SU695915A1 - Movable object addressing device - Google Patents

Description

one

The invention relates to the field of iPanciTopt technology, in particular, to the movement control devices of mobile objects unrelated to each other, such as electric cargo carriers, but monorail routes.

A device dp for moving objects is known, which contains addressing devices, a code for the number of a moving object, readers, decoders, and control command formation units 1 installed at the addressing locations.

Its disadvantage is the impossibility of determining the current position of the object on the track, which reduces the efficiency of the control process.

The closest to the invention of the technical essence and the achieved result is a device for addressing mobile objects, which contains the addresses of the mobile number number generators and the number of the mobile object with the code of its address, installed in the zone of the position of the address, the decoder connected by inputs with a number reader

The main object and the shaper of the code of the object, the memory blocks and the control command generation unit 21.

Since the formation of control commands in a known device is carried out by counting the address positions, then at the branching points of the route there appears a probability of choosing a non-optimal route, which increases the addressing time of the object on multi-loop routes.

The purpose of the invention is to reduce the time of addressing on multi-loop routes.

This goal is achieved by the fact that the device is equipped with blocks for distributing and selecting a code of a given address, the first of which is connected to one of the inputs to the outputs of the delicitor, others to the addressers, the outputs to the inputs of the memory blocks, and the second to the other inputs with the outputs of the memory blocks and the decoder, respectively, and the control command generation unit is made in the form of a coincidence circuit, one of the inputs of which is connected to the outputs of the specified address code selection block, the other - with the shch address code generator tyvatsl. FIG. 1, a circuit diagram with addressing guzigtsi (workplaces) is shown, with one-contour trace being shown as an example; in fig. . rjofsa positional; .res 1sh with located: the lem oles of the addressing device; in Fig. 3 diagrams of the placed di (pa} P1. elements of the addressing device. The device contains the deshral part 1. co / yenic channels from 2 with 2 installed in the POSITION1 zone. Moreover, the last ones are located in the non-specified position of the address, nanrnmer, nerdda arrow (S, tap and other objects, in particular, electro Uzo) K) 3 from the route 7 ia workplace. In the central part of the device cho. DoI1I (|) Rator 8 (electric cargo numbers}, connected by communication channels 9 and 10 to X (1, respectively, of block 11 of the distribution code of the outside address associated with the move, memory blocks 12, and block 13 of zadalogo address code, connect} 1C -nu outputs with block 14 t |) O world control commands. Block 1 of the distribution of the code of the specified a. stream is connected to memory blocks 12 of communication channels 15. Memory blocks 12 are connected The channel is St. Chz. 16 with a block of 13 Vmbora code set) addresses). Block 14 pho | -. The instructions for the control commands have been selected in the form of a scheme coinciding with and connecting with the inputs from communication channel 17 with block 13. The output of block 14 is connected with communication channel 18 with executor1, HaiiiiMMcp, by the waters. The communication channels of 2 zones) of workplaces 3 with the integral part 1 of the device consist of 20 transmissions of the code specified in the address given from address 4, installed in the area of the working station 3, to the block 11 of the distribution of the address code in memory blocks ti 12, dripped 2i 11 transfers to the co.ha number of the addressable object or the driver of the code of the number of the mobile) object in the address 4 in the area of workplace 3 to the additional 8; channel 22 for transmitting the address code of the reader 5 from the generator of the address code of the reader to block 14 of the formation of the command unit K1Vl; channel 23 of transmission of the code of the engine number of the object from the reader 5 to | 1, to the generator 8; channel 18 to transfer the command to switch the arrows 6 from block 14 to line 6 to the work area 3. The peripheral elements of the device (addressers 4, readers 5, located in the ZONE of workplace 3) are intended to be transmitted to the central part 1 of the redirection task or call objects and in () law on their heapup position, and 1; ke for receiving commands for improper arrows 6 from it. The central part 1 is for receiving, storing, and processing information from the device elements, and developing commands a systematic way, which goes to the arrows 6. The device operates as follows. To forward an object as a destination to destination 4, the destination number code of this object and the address code in Kaiiaji communication 2 are about the central part 1 of the device, in which the object number code enters the deputer 8 input code (object code} of the object), where is in the form of a signal on that of the outputs of depictrator 8, which corresponds to the code of the number of this object. This link to the channel 9 enters the block 11 of the distribution of the code for the address of the Kanayry 15 gateway - into the TOI block 1 2 of the memory of the address that corresponds to the number of the address object being addressed. During the movement of the ps trail with nominal readers 5, the code of the address of the emergency number; 1c; sang, which is the current address of this object, is formed and transmitted to the lenght of the Jioro number of the object. , In the depra.in part, the addec code enters directly from block 14, and the code of the number of this object enters the input de; 1 nfratog, and 8, where the signal is transformed and appears as a signal from the outputs fieiirtKjjtopapa 8, which corresponds nomene of this object. This cable is sent to the block 13 G, the choice of the code of the address and the block 2 1 am of the given address that corresponds to the number of this object. The zadapng address from the memory block 12 through the block 13 of the choice of the code of the specified address goes to the block 14, which occurs, and the comparison of the current and given addresses of the given object, if the latter has reached, for a given address, a signal is generated, which by KBiirtJiy 18 nociynacT on element 19 of arrow 6, corresponding to 1 not 1 given address, as a result of which strelka 6 switches and the object arrives at a predetermined working month 3. Formula and 3 turn the device for addressing movable objects, electric freight wagon) -1x roads, sod rzhaschee adresovateli shaper with E norvtepa podnizhnogo object code readers and non nodvizhnot one object (E htrmirovatel ko.cha of its addresses set in iozidy zone a.dresovani, depshfrator, soesh1nenny inputs from schi1 wool .chem rooms and movable obekga (rormiro a5695

The mobile number code of the movable object, the memory blocks and the control command generation unit, characterized in that, in order to reduce the time of the digits on the multi-loop paths, it is equipped with distribution blocks — and selecting the code of the specified address, the first of which is connected to one of the inputs of the decoder , the others - with the addressee, outputs - with the inputs of the memory blocks, and the second - with one and other inputs connected to the outputs, respectively, of memory blocks of the digigrator, and the control command generation unit is designed as a circuit s sovpadeshp one of the inputs of which are connected to vghodami

block select code hacked a, upeca. and others with the address code reader.

Sources of information taken into account in the examination

1.Avt. swith USSR number 306067, cl. B 65 G 47/46, 08.08.67.

2.Informass {on-control system for addressing loads on continuous transport installations. Information sheet

No. 42/204. Seri Mechanization and automation of control, industrial production and the use of computer technology, Lviv Technical Information Center of the UkrNIINTI of the USSR State Planning Committee, 1970

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