A PIPETTE PRODUCTION LINE

Abstract

The invention relates to a pipette production line that uses a single piece of paper to fold it in half, cut the paper to half its thickness, and then fold it precisely using a blade system. This system holds the fold in place, joins the edges with glue, preserves the integrity of the pipette, and produces straight, tube-shaped pipettes without altering printed designs, brands, or text.

Description

1 TARIFF 5 A PIPETTE PRODUCTION LINE Technical Area The invention involves folding a single piece of paper in half to form a straw, and then using hot glue to create the straw. preserving the integrity of the printed designs, brands, and text on the straw without altering them. It relates to a pipette manufacturing line that produces tubular pipettes. State of the Art Nowadays, paper straws are glued together using cold glue. Cold glue is a water-based adhesive. Because it is based on a substance, it dissolves in cold drinks after a certain time, affecting the beverage. Glue mixed in and the straw opened, mixing with the liquid and causing 15 minutes of ingestion. It causes pieces of paper to come into the mouth. The method for producing paper straws in machines that can use cold glue is as follows: Several thin rolls of paper are passed through a bath of glue. From the glue bath... The adhesive rolls are spirally wound around a long paper cylinder. Furthermore... Then these long cylindrical tubes are cut to the desired size. 20 When papers are spirally rolled, the designs, brands, and text printed on the paper are revealed. Often, they don't fit together properly. This situation affects the design of the straw. It has a negative impact. As a result of research conducted on this subject, pipe elements with the number EP4149749B1 have been identified. Patent application titled "Device and method for making flexible shaped parts" 25 It has been found. The invention consists of a series of ring backs (105a) on tubular elements (100). and a device for making a flexible shaped part (105) defined by the groove (105b) and a The method is explained so that from each of the tubular elements (100), at least one straw (101) preferably made of paper, internal shaping elements (15) and external "The shaping elements (25) are obtained by cooperating with each other" and 30 It is related. As a result of research conducted on this subject, it has been determined that the paper straw with the part number EP3764848B1 has the following designation. A patent application has been found. The invention develops along a longitudinal axis (Z). foldable drinking straw (10) made of paper, two adjacent sections of the straw (10) (14, 15) a flexible shaped section structured to allow it to be folded on top of each other (13) 35 It includes. Flexible shaped section (13), sequentially along the longitudinal axis (Z). 2 placed and each of them in a limited circumferential section of the circular section of the pipette (10) 5 It is related to "described by numerous depressions (16)". As a result of research conducted on this subject, it has been determined that the tube elements with the number EP4164875B1... A patent application titled "Shaping device and method" was found. The invention; a device for shaping tubular elements (100) preferably made of paper And the method is for making pipettes. Specifically, flexible 10 defined by a series of ring ridges and a throat. a shaped part, on each tubular element (100), opposite each other cooperating internal forming elements (32) and external forming elements (35) It is related to "it is done through". In conclusion, due to the negative aspects described above and the current solutions, the subject matter is... Due to its shortcomings, an improvement in the relevant technical field is necessary. 15 It has been made. Purpose of the Invention The main purpose of the invention is to preserve the integrity of the pipette by using hot glue, by attaching it to the pipette. Producing straight, tube-shaped straws without altering printed designs, brands, and text. to provide. 20 The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. Figures to Help Understand the Invention 25 Figure 1 shows a front view of the pipette production line that is the subject of the invention. Figure 2 shows a perspective view of the pipette production line that is the subject of the invention. Figure 3 shows a top view of the blade unit, which is the subject of the invention. Figure 4 shows a top view of the knife that is the subject of the invention. Figure 5 shows a perspective view of the folding unit, which is the subject of the invention. 30 Explanation of Part References A. Pipette production line 10. Paper loading unit 11. Roller 3 12. Driver 5 20. Blade unit 21. Cutting blade 30. Folding unit 31. Folding area 32. Cutting area 10 40. Paper Detailed Description of the Invention In this detailed description, a pipette production line (A) which is the subject of the invention is preferred. Their structures are explained solely to facilitate a better understanding of the subject. As shown in Figure 1, the pipette production line (A) consists of: paper loading unit (10), blade 15 It consists of a unit (20) and a folding unit (30). The paper (40) is wound The rollers (11) are connected to the paper loading unit (10). A driver (12) to provide motion transmission to the left side of the paper loading unit (10) They are connected. The blade unit (20) is mounted on the right side of the folding unit (30) and paper loading 20 The knife in question is placed between unit (10) and folding unit (30). The paper (40) is advanced to the unit (20) with the help of a cutting blade (21) as shown in figure – 4. The paper is continuously cut in half, leaving a margin for adhesion. This cut... Thanks to this, the paper (40) can be bent in the desired shape. The folding unit (30) takes the papers that come half-cut from the blade unit (20) 180 25 a strip that moves in the same plane by rotating it degree by degree, with one end fixed and folded on top of the other placed in order to make it into a foldable area (31) and a cutting area (32). It consists of units. The paper (40) that moves to the aforementioned folding unit (30), It folds in the folding area (31) and takes the shape of a pipe, and is determined in the cutting area (32). It is cut to length and made ready for use. 30

Claims

4 REQUIREMENTS 5 1. It is a pipette production line, and its feature is;  a cutter that cuts the paper (40) with an adhesive allowance to half its thickness knife (21),  The blade unit (20) cuts a single piece of paper (40) into two with a clear size. folding area (31), 10  Holding the paper (40) at the fold, glue the edge lengths folding unit (30) that enables its assembly, It includes.

2. A pipette production line conforming to Claim 1, the feature of which is; half of the blade unit (20). Rotate the pre-cut papers 180 degrees to keep them in the same plane. 15 and with the aim of making it into a strip that is folded over each other and fixed at one edge. consisting of subunits such as the placed folding area (31) and the cutting area (32) It includes a folding unit (30).

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