OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/2002/089216METHOD FOR INCREASING THE OUTPUT POWER OF PHOTOVOLTAIC CELLS

WO - 07.11.2002

Clasificación Internacional F24S 23/30 Nº de solicitud PCT/DZ2001/000004 Solicitante HIHI, Bachir Inventor/a HIHI, Bachir

The invention concerns a method for increasing the output power of any photovoltaic cell using a linear concentration by means of a mutliprism and for using a special transparent film which can absorb up to 93 % of ultraviolet rays so that the temperature at the surface of the photovoltaic cells is acceptable.

2.WO/2002/092859AN IMPROVED TWO ROLL SUGARCANE CRUSHING MILL

WO - 21.11.2002

Clasificación Internacional B02C 4/02 Nº de solicitud PCT/IN2001/000101 Solicitante NIKAM, Bhausaheb Bapurao Inventor/a NIKAM, Bhausaheb Bapurao

An improved two roll sugarcane crushing mill is provided by the present invention comprising a plurality of improved two roll mill modules in tandem, each comprising a pair of main crushing rolls consisting of bottom and top roll. The bottom and the top rolls are rotatingly mounted in a pair of main frames/head stock and a pair of top beams/lever arms at the two ends respectively. One end of each of the top beams is pivotally attached near upper end of the head stocks towards feed side for swinging top beams along with top roll. At least one feeder roller is provided with a scrapper cum deflector with juice drainage means in the close proximity of the main crushing rolls. The feeder rollers are mounted on an auxiliary frame which is rigidly / pivotally mounted on main frame to adjust the loading / setting the feeder roller in desired position.

3.WO/2000/030471POPPING BAMBARRA GROUNDNUT

WO - 02.06.2000

Clasificación Internacional A23L 1/00 Nº de solicitud PCT/US1999/027444 Solicitante INLAND EMPIRE FOODS, INC. Inventor/a EHLERS, Jeffrey, D.

The invention contemplates novel foodstuffs containing processed Bambarra groundnuts and methods for producing the same. Also described are conditioning methods for seed that impart a suitable moisture content to the seed such that the seed is endowed with the ability to pop upon the rapid application of heat.

4.WO/2000/016027VERFAHREN ZUM GEKÜHLTEN TRANSPORT

WO - 23.03.2000

Clasificación Internacional B60H 1/32 Nº de solicitud PCT/DE1998/002724 Solicitante INTEGRAL ENERGIETECHNIK GMBH Inventor/a PAUL, Joachim

Verfahren zum gekühlten Transport in einen hohlwandigen Kühlcontainer (RC) eines eingebrachten Gutes, mit den Schritten: Vorhalten einer pumpbaren Suspension winziger Eiskristalle, sog. Binäreis, einer vorbestimmten Zusammensetzung und Temperatur in einem Binäreisspeicher (BIST) bis zur Verwendung zum Kühlen und Befüllen, Entleeren der ggf. befüllten Wandung eines zu benutzenden Kühlcontainers (RC) über ein Binäreisauslassventil (BIOV), Einfüllen des vorgehaltenen Binäreises in die entleerte Wandung des Kühlcontainers (RC), Zirkulierenlassen des Binäreises im Kühlcontainer (RC), über Befüllarmaturen, die vom Binäreisspeicher (BIST) versorgt werden, bis die Temperatur der Wandung auf eine vorbestimmte Temperatur abgesenkt ist, wobei aus dem Auslassventil (BIOV) austretendes erwärmtes Fluid dem Binäreisflüssigkeitsspeicher (BIRL) zugeführt wird, Auffüllen der Wandung des Kühlcontainers (RC) mit Binäreis bis zu einem vorbestimmten Niveau, Abkoppeln des Kühlcontainers (RC) von den Befüllarmaturen, Rückführen des beim Abschmelzen des Binäreises sich ergebenden Binäreisfluides in einen entsprechenden Binäreisflüssigkeitsspeicher (BIRL) zu erneuten Erzeugung von Binäreis aus dem Binäreisfluid.

5.WO/1999/049875THE PROCESS FOR THE PREPARATION OF A STABLE FIXED DOSE PHARMACEUTICAL COMPOSITION OF ANTI INFECTIVE AGENT/AGENTS AND MICRO ORGANISMS AS ACTIVE INGREDIENTS

WO - 07.10.1999

Clasificación Internacional A61K 9/24 Nº de solicitud PCT/IB1998/000445 Solicitante CADILA PHARMACEUTICALS (E.A.) LTD. Inventor/a MODI, Rajiv, Indravadan

Micro organisms are useful in management of diseases including diarrhoea and gastro intestinal diseases like pseudomembranous colitis, megacolon etc. They are also useful in prevention of gastro intestinal disturbances and diseases caused by anti-infective agents like ampicillin, amoxycillin, cloxacillin, clauvanic acid, cefuroxime axetel, cephalixin, erythromycin etc. For prevention micro organisms are to be taken along with anti infective agents. When micro organisms are combined with anti-infective agents for ease of administration and improving compliance and therapeutic effect, the combination is not found to be stable at room temperature as micro organisms are sensitive to anti-infective agents and are destroyed by effect of anti-infective agent in composition. The present invention relates to the process of preparing a stable fixed dose composition of anti-infective agent with micro organism as active ingredient. The process includes preparation of various dosage forms for oral route like capsule, tablet and liquid formulation. The process comprises of providing an appropriate barrier by way of selected coating procedure to one of the active ingredients in such a way that micro organisms are not affected by anti-infective agents. This results in a stable composition. By using an appropriate coating technique composition is made to remain stable over a period of 3-36 months at ambient/room temperature. The ratio of micro organism to anti-infective agents in a composition can be 1:2 to 1:25 by weight. The ratio of 1:5 by weight is found to be optimal for the purpose. The amount of coating is dependent on the type of coating technique, dosage form i.e. capsule, tablet or liquid and desired self life. The micro organisms of the composition were found to be active after variable time period. They also provided therapeutic effect and eliminated gastro intestinal disturbances associated with anti-infective agents when evaluated in humans.

6.WO/1997/032617COVALENT MODIFICATION OF SURFACES WITH POLYMERS TO INCREASE BIOCOMPATIBILITY

WO - 12.09.1997

Clasificación Internacional A61L 33/00 Nº de solicitud PCT/US1997/003591 Solicitante UNIVERSITY OF PITTSBURGH Inventor/a WAGNER, William, R.

Described herein is a technique for covalently modifying tissue and cellular surfaces to inhibit cell adhesion. The process described herein is conducted under conditions tolerable in vivo and employs a biocompatible polymer having a reactive group attached to at least one end that reacts with groups present or on tissue and cellular surfaces under aqueous and mild conditions and thereby covalently attaches the polymer to the tissue or cellular surface. Preferably, the reactive group attached to the polymer reacts with amines and hydroxyls present on tissue and cellular surfaces. In one preferred embodiment, the methods described herein provide for the covalent modification of tissue and cellular surfaces using a PEG-diisocyanate solution. The methods described herein are particularly useful in impairing platelet and leukocyte deposition in blood vessels and thereby thwarting thrombosis and restenosis, a common complication of vascular procedures including PTCA and vascular surgery. Furthermore, by masking the tissue surface proteins from blood elements, the methods described herein are useful in decreasing graft thrombogenicity and reducing the complications of vascular surgery. Finally the methods described herein reduce the immunogenicity of transplanted tissues and cells and thereby reduce the need for immunosuppressive therapy.

7.WO/1998/031884IMPROVED BUILDING STRUCTURES

WO - 23.07.1998

Clasificación Internacional E04B 1/08 Nº de solicitud PCT/AU1998/000013 Solicitante TURNER, Gordon, Stanley Inventor/a TURNER, Gordon, Stanley

The present invention resides in a modular building structure having a framework comprising steel wall members (5) having tubular studs (8) welded between upper (6) and lower (7) right angle members, steel roof trusses (11) formed of tubular members (13) welded between right angle members (12) so as to form shallow inverted V-shaped structures provided at their outer ends with bracket members (21) adapted to be fixed to members extending along and secured to the upper right angle members (6) of two opposed side wall members (5), and two flat roofing sections (20) of sheet steel adapted to be secured to the upper angle members (12) of the roof trusses (11).

8.WO/2001/010229DRYING A WHOLE GREEN BANANA

WO - 15.02.2001

Clasificación Internacional A23B 7/02 Nº de solicitud PCT/FR2000/000434 Solicitante COMBET, Félix Inventor/a COMBET, Félix

The invention concerns an operation which consists in subjecting the whole green banana to a treatment wherein it is soaked in seawater for nine hours. The action of seawater on the banana facilitates its drying by enabling it to be subjected to a temperature between 60 and 70 °C. Unlike in the existing method which requires that the banana is cut into slices and subjected to a gradual temperature from 40 to 70 °C for 10 hours. The inventive method enables to cause a whole green banana to be dried in one and a half hours.

9.WO/1999/036593SLURRY FOR COATING NON-CARBON METAL-BASED ANODES FOR ALUMINIUM PRODUCTION CELLS

WO - 22.07.1999

Clasificación Internacional C25C 3/12 Nº de solicitud PCT/IB1999/000081 Solicitante MOLTECH INVENT S.A. Inventor/a DE NORA, Vittorio

A method of coating an electronically conductive and heat resistant substrate of an anode of a cell for the electrowinning of metals, in particular a cell for the electrowinning of aluminium, to protect and make the surface of the anode active for the oxidation of the oxygen ions present in the electrolyte. The method comprises applying onto the substrate a slurry comprising at least one oxide or oxide precursor as a non-dispersed but suspended particulate in a colloidal and/or inorganic polymeric carrier. The applied-slurry is then solidified and made adherent to the substrate upon heat treatment to form an adherent, protective, predominantly oxide-containing coating. The colloidal and/or inorganic polymeric carrier may comprise at least one of alumina, ceria, lithia, magnesia, silica, thoria, yttria, zirconia, tin oxide and zinc oxide. The oxide of the coating may be a chromite or a ferrite, such as a ferrite selected from cobalt, copper, manganese, nickel and zinc.

10.WO/1999/041430DISTRIBUTION OF ALUMINA-RICH ELECTROLYTE IN ALUMINIUM ELECTROWINNING CELLS

WO - 19.08.1999

Clasificación Internacional C25C 3/06 Nº de solicitud PCT/IB1999/000223 Solicitante MOLTECH INVENT S.A. Inventor/a DURUZ, Jean-Jacques

The invention relates to a method of producing aluminium in an electrolytic cell, particularly in a drained cell, such cell comprising a cathode (20) and facing anodes (10), each anode (10) being spaced apart in its operative position from the cathode (20) by an anode-cathode reduced distance defining an anode-cathode gap containing the bath being electrolysed. The method comprises: feeding alumina into the electrolyte where it is dissolved; electrolysing an alumina-rich bath in the anode-cathode gap; and periodically moving at least one anode (10) in order to intake rich-alumina electrolyte into the anode-cathode gap thereby distributing alumina-rich electrolyte under the entire anode surface.

1 / 479.152

Ir al espacio Buscar	`CTRL` + `SHIFT` +
Ir a Resultados (registro seleccionado)	`CTRL` + `SHIFT` +
Ir a Detalle (pestaña seleccionada)	`CTRL` + `SHIFT` +
Ir a Página siguiente	`CTRL` +
Ir a Pagina anterior	`CTRL` +

Ir a Siguiente registro / imagen	/
Ir a Registro o Imagen anterior	/
Desplazar hacia arriba	`Page Up`
Desplazar hacia abajo	`Page Down`
Desplazar al inicio	`CTRL` + `Home`
Desplazar hasta el final	`CTRL` + `End`

Procesando

Entradas en la fase nacional

Fichero de referencia

Configuración

Comentarios

Ir a una solicitud

Guardar consulta

Arborescencia de consulta

Afinar opciones

Consulta completa

Ver teclas de acceso rápido en dos columnas

Análisis

Ir a Siguiente pestaña
Ir a Pestaña anterior