mhurhangee/ep-ind-claims huggingface dataset:
Front nozzle for hair dryer, comprising: - at least one tapered portion extending along an axis (X-X); - at least one flattened portion extending perpendicularly to the axis (X-X); the flattened portion being in fluid connection with the tapered portion and having a front slit at one end thereof; - at least one outer surface comprising an outer surface of the tapered portion and an outer surface of the flattened portion; - at least one main channel for the main air flow, adapted for the passage therethrough of the air flow coming from the hair dryer; said main channel comprising at least one converging portion and at least one second portion placed downstream of the converging portion (5 a); - at least one secondary channel comprising at least one opening at the outside of the nozzle and at least one front opening downstream of the converging portion of the main channel to contact the air flow passing through the secondary channel with the main air flow passing through the main channel; said secondary channel extending between the outer surface and the main channel so as to thermally insulate, at least partially, said outer surface; said secondary channel extending over the flattened portion so as to create an air chamber insulating the outer surface of the flattened portion; said secondary channel extends over the flattened portion so as to create an air chamber extending for at least the 70% of the outer surface of the flattened portion. - at least one tapered portion extending along an axis (X-X); - at least one flattened portion extending perpendicularly to the axis (X-X); the flattened portion being in fluid connection with the tapered portion and having a front slit at one end thereof; - at least one outer surface comprising an outer surface of the tapered portion and an outer surface of the flattened portion; - at least one main channel for the main air flow, adapted for the passage therethrough of the air flow coming from the hair dryer; said main channel comprising at least one converging portion and at least one second portion placed downstream of the converging portion (5 a); - at least one secondary channel comprising at least one opening at the outside of the nozzle and at least one front opening downstream of the converging portion of the main channel to contact the air flow passing through the secondary channel with the main air flow passing through the main channel;
A marker (15, 16) display device displays physical magnitudes measured by a first measuring device that measures values of a first physical magnitude and a second measuring device that measures values of a second physical, the display device comprises a controller device in electrical communication with at least the first measuring device, the second measuring device to continuously register the values of a first physical magnitude, the second physical magnitude, originating in the first measuring device and second measuring device; and a third referencing device adapted to provide a reference value relative to the mathematical relationship between the first and second physical magnitude, wherein the controller device is in electrical communication with a first indicator, a second indicator to generate and transmit positioning signals to the first and a second indicator (13, 14), respectively, to indicate markers (15, 16) belonging to the first graduated scale and the second graduated scale such that the first and a second indicator (13, 14) are aligned during normal operation of the elements of the assembly; the controller device is configured to change the size and the relative position of a first scale with respect to the second scale, wherein there is a mathematical relationship between the first physical magnitude and the second physical magnitude that can change during operation of the first and second measuring devices such that the size and the relative position of the first scale is changed as a function of the current relationship between the first and second physical magnitude.
A tin-plated copper-alloy material for terminal comprising: a substrate made of Cu or Cu alloy; an Sn-based surface layer formed on a surface of the substrate; and a Cu-Ni-Sn alloy layer including Ni formed between the Sn-based surface layer and the substrate, wherein the Cu-Ni-Sn alloy layer is made of: fine Cu-Ni-Sn alloy particles containing Ni not less than 10 at% and not more than 40 at% in a state of column crystal having a cross-sectional diameter of not less than 0.1 μm and not more than 0.8 μm and an aspect ratio of not less than 1.5; and coarse Cu-Ni-Sn alloy particles having a cross-sectional diameter more than 0.8 μm, wherein the coarse Cu-Ni-Sn alloy particles may include column-crystal particles, and the cross-sectional diameter of the column particles is a short length thereof; an average thickness of the Sn-based surface layer is not less than 0.2 μm and not more than 0.6 μm, an area ratio of the Cu-Ni-Sn alloy layer exposed at a surface of the Sn-based surface layer is not less than 10% and not more than 40%, and a coefficient of kinetic friction of the tin-plated copper-alloy material for terminal is not more than 0.3, wherein the coefficient of kinetic friction is measured under a load P of 0,98N; optionally comprising a barrier layer consisting of Ni or Ni alloy having a thickness of not less than 0.05 μm and not more than 0.5 μm between the substrate and the Cu-Ni-Sn alloy layer. a substrate made of Cu or Cu alloy; an Sn-based surface layer formed on a surface of the substrate; and a Cu-Ni-Sn alloy layer including Ni formed between the Sn-based surface layer and the substrate, wherein the Cu-Ni-Sn alloy layer is made of: fine Cu-Ni-Sn alloy particles containing Ni not less than 10 at% and not more than 40 at% in a state of column crystal having a cross-sectional diameter of not less than 0.1 μm and not more than 0.8 μm and an aspect ratio of not less than 1.5; and coarse Cu-Ni-Sn alloy particles having a cross-sectional diameter more than 0.8 μm, wherein the coarse Cu-Ni-Sn alloy particles may include column-crystal particles, and the cross-sectional diameter of the column particles is a short length thereof; an average thickness of the Sn-based surface layer is not less than 0.2 μm and not more than 0.6 μm, an area ratio of the Cu-Ni-Sn alloy layer exposed at a surface of the Sn-based surface layer is not less than 10% and not more than 40%, and a coefficient of kinetic friction of the tin-plated copper-alloy material for terminal is not more than 0.3, wherein the coefficient of kinetic friction is measured under a load P of 0,98N; optionally comprising a barrier layer consisting of Ni or Ni alloy having a thickness of not less than 0.05 μm and not more than 0.5 μm between the substrate and the Cu-Ni-Sn alloy layer.
Inner container for a refrigeration appliance, especially for a household refrigeration appliance, with walls (8, 9) surrounding a storage compartment (2; 3), at least one hollow stud (11; 17) drawn into one of the walls (8; 9) and a holder (19; 28) for a built-in part (4; 29), characterised in that an undercut is formed on an inner surface of the at least one stud (11; 17) and the holder (19; 28) is inserted into the peg (11; 17) and latched in the undercut.
Process for upconcentrating fluoropolymer dispersions comprising, providing an aqueous fluoropolymer dispersion containing a fluorinated polyether emulsifier and subjecting that dispersion to a heat treatment in the presence of from at least 1% by weight (based on the fluoropolymer content of that dispersion) of a sugar-based emulsifier to induce phase separation into an aqueous fluoropolymer-enriched dispersion and an aqueous fluoropolymer-depleted phase.
Vehicle opening and closing control system comprising: - a latch unit of the opening comprising a latch capable of cooperating with a fixed component on the vehicle structure; means of locking and unlocking the lock and means of detection of rotation of a key in a cylinder; - a lock control unit intended to be connected to that lock unit in order to control lock locking and release; is characterized by the control unit being configured to account for a latched or unlocked condition, selectively, of the latch and, in response to the spin detection of the key, to order a reversal of that lock condition. - a latch unit of the opening comprising a latch capable of cooperating with a fixed component on the vehicle structure; means of locking and unlocking the lock and means of detection of rotation of a key in a cylinder; - a lock control unit intended to be connected to that lock unit in order to control lock locking and release;
Rotor blade assembly for a wind turbine, the rotor blade assembly having - a rotor blade comprising a first part of an integrated lightning down conductor of the rotor blade assembly, - a rotor blade tip member being attachable or attached to the free ending of the rotor blade, the rotor blade tip member comprising a second part of the integrated lightning down conductor of the rotor blade assembly; - a connection means adapted to connect or connecting the first and second part (3, 5) of the integrated lightning down conductor of the rotor blade assembly, characterised in that the connection means comprises a base element and two fastening elements (11a, 11b) which fastening elements (11a, 11b) are clamped or adapted to be clamped with the base element by means of at least one tension element, wherein the base element has a cylindrical shape, with each face side of the base element being at least partially provided with an inclined ramp area (13a, 13b), whereby each fastening element (11a, 11b) is provided with a corresponding inclined ramp area (14a, 14b). - a rotor blade comprising a first part of an integrated lightning down conductor of the rotor blade assembly, - a rotor blade tip member being attachable or attached to the free ending of the rotor blade, the rotor blade tip member comprising a second part of the integrated lightning down conductor of the rotor blade assembly; - a connection means adapted to connect or connecting the first and second part (3, 5) of the integrated lightning down conductor of the rotor blade assembly,
A method of controlling the polarization state of signals to be transmitted from a MIMO capable radio base station node to a plurality of user equipment, said radio base station node comprising a precoder unit connecting a first and a second virtual antenna port to a respective first and second transmit antenna port, said method comprising: transmitting a Primary-Common Pilot Channel (P-CPICH) only on the first virtual antenna port; controlling a relative phase between transmitted signals from said first transmit antenna port and said second transmit antenna port to provide a predetermined pair of orthogonal polarization states for signals transmitted on said first and said second virtual antenna ports; interchanging the polarization states of signals to be transmitted from said first and second virtual antenna ports, to provide transmitted polarized signals with alternating polarization states. transmitting a Primary-Common Pilot Channel (P-CPICH) only on the first virtual antenna port; controlling a relative phase between transmitted signals from said first transmit antenna port and said second transmit antenna port to provide a predetermined pair of orthogonal polarization states for signals transmitted on said first and said second virtual antenna ports; interchanging the polarization states of signals to be transmitted from said first and second virtual antenna ports, to provide transmitted polarized signals with alternating polarization states.
A method of producing a tobacco raw material, the method comprising: a step of smoke-processing dried tobacco leaf dried to a moisture content of less than 15 w%; a step of adding an alcohol to the smoke-processed dried tobacco leaf; and a step of storing the tobacco leaf to which the alcohol has been added, wherein the storage step is carried out under closed conditions wherein volatile ingredients do not volatilize off; and, following the storage step, a step of adding a polyol to the tobacco leaf. a step of smoke-processing dried tobacco leaf dried to a moisture content of less than 15 w%; a step of adding an alcohol to the smoke-processed dried tobacco leaf; and a step of storing the tobacco leaf to which the alcohol has been added, wherein the storage step is carried out under closed conditions wherein volatile ingredients do not volatilize off; and, following the storage step, a step of adding a polyol to the tobacco leaf.
A method for controlling an acetic acid production process, comprising: (i) reacting methanol and carbon monoxide in the presence of a carbonylation catalyst, a catalyst stabilizer, methyl iodide, water, and methyl acetate to produce a reactor mixture which comprises the catalyst, the catalyst stabilizer, methanol, carbon monoxide, carbon dioxide, methyl iodide, methyl acetate, water, and acetic acid; (ii) measuring the concentration of a component of the reactor mixture by Raman spectroscopic analysis; and (iii) adjusting the conditions in the reactor or in any subsequent step of the acetic acid production process in response to the measured concentration of the components to achieve a proper concentration of the component in the reactor mixture; wherein the component is selected from the group consisting of carbon monoxide. (i) reacting methanol and carbon monoxide in the presence of a carbonylation catalyst, a catalyst stabilizer, methyl iodide, water, and methyl acetate to produce a reactor mixture which comprises the catalyst, the catalyst stabilizer, methanol, carbon monoxide, carbon dioxide, methyl iodide, methyl acetate, water, and acetic acid; (ii) measuring the concentration of a component of the reactor mixture by Raman spectroscopic analysis; and (iii) adjusting the conditions in the reactor or in any subsequent step of the acetic acid production process in response to the measured concentration of the components to achieve a proper concentration of the component in the reactor mixture;
An implantable penile prosthesis comprising an elongate inflatable inner body defining an inflatable chamber, the inflatable chamber in fluid communication with a source of pressurizing fluid, an expandable polymeric sleeve (156, 300) located along a length of an outer surface of the inner body; characterised in that the ex-pandable polymeric sleeve comprises fenestrations to provide expandability of the sleeve. an elongate inflatable inner body defining an inflatable chamber, the inflatable chamber in fluid communication with a source of pressurizing fluid, an expandable polymeric sleeve (156, 300) located along a length of an outer surface of the inner body; characterised in that the ex-pandable polymeric sleeve comprises fenestrations to provide expandability of the sleeve.
Hands-free portable phototherapy device of the type comprising a main head unit with a headband. configured to be positioned over a user's head extending between first and second end portions and comprising a light source emitting onto an inner portion of the headband and first and second ear units configured to be worn over a user's ears, the end portions and of the headband are connected to the first and second ear units respectively, so that in the fitted configuration the headband presses the ear units (30A, 30B) against the user's head to keep the device hands-free, wherein the end portions (14A, 14B) each carry releasable hooking means of the headband configured to cooperate respectively with complementary hooking (31A, 31B) carried by the snap-type ear units (30A, 30B), one end portion (14A, 14B) of the headband comprising a flexible tab provided with a loop, and wherein the hooking means (14A, 31A; 14B, 31B) are configured to allow, in the snap-in position, relative rotation of the headband with respect to the ear units (30A, 30B).
Antenna with mission flexibility comprising a reflector and at least a first source and a second source of radiofrequency signals which are arranged in front of the reflector, the reflector having a focal point and each source having a phase centre, wherein the sources (S1, S2) are independent, fixed and connected to separate radiofrequency supply channels (RF1, RF2) which define different and predefined polarisation and/or operating frequency characteristics, the antenna further comprising means (M1, M2, M3) for moving and orientating the reflector from a first position in accordance with which the focal point of the reflector is placed at the phase centre of the first source towards a second position in accordance with which the focal point of the reflector is placed at the phase centre of the second source, characterised in that the reflector is a single reflector and in that the means (M1, M2, M3) for moving and orientating the reflector comprise three motors which are connected to each other by means of lever arms (13, 14, 15).
Holder for flowers and decorative products, wherein the holder is or can be arranged on a window or door sash and the holder is or can be connected to the window or door sash, wherein on the holder, which has a main body, wherein at least one attachment part is arranged on the main body of the holder in a form-fitting manner, wherein the form fit is achieved by laterally inserting an insertion part (8.1) into an insertion opening (2.1) of the main body, characterised in that the main body can be arranged at the bottom of the window or door sash in a force-fitting manner and has the shape of a U-profile and on the inside of which an adjustable terminal strip is arranged, which can be adjusted horizontally in the usual way by means of a plurality of screw connections, each consisting of a threaded hole and a screw. at least one attachment part is arranged on the main body of the holder in a form-fitting manner, wherein the form fit is achieved by laterally inserting an insertion part (8.1) into an insertion opening (2.1) of the main body, characterised in that the main body can be arranged at the bottom of the window or door sash in a force-fitting manner and has the shape of a U-profile and on the inside of which an adjustable terminal strip is arranged, which can be adjusted horizontally in the usual way by means of a plurality of screw connections, each consisting of a threaded hole and a screw.
Method of manufacturing for making a door in a tubular shell, such as a windmill tower, wherein a cut-out opening is made in the tubular shell, and a door frame is place in said cut-opening, characterised in that - the shape of said door frame for said tubular shell and the shape of the surface of said tubular shell at said cut-opening to be made in the tubular shell are measured with a measuring sensor connected to an arm of a robot, and which sensor enables the measurement of the shape of the surface of an object in 3D space, - the path to be measured is calculated and the robot movement path programme is created automatically in a computer application based on the measurement of the door frame, - the cutting path for the cut-out opening based on the measurements carried out is calculated bv the computer application, - a cutting device such as a plasma torch, connected to the end of the arm of the robot, is controlled, based on the measurements, so that an opening corresponding to the shape of said door frame is cut in several steps in the tubular shell with the cutting device, - the cutting device is controlled based on measurements carried out with said measuring sensor to make a bevel (16, 17) on both sides of the cut-opening in the edge of the cut-opening, - the door frame is placed into the cut-out opening and the door frame is welded by a welding device connected to the end of the arm of the welding robot, wherein the measuring sensor is connected simultaneously to the end of the arm of the robot, so that the measurement data from the measuring sensor is utilised for the real time monitoring and control of the welding process. - the shape of said door frame for said tubular shell and the shape of the surface of said tubular shell at said cut-opening to be made in the tubular shell are measured with a measuring sensor connected to an arm of a robot, and which sensor enables the measurement of the shape of the surface of an object in 3D space, - the path to be measured is calculated and the robot movement path programme is created automatically in a computer application based on the measurement of the door frame, - the cutting path for the cut-out opening based on the measurements carried out is calculated bv the computer application, - a cutting device such as a plasma torch, connected to the end of the arm of the robot, is controlled, based on the measurements, so that an opening corresponding to the shape of said door frame is cut in several steps in the tubular shell with the cutting device, - the cutting device is controlled based on measurements carried out with said measuring sensor to make a bevel (16, 17) on both sides of the cut-opening in the edge of the cut-opening, - the door frame is placed into the cut-out opening and the door frame is welded by a welding device connected to the end of the arm of the welding robot, wherein the measuring sensor is connected simultaneously to the end of the arm of the robot, so that the measurement data from the measuring sensor is utilised for the real time monitoring and control of the welding process.
A genetically modified cell comprising a genomic modification made by a zinc finger nuclease or TAL-effector domain nuclease (TALEN), wherein the genomic modification is within any one of the nuclease target sequences of SEQ ID NOs: 4-80, 143-184, 232-251 and 276 of an endogenous BCL11a enhancer sequence, and further wherein the genomic modification is an insertion and/or deletion.
A method for producing a die for moulding a ceramic honeycomb structure, which comprises moulding grooves arranged in a lattice pattern, and apertures communicating with said moulding grooves for supplying a mouldable material, wherein the formation of said lattice-patterned grooves by machining is conducted by a first machining operation for forming pluralities of first parallel grooves, and a second machining operation for forming second grooves crossing said first grooves; characterised in that said first and second machining operations are conducted by at least 2 passes of grinding or cutting using a rotating tool; said first machining operation is conducted by down-cutting; and said second machining operation is conducted by down-cutting in the first pass and by up-cutting in the second pass or later.
Capsule, for preparing a beverage, connectable to a machine for supplying sanitized liquid to the capsule, wherein the capsule comprises: a product compartment containing nutritional ingredients to produce the beverage when associated with the liquid, a spout comprising a housing and a fluid connector adapted to be fluidly connected to a connection part of a liquid supply and treatment unit of the machine and to supply liquid inside the product compartment; characterized in that the fluid connector is arranged in the housing to be displaceable between a storage position in which the fluid connector is enclosed within the housing and an extended position in which at least a frontal portion of the fluid connector including its tip with a liquid inlet extends beyond the housing. a product compartment containing nutritional ingredients to produce the beverage when associated with the liquid, a spout comprising a housing and a fluid connector adapted to be fluidly connected to a connection part of a liquid supply and treatment unit of the machine and to supply liquid inside the product compartment;