CN214791939U

CN214791939U - Mango hot water treatment device

Info

Publication number: CN214791939U
Application number: CN202121001525.9U
Authority: CN
Inventors: 陆松
Original assignee: Nanning Langhe Agricultural Technology Co ltd
Current assignee: Nanning Langhe Agricultural Technology Co ltd
Priority date: 2021-05-13
Filing date: 2021-05-13
Publication date: 2021-11-19
Anticipated expiration: 2031-05-13

Abstract

The utility model discloses mango hot water treatment equipment, which comprises a soaking water tank, a heat supply module, a water storage module, a water return module and a sewage discharge module, wherein the appearance of the soaking water tank is rectangular, the soaking water tank is arranged at equal intervals, the water storage module is arranged at the end part of the soaking water tank, the heat supply module is arranged at the outward side of the water storage module, the heat supply module is respectively connected with the soaking water tank and the water storage module, the soaking water tank is connected with the sewage discharge module and the water return module, the heat supply module comprises a heating unit, a heat conduction branch pipe, a heat supply main pipe and heat supply branch pipes, the heating unit is provided with four groups, the heating units are connected together through the heat conduction branch pipes, the end parts of the heat conduction branch pipes are connected with the heat supply main pipe, one side of the heat supply main pipe is respectively connected with the heat supply branch pipes, and the temperature control accuracy of the mango hot water treatment equipment is high, the hot water supply efficiency is high, and the phenomenon of scalding of personnel is not easy to occur.

Description

Mango hot water treatment device

Technical Field

The utility model relates to a hot water treatment facilities technical field specifically is a mango hot water treatment facilities.

Background

In the picking course of working of mango, need soak the processing with the hot water more than 48 degrees fresh mango, and then cool off, be used for reaching specific production effect, lack corresponding treatment facility in the processing procedure of heating, often adopt manual control's mode to carry out hydrothermal interpolation, the invariant of temperature can not be guaranteed to manual control's mode, and accident such as scald takes place easily, consequently need set up a mango hot water treatment facilities and solve these problems, if: inaccurate temperature control, low hot water supply efficiency and easy scald of people.

SUMMERY OF THE UTILITY MODEL

In view of the problems in the prior art, the utility model discloses a mango hot water treatment device, which adopts the technical proposal that the mango hot water treatment device comprises a soaking water tank, a heat supply module, a water storage module, a water return module and a sewage discharge module, wherein the appearance of the soaking water tank is rectangular, the soaking water tank is arranged at equal intervals, the water storage module is arranged at the end part of the soaking water tank, the heat supply module is arranged at the outward side of the water storage module, the heat supply module is respectively connected with the soaking water tank and the water storage module, the soaking water tank is connected with the sewage discharge module and the water return module, the heat supply module comprises a heating unit, a heat conduction branch pipe, a heat supply main pipe and a heat supply branch pipe, the heating unit is provided with four groups, the heating units are connected together through the heat conduction branch pipe, the end part of the heat conduction branch pipe is connected with the heat supply main pipe, one side of the heat supply main pipe is respectively connected with the heat supply branch pipe, the heat supply branch pipes are respectively communicated with the corresponding soaking water tanks. Cold water can mutually support through the heating unit in the heat supply module and promote the temperature when using, can adopt between the heating unit to heat in proper order when the rivers pass through, perhaps heats each other separately and will heat to the hot water output of certain temperature to corresponding heat conduction branch pipe in, provides sufficient hot water for subsequent step.

As a preferred technical scheme of the utility model, the retaining module contains water storage tank, pump package, water supply pipe and communicating pipe, the water storage tank is provided with two, links together through communicating pipe between two water storage tanks, the water storage tank passes through water supply pipe and links together with the heat supply trunk line, hookup location department between water supply pipe and the water storage tank is provided with the pump package. The water storage tank in the retaining module can store some unused hot water that the heating unit produced, and then promote the load that interim a large amount of water caused, pressurize hot water through the pump package, carry to the water supply pipe and then converge into the heat supply trunk line, the pump package all is provided with the stand-by pump to the required water pump commonly used of supplying water, it damages and then influences the phenomenon emergence of production to be used for solving certain position working shaft, the practicality is better, still be provided with subassembly such as check valve that the pipe connection is commonly used in the pipeline.

As a preferred technical scheme of the utility model, the return water module contains return water branch pipe, the total pipeline of return water, reposition of redundant personnel branch pipe and discharge valve, return water branch pipe one end is connected on soaking the basin and keeping away from the surface of heat supply branch pipe one end, the tip of return water branch pipe is in the same place with the total pipe connection of return water respectively, the end connection of the total pipeline of return water has the reposition of redundant personnel branch pipe, the reposition of redundant personnel branch pipe is connected with water storage tank and heating unit respectively. The backwater module is provided with a backwater branch pipe and a backwater main pipeline, so that upper clear liquid soaked in the soaking water tank can be collected and then conveyed to the heating unit, and the backflow problem phenomenon is reduced by the aid of the flow dividing branch pipe at the backwater main pipeline passing through the pump body and the standby pump in the pump set.

As an optimal technical scheme of the utility model, blowdown module contains female pipe of blowdown, unit blowdown branch pipe, water pitcher blowdown branch pipe and basin blowdown branch pipe, one side at every heating unit is connected respectively to unit blowdown branch pipe, one side at the water storage tank is connected respectively to water pitcher blowdown branch pipe, one side at soaking the basin is installed respectively to basin blowdown branch pipe, female pipe of blowdown links together with the respective other end of unit blowdown branch pipe, water pitcher blowdown branch pipe and basin blowdown branch pipe respectively. The sewage discharging main pipe arranged in the sewage discharging module can collect bottom water bodies with dirt or impurities generated everywhere, and then discharges the whole circulating system to ensure the normal operation of production.

As the utility model discloses a preferred technical scheme still includes moisturizing pipe, exhaust tee bend and temperature measuring device, the one end and the outside water source of moisturizing pipe are connected, the other end of moisturizing pipe is connected with the heating unit, one side of heating unit is provided with the moisturizing pipe, and this moisturizing pipe is connected with one side of one of them water storage tank, the upper end in water storage tank one side is connected respectively to the exhaust tee bend, temperature measuring device connects the upper end at the water storage tank. The moisturizing pipe can be timely as required to supply hot water to the heating unit, can add to the water storage tank simultaneously for guarantee the water yield and the regulation temperature of circulation in-process, the temperature measuring device who sets up can gather temperature information through thermometer or temperature sensor, and carry out information exchange with control module, realize the dynamic adjustment to the temperature, guarantee the steady progress of production.

The utility model has the advantages that: the utility model discloses a set up the heat supply module of independent heating to be provided with a plurality of heating units, mutually support and to realize the rapid heating to cold water, guarantee the hydrothermal supply that lasts, the hot water after the heating can be carried out interim storage to the water storage module of setting, mutually support with the heating unit and realize incessant hot water supply through the pump package, guarantee the quality of processing product.

Drawings

Fig. 1 is a schematic view of the present invention.

In the figure: 1 soaking water tank, 2 heat supply module, 21 heating unit, 22 heat conduction branch pipes, 23 heat supply main pipe, 24 heat supply branch pipes, 3 water storage module, 31 water storage tank, 32 pump group, 33 water supply pipeline, 34 communicating pipe, 4 water return module, 41 water return branch pipes, 42 water return main pipe, 43 shunt branch pipes, 44 exhaust valve, 5 sewage discharge module, 51 sewage discharge main pipe, 52 unit sewage discharge branch pipes, 53 water tank sewage discharge branch pipes, 54 water tank sewage discharge branch pipes, 6 water replenishing pipe, 7 exhaust tee joint and 8 temperature measuring device.

Detailed Description

Example 1

As shown in figure 1, the utility model discloses a mango hot water treatment device, the technical scheme adopted is that the mango hot water treatment device comprises a soaking water tank 1, a heat supply module 2, a water storage module 3, a water return module 4 and a sewage discharge module 5, the soaking water tank 1 is rectangular in appearance, the soaking water tank 1 is arranged at equal intervals, the water storage module 3 is arranged at the end part of the soaking water tank 1, the heat supply module 2 is arranged at one side of the water storage module 3 facing outwards, the heat supply module 2 is respectively connected with the soaking water tank 1 and the water storage module 3, the soaking water tank 1 is connected with the sewage discharge module 5 and the water return module 4, the heat supply module 2 comprises a heating unit 21, heat conduction branch pipes 22, a heat supply main pipe 23 and heat supply branch pipes 24, the heating unit 21 is provided with four groups, the heating units 21 are connected together through the heat conduction branch pipes 22, the end part of the heat conduction branch pipes 22 is connected with the heat supply main pipe 23, one side of the heat supply main pipe 23 is respectively connected with the heat supply branch pipes 24, the heat supply branch pipes 24 are respectively communicated with the corresponding soaking water tanks 1. When the water heater is used, cold water can be matched with each other through the heating units 21 in the heat supply module 2 to raise the water temperature, the heating units 21 can continuously and sequentially heat water flowing through the heating units, or the cold water and the hot water are respectively heated and heated to a certain temperature and then output to the corresponding heat conduction branch pipes 22, so that sufficient hot water is provided for subsequent steps.

As an optimal technical scheme of the utility model, retaining module 3 contains water storage tank 31, pump package 32, water supply pipe 33 and communicating pipe 34, and water storage tank 31 is provided with two, links together through communicating pipe 34 between two water storage tanks 31, and water storage tank 31 links together through water supply pipe 33 and heat supply trunk line 23, and the hookup location department between water supply pipe 33 and the water storage tank 31 is provided with pump package 32. The water storage tank 31 in the retaining module 3 can store some unused hot water that the heating unit 21 produced, and then promote the load that interim a large amount of water caused, pressurize hot water through pump package 32, carry to water supply pipe 33 and then in assembling heat supply trunk line 23, pump package 32 all is provided with the reserve pump to the required water pump commonly used of supplying water, it damages and then influences the phenomenon emergence of production to be used for solving certain position working shaft, the practicality is better, still be provided with subassembly such as check valve that the pipe connection is commonly used in the pipeline.

As an optimal technical scheme of the utility model, return water module 4 contains return water branch pipe 41, return water main line 42, reposition of redundant personnel branch pipe 43 and discharge valve 44, and return water branch pipe 41 one end is connected on soaking basin 1 and is kept away from the surface of heat supply branch pipe 24 one end, and return water branch pipe 41's tip links together with return water main line 42 respectively, and return water main line 42's end connection has reposition of redundant personnel branch pipe 43, and reposition of redundant personnel branch pipe 43 is connected with water storage tank 31 and heating unit 21 respectively. The backwater module 4 is provided with a backwater branch pipe 41 and a backwater main pipeline 42, so that the upper layer clear liquid soaked in the soaking water tank 1 can be collected and further conveyed to the heating unit 21, and the branch pipe 43 at the backwater main pipeline 42 passes through the pump body and the standby pump in the pump unit 32, so that the problem of backflow is reduced.

As an optimal technical scheme of the utility model, sewage module 5 contains female pipe 51 of blowdown, unit blowdown branch pipe 52, water pitcher blowdown branch pipe 53 and basin blowdown branch pipe 54, and unit blowdown branch pipe 52 is connected respectively in one side of every heating unit 21, and one side at water storage tank 31 is connected respectively to water pitcher blowdown branch pipe 53, and one side at soaking basin 1 is installed respectively to basin blowdown branch pipe 54, female pipe 51 of blowdown links together with the respective other end of unit blowdown branch pipe 52, water pitcher blowdown branch pipe 53 and basin blowdown branch pipe 54 respectively. The main sewage discharge pipe 51 arranged in the sewage discharge module 5 can collect bottom water bodies with pollutants or impurities generated everywhere, and then discharge the whole circulation system to ensure the normal operation of production.

As the utility model discloses an optimal technical scheme still includes moisturizing pipe 6, exhaust tee bend 7 and temperature measuring device 8, and the one end and the outside water source of moisturizing pipe 6 are connected, and the other end of moisturizing pipe 6 is connected with heating unit 21, and one side of heating unit 21 is provided with moisturizing pipe 6, and this moisturizing pipe 6 is connected with one side of one of them water storage tank 31, and the upper end in water storage tank 31 one side is connected respectively to exhaust tee bend 7, and temperature measuring device 8 connects the upper end at water storage tank 31. The water replenishing pipe 6 can supply hot water to the heating unit 21 as required in time, and can add to the water storage tank 31 to ensure the water quantity and the regulated water temperature in the circulating process, and the set temperature measuring device 8 can collect temperature information through a thermometer or a temperature sensor and exchange information with the control module, so that the dynamic regulation of the temperature is realized, and the stable production is ensured.

Example 2

As the utility model discloses an optimal technical scheme adopts PLC or HMI as control core on control system to cooperation temperature measuring device 8 realizes reporting to the police, the integrated control of temperature, liquid level change.

As a preferred technical scheme of the utility model, be provided with water level detection device, self-closing moisturizing solenoid valve when the water level reachs the liquid level upper limit, when the water level is less than the settlement liquid level, the moisturizing solenoid valve is opened automatically to when adding water at the disinfection pond, not carry out the moisturizing.

As an optimal technical scheme of the utility model, the number of soaking basin 1 can set up different quantity according to the condition demand of reality, and the number of heating unit 21 and water storage tank 31 can increase and decrease quantity according to actual need.

The utility model discloses a theory of operation: when the water heater is used, cold water can be matched with each other through the heating units 21 in the heat supply module 2 to raise the water temperature, the heating units 21 can continuously and sequentially heat water flowing through the heating units, or the cold water and the hot water are respectively heated and heated to a certain temperature and then output to the corresponding heat conduction branch pipes 22, so that sufficient hot water is provided for subsequent steps. The water storage tank 31 in the retaining module 3 can store some unused hot water that the heating unit 21 produced, and then promote the load that interim a large amount of water caused, pressurize hot water through pump package 32, carry to water supply pipe 33 and then in assembling heat supply trunk line 23, pump package 32 all is provided with the reserve pump to the required water pump commonly used of supplying water, it damages and then influences the phenomenon emergence of production to be used for solving certain position working shaft, the practicality is better, still be provided with subassembly such as check valve that the pipe connection is commonly used in the pipeline. The backwater module 4 is provided with a backwater branch pipe 41 and a backwater main pipeline 42, so that the upper layer clear liquid soaked in the soaking water tank 1 can be collected and further conveyed to the heating unit 21, and the branch pipe 43 at the backwater main pipeline 42 passes through the pump body and the standby pump in the pump unit 32, so that the problem of backflow is reduced. The main sewage discharge pipe 51 arranged in the sewage discharge module 5 can collect bottom water bodies with pollutants or impurities generated everywhere, and then discharge the whole circulation system to ensure the normal operation of production. The water replenishing pipe 6 can supply hot water to the heating unit 21 as required in time, and can add to the water storage tank 31 to ensure the water quantity and the regulated water temperature in the circulating process, and the set temperature measuring device 8 can collect temperature information through a thermometer or a temperature sensor and exchange information with the control module, so that the dynamic regulation of the temperature is realized, and the stable production is ensured.

The utility model relates to a circuit connection is the conventional means that technical staff adopted in this field, and accessible limited number of tests obtains the technological inspiration, belongs to the widely used prior art.

Components not described in detail herein are prior art.

Although the present invention has been described in detail with reference to the specific embodiments, the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge range of those skilled in the art, and modifications or variations without creative efforts are still within the scope of the present invention.

Claims

1. The utility model provides a mango hot water treatment equipment, its characterized in that, including soaking basin (1), heat supply module (2), retaining module (3), return water module (4) and blowdown module (5), soaking basin (1) outward appearance is the rectangle, soaking basin (1) equidistance is arranged, retaining module (3) set up the tip at soaking basin (1), heat supply module (2) set up in retaining module (3) one side outwards, heat supply module (2) are connected with soaking basin (1) and retaining module (3) respectively, be connected with blowdown module (5) and return water module (4) on soaking basin (1), heat supply module (2) contain heating unit (21), heat conduction branch pipe (22), heat supply trunk line (23) and heat supply branch pipe (24), heating unit (21) are provided with four groups, the heating unit is connected together through heat conduction branch pipe (22) between (21), the end connection of heat conduction branch pipe (22) has heat supply trunk line (23), one side of heat supply trunk line (23) is connected with heat supply branch pipe (24) respectively, heat supply branch pipe (24) respectively with corresponding soaking basin (1) through connection.

2. The mango hot water treatment device according to claim 1, characterized in that: the water storage module (3) comprises two water storage tanks (31), a pump set (32), a water supply pipeline (33) and a communicating pipe (34), the two water storage tanks (31) are connected together through the communicating pipe (34), the water storage tanks (31) are connected together through the water supply pipeline (33) and a heat supply main pipeline (23), and the pump set (32) is arranged at the connecting position between the water supply pipeline (33) and the water storage tanks (31).

3. The mango hot water treatment device according to claim 2, characterized in that: the water return module (4) comprises a water return branch pipe (41), a water return main pipeline (42), a shunt branch pipe (43) and an exhaust valve (44), one end of the water return branch pipe (41) is connected to the surface of one end, far away from the heat supply branch pipe (24), of the soaking water tank (1), the end of the water return branch pipe (41) is connected with the water return main pipeline (42) respectively, the end of the water return main pipeline (42) is connected with the shunt branch pipe (43), and the shunt branch pipe (43) is connected with the water storage tank (31) and the heating unit (21) respectively.

4. The mango hot water treatment device according to claim 2, characterized in that: the blowdown module (5) contain blowdown female pipe (51), unit blowdown branch pipe (52), water pitcher blowdown branch pipe (53) and basin blowdown branch pipe (54), one side at every heating unit (21) is connected respectively in unit blowdown branch pipe (52), one side at water storage tank (31) is connected respectively in water pitcher blowdown branch pipe (53), one side at soaking basin (1) is installed respectively in basin blowdown branch pipe (54), blowdown female pipe (51) link together with the respective other end of unit blowdown branch pipe (52), water pitcher blowdown branch pipe (53) and basin blowdown branch pipe (54) respectively.

5. The mango hot water treatment device according to claim 2, characterized in that: still include moisturizing pipe (6), exhaust tee bend (7) and temperature measuring device (8), the one end and the outside water source of moisturizing pipe (6) are connected, the other end and the heating unit (21) of moisturizing pipe (6) are connected, one side of heating unit (21) is provided with moisturizing pipe (6), and this moisturizing pipe (6) is connected with one side of one of them water storage tank (31), the upper end in water storage tank (31) one side is connected respectively in exhaust tee bend (7), the upper end in water storage tank (31) is connected in temperature measuring device (8).