SU994228A2 - Plant for vibration processing - Google Patents

Description

The invention relates to the field of mechanical engineering and can be used in metal processing industry for machining parts for the purpose of their finishing and strengthening.

According to the main auth. 865 632 is known a plant for the vibrational treatment soderzhaschayg resiliently suspended and receives vibrations from the vibrator viJbpoplatfq | pmy and mounted ITS end nozzles in mounted in broplatforme bearing supports rotatably mounted on an independent drive via flexible bond lryZetom flexible bond drive the container is provided with the possibility of pumping the worker (Vi of the liquid through the coiver when it rotates by means of the receiving and branch elastic pipes C, fixed to the nozzles, respectively).

A disadvantage of the known vibration treatment apparatus is. low performance of auxiliary operations due to the lack of a device for overloading working environments.

The purpose of the present invention is to reduce the auxiliary

Time for loading and unloading a worker: whose environment.

This goal is achieved by the fact that in a known installation for vibration treatment, an elastically suspended platform is provided with a receiving tray, and the container is equipped with a longitudinal compartment designed as a cylindrical sector, in the volume of which two hatches are made, through

One of the hatches has a compartment in communication with the container, while the other, equipped with a mesh fi, is located on the outer cylindrical stevka of the compartment, while the longitudinal side wall of the compartment, where the yukas are located, has a projection out of the compartment with the slope of each half of the cylinder half 5-7 °

20

At the same time, the side walls of the receiving tray are filled radially, ensuring a minimum gap between the tray and the compartment, and the tray is provided with an elastic pipe to drain the working fluid.

FIG. 1 shows a general view of the device in FIG. 2 - section A-A of FIG. 1 in a position where the longitudinal compartment is at the bottom; in fig. 3 30 shows the position of the container

yes, the longitudinal section is at the top; FIG. 4 shows view B of FIG. 3

A cylindrical container 3 with fixed parts 4 and a working medium Z is mounted on a spring-loaded platform 1 in bearing supports 2. A vibrator b is mounted on the bottom of the platform. The vibrator is driven by an electric motor 7. The container is driven by a rotation 8 through a supporting shaft 9. Through supporting shafts 9 and 10 and the elastic pipe 11 carried out the supply and discharge of water from the container during its rotation. The container has a hinged lid 12, and at the bottom, balancing the lid design, a compartment 13 is installed along the container, the contour of which in cross section is 1 / part of a hollow cylinder and inside of which a hermetically closed hatch 14 is located on the cylindrical wall of the container in the middle of one of the longitudinal side walls of the compartment and under it at the cylindrical surface of the compartment is a hatch 15 with a sieve filter 16. The side wall of the compartment at the location of the hatches has a fracture 17 protruding from the compartment with a slope of each half of the wall from the generator Alindra 5-7 °. On the platform is fixed receiving tray 18, connected to the tank 19 by an elastic pipe 20.

The installation works as follows.

The container 3 is fixed in position II, the lid 12 is opened, the parts 4 are fixed in the container, and the container is filled with working medium 5, for example, balls with a and a paste. Then the lid is closed and the treatment cycle is performed.

After the machining cycle has been completed, for example, with steel balls with an abrasive paste and mortar, an intensive supply of water to the container is included. Water washes away the abrasive paste, leaving clean balls in the container. After washing and stopping the supply of water, the container is stopped at position I to remove the beads and water from it. Next. Open the hatch cover 15 of the compartment and the hatch cover 14 in the container, then close the hatch cover 15 of the compartment. The vibration is turned on and the container is rotated to position II. The balls are poured under the action of vibration into compartment 13, and after washing, at the level of the centers of the container, the water is poured from the container into compartment 13

and from the compartment through the strainer 16 to the receiving tray 18 and then to the drain tank 19. After unloading the balls and draining the water, the container is opened and the processed parts are removed and the next batch of parts is processed for processing. After securing the parts, close the cap 12 of the gateway, turn on the vibration and turn the container to the position T, where the working medium is completely; discharged from compartment 13 to container. Then, through the hatch 14, add a ft portion of the paste and mortar and, visually controlling, tightly close the hatch 14 of the container, the hatch 15, and turn on the unit for processing the parts.

. This invention provides an intensification of the process and reduce the complexity of the processing of parts.

Claims (2)

1. Installation for vibration | 1 processing auth.St. No. 865632, | o tl and h a yu 1c so that, in order to reduce the auxiliary time for loading and unloading the working medium, the resiliently suspended platform is equipped with a receiving tray, and the container is stocked; in the form of a cylindrical sector, the prbdol compartment, in the volume of which two hatches are made, through one of the hatches the compartment is connected to the container, and the other, equipped with a mesh filter, is located on the outer cylindrical wall of the compartment, while the longitudinal side wall of the compartment has a protruding from the compartment there is a fracture with a slope of each half of the wall from the cylinder forming 5-7. 2. The installation according to claim 1, which is different from the fact that, with the goal of ensuring that the water drains from the container through the strainer, and ensuring that the container is discharged from and the working environment compartment, the side stacks of the receiving tray are made along the radius, which provides a minimum (a gap between the hatch and the compartment, and the tray is equipped with an elastic pipe for draining the working fluid 1). Sources of information taken into account in the examination 1. CtjCP copyright certificate No. 865632 0 of application no. 2823691/25-Ю8 кл. On 24 May 31/06, 1979.