33results about How to "Smooth sewage" patented technology

The invention discloses a discharge conduit of a toilet, comprising an incoming segment, a buffer segment obliquely extending to the upper right, a turning segment, a water-gathering segment obliquely extending to the lower left, and a discharge segment that are arranged in sequence; the inner diameters of inlets of the segments are respectively 59-61 mm, 55-57 mm, 49-51 mm, 52-54 mm and 53-55 mm, axes of the segments are in a same plane, the section of the discharge conduit along this plane is an axial section, a midpoint line of an inlet and outlet of the buffer segment at the axial section is 45-48 degrees angled to a horizontal line, a midpoint line of the inner wall of the turning segment at inner and outer curves of the axial segment is 35-38 degrees angled to the horizontal line, a midpoint line of an inlet and outlet of the water-gathering segment at the axial segment is 43-46 degrees angled to the horizontal line, and G3 continuation is provided between every two of the incoming segment, the buffer segment, the turning segment, the water-gathering segment and the discharge segment. The invention also discloses a toilet using the discharge conduit. The discharge conduit and the toilet have greatly decreased kinetic energy loss and smoother discharging during discharging and can save water for flushing.

The invention belongs to the field of cable processing equipment, and particularly relates to air blasting equipment for cable processing. The air blasting equipment for cable processing is characterized in that the air blasting equipment comprises a tank, a piston, an air cylinder, a first external filter screen slideway, a first cleaning sprayer fixing plate, a first cleaning sprayer, a second external filter screen slideway, a second cleaning sprayer fixing plate, a second cleaning sprayer, an air inlet pipe, a sewage collecting hopper, a metal filter screen, a sponge pad, a sewage drainage pipe and a sewage tank; the sewage collecting hopper is arranged outside the first external filter screen slideway, the second external filter screen slideway, the first cleaning sprayer and the second cleaning sprayer in a covering mode; a sewage drainage hole is formed in the bottom of the sewage collecting hopper; the metal filter screen and the sponge pad are sequentially installed inside the sewage collecting hopper from top to bottom; the metal filter screen is located below the first external filter screen slideway and the second external filter screen slideway; the sponge pad is located above the sewage drainage hole; and the sewage drainage pipe enables the bottom of the sewage collecting hopper to communicate with the sewage tank.

A water-saving deodorizing closestool comprises a closestool body, a closestool basin, a closestool cover and a straight-through anti-reflux device. The straight-through anti-reflux device comprises a spherical straight-through pipe, two seal baffles and a link mechanism; the upper end of the spherical straight-through pipe is communicated with a sewage-discharge basin neck on the lower portion of the closestool basin, and the lower end of the spherical straight-through pipe is communicated with a sewage-discharge elbow pipe; the seal baffles are hinged to fulcrums on the two sides of the sewage-discharge basin neck through rotating shafts; connecting rods at the tails of the seal baffles are provided with long sliding chutes; the connecting rods at the tails of the seal baffles penetrate through baffle grooves in the two sides of the spherical straight-through pipe and are connected with the link mechanism through the long sliding chutes; when the closestool cover is closed or opened, a push rod at the tail of the closestool cover drives the link mechanism to descend or ascend so as to drive the seal baffles to be opened or closed so that the opening of the sewage-discharge basin neck can be closed or opened. The water-saving deodorizing closestool is scientific and reasonable in design, low in cost, convenient to use, good in water-saving effect, good in deodorizing effect and capable of discharging sewage quickly.

The invention discloses a waste percolate collector. The waste percolate collector comprises a pipe shaft, a manhole and an overflow pipeline, wherein the upper end of the pipe shaft is suitable for being connected with a waste hopper and is used for collecting the waste percolate from the waste hopper; the manhole is arranged at the lower part of the pipe shaft and is adjacent to the lower end of the pipe shaft; and the upper end of the overflow pipeline is connected with the pipe shaft and is positioned above the manhole, and the lower end of the overflow pipeline is suitable for being communicated with a ground pool. The waste percolate collector provided by the invention can clean impurities deposited on the bottom part of the pipe shaft at a regular time through the manhole; and in addition, after the impurities in the percolate is deposited on the middle bottom part of the pipe shaft, clear liquor floats to the upper part of the pipe shaft, and when the liquor level of the clearliquor reaches the height of the overflow pipeline, the clear liquor can overflow into the overflow pipeline so as to enter into the ground pool through the lower end of the overflow pipeline, thus facilitating smooth pollution discharge.

The invention discloses a parent fish culture pond, and aims at solving the problems that the parent fish culture pond is troubled by unsmooth waste drainage, and being prone to blocking, the impurities suspending in the water of the parent fish culture pond cannot be cleaned easily, the cleaning process can frighten the parent fish easily, and the affected parent fish cannot reproduce adequately. The pond comprises a pond body. The bottom of the pond body is provided with a waste drainage hole. The waste drainage hole is communicated with a waste drainage pipe. The outer wall of the pond body is provided with several rings of water inlet pipes in regular intervals. All the rings of water inlet pipes are distributed uniformly. All the water inlet pipes tilt to a same direction, and are connected to the pond body. The center of the pond body is provided with a fixing rod. The lower end of the fixing rod is coupled with a scraping rod. The scraping rod is arranged in close proximity to the pond body bottom. A push blade is arranged on the connection rod. The location of the pond body, which is adjacent to the highest two water inlet pipes, is provided with an upper push rod and a lower push rod. The upper push rod is connected with an upper push piece. The lower push rod is connected with a lower push piece. The end parts of the upper push piece and the lower push piece are all close to the pond body inner wall. Both the upper push rod and the lower push rod can be rotationally connected with the fixing rod.

The invention discloses a method for filtering aquaculture water, which includes a step of filtering aquaculture water. The step of filtering aquaculture water is as follows: the aquaculture water to be filtered is driven by a power source and passes through the filter mesh from the bottom of the filter mesh in a state of surging water flow The present invention also discloses a filtering device for realizing the above-mentioned aquaculture water filtering method, comprising a box body and a filter screen set in the box body, the box body is provided with a water inlet and a water outlet, and the filter screen faces the water inlet The direction is inclined, the filter screen is located above the water inlet, and the lower end of the filter screen is connected with an upright partition. The two together divide the space in the box into a sewage area and a clean water area. The water inlet and the sewage area are communicated, and the water outlet is communicated with the clean water area. The invention makes most of the dirt in the aquaculture water collide with the filter screen under the drive of the surging water flow and settle down, which prolongs the filtering time, reduces the number of times of backwashing, and can achieve a better filtering effect.

The invention belongs to the technical field of water pumps, and in particular relates to a safe and anti-blocking sewage pump based on Bernoulli's principle, which includes a pump body on which two water inlet pipes arranged in parallel are installed. Filter screens are installed at the water inlet ends, and a sealed box is fixedly connected between the two water inlet pipes, and a gear rotates in the sealed box, and wings parallel to the axial direction of the water inlet pipes are provided in the two water inlet pipes. The two wing plates are arranged symmetrically with respect to the central axis of the sealed box, and the two wing plates are fixed by a connecting rod, and the connecting rod runs through the water inlet pipe and the sealed box and is sealed and slidably connected with the water inlet pipe. The connecting rod is provided with a tooth groove and meshed with a gear, and a rotating shaft is coaxially and fixedly connected inside the gear. The invention can change the pressure of the water flow through the wing plate to drive the cutting blade to rotate and cut the accumulated and clogged fibrous matter on the surface of the filter screen, so as to play a good role in dredging and preventing clogging, without the need for staff to check and clean up frequently.