CN2363230Y - Direct-heating thermo-superconducting medium electric shower device - Google Patents

Abstract

The utility model relates to a direct-heating heat-superconducting medium electric shower device, parallel heat conducting pipes are arranged on a medium cavity, an inner cavity is communicated with the medium cavity into a vacuum tightness cavity, an electric heating element is arranged in the medium cavity, the medium cavity is filled with high efficiency heat conducting medium, water tank sleeve pipes are sheathed with the outer side of the heat conducting pipes, and the water tank sleeve pipes are connected in series into a heaving and dipping water channel. Because the utility model adopts that the heat conducting pipes conduct heat directly, heat conduction area is enlarged. Because the heat-superconducting medium is adopted as heat conducting medium, the utility model solves the problem of discontinuous supply of hot water of the prior art, and has the advantages of low starting temperature, high heat conducting rate, large specific heat, large latent heat of vaporization, high heat utilization rate, high efficiency, energy saving, compact structure, light weight, easy use, etc.

Description

The hot superconductive medium electric shower-bath of directly-heated type

The utility model relates to a kind of electric shower-bath, is the directly-heated type electric shower-bath of adorning hot superconductive medium in a kind of specifically.

At present, the electric shower-bath that provides on the market mostly is storage type, promptly adopt jumbo water tank, disposable dress foot water is connected the power supply heating, and the heat energy that is produced can only at first be heated by the hydrone around the electrical heating original paper, and then by the mutual transferring heat energy of hydrone, this method have to strengthen the heating of electric original copy power ruggedization, but can not solve the problem that hot water is provided continuously because the hydrone transferring heat energy time is slow.The deficiency that exists is that energy consumption is big, uses inconvenient.

The purpose of this utility model is to provide a kind of can successively provide hot water, electric shower-bath that energy consumption is low.

The technical solution of the utility model is: in the dielectric cavity that the electric shower-bath lower box has level to install, the heat pipe of the parallel arranged in the electric shower-bath body vertically is installed on the dielectric cavity, and it is a vacuum shape closed chamber that heat pipe is communicated with the dielectric cavity inner chamber; Be filled with efficient heat-conduction medium in the dielectric cavity; Electricity heating original paper places dielectric cavity; Heat pipe is with the water tank sleeve pipe outward, and water tank sleeve pipe top is communicated with adjacent water tank sleeve pipe upper end, and the lower end of adjacent water tank sleeve pipe with opposite side, lower end is communicated with, and is concatenated into a dipping and heaving formula water channel; The water tank sleeve pipe of two avris joins with intake-outlet respectively; Be filled with insulation material in the water tank shell and between the water tank sleeve pipe.

Said water tank sleeve pipe can be pressed into the two concave-convex sheet materials butt joint corresponding with water tank sleeve-shaped and number by metal material and form, and forms a dipping and heaving formula water channel in water tank.

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the A-A generalized section of Fig. 1;

Fig. 3 is a side view of the present utility model.

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

Among the figure, 1 electric heating tube, 2 dielectric cavity, 3 heat pipes, 4 water tank sleeve pipes, 5,6 intake-outlets, 7 heat-insulation layers, 8 electric switches, 9 outer case.

Among Fig. 1, dielectric cavity 2 is positioned at the electric shower-bath lower box, electric heating tube 1 is parallel places dielectric cavity 2, the heat pipe 3 of parallel arranged and dielectric cavity 2 be vertical to connect and becomes a vacuum-tight chamber, two butt joints of sheet material that are pressed into the convex-concave shape by iron and steel form a rule water tank sleeve pipe 4, the shape of water tank sleeve pipe 4 and quantity are corresponding with heat pipe 3, caliber is greater than heat pipe 3 and be set in outside the heat pipe 3, heat pipe 3 is a water channel with the gap of water tank sleeve pipe 4, each water tank sleeve pipe upper end is communicated with adjacent water tank sleeve pipe upper end, limit, the adjacent water tank sleeve pipe lower end of lower end and opposite side is logical, constitute the water channel that spirals of a dipping and heaving, the water tank sleeve pipe of two avris and intake-outlet 5,6 link to each other, in the outer casing shell and to be filled with heat-insulation layer 7,8 between the water tank sleeve pipe be electric switch.

Among Fig. 2, the conduit 3 of 8 parallel arranged being arranged in the outer case 9, be medium in the heat pipe 3, and water tank sleeve pipe 4 is placed in outside the heat pipe 3, and two water tank sleeve pipes upper end is communicated with, and 3 of water tank sleeve pipe 4 and heat pipes be water channel, and interior and 4 of the water tank sleeve pipes of outer case 9 shells are to be incubated conducting shell 7.

Among Fig. 3, be placed with electric heating tube 1 in the dielectric cavity 2 abreast, dielectric cavity 2 is communicated with heat pipe 3, and 4 is the water tank sleeve pipe, and 8 is electric switch, and 7 is heat-insulation layer, and 9 is outer case.

The utility model has strengthened because the High Efficiency Thermal transmitting medium can promptly be passed to heat energy each heat pipe Heat energy distributes area, and water tank sleeve pipe and heat pipe gap are littler, force hydrone to scatter and heat conduction comprehensively Pipe heat-transfer area contact is heated, and solved the problem that prior art can not provide hot water continuously.

The utility model is owing to adopted the heat pipe direct heat transfer, and heat transfer area is big, and is again hot super because having adopted Lead medium and do heat-conducting medium, cranking temperature is low, and heat transfer rate is fast, and specific heat and the latent heat of vaporization are big, heat by conduction The efficient height, heat utilization efficiency can reach more than 90%, have energy-efficient, compact conformation, small volume and less weights etc. are excellent The point.

Claims (2)

1, the hot superconductive medium electric shower-bath of a kind of directly-heated type, comprise casing, electricity heating original paper, intake-outlet, it is characterized in that: the dielectric cavity (2) that lower box has level to install, the heat pipe of parallel arranged (3) is loaded on the dielectric cavity (2), and heat pipe (3) is communicated with dielectric cavity (2) inner chamber and is the vacuum tightness chamber; Dielectric cavity has efficient heat-conduction medium in (2); Electrical heating element (1) places dielectric cavity (2); The outer water tank sleeve pipe (4) that is with of heat pipe (3), water tank sleeve pipe upper end is communicated with adjacent water tank sleeve pipe upper end, and the lower end of adjacent water tank sleeve pipe with opposite side, lower end is communicated with, and the water tank sleeve pipe (4) of two avris joins with intake-outlet (5,6) respectively; Be filled with the insulation filler in outer case (9) shell and between water tank sleeve pipe (4).

2,, it is characterized in that said water tank sleeve pipe can be metal material and is pressed into the butt joint of convex-concave shape and forms as the electric shower-bath of claim 1.

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