CN200985459Y - Steam generating ironing machine - Google Patents

Abstract

Two opposite sides of the ironing element (6) each form a support surface (11) for a trouser leg. Each side is associated with at least one fixing element, e.g. a press plate (12), for fixing the relevant trouser leg against the ironing element. The ironing element and the fixing element are located in an upper housing part (3), which rotates in relation to a pedestal (2).

Description

Steam generating ironing machine

Technical field

The utility model relates to a kind of steam generating ironing machine that utilizes uperize to press clothes such as trousers, upper garment or one-piece dress.

Background technology

Existing steam generating ironing machine, estimation are motions in the content of being announced in U.S. Patent Publication numbering US2005/0132761 A1.

Existing steam generating ironing machine such as Figure 17 be to shown in Figure 19, by the pedestal with liquid heating, the bucket that is connected with liquid heating and pipe, can be clipped in the bar on the pedestal and be connected on the bar also folding suspension member and wait and form.

Suspension member by the center connector of the hanging platform that can support the clothing more than, on this center connector rotatable two arms, the pinning arm that fixes by the different choice of arm parts, the sliding part that can slide along bar, be used for fixing arm and form at the support bar of its selected position.

Added steam jet on the pipe, the structure of this steam jet is as shown in Figure 20 and Figure 21, and it comprises the handle portion that the lower end is connected with pipe, and the nozzle head that is formed on the handle portion constitutes.

Formed the steam channel with the intracavity inter-connection of pipe on the handle portion, the cover plate that nozzle head is formed by steam jetting hole, the upper end of steam channel and and cover plate between constitute the shell of a steaming chamber, cover plate be connected attaching parts on the shell form.

There is multiple annex the front of this cover plate, can select as trousers wrinkle brush dust brush or fur brush etc. for use.

Have the existing steam generating ironing machine of above structure, following problem arranged:

The first, owing to do not have clip on the support bar,, use trouble so flatiron needs add in addition suspension member (clothes hanger or trousers frame that clip is arranged) during trousers on hanging platform; If clamping on support bar, then because support bar can be moved down by the downward pulling force of trousers, the operator needs arduously it to be mentioned, and because support bar is a synthetical resin products, so its undercapacity ruptures easily;

The second, by the other end of support bar with can be connected along the sliding part that bar slides, so support bar can rock when flatiron or when being subjected to external impact, causes influence flatiron operation;

The 3rd, even be clipped in trousers on the clip or on the clothes hanger, still, need be during flatiron with pulling just convenient working, so cumbersome.Certainly, need not pull, it is also passable only to utilize (gravity) sinking to press, and needs for a long time, and its effect is bad, also poorly draws.

The 4th, when flatiron trousers or upper garment,,,, have to add steam for a long time in order to optimize its flatiron effect so the flatiron effect is also bad owing to do not support the iron board of clothes, clothes can become damp as a result.

The 5th, the steam that from steam channel, comes out, change into water when running into cover plate, these water can flow to the bottom of shell along cover plate, because the bottom steam channel of shell all is average form, so when holding steam jet and pressing, failing the water that flows out from steam channel will overflow and adhere on the clothes by steam jetting hole.

When steam jetting hole very near or from the middle and lower part of cover plate when very near, the phenomenon of overflowing is with regard to even more serious (referring to Figure 20, the easier principle of overflowing of water was similar when this was low to estrade) from outer casing underpart.

Summary of the invention

The utility model purpose provides a kind ofly can strain clothing and the steam generating ironing machine of ironing clothes under this state.

For achieving the above object, the technical solution adopted in the utility model is: a kind of steam generating ironing machine, pipe, the bottom that it comprises pedestal with liquid heating, give bucket that described liquid heating provides liquid, be connected with described liquid heating is connected bar on the described pedestal, is installed in the suspension member on the top of described bar, on the bar of described suspension member downside strain component is installed.

The arrangement for adjusting height that can regulate the strain component height is installed on the described bar.

Described strain component comprises rod, is installed in the clip on the described rod, the Z axle rotating mechanism that the described rod of control rotates around the Z axle with respect to described arrangement for adjusting height, and described bar is perpendicular to the Z axle.

Described bar is provided with the outer sleeve that rotates around Y-axis with rod, and described Y-axis parallels with bar.

Described suspension member comprises that the center connector, the end that are installed on the described bar are connected the support bar that the arm of the both sides of described center connector, an end are connected with the other end of described arm, the other end of described support bar is connected on the described bar, and described support bar is provided with clip.

Described bar is provided with the positioning element that is used for rod is limited to the position that parallels with support bar.

Because the technique scheme utilization, the utility model compared with prior art has following advantage:

The first, be installed in the combining structure of strain component of suspension member and the bottom that is installed in bar on the top of bar because of employing, make clothes lower end on the suspension member be tightened up parts and stretch, press convenient and obtain good effect so guarantee the user;

The second, because of adopting the arrangement for adjusting height can regulate described strain component height, guarantee can the stretch clothes (trousers) of different length of strain component;

The 3rd, adjust to the Z axle rotating mechanism of the position parallel because of having adopted the rod that makes described strain component, so can take care of strain component with the state that parallels with bar in the non-use period with X-axis or Y-axis;

The 4th, because on the described suspension member clip is installed,, also can use with strain component is parallel so the thing that does not need other is installed is in addition hung trousers;

The 5th, to make described rod be that the Y-axis rotary part that central shaft is rotated is an outer sleeve with the bar because of having adopted, and guaranteed that strain component can both be optionally used in any place in front and back;

The 6th, when on the X-Y axial plane, seeing, remain on position parallel to each other in order to make described rod and support bar, increase the positioning element that to determine excellent position in addition, when the stretching trousers, can prevent the trousers distortion, thereby guarantee under plumbness, to stretch, also need not specially remove manual stretched vertically.

Description of drawings

Accompanying drawing 1 is a kind of stereoscopic example figure that its strain component of expression of the present utility model is in user mode;

Accompanying drawing 2 is that a kind of master that its strain component of expression of the present utility model is in non-working condition looks instance graph;

Accompanying drawing 3 is side views of accompanying drawing 1 example illustrated;

Accompanying drawing 4 is suspension member of the present utility model front views when semi-collapsed condition;

Accompanying drawing 5 is the suspension member stereograms when folded state in the accompanying drawing 4;

Accompanying drawing 6 is the stereograms that show the support bar in the accompanying drawing 5;

Accompanying drawing 7 is that trousers are clipped in the stereogram under the clamp position;

Accompanying drawing 8 is enlarged drawings of the I part in the accompanying drawing 1;

Accompanying drawing 9 is three-dimensional exploded views of strain component of the present utility model;

Accompanying drawing 10 is that the package assembly of the parts in the accompanying drawing 9 disconnects stereogram;

Accompanying drawing 11 is another main instance graph of looking of demonstration iron board of the present utility model;

Accompanying drawing 12 is three-dimensional exploded views one of accompanying drawing 11;

Accompanying drawing 13 is three-dimensional exploded views two of accompanying drawing 11;

The stereogram of accompanying drawing 14 steam jet parts of the present utility model;

Accompanying drawing 15 is longitudinal sections of accompanying drawing 14;

Accompanying drawing 16 is the stereograms after steam jet removes cover plate;

Accompanying drawing 17 is side views of existing steam generating ironing machine;

Accompanying drawing 18 is the suspension member of accompanying drawing 17 front views in open mode;

Accompanying drawing 19 is the suspension member of accompanying drawing 17 front views at folded state;

Accompanying drawing 20 is stereograms of the steam jet of existing steam generating ironing machine;

Accompanying drawing 21 is the stereograms after the steam jet in the accompanying drawing 20 removes cover plate;

Wherein: 10, pedestal; 12, chassis; 13, first connector; 14, boss; 15, second connector; 16, caster; 17, the 3rd connector; 19, operating portion;

20, bucket; 30, liquid heating; 40, pipe;

140, installing component; 141, nut; 143, bolt;

150, suspension member; 151, center connector; 152, hanging platform; 153, arm; 1531, opening;

154, skeleton; 155, support bar; 156, second hinge; 157, hole; 158, locking bar; 159, first hinge;

161, the 3rd hinge; 163, first intermediate plate; 1631, first adds compressing tablet; 1632, first hold sheet; 1633, first curved tabs; 1634, first brace; 164, second intermediate plate; 1641, second adds compressing tablet; 1642, second hold sheet; 1643, second curved tabs; 1644, second brace;

165, trousers folder; 166, first truss; 167, second truss; 169, spring;

170, support; 171, bar; 173, lock;

180, steam jet; 181, handle portion; 182, steam channel; 183, infundibulate top;

185, steaming chamber; 186, nozzle head; 187, cover plate; 1871, steam jetting hole; 1881, first connecting portion; 1882, second connecting portion; 189, shell;

220, positioning element; 221, positioning convex; 223, locating slot;

230, arrangement for adjusting height; 231, slide block; 232, dish; 233, lever; 234, chute; 235, the 4th hinge; 236, link; 237, annular groove; 238, outer armed lever; 2381, projection; 240, Z axle rotating mechanism; 241, outer sleeve; 2411, projection; 24 12, groove; 242, outer wall; 243, fulcrum; 245, Z axle rotating part; 2451, brace table; 2452, prolong projection; 246, bolt; 247, spring; 248, through hole; 2491, screw; 2492, lid;

250, strain component; 254, reinforcement; 255, rod; 265, clip;

270, iron board; 272, handle; 2721, hinge; 2722, pin the position; 273, public brace; 274, elasticity connection bump; 275, slide unit; 277, guide rail;

291, slide block; 293, female brace; 294, connecting hole;

300, C type ring; 310, accepting groove; 311, through hole; 312, hanging platform projection; 330, groove;

The specific embodiment

Below, illustrate that by instance graph of the present utility model if the part identical with existing content, we add same Ref. No., and omit its explanation.

Fig. 1 is an instance graph of the present utility model, the normal operating condition that shows strain component 250, Fig. 2 is the front elevation of demonstration strain component 250 of the present utility model when non-working condition, and accompanying drawing 3 is user mode side views that the strain component in the accompanying drawing 1 250 is turned over.

As shown in Fig. 1 to Fig. 3, the steam generating ironing machine in this example is made up of pedestal 10, bucket 20, pipe 40, suspension member 150, support 170, simultaneously, has connected steam jet 180 on the pipe 40 of steam generating ironing machine.

Pedestal 10 comprises chassis 12 that is positioned at downside and the boss 14 that is positioned on the described chassis 12, and wherein the width on chassis 12 is provided with the height that has reduced center of gravity like this greater than the width of boss 14, thereby has improved the stability of whole steam generating ironing machine.Chassis 12 is connected with liquid heating 30 respectively with boss 14, and this liquid heating 30 is used for water is heated.

A plurality of casters 16 of being convenient to move steam generating ironing machine are installed on the bottom surface on chassis 12, as shown in Figure 3, the operating portion 19 of control steam generating ironing machine switch are installed also on the chassis 12.

Hold bucket 20 in the boss 14, second connector 15 that also be provided with first connector 13 that is used for liquid heating 30 is connected with bucket 20 on the boss 14, is used for liquid heating 30 is connected with pipe 40, be used for the 3rd connector 17 that boss 14 is connected with support 170 self.

One end of pipe 40 links to each other with second connector 15, and pipe 40 other ends are connected with steam jet 180, and pipe 40 preferably uses soft insulation tube herein.

Support 170 comprises a telescopic bar 171, and an end of bar 171 is connected with boss 14 by the 3rd connector 17, and bar 171 is provided with and is used to lock it in suitable locational lock 173, and center connector 151 is installed on the other end of bar 171.

Suspension member 150 as Fig. 4 to shown in Figure 5, suspension member 150 comprise an end by first hinge 159 be hinged on center connector 151 both sides a pair of arm 153, be connected the pair of support rods 155 of the other end of arm 153.One end of arm 153 and center connector 151 are hinged and are convenient to arm 153 like this and close or open, one end of support bar 155 and arm 153 are hinged by second hinge 156, and the other end of support bar 155 is connected with center connector 151 by installing component 140.

Among the embodiment as shown in Figure 4, installing component 140 comprises the bolt 143 on nut 141 that is fixed on support bar 155 1 ends and the lower end extension that is fixed on center connector 151, certainly, installing component 140 also can adopt other forced or be pressed into different form such as back rotation clamping and assemble, and concrete can be played a role by processor oneself.

After installing component 140 formed, support bar 155 was connected on the bolt 143 by nut 141 and is fixed during the flatiron clothes, prevents that with this arm 153 is folded, and can guarantee that steam generating ironing machine stably presses clothes.

The front and back sidepiece of described center connector 151 also is provided with the hanging platform 152 that is used to place described steam jet 180.

Support bar 155 has folding and opens two kinds of duties, when support bar 155 is in open mode, support bar 155 is in open state with respect to arm 153, when support bar 155 is in folded state, support bar 155 is in the state of drawing close with respect to arm 153, and arm 153 is provided with the locking bar 158 that is used for described support bar 155 is locked in folded state.

As shown in Fig. 5 and Fig. 6, the C type of the flexible distortion of these locking bar 158 optional apparatus or tunnel ring-shaped structure are pushed when support bar 155 is aimed at locking bar 158, and locking bar 158 just can pin support bar 155, even under the situation that arm 153 is opened, support bar 155 can landing yet.

For the trousers that make support bar 155 and make referrals to later folder 165 is under the folded state and can stashes at support bar 155, the bottom of arm 153 should be provided with an opening 1531, the section of this opening 1531 is tunnel shape or is arc that concrete structure is with reference to shown in Figure 6.

In order to be removed the state of pinning like a cork by the support bar 155 that locking bar 158 pins, should be on the arm 153 along the hole 157 that offers perforation on its thickness direction, this hole 157 preferably faces locking bar 158, pushes support bar 155 open by the hole 157 that connects, and the state of pinning can be removed like a cork.

Trousers folder 165 also is installed on the support bar 155, and this trousers folder 165 can slide along support bar 155 length directions.

Trousers folder 165 as shown in Figure 7, it mainly is made up of first intermediate plate 163, second intermediate plate 164, the 3rd hinge 161, spring 169, this structure can be corresponding to the STRUCTURE DECOMPOSITION figure of the clip 265 shown in the accompanying drawing 9, the structure of each parts in the trousers folder 165, installation method and effect are all identical with clip 265, and first intermediate plate 163, second intermediate plate 164 are connected rotationally by the 3rd hinge 161.First intermediate plate 163 adds compressing tablet 1631, first by first and holds sheet 1632 and form with first curved tabs 1633 that is connected both, second intermediate plate 164 adds compressing tablet 1641, second by second and holds sheet 1642 and form with second curved tabs 1643 that is connected both, first curved tabs 1633, second curved tabs 1643 can be slided along support bar 155, the 3rd hinge 161 is connected respectively with first brace 1634, second brace 1644, and spring 169 preferably adopts the tilt coil spring.

After trousers folder 165 forms, during upper garments such as ironed shirt or overcoat, with arm 153 and support bar 155 with clothing prop up fixing after, the flatiron of clothing limit is aimed on steam jet 180 limits get final product, get final product if the words of trousers press after clamping with trousers folder 165.

In this way, just can press upper garment or trousers, so do not need the trousers frame of other extension trousers with a suspension member 150.

Trousers folder 165 be first to add compressing tablet 1631, second and add compressing tablet 1641 with the part hand under, this was heavier with the part under the hand generally speaking, it can rotate when being installed on the support bar 155 and down.So when pressing from both sides 165 lined trousers with trousers when, press from both sides just passable after at first trousers will being pressed from both sides 165 Rotate 180 degree or taking off trousers folder 165 again.For fear of this trouble, the utility model also is provided with a skeleton 154 in the bottom of support bar 155.

On the trousers folder 165 first held sheet 1632 and second and held sheet 1642, or the position, boundary of holding the sheet 1642 and second curved tabs 1643, first position, boundary, second of holding the sheet 1632 and first curved tabs 1633 is stuck in respectively on the skeleton 154 to prevent rotation, so both can avoid first to add compressing tablet 1631 and second and add compressing tablet 1641 rotation down, also can strengthen the holding capacity of support bar 155, especially adopt working of plastics and diameter hour when support bar 155, the reinforcement effect of skeleton 154 is even more important.

In order further to prevent 165 rotations of trousers folder or to break away from, preferably adopt trousers folder 165 with skeleton guide pin bushing from support bar 155.

As shown in Fig. 7 and Fig. 9, this skeleton guide pin bushing is positioned at the inboard of first intermediate plate 163, its axial line parallels with the axial line of the 3rd hinge 161, this skeleton guide pin bushing is made up of first truss 166 and second truss 167, first truss 166 is clamped skeleton 154, cooperate with skeleton 154 splines by first truss 166, can prevent trousers folder 165 arbitrarily rotation or break away from support bar 155 from support bar 155; Second truss 167 extends out from first truss 166, its inner surface is used for guide support bar 155, sweep on the part outer surface of described second truss 167 and the trousers folder 165 combines, thereby further prevents arbitrarily rotation or break away from from support bar 155 of trousers folder 165.

On the other hand, when the flatiron trousers,,, also need to increase the strain component 250 that is used to strain trousers as Fig. 1 and shown in Figure 3 in order to make flatiron effective.

As Fig. 1 and shown in Figure 3, the structure of strain component 250 is similar to the tool construction of general extension trousers, it is made up of rod 255 and clip 265, also have and the similar reinforcement 254 of the structure of foregoing skeleton 154 on the rod 255, these parts not only can stirrup 255 intensity, and when the change in location of rod 255, can prevent that also clip 265 from arbitrarily sliding on rod 255.

In order to make the height and position at strain component 250 places to match, also should be provided with the arrangement for adjusting height 230 that is used to regulate strain component 250 height herein with the length of trousers.

Arrangement for adjusting height 230 as shown in Fig. 8 to Figure 10, it by the slide block 231 that can slide along bar 171 and the lever 233 that is used to operate 231 lockings of control slide block or release form, lever 233 is connected with slide block 231 by the 4th hinge 235.After lever 233 rotations, the neighboring of the dish 232 that the chute on the slide block 231 is 234 li is a lock-out state when bar 171 pressurizations; The neighboring of the dish 232 that the chute on the slide block 231 is 234 li is a released state during away from bar 171.

Shown in the three-dimensional coordinate of accompanying drawing 1, bar 171 parallels with Y-axis, the length direction of rod 255 is decided to be X-axis, the Z axle is respectively perpendicular to the direction of X-axis and Y-axis, described bar 171 is perpendicular to the Z axle, has control described excellent 255 on the described strain component 250 with respect to the Z axle rotating mechanism 240 of described arrangement for adjusting height 230 around the rotation of Z axle, strain component 250 is that the center is rotated with respect to arrangement for adjusting height 230 with the Z axle, can guarantee that bar 171 and X-axis or Y-axis parallel, as Fig. 1, embodiment shown in Figure 7, when strain component 250 when the Z axle is rotated, bar 171 parallels with Y-axis all the time.

When bar 171 was crossed as the right angle with rod 255, strain component 250 was in the flatiron user mode, as shown in Fig. 1 and Fig. 3; As shown in Figure 2, when bar 171 paralleled with rod 255, strain component 250 promptly was in non-working condition.

The structure of Z axle rotating mechanism 240 such as Fig. 9 and shown in Figure 10, it comprise the outer sleeve 241 that rotate around Y-axis with rod 255 that is installed in slide block 231 neighborings, away from outer sleeve 241 and length along the fulcrum 243 of Z-direction extension, be used for support stick 255 and with fulcrum 243 be centre rotational axis Z axle rotating part 245, order about Z axle rotating part 245 applies spring 247 from elastic force to outer sleeve 241.

The rod 255 radially through holes 248 that pass on the Z axle rotating part 245, and fix by lid 2492 connecting screws 2491.

Spring 247 as shown in figure 10, the one end is connected the head of the bolt 246 that links to each other with fulcrum 243, the other end is being supported by the brace table 2451 of Z axle rotating part 245, and encases fulcrum 243.The prolongation projection 2452 of the upper end of brace table 2451 and prolongs projection 2452 and extends along Z-direction between the outer wall 242 of fulcrum 243 and outer sleeve 241.

Simultaneously, arbitrarily rotate, the structure of mutual interlock can be set on the position of location 90 degree, projection 2411 and groove 2412 as speed changer structure promptly are set on Z axle rotating part 245 and outer sleeve 241 in order to prevent Z axle rotating part 245.

Owing to be provided with the mutual occlusion structure of projection 2411 and groove 2412, be rotating rod 255, must draw rotating part 245 along Z-direction earlier, behind the mutual occlusion structure of releasing projection 2411 and groove 2412; When rod 255 rotations finished, the elasticity by spring 247 made projection 2411 and groove 2412 mutual interlocks again.

Certainly, identical with the reason of above-mentioned installation Z axle rotating mechanism 240, also the Y-axis rotary part should be installed.As shown in Figure 2, also can press when rod 255 is rotated to place backward, this is its advantage.In embodiment commonly used of the present utility model, the Y-axis rotary part is the combining structure of foregoing outer sleeve 241 along slide block 231 rotations.

Front and back position for correct location outer sleeve 241, the outer armed lever 238 of strain is provided with projection 2381 on can the neighboring of slide block 231, what match with this projection 2381 is the groove 330 that is arranged on outer sleeve 241 peripheries, and outer sleeve 241 rotates around Y-axis always groove 330 is stuck on the projection 2381.

Also anti-disengaging device should be installed in order to prevent that outer sleeve 241 breaks away from up and down from slide block 231, the link 236 of protrusion promptly is set on slide block 231, the annular groove 237 that the bottom is offered along circumferencial direction reaches anti-detachment purpose by link 236 and annular groove 237.

In addition, on the certain intervals of the bottom that is positioned at outer sleeve 241, offer through hole 311, the hanging platform projection 312 of passing this through hole 311 and being clipped in the annular groove 237 is formed on the C type ring 300, and this C type ring 300 is incorporated in the accepting groove 310 of through hole 311 periphery formation.

Then, outer sleeve 241 is installed on the link 236 and the slide block 231 between the hanging platform projection 312 of protrusion, thereby prevents the phenomenon that breaks away from up and down.

Simultaneously, during from X-Y plane, be in the position that is parallel to each other, should be provided with the positioning element 220 that is used for rod 255 location in order to make rod 255 and support bar 155.

Positioning element 220 as shown in Figure 8 is that positioning convex 221 that forms on the inner rim by slide block 231 and the locating slot 223 of taking in positioning convex 221 constitute, and this locating slot 223 extends along bar 171 length directions.

Positioning element 220 can be prevented limited slip block 231 arbitrarily rotation on bar 171, makes suspension member 150 keep balances, and its also correct guide shoe 231 rises, thereby guarantees trousers can keep constantly straining and deflection not, and trousers can press under this state easily.

When pressing when being in, if can be placed on clothes on the iron board, limit, the position flatiron effect of more changing one's clothes in the limit can be good especially.In order to reach such purpose, as shown in Figure 11 to Figure 13, iron board 270 is set on bar 171.In order to allow iron board 270, also be provided with slide block 291 being that Y-axis is slided along bar 171.The structure of slide block 291 can be as noted earlier, and it can be lever 233 to be installed locate or remove the location, but must adopt the cast that is free to slide on bar 171.

The neighboring of slide block 291 is provided with female brace 293, and iron board 270 is provided with the public brace 273 that is connected with female brace 293, iron board 270 is installed in the upside of slide block 291 by this structure.

Simultaneously, public brace 273 is provided with elasticity connection bump 274, has connecting hole 294 on female brace 293, by this structure, when elasticity connection bump 274 is joined with connecting hole 294, can prevent effectively that iron board 270 breaks away from X-direction.

Iron board 270 also should be able to be that X-direction is slided along the direction with bar 171 orthogonals, guide rail 277 is set and along these guide rail 277 straight-line slide units 275 on iron board 270 back sides, this slide unit 275 is fixedly linked with public brace 273, certainly, slide unit 275 and public brace 273 also can be wholely set, and the installation form of slide unit 275 is the structure of two sideband guide rails 277.

Iron board 270 both can also can be carried out rectilinear motion along Y direction along X-direction like this, even the size of iron board 270 is very compact, the scope of ironing clothes is also still very big, and ironing position is also regulated at an easy rate.

For iron board 270 is more easily moved on the position that needs, also handle 272 should be installed, handle 272 can be installed in the front or the back side, embodiment as shown in Figure 13 is such, one side of handle 272 is provided with hinge 2721, opposite side is provided with and pins position 2722, and handle 272 connects by hinge 2721 and is installed in the back side of iron board 270 by pinning position 2722 usually, makes structure more attractive in appearance like this.

Simultaneously, pin position 2722 and also have the function that prevents slide unit 275 disengaging guide rails 277.

The steam jet 180 that hangs on the hanging platform 152 is set on the other end of pipe 40, steam jet 180 as 14 figure are to shown in Figure 16, it is made of the nozzle head 186 and the handle portion 181 of T font from structure, has the steam channel 182 with pipe 40 intracavity inter-connections in the handle portion 181.

Nozzle head 186 is the nozzle ejection operating members that are positioned at the upper end of handle portion 181, this nozzle head 186 by the cover plate 187 at steam jetting hole 1871 places, with cover plate 187 between form that the shell 189 of steam inside chamber 185, first connecting portion 1881 that is connected cover plate 187 and shell 189 and second connecting portion 1882 form.

Handle portion 181 is tilted to down with respect to cover plate 187, constitutes angle α between the center line of handle portion 181 and the cover plate 187, and as shown in accompanying drawing 15, angle α is an acute angle.

The peripheral shells 189 of steam channel 182 form infundibulate tops 183, and by this structure, if when moisture appears in 185 li of steaming chambers, because infundibulate top 183, the time that moisture stops will be very short, can move quickly in the steam channel 182.So, can clearly reduce the situation of overflowing the clothing of getting wet because of water when pressing with steam jet 180.

Steam jetting hole 1871 is preferably in shell 189 tops places, is benchmark with cover plate 187 promptly, therefrom is set on the mind-set, also is not easy spilling water downwards the time at steam jet 180 like this.

Steam generating ironing machine of the present utility model is to be not limited to above-described content, and the variation of carrying out in the scope that its invention technological thought allows remains the scope of the utility model protection.

Claims (6)

1, a kind of steam generating ironing machine, it is characterized in that: it comprise have liquid heating (30) pedestal (10), give bucket (20) that described liquid heating (30) provides liquid, the pipe (40), the bottom that are connected with described liquid heating (30) are connected bar (171) on the described pedestal (10), be installed in the suspension member (150) on the top of described bar (171), on the bar (171) of described suspension member (150) downside strain component (250) are installed.

2, steam generating ironing machine according to claim 1 is characterized in that: the arrangement for adjusting height (230) that can regulate strain component (250) height is installed on the described bar (171).

3, steam generating ironing machine according to claim 2, it is characterized in that: described strain component (250) comprises rod (255), be installed in clip (265) on the described rod (255), control described rod (255) with respect to the Z axle rotating mechanism (240) of described arrangement for adjusting height (230) around the rotation of z axle, and described bar (171) is perpendicular to the z axle.

4, steam generating ironing machine according to claim 3 is characterized in that: described bar (171) is provided with the outer sleeve (241) that rotates around Y-axis with rod (255), and described Y-axis parallels with bar (171).

5, steam generating ironing machine according to claim 1, it is characterized in that: described suspension member (150) comprises that the center connector (151), the end that are installed on the described bar (171) are connected described center and connect the arm (153) of the both sides of (151), the support bar (155) that an end is connected with the other end of described arm (153), the other end of described support bar (155) is connected on the described bar (171), and described support bar (155) is provided with clip (265).

6, according to claim 4 or 5 described steam generating ironing machines, it is characterized in that: described bar (171) is provided with the positioning element (220) that is used for rod (255) is limited to the position that parallels with support bar (155).

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