mhurhangee/ep-ind-claims huggingface dataset:
A magnetic field formation device, comprising: at least one power supplying resonator configured to generate a variable magnetic field; power-supplying coils (111, 112, 113) configured to generate an induced current in the at least one power supplying resonator; and a current output controller which is configured to output a variable current to one of output targets which are at least one of and not all of the power-supplying coils (111, 112, 113), each output target powered one after one, to repeatedly switch the output target to which the variable current is output, characterised in that all of the power-supplying coils (111, 112, 113) and the at least one power supplying resonator being disposed so that coil surfaces oppose a predetermined region, and at least one of the power-supplying coils (111, 112, 113) being disposed to have a coil surface direction which intersects with a coil surface direction of at least one of the other power-supplying coils (111, 112, 113) so that the variable magnetic field at the predetermined region can be generated as the power-supply coils (111, 112, 113) send a magnetic field to the power supplying resonator at different angle, the coil surface direction being a direction in parallel to a coil surface. at least one power supplying resonator configured to generate a variable magnetic field; power-supplying coils (111, 112, 113) configured to generate an induced current in the at least one power supplying resonator; and a current output controller which is configured to output a variable current to one of output targets which are at least one of and not all of the power-supplying coils (111, 112, 113), each output target powered one after one, to repeatedly switch the output target to which the variable current is output, characterised in that all of the power-supplying coils (111, 112, 113) and the at least one power supplying resonator being disposed so that coil surfaces oppose a predetermined region, and at least one of the power-supplying coils (111, 112, 113) being disposed to have a coil surface direction which intersects with a coil surface direction of at least one of the other power-supplying coils (111, 112, 113) so that the variable magnetic field at the predetermined region can be generated as the power-supply coils (111, 112, 113) send a magnetic field to the power supplying resonator at different angle, the coil surface direction being a direction in parallel to a coil surface.
Distributor boom of an agricultural device, in particular a distributor boom of a field sprayer, wherein the distributor boom comprises a plurality of boom portions (A1-A4), preferably designed as a lattice beam, which are pivotably coupled to one another by at least one joint, wherein the boom portions (A1-A4) can be moved between a working position extending approximately transversely to the working direction, and a folded transport position preferably extending approximately in the working direction, wherein at least one boom portion (A1-A4) comprises at least two, preferably continuous, upper outer profiles (33, 34), at least one lower beam, and a plurality of diagonal elements, wherein the plurality of diagonal elements are arranged between the lower support and the upper outer profiles (33, 34), wherein at least one transverse strut connecting the outer profiles (33, 34) is arranged between the at least two outer profiles (33, 34), wherein at least one node point, at which the ends of at least two diagonal elements are joined, is associated with each transverse strut, wherein the boom portions (A1-A4) each comprise at least one one-piece stiffening element which is arranged on a side of the outer profile (33, 34) that faces the lower beam and so as to be adjacent to the transverse strut, and which is preferably disc-shaped, characterized in that at least two node points, which are connected to the at least one stiffening element, are associated with each transverse strut, and wherein a first node point is connected to a region of the stiffening element that abuts or is at least adjacent to an outer surface of at least one outer profile (33, 34), and a further node point, starting from the first node point in the direction of a second outer profile (33, 34), is connected to the stiffening element centrally between the two outer profiles (33, 34).
A computer-implemented method (500,500') of determining a set of coefficients for use by an encrypted multiplication unit, wherein the encrypted multiplication unit is configured to homomorphically multiply an encrypted value by a scalar, wherein the encrypted value is represented by multiple respective value ciphertexts, wherein a respective value ciphertext is a noisy homomorphic ciphertext encrypting the value multiplied by a respective power of a radix, and wherein the encrypted multiplication unit is configured to homomorphically compute a linear combination of the multiple respective value ciphertexts according to the set of coefficients, the method comprising: - obtaining the scalar and the radix, wherein the radix is even; - determining the set of coefficients as digits of a radix decomposition of the scalar with respect to the radix, wherein the determined digits lie between minus half the radix, inclusive, and plus half the radix, inclusive, and wherein said determining comprises ensuring that no two subsequent digits are both equal in absolute value to half the radix; - providing the set of coefficients to the encrypted multiplication unit for homomorphically multiplying the encrypted value by the scalar. - obtaining the scalar and the radix, wherein the radix is even; - determining the set of coefficients as digits of a radix decomposition of the scalar with respect to the radix, wherein the determined digits lie between minus half the radix, inclusive, and plus half the radix, inclusive, and wherein said determining comprises ensuring that no two subsequent digits are both equal in absolute value to half the radix; - providing the set of coefficients to the encrypted multiplication unit for homomorphically multiplying the encrypted value by the scalar.
A method for heating a liquid in a heater, wherein the heater comprises a heating element, wherein the method comprises (i) heating the liquid in the heater wherein the heating element is in contact with the liquid, and (ii) applying a potential difference between the heating element and a counter electrode, wherein the potential difference has an AC component whereby the potential difference varies with an AC frequency (f) in the range of 0.01-100 Hz and wherein the potential difference is applied with a cycle time and a duty cycle, wherein the potential difference has a sign during a first part of the cycle time that is opposite of the sign of the potential difference during a second part of the cycle time, characterized in modulating the AC component with a pulse that reverses the signal at a pulse frequency (fp), such that during one or more of the first part of the cycle time and the second part of the cycle time, the potential difference temporarily changes sign with the pulse frequency (fp) in the range of 50-2500 Hz, wherein the pulse frequency (fp) and the frequency (f) of the AC component have a relation fp/f>2.
A container for storing a foodstuff prior to heating the foodstuff in the container, the container comprising: a hollow body including a first closed end and a second closed end opposite the first closed end; a filter media within the body between the first closed end and the second closed end; and an agitation member within the body.
Phase conductor arrangement for an electrical energy transmission device comprising an electrically conductive base body, which extends along a main axis, and also a cut-out that is essentially strip-shaped and extends along the base body, wherein the base body is a hollow cylinder that comprises the cut-out in a peripheral wall, wherein the peripheral wall that lies opposite the cut-out is closed and the peripheral wall comprises at least on the inner peripheral face a profiled structure that increases the surface area, characterized in that the base body comprises an end-face side contacting surface that corresponds essentially to an annular segment, wherein webs protrude out of a circular cylindrical inner peripheral face of the base body and protrude radially inward in the direction of the main axis and a tensioning device (5, 7) is arranged in a distributed manner in the end face in the webs.
A professional coffee machine, wherein it comprises: - a supporting frame, - a boiler mounted on said supporting frame and comprising a tank of at least 8 liters which is supplied with water and which is provided with means for heating it to a temperature of about 122 - 130°C, preferably of about 128°C - 130°C, said boiler being configured for the thermo-controlled production of pressurized steam, - at least one preheater for the preparation of a coffee infusion, comprising a first heat exchanger which is associated with said boiler so that the water contained and heated in said boiler in turns heats, by heat exchange, the supply water that crosses said first exchanger to a first temperature T 1, said first temperature T 1 being lowerly close or substantially equal to a second temperature T 2 which corresponds to the optimal one provided for the preparation of a specific coffee infusion, - a dispensing unit of the coffee infusion provided with its own thermo-controlled heating element which is configured to bring the water outlet from said preheater to said second temperature T 2, if said first temperature T 1 is less than said second temperature T 2, - thermal insulating means for mechanically constraining said dispensing unit to said frame of the coffee machine, - a dispenser of pressurized steam, preferably for heating and/or frothing the milk, in communication with the tank of said boiler. - a supporting frame, - a boiler mounted on said supporting frame and comprising a tank of at least 8 liters which is supplied with water and which is provided with means for heating it to a temperature of about 122 - 130°C, preferably of about 128°C - 130°C, said boiler being configured for the thermo-controlled production of pressurized steam, - at least one preheater for the preparation of a coffee infusion, comprising a first heat exchanger which is associated with said boiler so that the water contained and heated in said boiler in turns heats, by heat exchange, the supply water that crosses said first exchanger to a first temperature T 1, said first temperature T 1 being lowerly close or substantially equal to a second temperature T 2 which corresponds to the optimal one provided for the preparation of a specific coffee infusion, - a dispensing unit of the coffee infusion provided with its own thermo-controlled heating element which is configured to bring the water outlet from said preheater to said second temperature T 2, if said first temperature T 1 is less than said second temperature T 2, - thermal insulating means for mechanically constraining said dispensing unit to said frame of the coffee machine, - a dispenser of pressurized steam, preferably for heating and/or frothing the milk, in communication with the tank of said boiler.
A system for producing beverages from a dose of a product to be infused and having a periphery, said system comprising: a first and a second part having a relative mobility in translation and defining at least in part one receiving assembly (611, 461) intended to receive the dose prior to the positioning thereof in a position of infusion, wherein the first part comprises at least one support zone (612, 613) so configured as to come into contact with the dose so as to support the dose in a first relative position of the first and second parts, with the system being so arranged that during the relative translation of said first and second parts, the second part forms means for bearing against the dose to cause the axial sliding of the dose on the at least one support zone (612, 613) of the first part for the positioning thereof in the position of infusion, characterized in that the system also comprises at least one axial stop integral with the first part, positioned below said at least one support zone (612, 613) in a projection on a vertical plane perpendicular to the axis of said translation, with the axial stop being accessible from the space wherein the dose is intended to slide on the at least one support zone (612, 613) of the first part during the relative translation of the first and second parts. a first and a second part having a relative mobility in translation and defining at least in part one receiving assembly (611, 461) intended to receive the dose prior to the positioning thereof in a position of infusion, wherein the first part comprises at least one support zone (612, 613) so configured as to come into contact with the dose so as to support the dose in a first relative position of the first and second parts, with the system being so arranged that during the relative translation of said first and second parts, the second part forms means for bearing against the dose to cause the axial sliding of the dose on the at least one support zone (612, 613) of the first part for the positioning thereof in the position of infusion, characterized in that the system also comprises at least one axial stop integral with the first part, positioned below said at least one support zone (612, 613) in a projection on a vertical plane perpendicular to the axis of said translation, with the axial stop being accessible from the space wherein the dose is intended to slide on the at least one support zone (612, 613) of the first part during the relative translation of the first and second parts.
A method for the manufacture of a tube containing a plastic material, wherein the plastic material is melted in an extruder (3, 33) so that a plastic melt is obtained, wherein the extruder (3, 33) includes a passage (5, 35), wherein a conveyor (4, 34) is arranged in the passage (5, 35), wherein the passage (5, 35) has a first end (6, 36), wherein the plastic material is introduced downstream of the first end (6, 36) into the passage (5, 35), wherein the plastic material is conveyed through the passage (5, 35) and is converted into a plastic melt, wherein the passage (5, 35) has a second end (7, 37), wherein the plastic melt is directed through the passage (5, 35) into a forming tool, wherein the tube is produced by means of the forming tool, wherein the tube leaves the passage (5, 35) at the second end (7, 37), wherein the passage (5, 35) in the forming tool contains a mandrel, so that the plastic melt flows from the passage into an annular passage arranged in the forming tool, wherein the annular passage is arranged around the mandrel, characterized in that the plastic melt is guided through a cooling device (9, 39), wherein the cooling device (9, 39) contains a cooling element (19, 49) and a mixing element (40, 41) which is arranged in the interior of the passage (5, 35), wherein the cooling device is arranged upstream of the forming tool, wherein the plastic melt flows around the cooling element (19, 49) and the mixing element (40, 41), so that the plastic melt is cooled by the cooling element (19, 49) and the plastic melt is mixed by the mixing element (40, 41), wherein the cooling element (19, 49) is at least partially is arranged within the mixing element (40, 41) and wherein the tube has a wall thickness of at least 20 mm.
A mobile terminal, comprising: a case covering a rear surface of a terminal body; a rear input unit provided at an inner side of the case, externally exposed through the case, and including a first button unit for inputting a first function, and a second button unit for inputting a second function, wherein the first button unit is externally exposed through the second button unit; and a fixing member provided at an inner side of the rear input unit, and capable of fixing the first button unit wherein the fixing member is coupled to the second button unit and the first button unit is a finger scan sensor, a first flexible printed circuit board provided on a rear surface of the first button unit and capable of controlling the finger scan sensor; characterized in that a second flexible printed circuit board, provided in the fixing member, is spaced apart from the first flexible printed circuit board, and having first and second dome switches (135a, 135b) configured to perform the first and second functions in response to the first and second button units (131, 132) being pushed, wherein the fixing member is accommodated in a recess outwardly formed in the second button unit, the second flexible printed circuit board is located at an inner side of the fixing member, the fixing member is elastic to transfer the external force to the first and second dome switches (135a, 135b), and the first flexible printed circuit board comprises a connecting portion which externally extends through a groove formed at one side of the fixing member. a case covering a rear surface of a terminal body; a rear input unit provided at an inner side of the case, externally exposed through the case, and including a first button unit for inputting a first function, and a second button unit for inputting a second function, wherein the first button unit is externally exposed through the second button unit; and a fixing member provided at an inner side of the rear input unit, and capable of fixing the first button unit wherein the fixing member is coupled to the second button unit and the first button unit is a finger scan sensor, a first flexible printed circuit board provided on a rear surface of the first button unit and capable of controlling the finger scan sensor;
A compound as shown in formula, wherein R 1 is selected from C 1-6 alkyl, C 3-6 cycloalkyl and phenyl, the C 1-6 alkyl, C 3-6 cycloalkyl and phenyl being optionally substituted with 1, 2 or 3 R a; R 2 and R 3 are each independently selected from H, F, Cl, Br, I, OH, NH 2, CN, COOH, C 1-6 alkyl and C 1-6 alkoxy, the C 1-6 alkyl and C 1-6 alkoxy being optionally substituted with 1, 2 or 3 R b; alternatively, R 1 and R 2 are joined together to form a C 4-6 cycloalkenyl optionally substituted with 1, 2 or 3 R c; L is selected from -CH 2 CH 2 - and -C 3-6 cycloalkyl-CH 2 -; n is selected from 1, 2 and 3; and R a, R b, and R c are each independently selected from F, Cl, Br, I, OH, NH 2, CN, COOH, and Me; or a stereoisomer thereof, or a pharmaceutically acceptable salt thereof. R 1 is selected from C 1-6 alkyl, C 3-6 cycloalkyl and phenyl, the C 1-6 alkyl, C 3-6 cycloalkyl and phenyl being optionally substituted with 1, 2 or 3 R a; R 2 and R 3 are each independently selected from H, F, Cl, Br, I, OH, NH 2, CN, COOH, C 1-6 alkyl and C 1-6 alkoxy, the C 1-6 alkyl and C 1-6 alkoxy being optionally substituted with 1, 2 or 3 R b; alternatively, R 1 and R 2 are joined together to form a C 4-6 cycloalkenyl optionally substituted with 1, 2 or 3 R c; L is selected from -CH 2 CH 2 - and -C 3-6 cycloalkyl-CH 2 -; n is selected from 1, 2 and 3; and R a, R b, and R c are each independently selected from F, Cl, Br, I, OH, NH 2, CN, COOH, and Me; or a stereoisomer thereof, or a pharmaceutically acceptable salt thereof.
A hand-holdable dry-erase board writing system comprising: a dry erase marker; and a dry erase board having: a first writable surface, on which a dry-erase marker can be used, the first writable surface being located within, or on a side of, a frame; and a handle comprising an upper end and a lower end; characterised in that: only the upper end of the handle is attached to, or integrally formed with, the frame; and the handle has a size and shape suitable for being held while writing and for holding up the hand-holdable dry-erase board for others to view; and the handle includes a clip which can removably retain the dry erase marker. a dry erase marker; and a dry erase board having: a first writable surface, on which a dry-erase marker can be used, the first writable surface being located within, or on a side of, a frame; and a handle comprising an upper end and a lower end; a first writable surface, on which a dry-erase marker can be used, the first writable surface being located within, or on a side of, a frame; and a handle comprising an upper end and a lower end; characterised in that: only the upper end of the handle is attached to, or integrally formed with, the frame; and the handle has a size and shape suitable for being held while writing and for holding up the hand-holdable dry-erase board for others to view; and the handle includes a clip which can removably retain the dry erase marker. only the upper end of the handle is attached to, or integrally formed with, the frame; and the handle has a size and shape suitable for being held while writing and for holding up the hand-holdable dry-erase board for others to view; and the handle includes a clip which can removably retain the dry erase marker.
A fuel cell system comprising: a fuel cell that includes a stack body in which a plurality of unit cells is stacked; an end plate disposed on a side of at least one of ends of the stack body in a stack direction; and a heat generator; characterized in that the end plate comprises: a first surface including a heat generator contact region set such that the heat generator contacts the heat generator contact region; and a second surface opposite to the first surface, the second surface including a cooling medium flow path formed into a recessed shape through which a cooling medium flows, and at least one flow path rib portion provided inside the recessed shape of the cooling medium flow path. a fuel cell that includes a stack body in which a plurality of unit cells is stacked; an end plate disposed on a side of at least one of ends of the stack body in a stack direction; and a heat generator; characterized in that the end plate comprises: a first surface including a heat generator contact region set such that the heat generator contacts the heat generator contact region; and a second surface opposite to the first surface, the second surface including a cooling medium flow path formed into a recessed shape through which a cooling medium flows, and at least one flow path rib portion provided inside the recessed shape of the cooling medium flow path. a first surface including a heat generator contact region set such that the heat generator contacts the heat generator contact region; and a second surface opposite to the first surface, the second surface including a cooling medium flow path formed into a recessed shape through which a cooling medium flows, and at least one flow path rib portion provided inside the recessed shape of the cooling medium flow path.