CN105674383A

CN105674383A - Annular two-section multifunctional stove

Info

Publication number: CN105674383A
Application number: CN201610246049.4A
Authority: CN
Inventors: 陈思宇
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-04-20
Filing date: 2016-04-20
Publication date: 2016-06-15

Abstract

The invention discloses an annular two-section multifunctional stove which comprises two sections of independent stove bodies, wherein each independent stove body comprises a heating pipe, a protecting wire net, a hanging rack, a plurality of shoes driers and two connecting devices; each heating pipe is mounted in the middle of the corresponding stove body; the protecting wire nets are mounted on the peripheries of the heating pipes; the hanging racks are mounted above the protecting wire nets; each shoes drier is mounted below the corresponding protecting wire net and connected with the corresponding protecting wire net; the connecting devices are mounted on one side of the corresponding stove body. According to the annular two-section multifunctional stove, the stove is divided into the two sections and further provided with sliding devices, so that the use is more flexible and convenient; the overall structure is annular, and the warming effect is better; besides, the shoes driers are provided, waste heat of the protecting wire nets is fully utilized, and the energy source utilization ratio is high; as the shoes driers are provided with a plurality of control systems, the use is more convenient.

Description

Annular two-part Multifunctional heating furnace

Technical field

The present invention relates to a kind of heating plant, mainly a kind of multi-functional some radiator.

Background technology

In the area do not heated, radiator is important heating plant. No matter being office, domestic or amusement and recreation, all ratio is indispensable. Radiator mainly generates heat with heat-generating pipe, then adds one layer of protecting wire net outside, it is prevented that scald. Now with mounting hung rack herein above, it is possible to be used for dry medicated clothing. These are all that the heat directly utilizing heat-generating pipe completes mostly.

Protecting wire net is closest to the device of heat-generating pipe, so there being a lot of heats on protecting wire net, and on market, existing product does not account for the energy on protecting wire net mostly yet, causes energy significantly to run off. And, electric heater on the market is an entirety mostly, it is not possible to dismantle, sometimes when space is less or demand is more, it is impossible to meet all demands.

Summary of the invention

In order to overcome disadvantages mentioned above, the present invention provides a kind of annular two-part Multifunctional heating furnace, including radiator two sections independent; Each described independent radiator includes heat-generating pipe, protecting wire net, hanger, several shoe driers, several connecting devices and several carriages; Described heat-generating pipe is arranged on the centre of each described radiator; Described protecting wire net is arranged on the periphery of described heat-generating pipe; Described hanger is arranged on the top of described protecting wire net;

Each described shoe drier is arranged on the lower section of described protecting wire net, is connected with described protecting wire net; Each described shoe drier includes fin and helical blade; Described fin and described helical blade are all located at the inside of each described shoe drier; Described fin and described protecting wire net connect; Described helical blade is after described fin;

Each described carriage is arranged on below radiator each section described; Each described carriage includes spring and roller; Described spring is arranged on the inside of described carriage, and described roller is arranged on below described spring.

Described connecting device installs the side of radiator each section described; The cross section of two sections of described radiators is annular;

Further, each described shoe drier has several control systems, and described control system is independently of described radiator;Described multiple control systems control described fin and described helical blade respectively.

Further, each described connecting device includes magnetic contact and locking system; Described magnetic contact is in the one side contacted with each other of two sections of described radiators; The side that described locking system contacts with each other at two sections of described radiators.

Further, the radian of each section described radiator is ∏/2, ∏/2～3.

Annular two-part Multifunctional heating furnace provided by the invention, is made up of radiator two sections independent, both can independently use, it is also possible to combination uses, and uses convenient; The coupling part of radiator two sections independent is magnetic contact and locking system, connects more firm, improves security performance; Adopting loop configuration, heating effect is better; With shoe drier, make full use of the waste heat of protecting wire net, improve the utilization rate of the energy; Shoe drier has air-dry and dries both of which, uses more flexible; With carriage below radiator, mobile easier.

Accompanying drawing explanation

Fig. 1 is the front schematic view of radiator provided by the invention.

Fig. 2 is the schematic rear view of radiator provided by the invention.

Fig. 3 is the top view of radiator provided by the invention.

Fig. 4 is that two sections of radiators provided by the invention contact with each other the schematic diagram in face.

Fig. 5 is the structure chart of a carriage of radiator provided by the invention.

Fig. 6 is the structural representation of the shoe drier of radiator provided by the invention.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the present invention is described in further details.

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, annular two-part Multifunctional heating furnace provided by the invention, including Multifunctional heating furnace two sections independent, Multifunctional heating furnace each section independent includes heat-generating pipe 1, protecting wire net 2, hanger 3, several shoe driers 4, several connecting devices and several carriages 5. Described heat-generating pipe 1 is positioned at the inside of independent Multifunctional heating furnace each section described, described protecting wire net 2 is positioned at the periphery of described heat-generating pipe 1, described hanger 3 is positioned at above described protecting wire net 2, it would be desirable to the medicated clothing of drying is placed on described hanger 3, is baked to. Described shoe drier 4, below described protecting wire net 2, is connected with described protecting wire net 2. Described connecting device is in the side contacted with each other of described radiator two sections independent; Described carriage 5 is below described radiator. The cross section of described radiator is annular, provides, to the object needing heating, the heat more concentrated.

Each described shoe drier 4 includes fin 41 and helical blade 42, described fin 41 and described protecting wire net 2 and connects, and when radiator normally uses, described protecting wire net 2 is because near described heat-generating pipe 1, so there being more waste heat. Described fin 41 and described protecting wire net 2 connect, it is possible to shoes are dried by the waste heat directly utilized on described protecting wire net 2, it is possible to make full use of the energy, it is to avoid cause waste. Described helical blade 42 is arranged on the inside of described shoe drier 4, after described fin 41. Described shoe drier 4 has multiple control system. Described control system is independently of radiator; Described fin 41 and described helical blade 42 are controlled by control system independently; Described shoe drier 4 has four kinds of mode of operations:

Pattern one: described heat-generating pipe 1 is opened, described fin 41 connects described protecting wire net 2, directly utilizes the waste heat on described protecting wire net 2 by drying shoes.

Pattern two: described heat-generating pipe 1 is opened, waste heat is delivered on described fin 41 by described protecting wire net 2, then opens described helical blade 42, carries out shoes drying and air-dry simultaneously, adds fast speed.

Pattern three: described heat-generating pipe 1 is not switched on, opens described fin 41, shoes is dried.

Pattern four: described heat-generating pipe 1 is not switched on, opens described fin 41 and described helical blade 42 simultaneously, shoes is carried out air-dry simultaneously and dries, adding the speed of quick-drying footwear.

Each described carriage 5 includes spring 51 and roller 52. Described spring 51 is arranged on the inside of described carriage 5, and described roller 52 is arranged on below described spring 51. As shown in Fig. 5 (a), when radiator remains static, it is not necessary to time mobile, described roller 52 is hidden in the inside of described carriage 5, it is possible to prevent the movement of the radiator that misoperation brings, thus causing danger; As shown in Fig. 5 (b), when radiator is applied the external force of 1/1 to five/10ths being equivalent to self gravitation, because the frictional force between described roller 52 and ground, the elastic force of described spring 51 reaches maximum, described roller 52 is ejected, in that context it may be convenient to mobile radiator.

Each described connecting device includes locking system 61 and magnetic contact 62. There is described locking system 61 front and back of each section of described radiator. A part for described locking system 61 is on radiator one section independent, and another part is on radiator another section independent. Described magnetic contact is arranged on the side contacted with each other of the independent radiator of described two section. When needing independent radiator two sections described is connected use, described magnetic contact 62 is docked, it is possible to strengthen connectivity each other, it is possible to make splicing more stable. Then described locking system 61 is locked, it is prevented that the described slip between radiator two sections independent, cause danger.

These are only preferred embodiment of the present invention, therefore can not limit scope of the invention process according to this, the equivalence namely made according to description of the present invention changes and decoration, all should belong in the scope that the present invention covers.

Claims

1. an annular two-part Multifunctional heating furnace, it is characterised in that: include radiator two sections independent; Each described independent radiator includes heat-generating pipe, protecting wire net, hanger, several shoe driers, several connecting devices and several carriages; Described heat-generating pipe is arranged on the centre of each described radiator; Described protecting wire net is arranged on the periphery of described heat-generating pipe; Described hanger is arranged on the top of described protecting wire net;

Described connecting device installs the side of radiator each section described; The cross section of two sections of described radiators is annular.

2. annular two-part Multifunctional heating furnace as claimed in claim 1, it is characterised in that: each described shoe drier has several control systems, and described control system is independently of described radiator; Described multiple control systems control described fin and described helical blade respectively.

3. annular two-part Multifunctional heating furnace as claimed in claim 1, it is characterised in that: each described connecting device includes magnetic contact and locking system; Described magnetic contact is in the one side contacted with each other of two sections of described radiators; The side that described locking system contacts with each other at two sections of described radiators.

4. annular two-part Multifunctional heating furnace as claimed in claim 1, it is characterised in that: the radian of radiator each section described is ∏/2, ∏/2～3.