A LIGHT-FLYING PRODUCT

Abstract

The invention discloses a light-flying product, which is the same kind of reusable light object as an airship, but is the flight product for amusement with more reasonable components and structure, more effective and diversified flight mode; the four disclosed embodiments tend to provide various characteristics, among which the light-flying products with electric propellers embodiment has a broader application and better entertainment, as an excellent practical teaching aid for fluid mechanics. This application and my patent application with international application No. PCT/CN2021/084550 are combined to share the singularity of use since it is possible to create a new light-object playground with high social and economic benefits by combining the products of the two applications as much as possible.

Description

1. TECHNICAL FIELD

The invention relates to the development and application of light objects, in particular to the light-flying products.

2. BACKGROUND ART

Airship is the light-flying product developed for a long time, but its stereotypical shape and monotonous flight are not conducive to the extensive development of light-flying products for entertainment and other aspects.

3. SUMMARY OF THE INVENTION

For the further development and application of the light objects, the invention provides a light-flying product mainly for entertainment sharing the similarity with airships. Please refer to my other patent application with International Application No. PCT/CN2021/084550 for the specific introduction of the light objects. The light-flying product comprises a light object, power and steering systems; wherein the product shape, components and their placement, and flight mode are not confined to the stereotypical pattern of airships. The invention provides the following specific technical solutions: based on the envisioned specific light-flying products, to provide a specific product with more reasonable shape, more logical components as well as placement, and more appropriate flight mode.

According to light-flying products, it is possible to produce jet light-flying products, wherein the jet gas recoil force as the power of the products, and the specific technical solutions are as follows: based on the jet light-flying products, to provide a reasonable jet power system; according to the jet light-flying products, it is possible to produce jet light-flying products with balloon, wherein the balloon gas recoil force as the power of the products, and the specific technical solutions are as follows: based on the jet light-flying products with balloon, to provide a reasonable balloon jet power system, referring to the FIG. 1 showing the schematic diagram of the embodiment of the products; according to the jet light-flying products, it is possible to produce electric compression jet light-flying products, wherein the recoil force of ejected gas from electric compression as the power of the products, and the specific technical solutions are as follows: based on the jet light-flying products with balloon, to provide a reasonable electric compression jet power system, referring to the FIG. 2 showing the schematic diagram of the embodiment of the products.

According to light-flying products, it is possible to produce light-flying products with electric propellers, wherein the electric propeller power as the power of the products, and the specific technical solutions are as follows: based on the light-flying products with electric propellers, to provide a reasonable electric propeller power system, referring to the FIG. 3 showing the schematic diagram of the embodiment of the products; according to the light-flying products with electric propellers, it is possible to produce manned light-flying products with electric propellers, wherein the light-flying products with electric propellers able to carry a person to fly, and the specific technical solutions are as follows: conducting the necessary upgrades and increasing the necessary settings to the electric propeller light-flying products, referring to the FIG. 4 showing the schematic diagram of the embodiment of the products.

4. BRIEF DESCRIPTION OF ACCOMPANY DRAWINGS

FIG. 1 is a schematic diagram showing an embodiment of the jet light-flying products with balloon among the light-flying products and the jet light-flying products provided by the invention.

FIG. 2 is a schematic diagram showing an embodiment of the electric compression jet light-flying products among the light-flying products and the jet light-flying products provided by the invention.

FIG. 3 is a schematic diagram showing an embodiment of the light-flying products with electric propellers among the light-flying products provided by the invention.

FIG. 4 is a schematic diagram showing an embodiment of the manned light-flying products with electric propellers among the light-flying products provided by the invention.

5. SPECIFIC EMBODIMENT OF THE INVENTION

A further detailed description of the invention is given below in combination with the accompanying drawings and embodiments provided by the invention, and the embodiments are exemplary and not the limitations of the scope of the disclosure.

Embodiment 1

Referring to the FIG. 1, the embodiment of the jet light-flying products with balloon among the light-flying products and the jet light-flying products provided by the invention, comprises 1 the light object, the separate balloon power system 2-6 shown in the small right diagrams (2 the valve for air injection, 3 the balloon, 4 the rubber membrane hemispheres at the bottom of the light object, 5 the plastic air delivery tube and switch, 6 the air nozzle), 7 the small wings for stable flight.

The light object requirements of the jet light-flying products with balloons 1 have the widest range, which can apply the real light objects directly with light gas blown large and thin and compression molded, but also the sub-light objects with air blown large and thin and compression molded or with the extremely light plastic foam, and the final products can have various characteristics due to their difference; the air nozzle has the following features: firstly, the nozzle should be provided in the smaller size than all the ventilation pipe; secondly, the inner cavity of the nozzle becomes progressively smaller from the inside to the outlet, resulting in a significant force output; thirdly, the outer mouth of the nozzle is provided to be thinner and smoother to avoid affecting the gas output effect; fourthly, the nozzle belongs to the sharp protrusions, thus it is significant to guarantee the placement of the position to keep the air flowing without affecting gas output effect, but also to prevent touching injuries.

The invention provides the basic playing method of the jet light-flying with balloons: closing the small tube switch 5, inflating the valve 2 with a pump or pedal pump; stopping inflating when the size of the balloon 3 is gradually increased in place; reaching the release location, opening the small tube switch 5, and the air beginning to spray from the nozzle, hand-holding the light-flying products pointing straight up or in upfront, to wait for gradual increase speed of the jet force, and to follow the direction of the force to push the light-flying product, then the light-flying products will continue to fly slowly according to the pushing direction, until the balloons shrinking and slow-landing.

In addition to the above description, there are many other ways to perform jet light-flying products with balloons, such as letting the light-flying products hit the prepared objects or through the circle in the air and giving relevant voice rewards if successful.

The jet light-flying products with balloons have the following advantages: simple and easy to perform, economic and affordable to purchase, applicable to indoor and outdoor activities and regardless of age from the youth to the elderly, but also to improve the inflatable, release and other hands-on ability of young people; it is possible to replace the small wings for stable flight 7 with larger and lighter flat wings and for the replacement of the larger balloons, resulting in a wonderful outdoor gliding with multiple circles.

Embodiment 2

Referring to the FIG. 2, the embodiment of the electric compression jet light-flying products among the light-flying products and the jet light-flying products provided by the invention, comprises 1 the light object, 2-7 the power system mainly distributed in the bottom of the light-flying products (2 the miniature electric air compressor supplying compressed air to the rubber membrane hemispheres, 3 the rubber membrane hemispheres at the bottom of the light object, 4 the plastic air delivery tube from the hemisphere to the nozzle, 5 the nitinol switch controlling the left and right nozzles respectively, 6 the left and right nozzles, 7 the storage batteries), 8 the semi-fixed main wing with a thin flat plate on the left and right side, 9 the semi-fixed at the front of the inner wing, 10 the nitinol spring allowing the rear part of the wing to move up and down to change the elevation angle of the wing, and 11 the light and thin tailplane.

The average specific gravity of the electric compression jet light-flying products are close to air for the best flight effect, but in order to minimize the size as much as possible, it is also possible to be slightly heavier than air with special flight performance.

The electric compression jet light-flying products can easily achieve control of the nozzle airflow switch and make the rear of the wing move up and down to change the wing elevation angle; nitinol alloy is chosen for its power generation through electric power, mainly because of its light weight and simple operation.

The electric compression jet light-flying products must be added to the shaking control system, the simpler remote control electronic chip contacts should comprise: 1. opening or closing the power supply, for the preparation, power saving or stopping the flight of the light-flying products; 2. energizing the compression motor (the biplane flat in the central axis, bilateral nozzles with opening), ejecting the air from the bilateral nozzles and lightly pushing the light-flying products to fly out with the force of the jet; 3.4. energizing to close the nozzle on one side (biplane flat in the center axis) and light-flying products steering towards the closed side; 5. bilateral nozzle jetting, bilateral under-wing nitinol springs energized to produce force, pulling the rear of the bilateral wings downward to produce a small positive elevation angle, and lightly flying upward to steer; 6. bilateral nozzle jetting, bilateral nitinol springs on the wings energized to produce force, pulling the rear of the bilateral wings up to produce a small negative elevation angle, and lightly flying downward to steer (fixed-wing aircraft cannot produce similar steering, but the light-flying products provided by the invention are capable of such steering); 7.8. energizing one side of the nozzle to close, and energizing the jet side of the wing to make a positive elevation angle, to make the light-flying products turn inward and upward to the jet side; 9.10. energizing one side of the nozzle to close, and energizing the jet side of the wing to a make negative elevation angle, to make the light-flying products turn inward and downward to the jet side. With the above simpler contacts, it is possible to make the light-flying products have a variety of playing methods, and it is also simple to achieve the recovery in place.

The electric compression jet light-flying product has the following advantages: having fun with high safety, wherein the slower-flying products can be applied to children in their own home for indoor entertainment.

Embodiment 3

Referring to the FIG. 3, the embodiment of the light-flying products with electric propellers among the light-flying products provided by the invention, comprises 1 the light object, 2 the slower-speed and lighter flight motor, 3 the lighter and longer power propeller, 4 the storage batteries, 5 the semi-fixed main wing with a thin flat plate on the left and right side, 6 the semi-fixed at the front of the inner wing, 7 the nitinol spring allowing the rear part of the wing to move up and down to change the elevation angle of the wing, and 8 the light and thin tailplane.

The light-flying products with electric propellers select slower-speed and lighter flight motor, and lighter and longer power propeller, to provide a relatively slow but larger pushing force.

The simpler remote control electronic chip contacts provided by the light-flying products with electric propellers should comprise: 1. switching on the supply power, to make the bilateral motor slow rotate for the flight preparation (biplane flat in the middle axis), and then switching off the supply power; 2. achieving the full speed rotation of bilateral motors, (biplane flat in the middle axis), to make light-flying products to fly in the forward and upward axial direction; 3.4. reducing the power to make one side of the motor power into slow rotation, and light-flying products steering towards the power reduced side; 5. bilateral motors rotating at full speed, and bilateral under-wing nitinol springs energized to produce force, pulling the rear of the bilateral wings downward to produce a small positive elevation angle, and lightly flying upward to steer; 6. bilateral motors rotating at full speed, and bilateral nitinol springs on the wings energized to produce force, pulling the rear of the bilateral wings up to produce a small negative elevation angle, and lightly flying downward to steer; 7.8. reducing the power to make one side of the nozzle at slow rotation, and energizing the full-speed side wing to make a positive elevation angle, to make the light-flying product turn inward and upward to the full-speed side; 9.10. reducing the power to make one side of the nozzle at slow rotation, and energizing the full-speed side wing to make a negative elevation angle, to make the light-flying products turn inward and downward to the full-speed side.

The electric propeller light-flying product is provided for youth, adults and children guided by the adults for outdoor entertainment.

The light-flying products with electric propellers have the following advantages: moderate speed, excellent flight effect, low power consumption, little noise and long retention time; there are many flight modes for entertainment including horizontal giant loop, up-and-down giant loop, oblique giant loop; it can also be provided for aerial reconnaissance, video recording, guarding and other functions under the good weather conditions.

The electric propeller light-flying products are excellent practical teaching aids for fluid mechanics, because the multiple flight realities are excellent to illustrate more correct fluid mechanics results than the world currently has. For the better understanding of this statement, please refer to my paper ‘Two Different Views on Fundamental Physics’ with over 30,000 Chinese characters to be published.

Embodiment 4

Referring to the FIG. 4, the embodiment of the manned light-flying products with electric propellers among the light-flying products provided by the invention, comprises 1 the light object, 2 the flight motor, 3 the power propeller, 4 the storage batteries, 5 the semi-fixed main wing on the left and right side, 6 the semi-fixed at the front of the inner wing, 7 the nitinol springs allowing the rear part of the wing to move up and down to change the elevation angle of the wing, 8 light and thin tailplane, 9 the passenger cabin, 10 the cockpit.

The basic remote control electronic chip contacts provided by the light-flying products with electric propellers should comprise:

1. switching on the supply power, to make the bilateral motor slow rotate for the flight preparation (biplane flat in the middle axis), and then switching off the supply power; 2. achieving the limiting-speed rotation and full-speed rotation of bilateral motors, (biplane flat in the middle axis), and make light-flying product fly in the forward axial direction; 3.4. reducing the power to make one side of the motor power into slow rotation or stopping, and light-flying product steering towards the power reduced side and stopping side; 5. The bilateral motors rotating at full speed, bilateral under-wing nitinol springs energized to produce force, pulling the rear of the bilateral wings downward to produce a small positive elevation angle, and lightly flying upward to steer; 6. The bilateral motors rotating at full speed, bilateral nitinol spring on the wings energized to produce force, pulling the rear of the bilateral wings up to produce a small negative elevation angle, and lightly flying downward to steer; 7.8. reducing the power to make one side of the nozzle at slow rotation, and energizing the full-speed side wing to make a positive elevation angle, and to make the light-flying products turn inward and upward to the full-speed side; 9.10. reducing the power to make one side of the nozzle at slow rotation, and energizing the full-speed side wing to make a negative elevation angle, and to make the light-flying product turn inward and downward to the full-speed side.

The manned light-flying products with electric propellers are very rare advanced entertainment activities, especially for teenagers and children; require the more safety consideration, including the passenger cabin provided in the low position; the overall design provided to avoid collision problems if possible; the application of a variety of methods to master the wind speed at all times.

There is a huge gap between the first exposure and the mastery of the manned light-flying products with electric propellers, but the whole process is controllable with step-by-step learning process. For children and other beginners, the following measures can be taken to make the light-flying products easier to control: adding the light objects or extra weight to adjust the weight of light-flying products after carrying people to slightly heavier than the air, limiting the chip speed, opening the most basic function keys of the first four chip contacts in the cockpit, providing the remote controller for the instructor to control the light-flying products and the cockpit, building the safe flight areas with net around. Some skilled operators can adjust the light-flying products biplane to a slight positive elevation angle, with both legs homeopathic assistance, and with the full speed of the bilateral motor, to fly the light-flying products with much less net lift than body weight, with slow and smooth lift and in multiple flight modes for wonderful flying performance; under the condition that the light-flying products and power are available, it is possible to complete more difficult manned up-and-down giant loop.

Special Purpose Description: This application and my other patent application with international application No. PCT/CN2021/084550 are combined to share the singularity of use since it is possible to create a new light-object playground with high social and economic benefits by combining the products of the two applications as much as possible.

Claims

1. The light-flying product, comprises a light body, power and steering system, wherein the product shape, components and their placement, and flight mode are not confined to the stereotypical pattern of airships, but to provide a specific product with more reasonable shape, more logical components as well as placement, and more appropriate flight mode based on the envisioned specific light-flying products.

2. The light-flying products according to claim 1, it is possible to produce jet light-flying products, wherein the jet gas recoil force as the power of the product.

3. The jet light-flying products according to claim 2, it is possible to produce jet light-flying products with balloon, wherein the balloon gas recoil force as the power of the product.

4. The jet light-flying products according to claim 2, it is possible to produce electric compression jet light-flying products, wherein the recoil force of ejected gas from electric compression as the power of the product.

5. The light-flying products according to claim 1, it is possible to produce light-flying products with electric propellers, wherein the electric propeller power as the power of the product.

6. The light-flying products according to claim 5, it is possible to produce manned light-flying products with electric propellers, wherein the light-flying with electric propeller able to carry a person to fly.