CN204132206U - Separator of gathering is concentrated in shellfish algae field - Google Patents

Abstract

The utility model discloses a separator for centralized harvesting of shellfish and algae fields, which comprises a support seat arranged in a water tank, and the support seat is provided with a support, wherein: the support is provided with rollers; The drum has a circular outer frame arranged side by side, and the outer frame is connected by a beam; a metal mesh is provided on the cylindrical side of the separation drum; A conveyor belt is provided near the opposite side; one end of the separation drum close to the conveyor belt is higher than its end close to the drain pipe; a feed pipe is provided near the edge center of the high end of the separation drum. The feed pipe installed near the center of the upper edge of the separation drum can flush shellfish, algae, mixed sediment and a large amount of water into the separation drum, and the water, sediment and floating algae will be discharged to the side of the drain pipe through the water flow . Therefore, the utility model has the advantages of being able to effectively separate shellfish and algae at a high speed and improving the carbon sink capacity of the shellfish field area.

Description

Centralized harvesting separator for shellfish algae farm

technical field

The utility model relates to a large-scale industrialized shellfish collection device, in particular to a separator for centralized collection of shellfish and algae fields.

Background technique

There are many shellfish harvesting devices, and the relatively close technology is in the batch processing process of shellfish aquatic products, shellfish shelling and meat extraction have been mechanized, and the production efficiency of shellfish meat and shell separation has been improved. For example, CN102388944A Chinese invention patent application specification discloses "a kind of vibration shelling machine", which includes a main frame body, a recoil conveyor, a meat conveyor and a vibrating motor, and the recoil conveyor is placed in the main frame body. The meat conveyor is connected with the recoil conveyor, and the vibration motor is installed on the main frame body; the main frame body includes the bottom frame, shock absorbing device, baffle device, net frame, screen and pressing plate, the shock absorbing device and the bottom frame and The baffle device is connected, the baffle device is equipped with a grid frame, a screen is installed on the grid, and a pressure plate is installed on the screen; the meat conveyor includes a frame, a conveying device and a reducer, and a conveying device is installed on the frame. The device is connected with a reducer. In the above-mentioned open documents, the frequency of the vibrating motor is changed through a frequency converter to achieve the purpose of separating the shellfish from the shell. But what its sieve cloth adopted is a flat screen cloth, only relies on the vibration of sieve cloth to realize shell meat separation, still exists the incomplete deficiency of meat shell separation. Abroad, such as U.S. Patent 2204584, discloses a shellfish fishing device and method, which has the function of separating shellfish and sundries and sediment by a drum. However, there are many mixed growths of shellfish and algae in my country's coastal waters, which greatly increases my country's carbon dioxide pollution. The technical difficulty of sink fishery implementation, such as the use of this device will greatly increase the workload of manual separation operations in the later stage. Therefore, the prospects for the application of this equipment in our country are slim, and further refined design is needed.

Contents of the invention

The purpose of the utility model is to provide a shellfish and algae field centralized harvesting separator which can effectively separate shellfish and algae at a high speed and improve the carbon sink capacity of the shellfish and algae field area in view of the prior art.

The technical scheme adopted by the utility model to solve the above-mentioned technical problems is: shellfish and algae field centralized harvesting separator, including a support seat arranged in the water tank, and a support is provided on the support seat, wherein: the support is provided with rollers; Sliding clamping is provided with a separation drum; the separation drum has a circular outer frame arranged side by side, and the outer frame is connected by a beam; the cylindrical side of the separation drum is provided with a metal mesh; the separation drum is provided with a spiral cross dragon; There is a drain pipe at one end of the sink, and a conveyor belt is installed near the side opposite to the drain pipe; the position of the end of the separation drum close to the conveyor belt is higher than that of the end close to the drain pipe; a feed pipe is provided near the center of the edge of the high end of the separation drum . The roller clamps the separation drum, which can make the spiral cross-barrel set in the separation drum rotate at a low speed, and transport the heavy material along the cross-barrel to the end above the water surface, and finally fall onto the conveyor belt assembly. The feed pipe installed near the center of the upper edge of the separation drum can flush shellfish, algae, mixed sediment and a large amount of water into the separation drum, and the water, sediment and floating algae will be discharged to the side of the drain pipe through the water flow . the

In order to optimize the above-mentioned technical scheme, the measures taken also include: rollers are provided on the support; separation rollers are provided for sliding clamping on the rollers; the separation rollers have annular outer frames arranged side by side, and the outer frames are connected by beams; the separation rollers There is a metal mesh on the side of the cylinder; there is a spiral cross dragon inside the separation drum; there is a drain pipe at one end of the sink, and a conveyor belt is installed near the side opposite to the drain pipe; the position of the end of the separation drum near the conveyor belt is higher than that near the drain One end of the tube; a feed tube is provided near the center of the mouth at the high end of the separation drum. The roller clamps the separation drum, which can make the spiral cross-barrel set in the separation drum rotate at a low speed, and transport the heavy material along the cross-barrel to the end above the water surface, and finally fall onto the conveyor belt assembly. The feed pipe installed near the center of the upper edge of the separation drum can flush shellfish, algae, mixed sediment and a large amount of water into the separation drum, and the water, sediment and floating algae will be discharged to the side of the drain pipe through the water flow . The feed and discharge of the separation drum are at the higher end of the separation drum; the water flow direction of the water tank is opposite to the discharge direction of the separation drum. The discharge direction is opposite to the water flow direction, which can quickly and effectively separate the floating algae and sinking shellfish in two opposite directions. The separation drum has an inclination angle of 10° to 40° to the horizontal. The feed tube has a bell mouth. The bell mouth can reduce the jet velocity of the water outlet and prevent the material from spraying out of the separation drum. The water tank has an upper edge of one side wall of the drainpipe lower than the side walls of the remaining three sides. As a preferred solution, the algae floating on the water surface can be directly flowed out through the lowered gap by lowering the height of one side wall, and the drain pipe is arranged on the bottom side to discharge water and sediment. Inclined to facilitate the discharge of sediment.

Because the utility model adopts the rollers on the support; the separation rollers are slidingly clamped on the rollers; the separation rollers have annular outer frames arranged side by side, and the outer frames are connected by beams; the cylindrical sides of the separation rollers are provided with Metal mesh; there is a spiral cross dragon in the separation drum; there is a drain pipe at one end of the sink, and a conveyor belt is installed near the side opposite to the drain pipe; the position of the end of the separation drum near the conveyor belt is higher than that of the end near the drain pipe; the separation drum A feeding pipe is arranged near the center of the mouth at the high end. The roller clamps the separation drum, which can make the spiral cross-barrel set in the separation drum rotate at a low speed, and transport the heavy material along the cross-barrel to the end above the water surface, and finally fall onto the conveyor belt assembly. The feed pipe installed near the center of the upper edge of the separation drum can flush shellfish, algae, mixed sediment and a large amount of water into the separation drum, and the water, sediment and floating algae will be discharged to the side of the drain pipe through the water flow . Therefore, the utility model has the advantages of being able to effectively separate shellfish and algae at a high speed and improving the carbon sink capacity of the shellfish field area.

Description of drawings

Fig. 1 is a structural schematic diagram of an embodiment of the utility model.

Detailed ways

Below in conjunction with attached embodiment the utility model is described in further detail.

Description of reference numerals: separation drum 1, outer frame 11, cross beam 12, crossing dragon 13, support seat 14, support 15, roller 16, water tank 2, drain pipe 21, feed pipe 3, bell mouth 31, conveyor belt 4.

Embodiment: With reference to Fig. 1, shellfish algae field centralized harvesting separator, comprises the support base 14 that is arranged in the water tank 2, has support 15 on this support base 14, wherein: the support 15 is provided with roller 16; The sliding clamping is provided with a separation drum 1; the separation drum 1 has a circular outer frame 11 arranged side by side, and the outer frame 11 is connected by a beam 12; a metal mesh is arranged on the cylindrical side of the separation drum 1; There is a spiral crossing dragon 13; one end of the water tank 2 has a drain pipe 21, and a conveyor belt 4 is arranged near the side opposite to the drain pipe 21; A feed pipe 3 is provided near the center of the mouth at the high end of the drum 1 . The roller 16 clamps the separation drum 1, which can make the spiral crossing dragon 13 set in the separation drum 1 rotate at a low speed, and transport the sinking material along the crossing dragon 13 to the end above the water surface, and finally fall to the conveyor belt 4 on the component. The feed pipe 3 provided near the center of the upper edge of the separation drum 1 can flush shellfish, algae, mixed sediment and a large amount of water into the separation drum 1, and the water, sediment and floating algae flow to the drain pipe through the water 21 side discharge. The feeding and discharging of the separating drum 1 are at the higher end of the separating drum 1; The discharge direction is opposite to the water flow direction, which can quickly and effectively separate the floating algae and sinking shellfish in two opposite directions. The separation drum 1 has an inclination angle of 10 degrees to 40 degrees with the horizontal. The feed tube 3 has a bell mouth 31 . The bell mouth 31 can reduce the speed of fire of the water outlet, preventing the material from ejecting the separation drum 1. The water tank 2 has an upper edge of one side wall of the drain pipe 21 lower than the other three side walls. As a preferred solution, the algae floating on the water surface can be directly flowed out through the reduced gap by reducing the height of one side wall, and the drain pipe 21 is arranged on the bottom side for discharging water flow and silt. The 21 sides are inclined to facilitate the discharge of silt.

Although the utility model has been described in conjunction with the preferred embodiment, it is not intended to limit the utility model, any skilled in the art, without departing from the spirit and scope of the utility model, can make reference to the utility model listed here The subject matter is subject to various changes, substitutions of equivalents and modifications, so the scope of protection of the present invention should be determined only by the scope defined by the appended claims.

Claims (1)

1. separator of gathering is concentrated in shellfish algae field, comprises the carrier base (14) be arranged in tank (2), this carrier base (14) has support (15), it is characterized in that: described support (15) is provided with roller (16); The upper slip clamping of described roller (16) is provided with separation barrel (1); Described separation barrel (1) has the annular housing (11) be set up in parallel, and described housing (11) is connected by crossbeam (12); The cylindrical sides of described separation barrel (1) is provided with wire netting; Spiral helicine friendship dragon (13) is provided with in described separation barrel (1); Described tank (2) one end has drainpipe (21), is provided with conveyer belt (4) near the side relative with described drainpipe (21); Described separation barrel (1) near an end position of described conveyer belt (4) higher than its one end near described drainpipe (21); The bead immediate vicinity of one end that described separation barrel (1) position is high is provided with feed pipe (3).