mhurhangee/ep-ind-claims huggingface dataset:
An adsorbent comprising: a composition comprising at least 90% of a single phase chabazite being one type of chabazite with a specific Si/Al atomic ratio of 1.2 to 1.8; the chabazite includes a mixture of at least two types of cations; and each of the at least two types of cations are in a molar ratio relative to Al of at least 0.05. a composition comprising at least 90% of a single phase chabazite being one type of chabazite with a specific Si/Al atomic ratio of 1.2 to 1.8; the chabazite includes a mixture of at least two types of cations; and each of the at least two types of cations are in a molar ratio relative to Al of at least 0.05.
A vacuum lifting device for facilitating the lifting and/or repositioning of an article having an external surface, said vacuum lifting device comprising at least one pair of handles (44, 45); and a base having opposed first and second surfaces (21, 22) and an aperture arranged through the base, said second surface being arranged in a base plane of the base and being provided with a continuous sealing joint projecting downwards from said second surface and defining an enclosed area which includes said aperture on said second surface of said base; and a suction conduit, said suction conduit is arranged to be connected to a vacuum generating member and configured to be in fluid connection with the second surface of the base through said aperture, said second surface of said base provided with said sealing joint is arranged to be positioned onto a portion of said external surface of said article to be lifted and/or repositioned; said vacuum lifting device further comprises an extendable lifting member being arranged between said at least one pair of handles (44, 45) and said first surface of said base, characterized in that said extendable lifting member is a scissors lift arranged to be actuated by a lift actuating member to contract or extend, thereby shifting said base in a first vertical direction towards said at least one pair of handles or in a second direction, opposite to said first direction and away from said at least one pair of handles (44, 45), thereby transferring said vacuum lifting device between an extended and a compressed state. at least one pair of handles (44, 45); and a base having opposed first and second surfaces (21, 22) and an aperture arranged through the base, said second surface being arranged in a base plane of the base and being provided with a continuous sealing joint projecting downwards from said second surface and defining an enclosed area which includes said aperture on said second surface of said base; and a suction conduit, said suction conduit is arranged to be connected to a vacuum generating member and configured to be in fluid connection with the second surface of the base through said aperture, said second surface of said base provided with said sealing joint is arranged to be positioned onto a portion of said external surface of said article to be lifted and/or repositioned; said vacuum lifting device further comprises an extendable lifting member being arranged between said at least one pair of handles (44, 45) and said first surface of said base, characterized in that said extendable lifting member is a scissors lift arranged to be actuated by a lift actuating member to contract or extend, thereby shifting said base in a first vertical direction towards said at least one pair of handles or in a second direction, opposite to said first direction and away from said at least one pair of handles (44, 45), thereby transferring said vacuum lifting device between an extended and a compressed state.
A pump for a fluid sprayer, the pump comprising: a first piston disposed within a first axial bore of a pump body, the first piston having a downstream end movable within the first axial bore; and a first check valve disposed at an exit of the first axial bore, the first check valve including a first valve member; wherein the downstream end of the first piston is configured to impact and displace the first valve member to drive the first valve member from a closed position to an open position; wherein the first piston is drawn rearward through the first axial bore during a suction stroke and is configured to draw a fluid into the first axial bore during the suction stroke; and wherein the first piston is driven forward through the first axial bore during a pressure stroke and is configured to build a pressure in the fluid and drive the fluid downstream out of the first axial bore through the first check valve during the pressure stroke. a first piston disposed within a first axial bore of a pump body, the first piston having a downstream end movable within the first axial bore; and a first check valve disposed at an exit of the first axial bore, the first check valve including a first valve member; wherein the downstream end of the first piston is configured to impact and displace the first valve member to drive the first valve member from a closed position to an open position; wherein the first piston is drawn rearward through the first axial bore during a suction stroke and is configured to draw a fluid into the first axial bore during the suction stroke; and wherein the first piston is driven forward through the first axial bore during a pressure stroke and is configured to build a pressure in the fluid and drive the fluid downstream out of the first axial bore through the first check valve during the pressure stroke.
A circuit for generating a number of oscillations comprising: a first branch comprising at least one delay line introducing symmetrical delays on rising edges and on falling edges and at least one asymmetrical delay element formed of logic elements equivalent to a single-input non-inverting function having different rise and fall times, the asymmetrical delay element introducing different delays on rising edges and on falling edges; a second branch, looped back on the first one and comprising at least one delay line introducing symmetrical delays on rising edges and on falling edges, wherein NAND-type gates (25, 23) combining the respective outputs of the branches with a control signal (CTRL) are interposed between the respective outputs (253, 233) of each branch and the input (251, 231) of the other branch. a first branch comprising at least one delay line introducing symmetrical delays on rising edges and on falling edges and at least one asymmetrical delay element formed of logic elements equivalent to a single-input non-inverting function having different rise and fall times, the asymmetrical delay element introducing different delays on rising edges and on falling edges; a second branch, looped back on the first one and comprising at least one delay line introducing symmetrical delays on rising edges and on falling edges, wherein NAND-type gates (25, 23) combining the respective outputs of the branches with a control signal (CTRL) are interposed between the respective outputs (253, 233) of each branch and the input (251, 231) of the other branch.
A method for real time instruction tracing comprising the operations of: recording user-specified address ranges for which tracing is required; monitoring a next linear instruction pointer 'NLIP' values and/or branch linear instruction pointer 'BLIP' values to determine if address range has been entered; when the range is entered, constructing fixed length tracing packets containing tracing data, the fixed length packets being visible internally to a hardware device and usable to simplify packet processing by the hardware device; and transferring the fixed length packets to a memory execution cluster, wherein: the length of the packets is fixed to a size equivalent to a maximum tracing packet size. recording user-specified address ranges for which tracing is required; monitoring a next linear instruction pointer 'NLIP' values and/or branch linear instruction pointer 'BLIP' values to determine if address range has been entered; when the range is entered, constructing fixed length tracing packets containing tracing data, the fixed length packets being visible internally to a hardware device and usable to simplify packet processing by the hardware device; and transferring the fixed length packets to a memory execution cluster, wherein: the length of the packets is fixed to a size equivalent to a maximum tracing packet size.
A syringe packaging system, comprising: a pre-filled syringe including a syringe barrel having a proximal end, a distal end, a sidewall extending therebetween and defining a chamber, and a stopper slidably disposed within the chamber of the syringe barrel, the proximal end of the syringe barrel having a syringe barrel cut flange, wherein the syringe barrel cut flange includes a first flat wall portion and a first arcuate wall portion; and a packaging member enclosing the pre-filled syringe, the packaging member including a tube having a proximal end and a distal end, the proximal end including a tube cut flange, wherein the tube cut flange includes a second flat wall portion and a second arcuate wall portion wherein, with the syringe barrel contained within the tube, the syringe barrel cut flange is aligned with the tube cut flange such that the first flat wall portion of the cut flange of the syringe barrel is aligned with the second flat wall portion of the tube and the first arcuate wall portion of the cut flange of the syringe barrel is aligned with the second arcuate wall portion of the tube; and a plunger rod having a proximal end and a distal end engageable with a portion of the stopper, and a cap having a first end and a second end, the second end including a cut skirt, including a third flat wall portion and a third arcuate wall portion, with the prefilled syringe enclosed within the packaging member, the cut skirt of the cap surrounds the syringe barrel cut flange and the cut skirt is cut to have the same shape as the flange of the tube. a pre-filled syringe including a syringe barrel having a proximal end, a distal end, a sidewall extending therebetween and defining a chamber, and a stopper slidably disposed within the chamber of the syringe barrel, the proximal end of the syringe barrel having a syringe barrel cut flange, wherein the syringe barrel cut flange includes a first flat wall portion and a first arcuate wall portion; and a packaging member enclosing the pre-filled syringe, the packaging member including a tube having a proximal end and a distal end, the proximal end including a tube cut flange, wherein the tube cut flange includes a second flat wall portion and a second arcuate wall portion wherein, with the syringe barrel contained within the tube, the syringe barrel cut flange is aligned with the tube cut flange such that the first flat wall portion of the cut flange of the syringe barrel is aligned with the second flat wall portion of the tube and the first arcuate wall portion of the cut flange of the syringe barrel is aligned with the second arcuate wall portion of the tube; and a plunger rod having a proximal end and a distal end engageable with a portion of the stopper, and a cap having a first end and a second end, the second end including a cut skirt, including a third flat wall portion and a third arcuate wall portion, with the prefilled syringe enclosed within the packaging member, the cut skirt of the cap surrounds the syringe barrel cut flange and the cut skirt is cut to have the same shape as the flange of the tube.
A multi-step process for heat setting twisted, bulk continuous filament yarn comprising the steps of: a) developing crimp in the yarn under hot atmospheric air; and b) heat setting the yarn from step (a) by pressurized steam treatment; wherein step (a) is performed under hot air at a temperature in the range from 140°C to 210°C. a) developing crimp in the yarn under hot atmospheric air; and b) heat setting the yarn from step (a) by pressurized steam treatment;
Telescopic tube structure of an umbrella rib comprising an outer tube and an inner tube of a long rib, wherein one end of the said inner tube of the long rib is moveably seated inside the said outer tube of the long rib, the said inner tube of the long rib being connected to a locking pin, the said outer tube of the long rib being equipped with corresponding grooves for receiving the locking pin, and the said inner tube of the long rib being fixed to the said outer tube of the long rib when the said locking pin is inserted into the said groove; and when the said locking pin detaches from the said groove, the said inner tube of the long rib will move axially back and forth with respect to the said outer tube of the long rib, wherein the said inner tube of the long rib is further provided with wedges, which have a beveled side, the said locking pin being equipped with a matching beveled side, the beveled side of the said wedge matching the beveled side of the said locking pin, such that axial movement of the said wedge with respect to the said inner tube of the long rib drives the said locking pin to move back and forth along the diameter of the said inner tube.
A water tank assembly for a robot vacuum cleaner, the robot vacuum cleaner comprising a main unit, two driving wheels and a universal wheel, the two driving wheels being disposed at two sides of a center part of the main unit, the water tank assembly comprising a water tank and characterised in that, the water tank assembly further comprising a support part disposed to and protruded from a bottom of the water tank, the universal wheel and the water tank assembly being adapted to be disposed to the main unit and located at two sides of a connection line of centers of the two driving wheels respectively; when the robot vacuum cleaner is located on a horizontal ground, the universal wheel and the two driving wheels contacting the ground, and the support part being spaced from the ground with a preset distance value; and when the robot vacuum cleaner inclines towards the water tank assembly, the support part contacting the ground so as to support the robot vacuum cleaner. the water tank assembly comprising a water tank and characterised in that, the water tank assembly further comprising a support part disposed to and protruded from a bottom of the water tank, the universal wheel and the water tank assembly being adapted to be disposed to the main unit and located at two sides of a connection line of centers of the two driving wheels respectively; when the robot vacuum cleaner is located on a horizontal ground, the universal wheel and the two driving wheels contacting the ground, and the support part being spaced from the ground with a preset distance value; and when the robot vacuum cleaner inclines towards the water tank assembly, the support part contacting the ground so as to support the robot vacuum cleaner.
A control method for opening or closing a turbojet engine thrust reverser, implementing at least one movable cowl which may be displaced by means of at least one electric motor, characterized in that it comprises the following steps aiming at: - analyzing (111, 112, 113, 211, 212) at least one parameter representative of the pressure in the flow path of the turbojet engine, - executing an operation sequence (130, 140, 150, 230, 240) in which the operation parameters of the electric motor are adapted to the situation. - analyzing (111, 112, 113, 211, 212) at least one parameter representative of the pressure in the flow path of the turbojet engine, - executing an operation sequence (130, 140, 150, 230, 240) in which the operation parameters of the electric motor are adapted to the situation.
A rear structure of a vehicle having a high mounted stop lamp provided at a rear end of the vehicle, wherein regions bilaterally outward of a region, where the high mounted stop lamp provided in a central upper surface part of the rear end is installed, have inclined surfaces inclined more steeply than a reference plane extending along a surface of a roof panel, characterized in that the inclined surfaces formed in the regions bilaterally outward of the region, where the high mounted stop lamp is installed, form recesses, wherein ends, in a width direction of the vehicle, of the recesses have angled sections.
Compound 22 having the formula or a pharmaceutically acceptable salt thereof for use in a method of treating a fungal infection in a subject, said method comprising (i) administering a loading-dose of compound 22 or a pharmaceutically acceptable salt thereof to said subject; and (ii) administering one or more maintenance doses of compound 22, or a pharmaceutically acceptable salt thereof to said subject, wherein each of said loading-dose and said maintenance doses are administered in an amount that together are sufficient to treat said fungal infection.
A process of preparing crystalline miglustat of formula comprising the steps of: treating a solution of miglustat hydrochloride salt in a first solvent selected from the group consisting of methanol, ethanol and isopropanol with 1,8-diazabicycloundec-7-ene, optionally removing the first solvent, and adding a second solvent selected from the group consisting of dichloromethane and ethyl acetate to crystalize miglustat of formula, wherein no flash column chromatography or ion exchange column is used in the process. treating a solution of miglustat hydrochloride salt in a first solvent selected from the group consisting of methanol, ethanol and isopropanol with 1,8-diazabicycloundec-7-ene, optionally removing the first solvent, and adding a second solvent selected from the group consisting of dichloromethane and ethyl acetate to crystalize miglustat of formula, wherein no flash column chromatography or ion exchange column is used in the process.
A single-stranded antisense oligonucleotide 12 to 35 nucleotides in length targeted to a nucleic acid encoding human huntingtin and capable of inhibiting the expression of huntingtin comprising at least 12 consecutive nucleotides of a nucleotide sequence selected from the group consisting of SEQ ID NOs: 50, 48, 49, 51, 52 and 53, wherein the oligonucleotide is a chimeric oligonucleotide having a gap segment positioned between 5' and 3' wing segments and wherein the gap segment of the chimeric oligonucleotide is comprised of 2'-deoxynucleotides and the wing segments are comprised of nucleotides having modified sugar moieties.
Components packaging structure for pharmaceutical containers, comprising at least one tray, which has at least one open side for introducing and extracting at least one first supporting shelf which is parallel to a bottom plane of the tray, wherein said at least one first supporting shelf rests in correspondence of the inner walls of said tray and has a spatially predetermined distribution of first seats or cavities within which closing components and/or generic accessories of said containers, such as rubber caps, nuts with crimping snap or other types of sealing nuts and/or caps, are placed, so that the vertical axis of each closing component is perpendicular to said bottom plane of the tray, said structure thus constituting a guarantee of sterility and cleanliness of said closing components and/or generic accessories which are inserted in said seats or cavities, said at least one first supporting shelf of said closing components is coupled with at least one second supporting shelf, which is parallel to said at least one first supporting shelf of said closing components and which has a prefixed spatially distribution of second seats or cavities provided in correspondence of said first seats or cavities of said at least one first supporting shelf of said closing components, characterized in that rubber caps or plugs are inserted and held in position within said second seats or cavities of said at least one second supporting shelf, while aluminum and/or plastic seals, such as ferrules and/or containers' snap-locking devices, are placed within said first seats or cavities of said at least one first supporting shelf, which is flat and is placed lower than said at least one second supporting shelf.
A bathtub, comprising: a bottom surface part; a side surface part surrounding the bottom surface part, extending upward from the bottom surface part, and including a backrest part; a pillow part provided on the backrest part; and a water discharger mounted to the pillow part, characterized in that: the pillow part is provided to be movable vertically over a prescribed range along the backrest part; and the water discharger is provided to be movable vertically along the backrest part with the pillow part. a bottom surface part; a side surface part surrounding the bottom surface part, extending upward from the bottom surface part, and including a backrest part; a pillow part provided on the backrest part; and a water discharger mounted to the pillow part, characterized in that: the pillow part is provided to be movable vertically over a prescribed range along the backrest part; and the water discharger is provided to be movable vertically along the backrest part with the pillow part. the pillow part is provided to be movable vertically over a prescribed range along the backrest part; and the water discharger is provided to be movable vertically along the backrest part with the pillow part.
A method of operating a discharge unit for water treatment to purify the water, wherein the discharge unit comprises an alternating power source; a pair of electrodes (31 and 32) in water, the pair being connected to the power source and configured to receive an alternating voltage from the power source; and an insulating divider configured to separate the pair of electrodes (31 and 32) from each other in the water, and having a through-hole defining a path of current to flow between the pair of electrodes (31 and 32), the through-hole of the insulating divider is inversely tapered such that two ends expand outward, the method comprising: forming a bubble to cover the entire through-hole and generating an electric discharge in the bubble by applying, by the alternating power source, an alternating voltage to the pair of electrodes (31 and 32) and generating Joule heat at the through-hole to vaporize the water, by the power source a polarity of the voltage applied to the pair of electrodes (31 and 32) being changed at regular intervals, the regular intervals being shorter than a period of time in which a form of the discharge generated at the through-hole changes from spark discharge to glow discharge. forming a bubble to cover the entire through-hole and generating an electric discharge in the bubble by applying, by the alternating power source, an alternating voltage to the pair of electrodes (31 and 32) and generating Joule heat at the through-hole to vaporize the water, by the power source a polarity of the voltage applied to the pair of electrodes (31 and 32) being changed at regular intervals, the regular intervals being shorter than a period of time in which a form of the discharge generated at the through-hole changes from spark discharge to glow discharge.