CN203375672U - Water-passing rapidly-heating directly-discharging safe energy-saving device suitable for various types of fuel - Google Patents

Abstract

The utility model relates to a water-passing rapidly-heating directly-discharging safe energy-saving device suitable for various types of fuel. A combustion chamber (4) is arranged on the lower portion inside an outer wall shell (3), a cold wall pipe (27) is arranged on the periphery of the combustion chamber, a pipe type water guide stove bridge (28) is arranged on the lower portion of the combustion chamber, a communication connecting pipe (26) is arranged on the upper portion of the combustion chamber, a preheating frame body thin box (22), a first heat exchanging heating device, a second heat exchanging heating device and a center shock-heating device are arranged above the combustion chamber, the first heat exchanging heating device and the second heat exchanging heating device are arranged in the preheating frame body thin box (22), the second heat exchanging heating device is connected with an annular heating thin box (10) through a water guide pipe A (9), the portion above the preheating frame body thin box is connected with a secondary preheating top thin box (13) through a water guide pipe E (11) and connected with the first heat exchanging heating device (20) through a water guide pipe D (21), the first heat exchanging heating device and the second heat exchanging heating device are communicated through a water guide pipe B (18), the annular heating thin box (10) is communicated with the center shock-heating device (7) through a water guide pipe C (19), and a water inlet pipe (2) is arranged on a lower connecting pipe (1). The water-passing rapidly-heating directly-discharging safe energy-saving device suitable for various types of fuel is suitable for water-passing rapid heating achieved through various types of fuel, the heat efficiency is high, the energy consumption is small, the hot water outlet amount is large, and the device is suitable for heating and bathing in winter.

Description

The hot in line safe energy saving device of the speed of water excessively of suitable various fuel

Technical field

The utility model relates to cold water heating mechanism.Particularly a kind of suitable various fuel crosses the hot in line safe energy saving device of water speed.

Background technology

Cold water heating mechanism of the prior art is a lot, and the existence that they have relatively expends the energy, and what have can not be suitable for various fuel, and some heat time heating times are longer, and water temperature is not high and not lasting.

Summary of the invention

The purpose of this utility model is to provide a kind of hot in line safe energy saving device of the speed of water excessively of applicable various fuel, it is in line that this installed water speed heat, water yield is large, water temperature is high, continue constant, be applicable to the industry that heat supply in winter, bathing, factories and miness, school need reach a large amount of use hot water in time, can reach easy to operate, simple and fast, little, safe, the energy-conservation purpose of floor space are installed.

Formation of the present utility model: a kind of hot in line safe energy saving device of the speed of water excessively of suitable various fuel, by the thin box of preheating framework, the thin box of secondary preheating end face, first group, second group of heat exchange heater, ring shape is heated thin box, the shock heating device in center, connecting aqueduct and combustion chamber forms, it is characterized in that: water inlet pipe connects by exine shells and the adiabator layer of combustion chamber and the lower union be arranged in combustion chamber, lower union by tubular type water guide grate laterally and the lower unions on both sides connect and form an integral body, it is vertical that cold wall pipe is, one connects with lower union, other end and upper union connect, upper union and conducting connecting leg connect, form three frameworks, blow-off pipe connects Slag Room and lower union connects, the U-shaped aqueduct be arranged on union connects by exine shells and the thin box of preheating framework respectively, at the exine shells end face, exhaust smoke outlet is set, aqueduct E is set and the thin box of secondary preheating end face connects at the opposite side of the thin box of preheating framework, on the thin box of secondary preheating end face top, aqueduct D is set and first group of heat exchange heater connects, the aqueduct B arranged on first group of heat exchange heater and second group of heat exchange heater connect, being arranged on second group of aqueduct A on the heat exchange heater and ring shape heats thin box and connects, heating ring shape the aqueduct C arranged on thin box connects with the shock heating device in center from top to bottom, at the shock heating device end face in center, the water guide trunnion being set connects with the collection remittance box be arranged on its top, on collection remittance box top, delivery pipe is set and directly stretches out exhaust smoke outlet.

Compared with the prior art, the utility model compact conformation, processing technology is simple, and the suitable various gaseous fuels of energy, liquid fuel, solid fuel, as fuel such as stalk, faggots.Heat utilization efficiency is high, and heat loss is minimum, and the thermal efficiency is high, and power consumption is few, goes out the hot water amount large, and temperature is high, and speed is fast, saves time, and saves fuel, thereby reaches the purpose of saving the energy.

The accompanying drawing explanation

Accompanying drawing is the utility model structural representation.

In figure: 1, lower union, 2, water inlet pipe, 3, exine shells, 4, combustion chamber, 5, adiabator layer, 6, upper union, 7, the shock heating device in center, 8, second group of heat exchange heater, 9, aqueduct A, 10, ring shape is heated thin box, 11, aqueduct E, 12, the water guide trunnion, 13, the thin box of secondary preheating end face, 14, thermal hole, 15, collection remittance box, 16, exhaust smoke outlet, 17, delivery pipe, 18, aqueduct B, 19, aqueduct C, 20, first group of heat exchange heater, 21, aqueduct D, 22, the thin box of preheating framework, 23, U-shaped aqueduct, 24, blow-off pipe, 25, Slag Room, 26, the conducting connecting leg, 27, cold wall pipe, 28, tubular type water guide grate.

The specific embodiment

As shown in the figure, a kind of hot in line safe energy saving device of the speed of water excessively of suitable various fuel, by the thin box of preheating framework, the thin box of secondary preheating end face, first group, second group of heat exchange heater, ring shape is heated thin box, the shock heating device in center, connecting aqueduct and combustion chamber forms, it is characterized in that: water inlet pipe 2 connects with the lower union 1 be arranged in combustion chamber 4 by exine shells 3 and the adiabator layer 5 of combustion chamber 4, lower union 1 by tubular type water guide grate 28 laterally and the lower unions 1 on both sides connect and form an integral body, it is vertical that cold wall pipe 27 is, one connects with lower union 1, other end and upper union 6 connect, upper union 6 connects with conducting connecting leg 26, form three frameworks, blow-off pipe 24 connects Slag Room 25 and connects with lower union 1, the U-shaped aqueduct 23 be arranged on union 6 connects by exine shells 3 and the thin box 22 of preheating framework respectively, at exine shells 3 end faces, exhaust smoke outlet 16 is set, aqueduct E11 is set and the thin box 13 of secondary preheating end face connects at the opposite side of the thin box 22 of preheating framework, on the thin box of secondary preheating end face 13 tops, aqueduct D21 is set and first group of heat exchange heater 20 connects, the aqueduct B (18) arranged on first group of heat exchange heater 20 connects with second group of heat exchange heater 8, being arranged on second group of aqueduct A9 on heat exchange heater 8 and ring shape heats thin box 10 and connects, heating ring shape the aqueduct C19 arranged on thin box 10 connects with the shock heating device 7 in center from top to bottom, at shock heating device 7 end faces in center, water guide trunnion 12 being set connects with the collection remittance box 15 be arranged on its top, on collection remittance box 15 tops, delivery pipe 17 is set and directly stretches out exhaust smoke outlet 16.

Claims (1)

1. suitable various fuel crosses the hot in line safe energy saving device of water speed, by the thin box of preheating framework, the thin box of secondary preheating end face, first group, second group of heat exchange heater, ring shape is heated thin box, the shock heating device in center, connecting aqueduct and combustion chamber forms, it is characterized in that: water inlet pipe (2) connects with the lower union (1) be arranged in combustion chamber (4) by exine shells (3) and the adiabator layer (5) of combustion chamber (4), lower union (1) by tubular type water guide grate (28) laterally and the lower unions (1) on both sides connect and form an integral body, cold wall pipe (27) is vertical, one connects with lower union (1), other end and upper union (6) connect, upper union (6) connects with conducting connecting leg (26), form three frameworks, blow-off pipe (24) connects Slag Room (25) and connects with lower union (1), the U-shaped aqueduct (23) be arranged on union (6) connects by exine shells (3) and the thin box of preheating framework (22) respectively, at exine shells (3) end face, exhaust smoke outlet (16) is set, opposite side at the thin box of preheating framework (22) arranges aqueduct E(11) with the thin box of secondary preheating end face (13), connect, on the thin box of secondary preheating end face (13) top, aqueduct D(21 is set) with first group of heat exchange heater (20), connect, at first group of heat exchange heater (20), the upper aqueduct B (18) arranged connects with second group of heat exchange heater (8), be arranged on the aqueduct A(9 on second group of heat exchange heater (8)) heat thin box (10) and connect with ring shape, heat the upper aqueduct C(19 arranged of thin box (10) ring shape) with the shock heating device in center (7), connect from top to bottom, at the shock heating device in center (7) end face, water guide trunnion (12) being set connects with the collection remittance box (15) be arranged on its top, on collection remittance box (15) top, delivery pipe (17) is set and directly stretches out exhaust smoke outlet (16).

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