M. Zardi & Co S.A

Orally administered liquid formulations of netupitant and palonosetron that are efficacious, chemically stable and physiologically balanced for safety and efficacy.

A process for the catalytic synthesis of a cracked gas (10) from ammonia (NH₃) comprising the following steps:(a) preheating and evaporation (2) of liquid ammonia (1) to obtain an ammonia gaseous stream (3);(b) catalytic cracking (5) of said ammonia gaseous stream (3) to yield a cracked gas (10) containing nitrogen, hydrogen, and unreacted ammonia;(c) cooling of said cracked gas (10) by exchanging heat at least with said liquid ammonia (1) and/or at least part (26) of a vaporized ammonia stream (8);(d) recovery (13) of at least part of said unreacted ammonia from the cracked gas of step (c) to obtain an ammonia-depleted stream (15) and an ammonia-enriched stream (14); wherein step (d) comprises:(d.1) selective adsorption of ammonia on at least one molecular sieve to obtain an ammonia-charged molecular sieve and said ammonia-depleted stream (15); and(d.2) desorption of ammonia performed by increasing a temperature of said ammonia-charged molecular sieve, and purging with a purge stream (7), to obtain said ammonia-enriched stream (14);(e) recirculation of at least a portion of the ammonia-enriched stream (14) as feed to step (b), optionally after pre-heating and evaporation.

The present invention relates to a transmissive EUV lithography device, comprising, in a lithography device: an EUV light source; a first membrane-type diffractive optical element that transmits EUV light output from the EUV light source to provide illumination light; a transmissive EUV mask that generates a pattern light to be patterned on a wafer with the EUV light transmitted through the first membrane-type diffractive optical element; and a second membrane-type diffractive optical element for exposing the wafer to the pattern light generated from the transmissive EUV mask. In addition, the EUV light source is composed of an EUV light source with a wavelength of 13.5 nm generated by a plasma reaction through a Lithium or lithium alloy target. In addition, the first membrane-type diffractive optical element and the second membrane-type diffractive optical element are zone-plate lenses.

Disclosed is an integrated system of regenerating activated carbon and treating water according to the present invention, which can minimize a loss rate of waste carbon and regenerated carbon at the same time as enhancing the efficiency of transfer of the waste carbon and the regenerated carbon, and which can also be embodied into an environment-friendly regeneration system by causing condensation water occurring at the time of regeneration to be removed in such a manner as to cause the condensation water to be burnt by the utilization of superheated steam.

The present invention relates to a process or plant (1) for the production of a raw synthesis gas (10) or of a hydrogen-containing product (20).Said process comprises the following steps: (I) provision of a hydrocarbon feedstock (2) comprising one or more heavy hydrocarbon(s) in an overall amount comprised from 5% to 70% molar; said one or more heavy hydrocarbon(s) being aliphatic and/or aromatic hydrocarbon(s), or mixtures of aliphatic and/or aromatic hydrocarbons, having a number of carbon atoms comprised from 2 to 30; (II) optional pre-treatment (41) of said hydrocarbon feedstock (2) by hydrogenation of any unsaturated heavy hydrocarbon(s) and/or by purification of any catalyst poison contained in said hydrocarbon feedstock (2) to obtain a pre-treated hydrocarbon feedstock (45); (III) adjustment of a steam to carbon (S/C) ratio of said hydrocarbon feedstock (2) of step (I) to a S/C ratio comprised from 1 to 3 to obtain a steam-adjusted feedstock (4); (IV) pre-reforming of the steam-adjusted feedstock (4) of step (II) to obtain a pre-reformed stream (6, 6', 6") containing methane produced by reforming of said heavy hydrocarbon(s); (V) adjustment of a steam to carbon (S/C) ratio of said pre-reformed stream (6, 6', 6") of step (III) to below 1 to obtain a steam-adjusted stream (7); (VI) partial oxidation (POx) of the steam-adjusted stream (7) of step (IV) in presence of pure oxygen or oxygen-enriched air (22) to obtain said raw synthesis gas (10); (VII) optionally posttreatment (11, 12) and purification (13) of the raw synthesis gas (10) of step (VI) to obtain said hydrogen-containing product (20).

A process for the catalytic synthesis of a cracked gas (30) from ammonia (NH₃) comprising the steps of:(a) preheating and evaporating (2) liquid ammonia (1) to obtain an ammonia gaseous stream (3);(b) subjecting said ammonia gaseous stream (3) to catalytic ammonia cracking (5, 7) in presence of heat to yield a cracked gas (30) containing nitrogen, hydrogen, and any unreacted ammonia;wherein step (b) comprises a catalytic gas-heated cracking (GHC) step (5) and a fired cracking step (7), said fired cracking step (7) being performed in a cracking furnace including a plurality of externally heated catalytic tubes, at least part of a fired cracked gas (8) of said fired cracking step (7) being a heat input of the catalytic GHC step (5).

A cycling garment for the upper body comprising: a jacket (A) with an integrated waistcoat (B); the jacket has a front zip (3) which closes by sliding from the bottom upwards; the waistcoat, which is joined to the inner surface of the jacket along appropriate joining lines, has a front zip (5) which closes by sliding from the top downwards.

The present invention comprises: a base; a housing disposed at one side of the base; a lens barrel disposed inside the housing; a cover disposed at one side of the housing; a first substrate disposed at the other side of the base; an image sensor which is installed on the first substrate, and disposed below the lens barrel; a diaphragm set which is movably supported inside the housing and which adjusts the amount of light incident to the lens barrel; a first drive unit comprising a first coil and a first magnet which enable the lens barrel and the diaphragm set to move together in the optical axis direction; and a second substrate which is attached to the housing and comprises a plurality of terminals which protrude to the outside as a result of the drive of the first drive unit, wherein the diaphragm set has a second drive unit for driving the diaphragms disposed therein, and the terminals are also connected to the second drive unit.

A vehicle charging device according to the present embodiment comprises: an amplitude detection unit that detects a magnitude of a grid voltage being inputted to the vehicle charging device; a frequency detection unit that detects a frequency of the grid voltage; a PLL (Phase Locked Loop) unit that monitors a phase of the grid voltage; and a gain selection unit that inputs a coefficient calculated using the magnitude and frequency of the grid voltage to the PLL unit, wherein the amplitude detection unit and the frequency detection unit detect a plurality of points at which the state of the grid voltage changes.

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