Under-parquet electricity generation mechanism

Abstract

The invention relates to an under-parquet electricity generation mechanism that produces electricity when stepped on during walking, features an ergonomic design for placement under parquet flooring, and provides environmentally friendly electricity production using appropriate materials. Figure 1

Description

1 TARIFF Under-parquet electricity generation mechanism TECHNICAL AREA 5 The invention generally involves mechanisms that generate electricity while walking. It is related. The invention specifically involves a device used to generate electricity by being stepped on while walking, 10 ergonomically designed and used materials that are placed under the parquet flooring. It is related to an under-parquet electricity generation mechanism that provides environmentally friendly electricity production. STATE OF THE ART Today, due to the increasing energy demand, all types of energy are being recycled. The goal has become to recover energy by transforming it. For this purpose, the recycling of different energies has become a objective. A wide variety of structures have been put in place with the aim of winning. One of them is... the force generated by human weight during walking is converted into electrical energy These are the mechanisms developed for its transformation. The mechanisms mentioned are the walking 20 under the plate made of any material that forms the road By placing them in a way that aims to convert compressive force into electrical energy, The current technology includes mechanisms that aim to generate electricity during walking. In one of them, generators are located under the triangular composite tile surfaces 25 It is located there. In this mechanism, when pressure is applied to the surface, the tile surface is lifted by 5-10 mm. It is shifting vertically. This displacement puts stress on the generators. by creating a turn in electromagnetic mechanisms to generate current and data. It starts. This product is placed in a triangular shape under the ground. It can generate electrical energy from three points. However, in this configuration, electricity production is 30. Since the power is supplied by a generator, the generator must be located under the ground where the design will be used. It needs to be installed. Therefore, installing the product is difficult and costly. Also, this Since the product can only generate energy from three points, its electricity production is relatively low. 2 In the current state of the art, research on the subject has revealed some documents. It is encountered. Document number TR2014 / 14876 describes mechanical speed bumps and electric speed bumps. It describes a structure that enables production. The structure in question is mostly... The aim is to generate electricity from speed bumps that are designed to slow down vehicles. and in order to achieve this, a structure emerges in which many elements come together. 5 This structure is specifically designed for use on roads and is large. and it has a costly production mechanism. Application number TR2021 / 003498 concerns a speed bump that generates electricity. This document... It has been stated that piezo discs were placed under a plastic speed bump. The speed bump with piezo discs 10 and piezo discs which contain springs to prevent collapse. It is stated that it is covered with sponge for protection purposes. However, this structure is very simple. It is a functioning structure, but energy production is not at the desired level. The electricity generation mechanisms found in the literature generally involve energy recovery. 15 However, the energy gains from these mechanisms are at a low level. It remains. In addition, in these mechanisms, mechanical energy is converted into electrical energy. The conversion technique is different. This is a disadvantage for users in terms of cost. It provides. As a result, improvements are being made in the mechanisms that generate electricity, therefore It will eliminate the disadvantages mentioned above and provide solutions to existing systems. New structures are needed to bring about this. THE PURPOSE OF THE INVENTION 25 The present invention meets the aforementioned requirements and overcomes all the disadvantages. under-parquet electrical generation that eliminates the need for electrical wiring and offers some additional advantages. It is related to the mechanism. The main purpose of the invention is to create a device that is activated by being stepped on while walking and does not require any... a system that enables the production of electrical energy without requiring extra energy expenditure The goal is to reveal the mechanism. 3 One aim of the invention is to create an electricity generation mechanism that produces more energy. The aim is to produce more electrical energy with the same pressing force. The goal is to enable production. Another aim of the invention is to use green 5 in the conversion of mechanical energy to electrical energy. more environmentally friendly and cost-effective electricity production in accordance with energy requirements. The goal is to reveal its mechanism. All the advantages mentioned above and explained in detail below. The current invention aims to achieve this by placing it under the parquet flooring, allowing 10 people to walk on it. It is an electricity generation mechanism that enables the production of electricity through the use of pressure force; • forming the load-bearing structure in the mechanism, with a fixing shaft in its central region and discs that enable the positioning of the discs that generate electricity on its inner side surface. Circular body with slots, • 15 that connect to the fixing shaft on the body, forming the mechanism. a fixing hole that passes through the fixing shaft, facilitating contact between the elements circular fastening piece, • located in the disc housings on the inner surface of the housing and generating electricity Piezoelectric discs, the main element providing this, • printing elements that apply pressure to piezoelectric discs and 20 • the vertical movement taken from the parquet floor, closing onto the body, turns into a circular movement. a circular gear that enables the mechanism to rotate by turning it A structure containing these elements has been obtained. The structural and characteristic features and all the advantages of the invention are given in Figure 25 below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also be based on these forms and details. This should be done taking the explanation into consideration. BRIEF DESCRIPTION OF THE FIGURES 30 The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. is necessary. 4 Figure 1 shows a general overview of the under-parquet electrical generation mechanism that is the subject of the invention. It is the appearance. REFERENCE NUMBERS 1. Body 5 1.1. Fixing shaft 1.2. Disk bay 2. Fixing part 2.1. Fixing hole 3. Printing element 10 4. Piezoelectric disc 5. Rotating gear DETAILED EXPLANATION OF THE INVENTION This detailed explanation describes the preferred method for electricity generation of the invention. These structures are solely for the purpose of better understanding the subject and have no It is explained in a way that will not create a limiting effect. The invention, placed under the parquet flooring, generates electricity through the force of footsteps during walking. It is the electricity generation mechanism that enables its production; • forming the load-bearing structure in the mechanism, with a fixing shaft in its central region (1.1) and positioning of the discs that generate electricity on the inner lateral surface Circular form body (1) with disk bays (1.2), • The mechanism is connected to the fixing shaft (1.1) on the body (1) 25 The fastening shaft (1.1) facilitates the contact of the constituent elements. Circular fixing piece (2) with fixing hole (2.1), • located in the disc slots (1.2) on the inner surface of the housing (1) and electrical piezoelectric discs (4), which are the main element that enables its production, • Printing elements (3) and 30 that apply pressure to piezoelectric discs (4). • The vertical movement taken from the parquet floor is circular, closing on the body (1) circular in form, which causes the mechanism to rotate by turning it into motion turning gear (5) It includes. Figure 1 shows a general overview of the electrical generation mechanism, the subject of the invention, in disassembled form. It has the following appearance. The electricity generation mechanism in question, in its most general form, from a body (1), piezoelectric discs (4) located inside the body (1) and a It consists of a rotating gear (5). The housing (1) is a circular gear with one surface open. It is cylindrical in shape. Piezoelectric discs (4) are located on the inner lateral surfaces of the body (1) 5 It is located on the inner side surfaces of the fuselage (1) to ensure this positioning. There are disk slots (1.2). Piezoelectric disks (4) are located in the disk slots (1.2) There are pressure elements (3) to support its holding. The mentioned The pressure elements (3) are positioned in connection with a fixing piece (2). The fixing part (2) is in the form of a circular plate and has a fixing 10 on it. through the hole (2.1) to a fixing shaft (1.1) located on the inner surface of the body (1) It is connected. The body (1) is covered by the rotating gear (5). The gear (5) is also circular in form and converts the vertical motion taken from the parquet into rotational motion. It enables the mechanism to rotate by turning it. To achieve this, it rotates. A rack and pinion gear is preferably connected between the gear (5) and the parquet. 15

Claims

6 REQUESTS 1. Placed under the parquet flooring, it generates electricity through the force of footsteps during walking. It is the electricity generation mechanism that enables the production of electricity, and its characteristic feature is; • forming the load-bearing structure in the mechanism, with a fixing in the middle section 5 positioning of the electric generating discs on the shaft (1.1) and the inner lateral surface Circular form housing (1) with disk bays (1.2) providing • The mechanism is connected to the fixing shaft (1.1) on the housing (1). The fastening shaft (1.1) facilitates the contact of the constituent elements. Circular fixing piece (2) with fixing hole (2.1), 10 • located in the disc slots (1.2) on the inner surface of the housing (1) and electrical piezoelectric discs (4), which are the main element that enables its production, • Printing elements (3) that apply pressure to piezoelectric discs (4) and • The vertical movement taken from the parquet floor is circular, closing on the body (1) 15 circular in form that causes the mechanism to rotate by turning it into motion. turning gear (5) It includes.

2. An electricity generation mechanism conforming to Claim 1, the characteristic of which is; the mechanism 20 between the turning gear (5) and the parquet to provide the rotational movement. It contains interconnecting rack and pinion gears.

Images