CN207483387U - The emergent medicine machine of integration - Google Patents

Abstract

The utility model discloses the emergent medicine machine of integration, which includes drug storage area, feeding operations area, dynamic Control room and medicament mixed zone；It is made of inside the drug storage area multiple mutually independent explosive boxs, electrical communication valve is equipped between explosive box；The medicament mixed zone is made of immersible pump, water band, pipe-line mixer, dosing hose and hydraulic giant, the import of pipe-line mixer is connected with one end of water band and one end of dosing hose, the outlet connection hydraulic giant of pipe-line mixer, the other end connection of water band is placed in the immersible pump in river water, the port of export of the other end connecting screw pump of dosing hose, the input end connection explosive box of screw pump；The dynamic Control room is equipped with generator and power control cabinet, and power control cabinet and generator provide power supply for each transfer tube and control valve and automatically control；The feeding operations area, which is equipped with, touches the variable-frequency screw pump that screen is controlled the display panel and connect with each explosive box.The utility model has many advantages, such as that integrated level is high, floor space is small, operation and maintenance are simple.

Description

Integrated emergency dosing equipment

technical field

The utility model relates to black and odorous water treatment equipment, in particular to an integrated emergency dosing equipment for multi-point emergency dosing to treat black and odorous water.

Background technique

Urban rivers are one of the main components of urban landscape water bodies. They not only have economic value such as water and soil conservation, water storage and flood control, and water quality conservation, but also have ecological and cultural values that beautify the urban landscape and enrich the cultural connotation of the city. They have become the charm of many cities. endorsement. However, with the acceleration of the pace of urbanization and the improvement of the degree of industrialization, urban rivers, as the main sewage channels and places for urban wastewater and domestic sewage, have suffered excessive pollution, resulting in black and smelly water bodies. Black and odorous water body is a very serious water pollution phenomenon, poisoning aquatic organisms, making aquatic organisms and water birds disappear; destroying river ecosystems, destroying the use and value of rivers for drinking, landscape, swimming or fish farming; It can cause serious harm to human life and health. For example, black and odorous water can cause sensory discomfort to human beings. In severe cases, it can lead to anorexia, nausea, and even damage the excitatory and regulatory functions of the central nervous system and cerebral cortex. At present, more than 80% of urban rivers in our country are polluted, showing seasonal or perennial black and odorous phenomena, which destroys the beautiful image of the city and seriously restricts the development of cities in our country.

Utility model content

The technical problem to be solved by the utility model is to provide an integrated emergency dosing system, which is suitable for the emergency treatment of black and odorous water bodies. Its investment cost and operation cost are relatively low, the floor area is small, the mobility is strong, and no specialized technical personnel are required. manage.

The utility model solves the above technical problems with the following technical solutions:

The integrated emergency dosing equipment of the utility model includes a medicine storage area, a dosing operation area, a power control room and a medicine mixing area; the inside of the medicine storage area is composed of a plurality of mutually independent medicine storage boxes, and An electronic communication valve is provided; the medicament mixing area is composed of a submersible pump, a hose, a pipeline mixer, a dosing hose and a water gun, and the inlet of the pipeline mixer is connected with one end of the hose and one end of the dosing hose. The outlet of the pipeline mixer is connected to the water gun, the other end of the hose is connected to the submersible pump placed in the river, the other end of the dosing hose is connected to the outlet of the screw pump, and the inlet of the screw pump is connected to the drug storage tank; the power control The room is equipped with a generator and an electric control cabinet. The electric control cabinet and the generator provide power and automatic control for each driving pump and control valve; Frequency conversion screw pump.

The top of each medicine storage box is provided with a medicine inlet, an exhaust port, and a manhole, the top of the medicine storage box is provided with an overflow port, and the bottom of the medicine storage box is provided with a medicine outlet and an emptying port. The position of the mouth is lower than the drug outlet, and the position of the electronic communication valve is slightly higher than the drug outlet.

Each medicine storage box is equipped with a liquid level detection device; the side of the whole medicine storage area is provided with an openable lifting door.

The medicine storage box is made of stainless steel, or made of carbon steel with glass fiber reinforced plastic or carbon steel with anti-corrosion material.

The integrated emergency dosing equipment of the utility model has the advantages of high integration, small floor space, simple operation and maintenance, etc., and is especially suitable for emergency treatment of black and odorous water bodies. Technician management.

Description of drawings

Fig. 1 is a top view structural schematic diagram of the integrated emergency dosing equipment of the present utility model;

Fig. 2 is a front structural schematic diagram of the integrated emergency dosing equipment of the present invention.

In the figure: 1-submersible pump; 2-water belt; 3-pipe mixer; 4-water gun; 5-dosing hose; 6-generator; 7-screw pump; 8-drug outlet; 9-empty 10-electric control cabinet; 11-touch screen control display panel; 12-medicine inlet; 13-exhaust port; 14-overflow port; 15-manhole; 16-electronic communication valve; 17-lifting door, A-medicine mixing area, B-medicine storage area, C-dosing operation area, D-power control room.

Detailed ways

The integrated emergency dosing equipment of the present utility model is further described below in conjunction with the accompanying drawings:

As shown in Figure 1 and Figure 2, the integrated emergency dosing equipment of the utility model includes a medicine storage area B, a dosing operation area C, a power control room D, and a medicine mixing area A; the inside of the medicine storage area B is composed of multiple Composed of two independent drug storage boxes, an electronic communication valve 16 is arranged between the drug storage boxes; the drug mixing area A is composed of a submersible pump 1, a water belt 2, a pipeline mixer 3, a drug adding hose 5 and a water gun 4. , the inlet of pipeline mixer 3 is connected with one end of hose 2 and one end of dosing hose 5, the outlet of pipeline mixer 3 is connected with water gun 4, and the other end of hose 2 is connected with submersible pump 1 placed in river water, The other end of the dosing hose 5 is connected to the outlet end of the screw pump 7, and the inlet end of the screw pump 7 is connected to the drug storage box in the drug storage area B; the power control room D is provided with a generator 6 and an electric control cabinet 10, Electric control cabinet 10 and generator 6 provide electric power and automatic control for electric control components such as each submersible pump 1, screw pump 7 and electronic communication valve 16 when working; the described dosing operation area C is provided with a touch screen control display panel 11 and The screw pump 7 connected with each medicine storage box, the screw pump 7 can be controlled by variable frequency, and is used to transport the medicine liquid in the medicine storage box.

The top of each drug storage box in the drug storage area B is provided with a drug inlet 12, an exhaust port 13, and a manhole 15, and an overflow port 14 is provided on the upper part of the drug storage box, and the position of the overflow port 14 is lower than the drug inlet. Mouth 12, the bottom of the medicine storage box is provided with a drug outlet 8 and an emptying port 9, the position of the emptying port 9 is lower than the drug outlet 8, and the position of the electronic communication valve 16 is slightly higher than the drug outlet 8.

Each drug storage box in the drug storage area B is equipped with an ultrasonic liquid level gauge or other liquid level detection devices (not shown in the figure); the side of the entire drug storage area is provided with an openable lifting door 17.

The medicine storage box in the medicine storage area B is made of stainless steel, and can also be made of carbon steel plus lined glass fiber reinforced plastic or carbon steel plus anti-corrosion material.

The screw pumps 7 connected to each medicine storage box are arranged on the bottom plate of the medicine adding operation area C, and the height is convenient for personnel to operate.

In the power control room D, the generator 6 is arranged on the bottom plate of the power control room, and the circuit control cabinet 10 is arranged on the wall of the power control room, and the height is convenient for personnel to operate.

The working principle of the utility model is as follows:

First open the lifting door 17, and the medicinal solution to be added is added to the medicine storage box through the medicine inlet 12. When the medicinal solution is too much, it will flow out from the overflow port 14. At this time, the medicine feeding should be stopped. The generated gas will be discharged through the exhaust port 13, and the liquid medicine will flow out from the drug outlet 8 after reaching the place where the medicine needs to be added. When the medicine storage box needs to be cleaned, the liquid medicine in the box is emptied by the emptying port 9, and cleaning personnel enter from the manhole 15 to clean.

The speed of the screw pump 7 can be set on the touch screen control display panel 11 to control the dosing amount. At the same time, the liquid level of each medicine storage tank can be observed in real time. When the liquid level is too low, the panel will alarm and forcibly shut down the screw. The pump 7 prevents the screw pump 7 from idling. In addition, the switch of the communication valve 16 can also be operated on the touch screen control display panel 11 to realize the separate or combined use of the medicine storage box.

After the generator 6 starts to supply power, the screw pump 7 and the submersible pump 1 are turned on through the circuit control cabinet 10 . The liquid medicine is transported into the pipeline mixer 3 by the screw pump 7 through the pipe fittings and the dosing hose 5 , and the river water is transported into the pipeline mixer 3 by the submersible pump 1 through the water belt 2 . The liquid medicine and the river water are fully mixed in the pipeline mixer 3, and finally sprayed into the water body that needs to be treated by the water gun 4, so as to treat the black and odorous water body in an emergency, so that the black and odorous water body can be temporarily treated.

The utility model can realize the dosing amount control through the circuit control cabinet 10, the dosing equipment failure alarm, the liquid level of the medicine storage box is too low and the screw pump 7 is forced to shut down to prevent the screw pump 7 from idling, and the power is generated when there is an external power supply The device can be replaced by an external power supply.

Claims (4)

1. Integrated emergency dosing equipment, characterized in that it includes a medicine storage area, a dosing operation area, a power control room and a medicine mixing area; the inside of the medicine storage area is composed of a plurality of mutually independent medicine storage boxes, the storage There is an electronic communication valve between the medicine boxes; the medicine mixing area is composed of a submersible pump, a hose, a pipe mixer, a dosing hose and a water gun. One end is connected, the outlet of the pipe mixer is connected to the water gun, the other end of the hose is connected to the submersible pump placed in the river, the other end of the dosing hose is connected to the outlet of the screw pump, and the inlet of the screw pump is connected to the storage tank; The power control room is equipped with a generator and an electric control cabinet, and the electric control cabinet and the generator provide power and automatic control for each drive pump and control valve; Variable frequency screw pump connected to the tank. 2. The integrated emergency dosing equipment according to claim 1, characterized in that, the top of each medicine storage box is provided with a medicine inlet, an exhaust port, and a manhole, and the top of the medicine storage box is provided with an overflow port, The lower part of the medicine storage box is provided with a drug outlet and an emptying port, the position of the emptying port is lower than the drug outlet, and the position of the electronic communication valve is slightly higher than the drug outlet. 3. The integrated emergency dosing equipment according to claim 1 or 2, wherein each medicine storage tank is equipped with a liquid level detection device; the side of the whole medicine storage area is provided with an openable lifting door. 4. The integrated emergency dosing device according to claim 1 or 2, wherein the medicine storage box is made of stainless steel, or made of carbon steel lined with glass fiber reinforced plastic or carbon steel and anti-corrosion material.