CN201026459Y - Semi-mobile crushing station device directly receiving ore - Google Patents

Abstract

The utility model relates to a semi-mobile crushing station device directly receiving ore, which is characterized in that it is composed of a crusher assembly including a control tower and a discharge belt machine assembly; the crusher assembly of the control tower: the receiving trough is an independently supported block The installation connection structure, the receiving trough is installed in the middle of the main beam, the middle of the main beam is connected with the attached beam, and the receiving trough is set on the top of the side main beam and the attached beam; the main frame is the main structural frame when relocating, and the top is installed. A crusher is installed, and a buffer warehouse is installed at the bottom. The control tower is on the top of the main frame and does not touch the main frame. Crusher includes gyratory crusher, cone crusher, jaw crusher, double toothed roller crusher. The semi-mobile crushing station device of the utility model directly receiving ore is safe and reliable, and can be widely used in the crushing process of iron ore, copper ore and limestone ore, especially for the crushing requirements of large-production stope with a processing capacity greater than 1500t/h.

Description

Semi-mobile crushing station device directly receiving ore

technical field

The utility model relates to a semi-mobile crushing station device composed of two large components in the stope, in particular to a semi-mobile crushing station device in the stope which is composed of a crusher component including a control tower and a discharge belt machine component. Crushing plant.

Background technique

At present, in the known technology, the large-capacity semi-mobile crushing plant with a processing capacity of more than 1500t/h is basically composed of a heavy-duty apron feeder assembly with a receiving trough, a crusher assembly including a control tower, and a discharge belt conveyor assembly. semi-mobile crushing station. With the advancement of technology and years of use, semi-mobile crushing stations consisting of three major components exist: the operating costs and failure rates of heavy-duty apron feeder components with receiving troughs are relatively high, and the annual cost of two semi-mobile crushing stations is The electricity consumption amounted to 4 million yuan, and the consumption of heavy boards and accessories amounted to 1 million yuan. However, in the known semi-mobile crushing station composed of two major components, there is only one tipping station, and the processing capacity of the crusher is less than 1500t/h, which cannot meet the requirement that the processing capacity of the two dumping stations is greater than 1500t/h. .

Contents of the invention

The utility model overcomes the above-mentioned defects, and aims to provide a semi-mobile crushing station device which is composed of a crusher assembly including a control tower and a discharge belt conveyor assembly, where the stope crusher directly receives ore.

Brief description of the content of the semi-mobile crushing station device directly receiving ore in the utility model:

The semi-mobile crushing station device of the utility model directly receiving ore is characterized in that: it is composed of a crusher assembly including a control tower and a discharge belt machine assembly; the crusher assembly of the control tower: the receiving trough is an independently supported block-mounted connection structure, the receiving trough is installed in the middle of the main beam, the middle of the main beam is connected with the attached beam, and the receiving trough is set on the top of the side main beam and the attached beam; the main frame is the main structural frame when moving, and the top is installed with a broken The bottom of the crusher is equipped with a buffer warehouse, and the control tower is on the top of the main frame, which is not in contact with the main frame. When it is moved, it is in contact with the main frame. On one side of the crusher is a crushing hammer and on the other side is a cantilever crane.

Crusher includes: gyratory crusher, cone crusher, jaw crusher, double toothed roller crusher.

The receiving trough includes: an independently supported block-mounted connection structure, an independently supported block-mounted connection structure directly receiving ore, and an independently supported block-mounted connection structure connected with the tipping platform.

The buffer bin includes: a block structure that walks independently, and a block structure that connects to another discharge belt conveyor.

The semi-mobile crushing station device of the utility model directly receiving ore is safe and reliable, and can be widely used in the crushing process of iron ore, copper ore and limestone ore, especially for the crushing requirements of large-production stope with a processing capacity greater than 1500t/h.

Description of drawings

Figure 1 is a schematic diagram of the structure of the semi-mobile crushing station device directly receiving ore

Figure 2 is a cross-sectional view of the semi-mobile crushing station device directly receiving ore

In the figure: 1 is the receiving trough, 2 is the main beam, 3 is the attached beam, 4 is the crusher, 5 is the main frame, 6 is the buffer warehouse, 7 is the control tower, 8 is the crushing hammer, 9 is the cantilever crane, 10 is the discharge belt machine assembly

Detailed ways

The semi-mobile crushing station device directly receiving ore of the utility model is realized in this way, and the following is a specific description in conjunction with the accompanying drawings, see Fig. 1 and Fig. 2, the semi-mobile crushing station device directly receiving ore of the present utility model includes a material receiving trough 1 is designed as an independently supported block-mounted connection structure, the material receiving trough 1 is installed in the middle of the main beam 2, the side of the main beam 2 is connected to the attached beam 3 in the middle, and the material receiving trough 1 is installed on the top of the main beam and the attached beam. The material receiving trough 1 is independently supported, and the independent components are moved at one time, and the heavy-duty vehicles with electric wheels can be dumped and unloaded on both sides at the same time. The main frame 5 is the main structural frame when it is moved. The crusher 4 is installed on the top, and the buffer warehouse 6 is installed at the bottom. The control tower 7 is on the top of the main frame 5. It does not contact with the main frame 5 during production. The main frame 5 contacts together for piggybacking. The bottom of the crushing hammer 8 is a crushing hammer support, and the cantilever crane 9 is used for installation and maintenance of the crusher. The discharge belt conveyor assembly 10 is used to discharge the crushed gravel to the downstream main belt conveyor system, and at the same time, it is transferred as an independent component at one time.

The utility model solves the large-production stope crushing requirements with a processing capacity greater than 1500t/h. In the crushing station device, the heavy-duty plate-type feeder assembly with a receiving trough is removed, and the crusher assembly including the control tower and the discharge The belt conveyor assembly moves to the side of the dumping platform at the same time, the grooves of the dumping platform of the two dumping stations are properly widened, and the headroom matches the 15-section height of the stope. In the groove, the crusher is directly supported by two heavy vehicles at the same time. After dumping, the ore is crushed and discharged to the discharge belt conveyor assembly through the discharge chute. A receiving chute is installed on the top of the crusher. The receiving chute allows two heavy-duty vehicles with electric wheels to be dumped at the same time. The receiving chute is designed as an independently supported block connection structure. The attached beam is connected in the middle of the side, and the side main beam and the top of the attached beam are equipped with receiving troughs, allowing two heavy-duty vehicles with electric wheels to dump at the same time. The relocation time of the semi-mobile crushing station device is from the dismantling of the original site to the installation and commissioning of the new site, including the relocation of the crusher components of the control tower and the discharge belt conveyor components, which can be completed within 3 to 5 days.

directly to the tower. When the entire crusher assembly is relocated, the main frame of the crusher is moved together with the control tower, so that the crusher assembly including the control tower can be moved at one time. The crushers include gyratory crushers, cone crushers, jaw crushers, and double-toothed roller crushers. The control tower includes a control room. A hammer is installed next to the crusher, which is used to break large ore rocks and frozen blocks. A jib crane is installed on the other side of the crusher. On the lower track of the crusher, the lower part of the buffer bin includes a hoisting discharge chute, so that the discharge chute can be dragged out for maintenance and relocation of the crusher.

Claims (4)

1. a semi-mobile crushing plant device that directly is subjected to the ore deposit is characterized in that: by comprising that breaker assembly and the discharge sealing-tape machine assembly of controlling high building constitute; The breaker assembly of control high building: blow tank (1) is the packaged syndeton of independent support, and blow tank (1) is installed in the middle part of girder (2), connects attaching beam (3) in the middle of the girder (2), at the top of avris girder (2) and attaching beam (3) blow tank (1) is set; Mainframe (5) is the main structure frame that moves when establishing, disintegrating machine (4) is installed at the top, surge bunker (6) is installed in the bottom, control high building (7) is at the top of mainframe (5), do not contact with mainframe (5), moving when establishing and contact with mainframe (5), is stonebreakers' hammer (8) in a side of disintegrating machine (4), and opposite side is cantilever crane (9).

2. the semi-mobile crushing plant device that directly is subjected to the ore deposit according to claim 1 is characterized in that: described disintegrating machine (4) comprising: gyratory crusher, gyratory crusher, jaw crusher, double-geared roller crusher.

3. the semi-mobile crushing plant device that directly is subjected to the ore deposit according to claim 1 is characterized in that: described blow tank (1) comprising: the packaged syndeton of independent support, directly be subjected to the packaged syndeton of the independent support in ore deposit, the packaged syndeton of the independent support that connects with the dumping platform.

4. the semi-mobile crushing plant device that directly is subjected to the ore deposit according to claim 1 is characterized in that: described surge bunker (6) comprising: the packaged structure of independent ambulation, connect the packaged structure of another discharge sealing-tape machine.

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