Summary of the invention
The object of the present invention is to provide a kind of Garment Steamer Machine, be intended to solve Garment Steamer Machine of the prior art and go out the slow technical problem of vapour.
The present invention realizes like this, a kind of extension presses machine, comprise for generation of steam main frame, there is perming and being communicated in the steam guiding tube between described main frame and described steam discharge hole of steam discharge hole, described main frame comprises and produces steam and have the steam raising plant of steam (vapor) outlet, and described steam guiding tube to be communicated between described steam (vapor) outlet and described steam discharge hole and to form steam channel; Described Garment Steamer Machine also comprises and being fixedly installed in described steam channel to accelerate the steam accelerator of described vapor flow speed.
Further, described steam accelerator comprises the fixed frame be fixed on described steam channel, is fixedly installed in the rotating shaft on described fixed frame and is installed in described rotating shaft and around the fan leaf of described axis of rotation.
Further, during described fixed frame is fixedly installed in described steam outlet or perms described in being fixedly installed in.
Further, described fan leaf is by the described steam drive entered in described steam channel, or described fan leaf is driven by motor.
Further, described fan leaf angularly distributes around described rotating shaft.
Further, described steam raising plant comprise for heating water with produce steam and have water inlet steam generator, for holding the tank of water and being communicated with between described tank and described water inlet to make water enter water inlet pipe in described steam generator.
Further, described steam generator comprises electrical connection external power source and makes water become the heater of steam and to cover at described heater outside and have the cover body of described water inlet and described steam (vapor) outlet.
Further, described heater comprises the first power connection end of the described external power source of electrical connection and the second power connection end of electrical connection controller.
Further, described main frame comprises the shell covering at described steam raising plant periphery, and described controller is fixedly installed on described shell.
The present invention relative to the technique effect of prior art is: this Garment Steamer Machine by arranging steam accelerator in described steam channel, utilize this steam accelerator to steam one determined power of described discharge, to accelerate the flowing velocity of described steam in described steam guiding tube, thus shorten the flowing time of described steam in described steam guiding tube, what achieve described Garment Steamer Machine goes out vapour fast.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Please refer to Fig. 1 and Fig. 2, the extension that the embodiment of the present invention provides press machine comprise for generation of steam main frame 10, there is 30 and the steam guiding tube 20 that is communicated between described main frame 10 and described steam discharge hole 32 of perming of steam discharge hole 32, described main frame 10 comprises and produces steam and have the steam raising plant 12 of steam (vapor) outlet 120, and described steam guiding tube 20 to be communicated between described steam (vapor) outlet 120 and described steam discharge hole 32 and to form steam channel; Described Garment Steamer Machine also comprises and being fixedly installed in described steam channel to accelerate the steam accelerator 40 of described vapor flow speed.
The Garment Steamer Machine that the embodiment of the present invention provides by arranging steam accelerator 40 in described steam channel, utilize this steam accelerator 40 to steam one determined power of described discharge, to accelerate the flowing velocity of described steam in described steam guiding tube 20, thus shorten the flowing time of described steam in described steam guiding tube 20, what achieve described Garment Steamer Machine goes out vapour fast.
During flatiron, described steam raising plant 12 heating water also produces steam, described steam enters in described steam channel along described steam (vapor) outlet 120, described steam is under the dynamic action of described steam accelerator 40, flow in described steam guiding tube 20 fast, and perm 30 described in discharging from described steam discharge hole 32 rapidly, realize the flatiron to clothing.In the process, the acceleration due to steam accelerator 40 shortens the flowing time of described steam in described steam guiding tube 20, and described steam is discharged fast.
In this embodiment, described steam accelerator 40 can be the mode of air-breathing or the mode of air blowing to the effect of described steam, is advisable to increase described vapor flow speed.
Please refer to Fig. 4, Fig. 5, further, described steam accelerator 40 comprises the fixed frame 42 be fixed on described steam channel, is fixedly installed in the rotating shaft 44 on described fixed frame 42 and is installed on the fan leaf 46 rotated in described rotating shaft 44 and around described rotating shaft 44.The steam flowed along described steam channel drives described fan leaf 46 to rotate around described rotating shaft 44, and the described fan leaf 46 of rotation drives steam in described steam raising plant 12 to discharge, and accelerates steam and discharges, to play the function of similar ventilating fan.Meanwhile, the fan leaf 46 of rotation can provide power to the steam in described steam channel, makes it with acceleration mode quickly through described steam guiding tube 20, thus greatly shortens the flowing time of steam in described steam guiding tube 20, realizes going out vapour fast, as illustrated in fig. 1 and 2.
Please refer to Fig. 3, Fig. 4 and Fig. 5, in this embodiment, described fixed frame 42 is integral type structure with described rotating shaft 44, avoids described fan leaf 46 in rotary course, occur the phenomenon that described rotating shaft 44 gets loose.
Please refer to Fig. 1 to Fig. 4, further, described fixed frame 42 is fixedly installed in described steam (vapor) outlet 120 place or perms described in being fixedly installed in 30.By described fixed frame 42 is fixedly installed in described steam (vapor) outlet 120, shorten the distance between steam and described fan leaf 46 in described steam raising plant 12, make the steam-energy produced promote described fan leaf 46 fast to rotate, thus make described steam-energy quickly through described steam guiding tube 20, as shown in Figures 2 and 3.In this embodiment, described fixed frame 42 is a part for described steam raising plant 12, for being formed at the frame structure at described steam (vapor) outlet 120 place.
By perming (not shown) in 30 described in being installed on by described fixed frame 42, by the blade rotated, getter action is carried out to described steam channel, thus the steam produced in described steam generator 122 is entered fast in described steam guiding tube 20 under the effect of pressure differential and to discharge from described perming 30 fast.
In this embodiment, described fixed frame 42 is for having the frame structure leading steam vent, and described rotating shaft 44 is positioned at the center position of described fixed frame 42, to ensure in fan leaf 46 rotary course, the stressed equalization of described fixed frame 42 each several part, avoids occurring rocking, as shown in Figure 4.
In other embodiments, described fixed frame 42 can be fixedly installed in the optional position of described steam channel.
Please refer to Fig. 3, Fig. 4 and Fig. 5, further, described fan leaf 46 is by the described steam drive entered in described steam channel, or described fan leaf 46 is driven by motor (not shown).Utilize motor to drive to make the rotary speed of described fan leaf 46 accelerate, improve the speed that described steam is discharged further.
Please refer to Fig. 4 and Fig. 5, further, described fan leaf 46 angularly distributes around described rotating shaft 44.Such as, when the quantity of described fan leaf 46 is 3, each described fan leaf 46 lays respectively at in the described rotating shaft 44 120 ° of sector regions that are the center of circle; When the quantity of described fan leaf 46 is 4, each described fan leaf 46 lays respectively at in the described rotating shaft 44 90 ° of sector regions that are the center of circle, as shown in Figure 4.The quantity of described fan leaf 46 is not limited herein.In this embodiment, the shape of described fan leaf 46 and material all can be selected arbitrarily.
Please refer to Fig. 1 and Fig. 2, further, described steam raising plant 12 comprise for heating water with produce steam and have water inlet 125 steam generator 122, for holding the tank 124 of water and being communicated with between described tank 124 and described water inlet 125 to make water enter water inlet pipe 126 in described steam generator 122.Described tank 124 has water filling port (not shown), flow in described tank 124 to make water by this water filling port, described tank 124 is communicated with by water inlet pipe 126 with described steam generator 122, to make constantly have water to inject in described steam generator 122, to ensure the continuity that steam produces, and contribute to producing enough steam, thus ensure that described steam enters amount in described steam guiding tube 20 and speed.Preferably, described water inlet pipe 126 is provided with and controls the control valve of its break-make, open described Garment Steamer Machine and scald when pressing, described control valve is opened the water in tank 124 is entered in described steam generator 122.
Please refer to Fig. 1 and Fig. 2, further, described steam generator 122 comprises electrical connection external power source 50 and makes water become the heater 1220 of steam and to cover at described heater 1220 outside and have the cover body 1222 of described water inlet 125 and described steam (vapor) outlet 120.Described steam (vapor) outlet 120 is positioned at the top of described cover body 1222, described steam (vapor) outlet 120 is connected to described steam guiding tube 20,30 freely to discharge, to make described steam not excessive outside to described cover body 1222 from described perming to make the steam that produced by described heater 1220 along described steam (vapor) outlet 120 and to accelerate across described steam guiding tube 20 by described steam accelerator 40.
Please refer to Fig. 2, further, described heater 1220 comprises the first power connection end 1224 of the described external power source 50 of electrical connection and the second power connection end 1226 of electrical connection controller 14.Described first power connection end 1224 connects described external power source 50, when opening described Garment Steamer Machine, and affiliated controller 14 and described second power connection end 1226 conducting, and control described heater 1220 pairs of water and heat and produce steam.
Please refer to Fig. 1 and Fig. 2, further, described main frame 10 comprises the shell 16 covering at described steam raising plant 12 periphery, and described controller 14 is fixedly installed on described shell 16.Described controller 14 is electrically connected with the control panel be located on described shell 16, by pressing respective keys on described control panel to start described Garment Steamer Machine, and open described controller 14, thus the control realized described steam accelerator 40 and described steam raising plant 12, to accelerate described vapor flow.Described steam guiding tube 20 is connected to described steam (vapor) outlet 120 and extend out to the outside of described shell 16.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.