CN210418080U

CN210418080U - Feeding mechanism

Info

Publication number: CN210418080U
Application number: CN201921467682.1U
Authority: CN
Inventors: 魏晓林; 彭帆; 张勋茂
Original assignee: Chengdu Xiling Power Technology Co ltd
Current assignee: Chengdu Xiling Power Technology Co ltd
Priority date: 2019-09-04
Filing date: 2019-09-04
Publication date: 2020-04-28
Anticipated expiration: 2029-09-04

Abstract

The utility model relates to a feeding mechanism, which comprises a rotary feeder, a stepping feeder and a feeder chute; the rotary feeder comprises a rotary feeder rotary disc for placing a part to be processed, a rotary feeder rotating shaft, a rotary feeder driving system and a feeder material-shifting block; the step feeder includes that cloth advances feeder conveyer belt, accurate feeder, feeding manipulator, and accurate feeder includes first cylinder, second cylinder, feeder push rod, feeder top blade, feeder bottom blade, and the second end of gyration material loading machine gyration dish and cloth advance feeder conveyer belt is refuted and is connect through the material loading machine spout. The utility model discloses a rotary material loading machine is continuous to be fed, the mode of configuring accurate feeder on the marching type feeder realizes accurate the material of throwing, has effectively solved the continuous accurate material problem of throwing of small-size part, for realizing continuous single quenching, effectively reduces the quenching efficiency problem of small batch volume piece.

Description

Feeding mechanism

Technical Field

The utility model belongs to the technical field of the work piece transmission, concretely relates to throw material mechanism.

Background

A cam refers to a mechanical rotary or sliding member (such as a wheel or a projecting portion of a wheel) which transmits motion to a roller moving against its edge or to a needle bar moving freely on a grooved surface, or which is subjected to forces from such a roller and needle bar. The cam mechanism is mainly used for enabling the driven rod to complete various complex motions according to working requirements, including linear motion, swinging, constant-speed motion and unequal-speed motion.

In the course of working of cam, can use and throw the material device, the material device of throwing of prior art is not applicable to small-size part, because the part is little, can appear that the part piles up, the collision appears damaging throwing the material process.

In order to solve the problems, a feeding mechanism is developed by people.

Disclosure of Invention

The utility model aims at providing a throw material mechanism in order to solve above-mentioned problem.

The utility model discloses a following technical scheme realizes above-mentioned purpose:

a feeding mechanism comprising:

a rotary feeder; the rotary feeder comprises a rotary feeder rotary disc for placing a part to be processed, a rotary feeder rotating shaft, a rotary feeder driving system and a feeder material-shifting block; the rotary feeder driving system is arranged at the bottom of a rotary disc of the rotary feeder, and the rotating torque of the rotary feeder driving system is transmitted to the rotary disc of the rotary feeder through a rotary shaft of the rotary feeder and is used for driving the rotary disc of the rotary feeder to rotate; the feeding machine material shifting block is fixedly arranged on a rotating shaft of the rotary feeding machine and used for tightly pushing and shifting the part to be processed;

a step feeder; the step feeder comprises a cloth feeding feeder conveying belt, a precise feeder and a feeding manipulator, wherein the precise feeder comprises a first air cylinder, a second air cylinder, a feeder push rod, a feeder upper blade and a feeder lower blade; a part position to be installed is arranged at the first end of the conveying belt of the cloth feeding and conveying machine; the loading manipulator is used for transferring the part to be processed from the part position to be loaded to the next process;

a chute of the feeding machine; the second end of gyration material loading machine gyration dish and cloth feeder conveyer belt is refuted through the material loading machine spout and is connect, waits to process the part and passes through the material loading machine spout from gyration material loading machine gyration dish and transmit to the material loading machine spout.

The beneficial effects of the utility model reside in that:

the utility model relates to a feeding mechanism;

the continuous feeding of the rotary feeding machine and the mode of configuring the accurate feeder on the stepping feeding machine are adopted, so that the accurate feeding is realized, the continuous accurate feeding problem of small parts is effectively solved, and the quenching efficiency of small-batch parts is effectively reduced for realizing continuous single-part quenching.

Drawings

FIG. 1 is a cross-sectional view of the structure of the present application;

FIG. 2 is a front view of the structure of the present application;

in the figure: 1. a rotary feeder; 2. a chute of the feeding machine; 3. a rotary disc of a rotary feeding machine; 4. distributing to a conveyer belt of a feeder; 5. a cloth feed conveyor frame; 6. a rotary feeder rotating shaft; 7. a rotary feeder drive system; 8. a rotating shaft sleeve of the rotary feeding machine; 9. a material stirring block of a feeding machine; 10. a blade is arranged on the feeder; 11. a precise feeder; 12. a feeder push rod; 13. a lower blade of the batch feeder; 14. a part position to be installed; 15. a loading manipulator; 16. step feeder and driver.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings:

examples, as shown in fig. 1, 2;

a feeding mechanism comprising:

a rotary feeding machine rotary disc 1 of a rotary feeding machine; the rotary feeder rotary feed machine rotary disc 1 comprises a rotary feeder rotary feed machine rotary disc 3, a rotary feeder rotary disc 6, a rotary feeder rotary disc 7, a rotary feeder driving system 7 and a feeder material stirring block rotary feeder rotary feed machine rotary disc 9, wherein the rotary feeder rotary discs are used for placing parts to be processed; a rotary feeding machine rotary disk 7 of a rotary feeding machine driving system is arranged at the bottom of a rotary feeding machine rotary disk 3 of a rotary feeding machine rotary disk of a rotary feeding machine, and the rotating torque of the rotary feeding machine rotary disk 7 of the rotary feeding machine rotary disk of the rotary feeding machine driving system is transmitted to the rotary feeding machine rotary disk 3 of the rotary feeding machine rotary disk through the rotary feeding machine rotary shaft rotary feeding machine rotary disk 6 of the rotary feeding machine rotary disk and is used for driving the rotary feeding machine rotary disk 3 of the rotary feeding machine rotary disk to rotate; the rotary feeding machine rotary disc 9 of the feeding machine stirring block rotary feeding machine is fixedly arranged on the rotary feeding machine rotary disc 6 of the rotary feeding machine rotary shaft rotary feeding machine and is used for tightly pushing and stirring the part to be processed;

a rotary feeding machine rotary disc 16 of the stepping feeding machine; the rotary disk 16 of the rotary feeder of the stepping feeder comprises a rotary disk 4 of the rotary feeder of a conveyer belt of a cloth feeding feeder, a rotary disk 11 of the rotary feeder of a precise feeder, and a rotary disk 15 of the rotary feeder of a charging manipulator, the rotary disk 11 of the rotary feeder of the precise feeder comprises a first cylinder, a second cylinder, a rotary disk 12 of the rotary feeder of a push rod of the feeder, a rotary disk 10 of the rotary feeder of a feed manipulator, and a rotary disk 13 of the rotary feeder of a lower blade of the feeder, the rotary disk 12 of the rotary feeder of the push rod of the feeder comprises a push rod of a first feeder and a push rod of a second feeder, the first cylinder is used for telescopic control of the rotary disk 10 of the rotary feeder of the feed feeder, the second cylinder is used for telescopic control of a rotary disc of a rotary feeder of a lower blade of a feeder 13 through a second feeder push rod, and a rotary disc of a rotary feeder of a precise feeder 11 is used for blocking and releasing a part to be processed which is transmitted on a rotary feeder of a conveyer belt of a cloth feeding feeder 4; a first end of a rotary feeding machine rotary disc 4 of a rotary feeding machine of a cloth feeding machine conveyer belt is provided with a rotary feeding machine rotary disc 14 of a rotary feeding machine of a part position to be loaded; the charging manipulator rotary feeding machine rotary disc 15 is used for transferring the part to be processed to the next process from the part to be charged position rotary feeding machine rotary disc 14 to the rotary feeding machine rotary disc;

the feeding machine chute is used for rotating the feeding machine rotating disc 2; the second end of the rotary plate of the rotary feeding machine, namely 3 rotary feeding machines of the rotary plate of the rotary feeding machine, and the rotary plate of the rotary feeding machine, namely 4 rotary feeding machines of the rotary plate of the cloth feeding machine, is connected through the rotary plate of the rotary feeding machine, namely 2 rotary feeding machines of the rotary feeding machine, namely 3 rotary feeding machines of the rotary plate of the rotary feeding machine, namely 3 rotary feeding machines of the rotary feeding machine, namely 2 rotary feeding machines of the rotary feeding machine.

Specifically, 16 gyration feeder reversing discs of step feeder gyration feeder still include 5 gyration feeder reversing discs of cloth feeding material conveyer frame gyration feeder gyration disc 4 gyration feeder gyration disc and accurate feeder gyration disc 11 gyration feeder gyration disc are all installed on 5 gyration feeder gyration discs of cloth feeding material conveyer frame gyration feeder.

Specifically, one end of a rotary feeder rotary shaft rotary feeder rotary disc 6 rotary feeder rotary disc is fixed with the center of a rotary feeder rotary disc 3 rotary feeder rotary disc of a rotary feeder rotary disc 8 rotary feeder rotary disc through a rotary feeder rotary shaft sleeve.

Specifically, the feeder lower blade rotary feeder rotary disk 13 is arranged close to the first end of the rotary feeder rotary disk 4 of the cloth feeding feeder conveying belt.

Specifically, the rotary disk 13 of the rotary feeder of the lower blade of the feeder and the rotary disk 10 of the rotary feeder of the upper blade of the feeder are both perpendicular to the conveying direction of the rotary disk 4 of the rotary feeder of the conveyer belt of the cloth feeding feeder.

Specifically, the rotary plate of the rotary feeding machine, namely the rotary plate 3 of the rotary feeding machine, is formed into a circular shape, a surrounding block for blocking a part to be processed from throwing out is arranged on the periphery of the rotary plate of the rotary feeding machine, namely the rotary plate 3 of the rotary feeding machine, namely the rotary plate 9 of the rotary feeding machine, namely a material shifting block of the feeding machine, namely the rotary plate 9 of the rotary feeding machine, namely the rotary plate 6 of the rotary feeding machine, namely the rotary plate 9 of the rotary feeding machine, namely the rotary plate is tightly surrounded or;

specifically, the level of the rotary plate of the rotary feeding machine of 3 is higher than that of the rotary plate of the rotary feeding machine of 4 of the rotary feeding machine of the cloth feeding machine of the conveyer belt, and the installation gradient of the rotary plate of the rotary feeding machine of the feeder chute of the rotary feeding machine of 2 caused by the height difference can ensure that the part to be processed can smoothly slide to the rotary plate of the rotary feeding machine.

The production method comprises the following steps: rotary feeding (continuous) -step feeder (intermittent) -accurate feeding (control).

The application mainly solves various automatic accurate feeding of disc type small parts, the functions are that a rotary disc 3 of a rotary feeding machine rotates (a rotary feeding machine driving system 7 works to transmit a rotating torque to the rotary disc 3 of the rotary feeding machine through a rotary feeding machine rotating shaft 6, a rotary feeding machine rotating shaft sleeve 8 plays a role in connection and fixation, the rotary feeding machine driving system 7 generally selects a combination of a motor and a gearbox), the parts (a plurality of parts are placed on the rotary feeding machine rotary disc 3 between a feeding machine sliding chute 2 and a feeding machine stirring block 9) are continuously driven (stirred) to the position corresponding to the feeding machine sliding chute 2 at the outer edge of the rotary feeding machine rotary disc 3 under the action of a feeding machine stirring block 9, the parts slide to a stepping feeding conveying belt 4 from the feeding sliding chute 2 one by one, and move from right to left through the stepping conveying belt 4, the parts are sent to a parts loading station 14. After the parts are sent to the station for the parts to be loaded, the computer picks up the parts at the station 14 for the parts to be loaded and transfers the parts to the next processing station according to the preset beat by the loading manipulator 15. A precise feeder 11 is arranged on the frame 5 of the stepping feeder, two telescopic cylinders (a first cylinder and a second cylinder) are arranged on the precise feeder 11, feeder push rods 12 (a first feeder push rod and a second feeder push rod) are respectively arranged at the end parts of the telescopic cylinders, and the second feeder push rod is connected with a feeder lower blade 13; when the first feeder push rod is connected with the feeder upper blade 10, and the cloth feeding feeder conveyer belt 4 (generally, a self-contained driving system, which is the prior art, but not described herein) moves to the left, the feeder upper blade 10 of the precise feeder 11 is driven by the first feeder push rod to retract, the part fed to the cloth feeding feeder conveyer belt 4 by the feeder chute 2 moves to the position of the feeder lower blade 13 along with the cloth feeding feeder conveyer belt 4 and is blocked, then the feeder upper blade 10 is driven by the first feeder push rod to extend out, the redundant part is blocked at the right side of the feeder upper blade 10, the second feeder push rod retracts to drive the feeder lower blade 13 to retract, and one part between the feeder lower blade 13 and the feeder upper blade 10 moves to the part waiting position 14 along with the cloth feeding conveyer belt feeder 4 to be picked up. Repeating the above action, throwing in of the accurate control part of blade 10 on feeder bottom knife 13 and the feeder of accurate feeder 11 guarantees accurate feeding.

The foregoing illustrates and describes the principles, general features, and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. A feeding mechanism is characterized by comprising:

a rotary feeder (1); the rotary feeding machine (1) comprises a rotary feeding machine rotary disc (3) for placing a part to be processed, a rotary feeding machine rotating shaft (6), a rotary feeding machine driving system (7) and a feeding machine stirring block (9); the rotary feeding machine driving system (7) is installed at the bottom of the rotary feeding machine rotary disc (3), and the rotating torque of the rotary feeding machine driving system (7) is transmitted to the rotary feeding machine rotary disc (3) through the rotary feeding machine rotating shaft (6) and is used for driving the rotary feeding machine rotary disc (3) to rotate; the feeding machine material stirring block (9) is fixedly arranged on a rotary feeding machine rotating shaft (6) and is used for tightly pushing a part to be processed;

a step feeder (16); the step feeder (16) comprises a cloth feeding feeder conveying belt (4), an accurate feeder (11) and a loading manipulator (15), the accurate feeder (11) comprises a first air cylinder, a second air cylinder, a feeder push rod (12), a feeder upper blade (10) and a feeder lower blade (13), the feeder push rod (12) comprises a first feeder push rod and a second feeder push rod, the first air cylinder is used for telescopic control of the feeder upper blade (10) through the first feeder push rod, the second air cylinder is used for telescopic control of the feeder lower blade (13) through the second feeder push rod, and the accurate feeder (11) is used for blocking and releasing parts to be processed and transmitted on the cloth feeding feeder conveying belt (4); a part position (14) to be installed is arranged at the first end of the conveying belt (4) of the cloth feeding machine; the loading manipulator (15) is used for transferring the part to be processed from the part position (14) to be loaded to the next process;

a feeding machine chute (2); the second end of gyration material loading machine gyration dish (3) and cloth feeder conveyer belt (4) is refuted through material loading machine spout (2) and is connect, and the part of waiting to process is transmitted to material loading machine spout (2) through material loading machine spout (2) from gyration material loading machine gyration dish (3).

2. A feeding mechanism according to claim 1, characterized in that the step feeder (16) further comprises a cloth feeding conveyor frame (5), and the cloth feeding conveyor belt (4) and the precision feeder (11) are both mounted on the cloth feeding conveyor frame (5).

3. A feeding mechanism according to claim 1, characterized in that one end of the rotary feeder shaft (6) is fixed to the center of the rotary feeder rotary disk (3) through a rotary feeder shaft sleeve (8).

4. A feeding mechanism according to claim 1, wherein the feeder lower blade (13) is located adjacent the first end of the feed conveyor belt (4).