CN205227497U

CN205227497U - Nano -ceramics core radiator

Info

Publication number: CN205227497U
Application number: CN201521101119.4U
Authority: CN
Inventors: 赵团员; 乔月香
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-12-23
Filing date: 2015-12-23
Publication date: 2016-05-11
Anticipated expiration: 2025-12-23

Abstract

The utility model discloses a nano -ceramics core radiator, including equipment metal casing, nano -ceramics core, power cord, base, temperature controller, equipment metal casing is that to adopt three fashioned aluminium alloy ex -trusions of aluminum alloy form -ing technology be that fin, connecting strip, buckle closure and blanking cover, decoration cap are constituteed, the nano -ceramics core forms a post radiator through suppressing in filling in the slot at fin center, the connecting strip is transversely fixed at fin top center two cylindrical limits are established to the connecting strip both sides, two cylinder limits with two circular port eye -splices on the buckle closure are connected the blanking cover is established to the connecting strip at radiator both ends and the terminal surface of buckle closure, decorate cap and the corresponding lock of every post radiator on the buckle closure, the base is fixed and is decorated crown portion at the radiator lower extreme, the temperature controller is installed on the base, the utility model discloses the radiating rate is fast, and it is efficient to heat.

Description

Nano ceramics core radiator

Technical field

The utility model is reformed mainly for nano material heating product technology, and more particularly the utility model relates to a kind of nano ceramics core radiator.

Background technology

Answer environmental requirement, existing electricity heating product emerges in an endless stream, heat emitting medium is multifarious, there is heating wire, there is conduction oil, there is carbon crystal heating sheet, there is mica heating plate, the heat exchange area of heating wire is little, the heat produced is not fully utilized, conduction oil has the danger of spalling radiator and blast, the decay of carbon crystal heating sheet is fast, mica heating plate material is fragile, fragile, not easily assemble, moreover existing employing carbon crystal heating sheet, the Electric radiator radiating mode of mica heating plate heating mainly adopts direct half surface radiation, namely be printed on epoxy resin board by nano semiconductor material and pass through high temperature again, high pressure is pressed into heating board, surface heat-transferring layer, add insulation and frame below, pass through radiation heating, its shortcoming is that exhaustion is fast, service life is short, temperature does not reach heating requirement, be exactly that surface heat-transferring layer toasts easy scalding variable color through the normal time in addition, lose its aesthetic value, one is also had to be indirec radiation, namely at the additional one deck housing of exothermic material, exothermic material is radiated in the space needing heating by housing, this heating system heat supply efficiency is low, it is improper that case material and shape are selected, heat radiation is affected, and shell body assembling is more complicated, heating board circuit easily and housing there is company's electrical phenomena.

Summary of the invention

Be to provide a kind of adopt the heating of nano ceramics core for solving above technical barrier content of the present utility model, heat radiation adopts air two-sided heat loss through convection sheet thus nano ceramics core radiator to required heat supply space heating.

The utility model nano ceramics core radiator is achieved by following technical proposals:

Nano ceramics core radiator of the present utility model comprises assembling metal shell, nano ceramics core, power line, base, temperature controller, described assembling metal shell is three aluminium alloy extrusions and fin that adopt aluminium alloy forming technique shaping, connection strap, buckle closure and blanking cover, decoction cap forms, described fin center is provided with slot, two semicircular screw hole is established in slot both sides, described nano ceramics core is filled in the slot at fin center, repressed formation one post radiator, described connection strap is laterally fixed on fin top center, on described fin, slot two ends screw hole aligns with the screw hole lower end on described connection strap and to be fixed together with screw, according to demand can multicolumn radiator lateral connection, to rise as high as the banks in the connection strap of every post radiator lower end interior placement rectangle insulation board, insulation board is fixed two power lines, rise as high as the banks on the connection strap of every post radiator lower end and in connection strap interior placement rectangle insulation board on according to the distance perforating of two wires on every post radiator Distance geometry nano ceramics core, in every post radiator, two wires of nano ceramics core pass also and are fixed in the connection strap of every post radiator lower end two power line scolding tin on interior insulation board of rising as high as the banks and fix, draw two wires be connected from being fixed on two power lines of rising as high as the banks interior insulation board in the connection strap of every post radiator lower end with temperature controller respectively, temperature controller is connected with external power, two cylindrical limits are established in described connection strap both sides, described two cylindrical edges are connected with two circular port eye-splices on described buckle closure, blanking cover is established at the described connection strap at radiator two ends and the end face of buckle closure, described decoction cap is corresponding with every post radiator to be fastened on buckle closure, described base is fixed on decoction cap top, radiator lower end, described temperature controller is installed on base.

The fin of described assembling metal shell adopts aluminium alloy forming technique shaping, a slot is established at center, on rectangle minor face, two semicircular screw hole is established in both sides, establish a umbrella shape radiating surface in two semicircular screw hole port, on the described long limit of rectangular nibs He on two umbrella shape limits, establish many radiation tooths.

Described nano ceramics core is made up of with the polylith ceramic block be clipped in the middle of two electrode strips two electrode strips of the electric wire of belt lacing be respectively contained in high-temperature insulation cover, the width of described ceramic block and two electrode strips, high-temperature insulation cover width are the same, in block planar, be made up of ceramic material and semi-conducting material synthetic technology, direct-electrifying and heatable, has the specific function of constant temperature, temperature adjustment, temp auto-controlled.

Described temperature controller is by controller and arrange device and form, complete Chinese panel, according to different heating places and heating requirement, can arrange different heating temperatures and heating duration.

The beneficial effects of the utility model are:

One, the utility model adopts and is compressed in the fin of metal shell by nano ceramics core, and make nano ceramics core full power operation, heating effect is good, and decay is slow.

Two, assembling metal shell of the present utility model, adopt the assembling of eye-splice combination, assembling process is convenient and swift.

Three, assembling metal sheathing material of the present utility model adopts aluminium alloy, and the fin of metal shell adopts forming technique to be molded into entirety, and radiating rate is fast, and heat supply efficiency is high.

Four, use assembling metal shell of the present utility model, changes the external packing of heat transfer layer and plastic frame on heating board in recent years, avoids the scalding variable color through long-time baking of surface heat-transferring layer.

Five, the utility model utilizes nano ceramics core as pyrotoxin, and nano ceramics core has the feature of constant temperature, temperature adjustment, temp auto-controlled.

Six, temperature controller of the present utility model is by controller with arrange device and form, and can realize full automation and intellectuality.

Seven, exhaustion of the present utility model is slow, and long service life, cost is low.

Accompanying drawing explanation

Fig. 1 is front view of the present utility model, and Fig. 2 is rearview of the present utility model.

Fig. 3 is cut-away section structural representation of the present utility model, and Fig. 4 is inner top view structural representation of the present utility model.

Fig. 5 is the structural representation of the utility model nano ceramics core.

In figure: comprise fin 1, connection strap 2, buckle closure 3, blanking cover 4, decoction cap 5, nano ceramics core 6, high-temperature insulation cover 61, electrode strip 62, ceramic block 63, insulation board 7, base 8, temperature controller 9, power line 10.

Detailed description of the invention

Nano ceramics core radiator of the present utility model comprises assembling metal shell, nano ceramics core 6, power line 10, base 8, temperature controller 9, described assembling metal shell is three aluminium alloy extrusions and fin 1 that adopt aluminium alloy forming technique shaping, connection strap 2, buckle closure 3 and blanking cover 4, decoction cap 5 forms, described fin 1 center is provided with slot, two semicircular screw hole is established in slot both sides, described nano ceramics core 6 is filled in the slot at fin 1 center, repressed formation one post radiator, described connection strap 2 is laterally fixed on fin 1 top center, on described fin 1, slot two ends screw hole aligns with the screw hole lower end on described connection strap 2 and to be fixed together with screw, according to demand can multicolumn radiator lateral connection, to rise as high as the banks in every post radiator lower end connection strap 2 interior placement rectangle insulation board 7, insulation board 7 is fixed two power lines 10, rise as high as the banks on every post radiator lower end connection strap 2 and in connection strap 2 interior placement rectangle insulation board 7 on according to the distance perforating of two wires on every post radiator Distance geometry nano ceramics core 6, for nano ceramics core 6 in every post radiator two wires through and and be fixed on rise as high as the banks in every post radiator lower end connection strap 2 insulation board 7 interior on two power line 10 scolding tin fix, draw two wires be connected from being fixed on two power lines 10 of rising as high as the banks interior insulation board 7 in every post radiator lower end connection strap 2 with temperature controller 9 respectively, temperature controller 9 is connected with external power, two cylindrical limits are established in described connection strap 2 both sides, described two cylindrical edges are connected with two circular port eye-splices on described buckle closure 3, blanking cover 4 is established at the connection strap 2 at described radiator two ends and the end face of buckle closure 3, described decoction cap 5 is corresponding with every post radiator to be fastened on buckle closure 3, described base 8 is fixed on decoction cap 5 top, radiator lower end, described temperature controller 9 is installed on base 8.

The above; be only preferred embodiment of the present utility model; not in order to limit the utility model, every above embodiment is done according to technical spirit of the present utility model any trickle amendment, equivalently replace and improve, within the protection domain that all should be included in technical solutions of the utility model.

Claims

1. nano ceramics core radiator, comprise assembling metal shell, nano ceramics core (6), power line (10), base (8), temperature controller (9), it is characterized in that, described assembling metal shell is three aluminium alloy extrusions and fin (1) that adopt aluminium alloy forming technique shaping, connection strap (2), buckle closure (3) and blanking cover (4), decoction cap (5) forms, described fin (1) center is provided with slot, two semicircular screw hole is established in slot both sides, described nano ceramics core (6) is filled in the slot at fin (1) center, repressed formation one post radiator, described connection strap (2) is laterally fixed on fin (1) top center, described fin (1) upper slot two ends screw hole aligns with the screw hole lower end on described connection strap (2) and to be fixed together with screw, according to demand can multicolumn radiator lateral connection, to rise as high as the banks in every post radiator lower end connection strap (2) interior placement rectangle insulation board (7), insulation board (7) is fixed two power lines (10), rise as high as the banks in upper and connection strap (2) every post radiator lower end connection strap (2) interior placement rectangle insulation board (7) on according to the distance perforating of upper two wires of every post radiator Distance geometry nano ceramics core (6), two wires for nano ceramics core (6) in every post radiator pass also and are fixed on upper two power line (10) scolding tin of the insulation board (7) of rising as high as the banks interior in every post radiator lower end connection strap (2) and fix, draw two wires be connected from being fixed in every post radiator lower end connection strap (2) two power lines (10) risen as high as the banks interior insulation board (7) with temperature controller (9) respectively, temperature controller (9) is connected with external power, two cylindrical limits are established in described connection strap (2) both sides, described two cylindrical edges are connected with two circular port eye-splices on described buckle closure (3), blanking cover (4) is established at the connection strap (2) at described radiator two ends and the end face of buckle closure (3), described decoction cap (5) is corresponding with every post radiator to be fastened on buckle closure (3), described base (8) is fixed on decoction cap (5) top, radiator lower end, described temperature controller (9) is installed on base (8).

2. nano ceramics core radiator according to claim 1, it is characterized in that, the fin (1) of assembling metal shell adopts aluminium alloy forming technique shaping, a slot is established at center, on rectangle minor face, two semicircular screw hole is established in both sides, establish a umbrella shape radiating surface in two semicircular screw hole port, on the described long limit of rectangular nibs He on two umbrella shape limits, establish many radiation tooths.

3. nano ceramics core radiator according to claim 1, it is characterized in that, described nano ceramics core (6) by the difference belt lacing electric wire be contained in high-temperature insulation cover (61) two electrode strips (62) and be clipped in two polylith ceramic blocks (63) in the middle of electrode strips and form, the width of described ceramic block (63) and two electrode strips (62), high-temperature insulation cover width are the same, in block planar, be made up of ceramic material and semi-conducting material synthetic technology.