DK200501825A - Seafood breeding system - Google Patents

Seafood breeding system Download PDF

Info

Publication number
DK200501825A
DK200501825A DK200501825A DKPA200501825A DK200501825A DK 200501825 A DK200501825 A DK 200501825A DK 200501825 A DK200501825 A DK 200501825A DK PA200501825 A DKPA200501825 A DK PA200501825A DK 200501825 A DK200501825 A DK 200501825A
Authority
DK
Denmark
Prior art keywords
buoy
buoys
harvest
seafood
pulled
Prior art date
Application number
DK200501825A
Other languages
Danish (da)
Inventor
Neubert Morten
Schou Bjarne Mahler
Original Assignee
Modus 2 Aps
Neubert Morten
Schou Bjarne Mahler
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Modus 2 Aps, Neubert Morten, Schou Bjarne Mahler filed Critical Modus 2 Aps
Priority to DK200501825A priority Critical patent/DK200501825A/en
Publication of DK200501825A publication Critical patent/DK200501825A/en

Links

Classifications

    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/80Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
    • Y02A40/81Aquaculture, e.g. of fish

Claims (6)

1. Opdrætssystem til muslinger og andre skaldyr System til dyrkning af muslinger og andre skaldyr i åbent vand. Sytemet kan sammensættes til den ønskede størrelse og derved høstmængde, da det består af sektioner som kan udlægges efter behov. Dette system kendetegnes ved at det er placeret på havbunden. Luftfyldte bøjer holdt nede under overfladen af ankrer placeret på havbunden. Disse bøjer er samlet med reb og wirer, i lange baner eller sektioner. Disse sektioner af bøjer, kan placeres med få meters mellemrum og derved skabe store muslingefarme, placeret i store dyrkningsfelter på havbunden. Bøjerne er designet til at skaldyrene sætter sig på bojernes overflade, på et net. Hele systemet kan i sektioner, trækkes ind ved høst. Bøjeme svajer med strømmen under vandet og er derfor ikke udsat for vejr og vind som andre systemer. Derved kan systemet være placeret i åbent vand hele året.1. Breeding system for mussels and other seafood System for growing mussels and other seafood in open water. The system can be assembled to the desired size and thereby the amount of harvest, as it consists of sections that can be laid out as needed. This system is characterized by its position on the seabed. Air-filled buoys held below the surface of anchors located on the seabed. These buoys are assembled with ropes and wires, in long courses or sections. These sections of buoys can be placed at intervals of a few meters, thus creating large seashells, located in large fields of cultivation on the seabed. The buoys are designed for the seafood to settle on the surface of the buoys, on a net. The whole system can be pulled into sections during harvesting. The buoys sway with the current under the water and are therefore not exposed to weather and wind like other systems. This allows the system to be placed in open water throughout the year. 2. Bojernes udformning Bøjens dimensioner kan variere i diameter, afhængig af mængden af skaldyrslarver man ønsker sætter sig - og længde, afhængig af den vanddybde man ønsker at dyrke skaldyr på. Udformningen af disse bøjer kendetegnes ved, at de indvendigt er fyldt med luft indkapslet i mindre selvstændige rum. Derved er indholdet af luft i bøjen, opdelt i små separate beholdere. Formålet er at bøjen bibeholder sin opdrift, selv ved lokal perforering af bøjens overflade. Der er i bunden af bøjen monteret en fæstning, som med et wiresystem holder den nederste del af bøjen fast i et bundanker, som er placeret på havbunden. Herved kan bøjen frit bevæge sig med havstrømmene og er ikke udsat for de voldsomme påvirkninger på havoverfladen. Desuden gør bøjens opdrift, at når den løsnes fra ankret, vil den flyde mod overfladen og lette høsten.2. The design of the buoys The dimensions of the buoys can vary in diameter, depending on the amount of seafood larvae you want to settle - and length, depending on the water depth you want to grow seafood. The design of these buoys is characterized by being internally filled with air encapsulated in less independent spaces. Thereby the content of air in the buoy is divided into small separate containers. The purpose is that the buoy retains its buoyancy, even if local perforation of the buoy surface. A fortress is mounted at the bottom of the buoy, which with a wiring system holds the lower part of the buoy to a bottom anchor which is located on the seabed. This allows the buoy to move freely with the ocean currents and is not exposed to the severe effects on the sea surface. In addition, the buoy buoyancy means that when released from the anchor, it will float to the surface and facilitate harvesting. 3. Metode til muslingesætning på bøje På bøjen er placeret et net i hele bøjens længde, fra bundfæstning til toppen. Bøjens sætningssystem kendetegnes ved, at man ved at regulere størrelsen på netmaskeme, kan regulere antallet af skaldyrslarver som sætter sig på bøjen. Bøjens overflade tillader ikke skaldyrslaverne at fæstne sig. Det vil kun være på nettet omkring bøjen, at larverne sætter sig. Man skaber derved plads til vandgennemstrømning med fødeemner. Desuden kan man kan kontrollere høstmængden og vægten, samt sikre hurtigere vækst.3. Method for clam laying on the buoy A net is placed throughout the length of the buoy, from the bottom to the top. The buoyancy system of the buoy is characterized by that by regulating the size of the networms, the number of shellfish larvae that settle on the buoy can be regulated. The surface of the buoy does not allow the shellfish to adhere. It will only be on the web around the buoy that the larvae settle. This creates space for water flow with food items. In addition, you can control the amount of harvest and weight, as well as ensure faster growth. 4. Leddelte bøjer til tidlig høst Bøjeme er opdelet i flere dele. Ved hjælp af et wirelåsesystem, kan der høstes fra systemet af flere omgange. Da bøjeme har opdrift, kan man høste den øverste del af bøjen, ved at trække låsevejeren ud. Denne del kan så trækkes ombord i båden. Fordelen ved dette er, at man kan regulerer den samlede vægt af systemet og dermed opdriften. Desuden kan man høste den del som har mest sætning, (den øverste del nærmest overfladen) og derved opnå en længere og smidigere høstsæson.4. Articulated buoys for early harvesting The buoys are divided into several parts. Using a swivel lock system, the system can be harvested by several laps. As the buoys are buoyant, you can harvest the upper part of the buoy by pulling out the locking weights. This part can then be pulled aboard the boat. The advantage of this is that one can regulate the overall weight of the system and thus the buoyancy. In addition, you can harvest the part that has the most phrase (the upper part closest to the surface) and thereby achieve a longer and smoother harvesting season. 5. Høstmetoden Ved høst udnyttes bøjemes flydeevne. Kendetegnende ved, at når låsevejeren trækkes ud, løsnes bøjen fra bundankeret. Derved flyder de sammenbundne bøjer i vandet og kan derefter trækkes op i høstprammen, en ad gangen.5. Harvesting method In harvest, the buoyancy of the buoy is utilized. Characteristic is that when the locking wire is pulled out the buoy is released from the bottom anchor. Thereby the bound buoys float in the water and can then be pulled up into the harvest barge, one at a time. 6. Wirelåsesystem til frigørelse af bøjer fra bundanker Mellem bøjer og bundvægte, er placeret et låsesystem. Dette holder bøjen fast til ankeret. Dette kendetegnes ved, at der på både bundanker og bøje, er monteret en wire. Disse 2 wire samles i en lås, som holder de 2 ender sammen. Denne lås holdes sammen af den gennemgående låsewire. Der går en låsewire gennem alle låsene i systemet og denne kan trækkes fri i sektioner. Når vejeren trækkes fri af låsen, slipper låsen og bøjeme flyder mod overfladen. Herved kan høsten påbegyndes, ved at bøjeme trækkes ind i båden ved hjælp af et spil.6. Swivel lock system for releasing buoys from bottom anchors Between buoys and bottom weights, a locking system is located. This holds the bend to the anchor. This is characterized by the fact that a wire is mounted on both bottom anchor and buoy. These 2 wires are assembled in a lock which holds the 2 ends together. This lock is held together by the continuous locking wire. A locking wire goes through all the locks in the system and this can be pulled free in sections. When the weigher is pulled free of the lock, the lock releases and the bends float to the surface. This can start the harvest by pulling the buoys into the boat by means of a winch.
DK200501825A 2005-12-23 2005-12-23 Seafood breeding system DK200501825A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
DK200501825A DK200501825A (en) 2005-12-23 2005-12-23 Seafood breeding system

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
DK200501825 2005-12-23
DK200501825A DK200501825A (en) 2005-12-23 2005-12-23 Seafood breeding system

Publications (1)

Publication Number Publication Date
DK200501825A true DK200501825A (en) 2007-06-24

Family

ID=38236460

Family Applications (1)

Application Number Title Priority Date Filing Date
DK200501825A DK200501825A (en) 2005-12-23 2005-12-23 Seafood breeding system

Country Status (1)

Country Link
DK (1) DK200501825A (en)

Similar Documents

Publication Publication Date Title
US20060170221A1 (en) Marine fishery or hunting stand combined with wind energy plant
US20090288612A1 (en) Submersible mooring grid
US4950104A (en) Artificial substrates for marine biomass enhancement and wave energy absorption
NO881102L (en) FISH IN THE SEA OF FISH FARMING.
NO783805L (en) AQUACULTURE PROCEDURE AND DEVICE
CN106522179B (en) Portable floater intercepting device on water
CN109154676B (en) Band-shaped wing-shaped settler
CN104041433A (en) Mounting method of large shallow sea purse net cultivation device
CN108684588A (en) A method of with hard attachment base marine raft culture oyster
NO119459B (en)
CN108617560B (en) Oyster shallow sea cultivation method capable of resisting wind waves and shaking and avoiding floating ice
CN108124800A (en) Oyster floatable hangs raft cultural method
US7607252B1 (en) Method of retrieving fishing gear
KR19990055863A (en) Aquaculture Equipment
DK200501825A (en) Seafood breeding system
KR101602174B1 (en) Buoy Apparatus
JP3114373U (en) Artificial floating fish reef
CN105165746A (en) Inland river integrated fishing gear and fishing method thereof
JP5455836B2 (en) Floating fish reef equipment
JP3150490U (en) Aquaculture variable depth mooring facility
CN205804307U (en) Water surface floater interception apparatus
CN201518674U (en) V-type automatic positioning float
RU2669304C1 (en) Construction for growing marine hydrobionts on the shelf and the continental margin
CN205804306U (en) Portable over-water floats blocking apparatus
GB2057364A (en) Buoys for use with sea currents

Legal Events

Date Code Title Description
AHS Application shelved for other reasons than non-payment