TR201510254A2 - ELECTRICITY GENERATION EQUIPMENT - Google Patents

Abstract

It relates to a bumper (30) on which the vehicles pass over roads and to an electric generating device (10) having at least one generator (80) producing electricity by converting the weight force applied by the vehicle to the bushing (30). As an innovation, there is provided an elastic hose (40) provided under said bowl (30) and at least partially filled with fluid, and at least one turbine in which the fluid trapped in the elastic hose (40) is directed by the pressure applied by the bowl (30) to said elastic hose (40). (70).

Description

DESCRIPTION ELECTRICITY GENERATION TECHNICAL FIELD The invention is used to reduce the speed of vehicles on highways. Electricity generation devices that can generate electricity with the use of slowers and bumps It is related to. PRIOR ART Slower and bumps on the highways, especially in the city, to the speed limit of the vehicles. are used as a deterrent measure to ensure their compliance. bumps road They are elevations on which the vehicle can partially or completely climb. This According to this, while the vehicle is under way, it at least partially comes over the bumps.

Therefore, the weight of the vehicle comes on the eyebrow. By vehicle to event When we look at it, the energy expended to make the vehicle go over the muscle is a seen as lost.

In order to ensure the return of the said lost energy, the number DE4225578 a system in which electrical energy is produced from the accident on which the vehicle passes is disclosed. Accordingly, the weight of the vehicle is limited vertically. There are pistons provided under the cam that can be changed. Mentioned pistons Generating electricity by displacing the fluid supplied in is targeted. In the aforementioned configuration, the carriage of the bumps is pulsed and reactive. force can cause damage to the vehicle.

As a result, all the above-mentioned problems are a novelty in the relevant technical field. does not make it mandatory.

BRIEF DESCRIPTION OF THIS ITEM The present invention is designed to eliminate the above mentioned disadvantages and It is about an electricity generation mechanism to bring new advantages to the field.

The main purpose of the invention is to determine the reaction forces applied to the vehicle during electricity generation. It is to present an electricity production mechanism in which

All the above-mentioned purposes that will emerge from the detailed description below. In order to realize the present invention, on highways, a by converting the force of weight applied to the bump and the vehicle to motion, It is an electricity generation mechanism with at least one generator. Accordingly, mentioned An elastic, at least partially filled with fluid, provided under the crotch. hose and elastic hose with the pressure exerted by the muscle on the said elastic hose. It contains at least one turbine in which the trapped fluid is directed. Like this Elastic hose due to the weight of the vehicle when the vehicle passes over the muscle is compressed and the fluid inside is forced to move towards the turbine. It moves forward and makes the blades of the turbine rotate. Consequently Electrical energy is obtained in the generator, which is in connection with the turbine.

A preferred embodiment of the invention is a fixed body with the curvature of the elastic tubing. that it is provided between them.

Another preferred embodiment of the invention is the elastic band between the muscle and the torso. is that it contains at least one slot in which the hose is partially placed.

Another preferred embodiment of the invention is that said socket's groin is attached to the body. It is provided by the minister.

Another preferred embodiment of the invention is that the elastic tubing has a certain It is provided in multiple numbers so that the distance remains.

Another preferred embodiment of the invention is between the elastic hose and the turbine. provided that at least one transfer hose is provided.

Another preferred embodiment of the invention is to have the transfer hose in the body. is located within a provided channel.

In another preferred embodiment of the invention, the transfer hose is at least partially comprising at least one flexible wall surrounding it.

Another preferred embodiment of the invention is the transfer hose of the flexible wall. at least two compression plates partially enclosing and pointing said plates towards each other includes at least one spring that pulls.

Another preferred embodiment of the invention is the transfer hose and the elastic hose. includes at least one return hose extending between

Another preferred embodiment of the invention is that said return hose is elastic. It is provided by the number of hose.

Another preferred embodiment of the invention is with a plurality of return hoses. return hoses on one side to connect the transfer hose. at least one connection element connected by the other side with the transfer hose it contains.

Another preferred embodiment of the invention is that said generator is an alternator. is that.

BRIEF DESCRIPTION OF THE FIGURE Figure 1 is a representative view of the inventive electricity generation apparatus. given.

In Figure 2, a representative exploded view of the inventive electricity generation apparatus. given.

REFERENCE NUMBERS IN THE FOLLOWING Electricity generation mechanism Body 21 Top surface 22 Lateral surface 23 Channels Kasis 31 Slots 40 Elastic hose 41 Return hose 42 junction elements 50 Transfer hose 51 connectors 60 Flexible wall 61 clamping plate 62 Sagittarius 70 Turbines 71 Connector 80 generators DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the electric generation mechanism (10) which is the subject of the invention is only with examples that will have no limiting effect for better understanding. is open.

As can be seen in Figure 1, the electric generation apparatus (10) subject to the invention consists of a body. (20) has at least one bowl (30) provided on said body (20). Moreover at least one elastic hose positioned between said muscle (30) and body (20) (40) and a turbine (70) and a generator associated with said elastic hose (40) (80) are available.

In Figure 2, an explosion picture of the inventive electricity generation apparatus (10) is seen. Accordingly, in a more detailed description, the body (20) is square or It has a rectangular prism-like shape. The side of the body (20) facing the bowl (30) is defined as a top surface (21). At least one provided on the body (20) channel (23). Said channel (23) preferably has two opposite sides of the body (20). extends between its lateral surface (22). In other words, the channel (23) It is provided as an opening extending from one side to the other.

The curve (30) is flat on the side facing the body (20) and opposite compared to the side facing the body (20) side is provided in a curved form. In addition, the muscle (30) facing the body There is at least one slot (31) provided on the side. Said slot (31) (30) extends along the face facing the body (20).

The elastic hose (40) positioned between the body (20) and the muscle (30) stretches from one side to the other. Said elastic hose (40) partially into the slot (31) provided on the side of the muscle (30) facing the body (20). is located. The size of the elastic hose (40) differs from the size of the slot (31) There is a gap between the muscle (30) and the body (20) due to its excess.

In other words, while the elastic hose (40) sits on the body (20), the cassette (30) the elastic hose (40) sits on it. In addition, the elastic hose (40) are provided in multiple numbers essentially in parallel. Number and positions of slot (31) are also provided in accordance with the number and positions of the elastic hoses (40).

The elastic hoses (40) are associated with the turbine (70) on one side. Elastic at least one return hose (41) provided on the other side of the hoses (40) are available. Said return hose (41) comes from the end of the elastic hose (40). it extends towards the channel (23) provided on the body (20).

At least one transmission positioned in the channel (23) provided on the body (20) hose (50). Said transfer hose (50) runs along the channel (23). extends. The transfer hose (50) is connected to the turbine (70) on one side.

At least one connector in the connection of the transfer hose (50) with the turbine (70) (71) exist. Transfer hose (50) with return hose (41) on the other side are associated. The connection of the transfer hose (50) and the return hose (41) is the most with at least one coupling element (42). Said junction element (42) has multiple Combining a number of return hoses (41) with the transfer hose (50). it provides. Thus, the elastic hoses (40) and the transfer hose (50) connection is established.

In addition, there is at least one flexible tube (50) at least partially enclosing the transfer hose (50) from the outside. there is a wall (60). Said flexible wall (60) multiple compression connecting the plate (61) and said compression plates (61) to each other. consists of springs (62). The compression plates (61) (50) is provided in conformity with the outer wall form. Accordingly, many When clamping plate (61) is connected by springs (62), transfer hose (50) is at least partially enveloping.

According to the aforementioned connection type, the turbine (70) is connected to the elastic hose (40) on one side. It is connected to the transfer hose (50) by the In addition, the turbine (70) There is at least one 'L' pointer (80) located at the outlet. The mentioned 'generator' (80) is preferably an alternator.

On the other hand, elastic hoses (40), return hoses (41) and transfer hose (50) is filled with a fluid.

In the light of the mentioned structural details, the subject of the invention is the electricity generation mechanism (10) the way it works is as follows.

As the vehicle passes over the cross (30), the cross (30) is placed on the trunk (20) with the weight of the vehicle. is properly suppressed. Therefore, the gap between the eyebrow (30) and the body (20) it is ensured that the elastic hose (40) is at least partially crushed. Elastic occurring when the fluid elastic hose (40) inside the hose (40) is crushed. to the transfer hose (50) via the return hose (41) due to the volume change. and from there it reaches the turbine (70). With the flow of fluid into the turbine (70) rotation of the blades in the turbine (70) and thus the output of the turbine (TO). It is ensured that a rotational movement is obtained in the section. Said electricity in the generator, which is connected to the turbine (70) thanks to its rotational movement. is produced. The fluid passing through the turbine (70) goes back to the elastic hose (40). is returning.

During the displacement of the fluid, the internal pressure in the transfer hose (50) the transfer hose (50) is trying to expand outward. This Meanwhile, the compression plates (61) resist this expansion by the force of the springs (62). trying to put. Thanks to the expansion of the volume of the transfer hose 50 The reduction in the volume of the elastic tubing (40) is absorbed. is happening. After the vehicle has passed, the weight is lifted from the bow (30) the pressure applied to the elastic hoses (40) is eliminated. therefore elastic the pressure in the hose (40) and the transfer hose (50) decreases. After that The flexible wall (60) on the transfer hose (50) transfer with the effect of spring force hose (50) and directing the fluid to the elastic hose (40) is provided.

The scope of protection of the invention is stated in the appended claims and it is absolutely detailed explanation cannot be limited to what is told for the purpose of illustration. Because in technique what has been described above by a specialist without departing from the main theme of the invention It is clear that similar structuring can occur in the light of this.

Claims (13)

REQUESTS . It is an electricity generation mechanism (10) that has at least one generator (80) that generates electricity by converting the force exerted by the vehicle on the bump (30) and the weight applied by the vehicle to the bowl (30) on the highways. an elastic hose (40) which is at least partially filled with fluid and provided under the said muscle (30), and at least one turbine (70) in which the fluid trapped in the elastic hose (40) is directed by the pressure exerted by the said elastic hose (40) on the said elastic hose (30). ) is included. . It is an electricity generation mechanism (10) according to claim 1 and its feature is; is that the elastic hose (40) is provided between the curve (30) and a fixed body (20). . It is an electricity generation mechanism (10) according to claim 1 and its feature is; It comprises at least one slot (31) between the rib (30) and the body (20) in which the elastic hose (40) is partially placed. . It is an electricity generation mechanism (10) according to claim 3, and its feature is; said slot (31) is provided on the side of the eyebrow (30) facing the body (20). . It is an electricity generation mechanism (10) according to claim 1 and its feature is; The reason is that the elastic hose (40) is provided in multiple numbers with a certain distance between them. . It is an electricity generation mechanism (10) according to claim 1 and its feature is; it comprises at least one transfer hose (50) provided between the elastic hose (40) and the turbine (70). . It is an electricity generation mechanism (10) according to the request and its feature is; is that the transfer hose (50) is positioned in a channel (23) provided in the body (20). 8. It is an electricity generation mechanism (10) according to the claim and its feature is; at least one flexible wall (60) that at least partially encloses the transfer hose (50). 9. It is an electricity generation device (10) according to claim 8, and its feature is; flexible wall (60) includes at least two compression plates (61) that partially surround the transfer hose (50) and at least one spring (62) that pulls said compression plates (61) towards each other. 10. It is an electricity generation mechanism (10) according to the request and its feature is; It comprises at least one return hose (41) extending between the transfer hose (50) and the elastic hose (40). 11. It is an electricity generation mechanism (10) according to claim 10, and its feature is; the number of elastic hose (40) of said return hose (41) is provided. 12. It is an electricity generation mechanism (10) according to claim 11, and its feature is; it includes at least one connection element (42) which is connected with the return hoses (41) on one side and the transfer hose (50) on the other side to provide the connection of the multiple return hoses (41) and the transfer hose (50). 13. It is an electricity generation mechanism (10) according to the request, and its feature is; said generator (80) is an alternator.