The utility model content
The purpose of this utility model is to send vibrating disk existing defective in order to solve to put down in the prior art, provides a kind of flat two intelligent automatic control systems of vibrating disk that send to solve the problems referred to above.
To achieve these goals, the technical solution of the utility model is as follows:
A kind of flat vibrating disk pair intelligent automatic control systems that send, comprise power supply, put down and send switch the peaceful relay that send, described power supply connects the flat switch that send, the flat switch that send connects the flat relay that send, the flat relay that send connects the flat flat track that send that send vibrating disk, it is characterized in that, also involving vibrations switch, time relay and vibrating disk relay, described power supply connects vibroswitch, vibroswitch connecting time relay, time relay connects the vibrating disk relay, and the vibrating disk relay connects the flat flat vibrator that send that send vibrating disk.
The above-mentioned a kind of flat vibrating disk pair intelligent automatic control systems that send is characterized in that, also comprise brake clutch circuit card, and the described flat flat track that send of vibrating disk that send connects brake clutch circuit card, and clutch circuit card connecting time relay brakes.
The above-mentioned a kind of flat vibrating disk pair intelligent automatic control systems that send, it is characterized in that, the described flat vibrator place that send also is provided with the flat proximity switch that send, and the described flat photoelectric switch of leading up to of proximity switch that send connects the flat relay that send, and described flat another road of proximity switch of sending connects the vibrating disk relay.
The beneficial effects of the utility model are: 1, flatly sent direct switch (sensor) signal lag to start and stop the vibrating disk vibration by single, change into and utilize brake signal to connect time relay.When one side standby or shutdown, brake signal output, the time relay normally closed contact disconnects, the 24V power supply on the vibroswitch and vibrating disk relay time-delay disconnection, vibrating disk cuts off the power supply and closes; 2, on the other hand, during position brake, because increased time relay, can suitably regulate time-delay according to time for positioning, thereby it is not steady to avoid vibratory impulse to cause in the running.3, adjust the flat photoelectricity cam time of sending; stop the flat vibration of sending during by original attraction line; become vibration; reduce the lead-in wire rate that drops, flatly when locate by machine again send vibration to become to stop, reducing and put down the wearing and tearing of sending track; when shutting down on the other hand; need not manual power cutoff, flat vibration and vibrating disk autoshutdown, the saves energy sent.
The specific embodiment
Further understand and understanding for making architectural feature of the present utility model and the effect reached had, cooperate detailed explanation in order to preferred embodiment and accompanying drawing, be described as follows:
Referring to Fig. 1, a kind of flat vibrating disk pair intelligent automatic control systems that send, comprise power supply 100, putting down send switch the 210 peaceful relays 220 that send, power supply 100 connects the flat switch 210 that send, the flat switch 210 that send connects the flat relay 220 that send, the flat relay 220 that send connects the flat flat track that send that send vibrating disk 420, also the involving vibrations switch 310, time relay 320 and vibrating disk relay 340, power supply 100 connects vibroswitch 310,310 connecting time of vibroswitch relay 320, time relay 320 connects vibrating disk relay 340, and vibrating disk relay 340 connects the flat flat vibrator 410 that send that send vibrating disk 420.
Also comprise brake clutch circuit card 330, the flat flat track that send of vibrating disk 420 that send connects brake clutch circuit card 330, brake clutch 330 connecting time of circuit card relay 320.
Flat vibrator 410 places that send also are provided with the flat proximity switch 240 that send, and the flat photoelectric switch 230 of leading up to of proximity switch 240 that send connects the flat relay 220 that send, and flat another road of proximity switch 240 of sending connects vibrating disk relay 340.
Power supply 100 is carried the 24V electricity to the flat switch 210 that send, and when flat when sending switch 210 to open, flatly send vibrator 410 to enter work or readiness for action.
Power supply 100 provides power supply for photoelectric switch 230, and when equipment operation or standby location, photoelectric switch 230 disconnects, and puts down and send relay 220 to quit work, and puts down simultaneously and send vibration to stop, and enters readiness for action; Work as equipment operation, photoelectric switch 230 is opened, and puts down and send relay 220 to open, and puts down and send relay 220 to produce thus impulse oscillation.
Power supply 100 provides power supply to vibroswitch 310, and when vibroswitch 310 was opened, vibrating disk 420 entered work or readiness for action.
Power supply 100 send proximity switch 240 that power supply is provided for flat, and when sending proximity switch 240 to close, vibrating disk relay 340 cuts out when flat, and vibrating disk 420 stops vibration simultaneously; Work as simultaneously device standby and stop, brake clutch circuit card 330 output brake signals cut off the power supply of vibrating disk relay 340 to time relay 320 work, and vibrating disk 420 is delayed time and stopped to enter readiness for action.
When brake clutch circuit card 330 output clutch signals, time relay 320 is not worked, and vibrating disk relay 340 is connected with time relay 320 normally closed contacts, keep power supply, at this moment when flat when sending proximity switch 240 to open, 340 work of vibrating disk relay, vibrating disk 420 power turn-on work
The beneficial effects of the utility model are: 1, flatly sent direct switch (sensor) signal lag to start and stop the vibrating disk vibration by single, change into and utilize brake signal to connect time relay.When one side standby or shutdown, brake signal output, the time relay normally closed contact disconnects, the 24V power supply on the vibroswitch and vibrating disk relay time-delay disconnection, vibrating disk cuts off the power supply and closes; 2, on the other hand, during position brake, because increased time relay, can suitably regulate time-delay according to time for positioning, thereby it is not steady to avoid vibratory impulse to cause in the running.3, adjust the flat photoelectricity cam time of sending; stop the flat vibration of sending during by original attraction line; become vibration; reduce the lead-in wire rate that drops, flatly when locate by machine again send vibration to become to stop, reducing and put down the wearing and tearing of sending track; when shutting down on the other hand; need not manual power cutoff, flat vibration and vibrating disk autoshutdown, the saves energy sent.
Above demonstration and described groundwork of the present utility model, principal character and advantage of the present utility model.The technical personnel of the industry should be understood; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and the specification sheets is principle of the present utility model; the utility model also has various changes and modifications under the prerequisite that does not break away from the utility model spirit and scope, and these changes and improvements all fall in the claimed scope of the present utility model.The protection domain that the utility model requires is defined by appending claims and equivalent thereof.