CN209449584U - Anti- aseptic tank high temperature spills cold water mesh screen - Google Patents

Abstract

Anti- aseptic tank high temperature spills cold water mesh screen, and tank foot is stood on Horizon, and high-temperature tank is connected above tank foot, and net foot is set outside tank foot, and net foot connects mesh screen, and mesh screen top connects sprinkler pipe, and sprinkler pipe one end sets water inlet pipe；Water inlet pipe connects water source, in high-temperature tank running, be interposed between outer layer mesh screen constantly spilt by sprinkler pipe under cold water soak, the high temperature that high-temperature tank is distributed disappeared only by mesh screen cold water, has ensured the physical safety of shop worker；The beneficial effect is that: temperature can be reduced well and prevents shop worker from scalding in operation by high-temperature tank, ensured the safety of worker.

Description

Anti- aseptic tank high temperature spills cold water mesh screen

Technical field

The utility model belongs to fish food apparatus field, and in particular to anti-aseptic tank high temperature spills cold water mesh screen.

Background technique

Fish food manufacture field at present carries out high-temperature sterilization using high-temperature tank, high temperature wherein preparing to fish food Tank can generate the high temperature spent 100 in running more, and tank body also very blanching jeopardizes the health of shop worker, to this drawback mesh Before there is no good technical solution to solve.

Summary of the invention

The anti-aseptic tank high temperature of the utility model spills cold water mesh screen, and the method using cold water pipe watering and mesh screen isolation is fine Solve above-mentioned problem.

In order to achieve the above object, the utility model is achieved in that tank foot is stood on Horizon, above tank foot High-temperature tank is connected, net foot is set outside tank foot, net foot connects mesh screen, and mesh screen top connects sprinkler pipe, and sprinkler pipe one end sets water inlet pipe； Water inlet pipe connect water source, high-temperature tank running in, be interposed between outer layer mesh screen constantly spilt by sprinkler pipe under cold water soak, high-temperature tank institute The high temperature distributed is disappeared only by mesh screen cold water, has ensured the physical safety of shop worker.

The beneficial effects of the utility model are: temperature can be reduced well and prevent shop worker in operation by high temperature Tank scald, has ensured the safety of worker.

The utility model is described in further detail in the following with reference to the drawings and specific embodiments.

Detailed description of the invention

1. high-temperature tank in figure, 2. tank feet, 3. mesh screens, 4. sprinkler pipes, 5. water inlet pipes, 6. mesh screen feet.

Fig. 1 is that the anti-aseptic tank high temperature of the utility model spills cold water mesh screen structural schematic diagram.

Specific embodiment

It is spilt shown in cold water mesh screen according to the anti-aseptic tank high temperature of Fig. 1, tank foot 2 is stood on Horizon, and tank foot 2 connects high-temperature tank above 1, net foot 6 is set outside tank foot 2, net foot 6 connects mesh screen 3, and 3 top of mesh screen connects sprinkler pipe 4, and 4 one end of sprinkler pipe sets water inlet pipe 5.

Operation sequence: water inlet pipe 5 connect water source, high-temperature tank 1 running in, the mesh screen 3 for being interposed between outer layer is constantly spilt by sprinkler pipe 4 Under cold water soak, the high temperature that high-temperature tank 1 is distributed disappeared only by 3 cold water of mesh screen, has ensured the physical safety of shop worker.

Claims (1)

1. anti-aseptic tank high temperature spills cold water mesh screen, it is characterized in that: tank foot (2) is stood on Horizon, tank foot (2) connects high-temperature tank above (1), it is set net foot (6) outside tank foot (2), net foot (6) connects mesh screen (3), and mesh screen (3) top connects sprinkler pipe (4), sprinkler pipe (4) one end sets water inlet pipe (5).