CN206538608U - Rotate support component - Google Patents

Abstract

Support component is rotated the utility model discloses one kind, including fixed shaft part (31) and spindle housing (33), the first end of spindle housing is formed with pivot shaft part (32), the axial end that shaft part is pivoted with fixed shaft part is docked, pivoting shaft part can be relative to fixed shaft part coaxial rotating so that spindle housing is pivoted around first end.The structure composition of this rotation support component (3) is simple, and part is few, and pivot shaft part can be connected and relative to fixed shaft part coaxial rotating, spindle housing is rotatable and plays a supporting role.Also settable circular arc stopper slot (321) between shaft part and fixed shaft part is pivoted, to limit the anglec of rotation, to set damping regulation muscle (322) to adjust the fixed shaft part of fixed or release, it is convenient to easy to use applied in rotating distance control.When being applied in clothing care machine, ironing board can be driven in vertical hanging position or turn forward the inclination hanging position put and acquisition firmly support, user-friendly, the comfort level of lifting operation.

Description

Rotate support component

Technical field

The utility model belongs to household appliance technical field, in particular it relates to a kind of rotation support component.

Background technology

The ironing board of Garment Steamer Machine on the market is mostly vertical fixed installation, and only hanging is operated, or by switching mechanism, Ironing board can be overturn 90 °, realize hanging with putting down boiling hot handover operation.However, above-mentioned ironing board is non-removable mostly, Not readily transportable and storage, space-consuming is big.Moreover, as user is more and more to the functional requirement of ironing board, flatiron operation Comfort level also require that it is higher, such as when hanging is operated, due to ironing board vertical display, user need to bend body operation or flatiron Body is tilted during operation unavoidably, fatiguability is caused, operated and uncomfortable.Therefore in the urgent need to a ironing board installation position Flexible, convenient disassembly and the clothing care machine that disclosure satisfy that multi-functional operation are put, the different Ironing demands of user is met, lifts product Value and Consumer's Experience.

In addition, the ironing board for commonly using Garment Steamer Machine on the market is mostly to be covered with penetrating passage to realize simply by surface Airing function, the intensity that this is easily caused ironing board is very weak, is this generally and many reinforcements are added on ironing board.These Penetrating passage and reinforcement influence aesthetic appearance, ironing board seem cheap, cause user's sensory experience not good.

Utility model content

For above-mentioned not enough or defect of the prior art, the utility model provides a kind of rotation support component, the component Delicate structure, it is easy to use, flexible rotation support can be realized.

To achieve the above object, the utility model provides a kind of rotation support component, and the rotation support component includes Fixed shaft part and spindle housing, the first end of the spindle housing are formed with pivot shaft part, the pivot shaft part and the fixed shaft part Axial end docking, it is described pivot shaft part can be relative to the fixed shaft part coaxial rotating so that the spindle housing is surrounded The first end is pivoted.

Preferably, be formed with the faying face between the fixed shaft part and the pivot shaft part with the fixed shaft part and The circular arc stopper slot and boss slider for pivoting shaft part arranged concentric, the boss slider is stretched into the circular arc stopper slot And can be slided between first limited wall and the second limited wall at the circular arc two ends of the circular arc stopper slot.

Preferably, the arc angle of the circular arc stopper slot is 90 °.

Preferably, the peripheral part of the fixed shaft part is provided with radial direction through hole.

Preferably, on the faying face for pivoting shaft part in concave relief into having the circular arc stopper slot, the fixed shaft part Faying face on be formed with the boss slider and axial pass-through holes, the axial connection radial direction through hole of the axial pass-through holes, The rotation support component also includes the active damping block being arranged in the axial pass-through holes；

Wherein, the bottom wall projection of the circular arc stopper slot has damping regulation muscle, and the damping regulation muscle height of projection is incremented by Ground extends from first limited wall towards second limited wall, and one end of the active damping block abuts the damping regulation Muscle can simultaneously be moved on the damping regulation muscle；In moving process, due to the change of the height of projection of the damping regulation muscle Change, the other end of the active damping block can be bounced back in the axial pass-through holes or stretched into the radial direction through hole.

Preferably, the axial pass-through holes are formed in the boss slider.

Preferably, the side wall at second end relative with the first end of the spindle housing is formed with position constraint boss.

Preferably, second end of the spindle housing is also extended with block.

Preferably, the faying face of the fixed shaft part is protruding with shape on central rotating shaft, the faying face of the pivot shaft part Into there is corresponding kingpin hole, the central rotating shaft is inserted in the kingpin hole.

Preferably, the rotation support component includes the first fixation shaft part and corresponding first rotating shaft frame and the second fixation Connected between second end of shaft part and corresponding second spindle housing, the second end of the first rotating shaft frame and second spindle housing There is support shaft.

The structure composition of rotation support component of the present utility model is relatively easy, only including fixed shaft part and spindle housing, turns The pivot shaft part of pedestal one end docks with the axial end of fixed shaft part and can be relative to fixed shaft part coaxial rotating, spindle housing The other end can rotate and play a supporting role.Further, the pivotal axis that docks and can rotate against in axial end Circular arc stopper slot also can be set between section and fixed shaft part to limit the anglec of rotation, set damping regulation muscle to adjust fixed or pine Open fixed shaft part, it is convenient to easy to use applied in rotating distance control.When being especially applied in clothing care machine, Ironing board can be connected on support bar component by rotating support component, rotation support component curling position and expanded position it Between pivot, ironing board can be driven to be in vertical hanging position or turn forward and the inclination hanging position put and obtain firmly branch Support, tilts hanging and facilitates user to be operated, the comfort level of lifting operation.

Other features and advantages of the utility model will be described in detail in subsequent embodiment part.

Brief description of the drawings

Constitute a part of accompanying drawing of the present utility model to be used for providing further understanding to of the present utility model, this practicality is new The schematic description and description of type is used to explain the utility model, does not constitute to improper restriction of the present utility model. In accompanying drawing：

Fig. 1, Fig. 2 are the stereogram of the ironing board according to the first preferred embodiment of the present utility model, be respectively show Ironing board front and Ironing back；

Fig. 3 be Fig. 1 shown in ironing board section view and partial enlarged drawing, wherein with arrow form amplification illustrate steam and Condensed water passes through the path of ironing board；

Fig. 4, Fig. 5 are the stereogram of the ironing board according to the second preferred embodiment of the present utility model, be respectively show Ironing board front and Ironing back；

Fig. 6 is the section view and partial enlarged drawing of the ironing board shown in Fig. 4, Fig. 5, wherein illustrating steaming with arrow form amplification Vapour and condensed water pass through the path of ironing board；

Fig. 7, Fig. 8 respectively show according to the clothing care machine of preferred embodiment of the present utility model in hanging before View and rearview；

Fig. 9, Figure 10 respectively show side view and stereogram of the clothing care machine in hanging shown in Fig. 7, Fig. 8；

Figure 11, Figure 12 respectively show according to the clothing care machine of preferred embodiment of the present utility model ironing board to Side view and stereogram during the hanging that top rake is put；

Figure 13, Figure 14 respectively show to be put down when scalding according to the clothing care machine of preferred embodiment of the present utility model Front view and stereogram；

Figure 15 is the stereogram of the rotation support component according to preferred embodiment of the present utility model；

Figure 16 is the fixation shaft part and the stereogram of active damping block in Figure 15；

Figure 17 be Figure 15 in spindle housing stereogram；

Figure 18 is the side view of Figure 17 spindle housing；

Figure 19 is the stereogram of the ironing board according to the 3rd preferred embodiment of the present utility model, and which show Ironing Each mounting-fixing base of back and flat seat of perming；

Figure 20 is the sectional view at the hanging fixation seat of honour shown in Figure 19；

Figure 21 is the stereogram of the ironing board according to the 4th preferred embodiment of the present utility model, and which show another Plant hanging and fix the seat of honour；

Figure 22 is the slip clamping part and the stereogram of rotating shaft in Figure 21；And

Figure 23 is the stereogram of the clothes hanger according to preferred embodiment of the present utility model.

Description of reference numerals：

A ironing boards front B Ironing backs

A1 front openings B1 backside openings

C1 female units the first limited walls of D1

The limited walls of D2 second

The support bar component of 1 ironing board 2

The 3 rotation clothes hangers of support component 4

5 perm 6 main frames

The projection of 11 inward recess 12

The seat of honour is fixed in the hanging of 13 reinforcement 14

The center fixed sockets of Xia Zuo 16 are fixed in 15 hangings

The 17 flat flat seats of perming of boiling hot support base 18

The rotating shaft of 19 fixed column 20

21 slide clamping part

31, which fix shaft part 32, pivots shaft part

The support shaft of 33 spindle housing 34

The footing connecting rod of 41 clothes hanger body 42

43 hangings are permed the clothes rack fixing buckle of seat 44

The flat boiling hot support slot of 45 center fixing hole 46

The vertical strengthening ribs of 131 cross reinforcing 132

The 141 vertical radial direction pin-and-holes of neck 191

The vertical antethecas of 141a angled rear walls 141b

141c angled front wall 141d open rearward ends

201 anti-skidding buckles

The boss slider of 311 radial direction through hole 312

The active damping block of 313 axial pass-through holes 314

315 central rotating shafts

321 circular arc stopper slots 322 damping regulation muscle

323 kingpin holes

The block of 331 position constraint boss 332

The bottom boom plate of 411 top arcuate plate 412

Embodiment

Embodiment of the present utility model is described in detail below in conjunction with accompanying drawing.It should be appreciated that herein Described embodiment is merely to illustrate and explained the utility model, is not limited to the utility model.

It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the utility model can To be mutually combined.

In the utility model, in the case where not making opposite explanation, the noun of locality used such as " upper and lower, top, bottom " is generally It is each part mutual alignment either on vertical, vertical or gravity direction for direction shown in the drawings Relationship description word；" forward and backward " the used noun of locality is typically for ironing board, before ironing board front is relative Side, Ironing back is relative rear.

Describe the utility model in detail below with reference to the accompanying drawings and in conjunction with the embodiments.

As shown in Figures 1 to 6, the utility model provide firstly a kind of novel ironing board, and the ironing board 1 is provided with from pressing Clothing plate front surface A insertion to ironing board back surface B multiple passages.Wherein, passage be designed as dislocation through hole, i.e. passage exist The front openings A1 of ironing board front surface A staggers with passage in the backside openings B1 mutual alignments of ironing board back surface B.

The design of this dislocation through hole, had both met ventilative basic function requirement, and had also allowed for discharge on ironing board 1 The condensed water of generation, relative to the passage of existing Linear through, sight will not be directed through ironing board 1, more aobvious in appearance Attractive in appearance, user can experience materials foot, there is Specialty Design sense.

As shown in figure 3, in flatiron, steam and condensed water are flowed into from the front openings A1 of ironing board front surface A, by Ironing The dislocation passage of plate 1 flows downward, and is flowed out from the backside openings B1 of ironing board back surface B.

This dislocation through hole can be inclined hole, but to avoid sight directly through air-vent, dislocation through hole is preferably Bending hole.In a kind of embodiment shown in Fig. 1 to Fig. 3, along the thickness direction of ironing board 1, ironing board back surface B is formed Bossed projection 12, ironing board front surface A is formed with the aligned in position of projection 12 and in the indent in the recessed projection 12 of blind hole shape The lateral through aperture of the backside openings B1 as passage, lateral through aperture connection indent are formed with hole 11, the side wall of projection 12 Hole 11 is to constitute dislocation through hole.That is, ironing board front surface A formation burnishing surface shrinkage pool (inward recess 11), the recessed back side of shrinkage pool it is convex In block 12, the four raised the week side of boss walls of projection 12 are settable lateral through aperture, referring to Fig. 3, according to the direction of arrow, steam and condensed water Flowed out by inward recess 11 from the lateral through aperture of projection 12.So sight will not be directed through inward recess 11, the matter of user's sense organ Sense is more preferably.Due to the presence of projection 12, inward recess 11 does not penetrate ironing board 1 so that the intensity of ironing board 1 is also relatively higher.

In another embodiment shown in Fig. 4 to Fig. 6, the set location of projection 12 and inward recess 11 is reverse, I.e. along the thickness direction of ironing board 1, ironing board front surface A forms bossed projection 12, and ironing board back surface B is formed with and projection 12 Aligned in position and in the inward recess 11 in the recessed projection 12 of blind hole shape, is formed with the front as passage on the side wall of projection 12 Opening A1 lateral through aperture, the lateral through aperture connects inward recess 11 to constitute dislocation through hole.Referring to Fig. 6, according to the direction of arrow, steam The lateral through aperture for the projection 12 that vapour and condensed water pass through ironing board front surface A enters the inward recess 11 of ironing board back surface B and therefrom flowed Go out.Likewise, this bump design also ensure that the intensity of ironing board 1.

Consider from intensity and aesthetics, inward recess 11 is preferably strip hole, projection 12 is then corresponding strip projection 12. In addition, from aesthetics and be easy to fabricate angle, from ironing board front surface A to the ironing board wall thickness of ironing board back surface B with The wall thickness of projection 12 is identical.

Passage should be covered with the whole surface in ironing board, and arrange orderly, elegant in appearance.Therefore, the surface of ironing board 1 The multiple rows of projection 12 being spaced successively along the length direction of ironing board 1 is distributed with, often arranging projection 12 is included along the width side of ironing board 1 To the polylith projection 12 being spaced successively.Wherein, position is staggered between two row's projections 12 of arbitrary neighborhood, i.e., adjacent two rows projection 12 Between respective bump 12 is in the length direction and does not line up, but grown along the width such as half projection 12 that staggers The body position of degree.

To strengthen being respectively connected with reinforcement 13 between the structural strength of ironing board 1, adjacent projection 12.Preferably, strengthen Muscle 13 includes cross reinforcing 131 and vertical strengthening ribs 132, and cross reinforcing 131 is connected to any phase in every row's projection 12 To be formed by projection 12 and cross reinforcing 131, alternately the raised of connection arranges bar, vertical strengthening ribs 132 between adjacent two pieces of projections 12 It is connected between raised row's bar of the row of arbitrary neighborhood two.So, by cross reinforcing 131 and vertical strengthening ribs 132 by each Projection 12 connect into it is network-like, it is not only more attractive, and greatly enhance the structural strength of ironing board 1.

Specifically, referring to Fig. 2, Fig. 4, projection 12 and reinforcement 13 distribute as net shape on the surface of ironing board 1, are separated out Multiple female unit C1.When projection 12 and reinforcement 13 as shown in Figure 2 are formed at ironing board back surface B, female unit C1's Size has no effect on the performance of ironing board 1.But when projection 12 and reinforcement 13 as shown in Figure 4 are being formed at ironing board just During the A of face, needed due to perming in the movement of ironing board front surface A with ironing clothes, thus female unit C1 area should be relatively small, example Area such as female unit C1 is not more than 10cm², so that when ironing board front surface A is cased with ironing board cloth set (not shown), Ironing Plate cloth set is unlikely to be absorbed in female unit C1.Comparison diagram 2 and Fig. 4 are visible, form point in the reinforcement 13 of ironing board front surface A Cloth density is clearly the distribution density for being more than and being formed in the reinforcement 13 of ironing board back surface B, that is, needs to add more muscle positions to ensure The flatiron of ironing board front surface A is smooth.

Usually, the injection molding part that ironing board 1 is preferably integrated, i.e. inward recess 11, projection 12 and reinforcement 13 are with pressing Clothing plate body integrated injection molding, it is easy to process and light weight is inexpensive, it is easy to movement to dismount.

In addition, being installed to for ease of ironing board 1 on support bar component, ironing board back surface B is generally additionally provided with multiple install admittedly Reservation, will also be specifically described below.

As shown in Fig. 7 to Figure 14, the utility model additionally provides a kind of Novel clothes cleaning device, including ironing board 1, support Bar assembly 2 and rotation support component 3, ironing board 1 are connected on support bar component 2 by rotating support component 3, rotate support group Part 3 can be pivoted between curling position and expanded position；In the curling position shown in Fig. 8, Fig. 9, the direction of support component 3 is rotated Support bar component 2 is drawn in so that ironing board 1 is attached on support bar component 2 vertically, hanging operation can be achieved, shown in Figure 11 Expanded position, rotation support component 3 outwards deploy and support ironing board 1 so that ironing board 1 relative to support bar component 2 to Top rake is put, i.e. the tiltable of ironing board 1 is put, and is more convenient hanging operation.

Therefore, in clothing care machine of the present utility model, by setting up rotation support component 3, Figure 11, Figure 12 can be achieved Shown inclination hanging.Following in addition also to address, clothing care machine of the present utility model can also realize Fig. 7 to Figure 10 institutes Flat shown in the hanging shown, Figure 13 to Figure 14 scalds, and has great convenience for the user to use, and improves the diversity of user's operation and comfortable Property.

Such as it can be independent support member to rotate support component 3, dismountable support bar, and one end is removably articulated with branch Strut component 2 or ironing board 1, the other end support to corresponding ironing board 1 or support bar component 2.Rotate the support of support component 3 End is also not necessarily limited to support the bottom or the bottom of ironing board 1 of ironing board 1 to be hinged, top by rotate support component 3 come Adjust hanging angle of inclination.In a word, the structure and installation form of rotation support component 3 are various, do not enumerate herein.It is situated between below Continue a kind of rotation support component 3 of the reliable preferred constructive form of simple in construction, stable operation, as shown in figure 15.

And specifically, it is preferable to which the rotation support component 3 of structure includes fixed shaft part 31 and spindle housing 33, the first of spindle housing 33 End is formed with pivot shaft part 32 and the second end is pivotally connected to ironing board 1, and the peripheral part of fixed shaft part 31 is provided with radial direction through hole 311 are connected on support bar component 2 with wearing, and pivot shaft part 32 docks with the axial end of fixed shaft part 31 and can be relative to fixation The coaxial rotating of shaft part 31.Fixed shaft part 31 is arranged on the single support bar of support bar component 2 by radial direction through hole 311, then The spindle housing 33 of integrative-structure, pivot shaft part 32 can be pivoted around fixed shaft part 31.

Wherein, pivoted to limit spindle housing 33 only between curling position and expanded position, referring to Figure 16 and Figure 18, at this In embodiment, fixed shaft part 31 and pivoting is formed with the circular arc stopper slot 321 that matches and convex on faying face between shaft part 32 Concave relief Cheng Youyu on the faying face for specially pivoting shaft part 32 in sliding block 312, figure is played to fix shaft part 31 or pivot shaft part 32 Boss slider 312 is formed with the circular arc stopper slot 321 of arranged concentric, the faying face of fixed shaft part 31, boss slider 312 is inserted In circular arc stopper slot 321 and can the first limited wall D1 and the second limited wall D2 at the circular arc two ends of circular arc stopper slot 321 it Between slide, when boss slider 312 slides into the first limited wall D1 of abutting, spindle housing 33 is located at curling position, and boss slider 312 slides Move to when abutting the second limited wall D2, spindle housing 33 is located at expanded position, is so achieved that the anglec of rotation is spacing.

Certainly, those skilled in the art it can be appreciated that, except the spacing knot of the anglec of rotation of above-mentioned circular arc stopper slot 321 Structure, can also limit the anglec of rotation of rotation support component 3 by the way of positive stop is set such as on support bar component 2 Degree etc., is no longer enumerated one by one herein.

Referring to Fig. 9, Figure 11,33 need of spindle housing are protruded horizontally up and can be fully deployed, and ironing board 1 are supported, rotating shaft Frame 33 is then drawn in completely when being switched to vertical display, thus the arc angle of circular arc stopper slot 321 is preferably 90 °.

In order in expanded position so that the position of fixed shaft part 31 is fixed, without being slid along support bar component 2, i.e., The hub switch side of rotation support component 3 can be fixed in ad-hoc location, supported ironing board 1 to enable the other end to stablize, such as schemed Shown in 16, axial pass-through holes 313 are formed with the faying face of fixed shaft part 31, the axial pass-through holes 313 connection radial direction through hole 311, active damping block 314 is arranged in axial pass-through holes 313；In addition in figure 18, the bottom wall projection of circular arc stopper slot 321 has Damping regulation muscle 322, damping regulation muscle 322 height of projection incrementally extends from the first limited wall D1 towards the second limited wall D2. So, fixed shaft part 31 is with pivoting shaft part 32 axially to being grounded after assembling, and one end of active damping block 314 abuts damping regulation muscle 322, in curling position, the other end of active damping block 314 is bounced back in axial pass-through holes 313, does not influence to fix the edge of shaft part 31 The vertical sliding of support bar component 2, and in expanded position, the extruding of the other end regulation muscle 322 dampened of active damping block 314 And pass axial pass-through holes 313 and press on the madial wall of support bar component 2, the fixed shaft part 31 of enhancing and support bar component 2 Adhesion.

Wherein, axial pass-through holes 313 may be formed at any non-central location of the faying face of fixed shaft part 31, but preferably It is formed in boss slider 312, in order to set the damped coefficient of fixed shaft part 31 and support bar component 2 according to slider stroke, That is adhesion size.In addition, the faying face of fixed shaft part 31 is protruding with central rotating shaft 315, on the faying face for pivoting shaft part 32 Corresponding kingpin hole 323 is formed with, in the insertion kingpin hole 323 of central rotating shaft 315 so that pivoting shaft part 32 can be relative to The fixed coaxial rotating of shaft part 31, while the shaft part 31 that can be also connected by the fastener of center is with pivoting shaft part 32, this Sample is achieved that being rotatably connected for two shaft parts.

In addition, in fig. 17, the side wall at the second end of spindle housing 33 is also formed with position constraint boss 331.From Figure 11 In expanded position when being recycled to the curling position in Fig. 9, rotation support component 3 is fitted towards support bar component 2.So, exist When reaching curling position, spindle housing 33 and the support bar parallel alignment of support bar component 2, the clamping stagnation of position constraint boss 331 It is fixed to turn to strengthen the damped coefficient of the two between the lateral wall of the spindle housing 33 of alignment and the madial wall of support bar component 2 Pedestal 33.Meanwhile, the side wall at the second end of spindle housing 33 is also extended with block 332, and block 332 and position constraint boss 331 are same To protrusion, when reaching curling position, block 332, which can be kept off, to be against on the front side wall of support bar component 2, stops rotation support component 3 continue to rotate and are maintained at the position that backs towards the direction that backs.

Stable for holding structure, visible with reference to Figure 14, Figure 15, support bar component 2 preferably includes vertically extending and horizontal stroke To the first support bar and second support bar at interval, rotation support component 3 includes the first fixation being sheathed in first support bar Shaft part and corresponding first rotating shaft frame and the second fixation shaft part being sheathed in second support bar and corresponding second spindle housing, Support shaft 34 is connected between second end of first rotating shaft frame and the second end of the second spindle housing, the bearing pin of support shaft 34, which is connected to, to be pressed Clothing back B.Specifically, referring to Figure 19, Ironing back fixes lower seat 15 provided with two hangings, and support shaft 34 is pivotly blocked Two hangings are connected to fix in lower seat 15.The support bar component 2 of double supporting rods structure can more keep rotation support component 3, Ironing The mounting stability of plate 1, the spindle housing 33 of rotation support component 3 is also not necessarily limited to be located at as shown in figure the inner side of support bar, It may be arranged at the opposite exterior lateral sides of support bar.

When being supported in the bottom of ironing board 1 by rotating support component 3, for the reliable pivot at the top for keeping ironing board 1 Turn connection, the top of ironing board back surface B is also formed with hanging and fixes the seat of honour 14, and hanging is fixed in the seat of honour 14 and is formed with vertical neck 141 be connected on support bar component 2 and can along support bar component 2 vertically slide.

The need for being adapted to hanging and tilting hanging, that is, adapt to ironing board rotation, the madial wall of vertical neck 141 and outer Side wall should be attached at the madial wall and lateral wall of support bar component 2 respectively with clamp standoff bar assembly 2, referring to Figure 20, vertical card The rear wall of groove 141 is formed as angled rear wall 141a, and the front side wall of vertical neck 141 includes the vertical antetheca 141b of bottom and upper The angled front wall 141c in portion；In curling position, ironing board 1 is vertical, and the support bar of support bar component 2 passes vertically through vertical neck 141, now vertical antetheca 141b and angled rear wall 141a top abut the front side wall and rear wall of support bar component 2 respectively, In expanded position, hanging fixes the seat of honour 14 and follows ironing board 1 to produce inclination so that angled front wall 141c and angled rear wall 141a The front side wall and rear wall of support bar component 2 are abutted respectively.

By this side wall optimization design of vertical neck 141, may be such that no matter expanded position in ironing board 1 or gathering Position, hanging is fixed the seat of honour 14 and can be connected in well on the support bar of support bar component 2, and vertical neck 141 with It can be adapted to the rotation of ironing board 1 between the support bar passed through.

Specifically, as shown in figure 20, angled rear wall 141a top is preferably downwards and tilted backwards, to coordinate ironing board The need for 1 turn forward.Minimum spacing between vertical antetheca 141b perpendicular and angled rear wall 141a top etc. Minimum spacing between angled front wall 141c clinoplain and angled rear wall 141a clinoplain, this minimum spacing is branch Front and rear thickness between the front side wall and rear wall of strut, consolidates from regardless of whether hanging can be achieved in hanging or inclination hanging state Determine the front and rear positioning between the seat of honour 14 and support bar.

In addition, angled rear wall 141a top can also be formed with the vertical rear wall with vertical antetheca 141b parallel intervals, from And in vertical hanging independent of angled rear wall 141a tip edge and support bar rear wall linear contact lay position, but More stable face contact can be realized.In addition, vertical antetheca 141b is preferably parallel to ironing board back surface B, the fixed seat of honour 14 is scalded Body be preferably to be fixedly connected and perpendicular to ironing board back surface B, in order to position, process vertical neck 141, and outward appearance is more excellent It is beautiful.

Wherein, as shown in figure 19, the rear wall of vertical neck 141 is formed with the open rearward end 141d of duckbilled mouth-shaped, makes Obtain the hanging fixation seat of honour 14 and be formed as clip shape, such support bar component 2 can just be caught in vertical card by open rearward end 141d In groove 141, using this simple clip mode, ironing board 1 is worn to support bar from top to bottom with need not can making or have much ado It is user-friendly in the support bar of component 2.Preferably, this hanging fix the seat of honour 14 and hanging fix lower seat 15 be can Dismantle attachment structure.Being detachably connected for hanging fixed seat, can conveniently dismantle the ironing board 1 of hanging, then carry out putting down scalding, or Inverse operation.

Alternatively, the utility model, which is additionally provided, to realize identical function with the hanging fixation seat of honour 14 shown in Figure 20 A kind of hanging fixed seat, the two is identical in the installation site of ironing board 1, but composition structure is different.Referring to Figure 21, Figure 22, the extension Scalding fixed seat includes fixed column 19, rotating shaft 20 and slides clamping part 21, and fixed column 19 is fixed from ironing board back surface B stretches out, and slides Clamping part 21 is used to be slideably mounted to support bar component 2, rotating shaft 20 be connected to fixed column 19 with slide clamping part 21 it Between and can around rotating shaft 20 central axis rotate.

In this hanging fixed seat, because rotating shaft 20 can rotate relative to the spinning of fixed column 19, thus in ironing board 1 When, fixed column 19 follows ironing board 1 to rotate, but the rotation of ironing board 1 can't have influence on installation by fixed column 19, rotating shaft 20 Slip clamping part 21 on column 2, sliding clamping part 21 still can clamping simultaneously vertical free skating on the support bar of column 2 It is dynamic.Meanwhile, vertically movable ironing board 1 then can promote slip clamping part 21 together vertically movable by fixed column 19, rotating shaft 20, I.e. ironing board 1 does not interfere with slip clamping part 21 and slides clamping from hanging to the rotation and vertical displacement tilted during hanging In on column 2.

Wherein, the pivotable connection of rotating shaft 20 is in sliding clamping part 21, and also pivotable connection is in fixed column 19, it might even be possible to two End is pivotally connected.In the present embodiment, the periphery wall of the fixed column 19 extended perpendicularly out from ironing board back surface B is provided with radially Pin-and-hole 191, one end of rotating shaft 20 is fixedly connected with slip clamping part 21, and the other end is penetrated in radial direction pin-and-hole 191.I.e. rotating shaft 20 is with sliding Dynamic clamping part 21 is structure as a whole, and rotating shaft 20 forms rotatable hole axle with fixed column 19 and coordinated.Wherein, to prevent rotating shaft 20 Hub switch side (i.e. insertion end) skids off radial direction pin-and-hole 191, has also been particularly formed between the insertion end and radial direction pin-and-hole 191 of rotating shaft 20 Prevent rotating shaft 20 from skidding off the anti-skidding buckle structure of radial direction pin-and-hole 191, anti-skidding buckle 201 as shown in figure 22.

The hanging fixation structure of the seat of honour 14 with Figure 19 is similar, slides clamping part 21 and is formed as the card provided with vertical neck 141 Clip-like, slides clamping part 21 and is connected on support bar component 2 and can vertically be slided along support bar component 2 by vertical neck 141 Move.Wherein, by fixed column 19, rotating shaft 20 slip clamping part 21 can be promoted together vertical for ease of vertically movable ironing board 1 Mobile, rotating shaft 20 is preferably to be protruded horizontally up from the perisporium of vertical neck 141.Similarly, the clip openend of clamping part 21 is slided (i.e. Figure 22 open rearward end 141d) is formed as open-like shape, in duckbilled mouth-shaped.

In addition, being used to put down boiling hot ironing board 1 for ease of support, the utility model also specifically provides a kind of clothes hanger 4, such as schemes Shown in 23, the clothes hanger 4 is removably installed in the top of support bar component 2, so that ironing board 1 can be removably arranged horizontally In on clothes hanger 4.

For support ironing board 1, the clothes hanger body 41 of clothes hanger 4 preferably comprises top arcuate plate 411 and bottom boom plate 412 Bowed shape.Ironing board 1 may be supported on top arcuate plate 411, as shown in Figure 13, Figure 14.Bottom boom plate 412 for installation into On support bar component 2.Specifically, referring to Figure 23, bottom boom plate 412 is connected with footing connecting rod 42, and footing connecting rod 42 is sleeve-shaped Or cannula-like, removably it is socketed on the top of support bar component 2.The bottom of footing connecting rod 42 is additionally provided with clothes rack fixing buckle 44, Clothes rack fixing buckle 44 be pivot structure, one end be manually operable manipulatable end, the other end can manipulatable end pivot action It is resisted against through footing connecting rod 42 on the tip side wall of support bar component 2 down, so as to lock footing connecting rod 42 and support bar group The socket of part 2, or dismantle lower clothes hanger 4 from support bar component 2.

It is prior, for ease of support clothes hanger 4, referring to Figure 23, it is arranged at intervals with along its length on top arcuate plate 411 Center fixing hole 45 and two flat boiling hot support slots 46 of both sides；Referring to Figure 19, ironing board back surface B is formed with corresponding center and fixed The boiling hot support base 17 of the peace of socket 16.When ironing board 1 is arranged horizontally when on top arcuate plate 411, center fixed socket 16 can be inserted It is connected in center fixing hole 45 and can further forms locking latch structure therebetween, such as those skilled in the art can manages Solution, center fixing hole 45 be from the spliced eye of the top surface indent of clothes hanger body 41 when, can be provided with known lock in spliced eye Only groove, and center fixed socket 16 is formed with corresponding locking flange.Further, two flat boiling hot support bases 17 correspondingly block It is connected in two flat boiling hot support slots 46.Material is thus formed reliable 3 lock supports.

Wherein, it is in clip shape to put down boiling hot support base 17, and cocker is sandwiched in the antetheca and rear wall of clothes hanger body 41, while flat scald support Transverse post is additionally provided with the U-lag of seat 17, is prolonged along the transverse direction (i.e. the width of top arcuate plate 411) of the top surface of clothes hanger body 41 It is stretched flat in boiling hot support slot 46 and is provided with transverse post groove, so that when flat boiling hot support base 17 is connected in flat boiling hot support slot 46, transverse post card It is connected in transverse post groove, more stable support can be obtained.

Permed seat 43 in addition, clothes hanger 4 also includes being used for laying perm 5 hanging in hanging, hanging perms seat 43 from top Portion's arch sheet 411 stretches out towards front side or rear side.Hanging seat 43 of perming can also expand supporting surface, play and support Ironing in flat scald The effect of plate 1.

In flat scald, flat the perming on seat 18 of being placed in shown in Figure 19 of perming 5.One end pivot of the flat seat 18 of perming Turn to be installed on ironing board back surface B, the other end can be hidden in ironing board back surface B or screw out from ironing board back surface B.In hanging or incline During oblique hanging, flat seat 18 of perming is hidden in ironing board back surface B, and in flat scald, then puts down the outwards back-out of seat 18 of perming, to pacify Put and perm 5.

In addition, support bar component 2 is preferably Multi-section retractable support bar component, such as three sections shown in Fig. 9, Figure 11 can be stretched Contracting support.So, the flat different height requirement scalded with hanging can be adapted to by telescopic adjustment.Specifically, in Fig. 9, Tu11Suo The hanging shown, when tilting hanging, three section support bars of support bar component 2 are all holded up, Height Adjustable to suitable with human body.But In the flat boiling hot operation shown in Figure 13, Figure 14, then two section support bars, a section support bar retraction, by support bar component 2 are adjusted to down Tip height is adjusted to the suitable height and position of human body waist, and operation is scalded in order to flat.

Clothing care machine of the present utility model not only includes above-mentioned ironing board 1, support bar component 2, rotation support component 3rd, clothes hanger 4, in addition to perm 5, steam pipe and the main frame 6 for producing high-temperature steam, support bar component 2 are upward from main frame 6 Stretch out, steam pipe (not shown), which is connected to, perms between 5 and main frame 6.

Clothing care machine of the present utility model, which is employed, to crouch, can stand, rotatable ironing board structure, and use can be met simultaneously Family is flat to scald (shown in Figure 13, Figure 14), hanging (shown in Fig. 9, Figure 10), postrotational inclination hanging (shown in Figure 11, Figure 12) etc. need Ask.The switching of three kinds of flatiron operations is only needed by easily dismounting ironing board 1, easy to operate, the satisfaction of Consumer's Experience manually Degree is high, can meet a variety of demands of users.Moreover, ironing board 1, rotation support in clothing care machine of the present utility model Component 3, clothes hanger 4, support bar component 2 etc. are conveniently detachable, are readily transported and store, occupy little space.

Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model Within the spirit and principle of utility model, any modification, equivalent substitution and improvements made etc., for example, inward recess 11 is also not necessarily limited to Oval elongated hole, can also be the other shapes such as square opening, circular port, and such change should be included in of the present utility model Within protection domain.

It is further to note that each particular technique feature described in above-mentioned embodiment, in not lance In the case of shield, it can be combined by any suitable means, in order to avoid unnecessary repetition, the utility model is to each Possible combination is planted no longer separately to illustrate.

In addition, can also be combined between a variety of embodiments of the present utility model, as long as it is not disobeyed Thought of the present utility model is carried on the back, it should equally be considered as content disclosed in the utility model.

Claims (10)

1. one kind rotation support component, it is characterised in that the rotation support component (3) includes fixed shaft part (31) and spindle housing (33), the first end of the spindle housing (33) is formed with pivot shaft part (32), the pivot shaft part (32) and the fixed shaft part (31) axial end docking, the pivot shaft part (32) can be relative to fixed shaft part (31) coaxial rotating so that institute Spindle housing (33) is stated to pivot around the first end.

2. rotation support component according to claim 1, it is characterised in that the fixed shaft part (31) and the pivotal axis Concentric circular arc stopper slot (321) and boss slider (312), the boss slider are formed with faying face between section (32) (312) stretch into the circular arc stopper slot (321) and can be in the first spacing of the circular arc two ends of the circular arc stopper slot (321) Slided between wall (D1) and the second limited wall (D2).

3. rotation support component according to claim 2, it is characterised in that the arc chord angle of the circular arc stopper slot (321) Spend for 90 °.

4. rotation support component according to claim 2, it is characterised in that the peripheral part of the fixed shaft part (31) is provided with Radial direction through hole (311).

5. rotation support component according to claim 4, it is characterised in that on the faying face of the pivot shaft part (32) Lowland formation has been stated is formed with the boss slider on circular arc stopper slot (321), the faying face of the fixed shaft part (31) (312) and axial pass-through holes (313), the axial pass-through holes (313) axially the connection radial direction through hole (311), the rotation Support component (3) also includes the active damping block (314) being arranged in the axial pass-through holes (313)；

Wherein, the bottom wall projection of the circular arc stopper slot (321) has damping regulation muscle (322), and the damping regulation muscle (322) is convex Extend from first limited wall (D1) towards second limited wall (D2) with playing increasing height, the active damping block (314) one end abuts the damping regulation muscle (322) and moved on the damping regulation muscle (322), the active damping The other end of block (314) can be bounced back in the axial pass-through holes (313) or stretched into the radial direction through hole (311).

6. rotation support component according to claim 5, it is characterised in that the axial pass-through holes (313) are formed at institute State in boss slider (312).

7. rotation support component according to claim 1, it is characterised in that the spindle housing (33) with the first end The side wall at the second relative end is formed with position constraint boss (331).

8. rotation support component according to claim 7, it is characterised in that second end of the spindle housing (33) is also It is extended with block (332).

9. rotation support component according to claim 1, it is characterised in that the faying face of the fixed shaft part (31) is convex Go out to have central rotating shaft (315), be formed with corresponding kingpin hole (323) on the faying face for pivoting shaft part (32), it is described in Heart rotating shaft (315) is inserted in the kingpin hole (323).

10. the rotation support component according to any one in claim 1~9, it is characterised in that the rotation support group Part (3) includes first and fixes shaft part and corresponding first rotating shaft frame and the second fixation shaft part and corresponding second spindle housing, institute State and be connected with support shaft (34) between the second end of first rotating shaft frame and the second end of second spindle housing.