BARRIER-BASED, THRESHOLD-FREE PLEATED AND PLEATED INSECT SCREEN SYSTEM

Abstract

The invention protects against flies and insects that may enter our living spaces from outside. This relates to the threshold, thresholdless, pleated and plissed mosquito net systems that we install on our doors. My invention allows for the top and bottom of pleated and plissé flyscreens that open to the right and left. Due to the weakness that develops in that area, small animals (cats, dogs, mice) can enter. They can escape. Thanks to my invention, the BARRIER system, small animals (Cats, dogs, mice) will not be able to pass through. My invention also protects small pets. protecting our animals (cats, dogs, birds) and other animals It will provide.

Description

TARIFF BARRIER-BASED, THRESHOLD-FREE PLEATED AND PLEATED INSECT SCREEN SYSTEM Technical Area This invention is made with pleated or plissé tulle and produced without a threshold. It relates to a fly screen system to be installed on doors and windows. With my invention, threshold-free It brings innovation to door and window screen systems, which are manufactured as such. State of the Art Today, our living spaces are filled with harmful things that we don't like and don't appreciate. use different types of protective products to protect against potential organisms. We offer a range of products, one of which is the pleated or plissé fly screen system. This system... the system that allows the pleated or plissé tulle used in it to be opened and closed This is called a string flyscreen system. In this system, the string is the most important part. In the system, the rope passes through the tulle and through the movable wing. By keeping the tulle and the wing in balance, it enables the system to open and close. This technique... On the right and left sides of the fly screens that open up and down, to the right and Those opening to the left have weaknesses at the top and bottom. This weak area is shown in Figure 2. ( 15 ) small animals (cats, mice) can pass through. This problem is a global issue. A general solution has not been found. This problem particularly affects those who are fed Pets can be lost or small things can enter our living space from outside. Wild animals are allowed to enter. The purpose of the invention In my invention, fly screens made WITHOUT A THRESHOLD using existing technology are turned to the right and left. Those opening to the left have weaknesses at the top and bottom. Small structures can emerge from this weak area. Animals can pass through. My invention eliminates this problem. With my invention, we can now spend more time with our loved ones in our living spaces in a better and safer way. We will be able to protect ourselves. 1 Shapes that will help understand the invention. The parts I shaped in my invention are some details that are not clearly scaled. It may have been not specified or may have been omitted. The structural and characteristic features of the invention. the figures given below and the explanations written by referring to these figures- This will be understood more clearly thanks to them. Figure 1; Perspective view of an existing pleated or plissé fly screen. Figure 2; Perspective view of an existing pleated or plissé fly screen. The exposed part of the weak area (15) at the bottom is visible. Figure 3; Open view of the system created with the current technology. Figure 4; distance in cm from both sides of the strips and tulle made with the current technique. It is a drawing that shows it has been punctured. Figure 5; Dimensioning of my invention, the system that will act as a barrier. The barriers are created by drilling holes 0.6 cm apart on both sides and passing the mesh through. He is working. Figure 6; Position of my invented barrier system ( 14 ) in the finished system. The way the part used as a barrier (14) works is as follows: inside the upper casing. the right side of the strip with tape and eyelets attached and the tulle glued to the strip through a hole made 0.6 cm to 4-5 mm on the left ( 14 ) special and 2 mm thick It is passed through a strong and very low-flexibility (14) rope and comes to the wing strip. From here, the processed ( 6 ) wing wheel passes over the pin in front of it and inside ( 9 )( 11 ) parts are tightened and fixed and the system is secured with other ropes and ( 10 ) It is assembled from its parts. Figure 7; Perspective view of my invention, the barrier-based thresholdless system. The front of the system... In the perspective view ( 14 ) the barrier is not visible and the side ( 1 ) casing profile and remains within ( 2 ) base profile. Figure 8; Part reference numbers and names 1- The aluminum casing used on the top and sides of the system. 2- The short aluminum casing used on the underside of the system that rests on the ground. 3- The aluminum wing is the part that allows the netting in the system to open and close. 2 4- Corner wedges are the parts that connect the aluminum frames to each other. 5- Wing wheel in the existing old system 6- In the new system, the upper front part of the wing wheel is semi-circular, through which the rope will pass. The area is shaped and the wheel at the front is removed and replaced with a stainless steel pin. It is attached. 7- Insect screen mesh and holes 8- The strip attached to the tulle is secured with double-sided tape that goes inside the wing. 9- The piece that rotates the ropes 90° is screwed to the corners. 10- The part where the system cables are secured. 11- Barrier ( 14 ) Part where the ropes are tightened and fixed 12- Used in eyelet strips. 13- Fly screen cord with a diameter of 0.8 mm. 14- A barrier with a diameter of 2 mm and very low elasticity. And a strong rope. 16- Bottom corner wedge 17- The strip attached to the tulle is secured with double-sided tape that goes inside the case. Description of the invention Insect screens made with pleated or plissé tulle are more durable and reliable. My invention, the barrier-type pleated or plissed fly screen, was previously unknown and... I made it possible to produce it using unused parts and techniques. The production phase of my invention. It happens like this: First, the product will be calculated and cut to the desired dimensions. Pieces (1-2-3-7-8-17-13-14) are cut. The cut pieces are then used to create the banded strips and tulle. It is glued. The tulle, to which strips are glued on both sides, is punched by calculating and (8)(17) strips are glued. Eyelets are attached. Figure 5 and Figure 6 The ropes are attached to the side of the tulle (17) that will go into the case. (13-14) are inserted and the ends of the ropes on the side of the safe will not pass through the eyelets. The ropes are tied in this way and the strip is placed in the case. (13) The ropes are under the strip, the ones on the left They are placed on the wing so that those on the right are placed on the left, and on both sides of the wing. (6) wheels are attached. Case (1)s (4)(16) are assembled (13) Ropes (6) wheel pin 3 It is passed over and released into the lower box. (14) barrier ropes are passed through the mesh and through the wheel to other systems The ropes are passed through part (9). (13) ropes are fixed to part (10). (14) ropes are stretched to the maximum and then stretched with part (11) It is fixed and the system becomes operational. 4

Claims

REQUESTS 1- My invention, which I named Barrier-equipped, threshold-free pleated-fold, Figure-6 Figure 7 includes the system. 2- The 6 mm distance and (14) BARRIER ROPE in FIGURE 5- that I designed for my invention It includes. 3- My invention includes figure-5 (8)(7)(17)(13)(14 ), and the tulle and ribbon are 6 mm thick. This includes drilling holes and attaching the ropes (14) that will form the barrier. 4- My invention includes the clear details in Figure 6. 5- My invention (14) rope (17)(7)(8) is passed through.(17) strip is attached to the upper case. (8) wing strips (3) are placed on the wing and (6) wing wheels are attached to the ends. (14) ropes are released over (6) wheel pins and passed through (9) and stretched to (11) It includes the installation.