CN203421809U - Heating system for pool - Google Patents

Abstract

The utility model discloses a heating system for a pool. The heating system for the pool is characterized by comprising a water inlet pipe and a water outlet pipe, wherein one end of the water inlet pipe is communicated to the pool from the outside, and the other end of the water inlet pipe is connected with a heat exchange body; one end of the water outlet pipe is communicated to the pool from the outside, and the other end of the water outlet pipe is connected with the water inlet end of a water pump; the water outlet end of the water pump is communicated with the heat exchange body; a water passing groove which is connected with the water inlet pipe and the water outlet pipe to form an integral water route is formed in the heat exchange body; a heating device is further fixed in the heat exchange body through a heating groove; the heating device comprises an electrical heated tube and a dual insulating layer which is arranged on the outer side of the electrical heated tube in a matched mode; a heat conduction passage is formed between the heating device and the water passing groove, and the heating device and the water passing groove are kept sealed. According to the scheme, the heating system for the pool integrates cost, electric leakage safety and heating comfort, and is particularly used for various water pools, massage pools, SPA pools and other occasions.

Description

A kind of heating system for pond

Technical field

The utility model relates to a kind of heating system for pond.

Background technology

Its water body of pond of massage, bathing function needs to process, for example heating function.Consider comfortableness, cost and security, this heating function need to be realized in simple and reliable structure, and firing rate, insulating properties etc. have requirement.Existing heating system is difficult to take into account foregoing, have the performance of Fast Heating, but security is not high enough; Or its insulating properties, anticreep performance are given prominence to, but firing rate or cost are difficult to guarantee.

Utility model content

Defect and deficiency for existing pond heating system, the utility model proposes a kind of heating system for pond, its object is, on good cost advantage basis, can take into account comfortableness and the anti-creeping security of Fast Heating, and its technical scheme is as follows:

For the heating system in pond, it comprises:

Water inlet pipe, its one end is communicated in pond from outside, and the other end connects a heat exchanging body;

Outlet pipe, its one end is communicated in pond from outside, and the other end connects the water inlet end of a water pump; The water side of this water pump is communicated with described heat exchanging body;

Wherein, in described heat exchanging body, there is the tank of crossing that connects described water inlet pipe and outlet pipe complete water route; In this heat exchanging body, also pass through fixedly electro-heat equipment of heating groove; Described electro-heat equipment comprises the double insulation layer that electrothermal tube and its outside coordinate; Between described electro-heat equipment and mistake tank, there is thermal conducting path and the two maintenance sealing.

The improvement of this programme has:

In preferred embodiment, described electrothermal tube comprises:

Shell, fills magnesium powder in it;

Heating wire, is placed in described shell, is coated in described magnesium powder, along this shell direction, extends; And

Electrode, is connected to inside and outside described shell, forms and is electrically connected to this heating wire; Wherein, described shell outside has at least two-layer heatproof insulating paper.

In preferred embodiment, the sealing of described shell one end, the other end seals described heating wire, magnesium powder by an insulating cement; Described electrode is connected to this insulating cement.

In preferred embodiment, described heat exchanging body comprises left heat transfer block and the right heat transfer block cooperatively interacting, and groove generates heat described in the matching part moulding of the two; The described tank of crossing is arranged in this left heat transfer block and/or right heat transfer block.

In preferred embodiment, also comprised water swivel, this is crossed water swivel and is matched with described heat exchanging body, is communicated with the described tank of crossing; At this, cross on water swivel and also have and refute the connector that connects exterior line, this connector is communicated with described water inlet pipe and outlet pipe respectively.

In preferred embodiment, it is characterized in that: this heating system is fixed on a support on this support, also thering is a bubble generator; Described bubble generator has the gas outlet of an ejection air; This gas outlet is connected in described pond; Described water inlet pipe, outlet pipe and gas outlet are all toward the homonymy of this support.

In preferred embodiment, described bubble generator comprises:

One air pump, its air entry is exposed to air, has an exhaust outlet;

U-shaped pipe, is connected between described exhaust outlet and gas outlet, the U-shaped bottom-up setting of this U-shaped pipe, and be highly greater than the liquid level of water body in described pond.

The beneficial effect of this programme has:

This programme has formed the pond heating system of simple in structure a, stable performance.Electrothermal tube conducted to tank by double insulation layer by heat. the water body circular flow in pond tank, the water body of whole water is by Fast Heating at short notice, thereby meet user's needs, be one combine cost, the security and add the scheme of thermal comfort of leaking electricity, be used in especially the occasions such as various ponds, massage pond, SPA pond.

Accompanying drawing explanation

Below in conjunction with accompanying drawing embodiment, the utility model is described in further detail:

Fig. 1 is the schematic diagram that the utility model one embodiment applies to a SPA pond;

Fig. 2 is stereogram embodiment illustrated in fig. 1;

Fig. 3 is the critical piece explosive view of middle heat exchanging body embodiment illustrated in fig. 1;

Fig. 4 is the structure chart of electrothermal tube 24 embodiment illustrated in fig. 1.

The specific embodiment

As shown in Figures 1 to 4, the schematic diagram of the utility model one embodiment.Wherein, Fig. 1 has shown that it applies to the overall general view in SPA pond; Fig. 2 has shown stereogram when its actual installation fixedly; Fig. 3 is the three-dimensional explosive view of heat exchanging body 10 parts wherein; Fig. 4 is the wherein structural representation of electrothermal tube 24.

The present embodiment comprises a water inlet pipe 5, and its one end is communicated in pond 1 from outside, and the other end connects heat exchanging body 10; Outlet pipe 6, its one end is communicated in pond 1 from outside, and the other end connects the water inlet end of a water pump 7; The water side of this water pump 7 is communicated with heat exchanging body 10; In heat exchanging body 10, there is tank 14, this cross tank 14 connect water inlet pipes 5 and outlet pipe 6 and with its complete water route; Fixing electro-heat equipment 20 also in heat exchanging body 10; This electro-heat equipment 20 comprises the double insulation layer 25 that electrothermal tube 24 and its outside coordinate; Between electro-heat equipment 20 and mistake tank 14, there is thermal conducting path, and the two keeps sealing.

This programme has formed the pond heating system of simple in structure a, stable performance.Electrothermal tube 24 energisings in electro-heat equipment 20 produce heat, by double insulation layer 25, heat is conducted to and crosses tank 14. under the driving of water pump 7 in heat exchanging body 10, water body circular flow in pond 1 tank 14, therefore, the water body in whole pond 1 is by Fast Heating at short notice, thereby meets user's needs.This heat exchanging body 10 has been used the electro-heat equipment 20 with double insulation layer 25, therefore, has good insulation effect and anticreeping power, because the not contacted tank 14 of the shell 27 of electrothermal tube 24, thereby there is suitable security.This programme be one combine cost, the security and add the scheme of thermal comfort of leaking electricity, be used in especially the occasions such as various ponds, massage pond, SPA pond.

Other features that the present embodiment also has have:

In conjunction with Fig. 4, the electrothermal tube 24 of electro-heat equipment 20 comprises shell 27, heating wire 22, electrode 26 etc., its housing 27 its interior magnesium powder of filling; Heating wire 22 is placed in shell 27, is coated in magnesium powder, along these shell 27 directions, extends; Electrode 26 is connected to inside and outside shell 27, forms and is electrically connected to this heating wire 22; Its shell 27 outsides have the double insulation layer 25 that two layers of polyimide film heatproof insulating paper is realized, and also can increase as required the number of plies of insulating paper.This programme can compatible multiple power electrothermal tube 24.Shell 27 one end sealings, the other end seals heating wire 22, magnesium powder by an insulating cement 28; Electrode 26 is connected to this insulating cement 28.This bullet type structure can be electrically connected in single-ended processing electro-heat equipment 20, avoided many places lead-in wire, reduced because the electric leakage hidden danger that wiring punishment cloth too extensively causes is also convenient to process insulation simultaneously, because can sleeve pipe 21 be set in shell one end, insulated and water-proofing treatment.

Consider the problem of moulding, heat exchanging body 10 comprises left heat transfer block 11 and the right heat transfer block 12 cooperatively interacting, the matching part moulding of the two heating groove 13; Cross tank 14 and be arranged in this left heat transfer block 11 and right heat transfer block 12.This structure makes electro-heat equipment 20 be arranged on heating to seem very easy in groove 13, cross tank 14 simultaneously and adopt unmodifiable form to take shape in heat exchanging body 10, and its anti-water stability is higher.

On heat exchanging body 10, also comprised water swivel 17 and 18, this is crossed water swivel 17 and 18 and is matched with heat exchanging body 10, is communicated with mistake tank 14; At this, cross on water swivel 17 and 18 and also have and refute the connector 131 and 141 that connects exterior line, this connector is communicated with water inlet pipe 5 and outlet pipe 6 respectively, plugs into and convenient disassembly, directly perceived.

In fact the present embodiment not merely has heating function.This heating system is fixed on a support 9, on this support 9, also has a bubble generator; This bubble generator has the gas outlet 2 of an ejection air; This gas outlet is connected in pond 1; Water inlet pipe 5, outlet pipe 6 and gas outlet 2 are all toward the homonymy of this support.This bubble generator comprises an air pump 4 and a U-shaped pipe 3, and air pump 4 its air entries are exposed to air, have an exhaust outlet 41; U-shaped pipe 3 is connected between this exhaust outlet 41 and gas outlet 2, the U-shaped bottom-up setting of this U-shaped pipe 3, and be highly greater than the liquid level of water body in pond 1.So, this programme is integrated and is connected bubble formation function, and volume compact, is convenient to be fixed on a certain corner location in pond 1, takes up room little.

The above, it is only the utility model preferred embodiment, therefore can not limit according to this scope that the utility model is implemented, the equivalence of doing according to the utility model the scope of the claims and description changes and modifies, and all should still belong in the scope that the utility model contains.

Claims (7)

1. for the heating system in pond, it is characterized in that: it comprises:

Water inlet pipe, its one end is communicated in pond from outside, and the other end connects a heat exchanging body;

Outlet pipe, its one end is communicated in pond from outside, and the other end connects the water inlet end of a water pump; The water side of this water pump is communicated with described heat exchanging body;

Wherein, in described heat exchanging body, there is the tank of crossing that connects described water inlet pipe and outlet pipe complete water route; In this heat exchanging body, also pass through fixedly electro-heat equipment of heating groove; Described electro-heat equipment comprises the double insulation layer that electrothermal tube and its outside coordinate; Between described electro-heat equipment and mistake tank, there is thermal conducting path and the two maintenance sealing.

2. a kind of heating system for pond according to claim 1, is characterized in that: described electrothermal tube comprises:

Shell, fills magnesium powder in it;

Heating wire, is placed in described shell, is coated in described magnesium powder, along this shell direction, extends; And

Electrode, is connected to inside and outside described shell, forms and is electrically connected to this heating wire; Wherein, described shell outside has multilayer heatproof insulating paper.

3. a kind of heating system for pond according to claim 2, is characterized in that: the sealing of described shell one end, and the other end seals described heating wire, magnesium powder by an insulating cement; Described electrode is connected to this insulating cement.

4. a kind of heating system for pond according to claim 1, is characterized in that: described heat exchanging body comprises left heat transfer block and the right heat transfer block cooperatively interacting, and groove generates heat described in the matching part moulding of the two; The described tank of crossing is arranged in this left heat transfer block and/or right heat transfer block.

5. a kind of heating system for pond according to claim 4, is characterized in that: also comprised water swivel, this is crossed water swivel and is matched with described heat exchanging body, is communicated with the described tank of crossing; At this, cross on water swivel and also have and refute the connector that connects exterior line, this connector is communicated with described water inlet pipe and outlet pipe respectively.

6. according to a kind of heating system for pond described in claim 1 or 2 or 3 or 4 or 5, it is characterized in that: this heating system is fixed on a support, on this support, also there is a bubble generator; Described bubble generator has the gas outlet of an ejection air; This gas outlet is connected in described pond; Described water inlet pipe, outlet pipe and gas outlet are all toward the homonymy of this support.

7. a kind of heating system for pond according to claim 6, is characterized in that: described bubble generator comprises:

One air pump, its air entry is exposed to air, has an exhaust outlet;

U-shaped pipe, is connected between described exhaust outlet and gas outlet, the U-shaped bottom-up setting of this U-shaped pipe, and be highly greater than the liquid level of water body in described pond.

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