CN2449797Y

CN2449797Y - Vertical shaft screen-less crusher

Info

Publication number: CN2449797Y
Application number: CN 00258267
Authority: CN
Inventors: 吴峻郎
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-10-20
Filing date: 2000-10-20
Publication date: 2001-09-26
Anticipated expiration: 2010-10-20

Abstract

The utility model relates to a vertical shaft disintegrator without sieve nets, which is characterized in that a machine table is provided with a grinding mechanism, a material feeding mechanism, a separating mechanism and a material collecting mechanism, wherein the grinding mechanism is formed by the method that a cylinder body is provided with a main shaft driven by a driving mechanism, and a center seat of the main shaft is pivoted with a plurality of rotary arms with two cylinders; the material feeding mechanism is arranged on the side edge of the grinding mechanism, and the material feeding mechanism is provided with a material feeding pipe with a screw rod under a material hopper; the separating mechanism is arranged above a cover body of the grinding mechanism; a plurality of flapping sheets are arranged between the wing edges above and below a seat clamp of the main shaft, and the material collecting mechanism is arranged above the separating mechanism. The utility model can directly grind objects into powder and can be operated conveniently, and the utility model can increase production efficiency.

Description

Vertical shaft type does not have the screen cloth pulverizer

The utility model relates to a kind of vertical shaft type does not have the screen cloth pulverizer, is equiped with a grinding mechanism, feed mechanism, separating mechanism and the mechanism that gathers materials on a board, so that material is clayed into power.

Press, general obsolete plastic cement, leather and fur products, or the discarded object that is produced in the production process if handle in the mode of burying, then can't decompose voluntarily because of plastic cement and leather, thereby cause serious garbage disposal problem; If plastic cement and leather are suitably handled, then can reclaim again and reuse, to reduce the problem of garbage disposal.

And for example ore, clay etc. after obtaining raw material, must be clayed into power it, for the making or the recasting of postorder.

Moreover, as wooden carbon, it must be ground into powder in some occasion, for conflagration.

For another feed, it mostly is block greatly after making finished product, and for immature fry or nestling etc., block feed can't be edible for it, it must be clayed into power, and the side must be edible for immature fry or nestling.

Bulk or granular material were desired to be ground into Powdered in the past, used the mode of smashing to pieces, but the mode because of smashing to pieces, and can't reach identical or approximate granularity fully, so, must be after smashing to pieces again through screening, therefore, comparatively trouble is inconvenient.

The purpose of this utility model provides a kind of vertical shaft type does not have the screen cloth pulverizer, borrow feed mechanism that material is sent into grinding mechanism, material is clayed into power, and the borrow mechanism that gathers materials up extracts powder out, if there is bigger particle end to be clayed into power, must borrow separating mechanism down, make it drop down onto grinding mechanism and pulverize again the particle retaining.

The purpose of this utility model is achieved in that a kind of vertical shaft type does not have the screen cloth pulverizer, is characterized in that: mainly be equiped with a grinding mechanism, feed mechanism, separating mechanism and the mechanism that gathers materials on a board; Wherein, grinding mechanism is to be equiped with the main shaft that a driving mechanism drives in a cylindrical shell, be equiped with a centre mount in this main shaft top, and on centre mount, be pivoted with a plurality of bitubular spiral arms, and this bitubular spiral arm has two beam barrels, placed a rotating shaft respectively in two beam barrels, wherein a rotating shaft is fixed on the periphery of centre mount, and the bottom of another rotating shaft is equiped with an emery wheel, the inner peripheral surface of this cylindrical shell below has Yi Mobi and emery wheel leans against on the mill wall of cylindrical shell again, is equiped with a cover body in the cylindrical shell top in addition; Feed mechanism is installed on the side of grinding mechanism, this feed mechanism is equiped with a feed pipe with screw rod in hopper below, and this feed pipe is connected the cover body side of grinding mechanism, and this screw rod is driven by a driving mechanism again; Separating mechanism is installed in the cover body top of grinding mechanism, and this separating mechanism below of main shaft on is equiped with one or two relative seat folder, and the upper and lower of this folder has the edge of a wing, is pivoted with a plurality of slapping plates between the edge of a wing of this folder upper and lower; The mechanism that gathers materials is installed in separating mechanism top, and this mechanism that gathers materials is equiped with a fan in the aforesaid main shaft of going up, and should go up main shaft and driven by a driving mechanism.

The wheel face of the emery wheel of described grinding mechanism has a plurality of corresponding up and down wavy grooves.

Owing to adopt such scheme: can directly clay into power, simple to operate, enhance productivity.

For making the utility model clear and definite more full and accurate, cooperate following each diagram to describe in detail as the back now:

Fig. 1 stereogram of the present utility model

Fig. 2 assembling view of the present utility model

Fig. 3 grinding mechanism three-dimensional exploded view of the present utility model

Fig. 4 grinding mechanism top view of the present utility model

Fig. 5 separating mechanism three-dimensional exploded view of the present utility model

Fig. 6 emery wheel cutaway view of the present utility model

Fig. 7 emery wheel of the present utility model launches schematic diagram at first,

See also Fig. 1 and Fig. 2, the utility model mainly is equiped with a grinding mechanism 2, feed mechanism 3, separating mechanism 4 and the mechanism 5 that gathers materials on a board 1, and is now that the relevant position and the structure division of each mechanism is as follows:

Grinding mechanism 2, in a cylindrical shell 21, be equiped with the main shaft 23 that a driving mechanism 22 drives, be equiped with a centre mount 24 in these main shaft 23 tops, and on centre mount 24, be pivoted with a plurality of bitubular spiral arms 25, and this bitubular spiral arm 25 has two beam barrels 251, placed a rotating shaft 26a respectively in two

beam barrels

251,26b, wherein a rotating shaft 26a is fixed on the periphery of centre mount 24, and the bottom of another rotating shaft 26b is equiped with an emery wheel 27, the inner peripheral surface of these cylindrical shell 21 belows has a mill wall 21a again, make this emery wheel 27 must be when main shaft 23 rotates, borrow centrifugal force to lean against on the mill wall 21a of cylindrical shell 21, and be equiped with a cover body 28, as shown in Figures 3 and 4 in cylindrical shell 21 tops;

Feed mechanism 3, it is installed on the side of grinding mechanism 2, this feed mechanism 3 is equiped with a feed pipe 33 with screw rod 32 in a hopper 31 belows, this feed pipe 33 is connected cover body 28 sides of grinding mechanism 2, and this screw rod 32 is driven by a driving mechanism 34 again;

Separating mechanism 4, it is installed in the top of the cover body 28 of grinding mechanism 2, the below of main shaft 41 is equiped with one or two relative seat folder 42 on this separating mechanism 4 in one, and the upper and lower of this folder 42 has edge of a wing 42a, between the edge of a wing 42a of these folder 42 upper and lowers, be pivoted with a plurality of slapping plates 43, as shown in Figure 5;

The mechanism 5 that gathers materials, it is installed in separating mechanism 4 tops, and this mechanism 5 that gathers materials is equiped with a fan 51 in the aforesaid main shaft 41 of going up, and should go up main shaft 41 and driven by a driving mechanism 52.

According to above-mentioned structure, material must be put into the hopper 31 of feed mechanism 3, relend screw rod 32 and material is sent in the cover body 28 of grinding mechanism 2; And the main shaft 23 of this grinding mechanism 2 is when rotating, must make the bitubular spiral arm 25 that is hubbed on centre mount 24 circumference, because of centrifugal force is outwards freely arranged, and the emery wheel 27 of the rotating shaft 26b below of bitubular spiral arm 25 outer ends is leaned against on the mill wall 21a of cylindrical shell 21, as shown in Figure 4, so, can borrow emery wheel 27 and grind wall 21a relative motion so that material is ground.

And the material after pulverizing must borrow the mechanism 5 that gathers materials upwards to extract with pull of vacuum, draws out with the material of the shape of will claying into power; And the powder material of upwards being drawn if there is the larger particles end to be clayed into power, must be borrowed under slapping plate 43 retainings in the rotation of separating mechanism 4, makes it drop down onto grinding mechanism 2 grind into powder again.

See also Fig. 6 and Fig. 7, the wheel face of the emery wheel 27 of this grinding mechanism 2 has a plurality of corresponding up and down wavy groove 27a, and material must be stuck to avoid emery wheel 27 by wavy groove 27a blowdown in process of lapping; And because of wavy groove 27a is corresponding up and down, makes this emery wheel 27 lean against the mill wall 21a active force that is produced that rolls and offset, reaching force balance, and can reduce the noise that is produced.

Claims

1, a kind of vertical shaft type does not have the screen cloth pulverizer, it is characterized in that: mainly be equiped with a grinding mechanism, feed mechanism, separating mechanism and the mechanism that gathers materials on a board; Wherein, grinding mechanism is to be equiped with the main shaft that a driving mechanism drives in a cylindrical shell, be equiped with a centre mount in this main shaft top, and on centre mount, be pivoted with a plurality of bitubular spiral arms, and this bitubular spiral arm has two beam barrels, placed a rotating shaft respectively in two beam barrels, wherein a rotating shaft is fixed on the periphery of centre mount, and the bottom of another rotating shaft is equiped with an emery wheel, the inner peripheral surface of this cylindrical shell below has Yi Mobi and emery wheel leans against on the mill wall of cylindrical shell again, is equiped with a cover body in the cylindrical shell top in addition; Feed mechanism is installed on the side of grinding mechanism, this feed mechanism is equiped with a feed pipe with screw rod in hopper below, and this feed pipe is connected the cover body side of grinding mechanism, and this screw rod is driven by a driving mechanism again; Separating mechanism is installed in the cover body top of grinding mechanism, and this separating mechanism below of main shaft on is equiped with one or two relative seat folder, and the upper and lower of this folder has the edge of a wing, is pivoted with a plurality of slapping plates between the edge of a wing of this folder upper and lower; The mechanism that gathers materials is installed in separating mechanism top, and this mechanism that gathers materials is equiped with a fan in the aforesaid main shaft of going up, and should go up main shaft and driven by a driving mechanism.

2, vertical shaft type as claimed in claim 1 does not have the screen cloth pulverizer, it is characterized in that: the wheel face of the emery wheel of described grinding mechanism has a plurality of corresponding up and down wavy grooves.