CN205294003U - Unidirectional advance mechanism of moisture material removes - Google Patents

Abstract

The utility model discloses an unidirectional advance mechanism of moisture material removes, including material carrying plate, its characterized in that: still including the advancing mechanism who locates material carrying plate top, advancing mechanism includes many push rods, and the below of every push rod evenly sets up a plurality of one -way wobblings along length direction and pawls, the vertical splint of pawling that are equipped with in the horizontal both sides of push rod are located pawling of both sides of push rod below and are equipped with the oscillating axle of pawling between the splint, the top of pawling is articulated with the oscillating axle, one side that the top surface of pawling corresponds the oscillating axle position is the cambered surface, opposite side that the top surface of pawling corresponds the oscillating axle position is the plane, the bottom of push rod and the top surface of pawling laminating, drive arrangement is connected to the one end of push rod. The utility model discloses possess and to mix the material and be favorable to the evaporation of water less beneficial effect that consumes energy simultaneously.

Description

The unidirectional propulsive mechanism of mobile water-containing materials

Technical field

This utility model relates to material transferring field, in particular to a kind of unidirectional propulsive mechanism moving water-containing materials.

Background technology

Traditional loose unpacked material transport great majority are belt-conveying, chain belt transport or FCL transport, and transportation is to be moved together plus its supporting body (such as belt, casing) by whole materials on the carrier, and such energy consumption is significantly high. If we only move material, energy consumption will reduce by more than 60%. For needing the moisture loose unpacked material dried, more wish that material can be stirred and make moisture be prone to evaporate the purpose reaching to improve dewatering efficiency.

Utility model content

The purpose of this utility model seeks to solve the deficiency that above-mentioned background technology exists, it is proposed to a kind of material that can stir consumes energy the unidirectional propulsive mechanism of less mobile water-containing materials simultaneously.

In order to realize object above, a kind of unidirectional propulsive mechanism moving water-containing materials that this utility model provides, including material loading plate, it is characterized in that: include being located at the propulsive mechanism above material loading plate, described propulsive mechanism includes many push rods, the lower section of every push rod be uniformly arranged along its length multiple can only the pawling of unidirectional swing, the horizontal both sides of described push rod are vertically provided with clamping plate of pawling, below push rod, pawling of both sides is provided with swinging axle of pawling between clamping plate, the described top pawled is hinged with swinging axle, the side of the described end face correspondence swinging axle position pawled is cambered surface, the opposite side of the described end face correspondence swinging axle position pawled is plane, the bottom of described push rod and the end face laminating pawled, one end of described push rod connects driving device.

As preferred version of the present utility model, many push rod equidistant arrangement also alternate are divided into two groups, and often group connects an independent driving device.

Further, the described swaying direction pawled is contrary with the direction of advance of push rod, the run length code matching of multiple intervals pawled and driving device on push rod.

Further, the described spacing between multiple push rods is mated with the width pawled.

Yet further, described driving device is hydraulic cylinder or pneumatic cylinder.

This utility model is driven by push rod and pawls, and the material stirred on material loading plate moves, and simultaneously works as the effect of stirring, makes material be mutually mixed stirring in motor process, is heated evenly, is conducive to moisture to evaporate. Simultaneously material loading plate remain stationary as and only material move, few relative to energy needed for traditional material transportation, highlight it energy-conservation.

Accompanying drawing explanation

Fig. 1 structural representation of the present utility model.

Fig. 2 is the side view of Fig. 1.

Fig. 3 is the axonometric chart of Fig. 1.

Fig. 4 is many and pawls and a push rod connection diagram.

Fig. 5 is two groups of push rods, connection diagram of pawling.

Fig. 6 is the structural representation of two groups of push rods.

Fig. 7 is two groups of structural representations pawled.

Fig. 8 is that push rod stretches out use state diagram.

Fig. 9 is that pusher retracted uses state diagram.

In figure: driving device 1, hydraulic cylinder (1a, 1b), clamping plate 2 of pawling, swinging axle 3 of pawling, push rod 4, pawl 5, material loading plate 6, lateral connection bar (7a, 7b).

Detailed description of the invention

Below in conjunction with drawings and Examples, the utility model is described in further detail.

Embodiment: a kind of unidirectional propulsive mechanism moving water-containing materials, including material loading plate 6 be located at the propulsive mechanism above material loading plate 6, described propulsive mechanism includes many push rods 4, what the lower section of every push rod 4 was uniformly arranged multiple unidirectional swing along its length pawls 5, the described horizontal both sides of push rod 4 are vertically provided with clamping plate 2 of pawling, below push rod 4, pawling of both sides is provided with swinging axle 3 of pawling between clamping plate 2, described pawl 5 top and swinging axle hinged, described pawl 5 geometry make to pawl and 5 can be only in vertically downward or swing (such as Fig. 8 to the right, shown in Fig. 9). therefore, when push rod moves right, being positioned at the material pawled on the right side of 5 will be passed therewith, and when push rod 4 is moved to the left, because pawling, 5 can swing to the right and lift, can at the material pawled on the left of 5, therefore the material on the left of 5 of pawling will be left in this place motionless thus reach material pawl 5 move back and forth time only understand the effect that one direction moves right. one end of described push rod 4 connects driving device 1, and described driving device 1 is hydraulic cylinder. many push rod 4 equidistant arrangement also alternate are divided into two groups of 4a, 4b, i.e. two groups of cross arrangements, and often group connects an independent driving device 1a and 1b, and the direction of motion of two groups of push rods 4 is contrary, and namely one group when stretching out, another organizes retraction. multiple on described push rod 4 pawl 5 the run length code matching of interval and driving device 1. the described spacing between multiple push rods 4 with pawl 5 width mate.

Work process of the present utility model is:

Such as Fig. 8, push rod 4 stretches out, and because to position-limiting action, the horizontal plane of 5 end faces of pawling stops that it swings, therefore pawls and 5 can be kept upright state moving with push rod 5, promote material to move together. Such as Fig. 9, after 4 one strokes of push rod terminate, will reversely retract, now due to the stop of material, pawling 5 around the unidirectional swing of swinging axle 3 of pawling, guide effect is played in the bottom of the cambered surface laminating push rod 4 of 5 end faces of now pawling, and now material remains stationary as and 5 unidirectional swings of pawling. The reciprocating motion of push rod 4 makes this group push rod 5 material (coal slime) below to be pawled and 5 moves to discharge end from the feed end of material loading plate 6.

4 push rods 4 are divided into two groups of 4a, 4b by interval mode, i.e. two groups of cross arrangements, be connected with and multiple pawl 5 below every push rod 4. Often group connects an independent driving device, and two groups of push rods 4a, 4b connect lateral connection bar 7a, 7b respectively, and lateral connection bar 7a, 7b connect driving device 1a, 1b respectively. On same transverse section, two groups of 5a, 5b width sums of pawling are suitable with the width of material loading plate 6. Two hydraulic cylinders 1a, 1b are connected with 2 groups of push rods 4a, 4b respectively, and the direction of motion of two hydraulic cylinders 1a, 1b is contrary. So when two groups of push rods are in the reciprocating movement by turns of hydraulic cylinder, make the coal slime on material loading plate 6 be stirred, finally all send discharge end from feed end simultaneously.

This utility model drives, by push rod 4,5 motions of pawling, and promotes material to move on material loading plate 6, and material is constantly stirred rolling in the process so that it is be heated evenly, and is more conducive to moisture evaporation, reaches the purpose accelerating to dry.

The above, be only preferred embodiment of the present utility model, and structure of the present utility model is not done any pro forma restriction. Every any simple modification, equivalent variations and modification above example made according to technical spirit of the present utility model, all still falls within the scope of the technical solution of the utility model.

Claims (5)

1. the unidirectional propulsive mechanism moving water-containing materials, including material loading plate (6), it is characterized in that: also include being located at the propulsive mechanism of material loading plate (6) top, described propulsive mechanism includes many push rods (4), the lower section of every push rod (4) is uniformly arranged multiple unidirectional pawl (5) swung along its length, described push rod (4) horizontal both sides are vertically provided with clamping plate of pawling (2), it is positioned between the clamping plate of pawling (2) of both sides, push rod (4) lower section and is provided with swinging axle of pawling (3), the top of described pawl (5) is hinged with swinging axle, the side of the end face correspondence swinging axle position of described pawl (5) is cambered surface, the opposite side of the end face correspondence swinging axle position of described pawl (5) is plane, the end face of the bottom of described push rod (4) and pawl (5) is fitted, one end of described push rod (4) connects driving device (1).

2. the unidirectional propulsive mechanism of mobile water-containing materials according to claim 1, it is characterized in that: many push rod (4) equidistant arrangement also alternate are divided into two groups (4a, 4b), and often group connects an independent driving device (1).

3. the unidirectional propulsive mechanism of mobile water-containing materials according to claim 1 and 2, it is characterized in that: the swaying direction of described pawl (5) is contrary with the direction of advance of push rod (4), push rod (4) goes up the interval of multiple pawl (5) and the run length code matching of driving device (1).

4. the unidirectional propulsive mechanism of mobile water-containing materials according to claim 1 and 2, it is characterised in that: the described spacing between multiple push rods (4) is mated with the width of pawl (5).

5. the unidirectional propulsive mechanism of mobile water-containing materials according to claim 1 and 2, it is characterised in that: described driving device (1) is hydraulic cylinder or pneumatic cylinder.