CN2636186Y - Side convection column wing type radiator - Google Patents

Abstract

The utility model relates to a side convection column wing type radiator used for a domestic heating system. At present, the column wing type radiator is salable in cast series of products, such as GB700 type and GB600 type (TZY2). The utility model provides the side convection column wing type radiator which aims at solving the defects of poor heat dispersion effect and poor air convection of assembled radiating fins of a common cast iron radiator. The utility model is composed of a plurality of independent radiating fins each of which comprises a water inlet, a water outlet, a water cavity, a front radiating board on the front part of the water cavity, a back radiating board on the back part of the water cavity and air inlet notches at the bottom parts of the back and front radiating boards, wherein the outer walls of both sides of the water cavity are provided with air current guiding wings; the parts of the air current guiding wings, which lead to an outlet for hot air current are cambered. The utility model has the advantages of large heat source capacitance, increased radiating area, good heat exchange conditions and admirable heat dispersion effect.

Description

Side convection column wing-type radiator

Technical field:

The utility model belongs to used parts of domestic-heating system or member, specifically, relates to the radiator that a kind of heating is used.

Background technology:

At present, the radiator of prior art is broadly divided into steel series and casting series two big classes, though steel radiator has characteristics elegant in appearance, costs an arm and a leg, as yet not extensive use.At present, the radiator of casting series remains a kind of suitable China dwelling house condition, economical and practical heating product.The post wing-type radiator is kind comparatively salable, for example GB 700,600 types (TZY2) on the market in the casting series of products.This post aerofoil profile cast-iron radiator, because the thermal source volume is little with the external surface area that is heated, particularly the cross-ventilation condition of radiator assembling back radiator is poor, makes radiator heat energy be not fully utilized, and exists the not good shortcoming of radiating effect.

The utility model content:

The purpose of this utility model is the shortcoming at background technology, and a kind of side convection column wing-type radiator is provided, and it has than general cast-iron radiator, and the thermal source capacity is big, area of dissipation increases, and particularly heat exchange condition is good, and therefore, radiating effect is splendid.

The utility model is achieved in that

A kind of side convection column wing-type radiator, be made of some monomer fin, each monomer fin comprises: the air inlet breach of the previous irradiation plate of water inlet interface, water outlet interface, water cavity, water cavity front, the back radiant panel of water cavity back, previous irradiation plate and radiant panel bottom, back.The outer wall of its water cavity both sides is provided with the air-flow guide vane, the curved shape in the top of guide vane.

The top of described previous irradiation plate is provided with the thermal current window of giving vent to anger.

The arcuated fin piece on described air-flow guide vane top leads to the thermal current window of giving vent to anger.

The height of described air-flow guide vane flushes with the edge of previous irradiation plate and is advisable, and the height of fin also can be slightly higher, lower slightly than the edge of previous irradiation plate.

Described previous irradiation plate is advisable than the width of back radiant panel is smaller, and the width of forward and backward radiant panel also can equate.

Described water cavity can be the flat-square-shaped entire body, also can be the cavity of other form.

The utility model is compared with background technology, because the water cavity of fin is taked the entire body structure, the water cavity volume increases, and has increased the thermal source capacity; Because guide vane quantity is many and more former fin increases, and has increased area of dissipation; While entire body water cavity thermal source balance, thus radiating effect improved.Because the outer wall of water cavity both sides is provided with vertical air-flow guide vane, and lead to the give vent to anger arcuate guide fin of window of thermal current, radiator after several monomer fin assemblings, between guide vane, constituted concentrated and directive gas channel, cold air is by the air inlet breach and the radiator bottom admission passage of radiant panel bottom, front and back, rise along vertical gas channel, flow to the heating space through curved channel by the thermal current that the is positioned at previous irradiation plate top window of giving vent to anger, make thermal current concentrate side direction output, realize orientation, the side direction exchange of cold and hot air.The free straight line of mass air flow that has overcome original radiator rises, not only can be obstructed, and behind the dust cover or decoration thing of air-flow arrival top setting, also need return a segment distance down at the interface tube place, could flow out from the thermal window after decorateing, cause that air-flow is smooth, the not good shortcoming of heating effect.Simultaneously, the thermal window on previous irradiation plate top also has attractive in appearance, generous advantage.

To be further described the utility model in conjunction with the accompanying drawings by embodiment below.

Description of drawings:

Fig. 1 is the front view of a kind of side convection column wing-type radiator (assembled state) structure;

Fig. 2 is the side view (sufficient sheet) of Fig. 1;

Fig. 3 is the rearview of Fig. 1;

Fig. 4 is the vertical view of Fig. 1;

Fig. 5 is the C-C cutaway view of Fig. 1;

Fig. 6 is the B-B cutaway view (middle sheet) of Fig. 1;

Fig. 7 is the A-A cutaway view Amplified image of Fig. 6.

The specific embodiment:

Shown in Fig. 1,2,3,4,5,6,7, a kind of side convection column wing-type radiator is made of 5 monomer fin, and wherein both sides are the sufficient sheet (Fig. 2) of band leg, and the centre is the middle sheet (Fig. 6) of 3 no legs.The quantity of fin can increase and decrease according to heating area.

Each monomer fin comprises: the air inlet breach 8 of the previous irradiation plate 4 of water inlet interface 1, water outlet interface 2, water cavity 3, water cavity front, the back radiant panel 5 of water cavity back, previous irradiation plate 4 and radiant panel 5 bottoms, back.

The top of described previous irradiation plate 4 is provided with the thermal current window 7 of giving vent to anger, and the outer wall of water cavity 3 both sides is provided with air-flow guide vane 6.Air-flow guide vane 6 comprises vertical fin and arcuated fin piece two parts, and vertical fin arrives the thermal current that is positioned at previous irradiation plate 4 tops from the bottom to top when giving vent to anger window 7 places, changes into arcuated fin piece.The air-flow guide vane is provided with 2 (present embodiment is 4 air-flow guide vanes) at least.

The height of described air-flow guide vane 6 flushes with the edge of previous irradiation plate 4 and is advisable, and the height of fin also can be slightly higher, lower slightly than the edge of previous irradiation plate, all belongs to the claimed scope of the utility model.

Described previous irradiation plate 4 is advisable than the width of back radiant panel 5 is smaller, and the width of forward and backward radiant panel also can equate, all belongs to the claimed scope of the utility model.

Described water cavity 3 is the flat-square-shaped entire body, also can be the cavity of other form, all belongs to the claimed scope of the utility model.

Claims (6)

1, a kind of side convection column wing-type radiator, constitute by some monomer fin, each monomer fin comprises: the air inlet breach (8) of the previous irradiation plate (4) of water inlet interface (1), water outlet interface (2), water cavity (3), water cavity front, the back radiant panel (5) of water cavity back, previous irradiation plate (4) and radiant panel (5) bottom, back, it is characterized in that: the outer wall of described water cavity (3) both sides is provided with air-flow guide vane (6), the curved shape in top of guide vane (6).

2, according to the described side convection column of claim 1 wing-type radiator, it is characterized in that: the top of described previous irradiation plate (4) is provided with the thermal current window (7) of giving vent to anger.

3, according to claim 1 or 2 described side convection column wing-type radiators, it is characterized in that: the arcuated fin piece on described air-flow guide vane (6) top leads to the thermal current window (7) of giving vent to anger.

4, according to the described side convection column of claim 1 wing-type radiator, it is characterized in that: the height of described air-flow guide vane (6) flushes with the edge of previous irradiation plate (4).

5, according to the described side convection column of claim 1 wing-type radiator, it is characterized in that: described previous irradiation plate (4) is more smaller than the width of back radiant panel (5).

6, according to the described side convection column of claim 1 wing-type radiator, it is characterized in that: described water cavity (3) is the flat-square-shaped entire body.