mhurhangee/ep-ind-claims huggingface dataset:
Apparatus (1; 101; 201) for inertisation through heat treatment of waste consisting of mineral wool-based insulating materials, comprising a loading zone, through which said waste is loaded into a melting furnace (2; 102; 202), wherein said melting furnace (2; 102; 202) comprises a pre-heating zone (9; 109), in which said waste is heated until it reaches a melting temperature, a melting zone (10; 110) in which said waste is melted, and a melting basin in which a melting material from said waste collects to be discharged into a collecting tank outside the melting furnace (2; 102), wherein said melting basin is made of plates of metal material that resists high temperatures, in particular said melting temperature, is provided with a coating of refractory material and with a cooling circuit, characterized in that said loading zone is provided with a first door suitable for isolating said loading zone from an environment outside the apparatus (1; 101; 201), or to place said loading zone in communication with said outer environment, to enable said waste to be introduced therein, wherein said loading zone is provided with a second door suitable for isolating said loading zone from the melting furnace (2; 102; 202), or to place said loading zone in communication with the pre-heating zone (9; 109) of the melting furnace (2; 102; 202) wherein at said first door a first extractor hood is arranged and at said second door a second extractor hood is arranged.
Hydraulic assembly for generating brake pressure for a hydraulic motor vehicle brake system, comprising a main body, comprising a cavity which is arranged in the main body and which has at least a first bore portion which has a defined target diameter (Ds) and in which there is arranged a cylinder piston which is displaceable in the axial direction and which, in the cavity, delimits at least one pressure chamber which is filled with a hydraulic pressure medium and which serves for generating brake pressure in a brake circuit, comprising at least one first and one second sealing element (8,9) which serve for sealing off the cylinder piston and which are arranged axially spaced apart from one another, characterized in that the material of the main body has in an edge layer of an inner wall of the cavity in the bore portion a material structure which has been hardened by deformation.
A travel route creation system which creates a travel route for a personal mobility vehicle which is capable of travelling with an autonomous driving mode and whose front wheel or rear wheel is an omnidirectional wheel, the travel route creation system comprising a controller configured to create the travel route in which an entering angle to an extension direction of a bump or an extension direction of an edge line of a slope is set within an angle range of equal to or more than 45° and equal to or less than 90° based on map data indicating the extension direction of the bump or the extension direction of the edge line of the slope which the personal mobility vehicle can travel over, when creating the travel route for the personal mobility vehicle to pass the bump or the slope, wherein the controller is a controller provided in a control unit of the personal mobility vehicle, or a control section of a terminal device provided on the personal mobility vehicle side. a controller configured to create the travel route in which an entering angle to an extension direction of a bump or an extension direction of an edge line of a slope is set within an angle range of equal to or more than 45° and equal to or less than 90° based on map data indicating the extension direction of the bump or the extension direction of the edge line of the slope which the personal mobility vehicle can travel over, when creating the travel route for the personal mobility vehicle to pass the bump or the slope, wherein the controller is a controller provided in a control unit of the personal mobility vehicle, or a control section of a terminal device provided on the personal mobility vehicle side.
A base station apparatus for transmitting over a number of space-division-multiplex channels Nc to mobile stations including a first mobile station and a second mobile station, where 1 ≤ Nc; the base station apparatus comprising: series-parallel converting means for generating, from a first individual-user transmission data sequence, transmission data sequences (SCH1, SCH2 etc) according to a decided number of SDM channels; a partial-space orthogonalizing means for making a weighting process, on the transmission data sequences to be sent to the first mobile station allocated by using Nc > 1 channels; a beam forming section for forming transmission beams to the mobile stations responsive to a second individual-user transmission data sequence to the second mobile station allocated by using Nc = 1 channel and the output of the partial-space orthogonalizing means; and a plurality of antennas for transmitting the transmission beams. series-parallel converting means for generating, from a first individual-user transmission data sequence, transmission data sequences (SCH1, SCH2 etc) according to a decided number of SDM channels; a partial-space orthogonalizing means for making a weighting process, on the transmission data sequences to be sent to the first mobile station allocated by using Nc > 1 channels; a beam forming section for forming transmission beams to the mobile stations responsive to a second individual-user transmission data sequence to the second mobile station allocated by using Nc = 1 channel and the output of the partial-space orthogonalizing means; and transmission beams to the mobile stations responsive to a second individual-user transmission data sequence to the second mobile station allocated by using Nc = 1 channel and the output of the partial-space orthogonalizing means; and a plurality of antennas for transmitting the transmission beams.
Grate bar for a furnace with a travelling grate, wherein a solid fuel is being conveyed on the travelling grate, comprising a base body, in particular for a releasable fixing to a holder of the travelling grate, and at least one wear plate (4, 9, 19), wherein the wear plate (4, 9, 10) has a surface, the surface being wear-resistant and facing towards the fuel; wherein the wear plate (4, 9, 10) is attached to the base body, in particular by means of welding, wherein at least a second wear plate (9, 10) is being provided, wherein the second wear plate (9, 10) adjoins to the first wear plate in order to form a surface extending across both of the wear plates (4, 9, 10), wherein a surface of the second wear plate (9, 10) has an angled orientation to the surface of the first wear plate, and wherein the first and the second wear plate (4, 9, 10) have a carrier layer, in particular consisting of a heat-resistant alloy, and a wear-resistant layer, the wear resistant layer being materially bonded to the carrier layer, characterized in that the second wear plate (9, 10) is materially bonded to the first wear plate by means of welding. wherein a solid fuel is being conveyed on the travelling grate, comprising a base body, in particular for a releasable fixing to a holder of the travelling grate, and at least one wear plate (4, 9, 19), wherein the wear plate (4, 9, 10) has a surface, the surface being wear-resistant and facing towards the fuel; wherein the wear plate (4, 9, 10) is attached to the base body, in particular by means of welding, wherein at least a second wear plate (9, 10) is being provided, wherein the second wear plate (9, 10) adjoins to the first wear plate in order to form a surface extending across both of the wear plates (4, 9, 10), wherein a surface of the second wear plate (9, 10) has an angled orientation to the surface of the first wear plate, and wherein the first and the second wear plate (4, 9, 10) have a carrier layer, in particular consisting of a heat-resistant alloy, and a wear-resistant layer, the wear resistant layer being materially bonded to the carrier layer, characterized in that the second wear plate (9, 10) is materially bonded to the first wear plate by means of welding.
A liquid discharge apparatus (1; 1A) comprising: a wiper; a wiping surface that is wiped with the wiper; a plurality of nozzles provided in the wiping surface; a drive element that causes liquids to be discharged from the nozzles; and a moving mechanism (122, 126) that causes the wiper and the wiping surface to relatively move, wherein, in a moving direction of the wiper with respect to the wiping surface, a distance between an edge (40A1) of the wiping surface on an upstream side in the moving direction and a nozzle (31J2A) disposed on the most upstream side is shorter than a distance between an edge (40A3) of the wiping surface on a downstream side in the moving direction and a nozzle (31J2B) disposed on the most downstream side, characterized in that the wiper is shorter in length in a direction intersecting with the moving direction than the wiping surface in the direction intersecting with the moving direction, and wherein the moving mechanism is adapted to cause the wiper to move relative to the wiping surface a plurality of times from the edge of the wiping surface on the upstream side to the edge of the wiping surface on the downstream side, thereby wiping the wiping surface. a wiper; a wiping surface that is wiped with the wiper; a plurality of nozzles provided in the wiping surface; a drive element that causes liquids to be discharged from the nozzles; and a moving mechanism (122, 126) that causes the wiper and the wiping surface to relatively move, wherein, in a moving direction of the wiper with respect to the wiping surface, a distance between an edge (40A1) of the wiping surface on an upstream side in the moving direction and a nozzle (31J2A) disposed on the most upstream side is shorter than a distance between an edge (40A3) of the wiping surface on a downstream side in the moving direction and a nozzle (31J2B) disposed on the most downstream side, characterized in that the wiper is shorter in length in a direction intersecting with the moving direction than the wiping surface in the direction intersecting with the moving direction, and wherein the moving mechanism is adapted to cause the wiper to move relative to the wiping surface a plurality of times from the edge of the wiping surface on the upstream side to the edge of the wiping surface on the downstream side, thereby wiping the wiping surface.
Method for determining a surface temperature of an inductively heated roller shell, in which at least one induction coil induces a current in the roller shell, in which at least one parameter of a circuit of the induction coil is measured, and in which an actual value of the surface temperature is determined from the measured parameter of the circuit and from stored data, characterized in that the induction coil in the circuit is connected to a capacitor to form an oscillating circuit, and in that the oscillating circuit is operated with an alternating voltage frequency in the range from 3000 Hz to 30,000 Hz.
A method of producing a photovoltaic cell having a cover, comprising the steps of: - providing a photovoltaic cell which comprises a crystalline silicon substrate; - providing a transparent substrate; - forming an antireflective coating on said transparent substrate to provide a coated transparent substrate; and - covering the photovoltaic cell with said coated transparent substrate; wherein the antireflective coating is a hybrid organic-inorganic material having an inorganic backbone comprising silicon, oxygen and carbon, and further comprising an organic portion with organic groups connected to the inorganic backbone, wherein the hybrid organic-inorganic material is a carbosiloxane polymer. - providing a photovoltaic cell which comprises a crystalline silicon substrate; - providing a transparent substrate; - forming an antireflective coating on said transparent substrate to provide a coated transparent substrate; and - covering the photovoltaic cell with said coated transparent substrate;
A catheter comprising: a tube having a distal end; characterised by a balloon (12, 32) secured only to the distal end, the balloon having a length, a great majority of the length of the balloon being substantially inelastic, such that the balloon does not substantially expand with inflation of the balloon; and by an extending portion (14, 34, 38, 42, 44, 46, 48, 50) moveable between a retracted inverted position and a longitudinally extended everted position with inflation of said balloon.
Liquid or gas filter suitable for removing filamentary impurities from liquids or gases, comprising a number of longitudinally running supporting wires on which a profiled wire is welded, wherein filtering openings are provided between one or more mutually adjacent profiled wires, the said supporting wires and profiled wires each comprising two side flanks (3,4), which at a first end are connected to each other via a weld foot and at a second end are connected to each other via a head part situated opposite the weld foot, characterized in that the distance between the said side flanks of the said supporting wires and profiled wires becomes larger in the direction of the weld foot, which is formed of at least one protruding portion, and in that the protruding portion of the profiled wire is connected to the protruding portion of the supporting wire.
A container for holding products comprising: a tubular body defining a first end and a second end, wherein the tubular body extends radially inward at a predefined location between the first and second ends (20, 25) so as to form a ledge, wherein the ledge is configured to support a separator thereon, a removable separator which is supported by the ledge wherein, when the separator is supported by the ledge, the separator defines a first compartment on a first side of the separator for holding a first product and further defines a second compartment on a second side of the separator for holding a second product, wherein the ledge comprises a top portion and a bottom portion, characterised in that the top portion is substantially parallel to the separator and the bottom portion is upwardly angled. a tubular body defining a first end and a second end, wherein the tubular body extends radially inward at a predefined location between the first and second ends (20, 25) so as to form a ledge, wherein the ledge is configured to support a separator thereon, a removable separator which is supported by the ledge wherein, when the separator is supported by the ledge, the separator defines a first compartment on a first side of the separator for holding a first product and further defines a second compartment on a second side of the separator for holding a second product, wherein the ledge comprises a top portion and a bottom portion, characterised in that the top portion is substantially parallel to the separator and the bottom portion is upwardly angled.
A drive device for two moving elements (12, 14) which are attachable to the extremities of a user, comprising: - a traction means drive with a traction means and a drive unit, - a traction means deflector; - an energy storage device; - a sensor unit for detecting a spatial inherent movement; and - a controller for controlling the drive unit; - wherein the drive unit and the traction means deflector are attachable to a first one of the two moving elements, and - wherein the traction means drive is designed such that the traction means comprises a first and a second length section (30, 32), the respective first and second lengths of which are periodically varied by means of the drive unit when the drive device is used, wherein an increase in length of the first length section is accompanied by a decrease in length of the second length section and vice versa. - a traction means drive with a traction means and a drive unit, - a traction means deflector; - an energy storage device; - a sensor unit for detecting a spatial inherent movement; and - a controller for controlling the drive unit; - wherein the drive unit and the traction means deflector are attachable to a first one of the two moving elements, and - wherein the traction means drive is designed such that the traction means comprises a first and a second length section (30, 32), the respective first and second lengths of which are periodically varied by means of the drive unit when the drive device is used, wherein an increase in length of the first length section is accompanied by a decrease in length of the second length section and vice versa.
A medication delivery device connectable to an electrical plug of a conduit for at least one of charging and data transfer, the medication delivery device comprising: an external housing having an outer surface and defining an interior volume, said outer surface defining an opening that ports to a plug receiving hollow within said interior volume; a dose delivery assembly operable for forcing medication from the device; an electrical circuit within said interior volume connected to at least one of a rechargeable battery and a memory controller within said interior volume, said electrical circuit including a connection element within said plug receiving hollow for electrically interfacing with the plug when the plug is inserted, from external to the external housing, through the opening into the plug receiving hollow; characterized by a lock element within said interior volume operably connected to said dose delivery assembly to travel within said plug receiving hollow when said dose delivery assembly operates for forcing medication from the device, said lock element sized and positioned to have its travel halted by abutment with the plug, when the plug is within the plug receiving hollow and electrically interfacing with said connection element, to thereby halt said dose delivery assembly from further operating for forcing medication from the device. an external housing having an outer surface and defining an interior volume, said outer surface defining an opening that ports to a plug receiving hollow within said interior volume; a dose delivery assembly operable for forcing medication from the device; an electrical circuit within said interior volume connected to at least one of a rechargeable battery and a memory controller within said interior volume, said electrical circuit including a connection element within said plug receiving hollow for electrically interfacing with the plug when the plug is inserted, from external to the external housing, through the opening into the plug receiving hollow; characterized by a lock element within said interior volume operably connected to said dose delivery assembly to travel within said plug receiving hollow when said dose delivery assembly operates for forcing medication from the device, said lock element sized and positioned to have its travel halted by abutment with the plug, when the plug is within the plug receiving hollow and electrically interfacing with said connection element, to thereby halt said dose delivery assembly from further operating for forcing medication from the device.
A shaping assembly for producing a discrete spiral shaped food product comprising: a die defining at least one aperture centered on an aperture axis and extending to an aperture exit for movement of a stream of food mass through said at least one aperture and out said aperture exit; at least one shaping tool including a plate portion having an outer plate periphery and an inner plate periphery that defines a plate opening overlying said at least one aperture, and at least one slicing blade disposed across said plate opening and connected to said plate portion on opposing sides of said inner plate periphery, said at least one slicing blade also disposed over at least a portion of said aperture exit and the blade thickness extending axially along said aperture axis to slice the stream of food mass along said aperture axis into a plurality of sliced food mass portions; and a coupling arrangement engaging said at least one shaping tool to rotate said at least one slicing blade and spin the plurality of sliced food mass portions into a spiral shaped stream of food mass, wherein said at least one slicing blade simultaneously slices and spins the stream of food mass to create the spiral shaped stream of food mass. a die defining at least one aperture centered on an aperture axis and extending to an aperture exit for movement of a stream of food mass through said at least one aperture and out said aperture exit; at least one shaping tool including a plate portion having an outer plate periphery and an inner plate periphery that defines a plate opening overlying said at least one aperture, and at least one slicing blade disposed across said plate opening and connected to said plate portion on opposing sides of said inner plate periphery, said at least one slicing blade also disposed over at least a portion of said aperture exit and the blade thickness extending axially along said aperture axis to slice the stream of food mass along said aperture axis into a plurality of sliced food mass portions; and a coupling arrangement engaging said at least one shaping tool to rotate said at least one slicing blade and spin the plurality of sliced food mass portions into a spiral shaped stream of food mass, wherein said at least one slicing blade simultaneously slices and spins the stream of food mass to create the spiral shaped stream of food mass.
An electronic device (10A, 10B) intended to interact with at least one other electronic device (10A, 10B), the electronic device (10A, 10B) including a processor (12A, 12B), a first memory (16A, 16B) and a second memory (18A, 18B) separate from the first memory (16A, 16B), the first memory (16A, 16B) being a cabled memory, the second memory (18A, 18B) being a memory with double port access, the first port (20A, 20B) being a cabled port and the second port (22A, 22B) being a port making it possible to access the second memory (18A, 18B) by wireless communication, the electronic device (10A, 10B) being intented to be paired with the other electronic device (10A, 10B), the pairing using a public key (K publique A, K publique B), the two electronic devices (10A, 10B) being of the same type, the public key corresponding to a private key (K privée A, K privée B), the public key and the private key forming a pair of asymmetrical keys, the first memory (16A, 16B) of said electronic device (10A, 10B) storing the private key, and the second memory (18A, 18B) of said electronic device (10A, 10B) storing the public key. the second memory (18A, 18B) being a memory with double port access, the first port (20A, 20B) being a cabled port and the second port (22A, 22B) being a port making it possible to access the second memory (18A, 18B) by wireless communication, the electronic device (10A, 10B) being intented to be paired with the other electronic device (10A, 10B), the pairing using a public key (K publique A, K publique B), the two electronic devices (10A, 10B) being of the same type, the public key corresponding to a private key (K privée A, K privée B), the public key and the private key forming a pair of asymmetrical keys, the first memory (16A, 16B) of said electronic device (10A, 10B) storing the private key, and the second memory (18A, 18B) of said electronic device (10A, 10B) storing the public key.