CN205419949U - Overlap circulation mud soil pick -up processing apparatus - Google Patents

Abstract

The utility model discloses an overlapping cycle sludge suction sewage treatment device, which is composed of a mounting frame, a generator set, a crushing device, a vacuum pump, a sewage suction box, a sewage suction pipeline, etc. Firstly, the vacuum pump alternately sucks the first sewage suction tank and the second sewage suction tank to form a negative pressure, suck the sludge into the crushing device, crush the large pieces of garbage, squeeze and filter them, and then discharge them from the discharge bin. The separated liquid is pumped to the first sewage suction tank or the second sewage suction tank In the sewage suction tank, when the liquid is full, the automatic valves of the suction pipe and the water inlet pipe of the working circuit are closed, and the other tank starts to suck, and the automatic valve of the closed circuit is opened to relieve pressure, and the slag discharge cover is automatically opened for discharge, and the period is uninterrupted. operate. In addition, the utility model is also equipped with a dredging device, which can dredge and clean the blocked pipeline through the high pressure generated by the high-pressure water pump. It has the advantage of efficient and convenient processing directly on site.

Description

Overlap cycle sludge suction treatment device

technical field

The utility model relates to the field of environmental protection, in particular to an overlapping circulation sludge suction treatment device.

Background technique

In people's daily production and life, not only factories often discharge sewage or high-water content sewage, but also a large number of highly concentrated urban population will produce a large amount of domestic garbage and excrement sewage every day, which will affect people's daily life environment , need to be processed in a timely manner. The above-mentioned pollutants are mostly in the state of solid-liquid coexistence, and their physical properties are different from those of solid waste, so their treatment and discharge need to follow their laws. Traditional feces-suction sewage treatment equipment, from semi-automatic septic tank sewage hardening treatment machines to fully automatic sewage suction, sludge and feces rapid treatment systems, can treat sewage. However, these devices need to be vacuumized first, and then to carry out reaction treatment. During this process, they need to be shut down for reaction, and finally the dirt is discharged. The treatment efficiency is low and the time for treating the dirt is long.

Utility model content

The purpose of the utility model is to provide an overlapping circulation sludge suction sewage treatment device with high sewage treatment efficiency.

For achieving the above object, the technical solution of the utility model is:

The utility model is an overlapping circulation sludge suction treatment device, which includes a mounting frame, a generator set, a crushing device, a vacuum pump, a sewage suction box, a sewage suction pipeline, and a clean water tank; the generator set, the crushing device, the vacuum pump, The sewage suction tank and the clean water tank are all installed in the mounting frame, and the generator set provides power for the crushing device and the vacuum pump; the sewage suction tank is composed of the first sewage suction tank and the second sewage suction tank; the sewage suction pipeline is composed of Composed of two suction pipes and two water inlet pipes, two valves are provided at the junction of the two suction pipes and the two water inlet pipes, the two suction pipes and the two water inlet pipes in the sewage suction pipe The pipelines are respectively connected to the first sewage suction tank and the second sewage suction tank; each of the first sewage suction tank and the second sewage suction tank is provided with a slag discharge cover; the suction port of the vacuum pump is respectively connected to the second suction tank through two suction pipes. One sewage suction tank and the second sewage suction tank, the air outlet of the vacuum pump is connected to the clean water tank, and the two liquid outlets of the crushing device are respectively connected to the first sewage suction tank and the second sewage suction tank through two water inlet pipes, thus forming a circuit. The solid is squeezed and filtered and then discharged to the discharge bin, and the solid discharge port of the crushing device is connected to a container.

The installation frame is composed of a frame and a partition; the partition is fixed in the frame and the top of the partition forms a first sewage suction tank and a second sewage suction tank.

The utility model also includes a dredging device, the dredging device is installed on the mounting frame, the dredging device is powered by a generator set, the water inlet of the dredging device is connected with the fresh water tank through a pipeline, and a water spray gun is installed at the drain of the dredging device .

The crushing device is a crushing grid machine or a crushing filter press.

The dredging device is a dredging pump or a high-pressure water pump.

After adopting the above scheme, since the utility model is mainly composed of a mounting frame, a generator set, a crushing device, a vacuum pump, a sewage suction box, a sewage suction pipeline, etc., firstly, the first sewage suction tank and the second sewage suction tank are alternately sucked by the vacuum pump, Make it form a negative pressure, suck the sludge into the crushing device, crush the large pieces of garbage, squeeze and filter them, and then discharge them from the discharge bin. The separated liquid is pumped into the first sewage suction tank or the second sewage suction tank, and the liquid is full The automatic valves of the suction pipe and the water inlet pipe of the final working circuit are closed, and the other tank starts to suck, the automatic valve of the closed circuit is opened to relieve pressure, and the slag discharge cover is automatically opened to discharge materials, during which the operation is continuous and alternate. In addition, the utility model is also equipped with a dredging device, which can dredge and clean the blocked pipeline through the high pressure generated by the high-pressure water pump. It has the advantage of efficient and convenient processing directly on site.

Below in conjunction with accompanying drawing and specific embodiment the utility model is described further.

Description of drawings

Fig. 1 is an axonometric view of the utility model;

Fig. 2 is a three-dimensional exploded view of the utility model;

Fig. 3 is the forward axonometric view of the utility model with the mounting frame removed;

Fig. 4 is a rear perspective view of the utility model without the installation frame.

detailed description

As shown in Figures 1-4, the utility model is an overlapping circulation sludge suction treatment device, including a mounting frame 01, a generator set 02, a crushing device 03, a vacuum pump 04, a sewage suction box 05, and a sewage suction pipeline 06 , Dredge device 07 and clean water tank 08.

The dirt suction box 05 is composed of a first dirt suction tank 051 and a second dirt suction tank 052 .

The installation frame 01 is composed of a frame 011 and a partition 012; the partition 012 is fixed in the frame 011 and the upper part of the partition 012 forms the first suction tank 051 and the second suction tank of the suction box 05 052. The first sewage suction tank and the second sewage suction tank are each provided with a slag discharge cover (not shown in the figure);

The generator set 02, crushing device 03, vacuum pump 04, suction tank 05, dredging device 07 and clean water tank 08 are all installed in the mounting frame 01, and the generator set 02 provides power for the crushing device 03, vacuum pump 04, and dredging device 07. .

The sewage suction pipeline 06 is collected to the pipeline 063 by two suction pipelines 061, 062, and two valves 09 are arranged at the junction of the two suction pipelines 061, 062 and the collection pipeline 063. In the suction pipeline 06 The two suction pipes 061 and 062 of the vacuum pump are respectively connected to the first sewage suction tank 051 and the second sewage suction tank 052; the suction port of the vacuum pump 04 is connected to the pipeline 063, and the air outlet of the vacuum pump 04 is connected to the clean water tank 08 through the pipeline, and the crushing device 03 The two liquid outlets are respectively connected to the first sewage suction tank 051 and the second sewage suction tank 052 through the two water inlet pipes 031 and 032 of the sewage suction pipeline, and the solid discharge port 033 of the crushing device 03 is externally connected to the container.

The water inlet of the dredging device 07 is communicated with the fresh water tank 08 through a pipeline, and a water spray gun is installed at the drain of the dredging device 07 .

The crushing device 03 is a crushing grid machine or a crushing filter press.

The dredging device 07 is a dredging pump or a high-pressure water pump.

Working principle of the utility model:

The whole system is powered by generator set 02 (diesel generator).

Firstly, the first sewage suction tank 051 and the second sewage suction tank 052 are alternately sucked by the vacuum pump 04 to form a negative pressure, and the sludge is sucked into the crushing device 03, and the large pieces of garbage are crushed, squeezed and filtered, and then discharged from the discharge bin , the separated liquid is pumped into the first sewage suction tank 051 or the second sewage suction tank 052. After the liquid is full, the automatic valves of the suction pipe and the water inlet pipe of the working circuit are closed, and the other tank starts to suck, and the closed circuit automatically The valve is opened to relieve pressure, and the slag discharge cover is automatically opened to discharge materials, during which the operation is continuous and alternate. In addition, the utility model is also equipped with a dredging device, which can dredge and clean the blocked pipeline through the high pressure generated by the high-pressure water pump.

The key points of the present utility model are just: the suction box is made up of the first sewage suction tank and the second sewage suction tank.

The above is only a preferred embodiment of the utility model, and there are many structural forms of the sewage suction box, so the scope of implementation of the utility model cannot be limited with this, that is, it is made according to the patent scope of the utility model and the contents of the specification sheet. The equivalent changes and modifications should still fall within the scope covered by the utility model patent.

Claims (5)

1. an overlapping circulating sludge soil pick-up processing means, it is characterised in that: include installing rack, generating set, reducing mechanism, vacuum pump, soil pick-up case, soil pick-up pipeline, filtered water tank；Described generating set, reducing mechanism, vacuum pump, soil pick-up case, filtered water tank are all arranged in installing rack, and generating set is reducing mechanism, vacuum pump provides electric power；Described soil pick-up case is made up of the first dirt-absorption tank and the second dirt-absorption tank；Described soil pick-up pipeline is made up of two aspirating air pipes and two inlet channels, all being provided with two valves in the junction of two aspirating air pipes and two inlet channels, two aspirating air pipes and two inlet channels in soil pick-up pipeline are respectively communicated with the first dirt-absorption tank and the second dirt-absorption tank；First dirt-absorption tank and the second dirt-absorption tank are respectively provided with a deslagging lid；The air entry of described vacuum pump is respectively communicated with the first dirt-absorption tank and the second dirt-absorption tank by two suction nozzles, the gas outlet connection filtered water tank of vacuum pump, two liquid outlets of reducing mechanism connect the first dirt-absorption tank and the second dirt-absorption tank by two inlet channels respectively, the solids exit mouth external container of reducing mechanism.

Overlapping circulating sludge soil pick-up processing means the most according to claim 1, it is characterised in that: described installing rack is made up of framework and dividing plate；Described dividing plate is fixed on interior and dividing plate the top of framework and forms the first dirt-absorption tank and the second dirt-absorption tank.

Overlapping circulating sludge soil pick-up processing means the most according to claim 1, it is characterized in that: also include dredger, described dredger is arranged on installing rack, dredger is provided electric power by generating set, the water inlet of dredger is connected with filtered water tank, equipped with water pistol at the discharge outlet of dredger by pipeline.

Overlapping circulating sludge soil pick-up processing means the most according to claim 1, it is characterised in that: described reducing mechanism is for pulverizing grid maker or pulverizing pressure filter.

Overlapping circulating sludge soil pick-up processing means the most according to claim 3, it is characterised in that: described dredger is dredging pump or high-pressure hydraulic pump.