SU103479A1 - Knife to mica crystal splinter - Google Patents

Description

From brentenis, it is also referred to as const) to the machine for digging out mica crystals, having a cross section of the shape of a kain with one face and the other beveled sides.

The knife described. In comparison with the well-known one, protects noiiCpxHocTb crystals of steel from loo-reauret and reduces the splitting forces.

The distinctive oicoooiniocTb of the knife lies in TOJi, that it is equipped with ionic holes, in which there are rollers mounted above the surface of the knife, and one roller on the worn risiolsen part and several, for example, three rollers.

In FIG. 1 shows a knife in a lala and 1) cut but (AA); in fig. 2 - kinematic sk-em-e-tank and section along (BB).

The knife (1) is installed on the machine for pa ((; tipping mica crystals). The machine has a conveyor aent (2) and a conveyor} ear tape (3) that move the crystals (4) to the knife (1).

Enabsgel i-stoning machine) I) an |; ayun5ims ogoless-butt lifter (5) for receiving and transmitting ungrounded 4acTeii; crystal mica - back on “they are a heroic lenga (2).

Mozhdu conveyor belts (2) and (3) in front of the wheel-ohm-lift (5) ukrelep knife (1), having a wedge-shaped cross-section with one flat upper side (G) and another worn one side (7). The knife has pozarel nazy in which the rollers (8), (9) 11 (10) are mounted on

the upper side (G) -and the role-to (11) on the rim side.

All rollers protrude above the surface of the knife. Iodine knife (1) moptnrivany gutter (12), vibrating sieve (13) and balker (1-i) for chopped mica.

The co-som-winder (5) is equipped with a bunker (15), which is not required for scrap.

The drive of all moving parts of the machine was carried out -from d «I1-tel (1 (J) through the screw gear (17).

The count of its auxiliaries is rotated with a remy tool (18) through the pulleys () from the gearbox shaft.

Cristalls, iodle; kai1, is splitting, put -on the colwel-p) {y1 () tape (3). which moves them to the mechanism of (20) clamping crystals.

This mechanism reliably clasps the crystals between lelta 51i (2) and (3), and after that the crystals of lemma, ayuts- to the knife-y

(one).

Nol: (1) splits each crystal into two, parts.

One part of the crystal passes side by side; ka and nada through l; elob (12) on the grating-sieve (13), and then in 5 uiker (14).

Another part of the crystal, which is located on the upper flat side of the knife, is moved by the belt (2) and is dropped into the lifting wheel (5). Iri (rotation of the wheel-ea-elevator (5) but the part of the crystal, which drops to the loop, is moved to the lait (2) for; 1 re-splitting.

Skral, shnshshnn pas tape (li). the broom (21) is dropped into the hopper (22).

Clips (8), (9). (10) and (11) pre-chromosity of the surface1) CREATING OF CRETALLOWS FROM damage and reduce the forces necessary for splitting.

II p with dme t n 3 about the bar

Knife. to the machine for splitting n crystal; 1 5 mica, having in the middle of the company

klnna (ONE long and the other oblique side, FROM l and 10 shchi with jt so that, in order to preserve the surface of the crystals from damage and reduce the force required for splitting, in his body are arranged transverse grooves in which are built-in .Flower. Above the knife surface ROLNK.I, and one roller is located on the skewed part, and a few, for example, three flat ones.

FIG. one

Cross section on LA 6910

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