Discharge port connecting device for rotary equipment

Abstract

The invention discloses a discharge port connecting device for rotary equipment, and relates to the field of food processing. The rotary equipment comprises the discharge port and a receiving hopper positioned below the discharge port, the connecting device comprises a cover plate which is in an annular shape and arranged on the outer side wall of the discharge port in a sleeved mode, the connecting device further comprises a baffle plate which is in a cylindrical shape and connected to the top of the receiving hopper and surrounds the discharge port, and the periphery of the cover plate is located on the outer side of the baffle plate in the radial direction. The discharge port connecting device for the rotary equipment is simple and reliable in structure, and the discharge port is insidethe barrel-shaped baffle plate, so that material leakage is avoided; the relative height of the baffle plate and the receiving hopper can be adjusted so that different equipment requirements can be met; and the periphery of the cover plate is located on the outer side of the baffle plate in the radial direction, so that the materials are prevented from being polluted by other substances.

Description

technical field [0001] The invention belongs to the field of food processing, and more specifically relates to a discharge opening connection device for rotary equipment. Background technique [0002] In many grain production and processing processes, the main body of the equipment moves regularly, such as the white rice sieve used in the rice production workshop, which needs to be sieved by rotary motion, and its bracket and outlet are fixed. There are currently two main forms of connection between the feed port and the feed pipe or between the discharge port and the receiving hopper of this type of equipment: [0003] The first one is that the feed pipe or the discharge port at the bottom of the main body of the equipment is relatively small, and the feed port or the receiving hopper at the bottom of the discharge port is relatively large. Since the main body of the equipment will perform a plane rotary motion, the discharge port and the receiving hopper There is a large ...

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Problems solved by technology

[0003] The first one is that the feed pipe or the discharge port at the bottom of the main body of the equipment is relatively small, and the feed port or the receiving hopper at the bottom of the discharge port is relatively large. Since the main body of the equipment will perform a plane rotary motion, the discharge port and the receiving hopper There is a large gap between them, and there is a risk of foreign matter being mixed in. For food processing, food safety cannot be guaranteed;

[0004] The second is to use a soft connection between the inlet and the inlet pipe or between the outlet and the hopper, usually a hose or soft cloth. Since the main body of the equipment needs to be rotated, the bottom of the inlet pipe or the outlet The receiving hopper is fixed, so the length of the soft connection needs to be long enough to leave room for the main body of the equipment to rotate. Such a structure will easily retain the materials coming out of the main body of the equipment at the soft connection, and the materials stored for a long time , may deteriorate, and the upper and lower pipe connections are prone to wear due to friction

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