OMPI – Pesquisa nas coleções internacionais e nacionais de patentes

1.WO/2008/129564WEIGHING MACHINE TO PICK OUT A SELECTION OF LIVE FISH WITHIN DECIDED INTERVALS IN WEIGHT

WO - 30.10.2008

CIP G01G 17/08 № do pedido PCT/IS2007/000008 Requerente STEINSSON, Steinar Inventor STEINSSON, Steinar

It is disclosed an apparatus for grading automatically according to weight, sensitive objects, in particular live fish, with an equipment which is movable, it has low weight and can be placed in a narrow area. The apparatus is built on a frame (1) where the different parts are placed. The fish is lifted with the elevator (4) in a bucket from the basement (2) and placed in the receiver (6) and from the receiver it goes to the arranger (7) which lines the fish up in a row. The arranger device is driven by a motor (9). The arranger device has two sloping belts (8) with a V-gap between them which hold the underlying fish and move them to the weighing device (13) where only one fish arrives at a time for weighing. The overlying fish will glide down the slope and wait its turn. The weighing device is supported from spring seats (12) which bend when they are loaded and over the scale is placed a sensor chamber (14) which notes how much the springs have bent and sends a corresponding signal to the computer. From the weighing device (13) the fish goes to the distributor (15) where the moving aggregate (22) which is controlled by the computer directs the graded material to its intended outlet.

2.WO/2013/155449DETERMINATION AND CORRECTION OF CONVEYOR BELT SPEED/LOCATION

WO - 17.10.2013

CIP B65G 43/06 № do pedido PCT/US2013/036426 Requerente JOHN BEAN TECHNOLOGIES CORPORATION Inventor VOGELEY, Arthur, W.

Sprockets (22) and (42) are engaged with a conveyor belt (18) itself or a chain (28) coupled to the belt. An encoder is used to determine the differential of the rotation of the sprockets. From that information, the instantaneous pitch of the conveyor belt located between the first and second rotational axes can be determined, and from that information the speed of the belt can be determined. This information can be used to control work tools or other devices that act on work products being carried by the conveyor belt.

3.WO/1999/044433METHOD FOR FREEZING OF FOOD PRODUCTS, IN PARTICULAR FISH

WO - 10.09.1999

CIP A23B 4/06 № do pedido PCT/IS1999/000006 Requerente FROSTMARK EHF. Inventor GUDLAUGUR, Palsson

The invention concerns a method for freezing food products, fish in particular, e.g. shellfish. The freezing is performed in two or more steps, where the first step is pre-freezing and in the latter steps post freezing, and when appropriate glazing of the surface of the products. The pre-freezing is performed by immersing the food products into a salt solution at an appropriate temperature in a sufficiently long time to obtain freezing of the whole body of the food product.

4.WO/2004/066739APPARATUS AND METHOD FOR PROCESSING OBJECTS

WO - 12.08.2004

CIP A22B 7/00 № do pedido PCT/IS2004/000001 Requerente SKAGINN HF. Inventor ARNASON, Ingolfur

The invention concerns a method and apparatus for dressing of food products wherein the dressing is conducted in periods as well as forward movement so that handling and bad treatment is minimized. The movement is conducted in alternating forward speed movements. Thereby the worker at a dressing line achieves the best working conditions and handling is minimized. This is achieved by providing a rustic an more economical equipment than known before.

5.WO/2008/097644METHOD AND APPARATUS FOR ANHYDROUS AMMONIA PRODUCTION

WO - 14.08.2008

CIP C01C 1/04 № do pedido PCT/US2008/001712 Requerente NHTHREE, LLC Inventor HOLBROOK, John H.

A method and apparatus for synthesizing anhydrous ammonia utilizing proton conducting electrolyte having a water vapor dissociating electrocatalyst on one side and a nitrogen dissociating electrocatalyst on the other side. A voltage is provided across the proton conducting electrolyte, protons are separated from the water vapor and transferred through the middle of the proton conducting electrolyte to the second side of the proton conducting electrolyte. Nitride ions are formed from nitrogen and the electrons provided by the voltage on the second side of the proton conducting electrolyte. The protons are then reacted with the nitride ions on the second side of the proton conducting electrolyte to produce anhydrous ammonia. A preferred proton conducting electrolyte is barium cerium oxide doped with about 10% ytterbium with a water vapor dissociating electrocatalyst of Ni and Pd, and a nitrogen dissociating electrocatalyst of Co and Ru.

6.WO/1996/008547A METHOD FOR RECOVERING FISH OIL HAVING A LOW CHOLESTEROL CONTENT FROM FAT FISH, AND USE OF THE OIL IN FOODSTUFF

WO - 21.03.1996

CIP C11B 1/08 № do pedido PCT/NO1995/000164 Requerente SILDOLJE- OG SILDEMELINDUSTRIENS FORSKNINGSINSTITUTT Inventor OTERHALS, Åge

A process for extracting fish oil of low cholesterol level from fat fish, especially capelin, where the fish is subjected to coagulation, straining and pressing, whereby strainer/press liquor is formed which contains an oil dispersion. From the strainer/press liquor a fraction of fish oil is separated by primary breakage of the oil dispersion. This fraction has a reduced cholesterol level and is thereby favourable for utilisation in foodstuffs.

7.WO/1998/053283METHOD AND APPARATUS FOR WEIGHING A CONTINUOUS STREAM OF MATERIAL

WO - 26.11.1998

CIP G01G 11/08 № do pedido PCT/IS1998/000005 Requerente MAREL HF. Inventor OLAFSSON, Jon, Thor

The invention concerns apparatus and method for weighing continuous stream of pourable material, comprising a frame (14), first housing (2), for receiving the material to be weighed and a second housing (15) for weighing the material, said housings having means (5, 6) for moving the material in portions from said first housing (2) to said second housing (15) and releasing the material therefrom back in a new continuous stream of material.

8.WO/2002/020959HYDROGEN MOTOR

WO - 14.03.2002

CIP B63H 11/02 № do pedido PCT/IS2001/000017 Requerente THORDARSON, Petur Inventor THORDARSON, Petur

A system for converting hydrogen into useful work comprising a combustion chamber, a source of working fluid, an accumulator, a propulsion system, and a control valve. A mixture of hydrogen and oxygen is ignited in the combustion chamber to act, directly or indirectly, on the working fluid to pressurize the working fluid. The accumulator is operatively connected to the combustion chamber such that pressurized fluid within the combustion chamber flows into the accumulator. The propulsion system converts pressurized connected between the accumulator and the propulsion system to control a flow of pressurized working fluid from the accumulator to the propulsion system

9.WO/2000/078903PROCEDURE FOR EXTRACTION OF LIPIDS FROM BIOLOGICAL MATERIAL

WO - 28.12.2000

CIP C11B 1/10 № do pedido PCT/NO2000/000203 Requerente STRØM, Terje Inventor STRØM, Terje

The invention relates to a gentle extraction of lipids, with an organic solvent, from biological material, by mincing of the biological material in the presence of an acid with subsequent addition of the solvent, or mincing in the presence of both the acid and the solvent after which the liquid phase is separated and lipids are recovered therefrom.

10.WO/2011/119043METHOD FOR REMOVAL OF CONTAMINATIONS FROM WATER

WO - 29.09.2011

CIP C02F 1/28 № do pedido PCT/NO2011/000100 Requerente ARNTSEN, Dag Inventor ARNTSEN, Dag

A method for removing contaminations from water by mixing absorbents intimately into the water, then exposing the water with suspended absorbents to a direct current electric field between two or optionally more electrodes in a period of time sufficient to obtain that the absorbent with absorbed contaminations are deposited onto the positively charged electrode which is then lifted out of the water, and the deposited substances are removed. As absorbents are used a first absorbent and a second absorbent, wherein the first absorbent comprises chitosan and the second absorbent comprises activated carbon.

1 / 315

Ir para texto da pesquisa	`CTRL` + `SHIFT` +
Ir para resultados (registo selecionado)	`CTRL` + `SHIFT` +
Ir para detalhes (guia selecionada)	`CTRL` + `SHIFT` +
Ir para página seguinte	`CTRL` +
Ir para página anterior	`CTRL` +

Ir para registo/imagem seguinte	/
Ir para registo/imagem anterior	/
Para cima	`Page Up`
Para baixo	`Page Down`
Para o topo	`CTRL` + `Home`
Para o fundo	`CTRL` + `End`

Em processamento

Entradas na fase nacional

Lista autorizada

Configurações

Comentários

Ir para pedido

Salvar consulta

Árvore da consulta

Redefinir opções

Consulta inteira

Atalhos de visualização lado a lado

Análise