a specific degree of elasticity and appropriately interposed between an outlet of said grinding chamber and the corresponding inlet of the element for adjusting the powder flow so as to act on the dynamics of the powder flowing, thus being able to more or less partially limit its flow rate depending on the dynamic behavior of said powder when said device for processing coffee beans is operating. at least one primary tank, at least one grinding chamber comprising one or more rotating bodies to reduce beans and to consequently produce powdered coffee, one or more outlets connected to one or more discharge ducts for discharging said powder from the grinding chamber, optionally for adducting it to an outer tank for containing the powder, said discharge ducts being equipped with an element to adjust the outflow of said coffee powder, said element having a shape that develops longitudinally inside said discharge ducts along a path with a section that increases in direction of the end facing the discharge with a plan shape similar to a sector of a circle of increasing angular width that extends along the inner web of the discharge duct, said element for adjusting the outflow further comprising a mechanical member to control the flow of powders, of a shape compatible with the web surface of the grinding chamber and of a shape compatible with the element for adjusting the powder flow, equipped with a specific degree of elasticity and appropriately interposed between an outlet of said grinding chamber and the corresponding inlet of the element for adjusting the powder flow so as to act on the dynamics of the powder flowing, thus being able to more or less partially limit its flow rate depending on the dynamic behavior of said powder when said device for processing coffee beans is operating.
A head-up display device suitable for being disposed in a vehicle comprising a windshield, the head-up display device comprising: a light source; a condensing lens that condenses light from the light source; a lens array having an incident surface opposed to the condensing lens and an emitting surface that is an opposite surface to the incident surface, the lens array diffusing the light from the condensing lens; a liquid-crystal display unit that is opposed to the emitting surface, and is configured to emit the light as display light by allowing light from the lens array to pass therethrough; and a reflecting member configured to reflect display light emitted from the liquid-crystal display unit and configured to project the display light on a windshield disposed in front of a driver's seat of the vehicle, characterized in that the lens array has, in the emitting surface, a plurality of lens surfaces projecting toward the liquid-crystal display unit and having an aspherical sectional shape, and in the lens surface, a curvature radius of a part emitting display light to be projected on an upper part of the windshield is smaller than a curvature radius of a part emitting display light to be projected on a lower part of the windshield. a light source; a condensing lens that condenses light from the light source; a lens array having an incident surface opposed to the condensing lens and an emitting surface that is an opposite surface to the incident surface, the lens array diffusing the light from the condensing lens; a liquid-crystal display unit that is opposed to the emitting surface, and is configured to emit the light as display light by allowing light from the lens array to pass therethrough; and a reflecting member configured to reflect display light emitted from the liquid-crystal display unit and configured to project the display light on a windshield disposed in front of a driver's seat of the vehicle, characterized in that the lens array has, in the emitting surface, a plurality of lens surfaces projecting toward the liquid-crystal display unit and having an aspherical sectional shape, and in the lens surface, a curvature radius of a part emitting display light to be projected on an upper part of the windshield is smaller than a curvature radius of a part emitting display light to be projected on a lower part of the windshield.
A device for carrying an object, comprising first and second shoulder straps (11, 12), first and second chest straps (13, 14) to be fitted around the lower chest of a person, and a back portion connecting a first end of the shoulder straps (11, 12) with a first end of the chest straps (13, 14), wherein second ends of the shoulder straps (11, 12) are connected to the chest straps (13, 14), characterised in that second ends of the chest straps (13, 14) are detachably connectable to each other by means of a buckle, and wherein lengths of the chest straps (13, 14) are adjustable, and wherein each of the chest straps (13, 14) comprises at least an elastic section, said elastic section being elastically extendable in a longitudinal direction of the chest straps (13, 14), and wherein at least a first strap part of the chest straps (13, 14) comprises an elastically extendable outer portion and an elastically extendable inner portion forming the elastic section, said inner portion being attached to the back portion, and wherein the inner portion entirely overlaps the back portion.
A system for a modular reverse shoulder prosthesis, the system comprising: a tray having a proximal cavity including an inner sidewall; an insert having a distal end and a proximal end, the distal end configured to engage the proximal cavity of the tray, the distal end of the insert including an outer sidewall, the outer sidewall formed about an insert axis, the proximal end including a concave articular surface; and fins (30, 30') projecting inwardly from the inner sidewall of the proximal cavity, the fins projecting to an inner diameter that is smaller than the outer diameter of the outer sidewall, the fins arranged with respect to the proximal cavity of the tray such that the fins secure the insert against rotation about the insert axis with respect to the humeral component, characterized in that the insert is rotatable to any desired rotational angle about the tray before being locked to the tray by the fins. a tray having a proximal cavity including an inner sidewall; an insert having a distal end and a proximal end, the distal end configured to engage the proximal cavity of the tray, the distal end of the insert including an outer sidewall, the outer sidewall formed about an insert axis, the proximal end including a concave articular surface; and fins (30, 30') projecting inwardly from the inner sidewall of the proximal cavity, the fins projecting to an inner diameter that is smaller than the outer diameter of the outer sidewall, the fins arranged with respect to the proximal cavity of the tray such that the fins secure the insert against rotation about the insert axis with respect to the humeral component, characterized in that the insert is rotatable to any desired rotational angle about the tray before being locked to the tray by the fins.
A method for controlling the ratio of fuel in first and second fuel-supply conduits (24, 25) feeding a combustion apparatus while keeping a sum of fuel supplied to the first and to the second fuel supply conduits (24, 25) substantially constant, the method comprising the steps of: (a) determining if a value of a temperature of a part of the apparatus has exceeded a predetermined maximum limit, whereas an increased temperature tends to move the operating point of the apparatus toward a first undesired region of operation,; (b) if so, changing said ratio such as to reduce the value of the temperature below its predetermined maximum limit to avoid overheating; if not, go to (c); (c) determining if a value of an amplitude of pressure variations within a combustion area of the apparatus has exceeded a predetermined maximum limit, whereas an increased amplitude of pressure variations tends to move the operating point of the apparatus toward a second undesired region of operation,; (d) if so, changing said ratio such as to reduce the value of the amplitude of pressure variations below its predetermined maximum limit to prevent high dynamic pressure oscillations from occurring; if not, go to (e); (e) repeat (a) to (d) such as to maintain the values of the temperature and the amplitude of pressure variations below their respective predetermined maximum limits. (a) determining if a value of a temperature of a part of the apparatus has exceeded a predetermined maximum limit, whereas an increased temperature tends to move the operating point of the apparatus toward a first undesired region of operation,; (b) if so, changing said ratio such as to reduce the value of the temperature below its predetermined maximum limit to avoid overheating; if not, go to (c); (c) determining if a value of an amplitude of pressure variations within a combustion area of the apparatus has exceeded a predetermined maximum limit, whereas an increased amplitude of pressure variations tends to move the operating point of the apparatus toward a second undesired region of operation,; (d) if so, changing said ratio such as to reduce the value of the amplitude of pressure variations below its predetermined maximum limit to prevent high dynamic pressure oscillations from occurring; if not, go to (e); (e) repeat (a) to (d) such as to maintain the values of the temperature and the amplitude of pressure variations below their respective predetermined maximum limits.
Cooking hob, comprising at least one grid having a base element which defines a resting plane for resting on the cooking hob and to which at least three support elements (12a,12b,12c;15a,15b) are constrained, said at least three support elements (12a, 12b, 12c; 15a, 15b) being configured so as to define a support plane which is raised and parallel with respect to the resting plane, said base element enclosing an internal space which is configured to house a single gas burner of said cooking hob, wherein at least one of said at least three support elements (12a;15a) has a different shape than the other support elements (12b,12c;15b) and/or it has a relative orientation with respect to said base element different than the relative orientation of said other support elements (12b,12c;15b), wherein the at least three support elements (12a,12b,12c;15a,15b) extend from the base element toward the outside with respect to said internal space, characterised in that a housing seat is provided peripherally with respect to said gas burner, said at least one grid being stopped with respect to radial movements by a shape-coupling with said housing seat and being free to be coupled with said housing seat in a plurality of relative angular positions.
Method for producing leather pellets, in which: - shavings are obtained as a waste product in leather production, - the shavings are comminuted to a ground leather stock containing leather fibers, characterized - in that the shavings have an initial moisture content of 15-60 wt.%, - the ground leather stock is pressed to leather pellets, - the leather pellets are dried to a residual moisture content of a maximum of 30 wt.%. - shavings are obtained as a waste product in leather production, - the shavings are comminuted to a ground leather stock containing leather fibers, characterized - in that the shavings have an initial moisture content of 15-60 wt.%, - the ground leather stock is pressed to leather pellets, - the leather pellets are dried to a residual moisture content of a maximum of 30 wt.%.
A busbar adapter, comprising a mounting rail for attaching a switching device to the busbar adapter, wherein said mounting rail can be attached to the busbar adapter at different positions, characterized in that the mounting rail comprises leg elements and the busbar adapter comprises passages through which a respective one of the leg elements of the mounting rail extends with a latch from a first boundary surface of the passages on which the mounting rail rests, to a second boundary surface of the passages such that the respective latch of the leg elements is, with a retaining surface thereof, arranged in a distance to the second boundary surface which corresponds to a dimension of a slider positively insertable between the retaining surface of the latch and the second boundary surface.
A method of measuring the amount of sugar in a sample comprising a solution of the sugar, the method comprising: generating a resonant oscillating electromagnetic field having a first frequency of 100MHz or more in a cavity resonator containing the sample; generating a further oscillating electromagnetic field having a second frequency of 100MHz or less in the sample by driving oscillations in a tank circuit comprising a reactive probe and further reactive elements, the reactive probe being arranged to generate a further oscillating electromagnetic field in the sample, the first frequency and the second frequency being frequencies that differ by at least one order of magnitude and at which the electromagnetic properties of the solution differ; detecting a characteristic of the resonant oscillating electromagnetic field that is dependent on the electromagnetic properties of the solution; detecting an electrical parameter of the oscillations of the tank circuit which is a characteristic of the second oscillating electromagnetic field that is dependent on the electromagnetic properties of the solution; and deriving a measure of the amount of sugar from said detected characteristics by combining said detected characteristics to cancel the effect of conductive ions and/or gasses and/or solids in the solution. generating a resonant oscillating electromagnetic field having a first frequency of 100MHz or more in a cavity resonator containing the sample; generating a further oscillating electromagnetic field having a second frequency of 100MHz or less in the sample by driving oscillations in a tank circuit comprising a reactive probe and further reactive elements, the reactive probe being arranged to generate a further oscillating electromagnetic field in the sample, the first frequency and the second frequency being frequencies that differ by at least one order of magnitude and at which the electromagnetic properties of the solution differ; detecting a characteristic of the resonant oscillating electromagnetic field that is dependent on the electromagnetic properties of the solution; detecting an electrical parameter of the oscillations of the tank circuit which is a characteristic of the second oscillating electromagnetic field that is dependent on the electromagnetic properties of the solution; and deriving a measure of the amount of sugar from said detected characteristics by combining said detected characteristics to cancel the effect of conductive ions and/or gasses and/or solids in the solution.
A method for detecting Listeria spp. in an environmental sample, the method comprising the steps of: (i) collecting an environmental sample with a collection device; (ii) without prior enrichment or incubation contacting the collection device with lysis buffer to break open bacterial cells and release into the lysis buffer RNA from any Listeria spp. in the environmental sample, wherein the lysis buffer contains a detergent, enzyme, or denaturing salt; and (iii) performing in the lysis buffer a pathogen diagnostic assay that targets bacterial RNA sequences for amplification and detection of RNA from any Listeria spp.. (i) collecting an environmental sample with a collection device; (ii) without prior enrichment or incubation contacting the collection device with lysis buffer to break open bacterial cells and release into the lysis buffer RNA from any Listeria spp. in the environmental sample, wherein the lysis buffer contains a detergent, enzyme, or denaturing salt; and (iii) performing in the lysis buffer a pathogen diagnostic assay that targets bacterial RNA sequences for amplification and detection of RNA from any Listeria spp..
A thermoelectric conversion material formed of a sintered body containing magnesium silicide as a main component, the thermoelectric conversion material comprising 0.5 mass% or more and 10 mass% or less of aluminum oxide, optionally one or more elements selected from a group consisting of Li, Na, K, B, Ga, In, N, P, As, Sb, Bi, Ag, Cu, and Y, as a dopant, and optionally aluminum, wherein the aluminum oxide is distributed at a crystal grain boundary of the magnesium silicide.
A computer-implemented method for synchronizing a reading location of computing devices in a reading group, comprising: defining a reading group that is associated with an ebook, the reading group including a master device and one or more follower devices; receiving a synchronization command from the master device to synchronize the reading location of the one or more follower devices to a read section, the read section specifying a portion of the ebook; and providing the synchronization command to the one or more follower devices, wherein responsive to receiving the synchronization command the one or more follower devices are each configured to: extract location information from the read section; identify the portion of the ebook that corresponds to the extracted location information; divide the portion of the ebook into one or more subsets based in part on a display area of the follower device; automatically present a first subset of the one or more subsets on the display area of the follower device; and allow a user of the follower device to page and/or scroll through remaining subsets of the one or more subsets. defining a reading group that is associated with an ebook, the reading group including a master device and one or more follower devices; receiving a synchronization command from the master device to synchronize the reading location of the one or more follower devices to a read section, the read section specifying a portion of the ebook; and providing the synchronization command to the one or more follower devices, wherein responsive to receiving the synchronization command the one or more follower devices are each configured to: extract location information from the read section; identify the portion of the ebook that corresponds to the extracted location information; divide the portion of the ebook into one or more subsets based in part on a display area of the follower device; automatically present a first subset of the one or more subsets on the display area of the follower device; and allow a user of the follower device to page and/or scroll through remaining subsets of the one or more subsets. extract location information from the read section; identify the portion of the ebook that corresponds to the extracted location information; divide the portion of the ebook into one or more subsets based in part on a display area of the follower device; automatically present a first subset of the one or more subsets on the display area of the follower device; and allow a user of the follower device to page and/or scroll through remaining subsets of the one or more subsets.
Device for handling bills, having a bill dispensing unit which comprises a dispensing compartment, for dispensing bills (28, 48, 50), and a first closure element, wherein, in a closed position, the first closure element delimits the dispensing compartment on one side, and wherein, in order to open the dispensing compartment, the first closure element is movable from the closed position into an opened position and, in order to close the dispensing compartment, is movable from the opened position into the closed position, wherein the device comprises at least one second closure element which is movable from an opened position into a closed position and from the closed position into the opened position, wherein the second closure element is arranged in such a manner that access to bills (28, 48, 50) provided in the dispensing compartment is possible only when the first closure element and the second closure element are in their respective opened position, wherein the dispensing compartment is delimited on a first side by a depositing element, and is delimited on an opposite second side by a delimiting element, characterized in that the first closure element is guided during the movement from the closed position into the opened position in a slotted guide track, wherein a movement of the first closure element takes place on a virtual rotational axis, and in that the delimiting element is rotated about a second rotational axis different from the virtual rotational axis, wherein the pivot radius of the first closure element is greater than the pivot radius of the delimiting element. having a bill dispensing unit which comprises a dispensing compartment, for dispensing bills (28, 48, 50), and a first closure element, wherein, in a closed position, the first closure element delimits the dispensing compartment on one side, and wherein, in order to open the dispensing compartment, the first closure element is movable from the closed position into an opened position and, in order to close the dispensing compartment, is movable from the opened position into the closed position, wherein the device comprises at least one second closure element which is movable from an opened position into a closed position and from the closed position into the opened position, wherein the second closure element is arranged in such a manner that access to bills (28, 48, 50) provided in the dispensing compartment is possible only when the first closure element and the second closure element are in their respective opened position, wherein the dispensing compartment is delimited on a first side by a depositing element, and is delimited on an opposite second side by a delimiting element, characterized in that the first closure element is guided during the movement from the closed position into the opened position in a slotted guide track, wherein a movement of the first closure element takes place on a virtual rotational axis, and in that the delimiting element is rotated about a second rotational axis different from the virtual rotational axis, wherein the pivot radius of the first closure element is greater than the pivot radius of the delimiting element.
Heat transfer plate for a gasket type plate heat exchanger formed with a central patterned heat transferring area and two sets of openings (14, 15) and adapted to be stacked with similar heat transfer plates with gaskets (12, 12A, 102, 102A, 102B, 102C) sandwiched between each adjoining neighbouring heat transfer plates, wherein the heat transfer plate in the plate rim region formed outside the heat transferring area is adapted not to contact any of the adjoining neighbouring heat transfer plates, characterised in that the rim region is non-patterned and essentially flat, or plane, and wherein an outer rim portion of the heat transfer plate is bend relative to the plate rim region, the bend outer rim portion being adapted to contact an outer surface of a spacer sandwiched between neighbouring heat transfer plates when stacked.