SU461739A1 - Device for communicating gyro movement to cone crusher - Google Patents

Description

one

Devices are known for communicating the gyrocyoic motion, for example, fractional orrainy koiuonoy crushers, V | CLI, a multiunker aaicoe with hydraulic cylinders and pipes; M | I, a drive, system, pipelines with power supply and power and GHI circuits; Indra with pistons.

In the proposed device for copying the pistons of the EXCELLENT HIGHLY HYDRAULIC CYNIL; - to the correspondent to it: Нц1о with the executive power and hydraulic cylinder. According to the hydraulic cylinders of the Myogroply-pumped pump are connected by means of the uni1ve.rsa of the balloon shartiyirov with HJKHBOM, in the lower part of which is OMON ™, the rotary valve is installed on the bearing. Porsh | Ni.ravlifikaky cylinders of a multi-plunger pump are connected by means of rollers with n, driven by the distribution cam shaft.

EY FIG. 1 depicts a hydraulic drive diagram of the device; on f “g. 2 - a device with annular races located and more driven from an overlap bearing (in the axial section); in fig. 3 - the same, with the arrangement of the pistons in a row and driving them from the cam camshaft (in the axial section).

The device, sodefazht pistons 1, iomeshennye, in hydraulic or1; ndrakh 2 plun sernogo pump. The cylinder cavities 2 are connected by pipelines 3 to the power supply pipe and the full hydraulic power cylinders 4. The sawnings 2 are not connected together. Not related to each other and nlkpdry 4.

Under denstviyom P | pivAvodnogo mechanism poiI1IN Ridravlnch1SK1Ih plunger cylinder of a pump in a definite 1sequence descend. The movement of the piston. 1 is transmitted by a pernish 5 actuating cylinders, and

pistons 5 communicate working movement to fractional-shot oipraHy. To the fraction of the n-th organ dvigals gkrociaino, ispol-cytelnys rniro 1ilk: idra with Porsche. SHOULD be laid around the circumference, the center of which is on

vertical axis of the crusher. Then this part of the moving, moving with a certain effort, lifts to; -; tg..kt1: the side of the crushing organ with KIMA, and the lowering side of the crusher opraasa, contacting

the other pistons 5, loading: 1 from the force of the device, iia affect these porn, and they lower. through the liquid, 1 is transmitted, which is filled. Thus, by the movement of the pistons 1, a working movement of the pistons 5 is created, whereby the swarm is transformed into the preparatory movement of the crusher body by the crusher.

With the same volume of cylinders 2 p 4, single piston passages 1 and 5 and the absence of leaks, it is enough to fill the system with a spout; After that, inevitable loss of power. The liquid that is being heated up to the third liquid is heated, which leads to a loss of efficiency of the l-driver. In addition, changes in the direction of movement of the pistons and changes in the load are accompanied by strong 1M: And hydraulic strokes. For the installation of these WE1N (II 1 on each pressure pipe line install the device 6 (.narima, discharge valve or Safety clan)), unloading the system to achieve a certain pressure in it, and ensure that the volume of liquid is exceeded, pushing the displacement over one stroke, 1 which can be taken for a single stroke by a cylinder 4. The supply of pistons through the device 6, pipeline 7, Sample 8 (for example, a float switch), regulating the drain of the pipe into the pipeline 7, and the pipe 9 is discharged into the oil tank 10. pumping pump set-up 11. From the tank 10 through the pipeline 12, through the check valves 13, the pump unit supplies fluid to the cylinders 2. The check valves only allow flow in one direction. The pressure is created by my pump unit, the pressure in the cylinders is 2, etc. The work course is porn. Therefore, at the time of the working motion P1C | rsH | Drink 1, all the liquids from the central zone 2 to the pipeline are in pipelines 3 and on.

In the reverse course of pori-1, the pressure in cylinders 2 drops. When it is equal to the pressure in pipe 12, the valves 13 open, let the gas into the cylinders 2, and the caiMbiM volume provides the full idle stroke of the pistons 1 and the restoration of the nominal fluid volume in iopol1: Itelny cylinders. This is how the CIH Cultivation (update) of the fluid in the power supply is provided. The pumping unit 1U. Gives a cooled liquid, which eliminates the progressive compression of the G: Idcoeti in the hydraulic system of the drive.

For unloading the pumping unit, the pump 14, 15 and valve 16 with the pulsating flow rate of the liquid were detected.

Instruments 6 are prednaz: started to remove the value of hydraulic shock and olra; and force force in pistons x 5. Therefore, the movement of the actuating pistons may be possible until the crushing load reaches a value equal to the sum of the same force, and the stroke (precession angle) of the crushing organ of the crushing with a preposition. will depend only on the resistance of the processed material to crushing, and not on the kinematics of the Dvlzhani Prynvdd, as in an eccentric drive. Abrupt changes in the course of the body and, consequently, of the pistons 5 indicate a significant overload of the dredger, which mech.n.izm can not overcome without

Included in the work of a special damping device.

When u.menshony ho.da korp-ney 5 increases fluid flow through pr.ibory 6 and 8. 3 5 when the liquid reaches the last critical point, device 8 works and gives a signal to turn on amortiz: a working device or to turn off a crusher . For reliable operation of the device 8, it is necessary to limit the liquid ripple in the pipeline 7. Therefore, the number of cylinders of the device and, accordingly, the actuating mechanism must be in tune, so KaiK in this case pulsation is much less than with even 5 HOIM Number of rolls.

When by 1 are arranged along an aperture whose center lies on the axis I, the drive pulley 17 rotates the BOKjtyr of the same axis. Oh, II of the HaiKviOiHena pulley with its angle to the axis I. Shki.v

0 on podshinEIKah 18 and 19 mounted on the shaft 20, attached nv podv.izhno; the casing of the hydraulic cylinders 2. Pa of the surface 21 is mounted bearing 22, having a gyro movement (rotation around the axis I with

5 on the slope a and rotation around its own axis II). The pistons 1, pressed against the spring bearing in Inami 23 through universal joints 24, are not transmitted to the rotation about axis II, since it is compensated by moving Q ohm of rolling bodies res. Pi (II1ka. The gyro movement of the underlayer turns into reciprocating movement of the piston. Active .-) the force of those scaffolds 1 that are in contact with the descending part of the bearing.

The pistons 5 copy the motion of the piston and 1 n and turn their Bipedal motion into a gyrocion movement of the crushing organ.

In pivot, the cah 25 rotates;

Q camshaft 26 c: Cam, 27. The cams are positioned so that the sequence of movement of the pistons 1, running towards the cams by springs 23, is the same as the POI drive under the crown 22.. compensated by the rollers .28, drain the rods on the pistons x 1.

In a similar way, the device can be designed with a dilution of the cylinder, - droo in several parallel straight rows.

The subject invention

Claims (3)

1. A device for communicating the gyro movement to a cone crusher, including a multi-plunger pump with a hydraulic and cylindrical | M | And pistons, a drive, a pipe system with p.R.I. (boron (MI and executive power hydraulic cylinders) pistons, characterized by 1) that, in order to copy the pistons of the hydraulic CHviOBbix hydraulic cylinders of the pistons other than the hydraulic cylinders of the multi-plunger Haicoca, the latter is split with separate hydraulic cylinders and each of the cylinders and each of them has a separate pipe. a wire connecting his cooTBierCTwang IIO with one ISLAND power hydraulic cylinder. 2. The device according to claim 1, characterized by TVM, that the pistons of the hydraulic cylinders of the myogun pump pump are connected by means of m universal sha, with a pulley m, in the lower part of which an aaklonmo mounted bearing is mounted. 3. A device according to claim 2, characterized in that the pistons of the hydraulic circuit of the multi-piston shaft are connected by means of rollers to the drive distributor camshaft. fpus.Z 27 and / h ig.d