Abstract: An immediate disintegrating polymeric matrix for oral administration with modified release is disclosed, obtained without using inert supports such as sugar spheres, comprising particles of active substance directly covered with a release regulating membrane. Use of such a matrix to prepare various administration forms for oral use as well as the method of its preparation are also disclosed.
Type:
Application
Filed:
December 23, 2008
Publication date:
June 25, 2009
Applicant:
I.P.S. International Products & Services S.r.l.
Inventors:
Gino Pasotti, Andrea Spalla, Ezio De Zanet
Abstract: The invention specifies a flexible fluid line comprising a plurality of tubes (1) which are arranged parallel next to one another, which have a common connecting element (11, 12) at least one end (9, 10) and which are embedded in a plastic body (6). The invention also specifies a method for producing a fluid line (8) of this type. It is desirable to be able to produce a fluid line of this type in a simple manner. To this end, provision is made for a section of the tubes (1) which is located between the two ends (9, 10) to be bent in a meandering fashion.
Abstract: A method for producing a fluid line (2) and a corresponding fluid line (2) are specified, wherein a number of tubes are wound in parallel along a helical line in each case, a connecting element (6, 7) is fastened to at least one end and the tubes are embedded in a plastic material. It is wished to make production simple. For this purpose, it is envisaged to use a liquid silicone rubber (12) as the plastic material.
Abstract: Process for the removal in continuous of hydrogen sulfide from gaseous streams containing it, comprising: a) putting a gas containing H2S in contact with an oxidizing acid aqueous solution of ferric nitrate and containing a heteropolyacid having redox properties; b) filtrating and separating the sulfur produced by the redox reaction; c) oxidizing the ferrous nitrate to ferric nitrate with air; d) recycling the solution containing ferric nitrate and heteropolyacid to the oxidation step (a); e) subjecting the gaseous stream leaving the oxidation reactor (c) to washing with the reduced solution; and f) discharging the gaseous stream.
Type:
Application
Filed:
August 31, 2006
Publication date:
December 4, 2008
Applicant:
ENI S.p.S.
Inventors:
Giuseppe Bellussi, Alberto De Angelis, Paolo Pollesel, Marcello Milli
Abstract: The invention relates to a motorised pool-cleaning device (1) comprising suction means (30) and rotary movement means (4) which define first (2) and second (3) bearing axles. Moreover, the rotary movement means, which define at least one (2) of the first and second bearing axles, comprise first (5) and second (6) rotating rollers having respective axes of rotation (7, 8) which are aligned with said at least one (2) of the first and second bearing axles. Furthermore, the first (5) and second (6) rotating rollers are connected by means of a freewheel connection (9).
Abstract: A closure for a container having a mouth wherein the closure is adapted for sealable connection to the mouth of the container and includes an end wall at the upper end of the skirt for closing the mouth when the closure is mounted to the container. The closure includes an opening in the end wall for dispensing a product held by the container and a first flap that has at least one flap aperture that is smaller than the opening. The first flap is adapted for selectively opening and closing the opening. A second flap is adapted for overlaying the first flap and includes a first state wherein one or more of the flap apertures in the first flap are open and a second state wherein the flap apertures in the first flap are sealed.
Abstract: A method for digitizing a two-dimensional ECG chart includes scanning the ECG chart. The ECG chart includes an ECG waveform that appears on a background grid having generally horizontal and generally vertical grid lines. The background grid is detected, and the number of pixels between grid lines is determined. The vertical axis of the scanned ECG chart is scaled in units of volts per pixel and the horizontal axis of the scanned ECG chart is scaled in units of time per pixel.