SU869610A1 - Device for indexing planting material to planting apparatus - Google Patents

Description

(54) DEVICE FOR ORIENTATION OF JOSEPH MATERIAL TO PRESENT EQUIPMENT

one

The invention relates to ce. It can be produced in machine-building, in particular, to devices for orientation of planting material, and can be used in bow-planting machines.

A device is known for orientation of the planting material to the nasal anarara1 1 .m, mainly bulbs, including an orienting channel formed by a different element fixed on conical semirings and installed, and an endless conveyor mounted on the axis of the orienting channel on which by means of brackets fixed pockets formed by fingers and coius BtjiCTynOM 1.

However, such a device does not ensure the correct orientation of the bulbs when feeding them into the planting hole, which reduces the quality of planting.

Ce; 1 invention - improving the quality of landing.

This is achieved by the fact that rings are mounted on the conveyor brackets, which are pivotally connected to the fingers of the pockets, the latter being spring-loaded to the axis of the orienting channel and provided with

the stops and k-interacting with the rings, the interacting with the conic floor; 1 the fingers of the last rus of elastic elements.

In addition, the conical protrusion of the karmap is formed by the free ends of the fingers, which are bent inside the pocket with the possibility of contact, and the conic 1e of the semiring is provided with an annular protrusion.

FIG. 1 shows a device for orientation of planting material, top view; in fig. 2 shows section A-A in FIG. one.

On the arms 1 of the device conveyor, rings 2 are mounted, to which fingers 3 are articulated, which form pockets.

The fingers 3 by means of springs 4 are spring-loaded to the axis of the device’s orienting channel and are provided with stops 5, which interact with the rings 2, and cams 6, which interact with the conical half-rings 7 of the last Rus of the elastic elements 8, which form the orienting channel.

To ensure the interaction of the cams 6 with the conical half-ended teeth, the latter 7 are provided with an annular protrusion 9.

The free ends of the fingers 3, forming the pocket, are bent inward of the pocket with the possibility of contact and form a tapered bristle 10 at the bottom of the pocket.

The last Russian of the other elements 8 of the orifice of the channel center is located above the neck of the opener 11, through the cavity of which the onion is planted and fed into the well.

The device works as follows.

When the device transporter moves, the planting material (bulbs) is individually placed in pockets formed by fingers 3 with rings 2. A bulb in a pocket can take a variety of io. However, when the pocket with the bulb moves in the orienteering canal, the elastic elements 8 of the first 11 next PoA1 of these Rus expand the onion by the neck and the orientus of its end IIHH3.

With the passage of the pocket through the end of the Rus of the other elements of the 8 cu. Glasses (the nails 3 are located on the ring liner 9 conical oluco; 2. Pa.picks 3 are then divorced to the sides and the pocket is open, freeing the bulb, which has been tended down, on the bottom. The liberated bulb is held for some time by elastic elements 8, but it is inneutally iiepeMCHieHHH down by the action of its own weight and zatsm.

When the pocket beyond the limits of the last russa of the uniform epements 8 comes out, the cams t) stop interacting with the annular protrusion 9 semiring 7, and 3 are under the action of ijin1 1 4) atstc tc in the initial position, for which the unors G) 11al1 centv 3 interact with cochins 2,

limiting the rotation of the fingers to the axis of the orienting channel.

Thus, the application of the proposed device n (x-} will ensure the correct orientation of the bulbs at the end of their supply to the tubular well and thus noBi iCHTb planting quality.

Claims (3)

Invention Formula . A device (an arrangement for arranging a nasal 14) of material to the landing annarata, including an orienting channel formed by elastic e, 1 demarts, is fixed; fixed on conical half-corners and fixed on an axial channel; which, by means of coonshins, are fixed by the pa; 1S1.a.mi and conical protrusion pockets, characterized in that, in order to improve the quality of the nodule, on the brackets of the transport) a) are mounted. which are jointly connected with ka) .manov, and Jos, the first nods 11) are dinner with osg; Oriental canal, la and equipped with vazm (; deyuetvuyushimyn with cat stops and cu.chachk.mi. mutual 1 (; acting with conical | 2. The device H (j n. 1, characterized by the lhmm. That the conical vyslun pockets formed free ends, which are bent inside the pocket with the possibility of coiij and justification. 3. Device no. 1, characterized by cm that conical but, (), faces are supplied with col1) Target protrusion. The posts of HHCjjofiMamiii, taken into consideration by the Exn (.rt. 1.. -Hvtorskoe Ev11detel1, sll ") (CCL l- 532301), cl. .L 01 C 11; 00, 197li (nroto / / - A Word) n; ugo GT FIG. ff