mhurhangee/ep-ind-claims huggingface dataset:
Vehicle seat back consisting of a frame, an extension hollow module forming a resonance box attached to a top portion of the frame, the extension hollow module forming a resonance box being composed of two parts (3', 3'), and the back containing head support rod arranged to secure the frame and the module expansion trough forming resonance box together.
A formulation in powder form comprising: i. a water soluble film former, and ii. a solid powder hydrophobic compound in an amount of from 5 to 50 % by weight of the total formulation in powder form, which comprises a micronized powder of wax, - wherein the wax is derived from either a vegetable source, animal source, or a non-natural wax; and - wherein the solid powder hydrophobic compound has a melting point in the range of 55-90°C and a particle size, d v 90, in the range of 10 μm-400 μm, wherein the volume-based particle size distribution is measured by laser light diffraction. i. a water soluble film former, and ii. a solid powder hydrophobic compound in an amount of from 5 to 50 % by weight of the total formulation in powder form, which comprises a micronized powder of wax, - wherein the wax is derived from either a vegetable source, animal source, or a non-natural wax; and - wherein the solid powder hydrophobic compound has a melting point in the range of 55-90°C and a particle size, d v 90, in the range of 10 μm-400 μm, wherein the volume-based particle size distribution is measured by laser light diffraction. - wherein the wax is derived from either a vegetable source, animal source, or a non-natural wax; and - wherein the solid powder hydrophobic compound has a melting point in the range of 55-90°C and a particle size, d v 90, in the range of 10 μm-400 μm, wherein the volume-based particle size distribution is measured by laser light diffraction.
A method for manufacturing a uniquely identifiable cable, the method comprising: providing one or more cables including an insulating layer thereon to be wound onto a drum or reel; and applying a unique combination of trace materials onto the surface of the insulating layer of the one or more cables prior to or during the winding of the one or more cables onto the drum or reel. providing one or more cables including an insulating layer thereon to be wound onto a drum or reel; and applying a unique combination of trace materials onto the surface of the insulating layer of the one or more cables prior to or during the winding of the one or more cables onto the drum or reel.
An intermediate segment for an arrangement between a concave implantation surface of a joint component and bone tissue, wherein the intermediate segment comprises an intermediate segment body having at least one side (24, 25) to be turned toward the joint component, wherein a side to be turned toward the at least one joint component is convex, characterized in that the intermediate segment comprises a locking mechanism for attaching the intermediate segment to the joint component having at least one first and one second detent element, wherein at least one of the detent elements (21, 32) is movable and the first detent element comprises a first engagement axis and the second detent element comprises a second engagement axis, wherein the angle between the first engagement axis and the second engagement axis is not equal to zero.
Turbine engine comprising a centrifugal compressor supplying via a diffuser a combustion chamber, and an internal casing with a substantially L-shaped section that is connected to the diffuser and that extends downstream to air injection means for ventilating a turbine, characterised in that an annular convecting metal sheet is arranged radially between the combustion chamber and the internal casing and extends axially from the diffuser to the injection means along a radially internal wall of the combustion chamber in order to delimit, with the internal wall of the chamber, an annular stream for the flow of air without separation and with reduced pressure losses, intended to supply holes in the internal wall of the combustion chamber and the air injection means.
An anti-sprain shock-absorbing balance air-cushion shoe, comprising a shoe insert and a sole, wherein the air-cushion shoe further comprises two airbags communicating with each other, two airbag rooms are formed in the upper surface of the sole and used to contain the two airbags respectively, the two airbag rooms are distributed in the sole along the left-to-right direction, the combination of the shoe insert and the sole fixes the two airbags in the two airbag rooms respectively, and the two airbag rooms are stretchable and compressible, wherein the two airbags are communicated through a connecting tube, the two airbags and the connecting tube which communicates the two airbags constitute a row of shock-absorbing system, characterized in that there are multiple rows of the shock-absorbing system which are only arranged at the heel part of the sole.
A high-rate sedimentation tank, comprising: a hopper configured to be supplied with raw water including floc; at least one circular orifice pipe (350, 351) disposed at the lower portion of the hopper and comprising a plurality of orifices configured to deposit the floc as a sludge while passing the floc included in the raw water there through; and a sludge outlet positioned at the lower portion of the hopper for discharging the sludge deposited by passing through the circular orifice pipe (350, 351) to an outside of the hopper; characterized by a baffle (320, 321) spaced apart from an inner side surface (311, 312) of the hopper at a predetermined distance such that the raw water including the floc is supplied between the inner side surface of the hopper and the baffle (320, 321), and the raw water including the floc moves toward a lower portion of the hopper by gravity along the inner side surfaces (311, 312) of the hopper and the raw water from which the floc is removed is recovered from an upper portion of the hopper, and wherein baffle (320, 321) is configured to guide a flow of the floc included in the raw water toward the lower portion of the hopper; and by an inclination plate (340, 341) spaced at a distal end of the baffle (320, 321) for guiding the flow of the floc toward the circular orifice pipe (350, 351) while preventing the floc from rising toward the upper portion of the hopper. a hopper configured to be supplied with raw water including floc; at least one circular orifice pipe (350, 351) disposed at the lower portion of the hopper and comprising a plurality of orifices configured to deposit the floc as a sludge while passing the floc included in the raw water there through; and a sludge outlet positioned at the lower portion of the hopper for discharging the sludge deposited by passing through the circular orifice pipe (350, 351) to an outside of the hopper; characterized by a baffle (320, 321) spaced apart from an inner side surface (311, 312) of the hopper at a predetermined distance such that the raw water including the floc is supplied between the inner side surface of the hopper and the baffle (320, 321), and the raw water including the floc moves toward a lower portion of the hopper by gravity along the inner side surfaces (311, 312) of the hopper and the raw water from which the floc is removed is recovered from an upper portion of the hopper, and wherein baffle (320, 321) is configured to guide a flow of the floc included in the raw water toward the lower portion of the hopper; and by an inclination plate (340, 341) spaced at a distal end of the baffle (320, 321) for guiding the flow of the floc toward the circular orifice pipe (350, 351) while preventing the floc from rising toward the upper portion of the hopper.
A formulation for ocular administration comprising, in an aqueous phase: (i) a therapeutically effective amount of laquinimod or a pharmaceutically acceptable salt thereof as active ingredient, (ii) a pharmaceutically acceptable viscosity agent in an amount sufficient to provide a dynamic viscosity of 2 to 200 mPas, as measured at 20 °C, (iii) a pharmaceutically acceptable tonicity adjusting agent, in an amount sufficient to provide an osmolality of 200 to 600 mOsm/kg, (iv) a pharmaceutically acceptable humectant, (v) a pharmaceutically acceptable antioxidant, and (vi) a pharmaceutically acceptable pH regulating agent. (i) a therapeutically effective amount of laquinimod or a pharmaceutically acceptable salt thereof as active ingredient, (ii) a pharmaceutically acceptable viscosity agent in an amount sufficient to provide a dynamic viscosity of 2 to 200 mPas, as measured at 20 °C, (iii) a pharmaceutically acceptable tonicity adjusting agent, in an amount sufficient to provide an osmolality of 200 to 600 mOsm/kg, (iv) a pharmaceutically acceptable humectant, (v) a pharmaceutically acceptable antioxidant, and (vi) a pharmaceutically acceptable pH regulating agent.
Method for producing a mixture web, in particular for producing a material composite, which comprises a reinforcement member, for a belt ply (5a, 5b) or a carcass ply of a pneumatic radial tyre, wherein the mixture web is made up of multiple mixture strips (21a, 22a) which run at right angles or at an acute angle with respect to the longitudinal direction of said mixture web, wherein at least one of the mixture strips is composed of a first rubber mixture and at least one further mixture strip is composed of a second rubber mixture, wherein the first rubber mixture and the second rubber mixture have different compositions, characterized in that a first rubber mixture web composed of the first rubber mixture and a second rubber mixture web of the same width as the first rubber mixture web and composed of the second rubber mixture are produced, each rubber mixture web (21, 22) is cut transversely or at an acute angle with respect its longitudinal extent, said acute angle being of equal magnitude for both rubber mixture webs (21, 22), into mixture strips (21a, 22a) of equal width, wherein the mixture strips composed of the first rubber mixture web have a width which differs from the width of the mixture strip composed of the second rubber mixture web, wherein, subsequently, a mixture strip composed of the first rubber mixture web and a mixture strip composed of the second rubber mixture web are connected by butt splicing in alternating fashion, and in this way, the mixture strips (21a, 22a) are joined together to form the mixture web.
Method for depositing a coating onto a substrate inside a vacuum chamber by means of plasma-assisted chemical vapour deposition, wherein at least one monomer is introduced into the vacuum chamber via at least one inlet, and wherein a plasma is generated using at least one magnetron fitted with a target, characterized in that at least one region of the target (5; 9) is heated to a temperature of at least 300°C during deposition of the coating.
An article for use with an apparatus for heating aerosolisable material to volatilize at least one component of the aerosolisable material, the article comprising: a body of aerosolisable material; and a first wrapper around the body aerosolisable material, wherein the first wrapper comprises heater material that is heatable by penetration with a varying magnetic field, the first wrapper comprising an outer surface and an inner surface; characterised in that the first wrapper is arranged so that two opposing strips (107a, 107b) of the outer surface are joined along ends (5a, 5b) of the first wrapper or the first wrapper is arranged so that two opposing strips of the inner surface (9a, 9b) are joined along ends of the first wrapper, so as to form a closed electrical circuit of the heater material. a body of aerosolisable material; and a first wrapper around the body aerosolisable material, wherein the first wrapper comprises heater material that is heatable by penetration with a varying magnetic field, the first wrapper comprising an outer surface and an inner surface; characterised in that the first wrapper is arranged so that two opposing strips (107a, 107b) of the outer surface are joined along ends (5a, 5b) of the first wrapper or the first wrapper is arranged so that two opposing strips of the inner surface (9a, 9b) are joined along ends of the first wrapper, so as to form a closed electrical circuit of the heater material.
A pharmaceutical composition comprising a. a first composition comprising an extended release composition of an active pharmaceutical ingredient selected from metoprolol and a pharmaceutically acceptable salt thereof, b. a second composition comprising an active pharmaceutical ingredient selected from tesofensine and a pharmaceutically acceptable salt thereof, and c. a third composition comprising an immediate release composition of an active pharmaceutical ingredient selected from metoprolol and a pharmaceutically acceptable salt thereof. a. a first composition comprising an extended release composition of an active pharmaceutical ingredient selected from metoprolol and a pharmaceutically acceptable salt thereof, b. a second composition comprising an active pharmaceutical ingredient selected from tesofensine and a pharmaceutically acceptable salt thereof, and c. a third composition comprising an immediate release composition of an active pharmaceutical ingredient selected from metoprolol and a pharmaceutically acceptable salt thereof.
A system for circumferentially aligning a downhole latch subsystem in a wellbore, the system comprising: an outer tool assembly including a latch coupling (38, 200) having a latch profile and a slot subassembly having an axially extending slot profile; and an inner tool assembly positionable within the outer tool assembly including a latch assembly having a plurality of latch keys and an orienting subassembly having a plurality orienting keys (378, 386, 390, 394), the plurality of orienting keys (378, 386, 390, 394) comprising a plurality of axially distributed orienting keys, wherein, after axial alignment of the orienting subassembly with the slot subassembly, rotation of the orienting subassembly causes operable engagement of at least one orienting key with the slot profile and, thereafter, axial alignment of the latch assembly with the latch coupling causes operable engagement of the latch keys with the latch profile. an outer tool assembly including a latch coupling (38, 200) having a latch profile and a slot subassembly having an axially extending slot profile; and an inner tool assembly positionable within the outer tool assembly including a latch assembly having a plurality of latch keys and an orienting subassembly having a plurality orienting keys (378, 386, 390, 394), the plurality of orienting keys (378, 386, 390, 394) comprising a plurality of axially distributed orienting keys, wherein, after axial alignment of the orienting subassembly with the slot subassembly, rotation of the orienting subassembly causes operable engagement of at least one orienting key with the slot profile and, thereafter, axial alignment of the latch assembly with the latch coupling causes operable engagement of the latch keys with the latch profile.
A network system comprising a plurality of devices wherein between 40% and 100 % of the plurality of devices are configured to: transmit data and receive data; wherein the distance between devices allows communication between at least one device and at least one other device; wherein at least a portion of the plurality of devices comprised by the network system are configured to configure themselves based on local network information; and at least one device from the plurality of devices comprised by a network system is adapted to store previous configurations, characterized in that a device that may join the network is configured to send a join request to a device from the plurality of devices comprised by the network, the join request comprising at least one previous configuration. transmit data and receive data; wherein the distance between devices allows communication between at least one device and at least one other device; wherein at least a portion of the plurality of devices comprised by the network system are configured to configure themselves based on local network information; and at least one device from the plurality of devices comprised by a network system is adapted to store previous configurations, characterized in that a device that may join the network is configured to send a join request to a device from the plurality of devices comprised by the network, the join request comprising at least one previous configuration.
A method of controlling call admission in a communications network, comprising: calculating an initial load level as a function of a difference between a current measured power and a previous measured power and a difference between a current number of users and a previous number of users; and controlling call admission based on the calculated load level, wherein said calculating step recursively calculates updated load levels. calculating an initial load level as a function of a difference between a current measured power and a previous measured power and a difference between a current number of users and a previous number of users; and controlling call admission based on the calculated load level, wherein said calculating step recursively calculates updated load levels.
Device comprising: - communicating means (1.1) for receiving a first streamed multimedia content, said first multimedia content comprising a presentation time stamp adapted to indicate the rendering time of said first multimédia content; - tuning means (1.5) for shifting the presentation time stamp value, said shifting being intended to synchronize said rendering time to the rendering time of a second streamed multimedia content rendered at a second device; and - outputting means (1.4) for rendering said first multimedia content according to said shifted presentation time stamp value. - communicating means (1.1) for receiving a first streamed multimedia content, said first multimedia content comprising a presentation time stamp adapted to indicate the rendering time of said first multimédia content; - tuning means (1.5) for shifting the presentation time stamp value, said shifting being intended to synchronize said rendering time to the rendering time of a second streamed multimedia content rendered at a second device; and - outputting means (1.4) for rendering said first multimedia content according to said shifted presentation time stamp value.
A method for enhancing color consistency between batches of printed objects representing a same image wherein the method comprises the steps of: - selecting an image, determined in an input colorant space where from an input color profile is obtained; - selecting a master color profile for converting colors to a master colorant space wherein said master color profile is determined by a master color characterization setting; - obtaining a master image in a master colorant space from the selected image by color converting the selected image from the input colorant space to the master colorant space with the input color profile and the master output color profile; - selecting a printing system for a batch of a printed object comprising the selected image and obtaining an output color profile for converting colors to a batch colorant space wherein said batch color profile is determined by a batch color characterization setting; - color converting the master image from the master colorant space to the batch colorant space with the master output color profile and the batch output color profile; - printing the color converted master image on the printing system to obtain the batch of the printed object; and wherein the batch color characterization setting is the same as the master color characterization setting. - selecting an image, determined in an input colorant space where from an input color profile is obtained; - selecting a master color profile for converting colors to a master colorant space wherein said master color profile is determined by a master color characterization setting; - obtaining a master image in a master colorant space from the selected image by color converting the selected image from the input colorant space to the master colorant space with the input color profile and the master output color profile; - selecting a printing system for a batch of a printed object comprising the selected image and obtaining an output color profile for converting colors to a batch colorant space wherein said batch color profile is determined by a batch color characterization setting; - color converting the master image from the master colorant space to the batch colorant space with the master output color profile and the batch output color profile; - printing the color converted master image on the printing system to obtain the batch of the printed object; and
A vehicle power generation system comprising: an impulse turbine; a first solenoid spool valve; a second solenoid spool valve; a first poppet valve fluidly connected to a high pressure inlet; a second poppet valve fluidly connected to the first solenoid spool valve and the first poppet valve; a third poppet valve fluidly connected to the second solenoid spool valve, the first poppet valve, and the impulse turbine; and a fourth poppet valve fluidly connected to the second solenoid spool valve, the second poppet valve, and the impulse turbine, wherein the first solenoid spool valve is located upstream of the second solenoid spool valve in a high pressure propellant flow path from the high pressure inlet to the impulse turbine, wherein the first poppet valve is located upstream of the second poppet valve in a high pressure propellant flow path from the high pressure inlet to the impulse turbine, wherein the second poppet valve is located upstream of the fourth poppet valve in the high pressure propellant flow path from the high pressure inlet to the impulse turbine, and wherein the first poppet valve is located upstream of the third poppet valve in the high pressure propellant flow path from the high pressure inlet to the impulse turbine. an impulse turbine; a first solenoid spool valve; a second solenoid spool valve; a first poppet valve fluidly connected to a high pressure inlet; a second poppet valve fluidly connected to the first solenoid spool valve and the first poppet valve; a third poppet valve fluidly connected to the second solenoid spool valve, the first poppet valve, and the impulse turbine; and a fourth poppet valve fluidly connected to the second solenoid spool valve, the second poppet valve, and the impulse turbine, wherein the first solenoid spool valve is located upstream of the second solenoid spool valve in a high pressure propellant flow path from the high pressure inlet to the impulse turbine, wherein the first poppet valve is located upstream of the second poppet valve in a high pressure propellant flow path from the high pressure inlet to the impulse turbine, wherein the second poppet valve is located upstream of the fourth poppet valve in the high pressure propellant flow path from the high pressure inlet to the impulse turbine, and wherein the first poppet valve is located upstream of the third poppet valve in the high pressure propellant flow path from the high pressure inlet to the impulse turbine.