WET DEBURRING DEVICE
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- COSKUNOZ METAL FORM MAKINA ENDUSTRI & TICARET ANONIM SIRKETI
- Filing Date
- 2024-12-13
- Publication Date
- 2026-06-22
Smart Images
Figure 00000007_0000 
Figure 00000007_0001 
Figure 00000008_0000
Abstract
Description
1 TARIFF WET DEBURRING DEVICE Technical Area The invention relates to the removal of sharp edges (burrs) from parts or products during manufacturing processes. 5 that enables cleaning, does not require manual force, and is not caused by the operator. A wet burr that eliminates variability and operates using vibrational motion instead of a rotary cutting tool. It is related to the receiving device. State of the Art Deburring is the process of removing sharp edges that form on parts or products after manufacturing. It is a process widely used for cleaning purposes. This process improves production quality and efficiency. This is important to ensure safety and optimize the usability of the final products. Deburring is performed using manual, semi-automatic, and automatic methods. Each The method has its own advantages and disadvantages. 15 Manual deburring is generally performed using hand tools such as rasps. An example of a manual deburring method is document number TR2016 / 05295, titled "Post-production sharpening". The utility model application entitled "deburring device for burrs on edges" It is an invention. The invention relates to the shaping of wheel rim products by any of the machining methods. then used for manually cleaning the burrs that form on the sharp edges of the body, It relates to rasps that have a cutting edge and a knob section; its characteristic is that the aforementioned knob section... To eliminate the scratching effect it has on the surfaces it comes into contact with, the knob completely covers the area. It is related to the inclusion of a knob head. However, this method depends on the operator's physical strength and precision. Because it depends, inconsistencies may arise in practice. For example, in some cases 25 While burrs may not be cleaned sufficiently, sometimes too much material is removed, damaging the product surface. It can be given. The main reasons for this method are that it requires physical exertion and is not ergonomic. This is one of the disadvantages. Another example of a manual deburring device is the one with the number CN217704051U and “ Semi-automatic deburring methods performed using electric or pneumatic hand tools, 30 It reduces the operator's manual effort, but it does not make the operation completely independent. This These types of devices typically use a rotating sanding or cutting tool and are called "mold grinders" or They are referred to by names such as "deburring device". Semi-automatic deburring devices are one type. For example, the subject of patent application number US5209617A and titled "Deburring device". 2 It is an invention. The invention makes it possible to remove burrs from smaller diameter holes on the front and rear. a deburring device with a downward-extended and smaller diameter blade guard. It is a device. However, the rotating cutting tools used in this method can cause damage to the product surface. This can lead to various problems, and the outcome of the process can vary depending on the operator. In automated deburring methods, cutting tools are typically mounted on CNC machines. This method is used. Although it provides accurate and repeatable results, detailed work on the machine is required. It has disadvantages such as the need for team path programming and increased process time. An example of an automatic deburring machine is model number US2003210964A1 and "Combined gear cutting". The patent application titled "device and method for chamfering / deburring and shaving" concerns 10 It is an invention. The invention relates to a device for producing a geared component used in CNC machines. It describes deburring methods. The device has multiple units that can move relative to a base. It includes tool stock. These tool stocks hold a component as well as a combined one. Functional to operate an opening / trimming tool and a combined chamfering / deburring tool. It is observed that the device reduces the number of machines required to complete the gear component, as well as the component's 15 It also reduces the cycle time required for complete production. This allows for a more efficient process. A production system is provided, capital investment and operating costs are reduced. However, this type of The fact that the tools work in a rotating manner and the risk of causing deformation on the surfaces makes the method problematic. This is among its disadvantages. In the known state of the art, all manual, semi-automatic and automatic methods are used. Some shortcomings are noticeable. While manual methods are operator-dependent and tiring, semi-manual methods... Automated methods can lead to sensitivity problems, and automated methods are high It is costly and time-consuming. Especially for deburring operations used in CNC machines. Rotating cutting tools add an extra burden to the production process in terms of programming and machine engagement. 25 This brings about new, more ergonomic, efficient solutions that reduce operator dependence. There is a need to improve the systems. As a result, the existing technology... The need for a wet deburring device that eliminates the disadvantages and the existing The inadequacy of the solutions has made it necessary to make improvements in the relevant technical field. Brief Description of Find The present invention meets the aforementioned requirements while eliminating all disadvantages. and sharp edges on parts or products in manufacturing processes that bring some additional advantages. (debris) removal system that requires no manual force and takes 35 from the operator a tool that eliminates the resulting variability by operating with vibratory motion instead of a rotary cutting tool It is related to wet deburring devices. 3 Building on the state of the art, the aim of the invention is to improve existing deburring methods. disadvantages include operator dependency, variability, lack of ergonomics, and long process time. The goal is to eliminate these obstacles and provide a more efficient and consistent solution. The purpose of the invention is to eliminate manual labor by operating the wet deburring device through vibrating motion. The goal is to eliminate variations caused by genetic factors. Another purpose of the invention is to enable CNC machining by using a vibration mechanism instead of a rotating structure. the need for detailed tool path determination in machines and engaging the machine for this process 10 The goal is to eliminate the need for it. Another purpose of the invention is to eliminate the need for operator physical arm strength in the wet deburring device. Its non-sound design ensures ergonomic and easy use. Another purpose of the invention is to provide greater stability thanks to the industrially adapted reciprocating motion mechanism. and ensuring consistent deburring operations are performed. Another purpose of the invention is to adapt the structure of the wet deburring device to the plaster cutting applications used in the medical field. Thanks to its development inspired by these devices, it offers a solution that is both reliable and practical. The goal is to ensure its presentation. Another purpose of the invention is to remove debris under pressure thanks to the liquid jet nozzle contained within the wet deburring device. by removing burrs from the workpiece with a sprayed granular or non-granular abrasive liquid The goal is to ensure it is cleaned. 25 Another purpose of the invention is to create a liquid jet thanks to the deburring nozzle contained within the wet deburring device. Besides the nozzle being held, the liquid jet sprayed onto the workpiece splashing around. The goal is to prevent this. The structural and characteristic features and all the advantages of the invention are given in the figures below and in relation to these figures. This will be understood more clearly thanks to the detailed explanation written with references. Therefore, the evaluation should be made taking these figures and detailed explanations into consideration. is required. 35 4 Brief Description of the Figures The structure of the current invention and the best understanding of its advantages, including additional components. This should be evaluated together with the figures explained below. Figure 1 shows a schematic overview of the wet deburring device and the workpiece. Figure 2 shows a schematic overview of the liquid jet delivered onto the workpiece. Figure 3 shows a schematic overview of the liquid jet nozzle. Reference Numbers 10 10. Wet deburring device 11. Liquid jet nozzle 12. Debris collection opening 13. Hose 15 14. Deburring and vacuuming part 15. Liquid jet 20. Workpiece Detailed Description of Find 20 In this detailed description, the subject of the invention is the production processes on the workpiece (20) or products It allows for the removal of sharp edges (burrs) without requiring manual force, and Vibration instead of rotary cutting tool, eliminating operator-induced variability. The wet deburring device (10) which works with its movement is only for the better understanding of the subject. 25 This is explained as an example and in a way that does not create any limiting effects. The feature of the wet deburring device (10) which is the subject of the invention shown in Figure-1 is the liquid jet with vibration (15) By combining these movements, it provides a more effective and ergonomic deburring process. The aforementioned wet deburring device (10) basically removes burrs from the workpiece (20) 30 Liquid jet for cleaning (15); liquid jet (15) on the workpiece (20) at different angles and pressures Liquid jet nozzle (11) for spraying; liquid jet (15) and burr collector for collecting burrs. It contains a vacuum part (14). One of the basic elements of the mentioned wet deburring device (10) is the liquid jet shown in figure-2. 35 It has an opening (11) and a liquid jet (15) is pressed onto the workpiece (20) to remove the burrs. It sprays the liquid jet nozzle (11) inside the deburring nozzle (12) shown in figure-3. It is positioned. The aforementioned burr collection nozzle (12) surrounds the liquid jet nozzle (11) and the liquid jet (15) It acts as a containment by trapping and preventing the spread of liquid jet nozzle (11) The liquid jet (15) created by means of the device is applied to the surface of the workpiece (20) shown in figure-2 with a certain pressure. It is sprayed. The mentioned liquid jet (15) sprays the burrs on different surface structures. Granular or non-granular abrasive liquid for breaking / cleaning the workpiece (20) 5 It removes / cleans the burrs by striking the surface. The liquid jet (15) formed during the process and The detached burrs are collected by the burr collection opening (12). The aforementioned burr collection The nozzle (12) prevents the chips from spreading to the surrounding area, while the liquid jet (15) and the chips are removed by the hose. It directs the burr collection and vacuum part (14) through (13). The mentioned hose (13) is located between the deburring opening (12) and the deburring and vacuum part (14) and 10 It enables the accumulation of burrs by vacuuming. The burr collection and vacuum part (14) It securely holds together the chips and liquid jet (15) collected during the process. The working principle of the wet deburring device (10) which is the subject of the invention is located on the liquid jet nozzle (11) It is based on the spraying of liquid jet (15) from nozzles onto the workpiece (20) surface from different angles. This 15 Liquid jet (15) removes burrs from the workpiece (20) without damaging the surface. Burr The collecting opening (12) is moved by the operator over the workpiece (20) surface to remove all burrs. This ensures that it can be cleaned easily. All burrs on the workpiece (20) are cleaned in this way. is cut off and stored by the burr collection and vacuum part (14) is being done. 20 The invention, a wet deburring device (10), is designed for use in an industrial environment. Despite this, it has an ergonomic and easy-to-use design. The operator's wet deburring... In order to use the device (10) safely, all parts must be protected from leakage of liquid and chips. It is placed inside the housing in such a way as to prevent burrs on the workpiece (20). It is cleaned with minimum effort, precisely and safely.
Claims
6 REQUESTS 1. The invention relates to the removal of sharp edges (burrs) on the workpiece (20) during production processes. It is a wet deburring device (10) which enables cleaning; its feature is; - burr 5 for spraying liquid jet (15) onto workpiece (20) at different angles and pressures a liquid jet nozzle (11) located inside the collection port (12); - workpiece (20) by liquid jet nozzle (11) for removing / cleaning burrs liquid jet sprayed onto its surface (15); - work for collecting the detached burrs while keeping the liquid jet (15) and the burrs. part (20) surface of which is moved by the operator around the liquid jet nozzle (11) 10 It contains a burr collection opening (12).
2. The wet deburring device (10) conforming to Claim 1 is characterized by its liquid jet (15) and the detached It includes a burr collection and vacuum part (14) that collects and stores the burrs.
3. The wet deburring device (10) conforming to Claim 1 is characterized by its liquid jet (15) on different surfaces. Granular or non-granular abrasive for removing / cleaning burrs from structures 15 It is a liquid.
4. The wet deburring device (10) conforming to Claim 1 is characterized by its liquid jet (15) and deburring the burrs. a hose (13) that carries the burr collection and vacuum part (14) from the collection opening (12) to the burr collection and vacuum part (14) It includes.