AXIAL MOVEMENT MULTIPLE FLAME DIRECTION HEATING FIXTURE

Abstract

This invention relates to an axially movable multi-flame directing heating fixture used for simultaneous heating, brazing, welding or heat treatment of metal parts arranged side-by-side or sequentially on mass production lines; it consists of the Main Chassis / Frame (1), Guide Rail / Linear Shaft (2), Slide Carriage / Linear Bearing Block (3), Heat Shield / Protective Guard (4), Vertical Support Columns (5) and Angle and Height Adjustment Joint (6).

Description

1 TARIFF AXIAL MOVEMENT MULTIPLE FLAME DIRECTION HEATING FIXTURE This invention allows for the arrangement of metal parts side-by-side or sequentially on mass production lines. simultaneous heating, soldering, welding or heat treatment 5 It relates to an axially movable multi-flame directional heating fixture used for this purpose. The invention involves moving multiple heating points along a linear path and different... It includes a structure that allows adjustment according to part geometries. State of the Art 10 In current heating and soldering applications, parts are mostly placed on a stationary station. or heated individually with handheld heating elements by the operator. Single heating prolongs mass production times; in manual applications, the flame touches the part. Varying the distance and angle makes homogeneous and repeatable heating difficult. The operator's continuous handling and manipulation of the heating equipment presents an ergonomic challenge. 15 It also includes existing fixed systems in different sizes and geometries. Inability to quickly adapt to products, model changes, height and angle adjustments. In this respect, it limits flexibility. Purpose of the Invention The aim of the invention is to move multiple flame / heating points along a single axis, creating 20 simultaneous heating of multiple parts in a sequence, thus enabling serial heating. The goal is to reduce cycle time in production. Another purpose of the invention is to create a linear and stable Guide Rail (2) and Sled Car (3). To provide movement, according to different part geometries with the Angle and Height Adjustment Joint (6). Adjusting the heater position and the rising heat adjustment mechanisms with the Heat Shield (4) 25 and to restrict the operator's access to the intervention area. 2 Benefits of the Invention Guide Rail (2) and Slide Carriage (3), multi-heating mechanism on a single axis Enabling smooth and stable movement, allowing simultaneous processing of multiple parts. This allows for the following: Thus, production speed and process repeatability are increased. 5 Angle and Height Adjustment Joint (6), heater according to products of different sizes and geometries. It enables the tip position to be quickly adjusted and locked. The Heat Shield (4) provides heating. the transfer of heat rising from the region to the upper mechanisms and the operator intervention area It restricts. Method of Implementing the Invention The parts to be processed are arranged in the work area inside the Main Chassis / Frame (1). Heater The mechanism is carried on Vertical Support Columns (5), Guide Rails (2) on the Slide The cars are moved forward and backward by means of (3). Thus, the multiple heating lines are connected to a single unit. The products are passed over the axis. 15 The height of the heating element depends on the size and geometry of the part to be produced. The angle at which the flame reaches the part is adjusted via the Angle and Height Adjustment Joint (6). It is locked. Heat radiating upwards during heating, Heat Shield / Protective Visor (4) It is limited by. The Main Chassis / Frame (1) forms the load-bearing basic structure of the system. Explanation of the Figures Figure 1. General view of an axially movable multi-flame directional heating fixture. and shows the system components. Reference Numbers 1- Main Chassis / Frame 2- Guide Rail / Linear Shaft 30 3 3- Slide Carriage / Linear Bearing Block 4- Heat Shield / Protective Visor 5- Vertical Support Columns 6- Angle and Height Adjustment Joint This invention is for the simultaneous heating of metal parts arranged on mass production lines. It is an improved axially movable multi-flame direction heating fixture; Main Chassis / Frame (1), Guide Rail / Linear Shaft (2), Slide Carriage / Linear Bearing Block (3), 10 Heat Shield / Protective Shield (4), Vertical Support Columns (5) and Angle and Height Adjustment It includes the joint (6) parts.

Claims

4 REQUESTS AXIAL MOVEMENT MULTIPLE FLAME DIRECTION HEATING FIXTURE 1- This invention enables the simultaneous heating of metal parts arranged on mass production lines, 5-axis axially movable parts developed for soldering, welding, or heat treatment. It is a multi-flame directional heating fixture; Main Chassis / Frame (1), Guide Rail / Linear Shaft (2), Sled Car / Linear Bearing Block (3), Heat Shield / Protective Shield (4), Vertical Carrier It is characterized by having columns (5) and an angle and height adjustment joint (6). 2- The heating fixture mentioned in Claim 1; its characteristic is that the heating mechanism consists of parts. Guide Rail / Linear Shaft (2) which enables forward and backward movement on a single axis, word 10 The subject is the Sled Car / Linear Bearing Block (3) moving on the rail and on them It includes the supporting Vertical Support Columns (5). 3- The heating fixture mentioned in Claim 1; its characteristic is that it is available in different sizes and geometries. adjusting the height of the heating tip and the angle at which the flame reaches the part for the parts and It includes an Angle and Height Adjustment Joint (6) which allows it to lock in the specified position. 15 4- The heating fixture mentioned in Claim 1; its characteristic is that it extends upwards from the heating zone. Heat control system that limits the spreading heat from reaching the control mechanisms and operator intervention area. It includes a shield / protective visor (4).