Using Solenoids to Create an Automobile Engine: Patents & Possibilities

In summary, the conversation discusses the use of solenoids in a small engine that runs on 12v DC current. The question is raised whether this engine could potentially be used in an automobile with the addition of an alternator or electric generator. While there were patents for such a configuration, it is unlikely to be produced as operating the coils and generator would result in heat and energy loss, causing the battery to steadily discharge. Therefore, the engine would only be able to charge the battery and not perform any other work.
  • #1
jmsapinoso
1
0
I once saw an engine study that uses solenoids in compensating engagements much like the internal combustion engine. It was a small contraption but it worked. It used 12v dc current. I am just wondering if the engine can produce enough electricity to recharge the battery it uses if an alternator or some kind of electric generator is attached to it.

can this configuration be used to make an automobile engine? There were patents for such but I never saw one produced.
 
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  • #2
While operating the coils of your solenoids and generator will produce heat due to their resistive component, This heat represents unrecoverable energy loss to the system. Therefore your battery will steadly discharge. Therefore your device can do no work other then charge the battery.
 
  • #3


I find the idea of using solenoids to create an automobile engine intriguing. The concept of using electromagnetic fields to create motion is not new, and has been successfully applied in various industries. However, the question of whether this configuration can be used to make an automobile engine is a complex one.

One of the main concerns would be the efficiency and power output of the engine. While the small contraption mentioned may have worked, it is important to note that a car engine requires a significant amount of power to propel a vehicle. It would be necessary to conduct further research and experiments to determine if solenoids can generate enough power for an automobile engine.

Additionally, the use of solenoids in a car engine would also require a reliable and efficient method of recharging the battery. As mentioned, an alternator or electric generator could potentially be attached to the engine to fulfill this purpose. However, this would also add weight and complexity to the engine, which could affect its overall performance and efficiency.

While there may be patents for using solenoids in automobile engines, it is important to consider the practicality and feasibility of such a design. Many factors would need to be taken into account, including cost, reliability, and safety, before such an engine could be produced and used in vehicles.

In conclusion, while the idea of using solenoids to create an automobile engine is interesting, it would require further research and development to determine its viability. As scientists, it is important for us to continue exploring new and innovative ideas, but also to carefully consider their potential impact and practicality.
 

Related to Using Solenoids to Create an Automobile Engine: Patents & Possibilities

1. What is a solenoid?

A solenoid is an electromechanical device that converts electrical energy into mechanical energy. It consists of a coil of wire wrapped around a metal core, and when an electric current is passed through the coil, it creates a magnetic field that can move the core.

2. How can solenoids be used to create an automobile engine?

Solenoids can be used in various parts of an automobile engine, such as the starter, fuel injectors, and valves. By controlling the movement of these components, solenoids can help regulate the flow of fuel and air, as well as ignite the spark plugs, which are crucial for the engine's operation.

3. Are there any existing patents for using solenoids in automobile engines?

Yes, there are several patents that involve the use of solenoids in automobile engines. These patents range from specific components, such as solenoid valves, to entire engine designs that utilize solenoids for various functions.

4. What are the potential benefits of using solenoids in automobile engines?

One potential benefit is improved fuel efficiency. By precisely controlling the flow of fuel and air, solenoids can help optimize the combustion process, resulting in better fuel economy. Additionally, using solenoids can also reduce the overall weight and complexity of the engine, potentially leading to lower production costs.

5. Are there any limitations or challenges to using solenoids in automobile engines?

One challenge is the reliability of solenoids in high-temperature environments. Automobile engines can reach very high temperatures, and the materials used in solenoids may not be able to withstand these conditions for extended periods. Additionally, there may be technical and regulatory barriers to implementing solenoids in existing automobile engines, as it would require significant changes to the design and production processes.

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