mhurhangee/ep-ind-claims huggingface dataset:
A method of depositing a diamond-like-carbon coating composition having a transition-metal constituent on a substrate; the coating comprising: a first layer composed of a first transition metal, and having a first surface and a second surface in contact with said substrate; and a second, Me-DLC layer consisting of carbon and a second transition metal; said first layer is deposited onto said substrate using magnetron sputtering while a negatively biased DC current is applied to the substrate and held constant throughout deposition of the first layer until the first layer has reached its desired thickness; and said second layer is deposited onto said first layer using magnetron sputtering while a negatively biased DC current is applied to the substrate, starting at zero and increasing in intensity during deposition; characterised in that: said second layer has a metal to carbon atomic ratio of about 0.1 to 0.3, in that said first transition metal is chromium and said second transition metal is tungsten. a first layer composed of a first transition metal, and having a first surface and a second surface in contact with said substrate; and a second, Me-DLC layer consisting of carbon and a second transition metal; said first layer is deposited onto said substrate using magnetron sputtering while a negatively biased DC current is applied to the substrate and held constant throughout deposition of the first layer until the first layer has reached its desired thickness; and said second layer is deposited onto said first layer using magnetron sputtering while a negatively biased DC current is applied to the substrate, starting at zero and increasing in intensity during deposition; characterised in that: said second layer has a metal to carbon atomic ratio of about 0.1 to 0.3, in that said first transition metal is chromium and said second transition metal is tungsten. said second layer has a metal to carbon atomic ratio of about 0.1 to 0.3, in that said first transition metal is chromium and said second transition metal is tungsten.
An article of manufacture for preparing a frozen beverage comprising: a. frozen pellets; b. a container including said pellets; and c. instructions indicating that the preparer can mix the frozen pellets with an appropriate liquid for a time sufficient to result in the frozen beverage, wherein said pellets comprise a milk fluid, a sweetener, a flavoring, and a stabilizer mix, wherein said frozen pellets are pellets of relatively uniform shape and size having a diameter of from about 1 to about 20 mm, and, wherein the pellets are prepared without overrun, and a mixture of components forming said pellets prior to freezing exhibits a minimal overrun, said frozen pellets comprise first frozen pellets comprising a milk fluid, a cream fluid, a sweetener, a flavoring, and a stabilizer mix, wherein said milk fluid is about 25% to about 78% by weight of said first frozen pellets and wherein the combined amount of said cream fluid and said milk fluid is from about 62% to about 90% by weight of said first frozen pellets. a. frozen pellets; b. a container including said pellets; and c. instructions indicating that the preparer can mix the frozen pellets with an appropriate liquid for a time sufficient to result in the frozen beverage, wherein said pellets comprise a milk fluid, a sweetener, a flavoring, and a stabilizer mix, wherein said frozen pellets are pellets of relatively uniform shape and size having a diameter of from about 1 to about 20 mm, and,
An on-vehicle electronic device comprising: a circuit board including an antenna circuit, and a feeding electrode and an earth electrode drawn from the antenna circuit; an attachment base including a pair of terminal members (9, 10) held by an insulative member, and fixed to a glass surface of a vehicle window, the terminal members (9, 10) being integrated with the insulative member through insert molding; and a plurality of attachment screws (4, 5) for attachably and detachably fixing the circuit board to the attachment base, wherein the circuit board is fixed to the attachment base, with the pair of the terminal members (9, 10) solder joined to a pair of feed portions (21a, 21b) of an antenna radiating conductor fixedly provided to the glass surface, and with the feeding electrode pressure-contacted with one of the two terminal members and the earth electrode pressure-contacted with the other one of the two terminal members. a circuit board including an antenna circuit, and a feeding electrode and an earth electrode drawn from the antenna circuit; an attachment base including a pair of terminal members (9, 10) held by an insulative member, and fixed to a glass surface of a vehicle window, the terminal members (9, 10) being integrated with the insulative member through insert molding; and a plurality of attachment screws (4, 5) for attachably and detachably fixing the circuit board to the attachment base, wherein the circuit board is fixed to the attachment base, with the pair of the terminal members (9, 10) solder joined to a pair of feed portions (21a, 21b) of an antenna radiating conductor fixedly provided to the glass surface, and with the feeding electrode pressure-contacted with one of the two terminal members and the earth electrode pressure-contacted with the other one of the two terminal members.
A method of manufacture of a group of transverse stiffening internal ribs for a lower aft aerodynamic fairing of a mounting device of an engine intended to be interposed between a wing surface of an aircraft and the said engine, where the group includes several ribs of different sizes, said method being characterised by: - production, for each rib in the rib group, of a given rib preform by superplastic forming, where the said preform has, seen from the front, an outline of a broadly quadrilateral shape, and a central opening traversing this rib preform; and - in respect of at least one of the ribs in the group having a smaller size than that of the said rib preform, division of the said rib preform into four preform parts (56a-56d) each incorporating one of the four corners of the said quadrilateral, said division being intended to reduce the dimensions of the preform by removing material, said division being followed by the joining of the four parts to one another so as to obtain the said at least one of the ribs of the group. - production, for each rib in the rib group, of a given rib preform by superplastic forming, where the said preform has, seen from the front, an outline of a broadly quadrilateral shape, and a central opening traversing this rib preform; and - in respect of at least one of the ribs in the group having a smaller size than that of the said rib preform, division of the said rib preform into four preform parts (56a-56d) each incorporating one of the four corners of the said quadrilateral, said division being intended to reduce the dimensions of the preform by removing material, said division being followed by the joining of the four parts to one another so as to obtain the said at least one of the ribs of the group.
A label film formed by means of extrusion and comprising, on a first side, a surface-forming layer of polyethylene of which at least 70% by weight, preferably 85% by weight is high-density polyethylene, wherein the film thickness is less than 75 μm, characterised in that the polyethylene in the surface-forming layer of which at least 70% by weight, preferably 85% by weight is high-density polyethylene, is a high-density polyethylene (mHDPE) manufactured with metallocene catalysers and in that on at least the first side of the label film the 60° reflectometer value determined according to DIN 67 530 is greater than 65, preferably greater than 75.
Process for the production of hydrogen, comprising the following step a): a) release of hydrogen from a hydrogen-loaded carrier, wherein at least a part of the energy required for the hydrogen release is obtained by the incineration of sewage sludge. a) release of hydrogen from a hydrogen-loaded carrier, wherein at least a part of the energy required for the hydrogen release is obtained by the incineration of sewage sludge.
A method of forming a green body for use in making a ceramic matrix composite article; the method comprising: placing a fiber preform inside a pliable container having an internal volume and an external surface; infiltrating a ceramic slurry into a fiber preform to form a wet infiltrated preform; creating a pressure differential between the internal volume and the external surface of the pliable container, such that the ceramic slurry remains within the fiber preform; placing the pliable container and wet infiltrated preform into a fluid bath (105, 105A) at ambient temperature; heating the fluid bath to a predetermined hold temperature; maintaining the fluid bath at the hold temperature for a predetermined time period, wherein the heat from the fluid bath is transferred to the wet infiltrated preform by convection, conduction, or a combination thereof, such that the wet infiltrated preform is transformed into the green body; removing the pliable container from the fluid bath; and removing the green body from the pliable container. placing a fiber preform inside a pliable container having an internal volume and an external surface; infiltrating a ceramic slurry into a fiber preform to form a wet infiltrated preform; creating a pressure differential between the internal volume and the external surface of the pliable container, such that the ceramic slurry remains within the fiber preform; placing the pliable container and wet infiltrated preform into a fluid bath (105, 105A) at ambient temperature; heating the fluid bath to a predetermined hold temperature; maintaining the fluid bath at the hold temperature for a predetermined time period, wherein the heat from the fluid bath is transferred to the wet infiltrated preform by convection, conduction, or a combination thereof, such that the wet infiltrated preform is transformed into the green body; removing the pliable container from the fluid bath; and removing the green body from the pliable container.
A composition comprising Tbxl8 or functional fragments thereof capable of converting quiescent cells or stem cells to pacemaker cells for use as a medicament for treating a subject afflicted with a condition selected from the group consisting of cardiac arrhythmia, sick sinus syndrome, AV block, bradycardia, tachycardia or heart failure.
- Cyclone system for dedusting and dry gas cleaning - comprising a reverse-flow collector cyclone (Col) upstream from a straight-through concentrator cyclone (Con), these cyclones being placed in series and having a recirculation line from the concentrator (Con) to the collector (Col), for a fraction of the gas to be treated, said straight-through concentrator cyclone (Con) having a central channel for cleaned gas exhaustion and an entrance that is tangential to the lateral wall of said straight-through concentrator cyclone (Con) which comprises electrical means for applying high voltage to form an ionized electric field imparting a charge on the particles inside the straight-through concentrator cyclone (Con), making such particles to travel away from the central exhaust channel - whereby said electrical means for applying high tension are comprised by at least a discharge electrode placed according to the longitudinal axis of the straight-through concentrator cyclone (Con), electrically insulated from the wall of the straight-through concentrator cyclone (Con), being that no discharge electrode is placed outside said straight-through concentrator cyclone, said wall is grounded, so that a large potential difference establishes between the wall and said discharge electrode, and the voltage applied to the discharge electrode, the shape and diameter of the discharge electrode and the spacing apart between the discharge electrode and the wall of the straight-through concentrator cyclone (Con), are combined so that both a current density below about 0.1 mA/m 2 and a ionized electric field with an average value below about 2x10 5 V/m are generated in the straight-through concentrator cyclone (Con).
A microporous vaporization assembly, comprising a piezoceramic plate provided with a through hole; characterized in that the assembly comprises also a vaporization plate including a body part and a fence part, the body part being stacked on and bonded to the piezoceramic plate and covering the through hole, a plurality of vaporization holes being provided in an area of the body part corresponding to the through hole, wherein the fence part is arranged to protrude from a surface of the body part on which the piezoceramic plate is stacked, and to surround an outer circumference of the piezoceramic plate. a piezoceramic plate provided with a through hole; characterized in that the assembly comprises also a vaporization plate including a body part and a fence part, the body part being stacked on and bonded to the piezoceramic plate and covering the through hole, a plurality of vaporization holes being provided in an area of the body part corresponding to the through hole, wherein the fence part is arranged to protrude from a surface of the body part on which the piezoceramic plate is stacked, and to surround an outer circumference of the piezoceramic plate.
A method of generating a signal in a wireless communication device having dynamically allocated channel estimation resources, the method comprising: assigning a baseline level of resources for channel estimation, wherein the baseline level of resources comprising a common pilot signal (320, 321); determining a receiver signal quality metric greater than a predetermined threshold; determining resources to be omitted from the baseline level of resources; generating a signal based on the baseline level of resources without the omitted resources; and allocating data symbols to the resources omitted from the baseline level of resources. assigning a baseline level of resources for channel estimation, wherein the baseline level of resources comprising a common pilot signal (320, 321); determining a receiver signal quality metric greater than a predetermined threshold; determining resources to be omitted from the baseline level of resources; generating a signal based on the baseline level of resources without the omitted resources; and allocating data symbols to the resources omitted from the baseline level of resources.
A combustion chamber with a damper arrangement, the damper arrangement comprising: a Helmholtz damper (20, 22, 24, 26, 30, 32, 34, 36, 40, 42, 50, 52, 54, 60, 62, 64, 66, 70, 72, 74, 80, 82) comprising: a plurality of interconnected volumes (V1- V3); and a plurality of necks (N1-N7) connecting the Helmholtz damper to the combustion chamber at a plurality of contact points, the plurality of necks (N1-N7) being connected to the plurality of volumes (V1- V3), wherein the contact points are located at the estimated anti-node positions of a plurality of dominant frequencies (F A, F B) in the combustion chamber; wherein the combination of the plurality of volumes (V1- V3) and necks (N1-N7) are tuned to the plurality of dominant frequencies (F A, F B); and wherein the damper arrangement is configured to allow the tuning by varying the interconnected volumes by insertion of movable bodies or by varying the neck geometries with bluff bodies. a plurality of interconnected volumes (V1- V3); and a plurality of necks (N1-N7) connecting the Helmholtz damper to the combustion chamber at a plurality of contact points, the plurality of necks (N1-N7) being connected to the plurality of volumes (V1- V3), wherein the contact points are located at the estimated anti-node positions of a plurality of dominant frequencies (F A, F B) in the combustion chamber;
An aqueous suspension composition, comprising: aluminum hydroxide, magnesium hydroxide, a mixed suspending agent and an antifoaming agent; wherein the mixed suspending agent is a mixture of hydroxypropyl methylcellulose, microcrystalline cellulose, sodium carboxymethyl cellulose and carrageenan. aluminum hydroxide, magnesium hydroxide, a mixed suspending agent and an antifoaming agent; wherein the mixed suspending agent is a mixture of hydroxypropyl methylcellulose, microcrystalline cellulose, sodium carboxymethyl cellulose and carrageenan.
A secondary battery having a structure in which a jelly-roll having a cathode/separator/anode structure is mounted in a cylindrical battery case, wherein a plate-shaped insulator mounted on the top of the jelly-roll includes: a perforated inlet enabling gas discharge and penetration of electrode terminals; and a plurality of fine pores having a size of 1 μm to 100 μm and being dispersed from one another by a predetermined distance ranging from 10 μm to 100 μm over the entire surface of said plate-shaped insulator. a perforated inlet enabling gas discharge and penetration of electrode terminals; and a plurality of fine pores having a size of 1 μm to 100 μm and being dispersed from one another by a predetermined distance ranging from 10 μm to 100 μm over the entire surface of said plate-shaped insulator.
Radioprotective screen for protecting at least one operator from ionizing radiation, said screen comprising a front wall structure made of radioprotective material(s) and a lateral wall structure made of radioprotective material(s) linked to one another at a vertical or essentially vertical corner edge, said screen comprising a base provided with ground support wheels, said front wall structure comprising a lower part and an upper part which can be moved relative to one another, said upper part of said front wall structure being mounted pivotally around a vertical or essentially vertical pivoting axis at said corner edge, said upper part of the front wall structure comprises: - a free lateral edge, - a lateral edge forming a part of the corner edge, an upper edge, a lower edge, - an inner face turned towards the positioning space of the operator, and - an opposite outer face, said upper part of the front wall structure being formed by at least one panel made of radioprotective material. characterized in that said upper part of the front wall structure comprises a supporting arm pivotally mounted on said corner edge around said pivoting axis, and in that said at least one panel (227, 228) is movably mounted on said supporting arm for horizontal translational movement. said front wall structure comprising a lower part and an upper part which can be moved relative to one another, said upper part of said front wall structure being mounted pivotally around a vertical or essentially vertical pivoting axis at said corner edge, said upper part of the front wall structure comprises: - a free lateral edge, - a lateral edge forming a part of the corner edge, an upper edge, a lower edge, - an inner face turned towards the positioning space of the operator, and - an opposite outer face, said upper part of the front wall structure being formed by at least one panel made of radioprotective material. characterized in that said upper part of the front wall structure comprises a supporting arm pivotally mounted on said corner edge around said pivoting axis, and in that said at least one panel (227, 228) is movably mounted on said supporting arm for horizontal translational movement.
An encoder comprising: a precoder for encoding an input information object according to a first encoding scheme and storing the encoded information object in a precoder buffer; a sample number/address generation unit for generating a sample number for sampling a bit from the precoder buffer and an address which corresponds to the bit; a multiplexer for selecting the bit from the precoder buffer according to the address; a sampling buffer for storing the bit, the bit comprising primary encoder data prepared by a primary channel; a control packet generation module for generating a control packet comprising control data encoder data prepared by a control channel, the control packet including information on the sample number; a packet assembling unit for assembling the bit and the control packet into a data packet; and a modulation module for modulating the data packet into a sound signal according to a preset scheme, wherein the control packet is encoded according to a second encoding scheme and the second encoding scheme provides higher noise immunity than the first encoding scheme and where further, the primary channel is configured to transfer a larger volume of data than the control channel. a precoder for encoding an input information object according to a first encoding scheme and storing the encoded information object in a precoder buffer; a sample number/address generation unit for generating a sample number for sampling a bit from the precoder buffer and an address which corresponds to the bit; a multiplexer for selecting the bit from the precoder buffer according to the address; a sampling buffer for storing the bit, the bit comprising primary encoder data prepared by a primary channel; a control packet generation module for generating a control packet comprising control data encoder data prepared by a control channel, the control packet including information on the sample number; a packet assembling unit for assembling the bit and the control packet into a data packet; and a modulation module for modulating the data packet into a sound signal according to a preset scheme, wherein the control packet is encoded according to a second encoding scheme and the second encoding scheme provides higher noise immunity than the first encoding scheme and where further, the primary channel is configured to transfer a larger volume of data than the control channel.
A dry adhesive material for adhering one or more wet surfaces comprising: (i) one or more hydrophilic polymers; (ii) one or more amine coupling groups, and (iii) one or more cross linkers, wherein, the dry adhesive material is in the form of a film or tape having a top surface and a bottom surface, and wherein the dry adhesive material has a liquid content such that placement of one or more of the top and/or bottom surfaces of the dry adhesive material in contact with the one or more wet surfaces causes the dry adhesive material to absorb liquid from the one or more wet surfaces, swell to form temporary crosslinking between the dry adhesive material and the wet surface, and form covalent crosslinking between the one or more amine coupling groups and the one or more wet surfaces, wherein the dry adhesive material comprises poly(acrylic acid) grafted with N-hydroxysuccinimide ester, crosslinked by biodegradable gelatin methacrylate, and further comprising one or more biodegradable biopolymers. (i) one or more hydrophilic polymers; (ii) one or more amine coupling groups, and (iii) one or more cross linkers,