mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a movable blade (22, 32, 42), which is applicable to a sheet cutting device for cutting a printed sheet, the sheet cutting device being mounted to a printer for performing printing on a sheet, the movable blade (22, 32, 42) cutting the printed sheet through engagement with a stationary blade, the method comprising forming, at a part including a movable blade leading edge which engages with the stationary blade, a blade edge portion which is thinned toward the movable blade leading edge, wherein the movable blade (22, 32, 42) further comprises a pair of guide portions (22c, 42c) protruded from the movable blade leading edge at both ends of the movable blade (22, 32, 42) in the width direction, which corresponds to the width direction of the sheet, the pair of guide portions (22c, 42c) guiding the engagement with the stationary blade at the time of cutting, wherein the forming comprises forming the blade edge portion by shaving, and characterized in that the method further comprises subjecting the pair of guide portions (22c, 42c) to the shaving as well in the same step as the blade edge portion.
A displacement control valve configured to be used in a variable displacement compressor, wherein refrigerant is supplied from a discharge pressure zone to a control pressure chamber through a supply passage (40, 43, 46, 51) and sent out from the control pressure chamber into a suction pressure zone through an outlet passage (47, 58, 441, 442, 571, 572) to adjust the pressure in the control pressure chamber so that displacement is controlled, the displacement control valve comprising: an electromagnetic solenoid; a drive force transmitting body actuated by the electromagnetic solenoid; a pressure sensitive portion (44, 45) having a pressure sensitive chamber configured to communicate with the control pressure chamber and a pressure sensitive body that selectively extends and contracts in a movement direction of the drive force transmitting body in correspondence with pressure in the pressure sensitive chamber; a first valve body that is arranged in the pressure sensitive body to adjust the cross-sectional area of the outlet passage (47, 58, 441, 442, 571, 572); and a second valve body that is connected to the drive force transmitting body to adjust the cross-sectional area of the supply passage (40, 43, 46, 51), wherein the pressure sensitive body is movable in the movement direction of the drive force transmitting body in the pressure sensitive chamber, and the pressure sensitive body includes a bellows, characterized in that the pressure sensitive body further includes a pressure receiving body connected to one end of the bellows, and the first valve body connected to the other end of the bellows, wherein the pressure receiving body urges the bellows by receiving the pressure in the control pressure chamber in a direction in which the first valve body closes. an electromagnetic solenoid; a drive force transmitting body actuated by the electromagnetic solenoid; a pressure sensitive portion (44, 45) having a pressure sensitive chamber configured to communicate with the control pressure chamber and a pressure sensitive body that selectively extends and contracts in a movement direction of the drive force transmitting body in correspondence with pressure in the pressure sensitive chamber; a first valve body that is arranged in the pressure sensitive body to adjust the cross-sectional area of the outlet passage (47, 58, 441, 442, 571, 572); and a second valve body that is connected to the drive force transmitting body to adjust the cross-sectional area of the supply passage (40, 43, 46, 51), wherein the pressure sensitive body is movable in the movement direction of the drive force transmitting body in the pressure sensitive chamber, and the pressure sensitive body includes a bellows, characterized in that the pressure sensitive body further includes a pressure receiving body connected to one end of the bellows, and the first valve body connected to the other end of the bellows, wherein the pressure receiving body urges the bellows by receiving the pressure in the control pressure chamber in a direction in which the first valve body closes.
A magnetic core having a magnetic flux direction (M, M'), the magnetic core comprising a plurality of magnetic covers, and a plurality magnetic columns abutting at the magnetic covers, the magnetic core comprising: a first magnetic material having a first magnetic permeability and at least one non-uniform filling section connected to the first magnetic material, wherein the magnetic covers and the magnetic columns being constructed of the first magnetic material and the non-uniform filling section, the non-uniform filling section being located at the magnetic columns, the magnetic covers, or at a corner of connection between the magnetic columns and the magnetic covers, wherein the non-uniform filling section comprises a second magnetic material having a second magnetic permeability and a third magnetic material having a third magnetic permeability, the second magnetic permeability and the third magnetic permeability having two different values of magnetic permeability at a cross section of the magnetic covers or the magnetic columns of the magnetic core perpendicular to the magnetic flux direction (M, M'), wherein the first and the second magnetic material (130, 132) are identical and characterized in that the value of the third magnetic permeability of the third magnetic material is higher than the first magnetic permeability of the first magnetic material. a first magnetic material having a first magnetic permeability and at least one non-uniform filling section connected to the first magnetic material, wherein the magnetic covers and the magnetic columns being constructed of the first magnetic material and the non-uniform filling section, the non-uniform filling section being located at the magnetic columns, the magnetic covers, or at a corner of connection between the magnetic columns and the magnetic covers, wherein the non-uniform filling section comprises a second magnetic material having a second magnetic permeability and a third magnetic material having a third magnetic permeability, the second magnetic permeability and the third magnetic permeability having two different values of magnetic permeability at a cross section of the magnetic covers or the magnetic columns of the magnetic core perpendicular to the magnetic flux direction (M, M'), wherein the first and the second magnetic material (130, 132) are identical and characterized in that the value of the third magnetic permeability of the third magnetic material is higher than the first magnetic permeability of the first magnetic material.
A method for the simultaneous multiple track slicing of a plurality of food products (11, 111, 211, 315), - in which the products (11, 111, 211, 315) are cut by means of a common slicing apparatus (115, 311), in particular a high performance slicer, which has at least one cutting blade which rotates about a blade axis in a cutting plane (13, 117, 215, S3) and/or revolves about a central axis in a planetary motion manner and to which the products (11, 111, 211, 315) are supplied in multiple tracks, and - in which blank cuts are carried out in at least one passive track (313a, 313b, 313c) at least at times and/or in which the supply of the respective product (11, 111, 211, 315) is suspended at least at times, while the respective product (11, 111, 211, 315) is sliced in at least one other active track (313a, 313b, 313c), characterized in that - the supply of the product (11, 111, 211, 315) in a track is respectively suspended if the product stub remaining is no longer sufficient to form a complete portion (317, 317') in this track and the product stub remaining in at least one other track (313a, 313b) is still sufficient to form at least one complete portion (317, 317'); - in that the product stubs are sliced into incomplete part portions (327, 327') once the product stubs of all tracks (313a, 313b, 313c) have reached an amount which is no longer sufficient to form a complete portion (317, 317'), and - in that the incomplete part portions (327, 327') are subsequently completed by slices of subsequent products (11, 111, 211, 315). - in which the products (11, 111, 211, 315) are cut by means of a common slicing apparatus (115, 311), in particular a high performance slicer, which has at least one cutting blade which rotates about a blade axis in a cutting plane (13, 117, 215, S3) and/or revolves about a central axis in a planetary motion manner and to which the products (11, 111, 211, 315) are supplied in multiple tracks, and - in which blank cuts are carried out in at least one passive track (313a, 313b, 313c) at least at times and/or in which the supply of the respective product (11, 111, 211, 315) is suspended at least at times, while the respective product (11, 111, 211, 315) is sliced in at least one other active track (313a, 313b, 313c), characterized in that - the supply of the product (11, 111, 211, 315) in a track is respectively suspended if the product stub remaining is no longer sufficient to form a complete portion (317, 317') in this track and the product stub remaining in at least one other track (313a, 313b) is still sufficient to form at least one complete portion (317, 317'); - in that the product stubs are sliced into incomplete part portions (327, 327') once the product stubs of all tracks (313a, 313b, 313c) have reached an amount which is no longer sufficient to form a complete portion (317, 317'), and - in that the incomplete part portions (327, 327') are subsequently completed by slices of subsequent products (11, 111, 211, 315).
A duodenal device comprising: a solid elongate body having a proximal end, a distal end and a central curved portion between the proximal end and the distal end where the length of the elongated body is selected such that, in use within the gastrointestinal tract, the proximal end is within the stomach proximal to the pylorus and the distal end is within the distal duodenum adjacent to the duodenojejunal junction and in proximity to the proximal end; characterised in that it further comprises an atraumatic feature in the form of a coil on the distal end and on the proximal end. a solid elongate body having a proximal end, a distal end and a central curved portion between the proximal end and the distal end where the length of the elongated body is selected such that, in use within the gastrointestinal tract, the proximal end is within the stomach proximal to the pylorus and the distal end is within the distal duodenum adjacent to the duodenojejunal junction and in proximity to the proximal end; characterised in that it further comprises an atraumatic feature in the form of a coil on the distal end and on the proximal end.
A signal transmission method, the method being performed at a wireless communication system, the method characterized by comprising: generating, by a first user equipment, a first signal; and sending, by the first user equipment, the first signal on a first resource, wherein a transmit power of the first signal is non-zero, the first signal is superimposed on a third signal sent on the first resource, wherein the first user equipment sends no signal on a second resource; measuring, by a second user equipment, the third signal on the first resource, to obtain a first interference power; and measuring, by the second user equipment, a fourth signal on the second resource, to obtain a second interference power, wherein the second user equipment uses the first interference power and the second interference power to obtain an interference power of the first user equipment on the second user equipment. generating, by a first user equipment, a first signal; and sending, by the first user equipment, the first signal on a first resource, wherein a transmit power of the first signal is non-zero, the first signal is superimposed on a third signal sent on the first resource, wherein the first user equipment sends no signal on a second resource; measuring, by a second user equipment, the third signal on the first resource, to obtain a first interference power; and measuring, by the second user equipment, a fourth signal on the second resource, to obtain a second interference power, wherein the second user equipment uses the first interference power and the second interference power to obtain an interference power of the first user equipment on the second user equipment.
Coffee machine, comprising a coffee bean supplying unit, a grinding unit, a brewing unit and a dispensing unit, wherein said coffee bean supplying unit comprises a plurality of separate coffee bean containers, said grinding unit comprises a single grinder connected to at least two of said plurality of separate coffee bean containers, and said brewing unit comprises a single brewing chamber connected to said grinder, and wherein said coffee machine comprises a selecting unit, which is arranged between said coffee bean supplying unit and said grinding unit and selectively connects one of said coffee bean containers to said grinder, characterized in that said selecting unit comprises a plurality of rotary feeders, one for each of said containers, and a common funnel, the inlet of each of said rotary feeders being arranged under the outlet of a respective one of said containers, the outlet of each of said rotary feeders being arranged over the inlet of said funnel, the outlet of said funnel being in communication with said grinding unit, and each of said rotary feeders being provided with one or more dosing compartments that can be brought into alignment with the inlet of said rotary feeder or the outlet of said rotary feeder or neither of them.
An accelerometric sensor, comprising a housing, a pendulum fixed to the housing, a movable electrode (5.3) carried by the pendulum and connected to a detection circuit, a first electrode (5.1) and a second electrode (5.2) which are fixed integral with the housing to form with the movable electrode two capacitors of variable capacity depending on a distance between the electrodes, and a control unit configured to carry out detection operations to measure the variable capacities of the capacitors and a control operation of the movable electrode depending on the capacities measured by applying a logic signal (bs) for driving a switch for selective connection of the fixed electrodes to an excitation circuit delivering a control signal (u) to the fixed electrodes to maintain the pendulum in a predetermined position, characterised in that the control unit is configured to apply, during sampling periods, a first detection signal to one of said fixed electrodes chosen according to the logic level of the drive signal, and a second detection signal to the other fixed electrode, the control signal (u) being applied to the electrode to which the second detection signal is applied.
A meter adapted to determine an analyte concentration reading, the meter comprising: a display adapted to display information to a user of the meter, and at least one user input mechanism adapted to allow the user to activate a post-meal test-time alarm that is adapted to remind the user to obtain a post-meal analyte concentration reading, characterized in that the display includes an icon representing the post-meal test-time alarm and an icon representing a pre-meal marker, wherein the at least one user input mechanism is further adapted to allow the user to select the pre-meal marker icon and the post-meal test-time alarm icon, wherein upon receipt of a selection of the pre-meal marker icon, the meter flashes the post-meal test-time alarm icon, and wherein upon activation receipt of a selection of the post-meal test-time alarm icon, the post-meal test-time alarm sounds after a predetermined amount of time to remind the user to obtain the post-meal analyte concentration reading. a display adapted to display information to a user of the meter, and at least one user input mechanism adapted to allow the user to activate a post-meal test-time alarm that is adapted to remind the user to obtain a post-meal analyte concentration reading, characterized in that the display includes an icon representing the post-meal test-time alarm and an icon representing a pre-meal marker, wherein the at least one user input mechanism is further adapted to allow the user to select the pre-meal marker icon and the post-meal test-time alarm icon, wherein upon receipt of a selection of the pre-meal marker icon, the meter flashes the post-meal test-time alarm icon, and wherein upon activation receipt of a selection of the post-meal test-time alarm icon, the post-meal test-time alarm sounds after a predetermined amount of time to remind the user to obtain the post-meal analyte concentration reading. wherein the at least one user input mechanism is further adapted to allow the user to select the pre-meal marker icon and the post-meal test-time alarm icon, wherein upon receipt of a selection of the pre-meal marker icon, the meter flashes the post-meal test-time alarm icon, and wherein upon activation receipt of a selection of the post-meal test-time alarm icon, the post-meal test-time alarm sounds after a predetermined amount of time to remind the user to obtain the post-meal analyte concentration reading.
Method for controlling product characteristics in the manufacture of foods belonging to the product groups of raw sausage, meat pies, cooked meat products or the like, in particular for obtaining spreadability or sliceability, characterized in that in the manufacture of raw sausage, usual starting materials, however, not in the refrigerated state, are salted, mixed and preliminarily coarsely chopped, and said mixture is subjected to fermentation and acidification, i.e. pH reduction, subsequently, a high-pressure treatment is performed for the purpose of protein coagulation and deactivation of microorganisms, wherein the mechanically separated meat raw materials remain in their separated state, and furthermore fine chopping takes place after the high-pressure treatment step.
A system (100, 200A, 200B, 400, 500C, 500D) comprising: a ground plane; one or more patch antennas located above the ground plane; and a plurality of monopoles surrounding the one or more patch antennas, the plurality of monopoles being configured to act as surface wave excited parasitic radiators, and being shaped as inverted-L's having a vertical leg extending above the ground plane and perpendicularly to it and a horizontal leg connected to the top end of the vertical leg, wherein the horizontal legs of the inverted-L's follow a substantially circular arrangement centered on the one or more patch antennas and are disposed on a same plane parallel to the ground plane, characterized in that each of the horizontal legs partially overlaps in a radial direction at least one of the adjacent ones of the horizontal legs, wherein the radial direction is defined by said circular arrangement. a ground plane; one or more patch antennas located above the ground plane; and a plurality of monopoles surrounding the one or more patch antennas, the plurality of monopoles being configured to act as surface wave excited parasitic radiators, and being shaped as inverted-L's having a vertical leg extending above the ground plane and perpendicularly to it and a horizontal leg connected to the top end of the vertical leg, wherein the horizontal legs of the inverted-L's follow a substantially circular arrangement centered on the one or more patch antennas and are disposed on a same plane parallel to the ground plane,
Refrigeration device, in particular a household refrigeration device, having at least one first and one second storage chamber (2, 3), wherein a first evaporator and a first temperature sensor are associated with the first storage chamber and a second evaporator and a second temperature sensor are associated with the second storage chamber, and having an evaporator and a directional control valve, wherein in a first position of the directional control valve the second evaporator is connected via the first evaporator to a pressure connection of an evaporator and in a second position of the directional control valve the second evaporator is connected to the pressure connection by bypassing the first evaporator, and having a control circuit which is set up so that when the evaporator is running it switches the directional control valve from the first to the second position, wherein the control circuit is set up, if the temperature (Tnk) detected by the first temperature sensor has exceeded a first activation limit value (T1on), initially to operate the evaporator while the directional control valve is in the first position, and characterised in that the control circuit is set up so as to deactivate the evaporator if the temperatures (Tnk, Tf) detected by both temperature sensors (14, 15) have fallen below (S5, S7) assigned first or second deactivation limit values (T1off, T2off).
A self-powered centrifugal separator comprising a base, a rotor mounted on an operably substantially vertical axis for rotation thereabout by reaction to fluid emission from rotor nozzles therein, a housing mounted on the base and enclosing the rotor, a sump formed in the base below the rotor, a fluid passageway through the base extending from an inlet port to an outlet port and including a diversion port to supply fluid to the interior of the rotor by way of the rotation axis, a drain passage in the base for draining fluid from the sump to the fluid passageway, and a Venturi arrangement provided in the fluid passageway in the base to develop suction pressure to draw fluid from the drainage passage into the fluid passageway, characterised in that a spring loaded valve body is provided in the fluid passageway, said valve body being configured and arranged to shut off supply of fluid to the interior of the rotor when pressure of fluid entering the inlet port falls below a predetermined minimum pressure value and also to restrict and/or shut off supply of fluid to the interior of the rotor when pressure of fluid entering the inlet port rises above a second predetermined pressure value.