mhurhangee/ep-ind-claims huggingface dataset:
A fuel nozzle for a gas turbine comprising a radial swirler and an axial swirler, wherein the radial swirler is arranged to swirl a first flow (A1+F1) of a first oxidant-fuel mixture and the axial swirler is arranged to swirl a second flow (A2+F2) of a second oxidant-fuel mixture, wherein a first recirculation zone is associated to the radial swirler, wherein a second recirculation zone is associated to the axial swirler, and wherein the second recirculation zone is at least partially downstream the first recirculation zone; wherein a body of the fuel nozzle developing in an axial direction from an inlet side to an outlet side, comprises a central conduit developing in the axial direction and an annular conduit developing in the axial direction around the central conduit, wherein the central conduit is arranged to feed the first flow (A1+F1) and the annular conduit is arranged to feed the second flow (A2+F2); wherein the central conduit starts with a chamber, continues with a converging section and ends with a diverging section; wherein the radial swirler essentially consists of a set of channels which develop radially and tangentially to create radially swirling motion in the central conduit around the axial direction. wherein a body of the fuel nozzle developing in an axial direction from an inlet side to an outlet side, comprises a central conduit developing in the axial direction and an annular conduit developing in the axial direction around the central conduit, wherein the central conduit is arranged to feed the first flow (A1+F1) and the annular conduit is arranged to feed the second flow (A2+F2); wherein the central conduit starts with a chamber, continues with a converging section and ends with a diverging section; wherein the radial swirler essentially consists of a set of channels which develop radially and tangentially to create radially swirling motion in the central conduit around the axial direction.
An absorbent product comprising a topsheet, a backsheet, and an absorbent core, the absorbent core comprising an absorbent structure comprising: an acquisition layer comprised of a nonwoven substrate comprising enrobeable elements, wherein the enrobeable elements comprise nonwoven fibers (44, 50), the absorbent structure characterised by further comprising: a storage layer comprising a high internal phase emulsion foam; and a smooth transition zone between the acquisition layer and the storage layer, exhibited by the area where the enrobeable elements are fully enrobed by the high internal phase emulsion foam. an acquisition layer comprised of a nonwoven substrate comprising enrobeable elements, wherein the enrobeable elements comprise nonwoven fibers (44, 50), the absorbent structure characterised by further comprising: a storage layer comprising a high internal phase emulsion foam; and a smooth transition zone between the acquisition layer and the storage layer, exhibited by the area where the enrobeable elements are fully enrobed by the high internal phase emulsion foam. a storage layer comprising a high internal phase emulsion foam; and a smooth transition zone between the acquisition layer and the storage layer, exhibited by the area where the enrobeable elements are fully enrobed by the high internal phase emulsion foam.
A personal care implement comprising: an emitting end; an electromagnetic source for projecting electromagnetic radiation onto an area of skin, the electromagnetic source having emission characteristics to treat acne; and a light sensor configured to sense an amount of ambient light present at the emitting end; characterised in that the personal care implement further comprises: a pressure sensor configured to sense a pressure exerted by the area of the skin on the emitting end; a controller that is configured to instruct the electromagnetic source to begin projecting only when both (a) the light sensor senses that the amount of ambient light at the emitting end is below a predefined threshold, and (b) the pressure sensor senses the pressure exerted by the area of the skin on the emitting end is above a predefined pressure. an emitting end; an electromagnetic source for projecting electromagnetic radiation onto an area of skin, the electromagnetic source having emission characteristics to treat acne; and a light sensor configured to sense an amount of ambient light present at the emitting end; characterised in that the personal care implement further comprises: a pressure sensor configured to sense a pressure exerted by the area of the skin on the emitting end; a controller that is configured to instruct the electromagnetic source to begin projecting only when both (a) the light sensor senses that the amount of ambient light at the emitting end is below a predefined threshold, and (b) the pressure sensor senses the pressure exerted by the area of the skin on the emitting end is above a predefined pressure.
A process for joining a first metal workpiece and a second metal workpiece by laser brazing for forming a vehicle structure, comprising the following steps: providing the first metal workpiece and the second metal workpiece in contacting relationship so as to form an elongated contact region, wherein at least one of the first and second metal workpieces (1, 2) is made of hot-dip galvanized steel material, supplying a laser beam having a beam parameter product lower than 10 mm·mrad from a laser source, guiding the laser beam through a laser focus head having a total optical magnification in the range of 1:0.5 - 1:1.5, directing the laser beam along the elongated contact region, wherein a beam spot formed where the laser beam hits the contact region has a size in the range of 2 - 6 mm, and supplying a consumable wire of filler material to the beam spot to melt the consumable wire and braze said first and second metal workpieces (1, 2) together, wherein the consumable wire comprises at least 95% copper. providing the first metal workpiece and the second metal workpiece in contacting relationship so as to form an elongated contact region, wherein at least one of the first and second metal workpieces (1, 2) is made of hot-dip galvanized steel material, supplying a laser beam having a beam parameter product lower than 10 mm·mrad from a laser source, guiding the laser beam through a laser focus head having a total optical magnification in the range of 1:0.5 - 1:1.5, directing the laser beam along the elongated contact region, wherein a beam spot formed where the laser beam hits the contact region has a size in the range of 2 - 6 mm, and supplying a consumable wire of filler material to the beam spot to melt the consumable wire and braze said first and second metal workpieces (1, 2) together, wherein the consumable wire comprises at least 95% copper.
System for fastening attachment elements to a housing of an electrical machine, the housing comprising a substantially cylindrical central body defining a longitudinal geometric axis, and comprising at least one external reception portion for an attachment element, wherein the reception portion comprises a longitudinal rail (3, 30) and the system also comprises an attachment element (2, 20) for axial sliding engagement on the rail (3, 30), characterized in that the reception portion comprises a longitudinal tubular wall (4, 40) extending adjacent to the rail (3,30), the tubular wall having a bore (5,50) for receiving an axial translation limiting element (6,60); the attachment element further comprising a passage opening (2e, 21a) for passage of an axial translation limiting element (6, 60); and the axial translation limiting element (6,60) being inserted through the passage opening (2e, 21 a) of the attachment element (2, 20) and into the bore (5, 50) of the tubular wall of the reception portion, after the sliding engagement between the attachment element (2, 20) and the rail (3,30).
Combined oven of the microwave type for cooking, warming and/or defrosting frozen or fresh food products, in particular for warming sandwiches, comprising at least one magnetron for generating microwaves in a chamber selectively accessible from outside through a moveable closure door, said chamber being provided with a plane for supporting said food products, said plane being of the heated-plate type, a further heated-plate element being also foreseen accommodated in said chamber in a moveable manner and spaced above said plane to cook, warm and/or defrost said food products supported in said chamber from above, characterized in that said supporting plane and said plate element can be actuated independently from each other and also independently or in combination with respect to said magnetron.
A catheter comprising a jacket defining a lumen and comprising an inner liner and an outer tubular layer with a helical support in jacket material along at least some of its length, the catheter comprising at least a proximal portion and a distal portion, said distal portion having a corrugated outer surface with corrugations in the outer surface of the outer tubular layer and the helical support is encapsulated between said corrugations and the outside of the inner liner; wherein the inner liner (5, 1207, 1208) defines said lumen, and the inner liner extends between the distal portion and the proximal portion; wherein the inner liner comprises an ePTFE tubular layer in the distal portion and a PTFE tubular layer in the proximal portion, and a transition wherein said inner liner tubular layers are in contact without overlap or are in contact by a lap joint in which the tubular layers (1207, 1208, 1260, 1261) are concentric. wherein the inner liner (5, 1207, 1208) defines said lumen, and the inner liner extends between the distal portion and the proximal portion; wherein the inner liner comprises an ePTFE tubular layer in the distal portion and a PTFE tubular layer in the proximal portion, and a transition wherein said inner liner tubular layers are in contact without overlap or are in contact by a lap joint in which the tubular layers (1207, 1208, 1260, 1261) are concentric.
Electrically operable floor care device with a motor and a manual power control unit for the motor, wherein the floor care device comprises a handle for a user to manually select a requested mode power of the motor from two or more possible requested mode powers, and the floor care device comprises an automatic power control unit for the motor, which is designed to pass over the requested mode power selected manually by means of the handle when the motor of the floor care device is switched on and to operate the motor automatically with a fixed automatic mode power instead of with the requested mode power selected by way of the handle; wherein the floor care device is designed so that a requested mode power selected manually by the user by means of a handle after the motor of the floor care device has been switched on passes over the automatic mode power set automatically when the floor care device is switched on so that the motor is then operated with this requested mode power, characterised in that the automatic mode power is fixed in that it represents a fixed relative portion of the requested mode power selected manually by means of the handle.
Industrial truck, in particular counterbalance forklift truck, with a driver's seat forming a sitting and standing aid, wherein the industrial truck is designed for operation in a standing operating position and in a sitting operating position of an operator, wherein the driver's seat has a cushion element which is adjustable longitudinally in a seat shell and, in a first position, forms, with an upper side, a support surface for a standing operating position and, in a second position, forms, with the upper side, a seat surface and a backrest for a sitting operating position, characterized in that a guide is provided for a lower region of the cushion element in the seat shell, or the cushion element is provided in a lower region with a transition region permitting a deflection in the seat shell, and therefore the cushion element is convertible, by longitudinal adjustment in the seat shell, from the support surface for a standing operating position into the seat surface and the backrest for the sitting operating position.
A fishing seat box comprising: • a footplate, of substantially rectangular shape, comprising attachment means for a first pair of support legs (202, 203) in a first portion of the footplate; • a frame comprising: i. a support base of substantially rectangular shape, comprising further attachment means for a second pair of support legs (105, 106) in a rear portion of the support base, and a guide for slidably receiving the footplate in a front portion of the support base; and ii. a support structure to which a seat of the seat box is fastened or fastenable; • the footplate being translatable on the guide in such a way that it can be placed, alternatively, in a retracted position and in an extended position in which the footplate is partially pulled out of the guide; • characterized in that • the frame further comprises a pair of transverse supports (110a, 110b) which extend transversely between the support structure and the support base and which are each fastened to respective opposed portions (109, 111) of the support structure and the support base, respectively, one of the opposed portion (109, 111) facing forwards relative to the support structure and to the support base and the other of the opposed portion (109, 111) facing backwards relative to the support structure and to the support base. • a footplate, of substantially rectangular shape, comprising attachment means for a first pair of support legs (202, 203) in a first portion of the footplate; • a frame comprising: i. a support base of substantially rectangular shape, comprising further attachment means for a second pair of support legs (105, 106) in a rear portion of the support base, and a guide for slidably receiving the footplate in a front portion of the support base; and ii. a support structure to which a seat of the seat box is fastened or fastenable; i. a support base of substantially rectangular shape, comprising further attachment means for a second pair of support legs (105, 106) in a rear portion of the support base, and a guide for slidably receiving the footplate in a front portion of the support base; and ii. a support structure to which a seat of the seat box is fastened or fastenable; • the footplate being translatable on the guide in such a way that it can be placed, alternatively, in a retracted position and in an extended position in which the footplate is partially pulled out of the guide; • characterized in that • the frame further comprises a pair of transverse supports (110a, 110b) which extend transversely between the support structure and the support base and which are each fastened to respective opposed portions (109, 111) of the support structure and the support base, respectively, one of the opposed portion (109, 111) facing forwards relative to the support structure and to the support base and the other of the opposed portion (109, 111) facing backwards relative to the support structure and to the support base.
Force touch display device comprising: a liquid crystal display panel, a back light unit configured to supply light to the display panel, a plurality of first electrodes disposed within the display panel, a second electrode for sensing a touch force of the user, a cut cover bottom having a central area removed and which supports only an edge area of the back light unit, a mid-frame disposed on a back side of the cut cover bottom and serving as a support part covering the entire back surface of the display panel, a cover glass disposed on a front side of the display panel, wherein the mid-frame is connected to the cover glass and configured as a back structure for the entire display device, and a touch driver configured to select one of a cut cover bottom and a mid-frame as the second electrode depending on a force touch sensing position, wherein a first gap is disposed between the back light unit and the display panel, wherein when the touch driver senses a touch input on an edge area, the touch driver is adapted to measure a change of a first capacitance caused by a change of the first gap and to sense the touch input, and wherein a second gap is disposed between the back light unit and the mid-frame, wherein when the touch driver senses a touch input on a central area, the touch driver is adapted to measure a change of a second capacitance caused by a change of the second gap and to sense the touch input. a liquid crystal display panel, a back light unit configured to supply light to the display panel, a plurality of first electrodes disposed within the display panel, a second electrode for sensing a touch force of the user, a cut cover bottom having a central area removed and which supports only an edge area of the back light unit, a mid-frame disposed on a back side of the cut cover bottom and serving as a support part covering the entire back surface of the display panel, a cover glass disposed on a front side of the display panel, wherein the mid-frame is connected to the cover glass and configured as a back structure for the entire display device, and a touch driver configured to select one of a cut cover bottom and a mid-frame as the second electrode depending on a force touch sensing position, wherein a first gap is disposed between the back light unit and the display panel, wherein when the touch driver senses a touch input on an edge area, the touch driver is adapted to measure a change of a first capacitance caused by a change of the first gap and to sense the touch input, and wherein a second gap is disposed between the back light unit and the mid-frame, wherein when the touch driver senses a touch input on a central area, the touch driver is adapted to measure a change of a second capacitance caused by a change of the second gap and to sense the touch input.
A method for obtaining a composition of at least two components, comprising the steps of: providing at least one first fluid component; providing at least one second solid component and processing it so that the first component can diffuse into the second component; and diffusing the first component into the second component, wherein the second component is a polymer powder and processing the second component comprises compacting the powder so that capillaries are formed between particles to generate or increase capillary forces for the first component that contacts the second component. providing at least one first fluid component; providing at least one second solid component and processing it so that the first component can diffuse into the second component; and diffusing the first component into the second component, wherein the second component is a polymer powder and processing the second component comprises compacting the powder so that capillaries are formed between particles to generate or increase capillary forces for the first component that contacts the second component.
Composition comprising thiabendazole, its salts or acid addition compounds, at least one iodine-containing fungicide, which is selected from the group consisting of 3-iodo-2-propynyl butylcarbamate (IPBC) and diiodomethyl-p-tolylsulfone or from mixtures of these fungicides, and at least one epoxide selected from the group consisting of triglycerides of epoxidized fatty acids whose fatty acids have a carbon length of 17 to 23 carbon atoms and contain at least one epoxide group
Electrical machine comprising a stator and a rotor (3, 20), wherein the rotor (3, 20) comprises a laminated core (5, 23), attached to a rotor shaft (4, 25) of the electrical machine (1.49), made up of laminations (26, 27, 28, 29, 37, 38) layered in the axial direction of the rotor (3, 20), wherein the laminated core (5, 23) forms at least one cooling channel (7, 9, 21, 22) for a cooling fluid, wherein the cooling channel (7, 9, 21, 22) is formed in that a plurality of laminations (26, 27, 28, 29, 37, 38) have at least one respective opening (30, 31, 32, 39, 40 - 47) in the axial direction of the rotor (3, 20), wherein the cooling channel (7, 9, 21, 22) extends at least in sections in the radial direction of the rotor (3, 20), wherein the section of the cooling channel (7, 9, 21, 22) running in the radial direction of the rotor (3, 20), or at least one of these sections, is formed through one of the openings (30, 31, 32, 39, 40 - 47) of the laminations (26, 27, 28, 29, 37, 38), characterised in that the at least one cooling channel (7,8,9,21,22) comprises at least two separate cooling channels (7, 8, 9, 10, 21, 22) or groups of cooling channels (7, 8, 9, 10, 21, 22), from which different cooling fluids can be supplied.
A system for generating a vapor from a liquid for the delivery of an aerosol to a human, said system comprising: a) an electric heater (14, 1014, 2014, 3014, 4014) having a body comprising at least one sidewall that defines an interior void, at least one inner surface, at least one outer surface, and a plurality of apertures through the at least one sidewall, characterised in that the electric heater comprises an electrically resistive material encapsulated in a heat diffusing material, wherein the heat diffusing material is a ceramic material which is non-porous to the liquid. a) an electric heater (14, 1014, 2014, 3014, 4014) having a body comprising at least one sidewall that defines an interior void, at least one inner surface, at least one outer surface, and a plurality of apertures through the at least one sidewall, characterised in that the electric heater comprises an electrically resistive material encapsulated in a heat diffusing material, wherein the heat diffusing material is a ceramic material which is non-porous to the liquid.
A polyvalent virus-like particle vector, characterised in that it comprises a recombinant adenoviral dodecahedron particle comprised of adenoviral pentons or adenoviral penton base proteins, with a covalently linked low-molecular weight therapeutic substance in at least two copies, wherein the therapeutic substance is a bleomycin and wherein the adenoviral dodecahedron originates from a mammalian, especially human, virus.
Fabric for protective clothing, wherein the warp thread of the fabric has a lower or higher proportion of pigmented para-aramide than the weft thread, wherein the fabric is woven with one-sided weave such that on the outer side of the fabric, more thread with lower para-aramide proportion is present than thread with higher para-aramide proportion, characterised in that the thread with lower para-aramide proportion has a para-aramide proportion of 3 % to 8 %, in particular about 5 %.
Sensor control device for a vehicle, having: - a current interface for transmitting data, - a voltage regulator (S-VR) which supplies a sensor system with energy on the basis of an energy supply for the sensor control device, - characterized by at least one current sink which is connected to the current interface and is adapted to simulate an energy consumption of the sensor system, wherein the at least one current sink is controlled by the voltage regulator (S-VR) on the basis of the energy supply, with the result that the voltage regulator (S-VR) at least partially supplies the sensor system with energy from the current interface. - a current interface for transmitting data, - a voltage regulator (S-VR) which supplies a sensor system with energy on the basis of an energy supply for the sensor control device, - characterized by at least one current sink which is connected to the current interface and is adapted to simulate an energy consumption of the sensor system, wherein the at least one current sink is controlled by the voltage regulator (S-VR) on the basis of the energy supply, with the result that the voltage regulator (S-VR) at least partially supplies the sensor system with energy from the current interface.
A compound of general formula or a pharmaceutically acceptable salt thereof, wherein R 1 - R 4 are each independently selected from H and deuterium; and at least one of R 1 - R 4 is deuterium.