CN105222169A - A household energy-saving boiler - Google Patents

Abstract

The invention is used as a household energy-saving boiler which is an indispensable household heating device in the life of people, and the problems of insufficient heat supply, wood burning ignition, indoor and outdoor air pollution, coal gas poisoning, inconvenient use and the like of the traditional oven bring great troubles to residents. The utility model discloses a domestic energy-conserving boiler, more advanced than the existing technique at present, the automation level is high, energy saving, environmental protection, has good control system. The main features are automatic ignition, automatic water filling, heating and cooking, automatic drainage and antifreezing, automatic closing of outdoor waste gas outlet after fire, timing ignition, providing heat energy to heating pipe, and realizing heating by household heater.

Description

A household energy-saving boiler

technical field

The invention relates to boiler equipment, in particular to a household energy-saving boiler.

Background technique

With the continuous improvement of people's living standards, people pay more attention to the quality, energy saving, environmental protection, ease of use, safety and appearance of household equipment. Household heating equipment is an indispensable equipment in people's lives. Residents in most areas except urban centers and residential areas with heating conditions still use traditional household ovens for heating, cooking and boiling water. However, due to the small size of the traditional oven, insufficient heat supply, burning wood for ignition, exhaust gas pollution of indoor air, walls, curtains and other furniture, gas poisoning, inconvenient use and other factors have brought a lot of trouble to the majority of residents. Families with a large population need to put an oven in each house, which consumes more and brings more troubles to people. Therefore, residents are environmentally friendly, easy to use, save energy, save time, and are safe. At the same time, heating and cooking can be done. Yes, affordable home heating equipment is in strong demand.

At present, there are many types of products with the same basic functions in the market, but they are all produced on the basis of traditional household ovens, and coal is still ignited by burning wood. Some household boilers cannot cook, with high fuel consumption and low energy utilization. Manual water filling, manual ignition, boiler suspension in winter, steam pipe rupture, and failure to ignite regularly. Therefore, it is necessary to improve and enhance the performance of civil boilers in real life.

Contents of the invention

The purpose of the present invention is to propose a household energy-saving boiler. The household energy-saving boiler is an indispensable household equipment in people's life. The traditional oven has insufficient heat supply, burning wood to ignite, gas polluting the indoor air, gas poisoning, and unusable. Factors such as convenience have brought a lot of troubles to numerous residents. The utility model of the utility model is a household energy-saving boiler, which is more advanced than the current existing technology, has a high level of automation, saves energy, is environmentally friendly, and has a good control system.

The utility model of the present invention is a household energy-saving boiler to solve the above-mentioned problems, which is more advanced than the current existing technology, has a high level of automation, saves energy and is environmentally friendly. The main features are automatic ignition, automatic water filling, and hot water supply to the heater to achieve heating in all rooms, heating and cooking at the same time, antifreeze through automatic drainage components, and automatically close the outdoor exhaust outlet after the fire is extinguished to maintain indoor temperature and protect the environment. Equipment, timing ignition, hot tungsten wire directly ignites coal, etc. Suitable for bungalows, villas, factories, warm warehouses and other places.

The purpose of the present invention is achieved in this way: a household energy-saving boiler, including, a main body, a hot water outlet, a temperature display table, a timing table, a hot water transmission pipe, a connecting line, a water tank, an auxiliary hot water outlet, a fuel tube, an auxiliary Water inlet, temperature sensor, circuit board, motor, plug, glowing tungsten wire, glowing tungsten wire protection tube, fire grate, electric valve, drain pipe, ash drawer, handle for ash discharge, ventilation hole, floating bottle, buoyancy control valve , main water inlet, water supply pipe mouth, switch, heat transfer valve, heat transfer hole, handle of heat transfer valve, hob, power signal light, ignition button, work signal light, timing button, discharge valve, discharge port, steam discharge port and other parts consist of.

Due to the implementation of the above technical solution, the present invention is used for heating and cooking at home, the plug is usually kept connected to the household power supply, automatically filled with water through the automatic control of the circuit board and the assistance of the floating bottle and the buoyancy control valve, and the stove is opened before use Put the appropriate fuel (coal) into the fuel barrel, close the stove, and press the ignition button or timing button to start the ignition part. At this time, the working signal light is flashing, and the hot tungsten wire is directly inserted into the fuel barrel through the hot tungsten wire protection tube. Under the effect of electricity, the fuel (coal) starts to burn hotly, and it automatically resets after the ignition is successful. The vent hole provides oxygen to assist the combustion during the combustion process, and the fuel barrel starts to release heat. If you need to cook, squeeze the heat transfer valve handle Open the heat transfer valve to transfer heat to the hob through the heat transfer hole. If you don’t need to cook, you don’t need to open the heat transfer valve. The heat transfer valve does not contact the fuel tube, and the exhaust gas flows from the space between the heat transfer valve and the fuel tube. The hot water is discharged, and the hot water is flowed into the hot water transmission pipe by the external water pump, and the hot water flows into all designated heating pipes and heaters to achieve heating. If the user needs hot water, the water can be taken from the auxiliary hot water outlet, and the exhaust gas is discharged from the outlet to the outside. discharge. If you need to close the boiler, just press the switch, squeeze the ash discharge handle to clear the fuel bobbin, and the ash drawer collects the fallen ash.

Description of drawings

Concrete structure of the present invention is provided by following accompanying drawing 1 and embodiment:

Accompanying drawing 1 of the description is a structural schematic diagram of a household energy-saving boiler.

Legend: 1. Main body, 2. Hot water outlet, 3. Temperature display meter, 4. Timing meter, 5. Hot water transmission pipe, 6. Connection line, 7. Water tank, 8. Auxiliary hot water outlet, 9. Fuel cartridge Tube, 10, auxiliary water inlet, 11, temperature sensor, 12, circuit board, 13, electric motor, 14, plug, 15, incandescent tungsten wire, 16, incandescent tungsten wire protection tube, 17, fire grate, 18, electric valve, 19. Drainage pipe, 20. Furnace ash drawer, 21. Handle for discharging furnace ash, 22. Ventilation hole, 23. Floating bottle, 24. Buoyancy control valve, 25. Main water inlet, 26. Water supply nozzle, 27. Switch, 28. Heat transfer valve, 29. Heat transfer hole, 30. Heat transfer valve handle, 31. Stove plate, 32. Power signal light, 33. Ignition button, 34. Working signal light, 35. Timing button, 36. Discharge valve, 37 , outlet, 38, steam outlet.

detailed description

Example of implementation: As shown in Figure 1 of the specification, a household energy-saving boiler consists of a main body 1, a hot water outlet 2, a temperature display meter 3, a timing meter 4, a hot water transmission pipe 5, a connecting line 6, a water tank 7, and an auxiliary hot water boiler. Outlet 8, fuel tube 9, auxiliary water inlet 10, temperature sensor 11, circuit board 12, motor 13, plug 14, hot tungsten wire 15, hot tungsten wire protection tube 16, fire grate 17, electric valve 18, drain pipe 19 , ash drawer 20, ash discharge handle 21, ventilation hole 22, floating bottle 23, buoyancy control valve 24, main water inlet 25, water supply nozzle 26, switch 27, heat transfer valve 28, heat transfer hole 29, heat transfer Valve handle 30, hob 31 power signal lamp 32, ignition button 33, work signal lamp 34, timing button 35, discharge valve 36, discharge port 37, steam discharge port 38 components are formed. The main body 1 worthy of attention supports all the components of this household energy-saving boiler, the hot water outlet 2 discharges the hot water heated from the main water inlet 25 into the water tank 7, the temperature display table 3 shows the internal temperature of the boiler, and the timing table 4 shows the user Self-determined ignition time, the hot water transfer pipe 5 transfers the water flowing in from the main water inlet 25 to the hot water outlet 2, and the connecting wire 6 connects the temperature display meter 3, the timing meter 4, the temperature sensor 11, the motor 13, the plug 14, Incandescent tungsten wire 15, electric valve 18, switch 27, power signal lamp 32, ignition button 33, work signal lamp 34 timing button 35 and discharge valve 36 are connected to circuit board 12 to transmit electronic signal, the water that the water tank 7 adorns the inside is in fuel bobbin 9 After being heated by the exothermic effect, it flows into the hot water transmission pipe 5, and the auxiliary hot water outlet 8 discharges the heated hot water flowing into the water tank 7 from the auxiliary water inlet 10, and the fuel bobbin 9 separates the water in the water tank 7 from the fuel, and the temperature The sensor 11 is installed in the fuel barrel 9 to measure the water temperature in the water tank 7. The circuit board 12 starts the engine 13 according to the built-in program or the ignition command specified by the timing button 34. Insert the hot tungsten wire 15 into the fuel barrel 9 and then automatically resets after ignition. And ensure that the equipment parts cooperate with each other to work normally. According to the temperature measured by the temperature sensor 11, when the temperature is equal to less than 20 ° C, the discharge valve 36 is automatically closed, and when the temperature is equal to less than 3 ° C, the electric valve 18 is automatically opened. The plug 14 connects this boiler to the power supply , the red hot tungsten wire 15 is ignited by electric power, the red hot tungsten wire protection tube 16 separates the red hot tungsten wire 15 and the water in the water tank 7, connects the fuel bobbin 9 and the main body 1 to ensure the normal movement and ignition of the red hot tungsten wire 15, and the fire grate 17 Separate the fuel and ash drawer 20 to assist combustion, the drain pipe 19 discharges the water discharged from the electric valve 18 to the outside of the boiler, the ash drawer 20 collects the ash falling from the fuel tube 9, and the ash discharge handle 21 turns the fire grate 17 all The furnace ash falls into the furnace ash drawer 20 inside, and the vent hole 22 provides oxygen to the fuel in the fuel tube 9, and the floating bottle 23 floats in the water tank 7, and automatically opens or closes the automatic valve 24 under the effect of buoyancy and automatically opens or closes. Close the switch 27, the main water inlet 25 is the water inlet of the water tank 7, the water supply pipe mouth 26 is directly connected to the tap water pipe, the switch 27 is the main switch of this boiler, and the heat energy transmission valve 28 is to control the heat energy to be transmitted to the heat energy transmission hole 29, the heat energy transmission The hole 29 transmits the thermal energy from the fuel tube 9 to the stove 31, and the heat transfer valve handle 30 controls the thermal energy to be directly transmitted to the discharge port 37 or to the thermal transfer hole 29. The stove 31 is the cover of the fuel tube, and The fuel inlet can be used to put pots, kettles and other kitchen tools. The power signal light 32 is used to judge whether the boiler is powered on. The ignition button 33 is a manual ignition button. If the timing automatic ignition fails, the manual button can be used to directly ignite. The working signal light 34 is used to judge whether the boiler is in working condition, the timing button 35 is used to automatically start the ignition part at the specified time according to the needs of the user, and the discharge valve 36 is automatically opened or closed under the control of the circuit board 12 The person closes and prevents the outdoor cold air from flowing into the room to ensure indoor heat preservation. The exhaust port 37 exhausts the outdoor, and the steam discharge port 38 discharges steam to reduce the steam pressure formed in the hot water transfer pipe 5 and the water tank 7 when the boiler is working.

Claims (5)

1. A household energy-saving boiler, including a main body (1), a hot water outlet (2), a temperature display meter (3), a timer meter (4), a hot water transmission pipe (5), a connecting line (6), a water tank ( 7), auxiliary hot water outlet (8), fuel bobbin (9), auxiliary water inlet (10), temperature sensor (11), circuit board (12), motor (13), plug (14), incandescent tungsten wire (15), incandescent tungsten wire protection tube (16), fire grate (17), electric valve (18), drainpipe (19), furnace ash drawer (20), discharge furnace ash handle (21), ventilation hole (22 ), floating bottle (23), buoyancy control valve (24), main water inlet (25), water supply nozzle (26), switch (27), heat transfer valve (28), heat transfer hole (29), heat transfer Valve handle (30), hob (31), power signal light (32), ignition button (33), working signal light (34), timing button (35), discharge valve (36), discharge port (37), steam discharge exit (38). 2. A household energy-saving boiler according to claim 1, characterized in that: under the control of the circuit board (12), the plug (14), the connecting wire (6), the motor (13), the incandescent tungsten wire (15 ), the ignition button (33) cooperate with each other to complete the ignition. 3. A household energy-saving boiler according to claim 1, characterized in that: the boiler is automatically started by the timer button (35) according to the needs of the user, and the device is manually started by the ignition button (33). 4. A household energy-saving boiler according to claim 1, characterized in that: the cold water flowing into the water tank (7) from the auxiliary water inlet (10) is heated and then flows out from the auxiliary hot water outlet (8). 5. A household energy-saving boiler according to claim 1, characterized in that: the electric valve (18) automatically opens the drain when the temperature drops to a certain level, and the discharge valve (36) automatically closes when the temperature reaches a certain level .