CN205878597U - But fast assembly's electric fan heater movement assembly - Google Patents
But fast assembly's electric fan heater movement assembly Download PDFInfo
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- CN205878597U CN205878597U CN201620622570.9U CN201620622570U CN205878597U CN 205878597 U CN205878597 U CN 205878597U CN 201620622570 U CN201620622570 U CN 201620622570U CN 205878597 U CN205878597 U CN 205878597U
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- generating component
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Abstract
But fast assembly's electric fan heater movement assembly, this movement assembly is equipped with the core main frame, be equipped with fan joint position on this core main frame, the PTC the heating element link bit, temperature control device link bit and shell link bit, air intake end at the core main frame is equipped with the fan subassembly, it is through the air intake end of the fan joint position joint on the core main frame in the core main frame, be equipped with PTC the heating element in the core main frame, it is installed in the PTC the heating element of core main frame link bit, core owner frame top is equipped with temperature control device, the fan subassembly, PTC the heating element and temperature control device pass through the fan joint position of core main frame, PTC the heating element link bit and temperature control device link bit are integrated as an organic whole with the core main frame, and be connected with the electric fan heater shell through the shell link bit. The utility model discloses a but fast assembly's electric fan heater movement assembly compact structure, the production of being convenient for, and low in production cost, the packaging efficiency of electric fan heater still can be improved to the while.
Description
[technical field]
This utility model relates to the warm-air drier cartridge assemblies that can quickly assemble, and particularly relates to a kind of integration degree high,
Easy to assembly fast, and the warm-air drier cartridge assemblies that can quickly assemble of warm-air drier packaging efficiency can be improved.
[background technology]
Warm-air drier owing to having that volume is little, be easy to the features such as mobile and heats is good and be widely used in winter by people
Heating of house, it is sent after being heated by air of suction by electric heating device and improves indoor temperature, to reach heating effect.
Existing warm-air drier generally comprises heater and support, blower fan, air channel and attemperating unit etc., when assembling warm-air drier, and need to be by each
Individual parts are assembled in warm-air drier casing respectively, thus, each parts are all independent productions and assembling, and it exists packaging efficiency
Low, the defects such as production cost is high, and the parts owing to assembling are more, are easily caused product quality problem.Therefore, how to improve warm
The packaging efficiency of blower fan and product quality just become a kind of objective demand.
[summary of the invention]
This utility model aims to solve the problem that the problems referred to above, and provides a kind of integration degree high, easy to assembly fast, and can carry
The warm-air drier cartridge assemblies that can quickly assemble of the packaging efficiency of high warm-air drier.
For realizing the purpose of this utility model, this utility model provides a kind of warm-air drier movement group that can quickly assemble
Part, this cartridge assemblies is provided with movement main frame, this movement main frame is provided with blower fan clamping position, PTC heat generating component connect position,
Attemperating unit connects position and shell connects position, and the air inlet end at movement main frame is provided with fan assembly, and this fan assembly passes through
Blower fan clamping position on movement main frame is connected in the air inlet end of movement main frame, is provided with PTC heating in movement main frame
Assembly, this PTC heat generating component is installed in the PTC heat generating component of movement main frame and connects in position, and movement main frame top is provided with use
In the attemperating unit of overtemperature protection, described fan assembly, PTC heat generating component and the attemperating unit blower fan card by movement main frame
Connect position, PTC heat generating component connects position and attemperating unit connects position and becomes one with movement main frame, and connects position by shell
It is connected with warm air blower shell.
Described blower fan clamping position is the U-type groove that multiple opening is inside, and it is positioned at the air inlet end of movement main frame, described
It is rectangular enclosure that PTC heat generating component connects position, and it is positioned at movement main frame, and it is that two symmetries set that described attemperating unit connects position
The draw-in groove put, it is positioned at the top of movement main frame, and it is multiple bolt hole that described shell connects position, and it is uniformly distributed in movement master
The periphery of framework, and the air opening end of described movement main frame is provided with multiple Elastic buckle for fixing PTC heat generating component, institute
State PTC heat generating component and be fixed on the PTC heat generating component of movement main frame from the air opening end of movement main frame by Elastic buckle
Connect in position.
Described shell connect position be cross section be trapezoidal framework, it is positioned at the air opening end of movement main frame, and described machine
The air opening end of core main frame is provided with multiple limited block for fixing PTC heat generating component, is provided with bottom described movement main frame
Rectangular aperture, described PTC heat generating component one end is through this rectangular aperture and makes PTC heat generating component be placed in movement main frame
PTC heat generating component connects in position.
Described fan assembly includes that fan and casing, described fan are aerofoil fan, and it is rotationally connected with in casing, described
Casing is circular ring, and its periphery is provided with multiple block-shaped protrusion matched with U-type groove.
Described PTC heat generating component includes PTC heater and is located at the binding post of PTC heater one end, described terminals
Son is connected with power supply, and described movement main frame bottom is provided with the groove of accommodating binding post.
Described PTC heat generating component includes PTC heater, the binding post being located at PTC heater one end and briquetting, described in connect
Line terminals is connected with power supply, and described briquetting and binding post grafting, described PTC heater passes from this opening and is placed in movement
The PTC heater of main frame connects position, and described binding post is positioned at opening part and is connected by briquetting and movement main frame are fixing.
Described PTC heater is rectangular block shape body, and it forms by organizing PTC fever tablet connecing more, and often group PTC fever tablet is even
It is connected to a binding post.
Described attemperating unit is temperature controller or thermal cut-off, and the two ends of described temperature controller or thermal cut-off are connected in two respectively
In individual draw-in groove.
Described movement main frame be side be the housing of arc, its air inlet end is circular, and its air opening end is rectangle.
Described movement main frame connects position by shell and threadeds with warm air blower shell or clamping.
Contribution of the present utility model is, it is complicated that it efficiently solves existing blower structure, and packaging efficiency is low, produce into
This high problem.The fan assembly of warm-air drier cartridge assemblies, PTC heat generating component and the temperature control that can quickly assemble of the present utility model
Device connects position by the blower fan clamping position of movement main frame, PTC heat generating component respectively and attemperating unit connects position and movement master
Framework becomes one, and movement main frame connects position by shell and is connected with warm air blower shell, makes the cartridge assemblies of warm-air drier
Compact conformation, it is simple to producing, and production cost is low.Meanwhile, when assembling warm-air drier, directly will be integrated into the warm-air drier machine of one
Core assembly is installed in warm air blower shell, substantially increases the packaging efficiency of warm-air drier.On the other hand, PTC heat generating component can root
Enter in movement main frame according to needing the air inlet end from movement main frame or the bottom open end from movement main frame so that should
Warm-air drier cartridge assemblies is quick and easy for installation.
[accompanying drawing explanation]
Fig. 1 is the perspective view of this utility model embodiment 1.
Fig. 2 is the parts exploded perspective structural representation of this utility model embodiment 1.
Fig. 3 is the left view of this utility model embodiment 1.
Fig. 4 is the perspective view of this utility model embodiment 2.
Fig. 5 is the parts exploded perspective structural representation of this utility model embodiment 2.
Fig. 6 is the left view of this utility model embodiment 2.
[detailed description of the invention]
The following example is to be explained further of the present utility model and supplement, and this utility model does not constitute any limit
System.
Embodiment 1
Refering to Fig. 1, Fig. 2 and Fig. 3, the warm-air drier cartridge assemblies that can quickly assemble of the present utility model, including the main frame of movement
Frame 10, fan assembly 20, PTC heat generating component 30 and attemperating unit 40, wherein, fan assembly 20, PTC heat generating component 30 and temperature control
Device 40 becomes one with movement main frame 10, and this warm-air drier cartridge assemblies is connected in warm air blower shell.
As shown in Figure 1, Figure 2 and Figure 3, movement main frame 10 is the housing of arc for side, and its air inlet end is circular, goes out
Air port end is rectangle.Be provided with blower fan clamping position 11 on movement framing 10, PTC heat generating component connects position 12, attemperating unit connects
Connect position 13 and shell connects position 14.Wherein, blower fan clamping position 11 is for clamping fan assembly 20, and it is positioned at movement main frame 10
Air inlet end, this blower fan clamping position 11 is the U-type groove that multiple opening is inside.In the present embodiment, at the air intake of movement main frame 10
Mouth end is provided with four inside U-type groove of symmetrical opening, for clamping fan assembly 20.PTC heat generating component connects position 12 and is used for
Housing PTC heat generating component 30, it is positioned at movement main frame 10, and this PTC heat generating component is connected as 12 for rectangular enclosure.Temperature control fills
Put connection position 13 for connecting attemperating unit 40, it is located at the top of movement main frame 10, this attemperating unit connect position 13 be two
Individual symmetrically arranged draw-in groove.Shell connects position 14 and is used for being connected with warm air blower shell, and it is located at the periphery of movement main frame 10, should
It is multiple bolt hole that shell connects position 14, and movement main frame 10 connects position 14 by shell and threadeds with warm air blower shell.This
In embodiment, it is arranged with four bolts hole in the periphery of movement main frame 10.Air opening end at movement main frame 10 also sets
There is multiple Elastic buckle for clamping PTC heat generating component 20.In the present embodiment, in the air opening end both sides of movement main frame 10
It is arranged with two Elastic buckles 15.Being provided with groove 18 in the bottom of movement main frame 10, this groove 18 is used for fixing PTC heating
Assembly 30.For simplified assembling process, saving production cost, movement main frame 10, blower fan clamping position 11, PTC heat generating component are even
Connect position 12, attemperating unit connects position 13, shell connects position 14, Elastic buckle 15 and groove 18 and is formed in one.
As shown in Figure 1 and Figure 2, the air inlet end at movement main frame 10 is connected with fan assembly 20, and this fan assembly 20 wraps
Including fan 21 and casing 22, wherein fan 21 is aerofoil fan, and it is rotationally connected with in casing 22.Casing 22 is circular knot
Structure, its periphery is provided with multiple block-shaped protrusion 221, and this block-shaped protrusion 221 matches with the U-type groove of movement main frame 10.This enforcement
In example, it is arranged with four block-shaped protrusion 221 in the periphery of casing 22.When fan assembly 20 is installed, fan assembly 10 is placed in
The air inlet end of movement main frame 10, and the block-shaped protrusion 221 of casing 22 periphery is rotated the U-type groove to movement main frame 10
In, make fan assembly 10 be connected in the blower fan clamping position 11 of movement main frame 10.
As shown in Figure 1 and Figure 2, being provided with PTC heat generating component 30 in movement main frame 10, this PTC heat generating component 30 includes
PTC heater 31 and binding post 32.Wherein, PTC heater 31 is rectangular block shape body, its by organize PTC fever tablet more and connect and
Become.One end of PTC heater 31 is located at by binding post 32, and often group PTC fever tablet all connects and has a binding post 32, and this connects
Line terminals 32 is connected with power supply.In the present embodiment, PTC heater 31 is formed by five groups of PTC fever tablets connecing, and binding post 32 sets
There are five.When PTC heating unit assembly 30 is installed, the Elastic buckle 15 of movement main frame 10 both sides is outwards broken into two with one's hands, makes PTC generate heat
Body 31 enters PTC heat generating component from the air opening end of movement main frame 10 and connects position, and makes binding post 31 be placed in movement master
In groove 18 bottom framework 10, now, Elastic buckle 15 is recovered, so that PTC heat generating component 30 is fixed on the main frame of movement
The PTC heat generating component of frame 10 connects in position 12.
As shown in Figure 1 and Figure 2, being provided with attemperating unit 40 on the top of movement main frame 10, this attemperating unit 40 is for right
PTC heat generating component 30 carries out overtemperature protection.This attemperating unit 40 can be temperature controller or thermal cut-off, and temperature controller or hot melt break
The two ends of device are connected in the draw-in groove on movement main frame 10 top respectively, so that temperature controller or thermal cut-off are fixed on temperature control dress
Put connection position 13.In the present embodiment, attemperating unit 40 is temperature controller, and its two ends are connected in the card on movement main frame 10 top respectively
In groove.When temperature controller detects the maximum that the temperature of PTC heat generating component 30 exceedes setting value, control PTC heat generating component 30
It is cooled to set point, when temperature controller detects the minima that the temperature of PTC heat generating component 30 is less than setting value, controls PTC
Heat generating component 30 is warming up to set point, thus the temperature that guarantee adds hot-air through PTC heat generating component 30 reaches set point.
Embodiment 2
Refering to Fig. 4, Fig. 5 and Fig. 6, the warm-air drier cartridge assemblies that can quickly assemble of the present embodiment, including movement main frame
10, fan assembly 20, PTC heat generating component 30 and attemperating unit 40, wherein, fan assembly 20, PTC heat generating component 30 and temperature control dress
Put 40 to become one with movement main frame 10, and this warm-air drier cartridge assemblies clamping or be threadedly connected in warm air blower shell.
As shown in Fig. 4, Fig. 5 and Fig. 6, movement main frame 10 is the housing of arc for side, and its air inlet end is circular, goes out
Air port end is rectangle.Be provided with blower fan clamping position 11 on movement framing 10, PTC heat generating component connects position 12, attemperating unit connects
Connect position 13 and shell connects position 14.Wherein, blower fan clamping position 11 is for clamping fan assembly 20, and it is positioned at movement main frame 10
Air inlet end, this blower fan clamping position 11 is the U-type groove that multiple opening is inside.In the present embodiment, at the air intake of movement main frame 10
Mouth end is provided with four inside U-type groove of symmetrical opening, for clamping fan assembly 20.PTC heat generating component connects position 12 and is used for
Housing PTC heat generating component 30, it is positioned at movement main frame 10, and this PTC heat generating component is connected as 12 for rectangular enclosure.Temperature control fills
Put connection position 13 for connecting attemperating unit 40, it is located at the top of movement main frame 10, this attemperating unit connect position 13 be two
Individual symmetrically arranged draw-in groove.Shell connects position 14 and is used for being connected with warm air blower shell, and it is located at the air outlet of movement main frame 10
End, it is trapezoidal framework for cross section that this shell connects position 14.The air opening end one of the top of this framework and movement main frame 10
Molding, the bottom of this framework and warm air blower shell clamping or threaded, so that movement main frame 10 is connected by this shell
Position 14 is connected with warm air blower shell.Air opening end at movement main frame 10 is additionally provided with multiple limited block 16 extended internally, should
The PTC heat generating component that limited block 16 is fixed on movement main frame 10 for making PTC heat generating component 20 connects in position 12.The present embodiment
In, the air opening end at movement main frame 10 is symmetrically arranged on two with two limited blocks 16.It is provided with in the bottom of movement main frame 10
Opening 17, this opening 17 is rectangular aperture, and PTC heat generating component is passed into the PTC heating of movement main frame 10 from this opening 17
In assembly connects 12.For simplified assembling process, save production cost, movement main frame 10, blower fan clamping position 11, PTC heating
Assembly connects position 12, attemperating unit connects position 13, shell connects position 14 and limited block 16 is formed in one.
As shown in Figure 4, Figure 5, the air inlet end at movement main frame 10 is connected with fan assembly 20, and this fan assembly 20 wraps
Including fan 21 and casing 22, wherein fan 21 is aerofoil fan, and it is rotationally connected with in casing 22.Casing 22 is circular knot
Structure, its periphery is provided with multiple block-shaped protrusion 221, and this block-shaped protrusion 221 matches with the U-type groove of movement main frame 10.This enforcement
In example, it is arranged with four block-shaped protrusion 221 in the periphery of casing 22.When fan assembly 20 is installed, fan assembly 10 is placed in
The air inlet end of movement main frame 10, and the block-shaped protrusion 221 of casing 22 periphery is rotated the U-type groove to movement main frame 10
In, make fan assembly 10 be connected in the blower fan clamping position 11 of movement main frame 10.
As shown in Figure 4, Figure 5, being provided with PTC heat generating component 30 in movement main frame 10, this PTC heat generating component 30 includes
PTC heater 31, binding post 32 and briquetting 33.Wherein, PTC heater 31 is rectangular block shape body, and it by organizing PTC fever tablet more
And connect and form.One end of PTC heater 31 is located at by binding post 32, and often group PTC fever tablet all connects and has a binding post
32, this binding post 32 is connected with power supply.Briquetting 33 matches with binding post 32, for by PTC heater 31 and terminals
Son 32 is fixed on PTC heat generating component and connects in position 12.In the present embodiment, PTC heater 31 by five groups of PTC fever tablets and connect and
Becoming, binding post 32 is provided with five, and briquetting 33 is provided with five for the bar-shaped trough housing binding post 32.PTC heating unit assembly
During 30 installation, the PTC heater 31 opening 17 bottom movement main frame 10 is entered PTC heat generating component and connects position 12, and PTC
Heater 31 is placed in PTC heat generating component by the limited block 16 of movement main frame 10 and connects in position 12, and makes binding post 32
It is positioned at opening 17 end of movement main frame 10, and binding post 32 will be fixed at this opening 17 by briquetting 33, so that PTC
Heat generating component 30 is fixed on the PTC heat generating component of movement main frame 10 and connects in position 12.
As shown in Figure 4, Figure 5, being provided with attemperating unit 40 on the top of movement main frame 10, this attemperating unit 40 is for right
PTC heat generating component 30 carries out overtemperature protection.This attemperating unit 40 can be temperature controller or thermal cut-off, and temperature controller or hot melt break
The two ends of device are connected in the draw-in groove on movement main frame 10 top respectively, make temperature controller or thermal cut-off be fixed on attemperating unit even
Connect position 13.In the present embodiment, attemperating unit 40 is temperature controller, and its two ends are connected in the draw-in groove on movement main frame 10 top respectively
In.When temperature controller detects the maximum that the temperature of PTC heat generating component 30 exceedes setting value, control PTC heat generating component 30 and drop
Temperature, to set point, when temperature controller detects the minima that the temperature of PTC heat generating component 30 is less than setting value, controls PTC and sends out
Hot assembly 30 is warming up to set point, thus the temperature that guarantee adds hot-air through PTC heat generating component 30 reaches set point.
Take this, the fan assembly 20 of the warm-air drier cartridge assemblies that can quickly assemble of the present utility model, PTC heat generating component 30
And attemperating unit 40 connects position 12 and attemperating unit by the blower fan clamping position 11 of movement main frame 10, PTC heat generating component respectively
Connect position 13 to become one with movement main frame 10, and movement main frame 10 connects position 14 with warm air blower shell even by shell
Connect, make the compact conformation of the cartridge assemblies of warm-air drier, it is simple to produce, and production cost is low.Meanwhile, when assembling warm-air drier, directly
The warm-air drier cartridge assemblies that will be integrated into one is installed in warm air blower shell, substantially increases the packaging efficiency of warm-air drier.Separately
On the one hand, PTC heat generating component 30 can be as required from the air inlet end of movement main frame 10 or from the bottom of movement main frame 10
Opening 17 end enters the PTC heat generating component of movement main frame 10 and connects in position 12 so that warm-air drier cartridge assemblies is easy for installation soon
Prompt.
Although this utility model being disclosed by above example, but protection domain of the present utility model not office
Being limited to this, under conditions of conceiving without departing from this utility model, the deformation of being done above each component, replacement etc. all will fall into
In the right of utility model.
Claims (10)
1. the warm-air drier cartridge assemblies that a kind can quickly assemble, it is characterised in that this cartridge assemblies is provided with movement main frame (10),
Be provided with blower fan clamping position (11) on this movement main frame (10), PTC heat generating component connects position (12), attemperating unit connects position
(13) and shell connect position (14), the air inlet end at movement main frame (10) is provided with fan assembly (20), this fan assembly
(20) the air inlet end of movement main frame (10) it is connected in by the blower fan clamping position (11) on movement main frame (10), at movement
Being provided with PTC heat generating component (30) in main frame (10), the PTC that this PTC heat generating component (30) is installed in movement main frame (10) sends out
Hot assembly connects in position (12), and movement main frame (10) top is provided with the attemperating unit (40) for overtemperature protection, described blower fan
Assembly (20), PTC heat generating component (30) and attemperating unit (40) pass through the blower fan clamping position (11) of movement main frame (10), PTC
Heat generating component connects position (12) and attemperating unit connects position (13) and becomes one with movement main frame (10), and by shell even
Connect position (14) to be connected with warm air blower shell.
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 1, it is characterised in that described blower fan clamping position
(11) being the inside U-type groove of multiple opening, it is positioned at the air inlet end of movement main frame (10), and described PTC heat generating component connects
Position (12) is rectangular enclosure, and it is positioned at movement main frame (10), and described attemperating unit connection position (13) is two and is symmetrical arranged
Draw-in groove, it is positioned at the top of movement main frame (10), and it is multiple bolt hole that described shell connects position (14), and it is uniformly distributed in
The periphery of movement main frame (10), and the air opening end of described movement main frame (10) is provided with multiple for fixing PTC heating group
The Elastic buckle (15) of part (30), described PTC heat generating component (30) passes through elastic card from the air opening end of movement main frame (10)
Button (15) is fixed on the PTC heat generating component of movement main frame (10) and connects in position (12).
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 1, it is characterised in that described shell connects position
(14) be cross section be trapezoidal framework, it is positioned at the air opening end of movement main frame (10), and described movement main frame (10)
Air opening end is provided with multiple limited block (16) for fixing PTC heat generating component (30), and described movement main frame (10) bottom sets
Having rectangular aperture (17), described PTC heat generating component (30) one end is through this rectangular aperture (17) and makes PTC heat generating component (30) hold
The PTC heat generating component being placed in movement main frame (10) connects in position (12).
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 2, it is characterised in that described fan assembly (20)
Including fan (21) and casing (22), described fan (21) is aerofoil fan, and it is rotationally connected with in casing (22), described casing
(22) being circular ring, its periphery is provided with multiple block-shaped protrusion (221) matched with U-type groove.
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 2, it is characterised in that described PTC heat generating component
(30) include PTC heater (31) and be located at the binding post (32) of PTC heater (31) one end, described binding post (32) with
Power supply connects, and described movement main frame (10) bottom is provided with the groove (18) of accommodating binding post (32).
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 3, it is characterised in that described PTC heat generating component
(30) PTC heater (31), the binding post (32) being located at PTC heater (31) one end and briquetting (33), described wiring are included
Terminal (32) is connected with power supply, and described briquetting (33) and binding post (33) grafting, described PTC heater (31) is from this opening
(18) through and be placed in movement main frame (10) PTC heater connect position (12), described binding post (32) is positioned at opening
(18) place being fixed by briquetting (33) and movement main frame (10) is connected.
7. the warm-air drier cartridge assemblies that can quickly assemble as described in claim 5 or 6, it is characterised in that described PTC heater
(31) being rectangular block shape body, it forms by organizing PTC fever tablet connecing more, and often group PTC fever tablet connects and has a binding post
(32)。
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 2, it is characterised in that described attemperating unit (40)
For temperature controller or thermal cut-off, the two ends of described temperature controller or thermal cut-off are connected in two draw-in grooves respectively.
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 1, it is characterised in that described movement main frame
(10) be side be the housing of arc, its air inlet end is circular, and its air opening end is rectangle.
The warm-air drier cartridge assemblies that can quickly assemble the most as claimed in claim 1, it is characterised in that described movement main frame
(10) connect position (14) by shell to threaded with warm air blower shell or clamping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620622570.9U CN205878597U (en) | 2016-06-22 | 2016-06-22 | But fast assembly's electric fan heater movement assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620622570.9U CN205878597U (en) | 2016-06-22 | 2016-06-22 | But fast assembly's electric fan heater movement assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205878597U true CN205878597U (en) | 2017-01-11 |
Family
ID=57691809
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620622570.9U Active CN205878597U (en) | 2016-06-22 | 2016-06-22 | But fast assembly's electric fan heater movement assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205878597U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105953423A (en) * | 2016-06-22 | 2016-09-21 | 深圳市顺章电器有限公司 | Fan heater core assembly which can be quickly assembled |
| CN106895492A (en) * | 2017-04-10 | 2017-06-27 | 深圳沃海森科技有限公司 | Wall hanging domestic air-conditioning with electric auxiliary function |
| CN107676852A (en) * | 2017-09-21 | 2018-02-09 | 东莞市联洲知识产权运营管理有限公司 | A kind of desk-top domestic electric heating device |
| CN107741093A (en) * | 2017-09-21 | 2018-02-27 | 东莞市联洲知识产权运营管理有限公司 | A kind of lifting domestic heater |
-
2016
- 2016-06-22 CN CN201620622570.9U patent/CN205878597U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105953423A (en) * | 2016-06-22 | 2016-09-21 | 深圳市顺章电器有限公司 | Fan heater core assembly which can be quickly assembled |
| CN106895492A (en) * | 2017-04-10 | 2017-06-27 | 深圳沃海森科技有限公司 | Wall hanging domestic air-conditioning with electric auxiliary function |
| CN107676852A (en) * | 2017-09-21 | 2018-02-09 | 东莞市联洲知识产权运营管理有限公司 | A kind of desk-top domestic electric heating device |
| CN107741093A (en) * | 2017-09-21 | 2018-02-27 | 东莞市联洲知识产权运营管理有限公司 | A kind of lifting domestic heater |
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