CN206692009U - Ceramic Composite material taking hopper - Google Patents

Abstract

Ceramic Composite material taking hopper, bottom sheet of the bucket body by arc and the symmetrically arranged bucket side plate of the bottom sheet both sides positioned at arc are enclosed and formed, the side of bucket body is feeding side, opposite side is discharge side, bucket tooth is arranged with the edge of feeding side, on the medial surface of bottom sheet, one layer of ceramic wafer is respectively and fixedly provided with the medial surface of bucket side plate, ceramic wafer connects fixed form and bottom sheet by welding plug welding, bucket side plate is fixedly connected, in ceramic wafer and bottom sheet, bond layer is provided between bucket side plate, installing plate is provided with the outside of bucket body, installing plate is provided with the elongated hole of installation bolt insertion, installation axle is provided with the both sides of bucket body.Because bottom sheet and bucket side plate are lamination layer structure; whole bucket body abrasion resistant effect is good; strength and stiffness are improved, are not easy to damage, particularly feeding side periphery has bucket tooth; effectively protect bucket body; it is replaceable after bucket tooth is impaired by bucket tooth contacting material first during feeding, it is unlikely to change whole material taking hopper; maintenance cost is reduced, extends service life.

Description

Ceramic Composite material taking hopper

Technical field

A kind of material taking hopper is the utility model is related to, particularly a kind of Ceramic Composite material taking hopper.

Background technology

Bucket wheel reclaimer is the visual plant in a kind of Bulk material flow, mainly stacks place application in bulk cargo, such as exists The bulk cargo that port and pier are stacked to stock ground（The class goods such as coal, ore）Feeding is carried out, is then transmitted by conveying equipment.Bucket wheel Reclaimer includes the bucket wheel to connect with actuating unit, and actuating unit driving bucket wheel rotates, and has material taking hopper in the circumferential distribution of bucket wheel, Bottom sheet of the bucket body of material taking hopper by arc and the symmetrically arranged bucket side plate of the bottom sheet both sides positioned at arc are enclosed and formed, bucket The side of body is feeding side, and opposite side is discharge side, and when bucket wheel rotates, each material taking hopper is continuously by bulk cargo from material taking hopper Feeding side draw enter in bucket, with the rotation of bucket wheel, material taking hopper carry bulk cargo turn an angle, reach corresponding height after, dissipate Expect to discharge and fall into from the discharge side of material taking hopper in the transport mechanism of lower section, sent out material by transport mechanism.It is existing to take Hopper is that the steel plate system of enclosing forms, and stationary arrangement installation and inconvenient maintenance, wears no resistance, service life is short, no on the periphery of bucket wheel But material taking hopper body is easy to wear, feeding side periphery is easier to damage.

The content of the invention

The purpose of this utility model be to provide it is a kind of it is simple in construction, wear-resistant, service life is long, the pottery that cuts operating costs The compound material taking hopper of porcelain, overcome the deficiencies in the prior art.

Ceramic Composite material taking hopper of the present utility model, including bucket body, bottom sheet of the bucket body by arc and the bucket positioned at arc The symmetrically arranged bucket side plate of bottom plate both sides, which encloses, to be formed, and the side of bucket body is feeding side, and opposite side is discharge side, in feeding side Edge be arranged with bucket tooth, on the medial surface of bottom sheet, bucket side plate medial surface on be respectively and fixedly provided with one layer of ceramic wafer, ceramics Plug welding connects fixed form and bottom sheet to plate, bucket side plate is fixedly connected by welding, and is provided between ceramic wafer and bottom sheet, bucket side plate Bond layer, installing plate is provided with the outside of bucket body, and installing plate is provided with the elongated hole of installation bolt insertion, set in the both sides of bucket body There is installation axle.

It is fixedly connected between the bottom sheet of described bucket tooth rear portion and composition bucket body, bucket side plate for bolt, the front portion of bucket tooth Stretch out and be in cantilever position；Described weldering plug welding, which connects fixed form, is：Weldering plug one end is countersunk head shape, and countersunk head is located on ceramic wafer Counterbore in, weld the other end of plug and be in contact through bond layer with bottom sheet, bucket side plate, have axial hole beyond the Great Wall in weldering, it is axial To be welded and fixed between the inner termination and bottom sheet and bucket side plate in hole, sky is left at the counterbore of the countersunk head end ceramic wafer of weldering plug Between, it is fixed in the space to be inlaid with potsherd.

Ceramic Composite material taking hopper of the present utility model, because bottom sheet and bucket side plate are lamination layer structure, whole bucket body is resistance to It is good to grind effect, improves strength and stiffness, is not easy to damage, fixed ceramic plate, and ceramic wafer are connect by the weldering plug welding of countersunk head structure Counterbore termination fixes ceramic embedded, makes bucket inner face smooth, without inwardly protruded part, does not influence feeding.Welding structure and viscous Binding structure can make the combination of ceramic wafer and bucket body more firm.Particularly feeding side periphery has bucket tooth, is effectively protected bucket body, It is replaceable after bucket tooth is impaired by bucket tooth contacting material first during feeding, be unlikely to change whole material taking hopper, reduce maintenance into This, extends service life.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model embodiment；

Fig. 2 is the elevational schematic view shown in Fig. 1；

Fig. 3 is the left view schematic diagram shown in Fig. 1；

Fig. 4 is the B portions enlarged diagram shown in Fig. 1；

Fig. 5 is the structural representation that material taking hopper of the present utility model loads on bucket wheel.

Embodiment

As shown in Figure 1, 2, 3：Material taking hopper of the present utility model includes bucket body, and bucket body is by the bottom sheet 1 of arc and positioned at arc The symmetrically arranged bucket side plate 6 of the both sides of bottom sheet 1 of shape, which encloses, to be formed, and the A/F size of bucket body is more than the width of bucket body bottom Spend size.The side of bucket body is feeding side 8, and opposite side is discharge side 9.Bucket tooth 5, bucket tooth 5 are arranged with the edge of feeding side 8 It is distributed on the edge of bottom sheet 1 and on the edge of bucket side plate 6, bucket tooth 5 also is provided with bottom sheet 1 and bucket side plate 6 place of connecting, Form three bucket toothings.

As shown in Figure 4：One layer of ceramic wafer 2 is respectively and fixedly provided with the medial surface of bottom sheet 1 and on the medial surface of bucket side plate 6, Plug welding connects fixed form and bottom sheet 1 to ceramic wafer 2, bucket side plate 6 is fixedly connected by welding, in ceramic wafer 2 and bottom sheet 1, bucket side Bond layer 14 is provided between plate 6, concrete structure is：11 one end of weldering plug are countersunk head shape, and countersunk head is located at the counterbore on ceramic wafer 2 Interior, the other end of weldering plug 11 is in contact through bond layer 14 with bottom sheet 1, bucket side plate 6, has axial hole 12 on weldering plug 11, To be welded and fixed between the inner termination and bottom sheet 1 and bucket side plate 6 of axial hole 12, the heavy of the countersunk head end ceramic wafer 2 of plug 11 is being welded Space is left at hole, fixed in the space to be inlaid with potsherd 13, potsherd 13 can utilize ceramic glue or other bonding agents to fix It is embedded in it.

Installing plate 3 is welded with the outside of bucket body, installing plate 3 is provided with the elongated hole 10 of installation bolt insertion.In bucket body Both sides are fixedly connected with symmetrical installation axle 4.

It is fixedly connected between the rear portion of bucket tooth 5 and the bottom sheet 1 and bucket side plate 6 of composition bucket body for bolt, the front portion of bucket tooth 5 is stretched Go out and be in cantilever position.

As shown in Figure 5：One end of material taking hopper is fixedly connected by the elongated hole 10 on installing plate 3 and bolt with bucket wheel 7, feeding The other end of bucket is fixedly supported on bucket wheel 7 by installation axle 4, and each material taking hopper is circularly and evenly distributed state.Bucket wheel 7 is in power Under mechanism driving, with certain rotational speed, continuously by stacking when each material taking hopper on the periphery of bucket wheel 7 goes to lowest part Bulk cargo is taken into bucket from the feeding side 8 of material taking hopper, and with the rotation of bucket wheel 7, material taking hopper carries bulk cargo and turned an angle, and reaches After corresponding height, bulk cargo is discharged and fallen into the transport mechanism of lower section from the discharge side 9 of material taking hopper, by transport mechanism by material Send out.Because bottom sheet 1 and bucket side plate 6 are lamination layer structure, whole bucket body abrasion resistant effect is good, improves strength and stiffness, no Easily damage, particularly feeding side periphery has bucket tooth 5, is effectively protected bucket body, by the contacting material first of bucket tooth 5, bucket during feeding It is replaceable after tooth 5 is impaired, it is unlikely to change whole material taking hopper, reduces maintenance cost, extend service life.

Claims (2)

1. a kind of Ceramic Composite material taking hopper, including bucket body, bucket body by arc bottom sheet（1）With the bottom sheet positioned at arc（1） The symmetrically arranged bucket side plate of both sides（6）Enclose and form, the side of bucket body is feeding side（8）, opposite side is discharge side（9）, its It is characterised by：In feeding side（8）Edge be arranged with bucket tooth（5）, in bottom sheet（1）Medial surface on, bucket side plate（6）It is interior One layer of ceramic wafer is respectively and fixedly provided with side（2）, ceramic wafer（2）Fixed form and bottom sheet are connect by welding plug welding（1）, bucket side plate （6）It is fixedly connected, in ceramic wafer（2）With bottom sheet（1）, bucket side plate（6）Between be provided with bond layer（14）, in the outside of bucket body Provided with installing plate（3）, installing plate（3）It is provided with the elongated hole of installation bolt insertion（10）, installation axle is provided with the both sides of bucket body （4）.

2. Ceramic Composite material taking hopper according to claim 1, it is characterised in that：Described bucket tooth（5）Struggled against with composition at rear portion The bottom sheet of body（1）, bucket side plate（6）Between be fixedly connected for bolt, bucket tooth（5）Anterior stretch out and be in cantilever position；Institute The weldering plug welding stated, which connects fixed form, is：Weldering plug（11）One end is countersunk head shape, and countersunk head is located at ceramic wafer（2）On counterbore in, weldering plug （11）The other end pass through bond layer（14）With bottom sheet（1）, bucket side plate（6）It is in contact, is filled in weldering（11）On have axial hole （12）, axial hole（12）Inner termination and bottom sheet（1）With bucket side plate（6）Between to be welded and fixed, filled in weldering（11）Countersunk head Hold ceramic wafer（2）Counterbore at leave space, in the space fixation being inlaid with potsherd（13）.