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have  a platform the size of  4 meters by 4 meters  so that bigger fishing ships are still able to use the bin

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Filters liquid wastes thrown into the bin so that it will not end up going into the ocean and further pollute it.

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After the trash is detected, it would automatically be split into different groups of recycling bins and properties.

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Use environmentally friendly energy sources to power the propellers instead of using pollutants like fossil fuels. Possible sources would be using the ocean's water for hydroelectric or ocean/tidal energy.

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Digital Display to show what other trash and the statistics collected.

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Add sensors around the dustbin so that it can detect plastic wastes and other pollutants which can send data back to a data centre, so that they will know where to focus clean up efforts at.

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blinking lights to make it visible during the night
[ fishing is not done only during the day. some fishes come out during the night. therefore fishermen who go fishing during the night might not be able to find the bin if it is not visible enough]

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Program it to move around a certain area instead of just staying stationary. Provide fishermen with a map of where the dustbin will be at different times of the day so that they know where they can dispose their waste products.

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this idea will be costly as there will need to be engineering and good technology to operate this drone

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Utilize sources such as water from the ocean for hydroelectric or ocean/tidal energy, or else it will instead pollute the environment more by using sources such as fossil fuels.

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Renewable Energy - Environmentally Friendly and Low Cost Energy from Inexhaustible Sources

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Energy resources exist in different forms - some exist as stocks and are exhaustible, others exist as flows and are inexhaustible. The effects of climate change, and the impact that greenhouse gas emissions have on the atmosphere, are ushering in a reassessment of where our energy supply comes from and, more importantly, how sustainable it is.

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A sensor that can detect plastic, wood and other raw materials such as metals

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Hundreds of different proximity sensors are available for use in automation applications. There are several points to consider when you look for a sensor, as your choices could affect your application later down the road. Let's take a look at why you would use an inductive or a capacitive sensor.

Inductive sensors

An inductive sensor is used to detect the presence of metals (such as steel, stainless steel, aluminum, or copper). An important factor to note is that our sensors have a different nominal sensing range depending on the material. The standard target is a mild steel plate (FE360) that is 1 mm thick with square dimensions the size of the sensor.

Our model number nomenclature such as the NBB4-12GM50-E2 has a rated operating distance of 4 mm (for an FE360 target), but will pick up aluminum only at about 1.6 mm because of the 0.4 reduction factor for aluminum.

If a longer sensing range is needed, we also have reduction factor 1 sensors that do not have a reduction factor for steel (FE360), stainless steel (304), copper, and aluminum. These have a model number that begins with NRB or NRN.

The common cylindrical inductives that we offer are 8 mm, 12 mm, 18 mm, and 30 mm. We do offer some smaller diameters as well such as 4 mm, 5 mm, and 6.5 mm models. Typically, a smaller diameter sensor has a higher switching frequency (number of times the sensors can change output states). This is an important feature to consider if the sensor will be used for a speed monitoring application involving a fast, rotating target. You can see an example in the image below.

The environment in which the sensor is located in plays a role as well. Most of our
inductive proximity sensors have an IP67 degree of protection. An IP67 rating means that the sensor can resist the ingress of dust and water such that the sensor stays sealed even if submerged in stagnant, low-depth water for short periods of time. If the sensor has to be used underwater continuously, it requires an IP68 degree of protection. For high-pressure washdown, an IP69K degree of protection is needed. These ratings are listed on the specification sheet.

For use around high voltage sources or welding equipment, use models with a -C- or -C3, as these are weld field immune and have a protective coating that resists weld slag.

As an additional note for inductive and capacitive sensors, our models ending with a -V1 or -V3 or any -V number indicate a quick disconnect version that requires an additional cable to use. This is a preference, but many find it convenient when compared to a potted-in cable that can get damaged and take time to repair.

Capacitive sensors

Often times, this type of application involves sensing through a tube or tank to detect the liquid. Capacitive sensors are capable of detecting plastic, wood, and other raw materials including metal. An inductive sensor can detect only metal. A common application is the detection of liquids, plastics, and grains. Capacitive liquid detection is used for level and presence detection.

Capacitive sensors have either a fixed sensitivity or an adjustable sensitivity. Depending on the material of the tube or sidewall, a capacitive can be selected to mount on the exterior of the tank/ tube and detect the fluid through the wall.

Factors would be the dielectric constant of the fluid and the material of the side wall. Tables with the dielectric constants of most materials can be found on the internet, or a brief list can be found in our catalog.

One typical application involves using a thin tube with a small capacitive wire tied to it to give an output when the fluid reaches the wire. This method of sensing can be useful in hydraulic cylinder applications.

Another popular solution utilizes our plastic sensor well that is drilled and fitted to the side of a tank. A cylindrical capacitive sensor can then be placed in this sensor well and used for level detection. This approach makes adjusting the sensitivity and removal of the sensor easy. Most cylindrical models have a potentiometer on the back for adjusting the sensitivity. Aside from the sensitivity adjustment and the ability to detect nonmetal targets, a capacitive sensor is similar to an inductive in most other aspects when considering housing size and range.

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Selecting the Best Inductive or Capacitive Sensor for Your Application

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Hundreds of different proximity sensors are available for use in automation applications. There are several points to consider when you look for a sensor, as your choices could affect your application later down the road. Let's take a look at why you would use an inductive or a capacitive sensor.

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We understand that fishermen have a job to do, not only do fishermen work from early in the morning to almost past midnight, having to travel from where they are to a designated floating dustbin, consumes a lot of time and money. Since that's the case, we shall give the fishermen incentives everytime they dispose of their rubbish there or the amount of rubbish is calculated based on weight for them to claim for example a bonus that would be added to their paycheck at the end of the month.

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It will not be a daily thing, maybe weekly or monthly and it encourages them to do their part of conserving nature

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Have motorized floating dustbins out in the ocean for fishermen to throw their unwanted gear into.

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having robots go to these depths is much safer than having humans do it. this is because sometimes, there might be malfunction in the equiptment and might get someone killed. this therefore, makes it more sensible to use robots to help pick up trash

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it takes equipment, training and qualification to scuba-dive and collect trash from the ocean floor. however, machines are smaller and are able to get to deeper areas of the ocean. this will allow us to reach the deeper parts of the ocean without having to spend too much on equipment.

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having fisherman to clear up the trash will prevent them from fishing.

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having the joystick will allow better control over the robot and will allow trash to be collected

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no arms so it will not be able to pick up litter from the ocean floor

not big enough capacity for trash to be worth the trip to the ocean floor and back up

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used to grab hold of trash floating in the ocean

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having something to collect trash bring it back up to the surface to be disposed off properly.

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Give the right to the younger generation to vote for the right thing

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Give the right to the younger generation to vote for the right thing

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Since the younger generation has been taught about pollution, how it not only affects themselves but fishermen and their loved ones, changes have to be made, the youth needs to join the battle between the ones who don't know the importance of keeping the environment clean. The more votes for change the better, stepping up for the right thing should be a skill everyone should have.

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Seek help from divers to aid the cause of cleaning up ocean litter to decrease pollution of the ocean and their "home ground". Divers are more likely to want to clean up litter as if the environment in the ocean is ruined by pollution, they will no longer be able to see the beautiful scenery they love under the ocean.

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At a young age, kids must be taught finances and important problems in the world and right now that is pollution. It is said that pollution in the next few years would be the worst.

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The youth must know more about real world probelms rather than just sitting in the class all day learning math and science. Balloting is something everyone must know how to complete when they grow up.

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Encourage people, especially young kids, to remind family members to not litter into the ocean or anywhere at all. Adults are more likely to change if children were the one telling them that what they are doing is wrong and through this way, less people are likely to continue polluting the ocean.

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final ideas and products that will be able to help us solve pollution

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describtion, comments or labelling

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Fisheries could seek help from their crew to use their knowledge of the tides and routes of the ocean to help clean up litter more efficiently. This will greatly decrease the amount of litter floating adrift and also those that land ashore.

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ideas and things that could help to solve the problem of polution

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-we could be reminded by the state of out oceans now  by having real-time pictures and/or videos that could be posted onto a site that monitors the pollution levels in the oceans.

-cleanup movements popularized on reddit could be a constant friendly reminder to users to clean up a part of the ocean near the sea, even thought it may be a small part. If everyone does their part the ocean would be alot cleaner in the long run.

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facts and happenings in past / things found on the web

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Random Words/ Keywords

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-Joystick controlled fishing systems or boats could be used as a futuristic way to catch fish and detect amount of fishes in the sea to keep them sustainable.

-Joystick could be used to control unmanned oceanic vehicles that could get catches from a deeper part or more dangerous part of the oceans.

-Joysticks are already in use to control unmanned submarines for deep sea research, exploration and surveying.(https://en.wikipedia.org/wiki/Deep-submergence_vehicle)

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create a man controlled or automated drone to collect trash from sea bed by using arms to pick up litter from the ocean bed. The drone could have propellers so that it can move around. Having sensors can help allow the trash to be seen and identified

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79% of the surface waters, streams and lakes have been polluted

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Sri Lanka and India Battle Over Fishing Grounds - The New York Times

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Sri Lanka and India Battle Over Fishing Grounds - The New York Times

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(https://www.nytimes.com/2012/09/05/world/asia/sri-lanka-and-india-battle-over-fishing-grounds.html)

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"Conflict brews between Sri Lankan and Indian fishermen"

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"Conflict brews between Sri Lankan and Indian fishermen"

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Constantly remind each other either through word of mouth or posters the importance of not littering the ocean as it affects everyone in one way or another.

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Once detected, the precised location would be given off by a sensor and would inform a team, requesting for a cleanup.

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70% of ocean trash sinks to the bottom of the ocean floor

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Organise more coastal clean ups while also educating people on the importance of not polluting the ocean. Fishing companies could also have their crew clean up the ocean so that they will not pollute the ocean in the future.

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Factories always dispose of waste materials in water bodies

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Government agencies could pause certain fishing companies at certain times of the month or year to reduce the amount of pollution caused by them while also preventing overfishing

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Have a Satellite scan through the waters from space to detect any form of harmful bacteria to be removed.

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As the world progresses, more and more jobs would be taken up, leading to more pollution in the region, have a scan monthly to check up on how the water condition is to slow down the rate of pollution.

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Campaigns to educate fishermen and hobbyists can be conducted so they can learn the impacts and consequences of water pollution to remind them to not pollute the water bodies

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Proud to live and work across the Wakefield District. Proud to care for and serve our local communities. We are the confederation of GP Practices in the Wakefield District. By connecting in this way, we are stronger, more resilient and can care effectively for over 386,000 local people together.

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-random generated word (ideation equation: effective ideation)

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Incorrect ways of dumping trash

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create technology to clear up litter in the sea

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Creating campaigns to raise awareness on the difficulties fishermen have to go through and hopefully people would stop polluting.