mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for roasting coffee beans, the apparatus comprising: a chamber in which coffee beans can be received for roasting, a device for generating a current of air in order to agitate and to roast the coffee beans received by the chamber, a heater for heating air so that the so heated air is blown by the device into the chamber in order to generate the heated current of air, and a control unit for switching the apparatus between a roasting mode and a discharging mode, wherein the control unit is functionally connected to the device for generating a current of air and/or to the heater, wherein the chamber is delimited by a bottom, a top, and a sidewall extending from the bottom to the top, wherein the sidewall comprises a discharge port, which is selectively moveable between a closed position and an open position, wherein in the roasting mode the discharge port is in the closed position and the device is adapted to generate a heated current of air to roast the coffee beans received by the chamber, and wherein in the discharging mode the discharge port is in the open position and the apparatus is arranged to use the current of air generated by the device to drive the coffee beans through the discharge port to be discharged from the chamber, wherein the discharge port is arranged to be closer to the bottom than to the top, wherein the bottom comprises an air inlet, and wherein the device is arranged to blow air through said inlet in order generate the current of air inside of the chamber, and wherein the discharge port is arranged at a distance from the bottom or at the bottom above the air inlet. a chamber in which coffee beans can be received for roasting, a device for generating a current of air in order to agitate and to roast the coffee beans received by the chamber, a heater for heating air so that the so heated air is blown by the device into the chamber in order to generate the heated current of air, and a control unit for switching the apparatus between a roasting mode and a discharging mode, wherein the control unit is functionally connected to the device for generating a current of air and/or to the heater, wherein the chamber is delimited by a bottom, a top, and a sidewall extending from the bottom to the top, wherein the sidewall comprises a discharge port, which is selectively moveable between a closed position and an open position, wherein in the roasting mode the discharge port is in the closed position and the device is adapted to generate a heated current of air to roast the coffee beans received by the chamber, and wherein in the discharging mode the discharge port is in the open position and the apparatus is arranged to use the current of air generated by the device to drive the coffee beans through the discharge port to be discharged from the chamber, wherein the discharge port is arranged to be closer to the bottom than to the top, wherein the bottom comprises an air inlet, and wherein the device is arranged to blow air through said inlet in order generate the current of air inside of the chamber, and wherein the discharge port is arranged at a distance from the bottom or at the bottom above the air inlet.
Waste collection container intended to be partially buried in the ground, comprising: - a tank consisting of a lower portion intended to be buried in the ground and an upper portion intended to stick out of the ground, the tank comprising a wall having an outer side and being open at the top; - a lid closing the tank at its top and extending downwards about the upper portion of the tank so as to form a protective skirt for the upper portion, the protective skirt formed by the lid being separated by a predetermined distance from the outer side of the wall, so as to form a housing between the wall of the tank and the protective skirt, said housing opening out into the lower portion of the protective skirt; and a casing intended to be partially buried in the ground and which comprises a wall defining a cavity into which the tank is fitted, the cavity opening out at the top of the casing; the casing consisting of a lower portion intended to be buried in the ground and an upper portion intended to stick out of the ground, characterised in that the housing defined by the wall of the tank and the protective skirt is dimensioned to accommodate the entire upper portion of the casing when the tank is fitted in the cavity of the casing. - a tank consisting of a lower portion intended to be buried in the ground and an upper portion intended to stick out of the ground, the tank comprising a wall having an outer side and being open at the top; - a lid closing the tank at its top and extending downwards about the upper portion of the tank so as to form a protective skirt for the upper portion, the protective skirt formed by the lid being separated by a predetermined distance from the outer side of the wall, so as to form a housing between the wall of the tank and the protective skirt, said housing opening out into the lower portion of the protective skirt; and a casing intended to be partially buried in the ground and which comprises a wall defining a cavity into which the tank is fitted, the cavity opening out at the top of the casing;
A method of establishing a transitional wireless association in a transport unit, the method comprising: - determining, by a state-sensing device, whether the transport unit is away from any other transport units; and - when the transport unit is determined to be away from any other transport units, establishing, by a wireless coordinator communicating with the state-sensing device and located in the transport unit, a transitional wireless association with a wireless device in the transport unit, wherein establishing the transitional wireless association includes establishing communication between the wireless coordinator and the wireless device, wherein the state-sensing device includes a geographic location receiver and a telematics device capable of communicating with a location database containing location information of any other transport units, and wherein determining whether the transport unit is away from other transport units comprises comparing a transport unit location to the location database. - determining, by a state-sensing device, whether the transport unit is away from any other transport units; and - when the transport unit is determined to be away from any other transport units, establishing, by a wireless coordinator communicating with the state-sensing device and located in the transport unit, a transitional wireless association with a wireless device in the transport unit, wherein establishing the transitional wireless association includes establishing communication between the wireless coordinator and the wireless device, wherein the state-sensing device includes a geographic location receiver and a telematics device capable of communicating with a location database containing location information of any other transport units, and wherein determining whether the transport unit is away from other transport units comprises comparing a transport unit location to the location database.
Tyre for an agricultural vehicle, comprising a tread made of rubbery material and two axially outer zones delimiting said tread, the tread being intended to come into contact with the ground while the tyre is running, said axially outer zones being designed to mechanically connect said tread to a rim, each axially outer zone comprising a sidewall and a shoulder (16A, 16B) disposed between said sidewall and the tread, said tyre having a plurality of blocks distributed in a circumferential direction, each block having a length L and a height H where L is greater than H, said length L being measured in the circumferential direction from a lateral face of said block, each block of the plurality of blocks having a cavity that opens onto said lateral face, forming an opening in said lateral face, said cavity having a depth p and an opening width l, the blocks of the plurality of blocks being present in at least one of the two axially outer zones, said blocks not being present in the tread, characterized in that the blocks are present at the shoulder (16A, 16B) in the continuation of the tread.
Valve having a valve housing which comprises at least one work port (A, B), one pressure supply port and one return port and in which a valve spool is guided so as to be longitudinally movable for controlling these individual ports, wherein the supply pressure present at the pressure supply port for actuating a consumer (10, 12) connected to the respective work port (A; B) is guided via a first orifice device and a control channel to at least one control side of the valve spool which control side is arranged so as to be movable in a control chamber in the valve housing, said control chamber being connected via a third orifice device to the return port, wherein at least one further work port (B; A) is present in the valve housing and wherein the first orifice device is connected via the control channel to a second orifice device which, during pressure supply of the one work port (A; B), discharges into the respective other work port (B; A) for a fluid return and, upstream of a return control edge towards the return port, brings about a pressure increase in the respective other work port (B; A), characterised in that, in a neutral position of the valve spool, in which all ports (P, A, B, T) are separated from each other, the pressure supply port is accommodated between the first and the second orifice device in the valve housing which in this neutral position covers the first and the second orifice device (54, 66) in a sealing manner.
Rotating magnet consisting of a stator and a rotor that can rotate around a rotational axle, wherein the rotor has a rotor shaft a rotor disc being arranged thereon, and the rotor disc, seen in the direction of the circumference, has alternating, magnetically polarized magnetic poles, wherein the individual magnetic poles (57a, 57b, 57c, 57b) are spaced from each other, and the stator receives at least one coil that carries windings of electrically conducting wire, and the windings encircle the rotational axle, wherein the rotor disc carries on its side facing the coil at least one ring of magnetic poles (57a, 57b, 57c, 57d) configured as permanent magnets, and between the coil and the rotor disc a pole face is provided consisting of at least three partial pole faces (31, 32) serving for guiding the magnetic flow of the magnetic field generated by electrifying the windings of the coil, wherein the stator has a center pole penetrating the coil and carrying the second inner partial pole face, and the inner partial pole face connected with the center pole is arranged between two outer partial pole faces, wherein each partial pole face (31, 32) has at least one boundary edge (304a, 304b) extending essentially in the direction of the circumference and positioned with respect to the rotational axle inside and/or outside, and wherein an essentially radially extending border edge (305a, 305b, 305c, 305d) is connected to the boundary edge (304a, 304b, 304c, 304d) extending essentially in the direction of the circumference, and the border edge (305a, 305b, 305c, 305d) has an inclined, slanting, spiral or curved shape to the radial shape with respect to the rotational axle, and the length of the inner, second partial pole face essentially corresponds with the radius of the ring of magnetic poles (57a, 57b, 57c, 57d), so that at the pole face the magnetic polarization is alternating seen with respect to the rotational axle in the direction of the circumference, and wherein between the rotor disc and the pole face an air gap is provided, wherein the magnetic poles of the rotor disc, the air gap and the partial pole faces (31, 32) of the pole face form elements (54, 57, 31, 32) of the magnetic system of the rotating magnet, and at least one element (54, 57, 31, 32) of the magnetic system is designed along the direction of the circumference depending on the rotation angle (α) of the rotor around the rotational axle changing in such a way that, when the current through the windings of the coil is turned off, a turning moment is the consequence that returns the rotor into its starting position.
A superhydrophobic and antistatic coating composition characterised in that the coating composition comprises: hydrophobic nanoparticles wherein the nanoparticles are nano silica particles and wherein the nano silica particles are surface treated with a polydimethylsiloxy group; and wherein the composition further comprises; an adhesion promoter selected from methyl (alkyl) silane, isobutyl silane, and n-octyl silane. hydrophobic nanoparticles wherein the nanoparticles are nano silica particles and wherein the nano silica particles are surface treated with a polydimethylsiloxy group; and wherein the composition further comprises; an adhesion promoter selected from methyl (alkyl) silane, isobutyl silane, and n-octyl silane.
A skin lightening composition comprising: a 0.1 to 10% by weight of picolinamide; and b 0.1 to 10% by weight of niacinamide wherein the composition comprises picolinamide and niacinamide in such amounts to achieve a synergistic skin lightening effect. a 0.1 to 10% by weight of picolinamide; and b 0.1 to 10% by weight of niacinamide
A system comprising a waste treatment facility and a cement production facility installed in a vicinity of each other, comprising: a gasification furnace configured to gasify a waste to generate a pyrolysis gas; a gas transport path configured to transport the pyrolysis gas generated in said gasification furnace to a preheater or a calciner for cement in said cement production facility, the pyrolysis gas containing entrained char and ash; and a transportation device configured to supply the waste to said gasification furnace, characterized in that an input of the wastes to said gasification furnace by said transportation device is configured to be adjusted to provide a ratio of less-than-or-equal-to 0.3 of a flow rate of the pyrolysis gas from said gasification furnace to a flow rate of an exhaust gas discharged from said preheater or calciner. a gasification furnace configured to gasify a waste to generate a pyrolysis gas; a gas transport path configured to transport the pyrolysis gas generated in said gasification furnace to a preheater or a calciner for cement in said cement production facility, the pyrolysis gas containing entrained char and ash; and a transportation device configured to supply the waste to said gasification furnace, characterized in that an input of the wastes to said gasification furnace by said transportation device is configured to be adjusted to provide a ratio of less-than-or-equal-to 0.3 of a flow rate of the pyrolysis gas from said gasification furnace to a flow rate of an exhaust gas discharged from said preheater or calciner.
Holding device for accommodating articles, in particular for a motor vehicle, having a carrier element, in particular a backrest of a vehicle seat, and having a pocket element, which is arranged on the carrier element and has at least part of its outer edge fastened permanently on the carrier element such that an accommodating pocket which is open on one side is formed between the pocket element and the carrier element, characterized in that at least one releasable connection is formed between the carrier element and the pocket element, and said connection is spaced apart from the outer edge of the pocket element in order to subdivide the accommodating pocket into interconnectable pocket portions (17, 18, 19), wherein the respective connection is in strip form.
Positioning device, configured to control a positioning movement of a machining unit of a woodworking device for a machining process on a workpiece that is movable in a throughput direction towards the machining unit, comprising a first positioning unit by means of which the positioning movement of the machining unit can be triggered in a first movement direction relative to the workpiece to be machined, and comprising at least one further positioning unit by means of which the positioning movement of the machining unit can be triggered in at least one further movement direction relative to the workpiece to be machined, wherein the first and/or the at least one further positioning unit (17, 18) comprise at least one pneumatic actuator (19, 20) for triggering the positioning movement, wherein a control device is provided for triggering the at least one actuator (19, 20) and the triggering of the at least one pneumatic actuator (19, 20) can be controlled depending on a control signal of the control device, and the control device comprises a sensor unit for recording at least one positioning parameter of the at least one pneumatic actuator (19, 20) and control of the triggering of the at least one pneumatic actuator (19, 20) is provided depending on the at least one recorded positioning parameter, wherein the sensor unit is formed integrally with the at least one pneumatic actuator (19, 20), wherein the control signal comprises positioning information for carrying out the machining process, the positioning information forms a machining program that comprises positioning information for triggering a defined positioning movement of the machining unit, wherein the control device is configured to adapt the positioning information depending on the at least one recorded positioning parameter, such that the predefined machining program is adapted individually to a workpiece to be machined. a control device is provided for triggering the at least one actuator (19, 20) and the triggering of the at least one pneumatic actuator (19, 20) can be controlled depending on a control signal of the control device, and the control device comprises a sensor unit for recording at least one positioning parameter of the at least one pneumatic actuator (19, 20) and control of the triggering of the at least one pneumatic actuator (19, 20) is provided depending on the at least one recorded positioning parameter, wherein the sensor unit is formed integrally with the at least one pneumatic actuator (19, 20), wherein the control signal comprises positioning information for carrying out the machining process, the positioning information forms a machining program that comprises positioning information for triggering a defined positioning movement of the machining unit, wherein the control device is configured to adapt the positioning information depending on the at least one recorded positioning parameter, such that the predefined machining program is adapted individually to a workpiece to be machined.
A machine for making liquid or semi-liquid products, comprising: - a first container adapted to contain a basic mixture, having an inside surface and an outside surface and equipped with a stirrer disposed inside the first container; - a thermodynamic system comprising a circuit for circulating a heat exchanger fluid and a first heat exchanger associated, in use, with walls of the first container, characterized in that the first heat exchanger is defined by at least one element which is fixable, in use, to the outside surface of the first container, having at least one cavity, extending uninterruptedly and defining, when coupled with the outside surface a fluid circulation channel for circulating heat exchanger fluid, the element also having at least one inlet and one outlet for the heat exchanger fluid, the fluid circulation channel being defined by the combination of the outside surface with the inside walls of the at least one cavity. - a first container adapted to contain a basic mixture, having an inside surface and an outside surface and equipped with a stirrer disposed inside the first container; - a thermodynamic system comprising a circuit for circulating a heat exchanger fluid and a first heat exchanger associated, in use, with walls of the first container, characterized in that the first heat exchanger is defined by at least one element which is fixable, in use, to the outside surface of the first container, having at least one cavity, extending uninterruptedly and defining, when coupled with the outside surface a fluid circulation channel for circulating heat exchanger fluid, the element also having at least one inlet and one outlet for the heat exchanger fluid, the fluid circulation channel being defined by the combination of the outside surface with the inside walls of the at least one cavity.
A method of managing a defect in a write-once recording medium, comprising: reading temporary defect information and temporary defect management information from a temporary defect management area in the write-once recording medium; reading a consistency flag indicating whether updating of the temporary defect information has been completed from the temporary defect management information; determining whether updating of the temporary defect information has been completed by checking the consistency flag; when it is determined that updating of the temporary defect information has not been completed, reading position information regarding a defective area of the write-once recording medium from a replacement area of the write-once recording medium; and updating (704, 705) the temporary defect information using the position information regarding the defective area read from the replacement area, wherein: the updated consistency flag is written as management information for managing the temporary defect information in the temporary defect management information. reading temporary defect information and temporary defect management information from a temporary defect management area in the write-once recording medium; reading a consistency flag indicating whether updating of the temporary defect information has been completed from the temporary defect management information; determining whether updating of the temporary defect information has been completed by checking the consistency flag; when it is determined that updating of the temporary defect information has not been completed, reading position information regarding a defective area of the write-once recording medium from a replacement area of the write-once recording medium; and updating (704, 705) the temporary defect information using the position information regarding the defective area read from the replacement area, wherein: the updated consistency flag is written as management information for managing the temporary defect information in the temporary defect management information.