TR202015386A2 - AN ALIGNMENT APPARATUS - Google Patents

Abstract

The invention relates to an alignment apparatus (A), which can be used for different alignment processes in different sectors, especially for the alignment of fixtures (B) used for fixing and properly mounting the carrier modules by welding seamless chemical bonding method to the tower body of wind turbines.

Description

DESCRIPTION AN ALIGNMENT DEVICE TECHNICAL FIELD The invention can be used for different alignment processes in different industries, especially wind Carrier with seamless chemical bonding method to the tower body of the turbines Alignment of fixtures used for fixing and properly mounting modules It relates to an alignment apparatus developed for the purpose of PRIOR ART As a result of the literature research, bonding to the tower body of wind turbines to any fixture alignment apparatus currently used for not found. In the current art, the mounting of the carrier modules on the tower body is the classical done using marking methods. Disadvantages of the current method, the problem and its inadequacies are listed below.

I› During the cutting of the plates forming the wind turbine tower, the module locations Although it is marked, the operator can manually use the ruler and spirit level and the module. It is difficult in the process of placing on the axes. î› Since the adhesive applied on the module is fluid, is that the measurements do not hold with the movement from the axis. 3› During gluing of the module, the adhesives that overflow from the edges There are problems during cleaning. î› More than one operator is needed for measuring operations and placing on axes. is to be heard.

F Difficulty aligning modules that need to be parallel to each other.

» It is difficult to follow the drying time of the chemical.

In the patent research, it was determined that the carrier modules were connected to the tower body of the wind turbines. for fixing and properly mounting with welding seamless chemical bonding method A similar article describing an alignment apparatus used to align the fixture used no reference was found.

OBJECTIVE OF THE INVENTION The object of the invention is that the carrier modules are welded seamlessly to the tower body of wind turbines. used for fixing and properly mounting with chemical bonding method. is the development of an alignment apparatus for the alignment of fixtures.

Another object of the invention is to use the fixture alignment apparatus in x and y axes with a single operator. It is designed to prevent deviation.

Another object of the invention is that the fixture is the module marked on the wind turbine tower body. by means of the inventive alignment apparatus, the alignment of the x and y axes to their it can be done in an easy way.

Another object of the invention is that, by means of the design of the fixture and fixture alignment apparatus, x and y the linearity of the axes and the fact that the modules are parallel to each other. is to provide.

BRIEF DESCRIPTION OF SEKILLS Figure 1 is a perspective view of the inventive alignment apparatus.

REFERENCE NUMBERS IN THE FIGURES A. Alignment device B. Fixture B1. Chassis BZ. Fixture guide bearings BS. module holder pliers B4. Module holder guide B5. Microprocessor BB. Fixture carrying handle B7. magnetic contact BB. Ambient temperature meter BQ. warning light 1. Lower body stabilizer 2. Magnetic body stabilizer guide arms guide arm stabilizer magnetic contact guide bearings DETAILED DESCRIPTION OF THIS ITEM The invention can be used for different alignment processes in different industries, especially wind Carrier with seamless chemical bonding method to the tower body of the turbines fixtures (B) used for fixing and properly mounting the modules It relates to an alignment apparatus (A) developed for alignment purposes.

Fixture alignment apparatus (A) of the invention; x and y of carrier modules, tower body two points in each reference by matching the reference marking lines on the axes of the The two modules will meet the requirement of being parallel to each other in the y-axis of the module. on the y-axis line with its side legs designed to keep the distance between It allows the modules to be attached to the tower body without any deviation.

As seen in Figure 1, the subject of the invention is the alignment apparatus (A); to the tower body includes a lower body stabilizer (1) used for fixing and aligning.

On the upper part of the lower body stabilizer (1), preferably two magnetic stem stabilizers (2) is positioned. The number and position of the magnetic body fasteners (2) as needed replaceable. The magnetic body fasteners (2) are attached to the tower body of the alignment apparatus (A). used for fixing.

There are preferably two guide bearings (6) on the lower body stabilizer (1). This Fixture guide bearings (82) passing through guide bearings (6) and on fixture (B) guide arms (3) are used, which provide guiding by passing through. guide arms (3) pass the fixture guide bearings (82) through the fixture main body (B1) in parallel. fixes it and makes it suitable for assembly and disassembly processes.

Guide arm fasteners (4) on the lower body stabilizer (1) It is used for fixing purposes so that it does not come out of the guide bearings (6). Also the fixture (B) is placed on the alignment tool (A) and the alignment process starts after the gluing process has started. In order for the apparatus (A) to pass to the other work station, the guide arm fasteners (4) must be removed. the guide arms (3) are removed and guide the other workstation to a different fixture (B). is placed to do so.

Determining that the fixture (B) has started the module bonding process and when it is active By taking the ambient temperature of the microprocessor (Bö), the chemical adhesive is set to the adhesion parameter. positioned on the lower body stabilizer (1), which initiates the bonding time according to magnetic contact (5) is used.

At both ends of the main body (B1), the modules are fixed on the fixture (B) and In addition, the module holder required to maintain its position parallel to the tower body pliers (B3) are used. Similarly, the modules at both ends of the main body (B1) Module holder guides (B4) are used for bedding and fixing. Module holding pliers (B3) are connected with module holding guides (B4).

The modules to be fixed to the tower body with chemical adhesives are attached to the module holder guide. (B4) is placed and fixed with the module holder pliers (B3). subject of the invention lower body stabilizer (1) of the alignment apparatus (A) with laser alignment inside the tower the tower with magnetic body fixers (2) by matching the marked module locations. fixed to the body. Guide arm stabilizers (4) on the lower body stabilizer (1), It is used for fixing purposes so that the guide arms (3) do not come off the guide bearings (6).

By holding the fixture carrying arms (B6), it is attached to the guide arms (3) of the guide bearings (6). With the placement of the module, it is ensured that the module is fixed in its place on the tower body. to the fixture The magnetic contact (B7) on the main body (B1) of (B) and the lower body stabilizer (1) The magnetic contact (5) on it is activated and the microprocessor (B5) is activated. Microprocessor (BS) ambient temperature is obtained with the ambient temperature meter (BS) on the fixture main body (B1). is doing. The microprocessor (BS) takes the ambient temperature and the time in the determined parameters. When it detects that it is full, it warns that the time is up with the warning light (B9). warning The seeing staff disassembled the fixture (B) and went to the other station for the new module to be attached.

Claims (1)

REQUIREMENTS It is an alignment apparatus (A) that can be used for different alignment processes in different sectors, especially developed for the alignment of fixtures (B) used for fixing and properly mounting carrier modules with the welding seamless chemical bonding method to the tower body of wind turbines. - a lower hull stabilizer used for fixing and aligning it to the turret body - a magnetic hull stabilizer (2) located at the top of the underbody stabilizer (1), used to fix the alignment apparatus (A) to the turret body, - a guide built on the lower hull stabilizer (1) bearing (6), - guide arms (3), which pass through the guide bearings (6) and provide guiding by passing through the fixture guide bearings (BZ) on the fixture (B). It is the alignment apparatus (A) according to claim 1 and its feature is; It contains guide arm fasteners (4) located on the lower body stabilizer (1), which are used for fixing purposes so that the guide arms (3) do not come out of the guide bearings (6). It is the alignment apparatus (A) according to claim 1, and its feature is; It contains at least one magnetic contact (5) positioned on the lower body fixer (1), which determines that the fixture (B) has started the module bonding process and when it is active, it takes the ambient temperature of the microprocessor (B5) and starts the bonding time according to the chemical adhesive bonding parameter. It is the alignment apparatus (A) according to claim 1, and its feature is; is the fixing of the lower body stabilizer (1) of the alignment apparatus (A) to the tower body by means of magnetic body fixers (2) by matching the module locations marked with laser alignment in the tower.