CN106245296A - A kind of energy-saving ironing apparatus being applied to children's garment industry - Google Patents
A kind of energy-saving ironing apparatus being applied to children's garment industry Download PDFInfo
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- CN106245296A CN106245296A CN201610815848.9A CN201610815848A CN106245296A CN 106245296 A CN106245296 A CN 106245296A CN 201610815848 A CN201610815848 A CN 201610815848A CN 106245296 A CN106245296 A CN 106245296A
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- heat
- heating
- children
- conducting fluid
- cavity
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Classifications
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F71/00—Apparatus for hot-pressing clothes, linen or other textile articles, i.e. wherein there is substantially no relative movement between pressing element and article while pressure is being applied to the article; Similar machines for cold-pressing clothes, linen or other textile articles
- D06F71/32—Details
- D06F71/34—Heating arrangements; Arrangements for supplying or removing steam or other gases
Abstract
The invention discloses a kind of energy-saving ironing apparatus being applied to children's garment industry, ironing equipment including flatiron children's garment, described ironing equipment connects the heating equipment of its heat supply promising, described heating equipment is electric boiler, described electric boiler includes heating furnace and the holding furnace connected with heating furnace, it is provided with in described heating furnace and carries out, for heat-conducting fluid, the heating assembly that heats, the heat insulation module that heat-conducting fluid is carried out insulation it is provided with in described holding furnace, the heat-conducting fluid heated is delivered to described ironing equipment by heating furnace, heat-conducting fluid is back to described holding furnace after ironing equipment works.It is fast that the present invention possesses heat temperature raising, and the thermal efficiency is high, the feature of high-efficiency and economic.
Description
[technical field]
The present invention relates to a kind of energy-saving ironing apparatus being applied to children's garment industry.
[background technology]
Flatiron is an important procedure of garment sewing technique, and the quality of flatiron quality directly influences the quality of finished product.
Flatiron mainly has three effects: make dress material shrink by spraying, flatiron.So that removing fine wrinkle.Process through thermal finalization and make clothing
Profile is smooth, and rivel, lines are very straight.Utilize the contractibility of fiber, suitably change hypertonic degree and the fabric count tissue of fiber
Density and direction, mould the three-dimensional contouring of clothing, to adapt to buman body type and movable requirement, reaches three-dimensional contouring grace, wears
Comfortable purpose.In traditional dress enterprise, the spraying reducing flatiron is all to use boiler to add hot water, to produce steam, and
Boiler generally uses briquette boiler, but this briquette boiler heat utilization rate is low, and air pollution is serious, and potential safety hazard is many.
[summary of the invention]
Problem to be solved by this invention is just to provide a kind of energy-saving ironing apparatus being applied to children's garment industry, possesses heating
Quick heating, the thermal efficiency is high, the advantage of high-efficiency and economic.
For solving above-mentioned technical problem, the present invention adopts the following technical scheme that
A kind of energy-saving ironing apparatus being applied to children's garment industry, including the ironing equipment of flatiron children's garment, described ironing equipment
Connecting the heating equipment of its heat supply promising, described heating equipment is electric boiler, described electric boiler include heating furnace and with heating
The holding furnace of stove connection, is provided with in described heating furnace and carries out, for heat-conducting fluid, the heating assembly that heats, be provided with in described holding furnace
Heat-conducting fluid carries out the heat insulation module of insulation, and the heat-conducting fluid heated is delivered to described ironing equipment, leads by heating furnace
Hot fluid is back to described holding furnace after working in ironing equipment.
As preferably, described ironing equipment includes iron board, for storing evaporation of water container, container for evaporation and iron board
Between connect have jet chimney, described iron board to be provided with pore.
As preferably, being provided with fluid cavity outside described container for evaporation, fluid cavity is respectively communicated with described heating furnace and holding furnace,
When heat-conducting fluid flows through fluid cavity, will be stored in the water heating evaporation in container for evaporation, steam is flatiron by jet chimney
Plate heats.
As preferably, described heating furnace includes accommodating cavity and the main heating chamber being located in containing cavity body, accommodating cavity with
Described holding furnace is connected, and main heating chamber is connected with described ironing equipment, is provided with convection channel between main heating chamber and accommodating cavity,
Described heating assembly is for heating the heat-conducting fluid in main heating chamber.
As preferably, described main heating chamber is cone-shaped cavity, and down, described heating assembly is located at main heating to the bigger end of bore
Below room, described convection channel is located at the bottom of main heating chamber；Or, described main heating chamber is hollow cylinder, described heating group
Part is located at below main heating chamber, and described convection channel is located at the bottom of main heating chamber.
As preferably, described main heating chamber is connected by output channel between described ironing equipment, and output channel sets
There is one-way flow valve.
As preferably, in described containing cavity body, it is provided with the infrared monitoring of heat-conducting fluid liquid level in detecting containing cavity body
Device, is provided with connection pipeline between described holding furnace and heating furnace, connect pipeline and be provided with electromagnetic valve, and described electromagnetic valve is red with described
External monitor device is electrically connected.
As preferably, described holding furnace includes heat-insulated cavity, between heat-insulated cavity and ironing equipment by reflux line even
Connecing, be provided with described heat insulation module inside heat-insulated cavity, heat insulation module releasable connection is on holding furnace.
As preferably, between described heat-insulated cavity and ambient pressure, it is provided with micropressure valve.
As preferably, described heat-conducting fluid is conduction oil.
Beneficial effects of the present invention: in the present invention, heating equipment is electric boiler, described electric boiler include heating furnace and with add
The holding furnace of hot stove connection, the heat-conducting fluid heated is delivered to described ironing equipment by heating furnace, and heat-conducting fluid sets in flatiron
Being back to described holding furnace after standby work, generally form a blood circulation, heat-conducting fluid will not lose, and heat assembly
Using electrically heated mode, relative to traditional coal-burning boiler, the present invention pollutes few, and heating is fast, and volume is the least.
It addition, it is heating furnace and holding furnace independent design that the electric boiler in the present invention uses, during heating, only heat heating furnace
Interior heat-conducting fluid, flows through the heat-conducting fluid after ironing equipment and is then back to holding furnace, thus achieve concentration heating, due to
Heat-conducting fluid in heating furnace is the fewest, thus realizes quickly heating, is fed rapidly in ironing equipment by heat-conducting fluid, and not
Need to heat part can be temporarily placed in holding furnace, do not result in unnecessary energy loss.
These features of the present invention and advantage will be detailed in following detailed description of the invention, accompanying drawing exposure.
[accompanying drawing explanation]
The present invention is described further below in conjunction with the accompanying drawings:
Fig. 1 is the operating diagram of first embodiment of the invention；
Structural representation when Fig. 2 is that in first embodiment of the invention, the cover body of heating furnace is opened；
Fig. 3 is local interior's schematic diagram of holding furnace in first embodiment of the invention；
Fig. 4 is the internal structure schematic diagram of heating furnace in first embodiment of the invention；
Fig. 5 is the structural representation of associated components in ironing equipment in first embodiment of the invention；
Fig. 6 is the internal structure schematic diagram of micropressure valve in first embodiment of the invention；
Fig. 7 is the internal structure schematic diagram of heating furnace in second embodiment of the invention；
Fig. 8 is the internal structure schematic diagram of micropressure valve in third embodiment of the invention.
[detailed description of the invention]
The technical scheme of the embodiment of the present invention is explained and illustrated by the accompanying drawing below in conjunction with the embodiment of the present invention, but under
State embodiment and be only the preferred embodiments of the present invention, and not all.Based on the embodiment in embodiment, those skilled in the art
On the premise of not making creative work, obtained other embodiments, broadly fallen into protection scope of the present invention.
Embodiment one
As shown in Figures 1 to 6, a kind of ironing apparatus, it is used for pressing children's garment, including ironing equipment, described ironing equipment is even
Being connected to the heating equipment for its heat supply, heating equipment described in the present embodiment is electric boiler, and electric boiler is by heating heat conduction stream
Body, is then transported to heat-conducting fluid in ironing equipment, provides heat for ironing equipment, and described electric boiler includes heating furnace 1 He
The holding furnace 2 connected with heating furnace 1, is provided with in described heating furnace 1 and carries out the heating assembly 11 that heats, described guarantor for heat-conducting fluid
Being provided with, in temperature stove 2, the heat insulation module 21 that heat-conducting fluid carries out insulation, the heat-conducting fluid heated is delivered to institute by heating furnace 1
Stating ironing equipment, heat-conducting fluid is back to described holding furnace 2 after working in ironing equipment, generally forms a cyclic system
System, is not only the circulation of heat-conducting fluid in this blood circulation, wherein also includes recycle heat.Heat conduction stream in the present embodiment
Body is preferably conduction oil.
During whole, heat-conducting fluid will not lose, follow-up without increasing heat-conducting fluid for it, reusable, this enforcement
Heating assembly 11 in example and heat insulation module 21 heat after each meaning energising, utilize electric energy to heat, relative to traditional combustion
Coal burning boiler, it is few that the present embodiment has pollution, and heating is fast, and the advantage that volume is the least is not take up space.
And, in the present embodiment, electric boiler uses is heating furnace 1 and holding furnace 2 independent design, only heating during heating
Heat-conducting fluid in stove 1, flows through the heat-conducting fluid after ironing equipment and is then back to holding furnace 2, thus achieve concentration heating,
Owing to the heat-conducting fluid in heating furnace 1 is the fewest, thus realize quickly heating, heat-conducting fluid is fed rapidly into ironing equipment
In, the part heat-conducting fluid without heating can be temporarily placed in holding furnace 2, and the heating-up temperature of heat insulation module 21 is low
In the heating-up temperature of heating assembly 11, do not result in unnecessary energy loss.
Concrete structure, as shown in Figures 2 and 3, described heating furnace 1 includes accommodating cavity 12 and is located in accommodating cavity 12
Main heating chamber 13, heat-conducting fluid can be stored in accommodating cavity 12, the lower section of accommodating cavity 12 is provided with base 14, shown heating group
Part 11 is located on base 14, and heating assembly 11 is heating spool rest or electromagnetic wire coil, and main heating chamber 13 is for being built in accommodating cavity
In 12, the volume that the volume ratio of main heating chamber 13 houses cavity 12 is little, is provided with convection current between main heating chamber 13 and accommodating cavity 12
Passage 15, accommodating cavity 12 is connected with described holding furnace 2, and main heating chamber 13 is connected with described ironing equipment, described heating assembly
11 for heating the heat-conducting fluid in main heating chamber 13.
The design of this accommodating cavity 12 and main heating chamber 13 is the further optimization to heating furnace 1 so that heating furnace 1 is certainly
Body concentrates heating further so that when heat-conducting fluid flows to heating furnace 1 from holding furnace 2, and major part is stored in accommodating cavity
In 12, fraction then flows in main heating chamber 13, due to the small volume of main heating chamber 13, liter during heating by convection channel 15
Temperature is very fast so that the heat-conducting fluid in main heating chamber 13 is brought rapidly up, and is fed rapidly in ironing equipment, after conveying, accommodating
Heat-conducting fluid in cavity 12 heats in continuing to main heating chamber 13, it is achieved i.e. heats and i.e. exports, consuming of midway
Lose little, and the required electric energy heating main heating chamber 13 to be far smaller than the electric energy heated needed for whole heating furnace 1.
As shown in Figure 4, as the further optimization of main heating chamber 13, described main heating chamber 13 is cone-shaped cavity, and bore is relatively
Down, in an inverted infundibulate, described heating assembly 11 is located at below main heating chamber 13 big end, and described convection channel 15 sets
In the sidewall bottom of main heating chamber 13, the main heating chamber 13 of cone-shaped, have an advantage in that and be more easy to heat build-up, heat up faster.In order to more
Good insulation, the top of accommodating cavity 12 is provided with cover body 16, prevents heat to scatter and disappear.
Being connected by output channel 31 between described main heating chamber 13 and described ironing equipment, output channel 31 is provided with list
To flowing valve 311, the circulating direction of one-way flow valve 311, for flow to ironing equipment from main heating chamber 13, arranges one-way flow valve
The advantage of 311 is to prevent heat-conducting fluid from refluxing, and affects cycle efficieny.
As it is shown in figure 5, described ironing equipment includes iron board 41, for storing evaporation of water container 43, container for evaporation 43
It is connected with between iron board 41 and has jet chimney 42, the present embodiment is provided with in iron board 41 cavity 411, cavity and jet chimney
42 communicate, and are communicated with pore 412 bottom iron board 41 and between cavity 411, and described container for evaporation 43 is outside is provided with fluid cavity 44,
Fluid cavity 44 is respectively communicated with described heating furnace and holding furnace, and wherein, the left-hand end of fluid cavity 44 connects output channel 31, fluid cavity
The right-hand end of 44 connects reflux line 32, and the heat-conducting fluid being rapidly heated from main heating chamber 13 flows to fluid from output channel 31
In chamber 44, the heat-conducting fluid in fluid cavity 44 transfers heat to container for evaporation 43, and the water that will be stored in container for evaporation 43 adds
Thermal evaporation, steam is entered in cavity 411 by jet chimney 42, and reaches garment surface eventually through pore 412.Transmission
Heat-conducting fluid after complete heat flows out from the reflux line 32 of fluid cavity 44 right-hand end, and is back in holding furnace 2.
The concrete structure of holding furnace 2 can be reviewed to Fig. 3, concrete, and holding furnace 2 includes heat-insulated cavity 22, heat-insulated cavity 22
Bottom is provided with bracing frame 23, is connected by reflux line 32 between heat-insulated cavity 22 and ironing equipment, interim in heat-insulated cavity 22
Storage has heat-conducting fluid, and heat-insulated cavity 22 is internal is provided with described heat insulation module 21, and the heat insulation module 21 in the present embodiment is overall
Modular assembly, heat insulation module 21 releasable connection, on holding furnace 2, facilitates follow-up replacing, and is also convenient for follow-up cleaning incubation cavity
Body 22.
Heat insulation module 21 in the present embodiment, including heat-preservation liner 211 and the heater strip 212 being located in heat-preservation liner 211,
Heat-preservation liner 211 is internal is also filled with heat-conducting fluid, and in the present embodiment, the heat-conducting fluid in heat-preservation liner 211 is also conduction oil,
Conduction oil in heat-preservation liner 211 is as insulation use, and the conduction oil in heat-insulated cavity 22 is to use as circulation heating.Need
Illustrating, the heating-up temperature in heat insulation module 21 will be less than the heating-up temperature in heating assembly 11, adding in heat insulation module 21
Heated filament 212 is merely possible to insulation and uses.
Owing to heat-insulated cavity 22 volume seals more greatly and comparatively, heat-conducting fluid is flow process in heat-insulated cavity 22
In, the internal air pressure change that easily produces of heat-insulated cavity 22, heat-insulated cavity 22 is internal in addition also is provided with heat insulation module 21, during heating,
Will also result in air pressure inside change, in order to avoid heat-insulated cavity 22 air pressure inside is too high or too low, protect described in the present embodiment
It is provided with micropressure valve 24 between temperature cavity 22 and ambient pressure.
As shown in Figure 6, for the concrete structure of the present embodiment micropressure valve 24, the micropressure valve 24 in the present embodiment is overall removable
Being connected on heat-insulated cavity 22, in the present embodiment, micropressure valve 24 includes housing 241, housing 241 and the removable company of heat-insulated cavity 22
Connecing, housing 241 top is provided with through hole 242, is installed with valve rod 243, joins for gap between valve rod 243 and through hole 242 in through hole 242
Closing, the bottom of valve rod 243 is provided with limited block 244, and the top of valve rod 243 is provided with balancing weight 245, when the gas within heat-insulated cavity 22
Pressure raises, and pressure more than the gravity of balancing weight 245 time, valve rod 243 slowly rises, gas can from through hole 242 and valve rod 243 it
Between gap discharge, to reduce air pressure, prevent air pressure too high, when air pressure is too low, balancing weight 245 self possesses certain gravity,
Valve rod 243 is declined again, and through hole 242 is reclosed by balancing weight 245, allows the interior guarantee of heat-insulated cavity 22 have certain gas
Pressure, contributes to insulation, it also avoid heat and scatters and disappears.
In the present embodiment, the capacity of holding furnace 2 is significantly larger than the capacity of heating furnace 1, therefore holding furnace 2 is flowed to heating furnace 1
Heat-conducting fluid carry out current limliting, in the present embodiment, current limliting realizes by the following: be provided with for detecting in described accommodating cavity 12
In accommodating cavity 12, the infrared detector 17 of heat-conducting fluid liquid level, is provided with connection pipeline between described holding furnace 2 and heating furnace 1
33, connect pipeline 33 and be provided with electromagnetic valve 331, described electromagnetic valve 331 is electrically connected with described infrared detector 17.Work as infrared detector
17 monitor the heat-conducting fluid liquid level in accommodating cavity 12 relatively low time, send a signal to electromagnetic valve 331, and make electromagnetic valve 331 dozens
Open so that the heat-conducting fluid in holding furnace 2 flows in accommodating cavity 12, in infrared detector 17 monitors accommodating cavity 12
When heat-conducting fluid liquid level reaches pre-set level, send a signal to electromagnetic valve 331 equally so that electromagnetic valve 331 cuts out, and is now incubated
Heat-conducting fluid in stove 2 will not flow in heating furnace 1, thus realizes metering function.
Embodiment two
As it is shown in fig. 7, be with the difference of embodiment one, the described main heating chamber 13 in the present embodiment is hollow cylinder
Body, described convection channel 15 is located at bottom cylindrical sidewall, and described heating assembly 11 is likewise provided at below main heating chamber 13, this
The volume of main heating chamber 13 is relatively big relative to embodiment one, and the heat-conducting fluid that once can carry is more, is suitable for large-scale pressing
On ironing equipment.
Embodiment three
As shown in Figure 8, the difference with embodiment one is, the structure of micropressure valve 24 is otherwise varied, micro-in the present embodiment
Pressure valve 24, including shell 246, heat-insulated cavity 22 is provided with air-vent 221, and the inwall of shell 246 is provided with taper ring wall 247, cone
Ball 248 it is placed with, when ball 248 is pressed onto on taper ring wall 247, just by air-vent and ambient pressure on shape ring wall 247
Intercepting, when the air pressure in heat-insulated cavity 22 is higher, push ball 248 open, gas is between ball 248 and taper ring wall 247
Gap is discharged, and when air pressure falls after rise, ball 248 declines, by the guide effect of taper ring wall 247, again by air-vent 221 with outer
Boundary's air pressure intercepts.
The above, the only detailed description of the invention of the present invention, but protection scope of the present invention is not limited thereto, and is familiar with
This those skilled in the art should be understood that the present invention includes but not limited to accompanying drawing and interior described in detailed description of the invention above
Hold.Any it is intended to be included in the scope of claims without departing from the function of the present invention and the amendment of structural principle.
Claims (10)
1. being applied to an energy-saving ironing apparatus for children's garment industry, including the ironing equipment of flatiron children's garment, described ironing equipment is even
Being connected to the heating equipment for its heat supply, it is characterised in that described heating equipment is electric boiler, described electric boiler includes heating furnace
And the holding furnace connected with heating furnace, it is provided with in described heating furnace and carries out the heating assembly that heats, described insulation for heat-conducting fluid
Being provided with the heat insulation module that heat-conducting fluid carries out insulation in stove, the heat-conducting fluid heated is delivered to described flatiron by heating furnace
Equipment, heat-conducting fluid is back to described holding furnace after working in ironing equipment.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 1, it is characterised in that described ironing equipment bag
Include iron board, for storing evaporation of water container, be connected between container for evaporation with iron board and have jet chimney, in described iron board
It is provided with pore.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 2, it is characterised in that outside described container for evaporation
Portion is provided with fluid cavity, and fluid cavity is respectively communicated with described heating furnace and holding furnace, when heat-conducting fluid flows through fluid cavity, will be stored in steaming
Sending out the water heating evaporation in container, steam is that iron board heats by jet chimney.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 1, it is characterised in that described heating furnace includes
Accommodating cavity and the main heating chamber being located in containing cavity body, accommodating cavity is connected with described holding furnace, and main heating chamber is pressed with described
Ironing equipment is connected, and is provided with convection channel between main heating chamber and accommodating cavity, and described heating assembly is used for heating in main heating chamber
Heat-conducting fluid.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 4, it is characterised in that described main heating chamber is
Cone-shaped cavity, down, described heating assembly is located at below main heating chamber the bigger end of bore, and described convection channel is located at main heating chamber
Bottom；Or, described main heating chamber is hollow cylinder, and described heating assembly is located at below main heating chamber, described convection channel
It is located at the bottom of main heating chamber.
Be applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 4, it is characterised in that described main heating chamber with
Being connected by output channel between described ironing equipment, output channel is provided with one-way flow valve.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 4, it is characterised in that in described containing cavity body
It is provided with the infrared detector of heat-conducting fluid liquid level in detecting containing cavity body, between described holding furnace and heating furnace, is provided with connection
Pipeline, connects pipeline and is provided with electromagnetic valve, and described electromagnetic valve is electrically connected with described infrared detector.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 1, it is characterised in that described holding furnace includes
Heat-insulated cavity, is connected by reflux line between heat-insulated cavity with ironing equipment, is provided with described heat insulation module inside heat-insulated cavity,
Heat insulation module releasable connection is on holding furnace.
Be applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 8, it is characterised in that described heat-insulated cavity with
Micropressure valve it is provided with between ambient pressure.
It is applied to the energy-saving ironing apparatus of children's garment industry the most as claimed in claim 1, it is characterised in that described heat-conducting fluid
For conduction oil.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610815848.9A CN106245296A (en) | 2016-09-11 | 2016-09-11 | A kind of energy-saving ironing apparatus being applied to children's garment industry |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610815848.9A CN106245296A (en) | 2016-09-11 | 2016-09-11 | A kind of energy-saving ironing apparatus being applied to children's garment industry |
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| CN106245296A true CN106245296A (en) | 2016-12-21 |
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| CN201610815848.9A Pending CN106245296A (en) | 2016-09-11 | 2016-09-11 | A kind of energy-saving ironing apparatus being applied to children's garment industry |
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Application publication date: 20161221 |
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