A dual channel gatherer

Abstract

The utility model relates to a kind of double-channel collector, its structure is: pressure filter is equipped in the top of support frame, its periphery is equipped with feeding screw feeder II, straight-through screw feeder and collector respectively;Double discharge port screw feeder is arranged outside support frame, the inlet of double discharge port screw feeder is unified feeding inlet, the lower of double discharge port screw feeder is equipped with feeding screw feeder I, the first outlet of double discharge port screw feeder corresponds with the inlet of feeding screw feeder I, the outlet position of feeding screw feeder I corresponds with the inlet of feeding screw feeder II;The second outlet of double discharge port screw feeder corresponds with the inlet position of straight-through screw feeder.The double-channel collector uses the outlet of double discharge port screw feeder to correspond two different paths feeding screw feeder respectively, when one of feeding screw feeder stops, its effect is same with the effect of existing electric control valve, to realize the purpose of branch transmission.

Description

Technical Field

[0001] This utility model relates to a dual-channel material collector, belonging to the technical field of material conveying equipment. Background Technology

[0002] There are many ways to transport materials, but for powder materials, which are dusty, screw feeders are usually used for transport. This can effectively control dust emission and also effectively control the dynamic metering of materials, which facilitates subsequent continuous batching.

[0003] However, within the existing workshop, the same material may have two different process requirements. One process requires the material to pass through a filter press, with the liquid material discharged first. The other process allows for direct feeding of the material without passing through a filter press. Currently, the two processes use different screw feeders for material transport, and they cannot achieve discharge from the same outlet. To solve this problem, technicians have used electrically controlled valves for branch control. However, powder is prone to clogging in the electrically controlled valves, requiring frequent maintenance and thus wasting manpower and resources, thereby increasing product costs. Summary of the Invention

[0004] The technical problem to be solved by this utility model is to provide a dual-channel collector. The dual-channel collector adopts a double-outlet screw feeder with the outlets of two different feeding screw feeders. When one of the feeding screw feeders stops, its function is the same as that of the existing electric control valve, thereby achieving the purpose of splitting the conveying.

[0005] To solve the above problems, the specific technical solution of this utility model is as follows: A dual-channel collector is provided, with a filter press mounted above a support frame. A feeding screw feeder II, a straight screw feeder, and a collector are respectively arranged around the filter press. The outlet of the feeding screw feeder II corresponds to the inlet of the filter press, the inlet of the collector corresponds to the outlet of the straight screw feeder, and the middle shell of the collector has an opening corresponding to the outlet of the filter press. The outlet of the collector is a unified discharge port. A double-discharge screw feeder is installed outside the support frame, with a unified inlet. Below the double-discharge screw feeder is a feeding screw feeder I. The first outlet of the double-discharge screw feeder corresponds to the inlet of the feeding screw feeder I, and the outlet of the feeding screw feeder I corresponds to the inlet of the feeding screw feeder II. The second outlet of the double-discharge screw feeder corresponds to the inlet of the straight screw feeder.

[0006] The tail of the double-outlet screw feeder is tilted upward at an angle of 2° to 10°.

[0007] The feed inlet of the feeding screw feeder I is located below the first outlet of the double discharge screw feeder; the bottom inlet of the feeding screw feeder II is located below the feeding screw feeder I, the top is inclined upwards, and the outlet is located at the inlet of the filter press.

[0008] The dual-channel collector of this application adopts the above structure, which can start different screw feeders according to actual process requirements, thereby completing different feeding directions, and can discharge materials at the same outlet, which not only saves space, but also saves labor handling costs. Attached Figure Description

[0009] Figure 1 This is the front view of the dual-channel feeder.

[0010] Figure 2 This is a top view of the dual-channel feeder.

[0011] Figure 3 This is a left view of a dual-channel feeder.

[0012] Figure 4 for Figure 1 The K-direction view. Detailed Implementation

[0013] like Figures 1 to 4 As shown, a dual-channel collector includes a filter press 4 mounted above a support frame 7. A feeding screw feeder II3, a straight screw feeder 5, and a collector 6 are arranged around the filter press 4. The outlet of the feeding screw feeder II3 corresponds to the inlet of the filter press 4, the inlet of the collector 6 corresponds to the outlet of the straight screw feeder 5, the middle shell of the collector 6 has an opening corresponding to the outlet of the filter press 4, and the outlet of the collector 6 is a unified discharge port 8. The double-outlet screw feeder 1 is installed outside the support frame 7. The inlet of the double-outlet screw feeder 1 is a unified inlet 9. Below the double-outlet screw feeder 1 is a feeding screw feeder I2. The first outlet of the double-outlet screw feeder 1 corresponds to the inlet of the feeding screw feeder I2, and the outlet of the feeding screw feeder I2 corresponds to the inlet of the feeding screw feeder I3. The second outlet of the double-outlet screw feeder 1 corresponds to the inlet of the straight screw feeder 5.

[0014] The tail of the double-outlet screw feeder 1 is inclined upward at an angle of 2° to 10°. The inlet of the feeding screw feeder I2 is located below the first outlet of the double-outlet screw feeder 1; the bottom inlet of the feeding screw feeder II3 is located below the feeding screw feeder I2, the top is inclined upward, and the outlet is located at the inlet of the filter press 4. By adjusting the inclination of the different screw feeders, continuous material conveying can be achieved.

[0015] For those skilled in the art, the filter press 4 of this application can be replaced with other processing equipment that meets other process requirements, such as crushing, batching and other process equipment.

[0016] The working process of the dual-channel collector in this application is as follows: 1. The material conveying route for the filter press process is as follows: the straight-through screw feeder 5 is in the closed state, and the other screw feeders are in the open state; the material enters from the inlet 9 and is conveyed to the first outlet through the double-outlet screw feeder 1. Since the feeding screw feeder I2 is in the rotating state, the material enters the inlet of the feeding screw feeder I2; the straight-through screw feeder 5 is in the closed state, and the material cannot be conveyed through this path, so it acts as a solenoid valve; the material passes through the feeding screw feeder I2, the feeding screw feeder II3, the filter press 4 and the collector 6 in sequence, and is finally discharged from the outlet 8.

[0017] 2. The material transfer route without pressure filtration is as follows: the feeding screw feeder I2 and feeding screw feeder II3 are in the closed state; the material enters from the inlet 9 and is transferred to the second outlet through the double discharge screw feeder 1; the straight screw feeder 5 is in the running state, and the material enters the inlet of the straight screw feeder 5; since the feeding screw feeder I2 and feeding screw feeder II3 are in the closed state, the material cannot be transferred through this path, so it acts as a solenoid valve; the material passes through the straight screw feeder 5 and the collector 6 in sequence, and is finally discharged from the outlet 8.

Claims

1. A dual-channel collector, characterized in that: A filter press (4) is installed above the support frame (7). Around the filter press (4) are a feeding screw feeder II (3), a straight screw feeder (5), and a collector (6). The outlet of the feeding screw feeder II (3) corresponds to the inlet of the filter press (4), the inlet of the collector (6) corresponds to the outlet of the straight screw feeder (5), the middle shell of the collector (6) has an opening, the opening corresponds to the outlet of the filter press (4), and the outlet of the collector (6) is a unified discharge port (8). The screw feeder (1) is set outside the support frame (7). The inlet of the double-outlet screw feeder (1) is a unified feed port (9). The feed screw feeder I (2) is located below the double-outlet screw feeder (1). The first outlet of the double-outlet screw feeder (1) corresponds to the inlet of the feed screw feeder I (2). The outlet of the feed screw feeder I (2) corresponds to the inlet of the feed screw feeder II (3). The second outlet of the double-outlet screw feeder (1) corresponds to the inlet of the straight screw feeder (5).

2. The dual-channel collector according to claim 1, characterized in that: The tail of the double-outlet screw feeder (1) is tilted upward at an angle of 2° to 10°.

3. The dual-channel collector according to claim 1, characterized in that: The feed inlet of the feeding screw feeder I (2) is located below the first outlet of the double discharge screw feeder (1); the bottom inlet of the feeding screw feeder II (3) is located below the feeding screw feeder I (2), the top is tilted upward, and the outlet is located at the inlet of the filter press (4).

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