CN205328270U - Automatic feed supplement of LED circle shake dish machine - Google Patents

Abstract

The utility model discloses an automatic feed supplement of LED circle shake dish machine, including frame, containing bucket, silo, electromagnetic shaker under feed opening, unloading regulating plate, the vibrations formula, still the disc is expected to the receipts of the discharge gate below of silo under lieing in the vibrations formula, being equipped with the support arm that stretches out in the frame, being equipped with photoelectric sensing switch and response on the support arm and receiving in the material disc sensing arm whether the LED material lacks the material, the sensing tip of sensing arm is equipped with the sensing contact, the sensing contact with receive the thickness that distance between the interior bottom surface of material disc is less than the LED material, still be equipped with in the frame and receive photoelectric sensing switch command signal and control whether the electromagnetic shaker shakes and the controller of frequency of shoc and vibrations dynamics. This automatic feed supplement of LED circle shake dish machine can owe the automatic feed supplement of ability under the situation of expecting, the reduction workman runs and carries out the intensity of feed supplement or the equipment of observation function situation, returns energy in board work quality's the detection to can make several mechanical equipment by the multiplex, increase productivity and efficiency.

Description

A kind of LED circular vibrating plate automatic feeding machine

technical field

The utility model relates to the technical field of a feeding machine for feeding LED materials, in particular to an automatic feeding machine for LED circular vibration discs.

Background technique

At present, the automation of LED production has become hot, and the automatic feeding of circular vibrating discs is also widely used. It is common for a worker to look at two spectrometers or cutting machines or braiding machines, but it is necessary to look at a few more machines. It will be too busy, and the labor intensity is too high for workers to bear. The increase in the number of workers will make the cost of the enterprise too high, making it difficult to calculate, creating a dilemma.

Contents of the invention

The purpose of this utility model is to solve the shortcomings of the LED circular vibrating disk machine in the prior art, and provide an automatic LED circular vibrating disk feeding machine. Automatic refilling reduces the intensity of workers running to refill or observe the operation of equipment, and returns energy to the inspection of machine operation quality, and can work on several more machinery and equipment to improve productivity and efficiency.

The technical solution adopted by the utility model to solve the technical problem is: an automatic feeding machine for LED circular vibrating discs, including a frame and a container for holding LED materials on the frame. The blanking opening and the blanking adjustment plate for adjusting and controlling the size of the blanking opening are provided on the frame with a vibrating feeding trough located below the feeding opening and the blanking adjusting plate. The bottom of the vibrating feeding trough is installed with Vibrator, the vibrator is installed on the support through the vibrator support; it also includes a receiving disc located below the discharge port of the vibrating feeding trough; the frame is provided with an extended support arm, and the support arm is provided with There is a photoelectric sensor switch and a sensing arm for sensing whether the LED material in the receiving disc is short of material. The sensing end of the sensing arm is provided with a sensing contact, and the gap between the sensing contact and the inner bottom surface of the receiving disc is The distance is less than the thickness of the LED material; the frame is also equipped with a controller that receives the command signal of the photoelectric sensor switch and controls whether the vibrator vibrates, the vibration frequency and the vibration intensity. The maximum capacity of the LED material put in the material bucket can be used for the production of the machine for 6-8 hours, that is to say, the LED material can be used for one shift when the machine is turned on at work, saving dozens of times of material work for one shift and one machine , even if one person manages 5-6 machines, it will not be very tiring. The blanking adjustment plate can properly adjust the size of the blanking opening of the storage tank according to the size of the tube body of the LED material, the force of the LED material by the gravity of the earth, etc., so that the LED material can slide down naturally and flow out in an appropriate amount. The material will not be knotted and scratched; the size of the feeding opening is controlled by the feeding adjustment plate. The sensor arm changes with the amount of LED material in the receiving disc, so that the photoelectric sensor switch sends a command signal to the controller, and the controller controls the vibration work of the vibrator, so that the vibrating feeding chute vibrates, and the vibrating feeding chute vibrates When triggering the LED material of the material barrel to slide out from the material opening, according to the strength and frequency of the vibration, the LED material will slide into the vibrating material trough in an appropriate amount and finally fall into the receiving disc; when the receiving disc When the amount of LED material reaches the set amount, the sensing arm feeds back the instruction signal through the photoelectric sensor switch to the controller to control the vibrator to stop the vibration, so as to achieve the purpose of stopping the vibration and blanking. The controller controls whether to vibrate the feeding and the amount of feeding through the command signal of the photoelectric sensor switch, and the controller can send the opening delay command signal and the closing delay command signal to the vibrator, by adjusting the opening delay command signal and closing The delay command signal can make the amount of LED material feeding in the bucket suitable and run smoothly, and supply continuously. The design that the distance between the sensing contact and the inner bottom surface of the receiving disc is smaller than the thickness of the LED material can feed back the signal to the photoelectric sensor switch in time. When the LED material of the receiving disc contacts the sensing contact, It proves that the material of the receiving disc is sufficient; and when the sensing contact is not in contact with the LED material of the receiving disc, it proves that there is insufficient material in the receiving disc, and the sensing contact will feedback the signal to the photoelectric Inductive switch, and then the photoelectric sensor switch sends a command signal to control the blanking.

Further, the sensing arm is movably installed on the support arm and can freely swing up and down when being impacted by the LED material in the receiving disc.

Further, the vibrating chute is set at a downward slope of 10-35° relative to the horizontal direction, and the downward inclination angle of the outlet of the vibrating chute is larger than the downward inclination angle of the vibrating chute. The setting of the inclination angle can properly make the feeding not too fast or too slow, and will not cause a greater falling speed due to too fast feeding, so as to avoid damage to the tube body of the LED material.

Further, the capacity of the said bucket is 0.06m ³ , and the volume of containing LED materials is 80-100K. The capacity and loading capacity of this material bucket can be used for the production of the receiving disc for 6-8 hours, and it is basically enough to supply the production needs of one shift .

Further, the height of the rack is 1.3m which is convenient for feeding materials into the storage tank. If the frame is too high, it is not conducive to the discharge of the material tank, and if it is too low, it is not conducive to the material discharge, and if it is too low, foreign objects will easily fall into the material tank. The appropriate height is convenient for operation and reduces the labor force of the laborers. and strength.

To sum up, the automatic feeding function of the LED circular vibration disc of the present invention can automatically feed the material in the case of insufficient material, reducing the intensity of workers running to replenish the material or observing the operation of the equipment, and returning the energy to the machine operation In terms of quality inspection, it can work with several more mechanical equipment to improve productivity and efficiency.

Description of drawings

Fig. 1 is a schematic diagram of partial parts assembly of an LED circular vibrating disc automatic refilling machine according to the first embodiment.

detailed description

Example 1

The utility model embodiment 1 described a kind of LED circular vibrating disk automatic refilling machine, as shown in Figure 1, comprises frame 1 and is arranged on the frame and is used for containing the material bucket 2 of LED material, the material bucket The top is provided with a blanking port 3 and a blanking regulating plate 4 for adjusting and controlling the size of the blanking port. The bottom of the chute is equipped with a vibrator 6, and the vibrator is installed on the support through the vibrator support 7; it also includes a receiving disc located below the discharge port of the vibrating feed chute; the frame is provided with a protruding The bracket arm 8 is provided with a photoelectric sensor switch 9 and a sensing arm 10 for sensing whether the LED material in the receiving disc is short of material on the bracket arm. The sensing end of the sensing arm is provided with a sensing contact 11 for sensing The distance between the contact and the inner bottom surface of the receiving disk is less than the thickness of the LED material; the frame is also provided with a controller 12 that receives the command signal of the photoelectric sensor switch and controls whether the vibrator vibrates, the frequency of vibration and the intensity of vibration. The maximum capacity of the LED material put in the material bucket can be used for the production of the machine for 6-8 hours, that is to say, the LED material can be used for one shift when the machine is turned on at work, saving dozens of times of material work for one shift and one machine , even if one person manages 5-6 machines, it will not be very tiring. The blanking adjustment plate can properly adjust the size of the blanking opening of the storage tank according to the size of the tube body of the LED material, the force of the LED material by the gravity of the earth, etc., so that the LED material can slide down naturally and flow out in an appropriate amount. The material will not be knotted and scratched; the size of the feeding opening is controlled by the feeding adjustment plate. The sensor arm changes with the amount of LED material in the receiving disc, so that the photoelectric sensor switch sends a command signal to the controller, and the controller controls the vibration work of the vibrator, so that the vibrating feeding chute vibrates, and the vibrating feeding chute vibrates When triggering the LED material of the material barrel to slide out from the material opening, according to the strength and frequency of the vibration, the LED material will slide into the vibrating material trough in an appropriate amount and finally fall into the receiving disc; when the receiving disc When the amount of LED material reaches the set amount, the sensing arm feeds back the instruction signal through the photoelectric sensor switch to the controller to control the vibrator to stop the vibration, so as to achieve the purpose of stopping the vibration and blanking. The controller controls whether to vibrate the feeding and the amount of feeding through the command signal of the photoelectric sensor switch, and the controller can send the opening delay command signal and the closing delay command signal to the vibrator, by adjusting the opening delay command signal and closing The delay command signal can make the amount of LED material feeding in the bucket suitable and run smoothly, and supply continuously. The design that the distance between the sensing contact and the inner bottom surface of the receiving disc is smaller than the thickness of the LED material can feed back the signal to the photoelectric sensor switch in time. When the LED material of the receiving disc contacts the sensing contact, It proves that the material of the receiving disc is sufficient; and when the sensing contact is not in contact with the LED material of the receiving disc, it proves that there is insufficient material in the receiving disc, and the sensing contact will feedback the signal to the photoelectric Inductive switch, and then the photoelectric sensor switch sends a command signal to control the blanking.

The sensing arm is movably installed on the support arm and can freely swing up and down when being impacted by the LED material in the receiving disk.

The vibration-type feeding chute is set at a downward slope of 10-35° relative to the horizontal direction, and the downward inclination angle of the discharge port of the vibration-type feeding trough is greater than the downward inclination angle of the vibration-type feeding chute. The setting of the inclination angle can properly make the feeding not too fast or too slow, and will not cause a greater falling speed due to too fast feeding, so as to avoid damage to the tube body of the LED material.

The storage tank has a capacity of 0.06m ³ and holds 80-100K of LED materials. The capacity and loading capacity of this material bucket can be used for the production of the receiving disc for 6-8 hours, and it is basically enough to supply the production needs of one shift .

The height of the rack is 1.3m for convenient feeding into the material tank. If the frame is too high, it is not conducive to the discharge of the material tank, and if it is too low, it is not conducive to the material discharge, and if it is too low, foreign objects will easily fall into the material tank. The appropriate height is convenient for operation and reduces the labor force of the laborers. and strength.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the technical content of the present utility model in any form. Any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the utility model still belong to the scope of the technical solution of the utility model.

Claims (5)

1. a LED round tremble dish automatic feeding machine, including frame and be located in frame for containing the bucket of LED material, it is characterized in that, bucket is provided with feed opening and the size to feed opening is adjusted the blanking adjustable plate that controls, frame is provided with the vibration-type blanking groove below feed opening and blanking adjustable plate, the bottom of vibration-type blanking groove is provided with electromagnetic shaker, and electromagnetic shaker is installed on support by electromagnetic shaker bearing；Also include the disk for collecting material below the discharging opening being positioned at vibration-type blanking groove；Frame is provided with the support arm stretched out, support arm is provided with photoelectric sensor switch and senses whether LED material in disk for collecting material lacks the pickup arm of material, the sensing end of pickup arm is provided with sensor contact, and the distance between sensor contact and disk for collecting material interior bottom surface is less than the thickness of LED material；Frame is additionally provided with and receives photoelectric sensor switch command signal and control whether electromagnetic shaker shakes and the controller of vibration frequency and vibrations dynamics。

2. a kind of LED round tremble dish automatic feeding machine according to claim 1, it is characterised in that described pickup arm is be movably installed on support arm and can freely up and down swing during by LED material impact in disk for collecting material。

3. a kind of LED round tremble dish automatic feeding machine according to claim 2, it is characterized in that, described vibration-type blanking groove relatively horizontal orientation is downward-sloping 10-35 ° of setting, the angle of inclination that the downward angle of inclination of the discharging opening of vibration-type blanking groove is downward more than vibration-type blanking groove。

4. a kind of LED round tremble dish automatic feeding machine according to claim 3, it is characterised in that described bucket capacity is 0.06m³, containing LED quantity of material is 80-100K。

5. a kind of LED round tremble dish automatic feeding machine according to claim 4, it is characterised in that described bracket height is for convenience of the 1.3m in pan feeding to bucket。