CN203240637U

CN203240637U - Turbo-charging warmer

Info

Publication number: CN203240637U
Application number: CN 201320117201
Authority: CN
Inventors: 陈永辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-03-15
Filing date: 2013-03-15
Publication date: 2013-10-16
Anticipated expiration: 2023-03-15

Abstract

The utility model discloses a turbo-charging warmer. The turbo-charging warmer comprises a shell. The front portion of the shell is open, ventilating holes are evenly formed in a back plate of the shell, a surface frame is installed on the front surface of the shell, and a louver is installed in the surface frame. A motor base is installed on the upper portion of an inner cavity of the shell, and a synchronous motor is installed on the motor base. A heating cavity shell is installed on the lower portion of the inner cavity of the shell, at least one heat exchanging device is installed on the heating cavity shell. An air inlet cavity shell, a turbo-charging draught fan and an air outlet cavity shell are sequentially installed on the rear portion of the inner cavity of the shell from bottom to top, wherein the upper end of the air inlet cavity shell is open, an air inlet is formed in the lateral wall of the air inlet cavity shell, and the air outlet cavity shell is fixed on the air inlet cavity shell; the turbo-charging draught fan is arranged between the air inlet cavity shell and the air outlet cavity shell; the air outlet cavity shell is located on the back of the heating cavity shell, the inner cavity of the air outlet cavity shell is communicated with the inner cavity of the heating cavity shell, and a circuit board is connected to the air outlet cavity shell. Through the turbo-charging warmer, pressure and amount of wind can be increased through extremely small draught fan power consumption, heat can be fast transmitted to all corners of a room, heat efficiency is greatly improved, electric energy is saved, and requirements for warming of people are met.

Description

The turbocharging warmer

Technical field

The utility model relates to a kind of warmer, relates to specifically a kind of turbocharging warmer.

Background technology

At present, warmer generally all adopts the elements such as quartz heating-pipe, heating wire as heater block, and the critical piece that carries out heat exchange for heat energy and room air with the heater element generation is blower fan.Blower fan is mostly used cross flow fan at present, minority is used axial flow blower, but these blower fan Main Problems are: power consumption is large, air quantity is little, the scope that wind goes out is narrow, and it is very long that the time that makes heat energy that heater element produces and room air carry out heat exchange draws, and the room intensification is very slow, can not satisfy the requirement of room heating, again so that the usefulness of warmer is not high.

The utility model content

The purpose of this utility model provides a kind of turbocharging warmer, and it can increase pressure and the air quantity of wind with minimum blower fan power consumption, can fast heat delivery be arrived each corner, room, greatly improve the warmer thermal efficiency, saves energy satisfies people's requirement of warming oneself.

In order to realize such scheme, technical solution of the present utility model is: a kind of turbocharging warmer, comprising the uncovered box-type shell in front, be evenly equipped with some air vents on the rear plate of described housing, the front surface installed surface frame of described housing, in described the frame several blinds are installed, the inner chamber top mounted motor seat of described housing, described motor cabinet is vertically connected on the top, rear surface of face frame, the synchronous motor of sweeping wind about the control blinds is installed on the described motor cabinet, heating chamber shell is installed in the inner chamber bottom of described housing, described heating chamber shell is vertically connected on the bottom, rear surface of face frame, on the shell of described heating chamber at least one heat-exchanger rig is installed, the air-inlet cavity shell is installed at the inner chamber rear portion of described housing from the bottom to top successively, turbine boosted fan and air-out chamber shell, described air-inlet cavity shell is fixed on the inner chamber bottom surface of housing, the upper end of described air-inlet cavity shell is uncovered, offer several air inlets on its sidewall, described air-out chamber shell be fixed on the air-inlet cavity shell above, described turbine boosted fan be arranged at into, between the shell of air-out chamber, described air-out chamber shell is positioned at the back of heating chamber shell, its inner chamber communicates with the inner chamber of heating chamber shell, connecting circuit board above the shell of described air-out chamber, the above each parts all is connected with circuit board by wire, and is worked by its control.

The utility model turbocharging warmer, control panel is installed on the inner chamber top of wherein said frame, described blinds is installed in the inner chamber bottom of face frame, and be positioned at control panel below, described motor cabinet is vertically connected on the back of control panel.

The utility model turbocharging warmer, wherein said heat-exchanger rig comprises vertically to quartz heating-pipe and the heat exchanger components placed, described heat exchanger components is installed in the outside of quartz heating-pipe, contact with described quartz heating-pipe is loose, described quartz heating-pipe comprises the outer tube that quartz glass is made, the inner heating wire of installing of described outer tube, the two ends splicing ear of described outer tube, two described terminals by wire and circuit board just, negative pole connects, and described heat exchanger components is to be installed in the quartz heating-pipe outside with good heat conductive round metal disc with the circular tube shaped heat carrier of connection bracket.

After adopting such scheme, the utility model turbocharging warmer is by the heating of circuit board control heat-exchanger rig, extraneous air-flow enters from the air-inlet cavity shell, import in the turbine boosted fan and compress, rotation, amplify, discharge by air-out chamber shell afterwards, the hot blast that produces with heat-exchanger rig mixes, the hot blast that mixes afterwards by by synchronous motor control can about sweep wind blinds deliver to the room and heat, because the air Fast Heating of room convection current, thereby can heat up rapidly room temperature, the utility model is with minimum blower fan power consumption, can increase pressure and the air quantity of wind, can fast heat delivery be arrived each corner, room, greatly improve the warmer thermal efficiency, saves energy satisfies people's requirement of warming oneself.

Further beneficial effect of the present utility model is: control panel is installed on face frame inner chamber top, and user-friendly, directly can make with control panel and sweep wind about blinds, motor cabinet is vertically connected on the back of control panel, the convenient installation and conserve space.

Further beneficial effect of the present utility model is: adopt quartz heating-pipe to increase heat exchanger components outward heat-exchanger rig, increased the heat exchange area of quartz heating-pipe, the heat that the heating wire of quartz heating-pipe can be produced exports in the warmer rapidly, air by the blower fan convection current is heated, thereby send into the room, the room temperature that can be rapidly heated is both effectively by electric heating usefulness, can cool off again the heating wire of quartz heating-pipe, obviously prolong the service life of quartz heating-pipe.

Description of drawings

Fig. 1 is the perspective exploded view of the utility model turbocharging warmer;

Fig. 2 is that cross-sectional schematic is looked on the right side of the utility model turbocharging warmer.

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

The specific embodiment

As depicted in figs. 1 and 2, the utility model turbocharging warmer comprises the box wooden housing 1 that the front is uncovered.Be evenly equipped with some air vents 14 on the rear plate 10 of housing 1.The front surface installed surface frame 2 of housing 1.Control panel 3 is installed on the inner chamber top of face frame 2.Several blinds 15 are installed in the inner chamber bottom of face frame 2.Blinds 15 be positioned at control panel 3 below.The inner chamber top of housing 1 is equipped with motor cabinet 4.Motor cabinet 4 is vertically connected on the back of control panel 3 by bolt.Control blinds about 15 is installed on the motor cabinet 4 sweeps the synchronous motor 5 of wind.Heating chamber shell 6 is installed in the inner chamber bottom of housing 1, and heating chamber shell 6 is vertically connected on the bottom, rear surface of face frame 2 by bolt.On the heating chamber shell 6 two heat-exchanger rigs 7 are installed.Heat-exchanger rig 7 comprises vertically to quartz heating-pipe 17 and the heat exchanger components 18 placed.Heat exchanger components 18 is installed in the outside of quartz heating-pipe 17, with quartz heating-pipe 17 loose contacts.Quartz heating-pipe 17 comprises the outer tube that quartz glass is made, and the inner heating wire of installing of outer tube, the two ends splicing ear 19 of outer tube, heat exchanger components 18 are to be installed in quartz heating-pipe 17 outsides with good heat conductive round metal disc with the circular tube shaped heat carrier of connection bracket.The inner chamber rear portion of housing 1 is installed air-inlet cavity shell 13, turbine boosted fan 12 and air-out chamber shell 11 from the bottom to top successively.Air-inlet cavity shell 13 is fixed on the inner chamber bottom surface of housing 1.The upper end of air-inlet cavity shell 13 is uncovered, offers several air inlets 16 on its sidewall.Air-out chamber shell 11 be fixed on air-inlet cavity shell 13 above.Turbine boosted fan 12 is arranged between air-inlet cavity shell 13 and the air-out chamber shell 11.Air-out chamber shell 11 is positioned at the back of heating chamber shell 6, and its inner chamber communicates with the inner chamber of heating chamber shell 6.The top mounting circuit boards 9 of air-out chamber shell 11.The above component leads is connected with circuit board 9, and by its control work.

During use, handle control panel 3, synchronous motor 5 is opened, while open turbine booster fan 12, make the quartz heating-pipe heating of heat-exchanger rig 7, extraneous air-flow enters from air-inlet cavity shell 13, import in the turbine boosted fan 12 and compress, rotation, amplify, discharge by air-out chamber shell 11 afterwards, the hot blast that produces with heat-exchanger rig 7 mixes, the hot blast that mixes afterwards by by synchronous motor 5 controls can about sweep wind blinds 15 deliver to the room and heat, because the air Fast Heating of room convection current, thereby can heat up rapidly room temperature, the utility model can increase pressure and the air quantity of wind with minimum blower fan power consumption, can fast heat delivery be arrived each corner, room, greatly improve the warmer thermal efficiency, saves energy satisfies people's requirement of warming oneself.

The above embodiment is described preferred embodiment of the present utility model; be not that scope of the present utility model is limited; under the prerequisite that does not break away from the utility model design spirit; various distortion and improvement that the common engineers and technicians in this area make the technical solution of the utility model all should fall in the definite protection domain of claims of the present utility model.

Claims

1. turbocharging warmer, it is characterized in that: comprise the uncovered box-type shell in front (1), be evenly equipped with some air vents (14) on the rear plate (10) of described housing (1), the front surface installed surface frame (2) of described housing (1), several blinds (15) are installed in described the frame (2), the inner chamber top mounted motor seat (4) of described housing (1), described motor cabinet (4) is vertically connected on the top, rear surface of face frame (2), the synchronous motor (5) of sweeping wind about control blinds (15) is installed on the described motor cabinet (4), heating chamber shell (6) is installed in the inner chamber bottom of described housing (1), described heating chamber shell (6) is vertically connected on the bottom, rear surface of face frame (2), at least one heat-exchanger rig (7) is installed on the described heating chamber shell (6), air-inlet cavity shell (13) is installed at the inner chamber rear portion of described housing (1) from the bottom to top successively, turbine boosted fan (12) and air-out chamber shell (11), described air-inlet cavity shell (13) is fixed on the inner chamber bottom surface of housing (1), the upper end of described air-inlet cavity shell (13) is uncovered, offer several air inlets (16) on its sidewall, described air-out chamber shell (11) be fixed on air-inlet cavity shell (13) above, described turbine boosted fan (12) be arranged at into, air-out chamber shell (13,11) between, described air-out chamber shell (11) is positioned at the back of heating chamber shell (6), its inner chamber communicates with the inner chamber of heating chamber shell (6), connecting circuit board (9) above the described air-out chamber shell (11), the above each parts all is connected with circuit board (9) by wire, and is worked by its control.

2. turbocharging warmer according to claim 1, it is characterized in that: control panel (3) is installed on the inner chamber top of described frame (2), described blinds (15) is installed in the inner chamber bottom of face frame (2), and be positioned at control panel (3) below, described motor cabinet (4) is vertically connected on the back of control panel (3).

3. turbocharging warmer according to claim 1 and 2, it is characterized in that: described heat-exchanger rig (7) comprises vertically to quartz heating-pipe (17) and the heat exchanger components (18) placed, described heat exchanger components (18) is installed in the outside of quartz heating-pipe (17), with loose contact of described quartz heating-pipe (17), described quartz heating-pipe (17) comprises the outer tube that quartz glass is made, the inner heating wire of installing of described outer tube, the two ends splicing ear (19) of described outer tube, two described terminals (19) by wire and circuit board (9) just, negative pole connects, and described heat exchanger components (18) is to be installed in quartz heating-pipe (17) outside with good heat conductive round metal disc with the circular tube shaped heat carrier of connection bracket.