CN209815084U - Controllable class material transfer system connect material guide adjusting device - Google Patents

Abstract

The utility model provides a controllable class of material transfer system's novel material guide adjusting device that connects, the bounding wall outside has welded the lug gusset all around, set up the flange on lug gusset and bounding wall all around, set up the maintenance observation door in the bounding wall side all around, set up the baffle box curb plate at the lug gusset with the bounding wall lower part all around, set up angle steel and anti-overflow skirtboard in baffle box curb plate lower part, the supporting leg is connected with the baffle box curb plate, material direction adjusting plate is connected with the regulation pole through the round pin axle, it stretches out the baffle box curb plate outside and fixes with the round pin axle to adjust the. The utility model discloses a have structural design reasonable, the water conservancy diversion is to the following transportation current stabilizer often operation stably, receives the difficult production wearing and tearing of impact wear face, changes the lining brick fairly simplely, can be according to material carrying capacity size at any time to the material stream adjust of leading, every bounding wall has the hoist and mount ear of helping the removal, and the fault rate is low, ensures unloading, shipment efficiency, will extensively be applied to in trade technical field such as power plant, mine, coal yard and bulk cargo harbour.

Description

Controllable class material transfer system connect material guide adjusting device

Technical Field

The utility model relates to a controllable class of trade technical field such as power plant, mine, coal yard and bulk cargo harbour connects material guide adjusting device of material transfer system.

Background

In recent years, the haze weather in China is severe, dust particles in the air are numerous, the life of people is greatly influenced, the generation of haze is mainly artificial environmental pollution, the environment protection problem is very important in China, and the requirement on dustless industrial production is higher and higher. With the development of modern computers, the technology is continuously advanced, a new high-tech product is urgently needed to replace old products in the field of dustless transportation of industrial bulk materials, and a new bulk material transportation system, namely a controllable flow material transportation system (namely a curve blanking technology), is researched and developed by the Washian company through full market, and is mainly applied to industries such as power plants, mines, coal and bulk material transportation ports. The design of the domestic old type transfer station is designed according to a belt conveyor manual, and the design is obtained through years of use: only the conveying capacity is ensured, and the material accumulation and blockage are easy, the impact is large and the dust is easy to raise. The design of the reversing and transferring is random, and the phenomena that the material dropping point is not correct, the material unbalance loading belt deviates and the like are easily caused.

The old equipment has the problems of unreasonable structural design, backward calculation means and inaccurate calculation result in the aspect of design. In practice, the characteristics of material flow and air flow are not fully considered, and most of transfer machine rooms generally have the problems of dust raising, material scattering, abrasion, coal blockage and the like, so that the coal wharf is troubled to carry and transfer for many years. With the improvement of port environmental protection requirements and the requirements of the concept of 'paying attention to science and technology and protecting environment, people-oriented, practical and efficient', experts, scholars, manufacturers and users in the industry try a plurality of methods, such as making a fully-sealed guide chute of a supporting plate, adding a return pipe and a pressure relief cloth bag, matching various cloth bags, high-voltage static electricity and water curtain type wet dust collectors and the like. Although the traditional Chinese medicine preparation is partially improved, the problem cannot be fundamentally solved, and the traditional Chinese medicine preparation is a temporary solution and a permanent solution in general. The layout of the transfer stations is complex, the number of transfer points for reversing and loading is large, the difference of the layer heights of the transfer stations is large, and the like; therefore, the conventional coal conveying system transfer machine room has the problem which is difficult to solve.

Patent No. 201620090245.2 discloses a controllable class of material transfer system connects material spoon, connects material spoon exit to have the regulation trim flap, and the material flow is adjusted to the conveyer belt center after, to trim flap welded fastening, can no longer change the angle after fixed. The problem that this kind of structure exists is, the connect the material spoon of original structure to adjust the trim flap, just must welded fastening after adjusting the angle, and the later stage can not change angle regulation again, and the practicality is poor a lot of. The material receiving spoon of the original structure adjusts the trim flap outside the discharge port of the equipment and clings to the lower-level conveying belt, and in the transportation process, the phenomenon that the conveying belt rubs the front section of the trim flap can occur when the conveying belt shakes, so that the conveying belt is damaged, and the service life of the conveying belt is shortened.

The material receiving spoon of the controllable flow material transfer system of a power plant, a coal yard and a bulk cargo port in the prior art has unreasonable structural design in design, a transfer flow stabilizing device which guides flow to the lower part is unstable in frequent operation, is easy to wear by an impact wear surface, is complex in lining brick replacement, and is difficult to overhaul a closed inlet pipe and a pipe cap of a slide detector. Therefore, research and development of a material receiving and guiding adjusting device of a controllable flow material transfer system is a new problem to be solved.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a controllable class of material transfer system connect material guide adjusting device, this utility model structural design is reasonable, the water conservancy diversion is often moved stably to the following transportation current stabilizer of water conservancy diversion, receive the difficult wearing and tearing that produce of impact wear face, it is fairly simple to change the lining brick, it is easy to overhaul confined slide detector import pipe and pipe cap, every apron has the hoist and mount ear of helping the removal, the fault rate is low, ensure to unload, shipment efficiency, guarantee the high rate of utilization of railway and berth, the efficiency of coal blending is improved, can satisfy customer operation requirement, can improve the economic benefits at harbour simultaneously.

The purpose of the utility model is realized like this: the utility model provides a controllable class of material transfer system's novel material guide adjusting device that connects, which comprises a flange, the lug gusset, bounding wall all around, overhaul the observation door, the baffle box curb plate, the angle steel, anti-overflow skirtboard, the supporting leg, material direction adjusting plate, adjust the pole, the round pin axle, the lug gusset has been welded in the bounding wall outside all around, set up the flange on lug gusset and bounding wall all around, set up the overhaul observation door in the bounding wall side all around, set up the baffle box curb plate in lug gusset and bounding wall lower part all around, set up angle steel and anti-overflow skirtboard in baffle box curb plate lower part, the supporting leg is connected with the baffle box curb plate, material direction adjusting plate is connected with adjusting the pole through the round pin axle.

The main point of the utility model lies in its structure. The working principle of the material unloading device is that the material is dropped to the material receiving guide adjusting device in a controllable mode by changing the flowing direction and speed of airflow and the material through unique design and operation of the curve blanking pipe, the outlet of the material receiving guide adjusting device is consistent with the running direction of the material receiving belt, the material is flexibly unloaded in a mode of tangency and material receiving belt, and the material is enabled to float to the material receiving belt by aligning the center of the material receiving belt and enter the material guide chute by combining with the discharge port adjusting plate at the outlet of the material receiving guide adjusting device. The material receiving and guiding adjusting device receives materials from the upper diverter and guides the materials to the lower transport flow stabilizing device. Connect material guide adjusting device and inside material direction adjusting plate to make by the stainless steel, the wearing surface is done the lining by the ceramic tile, often strikes the wearing surface and adopts the detachable plate, can change after the lining brick grinds away. Each surrounding coaming is provided with a lifting lug for assisting in moving. The material direction adjusting plate is adjusted about through adjusting the pole to this guarantees that the material can be smooth fall down conveyer belt center, after adjusting the position, only by the round pin axle fix can, convenient and fast. When materials with different transport volumes are transported again, the pin shaft is pulled out, and the adjustment can be continued.

Compared with the prior art, the material receiving and guiding adjusting device of the controllable flow material transfer system has the advantages that the structural design is reasonable, the transfer flow stabilizing device which guides flow to the lower part is stable in frequent operation, the abrasion of an impact wear surface is not easy to generate, lining bricks are simple to replace, material flow can be guided and adjusted at any time according to the size of the material carrying capacity, each coaming is provided with a lifting lug which assists in moving, the fault rate is low, unloading and loading efficiency is ensured, the high utilization rate of railways and berths is ensured, the efficiency of coal distribution is improved, the use requirements of customers can be met, the economic benefits of ports can be improved, and the like.

Drawings

The present invention will be described in detail with reference to the accompanying drawings.

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a top view of fig. 1.

Fig. 3 is a sectional view a-a of fig. 1.

Detailed Description

Referring to the attached drawings, a controllable class material transfer system's novel material guide adjusting device that connects, including flange 1, lug gusset 2, bounding wall 3 all around, overhaul observation door 4, baffle box curb plate 5, angle steel 6, anti-overflow skirtboard 7, supporting leg 8, material direction adjusting plate 9, adjust pole 10, round pin axle 11, lug gusset 2 has been welded in bounding wall 3 outside all around, set up flange 1 on lug gusset 2 and bounding wall 3 all around, 3 sides of bounding wall set up overhaul observation door 4 all around, set up baffle box curb plate 5 in lug gusset 2 and 3 lower parts of bounding wall all around, set up angle steel 6 and anti-overflow skirtboard 7 in 5 lower parts of baffle box curb plate, supporting leg 8 is connected with baffle box curb plate 5, material direction adjusting plate 9 is connected with adjusting pole 10 through round pin axle 11, it is fixed with round pin axle 11 to adjust pole 10 to stretch out the 5 outsides of baffle box curb.

The working principle of the material receiving and guiding adjusting device of the controllable flow material transfer system is that the material is dropped to the material receiving and guiding adjusting device in a controllable mode by changing the flowing direction and speed of airflow and the material through unique design and operation of a curve blanking pipe, the outlet of the material receiving and guiding adjusting device is consistent with the running direction of a material receiving belt, the material is flexibly unloaded in a mode of tangency and material receiving belt, and the material is combined with a discharge port adjusting plate at the outlet of the material receiving and guiding adjusting device to enable the material to float to the center of the material receiving belt in an aligning mode and enter a guide chute. The material receiving and guiding adjusting device receives materials from the upper diverter and guides the materials to the lower transport flow stabilizing device. Connect material guide adjusting device and inside material direction adjusting plate 9 to make by the stainless steel, the wearing surface is done the lining by the ceramic tile, often strikes the wearing surface and adopts the detachable plate, can change after the lining brick grinds away. Each surrounding coaming 3 is provided with a lifting lug for assisting the movement. The material direction adjusting plate 9 is adjusted about through adjusting pole 10 to this guarantees that the material can be smooth fall down the conveyer belt center, after adjusting the position, only by round pin axle 11 fix can, convenient and fast. When materials with different transport volumes are transported again, the adjustment can be continued only by pulling the pin shaft 11.

Claims (1)

1. The utility model provides a controllable class of material transfer system's novel connecing material guide adjusting device, includes flange, lug gusset, bounding wall, maintenance observation door, baffle box curb plate, angle steel, anti-overflow skirtboard, supporting leg, material direction adjusting plate, regulation pole, round pin axle all around, its characterized in that: the material guide adjusting plate is connected with the adjusting rod through a pin shaft, and the adjusting rod extends out of the side plate of the material guide groove and is fixed through the pin shaft.