SU468277A1 - Device for monitoring the location of transport facilities - Google Patents

Description

3

The zone of operation of transport facilities;

divided into controlled and uncontrolled | (or about circuit malfunction) divided into t.- t-j linches Once the transport object has covered areas. Controlled areas include those areas in which; Det from the controlled area its location; the driving of transport objects Prevents i: 5 from entering the input of the decoder, such as the number of r,: r, LLyOffppi: like all other sections are attached to the i movement of others ™ U is the time for a total communication channel 6. TeJ to this site. Uncontrolled plots; , dappi jr jr j „,,„ „„, pg pen on all outputs of the decoder there are ki - these are the areas where they can. -%

, - „„ „„, oo to send out signals And the coincidence circuit 8 carries signal; Locate transport objects, not mesh

noAVJM g -, - ", a switch that, when the sensor is activated, zap-

other transport facilities. t

 - ,, mnti kpntpli dew indicates lack of control The drawing shows three controls-i-j

j acTKa (I, W and V) and two noncontrolled areas at the moment,

-polishable (P and 1U). On each transport; If the device is used for an autonomous object 1, a sensor / mm sensor is installed. Motion control of the transferable object 4, generating signal | 15. port facilities through controlled cash .t. . Plot, it is necessary to have separate sigSignals of all sensors 4 monitored; the incidence of these plots. For this, the objects are fed to the sections of troll 2 for-. The device is completed with schemes 9 Sov. Falls of controlled areas, each;

cutting current collector 5.g-,

 ... .. 20 of which signal a lack of availability

The proposed device works following appropriate. at the request of it., from the request sensor 3.

If there are no other transport facilities,

then the codes from the sensors 4 monitored objects;

25 Subject of the invention

through the current collector 5 through the breaker

contact request sensors 3 incoming;

They are fed to the input of the decoder 7. Each filed: The code for monitoring the code that is located on the input of the decoder 7 calls. / transporters of objects containing sensors for the appearance of a signal at one of its outputs, codes, connected to the corresponding 30 troll sections corresponding to this transport,; descrambler and source: object. This leads to the appearance of a signaling, which is because /

at the output of the coincidence circuit 8. In the absence of the goal of increasing the reliability of operation due to a request, this signal indicates faults, the equality of all the device circuits / coincidence circuits are entered into it, and the monitored

If one of the monitored contact contacts of the request sensors is approached from the corresponding transport inputs by the decoder, and a contact object, the corresponding parts of the troll are connected to the direct request sender 3, therefore the corresponding section of the troll is disconnected from the common 40 encoder correspondingly, whose outputs are connected with. of the communication line 6. The following is terminated: “by the inputs of the coincidence circuit, the output of which I: supplying the code of the corresponding transport — is connected to the first inputs of the circuits of the coincident object 1 to the input of the decoder 7 and to: there are no controlled sections, the other inputs of one of its outputs signal. On which, through the corresponding closure,.-.-., Aristome, coincidence circuits, 8 signal / i, and the contacts of the query sensors, are combined; Its absence indicates that it is busy: .and connected to a power source.

468277

four

35 plots troll connected through open-f