MULTI-UNIT TESTING SYSTEM AND MOTION COMPENSATION ELECTRICAL TRANSMISSION APPARATUS FOR THIS SYSTEM.

Abstract

The invention relates to a multi-unit test system consisting of multiple panels (1) moving sequentially on a conveyor line and motion-compensated electrical transmission devices that enable the transmission of electrical energy and / or test signals during panel movements. Each panel (1) moves on the panel carrier frame (2) and is associated with the panel top connection unit (3) which changes position with the panel. Electrical transmission is provided via a flexible connection line (4) connected to the panel top connection unit (3); the spiral compensation section (5) located in at least one section of the flexible connection line (4) compensates for the relative distance and direction changes that occur during the passage of the panels (1) through the return line (9) and the rotational movement around the panel rotation connection (10).The flexible connection line (4) is connected via connection terminals (6); the panel top connection unit (3), connection carrier profile (7) and connection supports (8) are positioned in a controlled area. Thus, the electrical transmission continuity in the multi-unit test system is maintained during the linear movement of the panels, the change of direction in the return line and the rotational movement on their own carrier structures; and the tensile, torsional and compressive effects that may occur in the connection line are reduced.

Description

1 TARIFF MULTI-UNIT TESTING SYSTEM AND ACTIVITY COMPENSATION FOR THIS SYSTEM. ELECTRICAL TRANSMISSION DEVICES This invention is used in multi-unit test systems in industrial production and testing lines, and these 5 electrical testing between mobile test units in systems or common electrical testing with mobile test units electrical infrastructure that enables the transmission of electrical energy and / or test signals between It relates to transmission devices. More specifically, the invention relates to devices that are transmitted sequentially along a transmission line. Passages of the moving panels (1) through the return line (9) and panel rotation connection (10) motion that maintains continuity of electrical transmission during rotational movements around it 10 It relates to a compensatory linkage structure. Current Technical Status Sequential processing of different products or cable assemblies in industrial production lines. Multiple test units on the same conveyor line for the purpose of checking at various points The systems used are those that work with the products to be tested. In these systems, the products to be tested are on a panel-like 15 its movement on mobile carriers, its control at specific test positions and its transport It may be necessary to continue the cycle by passing through the turning zone at the end of the line. In multi-unit structures, each panel (1) has a panel on itself or in relation to it. It can carry the test setup and provide electrical energy, measurement data, and control signals for the test process. or a combination of these needs to be transferred. This transfer is panel movement 20 uninterrupted operation throughout the process, reliability of test results, and continuity of the production cycle. It is important in this respect. Panels (1) move along a linear path, neighboring panels and their associated panels The positions of electrical connection points can remain largely constant. However, the rotation When line (9) is entered, the orientation of the panels relative to each other changes and the connection points 25 Angular and linear displacements occur between them. Also, panel (1), panel When rotated around the rotating link (10) according to its own carrier structure, it becomes electrically The location of the connection points is also changing. If rigid electrical connections are used, these movements occur via cable or It can create tension, torsion, crushing and fatigue at the connection points; completely free 30 2 Long, abandoned connections are positioned uncontrollably in the movement area, disrupting the surrounding mechanics. It can come into contact with or get trapped in the elements. Therefore, it affects both electrical transmission. maintaining continuity and mechanically compensating for the relative movements of the panels A controlled electrical transmission structure is needed. Purpose of the Invention 5 The main purpose of the invention is to test sequentially moving panels (1) in a multi-unit test system. the electrical energy and / or test signals required for its function, the mobility of the panels The goal is to ensure unrestricted transfer. Another purpose of the invention is to ensure that the panels (1) pass through the turning line (9) during the passage of the panels on the panel top Flexible 10 angular position and distance changes occurring between connection units (3) It is to meet the connection line (4) via the spiral compensation section (5). Another purpose of the invention is to rotate the panel (1) around the panel rotation link (10). tensile and torsional effects that may occur on the electrical transmission line during its movement The goal is to maintain connection continuity by reducing connectivity. Another purpose of the invention is to provide 15 connecting carrier profiles (7) and connecting supports (8) through the connecting carrier profile (7) and connecting supports (8). to keep the connection elements that enable electrical transmission within a controlled area, thus The aim is to reduce the risk of the connection line getting caught or pinched by surrounding structural elements. Subject of the Invention The invention is a multi-unit test system consisting of units moving sequentially along a conveyor belt. multiple panels (1), panel carrier frames (2) carrying the panels and test 20 associated with the panels motion-compensated systems that enable the transmission of electrical energy and / or test signals between circuits. It includes electrical transmission devices. The motion-compensated electrical transmission device will move together with the panel (1). The panel top connection unit (3) located on the panel transmits electrical energy and / or test signals. flexible connection line (4), 25 located in at least one part of the said flexible connection line (4). spiral compensation section (5), connection end (6), connection carrier profile (7) and connection supports (8) includes. The movement of the panels (1) on the turning line (9) and around the panel turning connection (10). During the rotational movement, the flexible connecting line (4) changes direction, while the spiral compensation section (5) By accommodating the variation in effective link length, the continuity of electrical transmission is 30 It ensures protection. 3 Explanation of the Figures Figure 1: General perspective view of the multi-unit test system and the moving panels (1). Figure 2: Panel top connection unit (3), flexible connection line (4), spiral compensation section (5), connection The end (6), the connection carrier profile (7) and the detailed perspective view of the connection support (8). Figure 3: Passage of the panel (1) through the return line (9) and operation of the panel return connection (10) 5 It is the appearance showing the region. Figure 4: Electrical transmission structure and spiral compensation section between adjacent panels (1). (5) is the front view. Figure 5: Electrical when successive panels (1) are in linear line position This is a front view showing the arrangement of the transmission devices relative to each other. 10 Explanation of References in Figures 1- panel 2- panel carrier frame 3- panel top connection unit 4- Flexible connection line 15 5- spiral compensation section 6- connector 7- connection carrier profile 8- connecting support 9- return line 20 10- panel rotation connection Detailed Description of the Invention The invention is a multi-unit test system consisting of units moving sequentially along a conveyor belt. It contains more than one panel (1). Each panel (1) is transported by means of the panel carrier frame (2). It moves along the line. Each of the panels (1) has 25 on it or with it. Checking the electrical connections of the product to be tested via the associated test setup. It can be used as a separate test unit, allowing for further testing. In a multi-unit structure, electrical energy and / or test signals are transmitted to the relevant test unit. At least one panel top connection unit (3) associated with each panel (1) for the purpose of transferring It is located. The panel top connection unit (3) moves together with the panel (1) panel 30 4 on the supporting frame (2) or in a supporting area associated with it It is located. The panel top connection unit (3) and the relevant electrical connection point of the system and / or adjacent There is a flexible connection line (4) between the test unit and the connection point associated with it. Flexible connection line (4), electrical energy, measurement signal, control signal, test data or one of these 5 It has a conductive structure that will enable the transmission of the combination. At least one section of the flexible connection line (4) contains a spiral compensation section (5). Spiral compensation section (5) is effective between connection points during the movement of panels (1). It is designed to be opened and closed depending on the change in distance. Thus The required working length of the flexible connection line (4) is 10 depending on the relative position of the panels. It can vary. The flexible connection line (4) is connected to the panel top connection unit (3) via connection terminals (6) and The electrical transmission is connected to the other connection point. Connection terminals (6), ensuring the continuity of electrical contact and the removal and installation of the flexible connection line (4) They can be arranged as connecting elements that allow for this. 15 In order to keep the panel top connection unit (3) in a controlled area, the connection carrier profile (7) is used. The connecting carrier profile (7) is used via connecting supports (8). It is attached to the panel carrier frame (2). This arrangement allows the electrical transmission apparatus to be attached to the panel. This ensures that it remains within a defined working area throughout its movement. Straight Line Operation 20 Figure 5 shows the arrangement of successive panels (1) in a linear line position. This In this position the directions of the panels (1) are essentially parallel to each other and the panel top connection units (3) The distance between them is within the normal operating range. Flexible connection line (4) and spiral compensation section (5), while maintaining electrical transmission within the test system, from line movement It accommodates minor positional changes resulting from this. 25 Work on the Return Line When the panels (1) reach the turning line (9), the panel carrier frames (2) are curved along the line It follows its geometry and the directions of the neighboring panels (1) differ from each other. During this time, the alignment and effective distance between the panel top connection units (3) change. Flexible connection line (4) to change the angular direction between the panel top connection units (3). It adapts by bending; the spiral compensation section (5) is the distance between the connection points It meets the change by opening or closing. In this way, the panel (9) on the return line This prevents the interruption of electrical energy and / or test signal transmission while the motion is in progress, or is being reduced. 5 Rotational movement of the panel on its own supporting structure. Panel (1) around the panel rotating link (10) associated with the panel carrier frame (2) It is configured to change its angular position. When the panel (1) is rotated, the panel and The position of the panel top connection unit (3) which moves together changes and the electrical transmission There are changes in direction and distance along the route. 10 Flexible connection line (4) accommodates the said change of direction; spiral compensation section (5) compensates for the change in connection length. Thus, the panel (1), test Different angular operation without the need to disconnect the electrical connection to the system. They can be brought to their respective positions. Combined Mobility 15 Passing through the panel's (1) return line (9) and around the panel's return connection (10) The rotational movement can occur simultaneously. In this case, the panel top connection... The geometric relationship between the units (3) is both in terms of direction and distance. It varies. Flexible connection line (4) angular direction change, spiral compensation section (5) variable 20 It ensures the continuity of electrical transmission by meeting the connection length requirement. This structure Thanks to the electrical transmission apparatus, the movement of movable panels in the multi-unit test system is controlled. Instead of a rigid linkage that limits its capabilities, a linkage that follows and compensates for movements. It forms the structure. Technical Advantages Provided by the Invention 25 Thanks to the invention, the test function of different panels (1) within the multi-unit test system necessary electrical energy and / or test signal transmission during panel movements It is sustainable. 6 Spiral compensation section (5) provides flexible connection by accommodating variations in connection length. It reduces the tensile loads that may occur on the line (4) and connection ends (6). Flexible The ability of the connection line (4) to change direction is on the return line (9) and the panel return connection (10) Angular differences that occur in the movements around the connection without excessively stressing the connection It allows for the fulfillment of the obligations. 5 The connection carrier profile (7) and connection supports (8) of the electrical transmission apparatus by ensuring it operates within a controlled area, preventing the connection from getting caught on surrounding structural elements. or reduces the risk of jamming. Thus, the freedom of movement of the multi-unit testing system is improved during testing. The continuity of the circuit and the reliability of the electrical connection are being improved together.

Claims

7 REQUESTS 1) Invention: Multi-Unit Test System and Motion Compensated Electrical Transmission for this System Its feature is that the components consist of multiple panels moving sequentially along the conveyor line. (1), panel carrier frames (2) carrying the panels (1) and the test associated with the panels (1) The transmission of electrical energy and test signals to their mechanisms during panel movements 5 It includes motion-compensated electrical transmission devices structured to maintain; The subject is the motion-compensated electrical transmission apparatus, which will move together with the panel (1). At least one panel top connection unit (3) configured in such a way as to provide electrical transmission flexible connection line (4), spiral compensation located in at least one part of the flexible connection line (4) section (5), connection 10 which connects the flexible connection line (4) to the panel top connection unit (3). end (6), connection carrier profile (7) which enables the carrying of the panel top connection unit (3) and connecting supports that connect the connecting carrier profile (7) to the panel carrier frame (2) (8) includes the spiral compensation section (5) with flexible connection line (4), the panel (1) return during the movement in line (9) and the rotational movement around the panel rotation link (10) electrical transmission by accommodating the relative changes in direction and distance that occur. 15 its continuity. 2) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System Transmission Devices and their feature is; flexible connection line (4), electrical energy, measurement signal, an electrically conductive structure that will allow the transmission of at least one of the control signals and test data. It includes. 20 3) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System They are Transfer Devices and their feature is that the flexible connection line (4) is connected through the connection ends (6). It is connected to the panel top connection unit (3) in a detachable manner. 4) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System They are Transfer Devices and their feature is that the panel top connection unit (3) moves together with the panel (1) 25 The connection carrier profile (7) is positioned in such a way as to 5) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System The feature of the transfer devices is; the connection carrier profile (7), connection supports (8) by connecting the flexible connection line (4) to the panel carrier frame (2) via The goal is to ensure that it is kept within a controlled work area. 30 6) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System It is a Transfer Device and its feature is that the spiral compensation section (5) connects to the adjacent panels (1). 8 Flexible connection that opens or closes as they approach and move away from each other. (4) is changing the effective link length of the line. 7) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System They are Transfer Devices and their feature is; flexible connection line (4), from the return line (9) of the panels (1) Angular position 5 that occurs between the panel top connection units (3) during transitions It is the ability to adapt by leaning towards change and shifting direction. 8) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System It is a Transfer Device and its feature is; the spiral compensation section (5), from the return line (9) of the panels (1) the relative distance that occurs between the panel top connection units (3) during their transitions It is about meeting the change. 10 9) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System They are Transfer Devices and their feature is that the panel (1), panel carrier frame (2) is related to the panel. during the rotation of the panel top connection unit (3) around the rotating connection (10) flexible connection line (4) and spiral compensation section (5) of the change in position It is met by. 15 10) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System They are Transfer Devices and their feature is; the movement of the panel (1) in the return line (9) and the rotation of the panel Simultaneous rotational movement around the connection (10) occurs on the panel top Angular direction change between connection units (3) is controlled by the flexible connection line (4), The change in connection length is compensated by the spiral compensation section (5). 20 11) Multi-Unit Test System in Claim 1 and Motion Compensated Electrical System for this System It is a Transfer Device and its feature is; spiral compensation section (5), panel movements flexible connection line (4) and connection ends (6) to accommodate the resulting length changes Its purpose is to reduce the tensile and torsional loads acting on it. 12) Multi-Unit Test System in Claim 1 and Motion Compensation Electrical 25 for this System They are Transfer Devices and their feature is; on panel (1) or test setup associated with panel (1) The electrical transmission provided, the linear line movement of the panel (1), the direction in the return line (9) change and interruption during the rotational movement around the panel rotation link (10) It is the ability to continue without interruption.

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