mhurhangee/ep-ind-claims huggingface dataset:
Carrier for food to be cooked (1; 21a-c), having a base body (5; 5o; 22), on the upper side of which there is provision for a contact surface for food to be cooked (8; 23), and having at least one heater (2; 2a - 2c) for heating the contact surface for food to be cooked (8; 23), wherein the at least one heater (2; 2a - 2c) is at least one surface heater (2; 2a - 2c) attached to the base body (5; 5o; 8) at least in the region of the contact surface for food to be cooked, and the surface heater (2; 2a - 2c) has an electrically insulating insulation layer, characterised in that - the at least one surface heater (2; 2a - 2c) has at least one metallic heat dissipation layer between a heat conductor layer (3; 3a - 3c) of the surface heater (2; 2a - 2c) and the base body (5; 5o; 22) and that - the electrically insulating insulation layer is arranged between the heat conductor layer (3; 3a - 3c) and the heat dissipation layer. - the at least one surface heater (2; 2a - 2c) has at least one metallic heat dissipation layer between a heat conductor layer (3; 3a - 3c) of the surface heater (2; 2a - 2c) and the base body (5; 5o; 22) and that - the electrically insulating insulation layer is arranged between the heat conductor layer (3; 3a - 3c) and the heat dissipation layer.
An exhaust cooling device for an exhaust pipe of a combustion process, the cooling device comprising: a tubular housing having an upstream portion and a downstream portion, the upstream portion having a necked-down section tapered in an upstream direction, a plurality of openings formed in the necked down section to allow an ambient air flow from an exterior of the tubular housing to an interior of the tubular housing; and a nozzle element with a frusto-conical shape that tapers in a downstream direction to a nozzle exit, characterized in that the nozzle element is received in the necked down section and tapers from an annular flange to the nozzle exit to direct an exhaust gas flow into the tubular housing, the annular flange of the nozzle element is fixed to a closely conforming annular flange of the necked-down section of the tubular housing, and that each opening is elongate in the circumferential direction with a periphery defined by a circumferentially extending upstream edge, a circumferentially extending downstream edge, and two circumferentially spaced side edges connecting the upstream and downstream edges. a tubular housing having an upstream portion and a downstream portion, the upstream portion having a necked-down section tapered in an upstream direction, a plurality of openings formed in the necked down section to allow an ambient air flow from an exterior of the tubular housing to an interior of the tubular housing; and a nozzle element with a frusto-conical shape that tapers in a downstream direction to a nozzle exit,
An article comprising: (a) a rigid substrate having at least one surface suitable for accommodating a photochromic coating, and (b) a transparent photochromic coating comprising dendritic polymeric acrylate on at least a portion of said surface of said substrate, said coating comprising a photochromic amount of at least one photochromic material. (a) a rigid substrate having at least one surface suitable for accommodating a photochromic coating, and (b) a transparent photochromic coating comprising dendritic polymeric acrylate on at least a portion of said surface of said substrate, said coating comprising a photochromic amount of at least one photochromic material.
A method for determining a location of a second terminal device relative to a first terminal device, the method comprising: generating, by the first terminal device, reference location information of the first terminal device in a position interface, wherein the reference location information of the first terminal device reflects the current location of the first terminal device; sending the position interface and the reference location information from the first terminal device to the second terminal device, wherein the second terminal device: a) sets location information of the second terminal device in the position interface based on the reference location information sent by the first terminal device and b) uses the set location information in the position interface as marked location information, wherein the marked location information reflects the current location of the second terminal device; receiving, at the first terminal device, the position interface and marked location information sent by the second terminal device; and determining, by the first terminal device and based on the reference location information and the received marked location information, a location of the second terminal device relative to the first terminal device. generating, by the first terminal device, reference location information of the first terminal device in a position interface, wherein the reference location information of the first terminal device reflects the current location of the first terminal device; sending the position interface and the reference location information from the first terminal device to the second terminal device, wherein the second terminal device: a) sets location information of the second terminal device in the position interface based on the reference location information sent by the first terminal device and b) uses the set location information in the position interface as marked location information, wherein the marked location information reflects the current location of the second terminal device; a) sets location information of the second terminal device in the position interface based on the reference location information sent by the first terminal device and b) uses the set location information in the position interface as marked location information, wherein the marked location information reflects the current location of the second terminal device; receiving, at the first terminal device, the position interface and marked location information sent by the second terminal device; and determining, by the first terminal device and based on the reference location information and the received marked location information, a location of the second terminal device relative to the first terminal device.
Forming device for cup-shaped hollow bodies having a machine frame, a drive arrangement, a workpiece rotary table for receiving hollow bodies and a tool carrier for receiving machining tools, wherein the workpiece rotary table and the tool carrier lie opposite one another and can be rotated relative to one another about an axis of rotation and can be linearly adjusted relative to one another along the axis of rotation, and wherein the drive arrangement is designed to provide a rotary step movement and a cyclic linear movement between the workpiece rotary table and the tool carrier in order to enable the hollow bodies to be deformed by means of the machining tools in a plurality of successive machining steps, wherein a rotary axis of the workpiece rotary table and a movement axis of the tool carrier are aligned in the vertical direction and wherein the drive arrangement comprises a first drive device associated with the tool carrier for providing the cyclic linear movement and a second drive device associated with the workpiece rotary table for providing the rotary step movement, characterized in that the second drive device comprises exactly one electric motor, a stator of the electric motor being fixed to the machine frame and the workpiece rotary table mounted rotatably on the machine frame being designed as a rotor of the electric motor.
Masitinib, or a pharmaceutically acceptable salt or solvate thereof, for use in the treatment of metastatic castrate-resistant prostate cancer (mCRPC) in a subject in need thereof, wherein said subject suffers from early mCRPC associated (i) with alkaline phosphatase levels at baseline equal to or lower than 250 IU/L, or (ii) with a Halabi prognosis score at baseline equal to or lower than 33, or (iii) with ALP levels at baseline equal to or lower than 250 IU/L and with a Halabi prognosis score at baseline equal to or lower than 33, and wherein the Halabi prognosis score is calculated using the following formula: H = [0.392 × (2 if Eastern Cooperative Oncology Group (ECOG)=2, 1 if ECOG=1, 0 if ECOG=0)] + [0.335 × (1 if Gleason Score in, 0 if Gleason Score <8)] + [exp (0.312 × log(lactic acid dehydrogenase) + 0.211 × log(alkaline phosphatase) + 0.093 × log(prostate specific antigen)] + [0.161 × (1 if presence of visceral disease, else 0)] - [0.082 × hemoglobin].
Heat exchanger of the plate and fin type for bringing into a heat exchange relationship at least one refrigerant fluid and one calorigenic fluid, said heat exchanger comprising a plurality of plates arranged parallel to one another and to a longitudinal direction (z) so as to define a plurality of passages (17, 18) between said plates, at least one passage (17, 18) being formed between two adjacent plates and comprising at least one heat exchange structure equipped with at least one series of fins, said fins extending parallel to the longitudinal direction (z) and following one another in a lateral direction (x) which is orthogonal to the longitudinal direction (z) and parallel to the plates, such that the fins, within the passage (17, 18), define channels suitable for the flow of the refrigerant fluid or the calorigenic fluid parallel to the longitudinal direction (z), at least one fin having, over at least part of its surface, a surface texturing in the form of striations arranged parallel to the longitudinal direction (z), characterized in that the striations are arranged periodically with a period of between 0.1 and 2 mm, the surface texturing being such that the ratio between the height of the fins and the period of the striations is between 5 and 20, the height of the fins being measured orthogonally to the plates.
A telescopic surgical screw comprising: a first screw section including a distal threaded section and a proximal section; a second screw section including a proximal threaded head and a distally extending cylindrical housing, wherein both the threaded head and the cylindrical housing are hollow representative of a longitudinal through hole that extends between a distal orifice and a proximal orifice, said cylindrical housing having a first width defined by an inner wall and a second width defined by an internal flange, the second width being less than the first width; and, a reconfigurable bushing (220, 400, 500, 600) configured to be received within the second screw section to occupy a portion of the longitudinal through hole so as to limit travel of the first screw section with respect to the second screw section, the bushing having an uncompressed width that is greater than the second width and further having a compressed width that is less than the second width, wherein the uncompressed width substantially prevents movement of the bushing from the inner wall to the internal flange, wherein the bushing, while compressed, is slidable from the internal flange to the inner wall; wherein the proximal section of the first screw section is slidable within the longitudinal through hole of the second screw section between a first orientation where the first screw section and the second screw section define a first length and a second orientation where the first screw section and the second screw section define a second length. a first screw section including a distal threaded section and a proximal section; a second screw section including a proximal threaded head and a distally extending cylindrical housing, wherein both the threaded head and the cylindrical housing are hollow representative of a longitudinal through hole that extends between a distal orifice and a proximal orifice, said cylindrical housing having a first width defined by an inner wall and a second width defined by an internal flange, the second width being less than the first width; and, a reconfigurable bushing (220, 400, 500, 600) configured to be received within the second screw section to occupy a portion of the longitudinal through hole so as to limit travel of the first screw section with respect to the second screw section, the bushing having an uncompressed width that is greater than the second width and further having a compressed width that is less than the second width, wherein the uncompressed width substantially prevents movement of the bushing from the inner wall to the internal flange, wherein the bushing, while compressed, is slidable from the internal flange to the inner wall; wherein the proximal section of the first screw section is slidable within the longitudinal through hole of the second screw section between a first orientation where the first screw section and the second screw section define a first length and a second orientation where the first screw section and the second screw section define a second length.
Illumination device comprising - a dome-shaped, cylindrical lens having an optical focal line defining a main axis; - a plurality of light sources arranged along the main axis and configured to emit light during operation; said lens being disposed to receive and to deflect said light as a light beam having an angle γ at FWHM in a direction transverse to the main axis, wherein preferably 0°<=γ<=45°, in transversal cross section the cylindrical lens comprises a central portion flanked by a first side portion and a second side portion; - an axially extending screen for screening the light sources from direct view, the screen being disposed adjacent to the first side portion; and - an axially extending diffuser provided at the second side portion, wherein the cylindrical lens comprises an inner lens surface facing towards the plurality of light sources and an outer lens surface facing away from the light sources and wherein the diffuser is at least provided on the outer lens surface, wherein the second side portion has an axially extending second outer edge and wherein with respect to rotation over the focal line the diffuser forms a diffuser area which starts at angle φ from said second outer edge, wherein 0°<=φ<=40°, and wherein the diffuser area extends over angle Θ, wherein 5° <=Θ<= 15°. - a dome-shaped, cylindrical lens having an optical focal line defining a main axis; - a plurality of light sources arranged along the main axis and configured to emit light during operation; said lens being disposed to receive and to deflect said light as a light beam having an angle γ at FWHM in a direction transverse to the main axis, wherein preferably 0°<=γ<=45°, in transversal cross section the cylindrical lens comprises a central portion flanked by a first side portion and a second side portion; - an axially extending screen for screening the light sources from direct view, the screen being disposed adjacent to the first side portion; and - an axially extending diffuser provided at the second side portion, wherein the cylindrical lens comprises an inner lens surface facing towards the plurality of light sources and an outer lens surface facing away from the light sources and wherein the diffuser is at least provided on the outer lens surface, wherein the second side portion has an axially extending second outer edge and wherein with respect to rotation over the focal line the diffuser forms a diffuser area which starts at angle φ from said second outer edge, wherein 0°<=φ<=40°, and wherein the diffuser area extends over angle Θ, wherein 5° <=Θ<= 15°.
A carrier for at least partially holding a plurality of articles, the carrier comprising a plurality of panels (20, 22, 26, 30, 34, 222, 226, 230, 234, 426, 434) that extends at least partially around an interior of the carrier, the plurality of panels (20, 22, 26, 30, 34, 222, 226, 230, 234, 426,434) comprising at least a top panel, a side panel (22, 30, 222, 230), and a bottom panel (26, 34, 226, 234, 426, 434); a plurality of article receiver features disposed in at least the top panel in at least a first row (R1, R3) and a second row, each article receiver feature of the plurality of article receiver features being for at least partially receiving a respective article of the plurality of articles; and a retention feature (11, 211, 611) extending in at least one of the side panel (22, 30, 222, 230) and the bottom panel (26, 34, 226, 234, 426,434), the retention feature (11, 211, 611) being for at least partially retaining at least one article that is at least partially received in a respective one of the article receiver features in the first row (R1, R3), characterized in that the first row (R1,R3) comprises at least one more article receiver feature than the second row. a plurality of panels (20, 22, 26, 30, 34, 222, 226, 230, 234, 426, 434) that extends at least partially around an interior of the carrier, the plurality of panels (20, 22, 26, 30, 34, 222, 226, 230, 234, 426,434) comprising at least a top panel, a side panel (22, 30, 222, 230), and a bottom panel (26, 34, 226, 234, 426, 434); a plurality of article receiver features disposed in at least the top panel in at least a first row (R1, R3) and a second row, each article receiver feature of the plurality of article receiver features being for at least partially receiving a respective article of the plurality of articles; and a retention feature (11, 211, 611) extending in at least one of the side panel (22, 30, 222, 230) and the bottom panel (26, 34, 226, 234, 426,434), the retention feature (11, 211, 611) being for at least partially retaining at least one article that is at least partially received in a respective one of the article receiver features in the first row (R1, R3), characterized in that the first row (R1,R3) comprises at least one more article receiver feature than the second row.
A shoe care apparatus comprising: a case having a first surface having a first length extending along a first direction and a second surface having a second length extending along a second direction perpendicular to the first direction, the second length being shorter than the first length; a shoe care compartment provided inside the case; a supply port formed on a side wall of the case to supply heated air to the shoe care compartment; a shoe support device provided to receive the heated air from the supply port and formed to be attachable to and detachable from an inner surface of the side wall of the case; a side duct disposed outside of the side wall of the case along the first direction and connectable to the supply port so as to supply the heated air to the shoe care compartment, wherein the shoe support device is configured to allow shoes to be hanged and comprises a support frame (51, 52) formed to protrude along the first direction from a side surface of the shoe care compartment while the support frame (51, 52) is mounted on the shoe care compartment; and characterized in that a mounting rail is formed on the side wall of the case along the first direction so that the shoe support device is enabled to be fixed to the shoe care compartment, and wherein the shoe support device comprises a fastening groove for detachably coupling the shoe support device to the mounting rail. a case having a first surface having a first length extending along a first direction and a second surface having a second length extending along a second direction perpendicular to the first direction, the second length being shorter than the first length; a shoe care compartment provided inside the case; a supply port formed on a side wall of the case to supply heated air to the shoe care compartment; a shoe support device provided to receive the heated air from the supply port and formed to be attachable to and detachable from an inner surface of the side wall of the case; a side duct disposed outside of the side wall of the case along the first direction and connectable to the supply port so as to supply the heated air to the shoe care compartment, wherein the shoe support device is configured to allow shoes to be hanged and comprises a support frame (51, 52) formed to protrude along the first direction from a side surface of the shoe care compartment while the support frame (51, 52) is mounted on the shoe care compartment; and characterized in that a mounting rail is formed on the side wall of the case along the first direction so that the shoe support device is enabled to be fixed to the shoe care compartment, and wherein the shoe support device comprises a fastening groove for detachably coupling the shoe support device to the mounting rail.
A motor vehicle comprising a mechanical clock, wherein: the clock is an automatic, self-winding clock having a winding mechanism automatically wound through movement of the clock; the clock is mounted in a holder in the vehicle; the vehicle has an automatic winding means to automatically wind the winding mechanism of the clock; the automatic winding means comprises means powered or actuated by an electrical system of the motor vehicle to rotate the clock in the holder; the vehicle comprises a user interface switch operable in use to cause the clock to be rotated in the holder when activated; the automatic winding means is operable in use such that subsequent to rotation of the clock for a set period of time, the clock is returned to a set position; the face of the clock comprises one or more indicators thereon; the clock comprises a rotational mechanism operable in use to rotate one or more hands of the clock to indicate the time to a user; and the clock comprises a crown wheel operable in use to act upon the rotational mechanism to move the hand(s) of the clock, the set position to which the clock is returned subsequent to winding comprises a first set position whereby an indicator for 12 o'clock is centred at the top of the clock and characterised in that the user interface switch is operable in use so that, when activated, the clock is moved to a second set position different from the first set position so as to present the crown wheel to a user for altering the time displayed by the clock. the clock is an automatic, self-winding clock having a winding mechanism automatically wound through movement of the clock; the clock is mounted in a holder in the vehicle; the vehicle has an automatic winding means to automatically wind the winding mechanism of the clock; the automatic winding means comprises means powered or actuated by an electrical system of the motor vehicle to rotate the clock in the holder; the vehicle comprises a user interface switch operable in use to cause the clock to be rotated in the holder when activated; the automatic winding means is operable in use such that subsequent to rotation of the clock for a set period of time, the clock is returned to a set position; the face of the clock comprises one or more indicators thereon; the clock comprises a rotational mechanism operable in use to rotate one or more hands of the clock to indicate the time to a user; and the clock comprises a crown wheel operable in use to act upon the rotational mechanism to move the hand(s) of the clock, the set position to which the clock is returned subsequent to winding comprises a first set position whereby an indicator for 12 o'clock is centred at the top of the clock and characterised in that the user interface switch is operable in use so that, when activated, the clock is moved to a second set position different from the first set position so as to present the crown wheel to a user for altering the time displayed by the clock.