Small crafts or small inventions for elementary and middle school students

Is someone else's stuff your invention? Don't do that porcelain work without that diamond!

I'm about to faint, take the patent for nothing?

The method of making small inventions for elementary school students is as follows:Take a 250ml empty beverage bottle and cut off the top half of the bottle; Divide the cut part into 8 equal parts, cut it to the neck of the neck with scissors, and then cut each part into the shape of petals of the same size; Put the foam fruit net sleeve outside the bottle body, and fix it at the mouth of the bottle with a rubber band; Wrap another foam fruit net around a glass marble.

Plug into the mouth of the bottle, tighten and expose about 1 cm; Cut off half of the ping pong ball, cover the bottom of the hemisphere on the mouth of the bottle, cut the four sides into a whisker, cover the mouth of the bottle and fix it with a rubber band. After beautification and retouching, a homemade shuttlecock was completed.

Modeled after a simple DIY rotary anemometer used by meteorologists to measure wind speed. Place it outdoors or on a high place, and as the wind blows, the windmill will spin faster or slower depending on the speed of the wind.

With it, you can observe the local wind force more intuitively, and in the following handmade tutorial, we will show you how to make this very simple children's technology gizmo anemometer from our waste of life.

DIY purpose: to understand the basic principles of spring energy storage and work through the production of cable trolley toys, and to inspire children's spirit of scientific exploration.

Production principle: when the cable is opened, the spring in the wire box is deformed and tightened, and the spring returns to its original shape after the cable is loosened to generate power, driving the gear to rotate, and the car will run.

Prepare the materials. Glue the double-sided tape to the bottom of the wire box and small wooden blocks.

Stick them separately on small wooden sticks.

Install the wheels, and the cable trolley is made!

Precautions: 1. When pasting the wire box, the double-sided tape should be glued to the upper part of the wire box and pasted into the third position of Figure 3 to avoid blocking the bottom gear of the wire box. 2. Under the guidance of adults, the use of instant glue paste will be more solid.

The above is a small car made by elementary school students themselves, through which they can exercise their hands-on ability.

Small inventions for primary school students: lead wax is simple and practical, and low-cost production and excavation are matched with judges.

Small inventions for primary school students: simple and practical, low-cost production.

Answer: Homemade badminton·· Hot Air Balloon · · soap paper, etc. Innovative gadget production method 1 1. Homemade badminton Preparation materials:

One empty drink bottle, two foam fruit nets, one rubber band, and one glass marble. Production process: 1

Take a 250ml empty beverage bottle and cut off the top half of the bottle; 2.Divide the cut parts into 8 equal parts and cut them with scissors.

2.Small inventions made by middle school students.

Answer: Teach you to do only four things 1Screen:

Art and handicraft: scissors, colored pencils, bamboo (bamboo strips can), scotch tape, utility knife, pencils, etc. A: Cut the bamboo into two bamboo strips of toothpick thickness, and then cut it off without 8cm, a total of 5, of course, if you want the screen to be large, you can add more to the length and quantity of the bamboo strips.

B: Look for colorful cardboard such as wall calendars with landscape paintings.

3.What are the simple small crafts and small inventions for junior high school students?

Answer: Homemade badminton·· Hot Air Balloon · · soap paper, etc. Innovative gadget production method 1 1. Homemade badminton Preparation materials:

One empty drink bottle, two foam fruit nets, one rubber band, and one glass marble. Production process: 1

Take a 250ml empty beverage bottle and cut off the top half of the bottle; 2.Divide the cut parts into 8 equal parts and cut them with scissors.

4.Elementary school students' small inventions How to make **.

Answer: Innovative gadget production method 1, homemade badminton Preparation materials: an empty beverage bottle, two foam fruit net covers, a rubber band, and a glass marble.

Production process: 1Take a 250ml empty beverage bottle and cut off the top half of the bottle; 2.

Divide the cut parts into 8 equal parts, cut them to the neck of the neck with scissors, and then cut each part into sizes.

5.Tell me about the inventions and small crafts of middle school students.

Answer: Science Invention Science Invention Water Truck I can! Find six sturdy sticks and two axle wheels (other wheels are fine) and load a water lift truck according to the diagram.

Hang an iron hook on the head of the car. When carrying water, hang the bucket on the hook and push the cart with your hands. This kind of car can also be used to transport coal or other things without much effort.

Use of water trucks.

To make a periscope, you only need two small square mirrors of the same size and a piece of cardboard. If your small mirror is ten centimeters long and seven centimeters wide, then you should prepare a piece of cardboard with a width of 4 7 = 28 centimeters. The length of the cardboard can be decided for yourself according to the conditions.

The cardboard is longer, and the periscope can be made taller. Draw three parallel lines on the cardboard, hello, the above is for you to query the relevant information for reference, if there are other problems, I can also help you solve.

The above is the answer to your consultation, if there is no problem, evaluate it on the right side, and end the consultation in the upper right corner.

Ask if there are any steps in detail?

The process of making a globe The whole process is a four-step process: Draw a map of the world on the surface of a full table tennis ball. At both ends and a quarter of the thin iron sheet, drill a small hole and bend it into an arc as a globe support.

Cut a piece of the ball with a diameter of 20 mm on half a ping-pong ball and stick it to a piece of log. Grind a 4 mm diameter strip of wood with sandpaper at one end into a smooth log strip with a diameter of 3 mm, and glue it to the center of the sphere as a bottom pad. Attach the bracket to the base with a pin.

Thin steel wires are passed through the center of the North and South Poles and fixed at both ends of the bracket so that the globe can rotate freely around the axis.

This room is easy to make. Yes.

When I'm at home, I always take the initiative to do whatever I can, such as washing dishes, mopping the floor, and wiping the table. What I am most afraid of doing is mopping the floor, a few houses are dragged down and my hands grind out blood blisters, cabinets, tables and other narrow places are not easy to mop, and they are not clean. Once, while mopping, I thought how nice it would be if I had a pair of mop shoes to wear on my feet and mop the floor!

So, I designed a mopping tool that was both lightweight and didn't bend over – the shoe flip-flops.

Production method: 1. The slippers should be larger than the shoes you usually wear, so that they can be easily worn on the shoes.

2. Use rag strips as mop strips on the soles of shoes, and nail a thick layer of plastic bottom on the mop strips, which is both waterproof and durable.

3. Use a cloth shell and a tarp to make an upper, and install a zipper on the back root of the upper, which is easy to put on and take off. Connect the upper to the sole and the slip-flop is ready.

A small fan, just a small motor, two size 5 batteries, some short wires, a solid plastic foam, a pair of scissors, some pieces of cardboard!

First of all, hollow out the solid foam, connect the small motor with a wire, stuff it into the foam (to keep the rotor shaft of the small motor leaking foam), connect the wire to the battery, also stuff it into the foam, cut the small piece of paper into rows with scissors, and put it on the rotor shaft of the small motor!