CN101922106A - Rotatable electric iron and garment steamer with same - Google Patents
Rotatable electric iron and garment steamer with same Download PDFInfo
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- CN101922106A CN101922106A CN2009101120762A CN200910112076A CN101922106A CN 101922106 A CN101922106 A CN 101922106A CN 2009101120762 A CN2009101120762 A CN 2009101120762A CN 200910112076 A CN200910112076 A CN 200910112076A CN 101922106 A CN101922106 A CN 101922106A
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- handle
- guide cylinder
- shell
- electric iron
- groove
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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
- D06F75/00—Hand irons
- D06F75/36—Casings
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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
- D06F75/00—Hand irons
- D06F75/34—Handles; Handle mountings
Abstract
The invention relates to a rotatable electric iron and a garment steamer with the same. A body with an electric heater is provided with a shell. The rotatable electric iron is characterized in that a rotating body connects the body with a grip in a rotatable manner; a limiting mechanism limiting the rotating amplitude and an elastic locating mechanism locking the rotation angle position are arranged between the body and the grip. When the relative position of the grip and the body is locked, the electric iron is used as a steam iron. After a hairbrush cover is sleeved on the body, the grip rotates relative to the body and the electric iron is used as a steam brush. The invention solves the problem that the position of the grip relative to the body is fixed, thus the use mode is single and the flexible ironing requirement is hard to satisfy.
Description
Technical field
The present invention relates to a kind of electric iron and Garment Steamer Machine.
Background technology
The body of electric iron comprises base plate and electric heater.Electric heater is installed in base plate interior, and base plate is heated.A shell is installed on the body.Fixedly mount handle on the shell, so that push-and-pull operation when lifting and using.The axis of handle is consistent with the axis of body.The user needs electric iron to do when rotation is adjusted and can only rely on the upset wrist in the process of ironing clothes.For a long time wrist is twisted into a certain angle, the people is felt very ill.Therefore, people wish that the handle of electric iron can rotate relative to body.But the position of the relative body of existing electric iron handle is fixed, and can not satisfy people's above-mentioned requirements.In addition, existing Garment Steamer Machine send steam by appendix to electric iron by the boiler that comprises water tank and heater, and boiler is provided with hanger can support this electric iron with extracing.The body of this electric iron comprises base plate and electric heater.Electric heater is installed in base plate interior, and base plate is heated.A shell is installed on the body of this electric iron, is fixedly mounted handle on the shell; The axis normal of the axis of handle length direction and body length direction.During use, on the body of this electric iron suit brush cover.The steam that appendix is carried is outwards sprayed by the air outlet from the body base plate after the body post bake in this electric iron, along with the user moves this electric iron on the clothing that the boiler hanger hangs, the hairbrush of brush cover cooperates with steam on this electric iron body, and clothing is plated rapidly.But when the user needs this electric iron directly to press,, use sometimes and also feel inconvenient even remove brush cover on the body.So the user wishes to improve existing electric iron and Garment Steamer Machine, the handle of electric iron can be rotated relative to body, thereby more occupation mode and function are arranged.
Summary of the invention
The present invention aims to provide a kind of rotating electric iron, can make handle do rotation adjustment according to the demand of user's ironing clothes.
Another object of the present invention is for a kind of Garment Steamer Machine with rotatable electric iron is provided, and the handle of electric iron can rotate relative to body, thereby more occupation mode and function are arranged.
Technical scheme of the present invention is: rotating electric iron, have on the body of electric heater shell is housed, a rotary body connects body and handle rotationally, is provided with the position-limit mechanism of restriction rotation amplitude and the elastic positioning machine structure that spin angular position is locked between body and the handle.
Described rotary body is box-like swivelling cover; The corresponding rotation lid has window on shell; Swivelling cover is installed in the below of shell, and the handle of swivelling cover and shell top passes through this window by securing member and fixes and be connected; Shell adopts the groove of annular to cooperate with the flange of annular between the upper surface of the lower surface at window place and swivelling cover; Shell also adopts the groove of annular to cooperate with the flange of annular between the lower surface of the upper surface at window place and handle, constitutes coaxial being rotationally connected between handle and swivelling cover and shell.Being rotationally connected that annular groove cooperates with annular flange is set between handle and shell, being rotationally connected that annular groove cooperates with annular flange is set between shell and swivelling cover simultaneously, again handle is fixed with swivelling cover and be connected, make handle reliablely and stablely opposite shell be that body rotates, be convenient to the user and press operation accordingly.This is simple in structure, is convenient to assembling.
Do rotation for ease of handle: the axis normal of described swivelling cover is in the bottom surface of body, and the axis of swivelling cover is positioned at 1/3 to 1/2 place of body length direction.
In the enforcement structure of an optimization, recommend to adopt simple elastic positioning machine structure: described elastic positioning machine structure comprises at least two card nests that are located on the swivelling cover inner hole wall and is fixed on shell fragment on the body that the flexible end of this shell fragment is stuck in any above-mentioned card nest.
In the enforcement structure of this optimization, recommend to adopt simple position-limit mechanism: described position-limit mechanism comprises the arc groove that is located on the body and is located at the swivelling cover lower surface and probes into limited block in this arc groove, and arc groove is corresponding with the movement locus of this limited block.
In the enforcement structure of another optimization, a kind of position-limit mechanism that is fit to rotate automatically is: described position-limit mechanism comprises the trapezoidal revolution guide groove that is located on the guide cylinder outer circumference surface and is located on the handle and probes into limited block in this trapezoidal revolution guide groove; This guide cylinder is installed on the handle through rotating shaft, and two parallel edges of this trapezoidal revolution guide groove are parallel with the axis of guide cylinder, and the corresponding guide cylinder of track difference that this limited block moves in two hypotenuses of trapezoidal revolution guide groove is relative to the forward and reverse amplitude of rotating of handle.
In automatic rotating mechanism, the structure of the elastic positioning machine structure of recommendation is: described elastic positioning machine structure comprise pushing tow guide cylinder in the rotating shaft that is located in the guide cylinder spring, be located at and go up the guide hole that holds guide cylinder and feather key thereof on positioning convex point, the basifacial feather key of guide cylinder excircle and the shell that hypotenuse minimum point place stops the handle limited block in the trapezoidal revolution guide groove of guide cylinder; The featherway of guide hole cooperates on feather key on the guide cylinder and the shell, makes guide cylinder constitute translation and co-rotational connection the mutually with body; This spring push guide cylinder makes the limited block of handle be stuck in hypotenuse minimum point place or last hypotenuse minimum point positioning convex point place under the trapezoidal revolution guide groove.
In automatic rotating mechanism, for realizing controlling: the upper end of described guide cylinder is established at least two and is provided with a lever-type button along continuous " V " shape grooves of periphery on handle, and the front end of this button withstands in any above-mentioned " V " shape groove of guide cylinder.Exert pressure to the latter half of of button, the decline surface of first " V " shape groove of the downward roof pressure guide cylinder of the front end of button makes the downward translation of guide cylinder, the spring compression in the guide cylinder, and the limited block of handle front end rises to peak along the long straight flange of trapezoidal revolution guide groove; Then first " V " shape groove of the front end edge of button surface that descends moves to the minimum point of first " V " shape groove to oblique below, and guide cylinder rotates thereupon.Discharge button, the restoring force of the spring pushing tow guide cylinder that makes progress; The limited block of handle front end moves to oblique below along hypotenuse on the trapezoidal revolution guide groove of guide cylinder, and guide cylinder rotates thereupon.The rise surface of first " V " shape groove of the front end edge of button moves obliquely upward.The minimum point that limited block moves to hypotenuse on the trapezoidal revolution guide groove is subjected to stopping of positioning convex point, stops, and spring is no longer elongation also.The guide cylinder forward rotation regulation angle.At this moment, the front end of the button rise surface of having crossed first " V " shape groove enters the decline surface of second " V " shape groove.Exert pressure to the latter half of of button once more, the decline surface of second " V " shape of the downward roof pressure guide cylinder of the front end of button groove, make the downward translation of guide cylinder, the spring compression in the guide cylinder, the limited block of handle front end is crossed the positioning convex point of hypotenuse on the trapezoidal revolution guide groove; Guide cylinder 600 continues to rotate by a small margin thereupon.Move to oblique below on the surface of second " V " shape of the front end edge of button groove decline then, and the short straight flange upper end that limited block arrives trapezoidal revolution guide groove stops.Discharge button, the restoring force of the spring pushing tow guide cylinder that makes progress; The limited block of handle front end moves downwards along the short straight flange of the trapezoidal revolution guide groove of guide cylinder.Spring continues upwards pushing tow guide cylinder, and limited block moves to minimum point along hypotenuse under the trapezoidal revolution guide groove, and guide cylinder is to counter-rotation.The rise surface that the decline surface of second " V " shape groove enters first " V " shape groove is moved and crosses on the decline surface of second " V " shape of the front end edge of button groove obliquely upward.Limited block moves to minimum point along hypotenuse under the trapezoidal revolution guide groove and is subjected to stopping of long straight flange, stops, and spring is no longer elongation also.The guide cylinder backward rotation regulation angle, get back to initial position.At this moment, the front end of button has arrived the top on first " V " shape groove decline surface, for next cycle of rotation is got ready.So the user can utilize button to control guide cylinder apace and rotate forward or backwards, promptly handle rotates neatly relative to body, to satisfy the needs of flatiron operation.
The present invention has the Garment Steamer Machine of rotatable electric iron, and the boiler that comprises water tank and heater send steam by appendix to electric iron; Boiler is provided with hanger can support this electric iron with extracing; Have in this electric iron on the body of electric heater shell is housed, a rotary body connects body and handle rotationally, is provided with the position-limit mechanism of restriction rotation amplitude and the elastic positioning machine structure that spin angular position is locked between body and the handle; The air admission hole of soft pipe connection appendix and body; Can extract ground suit brush cover on this body.Handle can rotate relative to body, and at the blocked state of the relative position of handle and body, this electric iron uses as steam iron; At suit on the body after the brush cover, this electric iron uses as steam brush.
Described rotary body is box-like swivelling cover; The corresponding rotation lid has window on shell; Swivelling cover is installed in the below of shell, and the handle of swivelling cover and shell top passes through this window by securing member and fixes and be connected; Shell adopts the groove of annular to cooperate with the flange of annular between the upper surface of the lower surface at window place and swivelling cover; Shell also adopts the groove of annular to cooperate with the flange of annular between the lower surface of the upper surface at window place and handle, constitutes coaxial being rotationally connected between handle and swivelling cover and shell.
In the enforcement structure of an optimization, recommend to adopt simple elastic positioning machine structure: described elastic positioning machine structure comprises at least two card nests that are located on the swivelling cover inner hole wall and is fixed on shell fragment on the body that the flexible end of this shell fragment is stuck in any above-mentioned card nest.
In the enforcement structure of this optimization, recommend to adopt simple position-limit mechanism: described position-limit mechanism comprises the arc groove that is located on the body and is located at the swivelling cover lower surface and probes into limited block in this arc groove, and arc groove is corresponding with the movement locus of this limited block.
In the enforcement structure of another optimization, a kind of position-limit mechanism that is fit to rotate automatically is: described position-limit mechanism comprises the guide groove that is located on the guide cylinder outer circumference surface and is located on the handle and probes into limited block in this trapezoidal revolution guide groove; This guide cylinder is installed on the handle through rotating shaft, and two parallel edges of this trapezoidal revolution guide groove are parallel with the axis of guide cylinder, and the corresponding guide cylinder of track difference that this limited block moves in two hypotenuses of trapezoidal revolution guide groove is relative to the forward and reverse amplitude of rotating of handle.
In automatic rotating mechanism, the structure of the elastic positioning machine structure of recommendation is: described elastic positioning machine structure comprise pushing tow guide cylinder in the rotating shaft that is located in the guide cylinder spring, be located at and go up the guide hole that holds guide cylinder and feather key thereof on positioning convex point, the basifacial feather key of guide cylinder excircle and the shell that hypotenuse minimum point place stops the handle limited block in the trapezoidal revolution guide groove of guide cylinder; The featherway of guide hole cooperates on feather key on the guide cylinder and the shell, makes guide cylinder constitute translation and co-rotational connection the mutually with body; This spring push guide cylinder makes the limited block of handle be stuck in hypotenuse minimum point place or last hypotenuse minimum point positioning convex point place under the trapezoidal revolution guide groove.
In automatic rotating mechanism, for realizing controlling: the upper end of described guide cylinder is established at least two and is provided with a lever-type button along continuous " V " shape grooves of periphery on handle, and the front end of this button withstands in any above-mentioned " V " shape groove of guide cylinder.
The rotating electric iron of the present invention connects body and handle rotationally with a rotary body, is provided with the position-limit mechanism of restriction rotary body rotation amplitude and the elastic positioning machine structure that the position, angle of rotary body is locked between this rotary body and body or the handle.Position-limit mechanism makes handle do conditional the rotation relative to body.The elastic positioning machine structure promptly can lock rotating selected position, back, is convenient to the user and presses operation accordingly; Also can be after rotation arbitrarily non-locked position use, and be convenient to adjust and the location.When having satisfied user's ironing clothes by demand adjust temporarily the longitudinal axis of handle and body longitudinal axis the relative angle state and locked, thereby obtain the hopes of two kinds of flatiron width.Make the utilization of electric iron more flexible, the position that is difficult for flatiron before making also can successfully have been pressed, and the flatiron quality is higher.And then, owing to can adjust the angle of handle longitudinal axis and body longitudinal axis, suit brush cover on body makes this electric iron can be used as the steam brush and uses, and can adjust the angle of brush cover and handle flexibly, thereby arbitrarily adjust the width of steam sweeping.Particularly adopted by after the automatic rotational structure by key control, people's hand needn't contact the body of heat just can adjust angle between body and the handle; The occupation mode of the rotating electric iron of the present invention is changed facility and safety more.The Garment Steamer Machine that the present invention has rotatable electric iron adopts above-mentioned rotating electric iron, can be by changing the angle of body length direction and handle length direction, the flatiron width of adjustment; Promptly can use, also can be used as electric iron and use as the steam brush.So this Garment Steamer Machine has the many and strong advantage of function of occupation mode.
Description of drawings
Fig. 1 among embodiment of the rotating electric iron of the present invention with the deployed configuration schematic diagram of handle tumbler relevant portion.
Fig. 2 among the rotating electric iron Fig. 1 of the present invention embodiment with the plan structure schematic diagram of handle tumbler relevant portion.
Fig. 3 among the rotating electric iron Fig. 1 of the present invention embodiment with the cross-sectional view of handle tumbler relevant portion.
Fig. 4 is the assembly relation schematic diagram of handle tumbler among the rotating electric iron Fig. 1 of the present invention embodiment.
Fig. 5 is the pedestal on the body among the rotating electric iron Fig. 1 of the present invention embodiment and the assembly relation schematic diagram of shell fragment and pressing plate.
Fig. 6 is the assembly relation schematic diagram of swivelling cover among the rotating electric iron Fig. 1 of the present invention embodiment and shell fragment and pressing plate.
Fig. 7 is the pedestal on swivelling cover among the rotating electric iron Fig. 1 of the present invention embodiment and the body and the assembly relation schematic diagram of shell fragment and pressing plate.
Fig. 8 is the present invention rotating electric iron Fig. 1 embodiment and the perspective view of handle tumbler relevant portion when lower handle is positioned at rotine positioning.
Fig. 9 is the perspective view when lower handle rotates 90 ° for the present invention rotating electric iron Fig. 1 embodiment and handle tumbler relevant portion.
Figure 10 is the plan structure schematic diagram of the rotating electric iron Fig. 1 of the present invention embodiment when handle is positioned at rotine positioning.
Figure 11 is the plan structure schematic diagram of the rotating electric iron Fig. 1 of the present invention embodiment when suit brush cover and handle rotate 90 ° on body.
Figure 12 is the cross-sectional view of rotating another embodiment of electric iron of the present invention.
Figure 13 is the deployed configuration schematic diagram of the rotating electric iron Figure 12 of the present invention embodiment.
Figure 14 among the rotating electric iron Figure 12 of the present invention embodiment with the structural representation of handle tumbler relevant portion at initial position.
Figure 15 among the rotating electric iron Figure 12 of the present invention embodiment with the structural representation of handle tumbler relevant portion in the forward rotation process.
Figure 16 among the rotating electric iron Figure 12 of the present invention embodiment with the structural representation of handle tumbler relevant portion at the forward rotation end position.
Figure 17 among the rotating electric iron Figure 12 of the present invention embodiment with the structural representation of handle tumbler relevant portion in the backward rotation process.
Figure 18 is the plan structure schematic diagram of the rotating electric iron Figure 12 of the present invention embodiment when handle is positioned at rotine positioning.
Figure 19 is the plan structure schematic diagram of the rotating electric iron Figure 12 of the present invention embodiment when suit brush cover and handle rotate 90 ° on body.
Figure 20 has the structural representation of an embodiment of Garment Steamer Machine of rotatable electric iron for the present invention.
Figure 21 has the structural representation of another embodiment of Garment Steamer Machine of rotatable electric iron for the present invention.
The specific embodiment
One, embodiment one
Structure such as Fig. 8 and shown in Figure 10 of an embodiment of the rotating electric iron of the present invention.Have that 3, one box-like rotary body-swivelling covers 2 of fixed installation shell are installed in rotation on the body 1 on the body 1 of electric heater.Be provided with the position-limit mechanism of restriction rotation amplitude and the detent mechanism of both position relations of locking between swivelling cover 2 and the body 1.Swivelling cover 2 is fixedlyed connected with lower handle 4.Fixedly mount handle 6 on the lower handle 4, form complete handle.Article one, flexible pipe 7 enters handle inside from last handle 6 and lower handle 4 rear ends, and passes swivelling cover 2 and shell 3 and steam is delivered to body 1 do post bake outwards ejection again.
It is olivary tabular that body 1 is, and electric heater has been installed in inside.The upper surface of body 1 is provided with two double-screw bolts 11 that are used to install shell 3.The central authorities of body 1 upper surface are provided with a truncated cone-shaped pedestal 12 that raises up.The periphery of pedestal 12 upper surfaces extends upward the wall 121 of annular, and this wall 121 has gap 123.The central authorities of pedestal 12 upper surfaces are provided with a double-screw bolt 124, respectively are provided with a projection 122 in the both sides of this double-screw bolt 124.The upper surface of two projections 122 relatively is provided with draw-in groove 1221 respectively, so that shell fragment 13 is installed.Have air admission hole 125 on the pedestal 12 between two projections 122 and wall 121, flexible pipe 7 is inserted in the air admission hole 125 delivering vapor in body 1.
It is box-like that swivelling cover 2 is shallow circle, and the bottom is near periphery three installing holes 21 that distribute equably; The central authorities of bottom have circular inner hole 22; On the sidewall of this endoporus 22, be provided with two card nests 23.Angle between two card nests 23 is 90 °.The periphery of swivelling cover 2 upper surfaces extends upward the upper flange 24 of annular.Swivelling cover 2 lower surfaces are provided with the limited block 25 of downward extension, please referring to Fig. 6.
The assembly relation of handle tumbler in the present embodiment, please referring to Fig. 1 and Fig. 4: lower handle 4 is arranged on the top of shell 3 along axis 5.The snap ring 34 of the boss 33 upper end wall upper surfaces of shell 3 is stuck in the annular groove 44 of lower handle 4 lower surfaces.Swivelling cover 2 is arranged on window 32 belows of shell 3 along axis 5.The upper flange 24 of swivelling cover 2 is stuck in the annular groove 35 of boss 33 upper end wall lower surfaces of shell 3.Pass the installing hole 21 of swivelling cover 2 correspondences respectively from the below and pass the window 32 of shell 3 as three screws of securing member, be locked on the double-screw bolt 43 of lower handle 4 correspondences, swivelling cover 2 is fixedlyed connected with lower handle 4 and swivelling cover 2 and lower handle 4 can freely rotate along axis 5 opposite shell 3 along axis 5.
The shell 3 that lower handle 4 and swivelling cover 2 have been installed is fastened on the body 1 along axis 5.The installing hole 31 that two screws pass shell 3 correspondences respectively is locked on the double-screw bolt 11 of body 1 correspondence, the shell 3 that lower handle 4 and swivelling cover 2 have been installed is fixedlyed connected with body 1 be integral.At this moment, the axis 5 of swivelling cover 2 is perpendicular to the bottom surface of body 1, and the axis 5 of swivelling cover 2 is positioned at 1/2 place of body 1 length direction.In other embodiments, can make the axis 5 of swivelling cover 2 be positioned at certain of 1/3 to 1/2 of body 1 length direction.
The wall 121 of body 1 pedestal 12 withstands the lower surface of swivelling cover 2, please referring to Fig. 4.Again please referring to Fig. 6, the flexible end 131 that is fixed on the shell fragment 13 on the body 1 is stuck in the card nest 23 in two card nests 23 on swivelling cover 2 endoporus 22 sidewalls.
Please referring to Fig. 7, the limited block 25 that is located at swivelling cover 2 lower surfaces probes in the gap 123 of body 1 and can move in gap 123.Gap 123 forms on wall 121 and the corresponding arc groove of limited block 25 movement locus, and limited block 25 is subjected to the restriction of this arc groove can only do the rotation of limited amplitude.
Fig. 8 illustrates the stereochemical structure of handle tumbler when lower handle 4 is positioned at rotine positioning in the present embodiment.The axis of pitch of lower handle 4 is roughly consistent with the transversal line of body 1 and shell 3.The flexible end 131 that is fixed on the shell fragment 13 on the body 1 is stuck in the card nest 23 of keeping right on swivelling cover 2 endoporus 22 sidewalls, and lower handle 4 is locked in this position.
When lower handle 4 turned clockwise, driven rotary lid 2 is opposite shell 3 and body 1 rotation together.The limited block 25 of swivelling cover 2 is from gap 123 right hand steering gap 123 left sides of pedestal 12, please referring to Fig. 7.The rotation angle magnitude range of gap 123 restriction limited blocks 25 is 0 °～135 ° of the vertical line deflections of the relative body 1 of longitudinal axis that can make lower handle 4 length directions and shell 3 length directions.Withdraw from the card nest 23 of slides left the card nest 23 on flexible end 131 the right from swivelling cover 2 endoporus 22 sidewalls of shell fragment 13 on the body 1 simultaneously.When the card nest 23 on the left side rotates to the flexible end 131 of shell fragment 13 on the swivelling cover 2, as shown in Figure 9,90 ° of the longitudinal axis deflections of relative body 1 of the longitudinal axis of lower handle 4 and shell 3.The flexible end 131 of shell fragment 13 snaps in the card nest 23 on swivelling cover 2 left sides, and lower handle 4 is fixed on the postrotational angle again, thereby has realized 90 ° rotation location.
Obviously, if on endoporus 22 sidewalls of swivelling cover 2 a plurality of card nests 23 are set, then lower handle 4 can a plurality of angle points be realized the location in the slewing area that gap 123 and limited block 25 are determined.
In addition, the rotating mechanism that swivelling cover 2 and body are 1 also can be designed to be provided with at the lower surface that shell is positioned at the window place flange of annular, at the upper surface of swivelling cover the groove of annular is set, and the groove of this annular cooperates with the flange of above-mentioned annular.
Position-limit mechanism between swivelling cover 2 and the body 1 also can be designed to limited block and be located on the body, and arc groove is located at the swivelling cover lower surface.
When the longitudinal axis of the handle of forming at lower handle 4 and last handle 6 was 0 ° of angle or 90 ° of angles with the angle of body 1 longitudinal axis, the relative position of handle and body 1 was locked, and at this time present embodiment can be used as the steam iron use, please referring to Figure 10.
The electric iron of present embodiment uses as steam brush, as shown in figure 11: at suit on the body 1 of present embodiment after the brush cover 8, the bristle of brush cover 8 deviates from paper, and the lug of brush cover 8 both sides is stuck in the waist of body 1.At this moment, allow handle to rotate relative to body 1, the angle of the longitudinal axis of handle and body 1 longitudinal axis can be between 0 °～135 ° position arbitrarily.To body 1 delivering vapor, body 1 outwards sprays after this steam is done post bake, cooperates the bristle of brush cover 8 that clothing is plated by flexible pipe 7.
Two, embodiment two
The structure of rotating another embodiment of electric iron of the present invention such as Figure 12 and shown in Figure 13.This electric iron comprises: shell 100, body 180, lower handle 200, parts such as handle main body 300, last handle 400, button 500, guide cylinder 600, rotating shaft 700, flexible pipe 800 and swivelling cover 900.
It is olivary tabular that body 180 is, and electric heater has been installed in inside.Body 180 upper surfaces upwards draw a boss 181, the central authorities of this boss 181 have an air admission hole to be communicated to body 180 inside.
Lower handle 200, handle main body 300 and last handle 400 are formed the handle that the middle part is opened wide.Handle main body 300 is trapezoidal shells that the middle part is opened wide, and forward and backward two ends become tubulose, and upper and lower two sidewalls are a watt shape, and its upper side wall has a groove 310.The front end of handle main body 300 is provided with assembling process drum 320.The middle part of lower handle 200 and rear portion are a watt shape shell, are connected with the middle part of handle main body 300 lower wall is corresponding with the rear portion.The front portion of lower handle 200 is stern shape, with the front end of handle main body 300 and anterior corresponding connection of lower wall.The bottom surface of lower handle 200 front ends has circular via hole, and the double-screw bolts 210 of two downward extensions relatively are set at the periphery of this circle via hole.The periphery that is positioned at circular via hole at the lower surface of lower handle 200 has annular groove 220 one.Last handle 400 is watt shape shells corresponding with handle main body 300 front ends and upper side wall, be connected corresponding with upper side wall of front end of handle main body 300.410, transverse axis 420 of lug that the middle part of last handle 400 is provided with a pair of downward extension pass this axis hole on lug 410 are connected button 500 on the handle 400.The front end of last handle 400 has the column of a pair of downward extension, and the inner surface of each column bottom is respectively equipped with a limited block 430.Be provided with a screwed pipe 440 that extends between two columns of last handle 400 front ends downwards.Last handle 400 is provided with the assembling of an extending process drum 450 foremost downwards.
The middle part of button 500 is provided with horizontal axis hole 510.Button 500 front ends have a cannelure 520, make the front end of button 500 form two branching; The lower surface of each branching has a salient point 530.
The front portion of lower handle 200 overlays the top of shell 100, and two double-screw bolts 210 of lower handle 200 pass window 130 corresponding on the flat board 110 of shell 100 respectively, stretch in the shell 100.The snap ring 150 of the boss 140 upper end wall upper surfaces of shell 100 is stuck in the annular groove 220 of lower handle 200 lower surfaces.Swivelling cover 900 is arranged on flat board 110 belows of shell 100.The upper flange 910 of swivelling cover 900 is stuck in the annular groove 160 of boss 140 upper end wall lower surfaces of shell 100.Two screws pass swivelling cover 900 respectively from the below installing hole 920 is locked on the double-screw bolt 210 of lower handle 200 correspondences, and swivelling cover 900 and lower handle 200 are fixedlyed connected and swivelling cover 900 and lower handle 200 can freely rotate along common axis opposite shell 100 along common axis.
The front end of flexible pipe 800 inserts and is locked in the air admission hole of boss 181 central authorities of body 180.Centre bore, the guide hole 120 on shell 100 flat boards 110, the circular via hole of lower handle 200 front ends, the front portion of handle main body 300, the centre bore of rotating shaft 700 and the cannelure 520 of button 500 front ends of swivelling cover 900 bottoms passed in the rear end of flexible pipe 800, and the via hole by last handle 400 screwed pipes 440 bottoms introduces in the upside and the pipeline between the last handle 400 of handle main body 300, and outwards draws from the rear portion of handle.
The shell 100 that lower handle 200 and swivelling cover 900 have been installed is fastened on the body 180 along common axis.With screw shell 100 is fixedlyed connected with body 180 and to be integral.The axis normal of swivelling cover 900 is in the bottom surface of body 180, and the axis of swivelling cover 900 is positioned at 1/2 place of body 180 length directions.In other embodiments, can make the axis of swivelling cover 900 be positioned at certain of 1/3 to 1/2 of body 180 length directions.
The process drum 450 of last handle 400 is inserted in the process drum 320 of handle main body 300 front ends, passes the process drum 450 of handle 400 and the process drum 320 of handle main body 300 with screw, is locked on the double-screw bolt 230 of lower handle 200 front ends.Adopting double-screw bolt and lower handle 200 to reach handle 400 corresponding assemblings on the handle main body 300, lower handle 200 and handle main body 300 and last handle 400 are linked into an integrated entity with fabrication hole and screw fit.
In the present embodiment, the corresponding guide cylinder 600 of track difference that two limited blocks 430 of last handle 400 front ends move in 620 two hypotenuses of guide cylinder 600 corresponding trapezoidal revolution guide grooves is relative to the forward and reverse amplitude of rotating of handle.
In the present embodiment with the structure of handle tumbler relevant portion, as shown in figure 14 at initial position: two salient points 530 of button 500 front ends withstand on respectively on the decline surface of first " V " shape groove of that group " V " shape groove 630 of guide cylinder 600 correspondences.Two limited blocks 430 of last handle 400 front ends lay respectively at the minimum point of corresponding trapezoidal revolution guide groove 620 long straight flanges.The axis of last handle 400 length directions is parallel with the axis of shell 100 length directions.
Exert pressure to the latter half of of button 500, the decline surface of first " V " shape groove in that group " V " shape groove 630 of downward roof pressure guide cylinder 600 correspondences of two salient points, 530 difference of button 500 front ends, make the 100 downward translations of guide cylinder 600 opposite shell, spring 710 compressions in the guide cylinder 600.Two limited blocks 430 of last handle 400 front ends rise to peak along trapezoidal revolution guide groove 620 long straight flanges corresponding on the guide cylinder 600 respectively; Then two salient points 530 of button 500 front ends move to the minimum point of first " V " shape groove along first " V " shape groove of that group " V " shape groove 630 of guide cylinder 600 correspondences surface that descends to oblique below respectively, and guide cylinder 600 is made low-angle thereupon and rotated.The axis of the axis of last handle 400 length directions and shell 100 length directions forms a little angle, please referring to Figure 15.
Exert pressure to the latter half of of button 500 once more, two salient points 530 of button 500 front ends are the decline surface of 630 second " V " shapes of that group " V " shape groove groove of downward roof pressure guide cylinder 600 correspondences respectively, make guide cylinder 600 downward translations, spring 710 compressions in the guide cylinder 600.Two limited blocks 430 of last handle 400 front ends are crossed the positioning convex point 621 of last hypotenuse of that shape revolution guide groove 620 of guide cylinder 600 correspondences respectively; Guide cylinder 600 continues to rotate by a small margin thereupon, and the angle of last handle 400 length-wise axis and shell 100 length-wise axis was slightly looked into 90 °.Then two salient points 530 of button 500 front ends move to oblique below along 630 second " V " shapes of that group " V " shape groove groove decline surface of guide cylinder 600 correspondences respectively.The short straight flange upper end of the trapezoidal revolution guide groove 620 of two limited block 430 arrival guide cylinders 600 correspondences stops, please referring to Figure 17.
Discharge button 500, the restoring force of the spring 710 pushing tow guide cylinder 600 that makes progress.Two limited blocks 430 of last handle 400 front ends move downwards along the short straight flange of the trapezoidal revolution guide groove 620 of guide cylinder 600 correspondences respectively.Spring 710 continuation upwards 600, two limited blocks 430 of pushing tow guide cylinder are moved to minimum point along 620 times hypotenuses of trapezoidal revolution guide groove of guide cylinder 600 correspondences respectively conversely, and guide cylinder 600 is to counter-rotation.Two salient points 530 of button 500 front ends move and cross the rise surface that the decline surface of second " V " shape groove enters first " V " shape groove respectively obliquely upward along the decline surface of second " V " shape groove in that group " V " shape groove 630 of guide cylinder 600 correspondences.Two limited blocks 430 move to minimum point along 620 times hypotenuses of trapezoidal revolution guide groove of guide cylinder 600 correspondences respectively and are subjected to stopping of long straight flange, stop, and spring 710 is no longer elongation also.Guide cylinder 600 backward rotation the angle-90 ° of regulation, get back to initial position, please referring to Figure 14.The axis of last handle 400 length directions is parallel with the axis of shell 100 length directions.At this moment, two salient points 530 of button 500 front ends have arrived the top on that group " V " shape groove 630 first " V " shape grooves decline surfaces of guide cylinder 600 correspondences, for next cycle of rotation is got ready.
When the angle of the longitudinal axis of handle and shell 100 and body 180 longitudinal axis was 0 ° of angle or 90 ° of angles, the relative position of handle and shell 100 and body 180 was locked, and at this time present embodiment can be used as steam iron and uses, please referring to Figure 18.
The electric iron of present embodiment uses as steam brush, as shown in figure 19: at suit on the body 180 of present embodiment after the brush cover 190, the bristle of brush cover 190 deviates from paper, and the lug of brush cover 190 both sides is stuck in the waist of body 180.At this moment, allow handle to rotate relative to body 180, the angle of the longitudinal axis of handle and shell 100 and body 180 longitudinal axis can be in the position of 0 ° or 90 °.To body 180 delivering vapors, body 180 outwards sprays after this steam is done post bake, cooperates the bristle of brush cover 190 that clothing is plated by flexible pipe 800.
Three, embodiment three
The present invention has the structure of an embodiment of Garment Steamer Machine of rotatable electric iron, as shown in figure 20.The boiler 1000 that comprises water tank 1001 and heater 1002 in this Garment Steamer Machine send steam by appendix 1003 to embodiment one described electric iron.Boiler 1000 is provided with hanger 1004, and the upper end of hanger 1004 is provided with grab 1005 can support this electric iron with extracing.
The structure of this electric iron has been done detailed elaboration in the explanation of embodiment one, for saving space, only do concise and to the point general introduction below.
Have on the body 1 of electric heater shell 3 is housed.Fixedly mount handle 6 on the lower handle 4, form complete handle.A rotary body-box-like swivelling cover 2 connects body 1 and lower handle 4 rotationally, and lower handle 4 can rotate relative to body 1.Be provided with the position-limit mechanism of restriction rotation amplitude and the elastic positioning machine structure that spin angular position is locked between body 1 and the lower handle 4.
Corresponding rotation lid 2 has window 32 on shell 3; Swivelling cover 2 is installed in the below of shell 3, and the lower handle 4 of swivelling cover 2 and shell 3 tops passes through this window 32 by securing member and fixes and be connected.Shell 3 adopts the groove of annular to cooperate with the flange of annular between the upper surface of the lower surface at window 32 places and swivelling cover 2; Shell 3 also adopts the groove of annular to cooperate with the flange of annular between the lower surface of the upper surface in window 32 outsides and lower handle 4, constitutes lower handle 4 and 3 coaxial being rotationally connected of swivelling cover 2 and shell.
The elastic positioning machine structure comprises at least two card nests 23 that are located on swivelling cover 2 inner hole walls and the shell fragment 13 that is fixed on the body 1, and the flexible end of this shell fragment 13 is stuck in any above-mentioned card nest 23.
Position-limit mechanism comprises the arc groove that is located on the body 1 123 and is located at swivelling cover 2 lower surfaces and probes into limited block 25 in this arc groove 123, and arc groove 123 is corresponding with the movement locus of this limited block 25.
A flexible pipe 7 is communicated with the air admission hole 125 of appendix 1004 and body 1; Can extract ground suit brush cover 8 on this body 1.At the relative position blocked state of lower handle 4 with body 1, this electric iron uses as steam iron; On body 1 suit after the brush cover, this electric iron uses as steam brush.
Four, embodiment four
The present invention has the structure of another embodiment of Garment Steamer Machine of rotatable electric iron, as shown in figure 21.The boiler 1000 that comprises water tank 1001 and heater 1002 in this Garment Steamer Machine send steam by appendix 1003 to electric iron; Boiler 1000 is provided with hanger 1004, and the upper end of hanger 1004 is provided with grab 1005 can support this electric iron with extracing.
The structure of this electric iron has been done detailed elaboration in the explanation of embodiment two, for saving space, only do concise and to the point general introduction below.
Have on the body 180 of electric heater shell 100 is housed.Lower handle 200, handle main body 300 and last handle 400 are formed the handle that the middle part is opened wide.A rotary body-box-like swivelling cover 900 connects shell 100 and lower handle 200 rotationally, and lower handle 200 can opposite shell 100 rotate.Be provided with the position-limit mechanism of restriction rotation amplitude and the elastic positioning machine structure that spin angular position is locked between shell 100 and the last handle 400.
The connecting rod of corresponding rotation lid 900 and lower handle 200 has the window 130 of arc on shell 100; Swivelling cover 900 is installed in the below of shell 100, and the lower handle 200 of swivelling cover 900 and shell 100 tops passes through this window 130 by securing member and fixes and be connected.Shell 100 adopts the groove of annular to cooperate with the flange of annular between the upper surface of the lower surface in window 130 outsides and swivelling cover 900; Shell 100 also adopts the groove of annular to cooperate with the flange of annular between the lower surface of the upper surface in window 130 outsides and lower handle 200, constitutes lower handle 200 and 100 coaxial being rotationally connected of swivelling cover 900 and shell.
Position-limit mechanism comprises the trapezoidal revolution guide groove that is located on guide cylinder 600 outer circumference surfaces 620 and is located on the handle 400 and probes into limited block 430 in this trapezoidal revolution guide groove 620.Guide cylinder 600 is installed on the handle 400 through rotating shaft 700, and two parallel edges of this trapezoidal revolution guide groove 620 are parallel with the axis of guide cylinder 600.Track that limited block 430 moves in 620 two hypotenuses of trapezoidal revolution guide groove respectively corresponding guide cylinder 600 relative on handle 400 forward and reverse amplitudes of rotating.
The elastic positioning machine structure comprise pushing tow guide cylinder 600 in the rotating shaft 700 that is located in the guide cylinder 600 spring 710, be located at and go up the guide hole 120 that holds guide cylinder 600 and feather key 610 thereof on basifacial feather key 610 of positioning convex point 621, guide cylinder 600 excircles that hypotenuse minimum point place stops the limited block 430 of handle 400 and the shell 100 in the guide cylinder 600 trapezoidal revolution guide grooves 620.The featherway of guide hole 120 cooperates on feather key 610 on the guide cylinder 600 and the shell 100, makes guide cylinder 600 constitute translation and co-rotational connection the mutually with body 180.Spring 710 pushing tow guide cylinders 600 make the limited block 430 of handle 400 be stuck in trapezoidal revolution guide groove 620 times hypotenuse minimum points place or go up hypotenuse minimum point positioning convex point place.
The upper end of guide cylinder 600 is established at least two and is provided with a lever-type button 500 along continuous " V " shape groove 630 of periphery on last handle 400, and the front end of this button 500 withstands in guide cylinder 600 any above-mentioned " V " shape groove 630.
A flexible pipe 800 is communicated with the air admission hole 181 of appendix 1004 and body 180; Can extract ground suit brush cover 190 on this body 180.At the relative position blocked state of lower handle 200 with body 180, this electric iron uses as steam iron; At suit on the body 180 after the brush cover 190, this electric iron uses as steam brush.
The above only is preferred embodiment of the present invention, does not limit scope of the invention process with this, and the equivalence of doing according to technical scheme of the present invention and description changes and modification, all should belong to the scope that the present invention is contained.
Claims (15)
1. rotating electric iron, have on the body of electric heater shell is housed, it is characterized in that: a rotary body connects body and handle rotationally, is provided with the position-limit mechanism of restriction rotation amplitude and the elastic positioning machine structure that spin angular position is locked between body and the handle.
2. rotating electric iron according to claim 1 is characterized in that: described rotary body is box-like swivelling cover; The corresponding rotation lid has window on shell; Swivelling cover is installed in the below of shell, and the handle of swivelling cover and shell top passes through this window by securing member and fixes and be connected; Shell adopts the groove of annular to cooperate with the flange of annular between the upper surface of the lower surface at window place and swivelling cover; Shell also adopts the groove of annular to cooperate with the flange of annular between the lower surface of the upper surface at window place and handle, constitutes coaxial being rotationally connected between handle and swivelling cover and shell.
3. rotating electric iron according to claim 2 is characterized in that: the axis normal of described swivelling cover is in the bottom surface of body, and the axis of swivelling cover is positioned at 1/3 to 1/2 place of body length direction.
4. according to claim 2 or 3 described rotating electric iron, it is characterized in that: described elastic positioning machine structure comprises at least two card nests that are located on the swivelling cover inner hole wall and is fixed on shell fragment on the body that the flexible end of this shell fragment is stuck in any above-mentioned card nest.
5. according to claim 2 or 3 described rotating electric iron, it is characterized in that: described position-limit mechanism comprises the arc groove that is located on the body and is located at the swivelling cover lower surface and probes into limited block in this arc groove, and arc groove is corresponding with the movement locus of this limited block.
6. according to claim 2 or 3 described rotating electric iron, it is characterized in that: described position-limit mechanism comprises the trapezoidal revolution guide groove that is located on the guide cylinder outer circumference surface and is located on the handle and probes into limited block in this trapezoidal revolution guide groove; This guide cylinder is installed on the handle through rotating shaft, and two parallel edges of this trapezoidal revolution guide groove are parallel with the axis of guide cylinder, and the corresponding guide cylinder of track difference that this limited block moves in two hypotenuses of trapezoidal revolution guide groove is relative to the forward and reverse amplitude of rotating of handle.
7. rotating electric iron according to claim 6 is characterized in that: described elastic positioning machine structure comprise pushing tow guide cylinder in the rotating shaft that is located in the guide cylinder spring, be located at and go up the guide hole that holds guide cylinder and feather key thereof on positioning convex point, the basifacial feather key of guide cylinder excircle and the shell that hypotenuse minimum point place stops the handle limited block in the trapezoidal revolution guide groove of guide cylinder; The featherway of guide hole cooperates on feather key on the guide cylinder and the shell, makes guide cylinder constitute translation and co-rotational connection the mutually with body; This spring push guide cylinder makes the limited block of handle be stuck in hypotenuse minimum point place or last hypotenuse minimum point positioning convex point place under the trapezoidal revolution guide groove.
8. rotating electric iron according to claim 7, it is characterized in that: the upper end of described guide cylinder is established at least two along continuous " V " shape groove of periphery, be provided with a lever-type button on handle, the front end of this button withstands in any above-mentioned " V " shape groove of guide cylinder.
9. the Garment Steamer Machine that has rotatable electric iron, the boiler that comprises water tank and heater send steam by appendix to electric iron; Boiler is provided with hanger can support this electric iron with extracing; It is characterized in that: have in this electric iron on the body of electric heater shell is housed, a rotary body connects body and handle rotationally, is provided with the position-limit mechanism of restriction rotation amplitude and the elastic positioning machine structure that spin angular position is locked between body and the handle; The air admission hole of soft pipe connection appendix and body; Can extract ground suit brush cover on this body.
10. the Garment Steamer Machine with rotatable electric iron according to claim 9 is characterized in that: described rotary body is box-like swivelling cover; The corresponding rotation lid has window on shell; Swivelling cover is installed in the below of shell, and the handle of swivelling cover and shell top passes through this window by securing member and fixes and be connected; Shell adopts the groove of annular to cooperate with the flange of annular between the upper surface of the lower surface at window place and swivelling cover; Shell also adopts the groove of annular to cooperate with the flange of annular between the lower surface of the upper surface at window place and handle, constitutes coaxial being rotationally connected between handle and swivelling cover and shell.
11. the Garment Steamer Machine with rotatable electric iron according to claim 10, it is characterized in that: described elastic positioning machine structure comprises at least two card nests that are located on the swivelling cover inner hole wall and is fixed on shell fragment on the body that the flexible end of this shell fragment is stuck in any above-mentioned card nest.
12. the Garment Steamer Machine with rotatable electric iron according to claim 10, it is characterized in that: described position-limit mechanism comprises the arc groove that is located on the body and is located at the swivelling cover lower surface and probes into limited block in this arc groove, and arc groove is corresponding with the movement locus of this limited block.
13. the Garment Steamer Machine with rotatable electric iron according to claim 10 is characterized in that: described position-limit mechanism comprises the trapezoidal revolution guide groove that is located on the guide cylinder outer circumference surface and is located on the handle and probes into limited block in this trapezoidal revolution guide groove; This guide cylinder is installed on the handle through rotating shaft, and two parallel edges of this trapezoidal revolution guide groove are parallel with the axis of guide cylinder, and the corresponding guide cylinder of track difference that this limited block moves in two hypotenuses of trapezoidal revolution guide groove is relative to the forward and reverse amplitude of rotating of handle.
14. the Garment Steamer Machine with rotatable electric iron according to claim 13 is characterized in that: described elastic positioning machine structure comprise pushing tow guide cylinder in the rotating shaft that is located in the guide cylinder spring, be located at and go up the guide hole that holds guide cylinder and feather key thereof on positioning convex point, the basifacial feather key of guide cylinder excircle and the shell that hypotenuse minimum point place stops the handle limited block in the trapezoidal revolution guide groove of guide cylinder; The featherway of guide hole cooperates on feather key on the guide cylinder and the shell, makes guide cylinder constitute translation and co-rotational connection the mutually with body; This spring push guide cylinder makes the limited block of handle be stuck in hypotenuse minimum point place or last hypotenuse minimum point positioning convex point place under the trapezoidal revolution guide groove.
15. the Garment Steamer Machine with rotatable electric iron according to claim 14, it is characterized in that: the upper end of described guide cylinder is established at least two along continuous " V " shape groove of periphery, be provided with a lever-type button on handle, the front end of this button withstands in any above-mentioned " V " shape groove of guide cylinder.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101120762A CN101922106B (en) | 2009-06-16 | 2009-06-16 | Rotatable electric iron and garment steamer with same |
| PCT/CN2010/073886 WO2010145521A1 (en) | 2009-06-16 | 2010-06-12 | Rotatable electric iron and hanging ironing machine having the same |
| EP10788917.2A EP2444543A4 (en) | 2009-06-16 | 2010-06-12 | Rotatable electric iron and hanging ironing machine having the same |
| BRPI1001917-0A BRPI1001917A2 (en) | 2009-06-16 | 2010-06-16 | ROTATING IRON AND CLOTHING STEAM WITH A ROTATING IRON |
| US12/816,521 US20100313453A1 (en) | 2009-06-16 | 2010-06-16 | Rotatable iron and garment steamer with rotatable iron |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101120762A CN101922106B (en) | 2009-06-16 | 2009-06-16 | Rotatable electric iron and garment steamer with same |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101922106A true CN101922106A (en) | 2010-12-22 |
| CN101922106B CN101922106B (en) | 2012-07-18 |
Family
ID=43305132
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101120762A Active CN101922106B (en) | 2009-06-16 | 2009-06-16 | Rotatable electric iron and garment steamer with same |
Country Status (5)
| Country | Link |
|---|---|
| US (1) | US20100313453A1 (en) |
| EP (1) | EP2444543A4 (en) |
| CN (1) | CN101922106B (en) |
| BR (1) | BRPI1001917A2 (en) |
| WO (1) | WO2010145521A1 (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334280A (en) * | 2013-06-21 | 2013-10-02 | 宁波凯波集团有限公司 | Ironing head with two gestures of vertically and flatly ironing |
| CN108193424A (en) * | 2018-03-08 | 2018-06-22 | 阮尚帅 | A kind of weaving cloth levelling machine |
| CN108360236A (en) * | 2017-12-26 | 2018-08-03 | 宁波浩嘉电器有限公司 | A kind of rotatable steam brush of heat-generating disc |
| CN108978152A (en) * | 2018-07-27 | 2018-12-11 | 东莞市科洁龙整烫设备科技有限公司 | Split type steam electric iron |
| CN110621821A (en) * | 2017-03-15 | 2019-12-27 | 德隆奇电器阿瑞特商业区划有限责任公司 | Household appliance for ironing clothes and the like |
| CN112871489A (en) * | 2021-03-11 | 2021-06-01 | 中山市庆谊金属制品企业有限公司 | Portable water gun |
| CN114892382A (en) * | 2022-05-20 | 2022-08-12 | 宁波市美斯凯电器有限公司 | Foldable electric iron |
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-
2010
- 2010-06-12 WO PCT/CN2010/073886 patent/WO2010145521A1/en active Application Filing
- 2010-06-12 EP EP10788917.2A patent/EP2444543A4/en not_active Withdrawn
- 2010-06-16 BR BRPI1001917-0A patent/BRPI1001917A2/en not_active Application Discontinuation
- 2010-06-16 US US12/816,521 patent/US20100313453A1/en not_active Abandoned
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334280A (en) * | 2013-06-21 | 2013-10-02 | 宁波凯波集团有限公司 | Ironing head with two gestures of vertically and flatly ironing |
| CN110621821A (en) * | 2017-03-15 | 2019-12-27 | 德隆奇电器阿瑞特商业区划有限责任公司 | Household appliance for ironing clothes and the like |
| CN110621821B (en) * | 2017-03-15 | 2021-10-01 | 德隆奇电器阿瑞特商业区划有限责任公司 | Household appliance for ironing clothes and the like |
| CN108360236A (en) * | 2017-12-26 | 2018-08-03 | 宁波浩嘉电器有限公司 | A kind of rotatable steam brush of heat-generating disc |
| CN108360236B (en) * | 2017-12-26 | 2023-10-20 | 宁波浩嘉电器有限公司 | Rotatable steam brush of dish generates heat |
| CN108193424A (en) * | 2018-03-08 | 2018-06-22 | 阮尚帅 | A kind of weaving cloth levelling machine |
| CN108978152A (en) * | 2018-07-27 | 2018-12-11 | 东莞市科洁龙整烫设备科技有限公司 | Split type steam electric iron |
| CN108978152B (en) * | 2018-07-27 | 2020-10-09 | 东莞市科洁龙整烫设备科技有限公司 | Split steam electric iron |
| CN112871489A (en) * | 2021-03-11 | 2021-06-01 | 中山市庆谊金属制品企业有限公司 | Portable water gun |
| CN114892382A (en) * | 2022-05-20 | 2022-08-12 | 宁波市美斯凯电器有限公司 | Foldable electric iron |
Also Published As
| Publication number | Publication date |
|---|---|
| EP2444543A4 (en) | 2018-01-10 |
| US20100313453A1 (en) | 2010-12-16 |
| EP2444543A1 (en) | 2012-04-25 |
| BRPI1001917A2 (en) | 2014-03-11 |
| CN101922106B (en) | 2012-07-18 |
| WO2010145521A1 (en) | 2010-12-23 |
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