CN221915936U - Scraper conveyor shell with power source - Google Patents

Abstract

The utility model relates to the field of conveyors, in particular to a scraper conveyor shell with a power source, which aims to solve the problem that materials are easy to accumulate and remain when bottom angles at two sides of the interior of the existing scraper conveyor are square angles or round angles, wherein n+1 material conveying bins are sequentially arranged from a machine head to a machine tail, and two adjacent material conveying bins are connected through a discharging bin; the conveyor head is connected with the forefront material conveying bin, and the conveyor tail is connected with the rearmost material conveying bin; the utility model provides a scraper conveyor casing that contains power supply can improve the unable clean condition of material in the conveyer casing to a great extent that the both ends of conveyer aircraft nose inboard bottom, the both ends of the inboard bottom of conveyer tail, the both ends of the inboard bottom of n feed bins and the both ends of the inboard bottom of every material transport storehouse all are equipped with the chamfer, the chamfer is the chamfer, be connected with the motor on the conveyer aircraft nose, be equipped with the row material on the conveyer aircraft nose and connect.

Description

A scraper conveyor housing containing a power source

Technical Field

The utility model relates to the field of conveyors, in particular to a scraper conveyor shell containing a power source.

Background Art

The conveyor that uses a scraper chain to transport bulk materials in a trough is called a scraper conveyor. The main structures and components of various types of scraper conveyors are basically the same. It consists of three parts: the head, the middle part and the tail. The working principle of the scraper conveyor is to use the open chute as a bearing for coal, gangue or materials, and fix the scraper on the chain (forming a scraper chain) as a traction component. When the head transmission part is started, it drives the sprocket on the head shaft to rotate, so that the scraper chain circulates and drives the material to move along the chute until it is unloaded at the head. The scraper chain bypasses the sprocket to perform a stepless closed cycle to complete the material transportation.

The bottom corners on both sides of the existing scraper conveyor are square corners or rounded corners; the square corners are 90°, so the cover plate cannot clean the road, there are dead corners, and it is easy for materials to remain: the rounded corners have a relatively small and flat part on both sides. When the material passes through the pneumatic plug plate, the unloading at this position on both sides is insufficient, and there is residue, which will be carried over by the scraper and accumulated at the rear, causing crushing and mixing. In summary, when the bottom corners on both sides of the existing scraper conveyor are square corners or rounded corners, there is a problem of easy accumulation of residual materials.

Utility Model Content

The utility model aims to solve the problem that materials are easily accumulated and left when the bottom angles on both sides of the existing scraper conveyor are square angles or round angles, and proposes a scraper conveyor shell with a power source.

The scheme of the utility model is: a scraper conveyor housing containing a power source, which includes a conveyor head, a conveyor tail, a motor, n material discharge bins and n material conveying bins;

n+1 material conveying bins are arranged in sequence from the front to the rear of the machine, and two adjacent material conveying bins are connected by a lower bin; the front of the conveyor is connected to the frontmost material conveying bin, and the rear of the conveyor is connected to the rearmost material conveying bin;

Both ends of the inner bottom of the conveyor head, both ends of the inner bottom of the conveyor tail, both ends of the inner bottom of the n lower silos and both ends of the inner bottom of each material conveying silo are provided with chamfers, and the chamfers are beveled angles. A motor is connected to the conveyor head, and a discharge joint is provided on the conveyor head.

Furthermore, the motor is connected to the conveyor head via an L-shaped right-angle commutator.

Furthermore, the discharge joint is arranged at the front end of the conveyor head.

Furthermore, the discharge joint is arranged obliquely downward from its inlet end to its outlet end.

Further, the conveyor head includes a head cylinder, a head slide, a head slide support folding plate, a head bin housing and a head support platform;

The bottom of the head compartment housing is hollowed out, and one side of the head support platform is hollowed out.

The bottom of the head warehouse shell is set at the hollow part of the head support platform, the head cylinder is set at the bottom of the head support platform, the output end of the head cylinder is connected to the head slide, the head slide support folding plate is set at the bottom of the head support platform, the head slide support folding plate and the head support platform are fixedly connected, and a sliding area is formed between the head slide support folding plate and the head support platform, and the head slide is set in the sliding area.

Furthermore, the material unloading bin comprises a cylinder, a slide plate, a slide plate support folding plate, a material unloading bin shell and a material unloading support platform;

The bottom of the material discharge bin shell is hollowed out, and one side of the material discharge support platform is hollowed out.

The bottom of the material unloading bin shell is arranged at the hollow part of the material unloading support platform, the cylinder is arranged at the bottom of the material unloading support platform, the output end of the cylinder is connected to the skateboard, the skateboard support folding plate is arranged at the bottom of the material unloading support platform, the skateboard support folding plate and the material unloading support platform are fixedly connected, and a sliding area is formed between the skateboard support folding plate and the material unloading support platform, and the skateboard is arranged in the sliding area.

Furthermore, a material discharge guide nozzle is provided at the bottom of the material discharge bin.

Beneficial effects:

Both ends of the inner bottom of the conveyor head, both ends of the inner bottom of the conveyor tail, both ends of the inner bottom of the lower silo and both ends of the inner bottom of the material conveying silo are all provided with chamfers, and the chamfers are chamfered angles, and with a large angle, all the materials can fall on the bottom surface, and at the lower silo, it can be ensured that all the materials fall as much as possible, and the materials do not remain near the side walls. In addition, the bevel processing is simple, easy to shape, and beautiful in appearance.

In addition, a discharge joint is installed on the conveyor head to prevent the material carried by the chain and scraper from accumulating too much on the head and being crushed by the sprocket. The discharge joint is set to discharge the accumulated material at any time.

A scraper conveyor housing containing a power source in this solution can improve the situation where the material in the conveyor housing cannot be completely discharged to a great extent.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of a scraper conveyor housing including a power source;

FIG2 is a second schematic diagram of a scraper conveyor housing including a power source;

FIG3 is a schematic diagram of a conveyor head;

Fig. 4 is a second schematic diagram of the conveyor head;

Fig. 5 is a third schematic diagram of the conveyor head;

FIG6 is a schematic diagram of the lower silo;

FIG7 is a second schematic diagram of the lower silo;

FIG8 is a third schematic diagram of the lower silo.

DETAILED DESCRIPTION

Specific implementation method 1: A scraper conveyor housing containing a power source, which includes a conveyor head 1, a conveyor tail 2, a motor 5, n material discharge bins 3 and n+1 material conveying bins 4;

n+1 material conveying bins are arranged in sequence from the front to the rear of the machine, and two adjacent material conveying bins are connected by a lower bin; the front of the conveyor is connected to the frontmost material conveying bin, and the rear of the conveyor is connected to the rearmost material conveying bin;

Both ends of the inner bottom of the conveyor head, both ends of the inner bottom of the conveyor tail, both ends of the inner bottom of the n lower silos and both ends of the inner bottom of each material conveying silo are provided with chamfers, and the chamfers are beveled angles. A motor is connected to the conveyor head, and a discharge joint is provided on the conveyor head.

In the present embodiment: both ends of the inner bottom of the conveyor head, both ends of the inner bottom of the conveyor tail, both ends of the inner bottom of the lower silo and both ends of the inner bottom of the material conveying silo are all provided with chamfers, and the chamfers are chamfered angles, and with a large angle, all the materials can fall on the bottom surface, and at the lower silo it can be ensured that all the materials fall as much as possible, and the materials do not remain near the side walls. A discharge joint is added to the conveyor head, and a small amount of logistics remaining in the chain or scraper will be discharged here, so as to avoid the accumulation of too much material carried by the chain and scraper in the head and being crushed by the sprocket, and a discharge joint is provided to discharge the accumulated material at any time.

Other implementations are the same as the first specific implementation.

Specific implementation method 2: A scraper conveyor housing containing a power source, wherein the motor 5 is connected to the conveyor head 1 through an L-shaped right-angle commutator 6.

In this embodiment: the motor is connected to the conveyor head via an L-shaped right-angle commutator. The motor can be arranged after being rotated 90°. After such arrangement, the motor is arranged compactly and the overall appearance is more beautiful.

Other implementations are the same as the first specific implementation.

Specific implementation method three: A scraper conveyor shell containing a power source, the discharge connector 1-6 is arranged at the front end of the conveyor head 1.

In this embodiment:

Other implementations are the same as the first specific implementation.

Specific implementation method four: A scraper conveyor shell containing a power source, wherein the discharge connector 1-6 is arranged obliquely downward from its inlet end to its outlet end.

In this embodiment: the discharge joint is arranged obliquely downward from its inlet end to its outlet end. This arrangement ensures that the materials accumulated in the conveyor head and affecting the equipment can be discharged in time.

Other implementations are the same as the first specific implementation.

Specific implementation method five: A scraper conveyor housing containing a power source, wherein the conveyor head 1 includes a head cylinder 1-1, a head slide 1-2, a head slide support folding plate 1-3, a head bin housing 1-4 and a head support platform 1-5;

The bottom of the head compartment housing 1-4 is hollowed out, and one side of the head support platform 1-5 is hollowed out.

The bottom of the head warehouse shell 1-4 is set at the hollow part of the head support platform 1-5, the head cylinder 1-1 is set at the bottom of the head support platform 1-5, the output end of the head cylinder 1-1 is connected to the head slide 1-2, the head slide support folding plate 1-3 is set at the bottom of the head support platform 1-5, the head slide support folding plate 1-3 and the head support platform 1-5 are fixedly connected, and a sliding area is formed between the head slide support folding plate 1-3 and the head support platform 1-5, and the head slide 1-2 is set in the sliding area.

In this embodiment: the conveyor head drives the head slide plate to move and open or exit below the conveyor head through the head cylinder.

Other implementations are the same as the first specific implementation.

Specific implementation method six: A scraper conveyor housing containing a power source, wherein the unloading bin 3 includes a cylinder 3-1, a slide plate 3-2, a slide plate support folding plate 3-3, an unloading bin housing 3-4 and an unloading support platform 3-5;

The bottom of the material discharge bin shell 3-4 is hollowed out, and one side of the material discharge support platform 3-5 is hollowed out.

The bottom of the unloading bin shell 3-4 is arranged at the hollow part of the unloading support platform 3-5, the cylinder 3-1 is arranged at the bottom of the unloading support platform 3-5, the output end of the cylinder 3-1 is connected to the slide plate 3-2, the slide plate support folding plate 3-3 is arranged at the bottom of the unloading support platform 3-5, the slide plate support folding plate 3-3 and the unloading support platform 3-5 are fixedly connected, a sliding area is formed between the slide plate support folding plate 3-3 and the unloading support platform 3-5, and the slide plate 3-2 is arranged in the sliding area.

In this embodiment: the lower material bin drives the lower material bin slide plate to move to open or close the lower outlet of the lower material bin through the lower material bin cylinder.

Other implementations are the same as the first specific implementation.

Specific implementation method seven: A scraper conveyor shell containing a power source, and a material discharge guide nozzle 3-6 is provided at the bottom of the discharge bin 3.

In this embodiment: a material discharge guide nozzle is provided at the bottom of the material discharge bin, and the material discharge guide nozzle can collect and concentrate the falling materials, and is convenient for bagging and packaging when necessary.

Other implementations are the same as the sixth specific implementation.

Claims (7)

1. A scraper conveyor housing containing a power source, characterized in that it comprises a conveyor head (1), a conveyor tail (2), a motor (5), n material discharge bins (3) and n+1 material conveying bins (4); n+1 material conveying bins (4) are arranged in sequence from the front to the rear of the machine, and two adjacent material conveying bins (4) are connected via a lower bin (3); the front of the conveyor (1) is connected to the material conveying bin (4) at the front, and the rear of the conveyor (2) is connected to the material conveying bin (4) at the rear; Both ends of the inner bottom of the conveyor head (1), both ends of the inner bottom of the conveyor tail (2), both ends of the inner bottom of n material discharge bins (3) and both ends of the inner bottom of each material conveying bin (4) are provided with chamfers, wherein the chamfers are beveled angles. The conveyor head (1) is connected to a motor (5), and a material discharge joint (1-6) is provided on the conveyor head (1). 2. A scraper conveyor housing containing a power source according to claim 1, characterized in that the motor (5) is connected to the conveyor head (1) via an L-shaped right-angle commutator (6). 3. A scraper conveyor housing with a power source according to claim 1, characterized in that the discharge connector (1-6) is arranged at the front end of the conveyor head (1). 4. A scraper conveyor housing containing a power source according to claim 1, characterized in that the discharge joint (1-6) is arranged obliquely downward from its inlet end to its outlet end. 5. A scraper conveyor housing with a power source according to claim 1, characterized in that: the conveyor head (1) comprises a head cylinder (1-1), a head slide (1-2), a head slide support folding plate (1-3), a head bin housing (1-4) and a head support platform (1-5); The bottom of the machine head compartment housing (1-4) is hollowed out, and one side of the machine head support platform (1-5) is hollowed out. The bottom of the machine head warehouse shell (1-4) is arranged at the hollow part of the machine head support platform (1-5), the machine head cylinder (1-1) is arranged at the bottom of the machine head support platform (1-5), the output end of the machine head cylinder (1-1) is connected to the machine head slide plate (1-2), the machine head slide plate support folding plate (1-3) is arranged at the bottom of the machine head support platform (1-5), the machine head slide plate support folding plate (1-3) and the machine head support platform (1-5) are fixedly connected, a sliding area is formed between the machine head slide plate support folding plate (1-3) and the machine head support platform (1-5), and the machine head slide plate (1-2) is arranged in the sliding area. 6. A scraper conveyor housing with a power source according to claim 1, characterized in that: the unloading bin (3) comprises a cylinder (3-1), a slide plate (3-2), a slide plate support folding plate (3-3), an unloading bin housing (3-4) and an unloading support platform (3-5); The bottom of the material discharge bin shell (3-4) is hollowed out, and one side of the material discharge support platform (3-5) is hollowed out. The bottom of the material discharge bin shell (3-4) is arranged at the hollow part of the material discharge support platform (3-5), the cylinder (3-1) is arranged at the bottom of the material discharge support platform (3-5), the output end of the cylinder (3-1) is connected to the slide plate (3-2), the slide plate support folding plate (3-3) is arranged at the bottom of the material discharge support platform (3-5), the slide plate support folding plate (3-3) and the material discharge support platform (3-5) are fixedly connected, a sliding area is formed between the slide plate support folding plate (3-3) and the material discharge support platform (3-5), and the slide plate (3-2) is arranged in the sliding area. 7. A scraper conveyor housing with a power source according to claim 6, characterized in that a material discharge guide nozzle (3-6) is provided at the bottom of the material discharge bin (3).