CN209172230U - Dish-washing machine - Google Patents

Abstract

The utility model discloses a kind of dish-washing machine, dish-washing machine includes bracket component, guide assembly and liner component, and guide assembly includes the dynamic rail being slidably connected and orbit determination structure, which installs for bracket component；Liner component is connect with dynamic rail, is provided with abutting arrangement on liner component, bracket component and/or orbit determination is structurally corresponding is provided with position limiting structure, which abuts with abutting arrangement, to limit square upward sliding of the liner component in dish-washing machine from front side to rear side.The utility model improves the structure of dish-washing machine, takes the dress of bowl and basket assembly more convenient.

Description

Dish-washing machine

Technical field

The utility model relates to field of home appliance technology more particularly to a kind of dish-washing machines.

Background technique

The liner component that dish-washing machine generally includes bracket component and is arranged in bracket component, the bowl and basket assembly peace of dish-washing machine In liner component, liner component is slidably connected by guide assembly and bracket component.Due to the dynamic rail of guide assembly and fixed Friction is small between rail structure, pulls out liner component out of bracket component when user moved, with dress take bowl and basket assembly or When tableware, liner component may be slided with respect to bracket component, and taken and brought inconvenience to the dress of bowl and basket assembly or tableware.

Utility model content

It is opposite to wash after purport avoids liner component from being drawn out the main purpose of the utility model is to provide a kind of dish-washing machine The bracket component sliding of bowl machine, and interfere user that bowl and basket assembly or tableware are installed in liner component.

To achieve the above object, the utility model proposes a kind of dish-washing machine, the dish-washing machine includes:

Bracket component；

Guide assembly, including the dynamic rail and orbit determination structure being slidably connected, which installs for the bracket component；

Liner component is connect with the dynamic rail, is provided with abutting arrangement on the liner component, the bracket component and/ Or the orbit determination is structurally corresponding is provided with position limiting structure, which abuts with the abutting arrangement, to limit in described Square upward sliding of the gallbladder component in the dish-washing machine from front side to rear side.

Preferably, the liner component has along the front-end and back-end that the dish-washing machine front-rear direction is distributed, the abutting Structure is set to the rear end of the liner component；

The orbit determination structure has along the front-end and back-end that the dish-washing machine front-rear direction is distributed, and the position limiting structure is set to The front end of the orbit determination structure；And/or

The bracket component has to be set to along the front side that the dish-washing machine front-rear direction is distributed and rear side, the position limiting structure The front side of the bracket component.

Preferably, the abutting arrangement has the first abutting part abutted with the position limiting structure, first abutting part tool It is flexible；And/or

The position limiting structure has the second abutting part abutted with the abutting arrangement, which has elasticity.

Preferably, first abutting part is arranged in the form of sheets；And/or

Second abutting part is arranged in the form of sheets.

Preferably, the abutting arrangement offers the first card slot, the liner component towards the side of the liner component On be convexly equipped with the first holding section, first holding section is inserted into first card slot, and is connect with the first card slot clamping； And/or

The abutting arrangement is convexly equipped with the second holding section towards the side of the liner component, opens up on the liner component There is the second card slot, second holding section is inserted into second card slot, and is connect with the second card slot clamping.

Preferably, the inner sidewall of first card slot is convexly equipped with the first retention bead, the lateral wall of first holding section The position of corresponding first retention bead offers the first limit hole, and first holding section is inserted into first card slot, So that first retention bead is inserted into first limit hole；And/or

The inner sidewall of second card slot is convexly equipped with the second retention bead, described in the lateral wall of second holding section is corresponding The position of second retention bead offers the second limit hole, and second holding section is inserted into second card slot, so that described Second retention bead is inserted into second limit hole.

Preferably, first limit hole is through-hole, and the inner sidewall of first card slot offers perforative first processing Hole, the first processing hole are opposite with the free end of first retention bead；And/or

Second limit hole is through-hole, and the inner sidewall of second card slot offers perforative second processing hole, this Two processing holes are opposite with the free end of second retention bead.

Preferably, the liner component includes liner outline border, and, the liner ontology being mounted in liner outline border；

First fastening part is on the liner outline border, and plate-like setting, the width of first card slot and institute The thickness for stating the first holding section is suitable；And/or

Second card slot is opened on the liner outline border, the plate-like setting in the second holding section, second card The width of slot is suitable with the thickness of second holding section.

Preferably, the abutting arrangement includes the first mounting base and fitting, which abuts for the position limiting structure, The fitting and first mounting base pass through the first elastic component elastic connection；And/or

The position limiting structure includes the second mounting base and locating part, which abuts for the abutting arrangement, the limit Position part and second mounting base pass through the second elastic component elastic connection.

Preferably, first sliding groove is offered in first mounting base, first fitting is slidably mounted on described In one sliding slot, first elastic component is set between the bottom and first fitting of the first sliding groove, and described first One end of elastic component is abutted with first fitting, and the other end is abutted with the bottom of the first sliding groove；And/or

Second sliding slot is offered in second mounting base, second fitting is slidably mounted on the second sliding slot Interior, second elastic component is set between the bottom and second fitting of the second sliding slot, and second elastic component One end abutted with second fitting, the other end is abutted with the bottom of the second sliding slot.

Preferably, the abutting arrangement has the first guide surface for abutting with the position limiting structure and the first limit Face, first guide surface and the first confined planes are distributed along the front-rear direction of the dish-washing machine, are washed described in the liner component When the direction of the rear side of bowl machine to front side is mobile, first guide surface with the position limiting structure for abutting, described in guidance Abutting arrangement crosses the position limiting structure, and the position limiting structure with first confined planes for abutting, to limit the dynamic rail In square upward sliding of the dish-washing machine from front side to rear side；And/or

The position limiting structure has the second guide surface and the second confined planes for abutting with the abutting arrangement, this second Confined planes and the second guide surface are distributed along the front-rear direction of the dish-washing machine, in the liner component along the rear side of the dish-washing machine To front side direction it is mobile when, second guide surface is abutted with the abutting arrangement, to guide the abutting arrangement to cross institute State position limiting structure, second confined planes for being abutted with the abutting arrangement, with limit the dynamic rail the dish-washing machine from Front side to rear side square upward sliding.

Preferably, the inclined angle of front-rear direction of the relatively described dish-washing machine of first guide surface is α, first limit The inclined angle of front-rear direction of the relatively described dish-washing machine of plane is β, β > α；And/or

The inclined angle of front-rear direction of the relatively described dish-washing machine of second guide surface is θ, the second confined planes phase It is γ, γ > θ to the inclined angle of the front-rear direction of the dish-washing machine.

The utility model is arranged in orbit determination structure and/or bracket component by the way that abutting arrangement is arranged on liner component Position limiting structure, and abutting arrangement and position limiting structure is enable mutually to abut, thus to liner component in dish-washing machine from front side to rear The square upward sliding of side, and then after avoiding liner component from being drawn out, it is slided in the direction of the front side of dish-washing machine to rear side, and interfere Bowl and basket assembly or tableware are installed in liner component by user.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the decomposition texture schematic diagram of one embodiment of the utility model dish-washing machine；

Fig. 2 is the structural schematic diagram of one embodiment of the utility model guide assembly；

Fig. 3 is the decomposition texture schematic diagram of fitting and dynamic rail in Fig. 2；

Fig. 4 is the structural schematic diagram of one embodiment of fitting in Fig. 2；

Fig. 5 is the structural schematic diagram of another embodiment of the utility model guide assembly；

Fig. 6 is the decomposition texture schematic diagram of Fig. 5 fitting and dynamic rail；

Fig. 7 is the structural schematic diagram of position limiting structure and fitting in Fig. 5；

Fig. 8 is the structural schematic diagram of the utility model guide assembly another embodiment；

Fig. 9 is the decomposition texture schematic diagram of abutting arrangement and dynamic rail in Fig. 8；

Figure 10 is the decomposition texture schematic diagram of abutting arrangement in Fig. 8；

Figure 11 is the cross-sectional view after the first mounting base in Figure 10, fitting and the assembly of the first elastic component；

Figure 12 is the partial sectional view of the utility model dish-washing machine second embodiment；

Figure 13 is the enlarged drawing in Figure 12 at A；

Figure 14 is liner component in Figure 12 in the decomposition texture schematic diagram of fitting；

Figure 15 is the structural schematic diagram of fitting in Figure 14；

Figure 16 is that with the cross-sectional view after guide assembly assembly, the front-rear direction along dish-washing machine carries out liner component in Figure 12 Section view；

Figure 17 is the partial sectional view of the utility model dish-washing machine 3rd embodiment, and the front-rear direction along dish-washing machine carries out Section view；

Figure 18 is the partial sectional view of the utility model dish-washing machine fourth embodiment, and the front-rear direction along dish-washing machine carries out Section view；

Figure 19 is the enlarged drawing in Figure 18 at B.

Drawing reference numeral explanation:

Label	Title	Label	Title
				10	Bracket component	76	Second guide surface
20	Liner component	77	Second confined planes
				21	Liner ontology	80	Fastener
22	Liner outline border	201	First holding section
				30	Bowl and basket assembly	202	First limit hole
40	Guide assembly	411	Second fixation hole
				41	Dynamic rail	422	Orbit determination
42	Orbit determination structure	423	Orbit determination bracket
				50	Gushing arm	424	Support portion
61	Fitting	425	Mounting portion
				61'	Fitting	426	Second card hole 426
61”	Fitting	611	First abutting part
				61”'	Fitting	611'	First abutting part
63	First mounting base	611”'	First abutting part
				64	First elastic component	612	Positioning region
65	Connector	613	First connecting portion
				66	First guide surface	616	First card slot
71	Locating part	617'	First retention bead
				71'	Locating part	614	First processing hole
71”	Locating part	615	First fixation hole
				71”'	Locating part	631	First sliding groove
71””	Locating part	651	First card hole
				73	Second mounting base	711	Second abutting part
74	Second elastic component	731	Second sliding slot

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making the creative labor premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and cannot understand For its relative importance of indication or suggestion or implicitly indicate the quantity of indicated technical characteristic.Define as a result, " first ", The feature of " second " can explicitly or implicitly include at least one of the features.In addition, the technical side between each embodiment Case can be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when the combination of technical solution Conflicting or cannot achieve when occur will be understood that the combination of this technical solution is not present, also not in the requires of the utility model Protection scope within.

The utility model proposes a kind of guide assembly, which is used for dish-washing machine.

Referring to Fig.1, dish-washing machine includes dish-washing machine ontology, which includes bracket component 10, and setting is being propped up Liner component 20 in frame component 10 is provided with bowl and basket assembly 30 and gushing arm 50 in liner component 20, and dishes, cookware etc. are to be cleaned Part is mounted on bowl and basket assembly 30, and gushing arm 50 and the rotation of liner component 20 connect, and gushing arm 50 (does not show with the water pump in dish-washing machine Be connected to out), water is pumped into gushing arm 50 by water pump, and sprays from the hole for water spraying of gushing arm 50, with to the tableware on bowl and basket assembly 30 into Row cleaning.Wherein, gushing arm 50 can be located at bottom, side and the top of bowl and basket assembly 30, and specific location can be according to liner group Depending on the structure of part 20 and bowl and basket assembly 30.

Specifically, as shown in Figure 1, liner component 20 and the bracket component 10 of dish-washing machine can be made to be slidably connected, work as use When dish-washing machine, bowl and basket assembly 30 is installed in liner component 20, slides into liner component 20 in bracket component 10, and internally Gallbladder component 20 is sealed, and during avoiding gushing arm 50 from cleaning the part to be cleaned on bowl and basket assembly 30, water is leaked to Outside liner component 20.After cleaning, slide into liner component 20 outside bracket component 10, to facilitate user by bowl and basket assembly 30 take out from liner component 20.It should be noted that the quantity of the liner component 20 of dish-washing machine can be one, or It is multiple, wherein when the quantity of the liner component 20 of dish-washing machine is multiple, multiple liner components 20 can be made to arrange along the vertical direction Cloth can also transversely arrange.Such as in embodiment shown in FIG. 1, the quantity of liner component 20 included by dish-washing machine is Two, and two liner components 20 are arranged along the vertical direction.

In some embodiments, as shown in Figure 1, liner component 20 is connected by guide assembly 40 and the sliding of bracket component 10 Connect, guide assembly 40 includes dynamic rail 41 and orbit determination structure 42, and dynamic rail 41 and orbit determination structure 42 be slidably connected, and dynamic rail 41 be used for The connection of liner component 20 is to support liner component 20, and orbit determination structure 42 with bracket component 10 for connecting, so that liner component 20 It is slidably supported on bracket component 10.Wherein, can be by idler wheel relative rolling between dynamic rail 41 and orbit determination structure 42, it can also be with Directly opposite sliding when passing through idler wheel relative rolling between dynamic rail 41 and orbit determination structure 42, is able to use family and pulls or push away certainly It is more laborsaving when dynamic liner component 20.

Since friction is small between the dynamic rail 41 and orbit determination structure 42 of guide assembly 40, when by liner component 20 from branch It is pulled out in frame component 10, when bowl and basket assembly 30 or part to be cleaned are installed in liner component 20, alternatively, by bowl and basket assembly 30 Or part to be cleaned, when taking out from liner component 20, liner component 20 may be subjected to the effect of external force and opposite bracket component 10 Sliding, impacts to take to the dress of bowl and basket assembly 30 or part to be cleaned.

To avoid the above problem, abutting arrangement can be set on liner component 20 and/or dynamic rail 41, in bracket component 20 And/or position limiting structure is set, and position limiting structure and abutting arrangement interference in orbit determination structure 42.When liner component 20 is from bracket group When pulling out certain distance in part 10, position limiting structure can be abutted with abutting arrangement, washed with limiting liner component 20 and dynamic rail 41 Bowl pusher side moves on front side to the direction of rear side.

It is understood that can be in the upper setting position limiting structure of one in bracket component 20 and orbit determination structure 42, it can also Position limiting structure is arranged on bracket component 20 and orbit determination structure 42 simultaneously, with specific reference to bracket component 20 and orbit determination structure 42 Depending on structure；Likewise it is possible to one in liner component 20 and dynamic rail 41 it is upper abutting arrangement is set, can also simultaneously including Abutting arrangement is set in gallbladder component 20 and dynamic rail 41, with specific reference to depending on the structure of liner component 20 and dynamic rail 41.

It should be noted that can be abutted by position limiting structure with abutting arrangement, by liner component 20 be limited in completely from Position when being pulled out in bracket component 10；It can also be abutted by position limiting structure with abutting arrangement, liner component 20 is limited in Along the front side of dish-washing machine to rear direction move one end distance after position, specifically can depending on the structure of liner component 20, Being subject to, which does not influence user's dress, takes bowl and basket assembly 30 or part to be cleaned.

In the present embodiment, the abutment of position limiting structure and abutting arrangement can there are many, such as: position limiting structure can be made With abutting arrangement clamping, the surface of position limiting structure can also be made directly to abut with the surface of abutting arrangement etc..

In addition, position limiting structure can be a part in dynamic rail 41 or liner component 20, or such as Fig. 2, Fig. 5 and figure A component being connect shown in 12 with dynamic rail 41 or liner component 20, alternatively, the knot being made from multiple components as shown in Figure 9 Structure.Similarly, abutting arrangement can be a part in orbit determination structure 42 or bracket component 10, or such as Fig. 2, Fig. 9, figure A component being connect shown in 17 and Figure 18 with orbit determination structure 42 or bracket component 10, alternatively, as shown in Fig. 5 and Figure 13 by The structure of multiple component compositions.

In the present embodiment, abutting arrangement has the first abutting part abutted with position limiting structure, and position limiting structure has and abuts The second abutting part that structure abuts can make at least one of the first abutting part and the second abutting part have elasticity.It can manage Solution can make liner component 20 slide into the first abutting part and abut with position limiting structure when the first abutting part has elasticity When, the first abutting part by position limiting structure extruding and generate flexible deformation so that abutting arrangement avoids position limiting structure, Abutting arrangement is set to cross position limiting structure, to enable liner component 20 to be smoothly drawn out out of bracket component 10, alternatively, suitable Smooth is pushed into bracket component 10.When the first abutting part has elasticity, position limiting structure can be made to keep away abutting arrangement It allows, details are not described herein again.In addition, the first abutting part and second supports when the first abutting part and the second abutting part all have elasticity Socket part can generate flexible deformation, so that abutting arrangement and position limiting structure avoid each other.

Wherein, make there are many flexible methods of the first abutting part.

In some embodiments, abutting arrangement can be made to include fitting, which has abuts with position limiting structure First abutting part the first abutting part can be made of plastics, steel elastomeric material, so that the first abutting part be made to have elasticity. Wherein it is possible to fitting be made integrally by elastic material, to keep the processing of fitting more convenient.

In the present embodiment, the structure of the first abutting part of fitting can there are many, such as shown in Fig. 4, can make to connect First abutting part 611 of part 61 is arranged in the form of sheets so that the first abutting part 611 has preferable elasticity, and the space occupied compared with It is small, processing it is more convenient.As shown in fig. 7, the first abutting part 611' of connector 61' can be made in blocky setting, so that first Abutting part 611' intensity with higher.Alternatively, as shown in figure 15, can make connector 61 " ' the first abutting part 611 " ' be Protrude from connector 61 " ' bulge-structure.Wherein can the aperture on bulge-structure so that the first abutting part 611 " ' have more Good elasticity.

In the present embodiment, when abutting arrangement and the connection of dynamic rail 41, Fig. 2 connector 61 and dynamic rail into Fig. 4 can be used 41 connection type.Specifically, can make abutting arrangement includes connector 61, which, which has, is distributed in 41 two sides of dynamic rail Positioning region 612, and, connect two positioning regions 612 first connecting portion 613, two positioning regions 612 and first connecting portion 613 are enclosed Close the holding tank for forming accommodating portion dynamic rail 41.Wherein it is possible to make width of the dynamic rail 41 in two positioning regions, 612 orientation, The distance between two positioning regions 612 are suitable, so that holding tank matches with dynamic rail 41 and makes between connector 61 and dynamic rail 41 Cooperation it is more stable.

It should be noted that two positioning regions 612 can be distributed in the two sides of 41 width direction of dynamic rail, can also be distributed in dynamic The two sides up and down of rail 41.In a preferred embodiment, first connecting portion 613 can be made to be located at the top of dynamic rail 41, and make One interconnecting piece 613 is fixedly connected with dynamic rail, so that the connection of connector 61 and dynamic rail 41 is more stable, conveniently.At this point, two positioning Portion 612 is located at the two sides of 41 width direction of dynamic rail.

Wherein, can connect by the way that the modes such as screw, buckle, welding, stickup are fixed between first connecting portion 613 and dynamic rail 41 It connects.In a preferred embodiment, the first fixation hole 615 can be opened up in first connecting portion 613, in dynamic rail 41 corresponding first The position of fixation hole 615 opens up the second fixation hole 411, and it is fixed to be inserted into the first fixation hole 615 and second by a fastener 80 In hole 411, first connecting portion 613 is fixedly connected with dynamic rail 41.

Certainly, first connecting portion 613 can also be connected by the modes such as buckle, welding, stickup dynamic rail 41.

Alternatively, abutting arrangement can also be connected with dynamic rail 41 using mode shown in Fig. 8 to Figure 10.It specifically, can be with Making abutting arrangement includes the first mounting base 63 and connector 61 ", and connector 61 " has abut with position limiting structure first to abut Portion, after pulling out liner component 20 out of bracket component 10, position limiting structure can be supported with the first abutting part of connector 61 " It connects, is moved on the direction on front side of the pusher side that washes the dishes to rear side with limiting liner component 20 and dynamic rail 41.Wherein, connector 61 " with By 64 elastic connection of the first elastic component between first mounting base 63, so that the first abutting part of connector 61 " has elasticity.

It should be noted that can make to be not directly connected between connector 61 " and the first mounting base 63, but pass through first 64 elastic connection of elastic component；Connector 61 " and the first mounting base 63 can also be flexibly connected, and make the one of the first elastic component 64 End is connect with connector 61 ", and the other end is connect with mounting base 63, so that 63 elastic connection of connector 61 " and the first mounting base.Its In, connector 61 " and the first mounting base 63 are flexibly connected including rotation connection, flexible connection etc..In addition, the first elastic component 64 Including spring, tension spring, torsional spring, rubber etc..

In a preferred embodiment, as shown in Figures 10 and 11, first sliding groove can be opened up in the first mounting base 63 631, it is installed on connector 61 " in first sliding groove 631, the first elastic component 64 is set to bottom and the connector of first sliding groove 631 Between 61 ", and one end of the first elastic component 64 is abutted with connector 61 ", and the other end is abutted with the bottom of first sliding groove 631, with Connector 61 " is pushed to be moved to the position interferenceed with position limiting structure.Wherein, connector 61 " can be in spherical, blocky, column Etc. shapes setting, certainly, when connector 61 " is in spherical setting, the surface of the first abutting part of connector 61 " is spherical surface, energy Enough surfaces in the first abutting part form guide surface and confined planes, abut the first abutting part with position limiting structure, and relative limit Structure is more smooth when sliding.

It is possible to further make the first mounting base 63 be cylindrical in shape setting, connector 61 " is slidably mounted on the first mounting base 63 It is interior, and the diameter of connector 61 " is less than the diameter of the nozzle of the first mounting base 63, one end of the first elastic component 64 and connector 61 " abut, and the other end is abutted with the cylinder bottom of the first mounting base 63, to push connector 61 " to slide, reveal section connecting element 61 " The nozzle of first mounting base 63 out.

It is of course also possible to be rotatablely connected connector 61 " and the first mounting base 63, and connector 61 " and the first mounting base 63 are also connected by elastic component, what which was used to push and/or pull the rotation of connector 61 " extremely to interference with position limiting structure Position.

In the present embodiment, the first mounting base 63 can directly be connected with dynamic rail 41 by modes such as screw, stickup, welding It connects, can also be as shown in FIG. 9 and 10, first mounting base 63 is connect with dynamic rail 41 by connector 65.Wherein, work as connector 65 with dynamic rail 41 when connecting, and the connection type between connector 65 and dynamic rail 41 is referred to above-mentioned connector 61 and dynamic rail 41 Connection type, details are not described herein again.It is of course also possible to which connector 65 and dynamic rail 41 are connected by modes such as screw, stickup, welding It connects.

In the present embodiment, as shown in Figure 10, the first card hole 651 can be opened up on connector 65, by the first mounting base 63 It is installed in the first card hole 651, and is connect with 651 clamping of the first card hole, to make the easier for installation of the first mounting base 65. Certainly, it can also be connected by modes such as welding, buckle, stickup, screws between connector 65 and the first mounting base 63.

It should be noted that the mode that above-mentioned fitting and dynamic rail 41 connect can be used for fitting and liner component 20 Connection.

In the present embodiment, when fitting and liner component 20 connect, can using Figure 12 into Figure 15 connector 61 " ' With the connection type of dynamic rail 41.Specifically, as shown in FIG. 13 to 15, can connector 61 " ' towards liner component 20 one Side opens up the first card slot 616, the first holding section of projection 201 on liner component 20, when by connector 61 " ' with liner component 20 When connection, the first holding section 201 is inserted into the first card slot 616, and is connect with 616 clamping of the first card slot, so that connector 61 " ' connect with liner component 20.

Wherein it is possible in the first retention bead of inner sidewall projection 617 of the first card slot 616, in the outer of the first holding section 201 Side wall opens up the first limit hole 202, which can be for through the through-hole of the first holding section 201, or blind Hole.When the first holding section 201 is inserted into the first card slot 616, the first retention bead 617 is inserted into corresponding first limit hole In 202, to prevent the first holding section 201 from deviating from out of first card slot 616, the first holding section 201 and the first card slot 616 are improved Connection effect.Wherein, the quantity of the first retention bead 617 can be one or more, certainly, when the first retention bead 617 When quantity can be multiple, anticreep effect is more preferable.

It is possible to further make 202 through-hole of the first limit hole, and opens up and run through on the inner sidewall of the first card slot 616 The first processing hole 614, the first processing hole 614 is opposite with the free end of the first retention bead 617, as a result, to facilitate the The first retention bead 617 is processed on the inner sidewall of one card slot 616.Furthermore it is also possible to push first by the first processing hole 614 Retention bead 617 deviates from the first retention bead 617 from the first limit hole 202, thus facilitate by connector 61 " ' from liner group Removed on part 20, with the connector 61 " to damage ' replace.

Furthermore it is also possible to which guiding surface is arranged on the free end of the first retention bead 617, which is located at first The side of the notch of free end the first card slot 616 of direction of retention bead 617, is inserted into the first card slot in the first holding section 201 During in 616, guiding surface is abutted with the first holding section 201, so that the first holding section 201 deforms, and/or, make first Retention bead 617 deforms, so that the first retention bead 617 be made to carry out crossing the first holding section 201, and is inserted into the first holding section In the first limit hole 202 on 201.

In the present embodiment, the first holding section 201 can be made to be located on liner outline border 22, and plate-like setting, make the first card The width of slot 616 is suitable with the width of the first holding section 201, so that the cooperation between the first holding section 201 and the first card slot 616 It is more stable.Wherein it is possible to which the first holding section 201 is made to be located at the bottom of liner outline border 22, the first holding section 201 can also be made It, specifically can be depending on the position of position limiting structure in the side of liner outline border 22.Such as: when position limiting structure is located at guide assembly 40 On, and when guide assembly 40 is located at the bottom of liner outline border 22, the first holding section 201 can be made to be located at the bottom of liner outline border 22 Portion, so that the first connector 61 " ' is closer to position limiting structure；When position limiting structure is located on bracket component 10, first can be made Holding section 201 is located at the side surface of liner outline border 22, so that fitting 61 " ' closer to position limiting structure.

It is of course also possible in fitting 61 " ' the second holding section of side projection towards liner component 20, in liner component The second card slot is opened up on 20, when by fitting 61 " ' connect with liner component 20 when, the second holding section is inserted into the second card slot, And connect with the second card slot clamping, so that fitting is connected with liner component.

It similarly, can be in the inner sidewall projection of the second card slot to prevent the second holding section from deviating from out of second card slot Two retention beads, the lateral wall in the second holding section opens up the second limit hole, when the second holding section is inserted into the second card slot, second Retention bead is inserted into the second limit hole, and details are not described herein again.

Further, for convenience of the second retention bead of processing, the second limit hole through-hole can be made, in the second card slot Side wall offers perforative second processing hole, and the second processing hole is opposite with the free end of the second retention bead.

In addition, the second card slot can be opened in outside liner to improve the second card slot and the second holding section connective stability On frame 22, make the plate-like setting in the second holding section, and keep the width of the second card slot suitable with the thickness of the second holding section, herein not It repeats again.

It should be noted that can be using one in above two connection type between connector 61' and liner component 20 Kind is attached, and can also be attached simultaneously using two ways.

It should be noted that the mode that above-mentioned fitting and dynamic rail 41 connect can be used for fitting and liner component 20 The mode of connection.In addition, the mode that above-mentioned fitting and liner component 20 connect can be used for the company of fitting and dynamic rail 41 It connects.

In the present embodiment, when the second abutting part of position limiting structure does not have elasticity.Such as shown in Fig. 3, it can make to limit The shapes such as structure is in the form of a column, bulk setting, wherein can be between position limiting structure and bracket component 10 and/or orbit determination structure 42 Fixed by modes such as buckle, stickup, welding, can also by opening up card hole on bracket component 10 and/or orbit determination structure 42, Position limiting structure is inserted into card hole, and is connect with card hole clamping, so that position limiting structure is easier for installation.

In the present embodiment, the flexible method of the second abutting part is made to make the flexible method of the first abutting part with above-mentioned It is similar.

In some embodiments, position limiting structure can be made to include locating part, which has abuts with abutting arrangement Second abutting part, second abutting part are made of plastics, steel elastomeric material, so that the second abutting part be made to have elasticity.Wherein, Such as shown in Figure 18 and Figure 19, locating part 71 " can be made " the second abutting part 711 be arranged in the form of sheets so that the second abutting part 711 have preferable elasticity, and the space occupied is smaller, processing is more convenient.It is of course also possible to make locating part with elasticity The structures such as bulk, column.

In further embodiments, as shown in Figures 5 to 7, can also make position limiting structure include the second mounting base 73 and with The locating part 71' that connector 61' is abutted passes through 74 elastic connection of the second elastic component between the second mounting base 73 and locating part 71'. It is possible to further open up second sliding slot 731 in the second mounting base 73, locating part 71' and it is slidably mounted on second sliding slot 731 Interior, the second elastic component 74 is set between the bottom and locating part 71' of second sliding slot 731, and one end of the second elastic component 74 and the The bottom of two sliding slots 731 abuts, and the other end is abutted with locating part 71'.The specific connection side of second mounting base 73 and locating part 71' Formula is referred to the connection type of above-mentioned first mounting base 63 and connector 61 ", and details are not described herein again.

Wherein, the second mounting base 73 can be connect by connector with bracket component 10 and/or orbit determination structure 42, can also be with Directly it is connect with bracket component 10 and/or orbit determination structure 42.In a preferred embodiment, as shown in fig. 6, can be tied in orbit determination The second card hole 426 is opened up on structure 42, the second mounting base 73 is mounted in the second card hole 426, and is connected with 426 clamping of the second card hole It connects.

On the basis of above-mentioned any one embodiment, as shown in figure 4, abutting arrangement has for abutting with position limiting structure The front-rear direction of first guide surface 66 and the first confined planes, first guide surface 66 and the relatively described dish-washing machine of the first confined planes inclines Tiltedly, and along the front-rear direction of dish-washing machine be distributed, when by liner component 20 along dish-washing machine rear side to front side direction by from bracket When pulling out in component 10, the first guide surface 66 and position limiting structure are abutted, to guide abutting arrangement to cross position limiting structure.Wherein, may be used To make abutting arrangement cross position limiting structure by position limiting structure flexible deformation, can also be made by the flexible deformation of abutting arrangement to Binding structure crosses position limiting structure.When liner component 20 is pushed into bracket component 10 along the direction of the front side of dish-washing machine to rear side When interior, position limiting structure and the first confined planes are abutted, to limit liner component 10 and dynamic rail 41 in dish-washing machine from front side to rear side Square upward sliding.

Wherein, the inclined direction of front-rear direction of the first guide surface 66 and the relatively described dish-washing machine of the first confined planes can basis Abutting arrangement is crossed depending on the mode of position limiting structure.Such as: it, can when abutting arrangement crosses position limiting structure above position limiting structure So that the front-rear direction of the first guide surface 66 and the relatively described dish-washing machine of the first confined planes is obliquely installed upwards；When abutting arrangement from When crossing position limiting structure below position limiting structure, before the first guide surface 66 and the relatively described dish-washing machine of the first confined planes can be made Rear direction tilts down setting, when abutting arrangement crosses position limiting structure from the side of position limiting structure, can make the first guide surface 66 and first the relatively described dish-washing machine of confined planes front-rear direction lateral inclination setting.

Wherein, the inclined angle of front-rear direction of the relatively described dish-washing machine of the first guide surface 66 is α, and the first confined planes are opposite The inclined angle of the front-rear direction of the dish-washing machine is β, can make β > α, so that position limiting structure has preferable limit to abutting arrangement Position effect, and pull out liner component 20 smoothly out of bracket component 10.Wherein, the angle of α and β can be according to abutting arrangement Structure depending on, in a preferred embodiment, β≤90 ° 20 °≤α < can be made.It is possible to further make 30 °≤α < β≤ 60°。

Similarly, as shown in figure 19, can also make abutting arrangement have the second guide surface 76 and the second confined planes 77, second The inclination of the front-rear direction of confined planes 77 and the relatively described dish-washing machine of the second guide surface 76, and be distributed along the front-rear direction of dish-washing machine, When liner component 20 is pulled out out of bracket component 10 along the direction of rear side to the front side of dish-washing machine, 76 He of the second guide surface Abutting arrangement abuts, to guide abutting arrangement to cross position limiting structure.When by liner component 20 along the front side of dish-washing machine to rear side When direction is pushed into bracket component 10, the second confined planes 77 and abutting arrangement are abutted, to limit liner component 10 and dynamic rail The 41 square upward sliding in dish-washing machine from front side to rear side.

Wherein, the inclined angle of front-rear direction of the relatively described dish-washing machine of the second guide surface 76 is θ, and the second confined planes are opposite The inclined angle of the front-rear direction of the dish-washing machine is γ, can make γ > θ, so that position limiting structure has preferably abutting arrangement Limit effect, and pull out liner component 20 smoothly out of bracket component 10.Wherein, the angle of γ and θ can be according to abutting Depending on the structure of structure, in a preferred embodiment, γ≤90 ° 20 °≤θ < can be made.It is possible to further make 30 °≤θ γ≤60 ° <.

On the basis of above-mentioned any one embodiment, as shown in Fig. 2 and Figure 12, dynamic rail 41, orbit determination structure 42 and liner group Part 20 all has along the front-end and back-end of the front-rear direction distribution of dish-washing machine, and bracket component 10 has the front-rear direction along dish-washing machine The front side of distribution and rear side.When abutting arrangement is arranged in dynamic rail 41, abutting arrangement can be set to the rear end of dynamic rail 41；Or Abutting arrangement can be set to the rear end of liner component 20, so that liner group when abutting arrangement is set on liner component 20 by person When part 20 pulls out more out of bracket component 10, abutting arrangement is limited structure limit.

Certainly, when position limiting structure is arranged in orbit determination structure 42, before position limiting structure being set to orbit determination structure 42 End；Alternatively, position limiting structure can be set to the front side of bracket component 10 when position limiting structure is arranged on bracket component 10, with When liner component 20 being made to pull out more out of bracket component 10, abutting arrangement is limited structure limit.

In a preferred embodiment, the rear end that abutting arrangement is set to dynamic rail 41 or liner component 20 can be made, and will Position limiting structure is set to the front end of orbit determination structure 42 or set on the front side of bracket component 10, so that liner component 20 is limited in completely Position when being pulled out out of bracket component 10.

As shown in Fig. 2 and Figure 13, orbit determination structure 42 includes orbit determination 422 and orbit determination bracket 423, the orbit determination 422 and dynamic rail 41 It is slidably connected, orbit determination 422 is supported on orbit determination bracket 423.Thereby, it is possible to avoid orbit determination 422 from directly connecting with bracket component 10 Afterwards, orbit determination 422 deforms under the gravity of bowl and basket assembly 30 and liner component 20, and then leads to orbit determination 422 and dynamic rail structure The problem of sliding between 41 has some setbacks.Wherein, welding, buckle, screw can be passed through between orbit determination 422 and orbit determination bracket 423 Etc. modes connect, the present embodiment is with no restriction.

In the present embodiment, when position limiting structure is arranged in orbit determination structure 42, position limiting structure can be arranged in orbit determination 422 On, position limiting structure can also be arranged on orbit determination bracket 423, certainly, be arranged on orbit determination bracket 423 when by position limiting structure When, the precision of orbit determination 422 will not be impacted, to keep the sliding of 42 Relative orbit determination 422 of dynamic rail more smooth.

Further, orbit determination bracket 423 has the support portion 424 for being used to support orbit determination 422, and, it is used for and bracket group The mounting portion 425 that part 10 is installed, position limiting structure can be set in side of the support portion 424 towards abutting arrangement, also can be set It, specifically can be depending on the structure of orbit determination bracket 423 in side of the mounting portion 425 towards abutting arrangement.

As shown in Fig. 1 and Figure 12, liner component 20 includes liner ontology 21 and liner outline border 22, and liner component 21 is mounted on In liner outline border 22.In the present embodiment, when abutting arrangement is connect with liner component 20, abutting arrangement and liner ontology can be made 21 connections, can also connect with abutting arrangement with liner outline border 22, certainly, when abutting arrangement is connect with liner outline border 22, energy It enough avoids processing the interconnecting piece connecting with abutting arrangement on liner ontology 21 and liner ontology 21 being caused to deform, and then causes interior The problems such as gallbladder 21 leak of ontology.

In the present embodiment, when abutting arrangement and the connection of dynamic rail 41, the first abutting part of abutting arrangement can be located at dynamic rail 41 top, 41 width direction of dynamic rail side.In a preferred embodiment, as shown in Fig. 2, position limiting structure can be made to be located at Dynamic rail 41 improves dish-washing machine close to the side of bracket component 20 to make full use of the gap between dynamic rail 41 and bracket component 10 Space utilization rate.Wherein, when position limiting structure is arranged in orbit determination structure 42, position limiting structure can be made to be located at orbit determination structure 42 Support portion 424 on, and be located at dynamic rail 41 close to the side of bracket component 10.

The utility model also proposes a kind of dish-washing machine, which includes guide assembly, the specific structure of the guide assembly Referring to above-described embodiment, due to the utility model proposes dish-washing machine include above-mentioned guide assembly all embodiments all sides Therefore case at least has technical effect identical with the guide assembly, does not illustrate one by one herein.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, Under all utility models in the utility model are conceived, equivalent structure made based on the specification and figures of the utility model Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims (12)

1. a kind of dish-washing machine, which is characterized in that the dish-washing machine includes:

Bracket component；

Guide assembly, including the dynamic rail and orbit determination structure being slidably connected, which installs for the bracket component；

Liner component is connect with the dynamic rail, and abutting arrangement, the bracket component and/or institute are provided on the liner component State that orbit determination is structurally corresponding to be provided with position limiting structure, which abuts with the abutting arrangement, to limit the liner group Square upward sliding of the part in the dish-washing machine from front side to rear side.

2. dish-washing machine as described in claim 1, which is characterized in that the liner component has along the dish-washing machine front-rear direction The front-end and back-end of distribution, the abutting arrangement are set to the rear end of the liner component；

The orbit determination structure has along the front-end and back-end that the dish-washing machine front-rear direction is distributed, and the position limiting structure is set to described The front end of orbit determination structure；And/or

The bracket component has along the front side that the dish-washing machine front-rear direction is distributed and rear side, and the position limiting structure is set to described The front side of bracket component.

3. dish-washing machine as described in claim 1, which is characterized in that the abutting arrangement, which has, to abut with the position limiting structure First abutting part, first abutting part have elasticity；And/or

The position limiting structure has the second abutting part abutted with the abutting arrangement, which has elasticity.

4. dish-washing machine as claimed in claim 3, which is characterized in that first abutting part is arranged in the form of sheets；And/or

Second abutting part is arranged in the form of sheets.

5. the dish-washing machine as described in any one of Claims 1-4, which is characterized in that the abutting arrangement is towards described interior The side of gallbladder component offers the first card slot, and the first holding section, the first holding section insertion are convexly equipped on the liner component In first card slot, and it is connect with the first card slot clamping；And/or

The abutting arrangement is convexly equipped with the second holding section towards the side of the liner component, and is offered on the liner component Two draw-in groove, second holding section is inserted into second card slot, and is connect with the second card slot clamping.

6. dish-washing machine as claimed in claim 5, which is characterized in that the inner sidewall of first card slot is convexly equipped with the first limit convex It rises, the position that the lateral wall of first holding section corresponds to first retention bead offers the first limit hole, and described first Holding section is inserted into first card slot, so that first retention bead is inserted into first limit hole；And/or

The inner sidewall of second card slot is convexly equipped with the second retention bead, and the lateral wall of second holding section corresponds to described second The position of retention bead offers the second limit hole, and second holding section is inserted into second card slot, so that described second Retention bead is inserted into second limit hole.

7. dish-washing machine as claimed in claim 6, which is characterized in that first limit hole is through-hole, first card slot Inner sidewall offers perforative first processing hole, and the first processing hole is opposite with the free end of first retention bead；With/ Or,

Second limit hole be through-hole, the inner sidewall of second card slot offer it is perforative second processing hole, this second plus Work hole is opposite with the free end of second retention bead.

8. dish-washing machine as claimed in claim 6, which is characterized in that the liner component includes liner outline border, and, it is mounted on Liner ontology in liner outline border；

First fastening part is on the liner outline border, and plate-like setting, the width of first card slot and described the The thickness of one holding section is suitable；And/or

Second card slot is opened on the liner outline border, the plate-like setting in the second holding section, second card slot Width is suitable with the thickness of second holding section.

9. the dish-washing machine as described in any one of claims 1 to 3, which is characterized in that the abutting arrangement includes the first peace Seat and fitting are filled, which abuts for the position limiting structure, and the fitting and first mounting base pass through the first bullet Property part elastic connection；And/or

The position limiting structure includes the second mounting base and locating part, which abuts for the abutting arrangement, the locating part Pass through the second elastic component elastic connection with second mounting base.

10. dish-washing machine as claimed in claim 9, which is characterized in that offer first sliding groove in first mounting base, first Fitting is slidably mounted in the first sliding groove, and the bottom that first elastic component is set to the first sliding groove is abutted with first Between part, and one end of first elastic component is abutted with the first fitting, and the other end is abutted with the bottom of the first sliding groove； And/or

Second sliding slot is offered in second mounting base, the second fitting is slidably mounted in the second sliding slot, and described Two elastic components are set between the bottom and the second fitting of the second sliding slot, and one end of second elastic component is supported with second Fitting abuts, and the other end is abutted with the bottom of the second sliding slot.

11. the dish-washing machine as described in any one of Claims 1-4, which is characterized in that the abutting arrangement have for The first guide surface and the first confined planes that the position limiting structure abuts, first guide surface and the first confined planes are along the dish-washing machine Front-rear direction distribution, when the liner component is moved along the direction of rear side to the front side of the dish-washing machine, described first is led It is used to abut with the position limiting structure to face, to guide the abutting arrangement to cross the position limiting structure, the position limiting structure is used It is abutted in first confined planes, to limit square upward sliding of the dynamic rail in the dish-washing machine from front side to rear side；With/ Or,

The position limiting structure has the second guide surface and the second confined planes for abutting with the abutting arrangement, second limit Face and the second guide surface are distributed along the front-rear direction of the dish-washing machine, the liner component along the dish-washing machine rear side to preceding When the direction of side is mobile, second guide surface is abutted with the abutting arrangement, to guide the abutting arrangement to cross the limit Bit architecture, second confined planes with the abutting arrangement for abutting, to limit the dynamic rail in the dish-washing machine from front side To the square upward sliding of rear side.

12. dish-washing machine as claimed in claim 11, which is characterized in that the front and back of the relatively described dish-washing machine of the first guide surface The inclined angle in direction is α, and the inclined angle of front-rear direction of the relatively described dish-washing machine of the first confined planes is β, β > α； And/or

The inclined angle of front-rear direction of the relatively described dish-washing machine of second guide surface is θ, and second confined planes are with respect to institute The inclined angle of front-rear direction for stating dish-washing machine is γ, γ > θ.