JP3213316U - Environmental protection equipment for sewage preservation - Google Patents

Abstract

Kind Code: A1 An object of the present invention is to provide a low-cost environmental protection device for sewage storage that realizes various types of sewage classification and storage, avoids chemical reactions caused by mixing, secures safe transportation, and has a simple structure. SOLUTION: A reserve tank main body 1 and a load module are used. The load module is used to receive the reserve tank main body. A partition plate 2 is installed inside the reserve tank main body, and the outer ring position of the partition plate and the reserve tank main body are arranged. A sealing seal 22 is installed between the inner and outer surfaces, and the interior of the reserve tank body is divided into two non-communicable chambers 3 by a partition plate, and the sewage inlets individually leading to the respective chambers on the top of the reserve tank body A pipe 4 is installed, and a sewage water discharge pipe 5 that leads to each cavity is separately installed at the bottom of the main body of the reserve tank, a control valve 6 is installed in the sewage water discharge pipe, and an outer shell of the reserve tank main body is installed. The first fixing ring 7 and the second fixing ring 71 are installed symmetrically. [Selection] Figure 1

Description

  The present invention belongs to the field of environmental protection, and particularly relates to a kind of environmental protection device for storing sewage.

  Currently, factories without sewage treatment capacity need to collect and store industrial sewage, transport it to the sewage treatment department, and in the process of sewage transport treatment, often complete the collection and storage of sewage in reserve tanks, but existing The technical reserve tank can store a kind of sewage only once, or store various kinds of sewage, and when storing a kind of sewage, it wastes the space to use the reserve tank and stores various kinds of sewage. Chemical reaction can occur, there are safety issues, and the movement of the reserve tank of the existing technology is inconvenient and the movement of the reserve tank is a big problem in the location where the gondola does not reach, it is very difficult to use It is inconvenient to.

  The present invention provides an environmental protection device for sewage preservation, a kind of technical problem to be solved.

  In order to solve the above problem, the present invention adopts the following technical measures.

  The present invention is a kind of environmental protection device for storing sewage, and includes a reserve tank main body and a load module, the load module is used to receive the reserve tank main body, a partition plate is installed inside the reserve tank main body, A hermetic seal is installed between the outer ring position of the partition plate and the inner surface of the reserve tank body, and the interior of the reserve tank body is divided into two mutually invisible spaces through the partition plate, and the reserve tank body A sewage inlet pipe that leads to each of the cavities separately is installed on the top of the reservoir, and a sewage drain pipe that leads to each of the cavities separately is installed on the bottom of the reserve tank body, and the sewage drain pipe is controlled. A valve is installed, the sewage inlet pipe and the sewage drain pipe are relatively installed, and the upper part of the reserve tank body is also A through groove communicating with each of the chambers is installed, the through groove is located near the sewage inlet pipe, and a transparent plastic cover is incorporated in the tank. The transparent plastic cover and the tank The transparent plastic cover and the shape of the tank form one visible window, and when sewage is transported to the cavity, observe whether the sewage is fully loaded in the cavity. When used to do this, when filling the cavity, stop the sewage transport to the immediate cavity, and install the first fixing ring and the second fixing ring symmetrically on the outer shell of the reserve tank body, All the compounding grooves are installed at the bottoms of the first fixing ring and the second fixing ring, and two aerial rings are installed in the front and rear form near the tops of the first fixing ring and the second fixing ring, and the load module Is a left-right pair And two arched backing plates compounded with the two compounding grooves, a rubber strip is installed on top of each arched backing plate, the rubber strip is used, and the arched backing plate and It is used to increase the friction between the compounding grooves, thereby preventing the wear and slip of the arch-shaped backing plate and the compounding tank for long-term compounding, and ensuring the stability of fixing the reserve tank body. , A support spacer is installed on the bottom of each of the arched receiving plates, a fixed connection plate is installed between the two support spacers, and a pillow block corresponding to the reserve tank body is installed on the fixed connection plate, A traction key is installed on one side of each of the two support spacers, and each of the support spacers in the two support spacers is installed. A moving hoop is installed in front of and behind the scanner, and the two moving hoops are connected by a fixed pin and the support spacer, and a stop micro titanium ball that restricts the movement of the moving hoop is installed in each support spacer.

  Optimally, the surface area of the partition plate is the same as the cross-sectional area of the cavity, and there is more than one partition plate.

  Optimally, the first fixing ring, the second fixing ring, and the reserve tank body are fixedly connected by welding, and the depth of the compound groove is the same as the thickness of the arched backing plate.

  Optimally, the fixed connecting plate and the support spacer are fixedly connected by welding, the pillow block and the fixed connecting plate are fixedly connected by welding, and there are two or more pillow blocks.

  The present invention realizes the fixation and position movement of the reserve tank main body by the combination of the reserve tank main body and the load module, and the reserve tank main body and the load module are firmly combined through the combination connection of the mixing groove and the arched backing plate, and Separation is also convenient, and it can be conveniently moved to this device by a moving hoop. Other machinery and equipment can be conveniently pulled using a tow key, and a hoisting machine can be easily transported and fixed using an aerial ring. Increase the load strength of the load module through the connection plate and pillow block, and install many partition plates in the reserve tank body according to the usage demand, thereby realizing various kinds of sewage classification preservation and classification drainage, between sewage To avoid chemical reactions from mixing, ensuring safe transportation, this device has a simple structure, low cost and suitable for widespread use You have.

FIG. 3 is a diagram illustrating the structure of the environmental protection device for storing sewage according to the present invention. The structure figure of the load module of this invention.

  In the following, the appended drawings will be combined to describe the preferred embodiment of the present invention in detail, and it will make it easier for those skilled in the art to understand the advantages and features of the present invention, so that the protection scope of the present invention will be understood. , You can make a clearer and clearer limitation.

  As shown in FIGS. 1 and 2, the present invention is a kind of environmental protection device for storing sewage, and includes a reserve tank body 1 and a load module. The load module is used to receive the reserve tank body 1; A partition plate 2 is installed inside the reserve tank body 1, a sealing seal 22 is installed between the outer ring position of the partition plate 2 and the inner surface of the reserve tank body 1, and the interior of the reserve tank body 1 is Through the partition plate 2, it is divided into two spaces 3 that do not communicate with each other, and a sewage inlet pipe 4 that is individually connected to the space 3 is installed on the top of the reserve tank body 1, and the reservoir tank body 1 Separately, a sewage drain pipe 5 leading to each of the chambers 3 is installed at the bottom, a control valve 6 is installed in the sewage drain pipe 5, and the sewage inlet pipe 4 and the sewage drain pipe 5 are relatively installed. The upper part of the reserve tank main body 1 is also separately provided with a through groove 18 that communicates with each of the chambers 3, and the through groove 18 is located near the sewage inlet pipe 4 and the tank 18 A transparent plastic cover 17 is incorporated therein, and a sealed area (not shown) is blended between the transparent plastic cover 17 and the tank 18, and the shape of the transparent plastic cover 17 and the tank 18 is one visible. When the sewage is transported to the lumen 3 by forming a window, it is used to observe whether the sewage is fully loaded in the lumen 3, and when the sewage is fully loaded in the lumen 3, it is immediately transferred to the lumen 3. The first fixing ring 7 and the second fixing ring 71 are installed symmetrically on the outer shell of the reserve tank body 1, and all the bottoms of the first fixing ring 7 and the second fixing ring 71 are installed. A compounding groove 10 is installed, and the first fixing ring 7 and the second fixing ring Two aerial rings 8 are installed in the front-rear form near the top of the group 71, the load module is installed symmetrically, and includes two arched base plates 11 compounded with the two compounding grooves 10, A rubber strip 15 is installed on the top of each arch-shaped backing plate 11, and the rubber strip 15 is used to increase friction between the arch-shaped backing plate 11 and the compounding groove 10, thereby providing a long-term To prevent the wear and slip of the arch-shaped backing plate 11 and the blending tank 10 and to ensure the stability of fixing the reserve tank body 1, and support spacers on the bottom of each arch-shaped backing plate 11 12 is installed, a fixed connection plate 9 is installed between the two support spacers 12, a pillow block 91 corresponding to the reserve tank main body 1 is installed on the fixed connection plate 9, and the two support spacers 12 It inside A traction key 92 is installed on one side of each of the support spacers 12, a moving hoop 13 is installed before and after each of the support spacers 12 in the two support spacers 12, and the two moving hoops 13 are fixed pins. 14 and the support spacers 12 are connected to each of the support spacers 12 with stop micro titanium balls 131 that restrict the movement of the moving hoop 13.

  In one relatively good embodiment of the present invention, the partition plate 2 has the same surface area as the cross-sectional area of the cavity 3, and the partition plate 2 includes one or more. In this embodiment, the partition plate 2 There is one.

  In one relatively good embodiment of the present invention, the first fixing ring 7, the second fixing ring 71, and the reserve tank body 1 are fixedly connected by welding, and the depth of the compound groove 10 is the arch shape. It is the same as the thickness of the backing plate 11.

  In one relatively good embodiment of the present invention, the fixed connection plate 9 and the support spacer 12 are fixedly connected by welding, the pillow block 91 and the fixed connection plate 9 are fixedly connected by welding, There are two or more pillow blocks 91. In this embodiment, there are two pillow blocks 91.

  The present invention realizes the fixation and position movement of the reserve tank main body by the combination of the reserve tank main body and the load module, and the reserve tank main body and the load module are firmly combined through the combination connection of the mixing groove and the arched backing plate, and Separation is also convenient, and it can be conveniently moved to this device by a moving hoop. Other machinery and equipment can be conveniently pulled using a tow key, and a hoisting machine can be easily transported and fixed using an aerial ring. Increase the load strength of the load module through the connection plate and pillow block, and install many partition plates in the reserve tank body according to the usage demand, thereby realizing various kinds of sewage classification preservation and classification drainage, between sewage To avoid chemical reactions from mixing, ensuring safe transportation, this device has a simple structure, low cost and suitable for widespread use You have.

The above describes the basic principle, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above-described embodiments, and the above-described embodiments and descriptions only explain the principle of the present invention and explain the spirit of the present invention. On the premise of not departing from the scope, the present invention also has various changes and improvements, and these changes and improvements belong to the scope of the claimed protected invention. The invention is determined from the claim of the right to which the claimed scope of protection contributes.

Claims (1)

In environmental protection equipment for sewage storage,
A reserve tank main body and a load module, wherein the load module is used to receive the reserve tank main body, a partition plate is installed inside the reserve tank main body, an outer ring position of the partition plate and an inner position of the reserve tank main body A hermetic seal was installed between the tables, and the inside of the reserve tank body was divided into two non-communicable spaces through the partition plate, and each of the spaces was connected to the top of the reserve tank body separately. A sewage inlet pipe is installed, a sewage drain pipe connected to each of the chambers is separately installed at the bottom of the reserve tank body, a control valve is installed in the sewage drain pipe, and the sewage inlet pipe and the sewage drain pipe are installed. Water pipes are installed relatively, and the upper part of the reserve tank main body is also provided with a through groove that communicates with each of the chambers separately. The passage groove is close to the sewage inlet pipe, and a transparent plastic cover is incorporated in the tank, and a sealing zone is blended between the transparent plastic cover and the tank, the transparent plastic cover, The shape of the tank forms a visible window, and when sewage is transported to the lumen, it is used to observe whether the sewage is fully loaded in the lumen, thereby filling the lumen. The sewage transport to the immediate cavity is terminated, and the first fixing ring and the second fixing ring are installed symmetrically on the outer shell of the reserve tank body, and all the bottoms of the first fixing ring and the second fixing ring are installed. A compounding groove is installed, two aerial rings are installed in the front-rear form near the top of the first fixing ring and the second fixing ring, the load module is installed symmetrically, and the two mixing grooves and Arrangement Two arch-shaped backing plates, and a rubber strip is installed on top of each of the arch-shaped backing plates, and the rubber strip is used to increase the friction between the arch-shaped backing plate and the compounding groove. Used for long-term mixing, prevents wear and slip between the arch-shaped backing plate and the blending tank, ensures stability for fixing the reserve tank body, and supports the bottom of each arch-shaped backing plate. A spacer is installed, a fixed connection plate is installed between the two support spacers, a pillow block corresponding to the reserve tank body is installed on the fixed connection plate, and each of the support plates in the two support spacers is installed. Install a traction key on one side of the spacer, install a moving hoop before and after each of the support spacers in the two support spacers, The movement hoop is connected to a fixed pin by the support spacer, and a stop micro titanium ball for restricting the movement of the movement hoop is installed in each of the support spacers.

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