mhurhangee/ep-ind-claims huggingface dataset:
A cooking vessel comprising: - a bottom with an upper side adapted to receive the food to be cooked, and a lower side adapted to be faced towards a cooker; said upper side of said bottom comprising a central portion (21 a) and a perimeter portion (21 b), - a plurality of ribs obtained in said central portion in such manner to define a plurality of grooves with increasing depth towards said perimeter portion (21 b) of said bottom, - a lateral edge having at least one through drain hole, - at least one collection tub with a compartment disposed outside said lateral edge in correspondence of said at least one through hole, characterized in that it comprises fast coupling-uncoupling means (8; 9) for fast coupling and uncoupling of the tub with respect to the vessel, a spacing flange externally protruding from the lateral wall of the vessel to space out the tub from the vessel, in such manner to minimize the heat exchange between the vessel and the tub. - a bottom with an upper side adapted to receive the food to be cooked, and a lower side adapted to be faced towards a cooker; said upper side of said bottom comprising a central portion (21 a) and a perimeter portion (21 b), - a plurality of ribs obtained in said central portion in such manner to define a plurality of grooves with increasing depth towards said perimeter portion (21 b) of said bottom, - a lateral edge having at least one through drain hole, - at least one collection tub with a compartment disposed outside said lateral edge in correspondence of said at least one through hole, characterized in that it comprises fast coupling-uncoupling means (8; 9) for fast coupling and uncoupling of the tub with respect to the vessel, a spacing flange externally protruding from the lateral wall of the vessel to space out the tub from the vessel, in such manner to minimize the heat exchange between the vessel and the tub.
A lighting device, comprising: a circuit board; light emitting devices mounted on the circuit board; a light guide plate having a protruding portion protruding to a remaining region except for a region in which the light emitting devices are disposed; wherein the protruding portion further comprises projections formed on the surface toward the circuit board or the light emitting device, wherein the projections are made of at least one of a resin material, a non-conductive material, and a material having lower conductivity than that of the circuit board, characterised in that the light guide plate is configured such that the projections come into contact with the circuit board only when the light guide plate expands due to heat of the light emitting device. a circuit board; light emitting devices mounted on the circuit board; a light guide plate having a protruding portion protruding to a remaining region except for a region in which the light emitting devices are disposed; wherein the protruding portion further comprises projections formed on the surface toward the circuit board or the light emitting device, wherein the projections are made of at least one of a resin material, a non-conductive material, and a material having lower conductivity than that of the circuit board, characterised in that the light guide plate is configured such that the projections come into contact with the circuit board only when the light guide plate expands due to heat of the light emitting device.
A hinge particularly for a furniture, of the kind comprising at least one element articulately connecting a hinge arm with a box-shaped body, characterized in that a deceleration device is associated to the box-shaped element, said deceleration device comprising a cylindrical container housing at least one friction disc having a radial clearance in said cylindrical container, against at least one internal wall of said cylindrical container, and one movable cursor, actuated by an external element connected to a portion of the hinge, for the actuation of said friction disc, wherein said friction disc is bound to said cylindrical container through constraint means comprising a cylindrical rotary pin positioned in a circular hole with a radial clearance, wherein said hole belongs to said friction disc and said rotary pin belongs to said cylindrical container or vice versa and wherein said hole or the centre of said pin is offset with respect to the centre (106, 107) of the element (16, 14) to which it belongs, said constraint means permitting a roto-translational motion of said friction disk in order to acquire a further sliding contact surface created at least between the lateral surface of said internal wall of said cylindrical container and the lateral peripheral surface of said friction disc and/or between the lateral surface of recesses present at the bottom of said cylindrical container and the lateral surface of protrusions present on a base surface of said friction disc and engaged with said recesses in addition to said internal wall of said cylindrical container at the end of an initial translation phase of said cursor, in which said friction disc is subjected to a mainly or completely translational displacement substantially radial and parallel to the translational direction of said cursor and in which said friction disc is subjected to a mainly or completely rotational displacement during an end translation phase of said cursor in which the friction with said internal wall of said cylindrical container increases, by said further sliding surface and wherein said cursor further has a drive element engaged with a cam present in said friction disc and arranged in such a way that said drive element during the closing of the hinge first translates the friction disk substantially radial and parallel to the translational direction of the cursor and once the lateral peripheral surface of the friction disk is in a substantially tangential contact with the lateral surface of the internal wall of the cylindrical container rotates the friction disk.
An electrical energy distribution system for a vessel or platform, the system comprising at least a primary energy source; wherein the primary energy source comprises an AC generator; wherein a first output of the AC generator is coupled to a first DC bus via a transformer and an AC to DC converter; and wherein a second output of the AC generator is separately coupled to a second DC bus via a rectifier; wherein the second DC bus is operable at a second voltage level and is connected to one or more primary consumers; wherein the first DC bus is operable at a first voltage level, lower than the second voltage level and is connected to secondary consumers; and wherein in the event of the output of the AC generator to the primary consumers on the second DC bus being insufficient, energy from electric energy storage elements is supplied to the primary consumers via the rectifier and the second DC bus.
A sealing structure for a vacuum pump motor, comprising: a lead wire (151a; 151b) which passes through an opening portion formed in a motor frame to be connected to a motor stator and a seal member which seals the opening portion, wherein the lead wire (151a; 151b) comprises a core wire portion (154a; 154b), a covering portion (155a; 155b, 158) which covers the core wire portion (154a; 154b), and a seal portion (153a; 153b) formed in at least part of the core wire portion (154a; 154b) in an interior of the covering portion (155a, 155b, 158), wherein the seal portion (153a; 153b) is different from the seal member, wherein the seal portion is a portion where a sealing treatment is imparted in which the core wire portion in an interior of the covering portion is impregnated with a resin, or wherein the seal portion is a portion where a sealing treatment is imparted in which part of the covering portion is removed to integrate core wires into a single wire assembly through soldering, and further, the seal portion is covered by a heat-shrinkable tube via a sealing medium. a lead wire (151a; 151b) which passes through an opening portion formed in a motor frame to be connected to a motor stator and a seal member which seals the opening portion, wherein the lead wire (151a; 151b) comprises a core wire portion (154a; 154b), a covering portion (155a; 155b, 158) which covers the core wire portion (154a; 154b), and a seal portion (153a; 153b) formed in at least part of the core wire portion (154a; 154b) in an interior of the covering portion (155a, 155b, 158), wherein the seal portion (153a; 153b) is different from the seal member, wherein the seal portion is a portion where a sealing treatment is imparted in which the core wire portion in an interior of the covering portion is impregnated with a resin, or wherein the seal portion is a portion where a sealing treatment is imparted in which part of the covering portion is removed to integrate core wires into a single wire assembly through soldering, and further, the seal portion is covered by a heat-shrinkable tube via a sealing medium.
A terminal comprising: a reception section configured to receive a first parameter, wherein a range of possible values of the first parameter cannot cover a range of transmit power in a frequency band; and a control section configured to control uplink transmit power in the frequency band based on a second parameter, wherein the second parameter is an upper limit value of a transmit power for the frequency band, the second parameter is calculated based on the first parameter, and a range of possible values of the second parameter is wider than the range of possible values of the first parameter. a reception section configured to receive a first parameter, wherein a range of possible values of the first parameter cannot cover a range of transmit power in a frequency band; and a control section configured to control uplink transmit power in the frequency band based on a second parameter, wherein the second parameter is an upper limit value of a transmit power for the frequency band, the second parameter is calculated based on the first parameter, and a range of possible values of the second parameter is wider than the range of possible values of the first parameter.
A surgical kit comprising a surgical instrument including a handle portion, and an instrument shaft (10, 10', 10", 10′′′) having a first end, a second end, a longitudinal axis extending from the first end to the second end and a channel extending completely through the instrument shaft from the first end to the second end; wherein the instrument shaft (10, 10', 10", 10′′′) is configured to be releasably connectable to the handle portion; and a secondary instrument configured to be inserted into the channel and configured to extend out of the channel with a portion thereof in the inserted state; and wherein the surgical kit further comprises at least two different instrument shafts (10, 10', 10", 10′′′) having two different functional sections that differ in their function or that have the same function but different geometrical and/or mechanical or other characteristics, wherein the at least two instrument shafts can be connected interchangeably to the handle portion. a handle portion, and an instrument shaft (10, 10', 10", 10′′′) having a first end, a second end, a longitudinal axis extending from the first end to the second end and a channel extending completely through the instrument shaft from the first end to the second end; wherein the instrument shaft (10, 10', 10", 10′′′) is configured to be releasably connectable to the handle portion; and a secondary instrument configured to be inserted into the channel and configured to extend out of the channel with a portion thereof in the inserted state; and wherein the surgical kit further comprises at least two different instrument shafts (10, 10', 10", 10′′′) having two different functional sections that differ in their function or that have the same function but different geometrical and/or mechanical or other characteristics, wherein the at least two instrument shafts can be connected interchangeably to the handle portion.
Sauna heater, comprising a heat storage container with a heat storage fluid, characterized in that - the boiling temperature of the heat storage fluid at normal pressure is above 100°C, preferably above 105°C and most preferably above 120°C, - at least one heat exchanger and/or at least one heating element is arranged in the lower third of the heat storage container, - the heat storage container has heat transfer ribs at least on parts of the outer side of its wall, - a thermal insulation layer is arranged around the heat storage container and spaced from the wall of the heat storage container by means of the heat transfer ribs, - at least one air outlet opening is provided in the thermal insulation layer in the region of the upper ends of the heat transfer ribs, - in the region of the lower ends of the heat transfer ribs at least one air inlet opening is provided in the thermal insulation layer, wherein the air inlet and air outlet openings are connected by channels formed by the wall of the heat storage container, the thermal insulation layer and the heat transfer ribs. - the boiling temperature of the heat storage fluid at normal pressure is above 100°C, preferably above 105°C and most preferably above 120°C, - at least one heat exchanger and/or at least one heating element is arranged in the lower third of the heat storage container, - the heat storage container has heat transfer ribs at least on parts of the outer side of its wall, - a thermal insulation layer is arranged around the heat storage container and spaced from the wall of the heat storage container by means of the heat transfer ribs, - at least one air outlet opening is provided in the thermal insulation layer in the region of the upper ends of the heat transfer ribs, - in the region of the lower ends of the heat transfer ribs at least one air inlet opening is provided in the thermal insulation layer, wherein the air inlet and air outlet openings are connected by channels formed by the wall of the heat storage container, the thermal insulation layer and the heat transfer ribs.
A method for handling Machine Type Communication, MTC, device triggering by a service network connected to an MTC server and at least one MTC device (10, 20), comprising: receiving (S210, S410) a trigger request message from the MTC server; and transmitting (S240, S420) a trigger indication comprising trigger information to the MTC device (10, 20) in response to the trigger request message; characterized in that the trigger information comprises at least one of the following: an identifier of an application to be triggered by the MTC device (10, 20); and one or more features of the MTC device (10, 20); wherein each of the features indicates to trigger the MTC device (10, 20) in low mobility, the MTC device (10, 20) with small data transmission capability, the MTC device (10, 20) with remote triggering capability, the MTC device (10, 20) in time controlled, or the MTC device (10, 20) with packet-switched only capability. receiving (S210, S410) a trigger request message from the MTC server; and transmitting (S240, S420) a trigger indication comprising trigger information to the MTC device (10, 20) in response to the trigger request message; characterized in that the trigger information comprises at least one of the following: an identifier of an application to be triggered by the MTC device (10, 20); and one or more features of the MTC device (10, 20); wherein each of the features indicates to trigger the MTC device (10, 20) in low mobility, the MTC device (10, 20) with small data transmission capability, the MTC device (10, 20) with remote triggering capability, the MTC device (10, 20) in time controlled, or the MTC device (10, 20) with packet-switched only capability. an identifier of an application to be triggered by the MTC device (10, 20); and one or more features of the MTC device (10, 20); wherein each of the features indicates to trigger the MTC device (10, 20) in low mobility, the MTC device (10, 20) with small data transmission capability, the MTC device (10, 20) with remote triggering capability, the MTC device (10, 20) in time controlled, or the MTC device (10, 20) with packet-switched only capability.
A radial tire having radial cords having a repair patch for repairing a sidewall of the radial tire covering a damaged area of the sidewall of the radial tire and bonded to the radial tire, the repair patch comprising: a ply package including a first reinforcement ply comprising a tissue of first reinforcement cords, the first reinforcement cords arranged in a radial direction; a second reinforcement ply superimposed on the first reinforcement ply, the second reinforcement ply comprising a tissue of second reinforcement cords, wherein the second reinforcement ply is centered over a center of the first reinforcement ply, and wherein the second reinforcement ply does not extend beyond the ends of the first reinforcement ply characterised in that the second reinforcement cords are arranged essentially in a 0 degrees direction, wherein the 0 degrees direction is defined as being orthogonal to the first reinforcement cords and wherein the radial direction is defined as being alignable with the radial cords. a ply package including a first reinforcement ply comprising a tissue of first reinforcement cords, the first reinforcement cords arranged in a radial direction; a second reinforcement ply superimposed on the first reinforcement ply, the second reinforcement ply comprising a tissue of second reinforcement cords, wherein the second reinforcement ply is centered over a center of the first reinforcement ply, and wherein the second reinforcement ply does not extend beyond the ends of the first reinforcement ply characterised in that the second reinforcement cords are arranged essentially in a 0 degrees direction, wherein the 0 degrees direction is defined as being orthogonal to the first reinforcement cords and wherein the radial direction is defined as being alignable with the radial cords.
A sanitary water valve with an outlet part fitted to an outlet pipe of the water valve and bundling the water jet, said outlet part comprising an inlet section following the internal flow path of the water formed by the outlet pipe and tapering conically until it reaches an outlet section, characterised in that the outlet part is constituted in its entire internal flow path with a clear cross-section without additional built-in components and that the internal surfaces (13, 15) of the outlet part coming into contact with the water are provided at least in sections with a coating of a material having antibacterial properties.
A simplex and duplex dye sublimation printer comprising: a printing section; a rolled substrate supply section configured to supply a continuous substrate, which is to be printed on one side, from a roll of the substrate to the printing section; a sheet-like substrate supply section, provided below the rolled substrate supply section, configured to store sheet-like substrates which are to be printed on both sides, and sequentially supplying the sheet-like substrates to the printing section; and a reversing mechanism, disposed between the printing section and the sheet-like substrate supply section, configured to reverse a sheet-like substrate, which has been returned from the printing section, so that the printing section-facing surface changes from one surface to the other surface, wherein the reversing mechanism is disposed just below the rolled substrate supply section, and the sheet-like substrate supply section is disposed below the reversing mechanism. a printing section; a rolled substrate supply section configured to supply a continuous substrate, which is to be printed on one side, from a roll of the substrate to the printing section; a sheet-like substrate supply section, provided below the rolled substrate supply section, configured to store sheet-like substrates which are to be printed on both sides, and sequentially supplying the sheet-like substrates to the printing section; and a reversing mechanism, disposed between the printing section and the sheet-like substrate supply section, configured to reverse a sheet-like substrate, which has been returned from the printing section, so that the printing section-facing surface changes from one surface to the other surface, wherein the reversing mechanism is disposed just below the rolled substrate supply section, and the sheet-like substrate supply section is disposed below the reversing mechanism.
Electrical device, in particular a converter motor, comprising a housing part and a cover part, a frame part being arranged between the housing part and the cover part, an electronic circuit being arranged in the internal space that is enclosed by the housing formed out of the housing part and the cover part, and in particular the frame part, a seal being arranged on the frame part, in particular being arranged in an injection-moulded manner, the seal being in contact with an in particular planar connection surface formed on the cover part, and thus in particular providing sealing between the frame part and the cover part, and also being in contact with an in particular planar connection surface formed on the housing part, and thus in particular providing sealing between the frame part and the housing part, one region of the connection surface of the cover part being in contact with the frame part, one region of the connection surface of the housing part being in contact with the frame part, characterised in that the frame part comprises clip regions, in particular clip regions shaped in a stirrup-like manner, which are interlockingly held on, in particular clipped into, lug regions that are shaped on the housing part, in particular lug regions that are moulded on the internal wall of the housing part so as to protrude into the internal space. a frame part being arranged between the housing part and the cover part, an electronic circuit being arranged in the internal space that is enclosed by the housing formed out of the housing part and the cover part, and in particular the frame part, a seal being arranged on the frame part, in particular being arranged in an injection-moulded manner, the seal being in contact with an in particular planar connection surface formed on the cover part, and thus in particular providing sealing between the frame part and the cover part, and also being in contact with an in particular planar connection surface formed on the housing part, and thus in particular providing sealing between the frame part and the housing part, one region of the connection surface of the cover part being in contact with the frame part, one region of the connection surface of the housing part being in contact with the frame part, characterised in that the frame part comprises clip regions, in particular clip regions shaped in a stirrup-like manner, which are interlockingly held on, in particular clipped into, lug regions that are shaped on the housing part, in particular lug regions that are moulded on the internal wall of the housing part so as to protrude into the internal space.
A process for the preparation of Lacosamide having the formula: comprising the steps of: (a) reacting N-acetyl-D-serine methyl ester of the formula, with benzylamine of formula at a temperature below 40° C, in the presence of a non-nucleophilic base, to produce a benzyl amide derivative of the formula of enantiomeric purity higher than 95%; and (b) subjecting the benzyl amide of the formula obtained in step (a) to methylation reaction using dimethylsulfate in the presence of a base. (a) reacting N-acetyl-D-serine methyl ester of the formula, with benzylamine of formula at a temperature below 40° C, in the presence of a non-nucleophilic base, to produce a benzyl amide derivative of the formula of enantiomeric purity higher than 95%; and (b) subjecting the benzyl amide of the formula obtained in step (a) to methylation reaction using dimethylsulfate in the presence of a base.