CS231645B1 - Device for flat metallic joint laying - Google Patents

Abstract

The purpose of the invention is to eliminate time complexity, excessive need for qualified workers and the need for expensive, complicated ones equipment for the production of flat wire connections. This is achieved by that in the laying system for wire laying printed circuit board consisting of a reader equipment and any laying machine is a reading element of a reading device (television camera, read head, digitizer) «Connected with output-connected memory a reader block with the control block of the reader electronics is with all device members and output the block is connected to the input device of the roller machines, either directly or through recording media optionally via the interface block. In particular, the device can be used at piece and small series wire production printed circuit boards and any copies.

Description

(54)

Laying system for laying of wire printed circuits

The purpose of the invention is to eliminate the time-consuming, excessive need for skilled workers and the need for expensive, complex equipment in the manufacture of printed circuit boards. This is achieved by the fact that in a wire laying system consisting of a reading device and any laying machine, the reading device of the reading device (television camera, read head, digitizer) is coupled to the memory connected to the output block of the reading device, wherein the reader control electronics block is coupled to all device members and the output block is connected to the input device of the laying machine either directly or via a recording medium or possibly via an interface block.

The device can be used in particular in the piece and small-series production of wire printed circuits and in the production of any copies.

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The present invention relates to a system of laying flat wire apes in which the internment and the motif of anine are laid out from the drawing.

Hitherto known adjustments for laying wire wires use numerical control, in which the information on the motif must be entered from the drawn template de suitable program, which has made a computer tape and infermeaí from this tape is numerically controlled laying machine · Oatatai known a disadvantage of these devices is the time-consuming time of transport, the elite who has cut out their considerable effort and also the painter of a skilled labor force ·

Jaeumáma also equipment for laying wire-wound joints; whose reading head, which includes a non-coherent light source, an optical system and a set of tetedetters, is connected to the control electronics and pennets, soldered and inspected to the electronics of the liquid laying machine. These devices eliminate the disadvantages of the above known devices. transportation costs and the need for a considerable number of skilled workers.

This device has been improved for a longer time by a wire-laying system consisting of a reading device and a similar laying edge of the invention, and still have the pastry when the anlmael cell reader is connected and the pen is attached and the output device reads the device. The shaking is connected and that all members of the reader are connected and the output flak is soldered and

and 231 845 of the pulley machine. In one aspect of the invention, the anínaol cell of the device consists of a tolovision cannula which is connected and controlled by an analogue digital converter. In a second variant of the invention, the anínaol consists of a device. the head of an apo table and aoornian table whose aorvonotors are connected and the control electronics of the four devices to which are connected such rotary coordinate atoll position sensors which are also connected to the fifth reading device In all three variants of the invention, the filling device is connected to the reader block. straightforward, but through the nodium, but in the middle of the interfaoo block ·

Recording Medium Knife · Forge Ovens, Discot, Magnetic Fallout Reader.

An example of an embodiment of a laying system for the wire fruiting joints according to the invention is shown on the connected excavation, FIG. 1 shows a block of the laying system. FIG. 2 shows a block-like variant of the laying system. Fig. 3 shows a further variant of the cladding system, in which the detaching element of the assembly consists of a head and the head represents a reading device of another variant of the laying system, where the detaching element forms a digitallizer.

The Kladool system consists of a reader device 8 and a laying machine. The device device 8 comprises a television camera 1 connected to an analog boat converter 30 and a semiconductor steam rod 2 which is connected to the output block 3 of the reader device and perforates the punch. 13, the reader electronics 4 are formed by a non-reader and connected to a television camera χ, and an analog alalio converter 30, and a semiconductor pen 2 and an output block 3. The machine has both an input device 5 adapted for the gadget 13.

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In the second embodiment, it places ·! of the system (FIG. 2), the output hawthorn 3 is connected to the input arrangement of the machine 9 for the class hawthorn interface 11.

For dsliiho embodiment kladaai bites you (Figure 3 ·) jo nieto it lsvisni kaasry used ETOO head 15 is koabinssi souřadníttrja iwim * T «live» ee Wr · P i · τ>) · «· ^fíiící to» and U. " Jk. c «Hx..l 5. tu i í» i «4Uy 1 | The table 17 is connected to the control electronics 2 and the phato-electric position sensors 19 and 21 of the coordinate table 17 are also connected, which are also connected to the psalti 2.

In another embodiment of the laying system with the tattoo device (Fig. 1) from the reading device, the Fig. 1 also fell down to the fact that even the wire connection templates use a digitizer 41 which is connected to an interactive display 42 and a notion £.

The television channel 1 has a wired pattern 18 of the wire link with the internment read via an analog-to-digital converter 30 zsnéáons to a high-capacity semiconductor dog 2. control electronics 6 of the reader device 8 written in the data 2 and controlling the output block 3. transforasco inforaaee on the coordinates of the wire joints in the machine code · 9, -Drives ·! At the same time, the electronics 4 generate and code the return commands to store the head of the hoist 9 after the canoe has been put down to the beginning of the next connection. The coded internation for controlling the laying machine is then recorded on the recording box 13, and the punch pan DC is then inserted into the input device of the laying machine 9 in the output block. 3 of the output block 3 over the intorfaco circuit 4 to the input device 4 of the laying machine. The output head 3 essentially extends as the optical waveform reader. moving aorvonotors 1 £ and £ 0. The position of the atoll is photeelectric rotationally! positioners 19 and 2 £. The control electronics 4 of the reading device 4 provides a progressive aniae of the lines from the pattern 19 and the trajectory of the track to the number 2. The read internation of the aforesaid is coded in the output device 3 is written with the s231 M5 of the a-tape (punched tape) 13

The reading device of FIG. 4 depicts the diphallizer 41 and the wireframe 16 and the output information is embedded directly in the memory 2. The interaction display 42 serves to visually inspect the seam lines of the wireframe master. This device has been assigned a reword for changing the noah semi-auto atlantic pattern of the wire «poje»

Recording aadine | which is produced · output hawthorn 3 can be traced to another machine

The Kladool assembly of the present invention can be used in the manufacture of any Fcopil.

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Claims (6)

P A Ε O M i Τ Τ ϊ N 1 L Ε Z ϊ Layer system for laying wire and flat connections consisting of a reading device and a free-standing laying machine, characterized in that the anchor (1, 15, 41) of the reading device (8) is connected and the palatal (2) connected to the output block ( 3) the reading device (8), the rung of the control electronics block (4) of the reading device (8) is connected to other reader members (8) and the output block (3) is connected to the input device (5) of the laying machine (9) ). 2. A wire harness according to claim 1, characterized in that the output block (3) of the reading device (8) is connected to the input device (5) of the laying machine (9). 3. The wiring board of claim 1, characterized in that the output block (3) of the reading device (8) is connected to the input device (5) of the laying machine (9) by means of a recording Sunday (3). 13)· 4. The circuit board for laying wire printed circuit boards according to claim 1, characterized in that the output block (3) of the reading device (8) is connected to the other device (5) of the laying machine (9) by means of the interface block (11). Laying aonetava for laying wire printed circuit boards according to one of Claims 2 »3 nobo 4, characterized in that said sniaaei cell section (8) consists of a television caera (1), which is connected to paalates (2) via analogue digital converter (30) · The electrode for laying the wired printed circuit boards according to one of Claims 2, 3 or 4, characterized in that the screen element (8) consists of a digitizer (41) connected to an interactive display (42) and a screen (42). 2). 7. The wiring of the printed circuit board according to the form 1 and any one of the rolls 2, 3 or 4, nl enlneel reader element consists of a read head in the epe-senate · 231 848 exchange table · 1, marked 1 n that the read head (15) is connected and the control electronics (4) of the reading device (·) and the servomotors (19, 20) of the brightness table (17) are connected and the control electronics (4) of the reading device (·) are also connected position sensors (19, 21) and a series (17), which are also connected to brightness (2)