WIPO - Search International and National Patent Collections

1.2006158258METHOD FOR RESTORING GREEN COLOR OF BROWNED PLANT, SEAWEED OR THE LIKE

JP - 22.06.2006

Int.Class A23L 1/272 Appl.No 2004352540 Applicant TSUCHIDA YOSHIAKI Inventor TSUCHIDA YOSHIAKI

PROBLEM TO BE SOLVED: To provide a method for restoring green color of browned plants, seaweed or the like by which green plants, seaweed or the like browned due to dry storage or salting storage are restored to have original green color.

SOLUTION: The method for restoring green color of browned plants, seaweed or the like comprises using copper-containing lactobacillus or zinc-containing lactobacillus authorized as a food to restore the green plants, the seaweed or the like browned via dry storage or salting storage to original green ones.

2.2004201553METHOD FOR RESTORING GREEN OF BROWNED PLANT, SEAWEED OR THE LIKE

JP - 22.07.2004

Int.Class A23L 1/272 Appl.No 2002373703 Applicant NABELIN CO LTD Inventor TSUCHIDA YOSHIAKI

PROBLEM TO BE SOLVED: To restore a green plant, a seaweed, etc., browned by dry storage or salting storage to an original green.

SOLUTION: The green plant, the seaweed, etc., brown by dry storage or salting storage is restored to the original green by using copper-containing yeast or zinc-containing yeast authorized as a food.

3.2006042764CORAL-PROTECTING FENCE AGAINST ACANTHASTER

JP - 16.02.2006

Int.Class A01M 29/00 Appl.No 2004247572 Applicant KAIYU:KK Inventor MOTOMIYA NOBUO

PROBLEM TO BE SOLVED: To provide a protection fence having a characteristic shape for protecting important coral colonies from Acanthaster.

SOLUTION: This coral-protecting fence against Acanthaster comprises warps, an Acanthaster-returning portion, and a frame. The Acanthaster crawls up on the warps in an unstable state, but drops in the Acanthaster-returning portion by its self weight or returns. Thereby, the Acanthaster can not climb over the protecting fence. Thus, a coral colony in the protecting fence can be maintained.

4.1997316851POROUS CONCRETE MOULD FOR CULTIVATING PLANT, AND METHOD OF EXECUTING WORK FOR MULTI-NATURE TYPE REVETMENT BY USING THE CONCRETE MOULD

JP - 09.12.1997

Int.Class E02B 3/14 Appl.No 1996136121 Applicant NIPPON CEMENT CO LTD Inventor KIDOKORO TAKAAKI

PROBLEM TO BE SOLVED: To provide a porous concrete mould which are suitable to growth of mugworts and other plants such as are seen at a revetment part of a river, and provide a method of executing work for a multi-nature type revetment.

SOLUTION: Porous concrete moulds (a), (b), (c) of a porosity of 15-25% having at least one surface of irregular form, for cultivating plants using the surface of irregular form, in which filler soil material is changed, are placed and arranged in a coastal zone of a river, a lake, or the sea, or otherwise, filler soil material is charged filled after the moulds (a), (b), (c) are placed and arranged on the coastal zone, so by growing plants of the chrysanthemum family, rice family, willow family, or syringa family to form mangroves, a revetment can be protected without damaging natural environments or a view.

5.2001303531BUOYANCY ADJUSTMENT DEVICE FOR WAVE DISSIPATING DEVICE IN MOTORBOAT RACE POOL

JP - 31.10.2001

Int.Class E02B 3/06 Appl.No 2000161207 Applicant HAMAMURA SHOTARO Inventor HAMAMURA SHOTARO

PROBLEM TO BE SOLVED: To solve the problem with a wave dissipating device that animals and plants which grow underwater, such as oysters, barnacles and seaweeds, are likely to cling to the bottom surface of the device provided in a floating condition on the surface of water of well-known motorboat race pool and to the portion of the device under the water, with new oysters, barnacles and seaweeds clinging one after another to dead oysters and barnacles increasing the weight of the device and causing the device to sink about 10 cm or more below the surface of water; the wave-dissipating effect of the device is then remarkably reduced and the device cannot dissipate high waves, resulting in the necessity of raising the device onto the ground at least once a year for the removal of the oysters, barnacles, seaweeds, etc.

SOLUTION: If the entire wave dissipating device sinks below the required depth from the surface of water because of an increase in weight due to oysters, barnacles, seaweeds and the like clinging thereto, water is drained by an amount corresponding to the sinking of the device via a draining pump to adjust buoyancy so as to restore or increase the reduced wave-dissipating effect of the device.

6.2001152148SOIL-CONDITIONING PROCESS AT TIDELAND, SHALLOW WATER AND MANGROVE

JP - 05.06.2001

Int.Class C09K 17/02 Appl.No 1999335308 Applicant HENMI AKIO Inventor HENMI AKIO

PROBLEM TO BE SOLVED: To provide a soil-conditioning process in tidelands, shallow sea areas and mangroves by spraying an artificial zeolite onto the soils of the tidelands, shallow sea areas or mangroves.

SOLUTION: In the soil-conditioning process, the artificial zeolite is sprayed onto soils of tidelands, shallow sea areas and mangroves. Here, the artificial zeolite is preferably a Ca, Mg or Fe type for tidelands, an Mg, K, NH4 or Fe type or Fe-containing type for shallow sea areas and Fe type or Fe- containing type for mangrove soils.

7.1997121712TRANSPLANTATION OF REEF-PRODUCING CORAL OR REEF-UNPRODUCING CORAL CARRIED OUT BY USING TRANSPLANTING AUXILIARY TOOL WITHOUT REQUIRING SPECIAL FIXATION ON SEA BOTTOM

JP - 13.05.1997

Int.Class A01K 61/00 Appl.No 1995320952 Applicant UEHARA SUNAO Inventor UEHARA SUNAO

PROBLEM TO BE SOLVED: To contribute to environmental protection and promotion of marine products industry and further serve as tourist attractions by reviving coral reefs which were died by damage eaten by Acanthaster and flow out of red clay to sea in the past.

SOLUTION: When transplantation is carried out by using broken pieces and cut pieces containing meat part of reef-producing coral and reef-unproducing coral, a transplanting auxiliary tool for protecting the transplanted coral reef is used. The broken piece of the coral reef is bound to the transplantation auxiliary tool to transplant coral reef on the sea bottom without carrying out any fixation. The transplanting auxiliary tool is capable of preventing transplanted coral reef from damage caused by being rubbed on sea bottom and has action which keeps so as not to be moved from a place which is first allowed to stand. Since transplantation operation of the coral reef is carried out without submerging, it is extremely effective to transplant the coral reef.

8.2002506745タイヤを処理するための方法および装置

JP - 05.03.2002

Int.Class B29B 17/00 Appl.No 2000510584 Applicant シュメリング，バークハード Inventor シュメリング，バークハード

9.1996172942PLANTING FOUNDATION MADE OF CONCRETE

JP - 09.07.1996

Int.Class A01G 23/04 Appl.No 1994335612 Applicant SATO KAZUHIRO Inventor SATO KAZUHIRO

PURPOSE: To obtain the foundation capable of realizing both disaster proofness and fine view simultaneously, and thus capable of markedly improving the naturality of the disaster-proofing facilities on the coast or riverside.

CONSTITUTION: The inside of a concrete vessel 1 is filled with horticultural soil 2 or porous concrete base material which is then planted with a nursery stock 3 and the soil 2 or base material is covered with a water-permeable concrete layer 5, through which the nursery stock 3 is projected.

10.2005129088MANAGEMENT DEVICE FOR CARBON DIOXIDE EMISSION RIGHT TRANSACTION SYSTEM

JP - 19.05.2005

Int.Class G06F 17/60 Appl.No 2005042284 Applicant ECO PUREKKUSU:KK Inventor KIMOTO MASAHARU

PROBLEM TO BE SOLVED: To promote a transaction based on a carbon dioxide fixing technology using ocean.

SOLUTION: This management device is composed of: a storage part 5 of a database including the classification of a carbon dioxide fixing technology using ocean and a region name showing an ocean region where the technology is available and the scale of the ocean area and carbon dioxide fixing quality (base unit) per unit area to be created by the technology; input parts 51 therefor; an accepting means 1 of the carbon dioxide emission quantity or the region name; an operation means 2 for calculating the product of the area and the original unit from the data stored in the database storing part 5 based on the input data such as the inputted carbon dioxide emission quantity or region name; a comparing means 3 for comparing the inputted carbon dioxide emission quantity with the product; and an output means 4 for outputting the comparison result. The original unit of the carbon dioxide fixing technology using ocean is set for each region so that the calculation of the carbon dioxide fixing quantity can be made minute, and an input/output means is connected to a communication line such as the Internet so as to be used.

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