CN108567254A - Bindiny mechanism with pooling feature and sliding rail assembly - Google Patents

Abstract

The present invention is in relation to a kind of bindiny mechanism with pooling feature and sliding rail assembly, the bindiny mechanism is suitable for a piece of furniture and a sliding rail, the bindiny mechanism includes a pedestal and a buffer structure, the pedestal is detachable and directly contacts and installs to the sliding rail, the non-straight ground connection of the buffer structure contacts the sliding rail, to compensate the gap that the piece of furniture is likely to occur between the sliding rail.

Description

Bindiny mechanism with pooling feature and sliding rail assembly

Technical field

The present invention relates to a kind of mechanism and sliding rail, particularly relates to a kind of bindiny mechanism with pooling feature and sliding rail is total At.

Background technology

In general, bottom dress formula drawer sliding rail assembly (undermount drawer slide rail assembly) is logical Often being installed in the bottom of a drawer becomes a kind of concealed sliding rail assembly.Bottom dress formula sliding rail assembly generally comprises one first Rail and one second rail can be with respect to the first rail displacements.Wherein, which is mounted in a cabinet, which is to carry Or the drawer is supported, so that the drawer is readily able to opposite first rail through second rail and is drawn out or is pushed into the cabinet from the cabinet It folds in vivo.Wherein, when the drawer is drawn out from the cabinet, bottom dress formula drawer sliding rail assembly is remained hidden in the drawer Bottom.

8,424,984 B2 of U.S. Patent Bulletin US disclose a kind of dress for drawer to be releasedly connected to sliding rail It sets.The Patent Case is mainly disclosed when drawer is in an installation environment (mounting condition), and the one of the device (7) stops The cooperation maintaining part (13) that (11) can pass through region (12) the contact sliding rail (5) of a flexible material is kept off, region (12) conduct is made The effect of buffering and shock preventing (cushion).In this, which is hereby expressly incorporated by reference.However, the case need to additionally increase peace This extremely small part is filled, the beginning can be only achieved so-called buffering and shock preventing (cushion) function, just in case lose the part, then Lose the function of the buffering and shock preventing.

Invention content

The present invention relates to a kind of bindiny mechanism providing pooling feature and sliding rail assemblys.

A viewpoint according to the present invention, a kind of bindiny mechanism are suitable for a piece of furniture and a sliding rail, which includes One pedestal and a buffer structure, the pedestal is detachable and directly contacts and installs and is fixed to the sliding rail, and the buffer structure is non-straight Ground connection contacts the sliding rail, to compensate the axial clearance that the piece of furniture is likely to occur between the sliding rail.

Preferably, the sliding rail is configured in longitudinal, and the buffer structure has a predetermined longitudinal length.

Preferably, the buffer structure includes an at least sinuous outline.

Preferably, buffer structure configuration is in the pedestal.

Preferably, the bindiny mechanism also includes a support element and a height adjustment member.The support element includes a support portion court To the piece of furniture；The height adjustment member is to adjust the support element with respect to the pedestal displacement, and the support portion of the support element penetrates One guidance feature can change a height of the piece of furniture with respect to the sliding rail.

Preferably, the sliding rail has a front and a rear portion, the floor installation to the front of the adjacent sliding rail, guiding spy Sign includes one of an inclined-plane and a cambered surface.

Preferably, the height adjustment member is rotatably installed in the pedestal, and the height adjustment member has with the support element Mutual corresponding helicitic texture.

Preferably, the bindiny mechanism also includes one first pedestal, one second pedestal, a lateral adjustment part and a transmission knot Structure.First pedestal adheres to the sliding rail with the pedestal phase clip；Second pedestal is fixedly connected to the piece of furniture；The side It is rotatably installed in one of first pedestal and second pedestal to adjustment part, the lateral adjustment part is adjusting this Second pedestal is with respect to the first pedestal displacement, to change a lateral position of the piece of furniture with respect to the sliding rail；The drive mechanism is used A rotary moveable of the lateral adjustment part is converted into a linear displacement of second pedestal with respect to first pedestal.

Preferably, the pedestal includes an elastic portion, which includes a clamping structure, which has at least one There is at least one second clip section to correspond to the first clip section, make the elastic portion of the pedestal can for first clip section, the clamping structure Releasably with the clamping structure phase clip of first pedestal.

Preferably, first pedestal include a fisrt feature, second pedestal include a second feature, the fisrt feature with One of the second feature includes an at least protrusion, and the fisrt feature and the second feature is therein another comprising extremely A few accommodation space is to accommodate an at least protrusion, and the size of the accommodation space is more than an at least protrusion, through this The collocation of one feature and the second feature enables second pedestal opposite first pedestal displacement in a limited range.

Preferably, the lateral adjustment part is rotatably installed in second pedestal, and the lateral adjustment part includes an adjustment Portion, which is located at first pedestal, and the drive mechanism is collocated with each other effect with the adjustment section.

Preferably, the substantially spiral guiding ditch of the adjustment section, and the drive mechanism is a projection is located at the guiding In ditch.

Another viewpoint according to the present invention, a kind of bindiny mechanism are suitable for a sliding rail, the bindiny mechanism include a pedestal with One buffer structure, the pedestal are directly contacted and are installed to the sliding rail, and the buffer structure is through the non-straight ground connection contact of the pedestal The sliding rail.

Another viewpoint according to the present invention, a kind of sliding rail assembly include one first rail, one second rail and a bindiny mechanism.It should Second rail can be with respect to the first rail longitudinally displacement；The bindiny mechanism is located at adjacent second rail, which includes a bottom Seat and a buffer structure, which directly contacts and installs to second rail, and the buffer structure is indirect through the pedestal Ground contacts second rail.

Description of the drawings

To further illustrate the above-mentioned purpose, design feature and the effect that confirm the present invention, below with reference to attached drawing to this hair It is bright to be described in detail, wherein：

Fig. 1 shows that the furniture of one embodiment of the invention includes one first piece of furniture and two the second piece of furniture, wherein one Second piece of furniture is drawn out to the stereoscopic schematic diagram outside first piece of furniture through sliding rail assembly.

Fig. 2 shows the schematic diagram of the furniture of Fig. 1, wherein omission is painted second piece of furniture.

Fig. 3 shows the decomposition diagram of the sliding rail assembly of one embodiment of the invention.

Fig. 4 shows the combination diagram of the sliding rail assembly of one embodiment of the invention.

Fig. 5 shows the bindiny mechanism of one embodiment of the invention and the decomposition diagram of sliding rail.

Fig. 6 shows the bindiny mechanism of one embodiment of the invention and the combination diagram of sliding rail.

Fig. 7 shows schematic diagram of the bindiny mechanism with sliding rail at another visual angle.

Fig. 8 shows the height adjuster of the bindiny mechanism of one embodiment of the invention and the combination diagram of sliding rail, wherein The support element of height adjuster is not yet adjusted and opposite sliding rail is in a position.

Fig. 9 shows schematic diagram of the height adjuster of bindiny mechanism with sliding rail at another visual angle.

The support element of the height adjuster of Figure 10 display present invention has been adjusted and opposite sliding rail is in another location.

Figure 11 is shown in the state of Figure 10, the signal of the height adjuster of the bindiny mechanism with sliding rail at another visual angle Figure.

Figure 12 shows the sliding rail of one embodiment of the invention to carry the schematic diagram of second piece of furniture.

Figure 13 shows the adjustment of second piece of furniture through height adjuster of one embodiment of the invention, makes second piece of furniture The schematic diagram of a height is formed between sliding rail.

Figure 14 shows that second piece of furniture of one embodiment of the invention is installed through bindiny mechanism to sliding rail, and the second piece of furniture The schematic diagram of one first spacing is formed between the first piece of furniture.

Figure 15 show second piece of furniture of one embodiment of the invention be adjusted through the side-wise adjusting device of bindiny mechanism and It is displaced laterally, makes the schematic diagram for being formed with one second spacing between the second piece of furniture and the first piece of furniture.

Figure 16 show second piece of furniture of one embodiment of the invention be adjusted through the side-wise adjusting device of bindiny mechanism and It is displaced laterally, makes the schematic diagram for being formed with a third spacing between the second piece of furniture and the first piece of furniture.

Figure 17 shows that second piece of furniture of one embodiment of the invention is installed to the schematic diagram of sliding rail, wherein the bindiny mechanism Buffer structure be in the state that is not yet extruded.

Figure 18 shows that second piece of furniture of one embodiment of the invention is installed to the schematic diagram of sliding rail, wherein the buffer structure Show the state being extruded.

Figure 19 shows that second piece of furniture of one embodiment of the invention is installed to the bottom schematic view of sliding rail, wherein second An axial clearance is formed between tool part and sliding rail.

Figure 20 shows the enlarged diagram of the a-quadrant of Figure 19.

Figure 21 shows bottom schematic view of second piece of furniture of one embodiment of the invention with respect to sliding rail toward a direction displacement.

Figure 22 shows the enlarged diagram of the a-quadrant of Figure 21.

Specific implementation mode

As shown in Figures 1 and 2, a furniture 20 includes that one first piece of furniture 22 (also can be referred to as at least one second piece of furniture Piece of furniture).In this, by taking two the second piece of furniture 24a, 24b as an example.Every 1 second piece of furniture, such as the second piece of furniture 24a can phase To 22 displacement of the first piece of furniture.Preferably, second piece of furniture 24a through a pair of of sliding rail assembly 26 can be easy to it is opposite this first 22 displacement of piece of furniture.Wherein, which can be a furniture cabinet, and two second piece of furniture 24a, 24b can To be drawer, but do not limit in implementation.A pair of sliding rail assembly 26 provide second piece of furniture 24a be movably arranged in this first Piece of furniture 22.Each sliding rail assembly 26 is positioned at the bottom of second piece of furniture 24a, forms so-called bottom dress formula (undermount) sliding rail assembly.The sliding rail assembly 26 includes one first rail 28 and one second rail (also can abbreviation sliding rail) 30 can phase To the longitudinally displacement of the first rail 28, preferably, also comprising a third rail 32 be movably mounted to first rail 28 with this second Between rail 30, to extend displacement stroke of second rail 30 with respect to first rail 28.Wherein, which is fixedly to pacify It is filled to first piece of furniture 22, and second rail 30 is to carry second piece of furniture 24a, as shown in Figure 1, making second furniture Part 24a is readily susceptible to through second rail 30 outside 22 intrinsic displacement of the first piece of furniture to first piece of furniture 22；Alternatively, this second Piece of furniture 24a is readily susceptible to be pushed into first piece of furniture 22 outside first piece of furniture 22.

As shown in Figure 3 and Figure 4, which is located at adjacent second rail 30 comprising a bindiny mechanism 34.In this, with Second rail 30 has an a front 36a and rear portion 36b, and the bindiny mechanism 34 is mounted to the front of adjacent second rail 30 For 36a.

As shown in Fig. 5, Fig. 6 and Fig. 7, which configures in longitudinal and includes one first side wall 38a, one second side wall 38b and a supporting part 40 are between the first side wall 38a and second side wall 38b.First side wall 38a, the second side Wall 38b and 40 common definition of supporting part, one supporting and space 42.Preferably, second rail 30 also includes one first extended segment 44a With one second extended segment 44b difference generally vertical connection the first side wall 38a and second side wall 38b, and first extension Section 44a and second extended segment 44b is to be located at the adjacent supporting and space 42.

The bindiny mechanism 34 includes a pedestal 82 and a buffer structure 92.Preferably, the buffer structure 92 configuration is at the bottom Seat 82.

The pedestal 82 is removably fixed to second rail 30, and the pedestal 82 is made to be directly to contact in second rail 30, And the buffer structure 92 contacts second rail 30 through the 82 non-straight ground connection of pedestal.Preferably, the pedestal 82 is by flexible material (such as plastics) are made.The pedestal 82 installs the front 36a for being fixed to adjacent second rail 30.Preferably, the pedestal 82 wraps Containing a main part 88, an elastic portion 90 and the buffer structure 92.The main part 88 is installed to the supporting and space 42 of second rail 30, Preferably, the first extended segment 44a and the second extended segment 44b of second rail 30 can provide the main part 88 support.The elastic portion 90 connections and the side positioned at the main part 88, and the elastic portion 90 can extend out to the support from a notch 94 of second rail 30 Outside space 42.The buffer structure 92 connects and positioned at the front side of the main part 88.

Preferably, the bindiny mechanism 34 also includes a support element 84 and a height adjustment member 86.Wherein, the pedestal 82, should Support element 84 and the height adjustment member 86 constitute a height adjuster 48.

The support element 84 is movably installed to the pedestal 82.The support element 84 includes a support portion 106, preferably, also (also can abbreviation guidance feature), one first helicitic texture 110 and a stop section 112 including one first guidance feature 108.Preferably Ground, the support portion 106, first guidance feature 108, first helicitic texture 110 and the stop section 112 are integrated moldings, and First guidance feature 108 is located at the bottom of the support portion 106 with the stop section 112.Wherein, the stop section 112 be located at this Between one guidance feature 108 and first helicitic texture 110, and the position of the stop section 112 is corresponded to a limit of the pedestal 82 Position section 114.Preferably, second rail 30 and/or the pedestal 82 have one second guidance feature 116 (also can abbreviation guidance feature) First guidance feature 108 of the corresponding support element 84, and these guidance features 108,116 are an inclined-plane or a cambered surface.Preferably, There is the supporting part 40 of second rail 30 notch 118 on one to be connected to the supporting and space 42.When the main part 88 of the pedestal 82 is installed To second rail 30 supporting and space 42 when, the support portion 106 of the support element 84 is located at notch 118 on this.

The height adjustment member 86 is adjusting the support element 84 with respect to 82 displacement of pedestal.The height adjustment member 86 is can to revolve Turn ground and is mounted on one of the pedestal 82 and the support element 84.In this, which is rotatably mounted to The pedestal 82.For example, it is in longitudinal configuration that the pedestal 82, which has an axle portion 120 substantially, installed with for the height adjustment member 86.It should Height adjustment member 86 includes one second helicitic texture 122.Second helicitic texture 122 corresponds to the first screw thread knot of the support element 84 Structure 110.In this, which is substantially in longitudinal configuration with second helicitic texture 122.

Preferably, the bindiny mechanism 34 also includes a side-wise adjusting device 46.The side-wise adjusting device 46 includes one first Pedestal 50, one second pedestal 52 and a lateral adjustment part 54.Wherein, which is to be pre-installed on second furniture Part 24a.

First pedestal 50 removably adheres to second rail 30 with the 82 phase clip of pedestal, such as adheres to adjacent The front 36a of second rail 30.Preferably, first pedestal 50 includes a body part 56, an installation space 58 and a mounting portion 60.Wherein, which is located at the body part 56；The mounting portion 60 is located at the side of the body part 56, the mounting portion 60 An e.g. button hook being capable of removably first side wall 38a of the clasp in second rail 30.Preferably, first pedestal 50 includes One clamping structure 96, the elastic portion 90 of the pedestal 82 removably with 96 phase clip of the clamping structure of first pedestal 50.Specifically For, which there is at least one first clip section 98, the clamping structure 96 to be corresponded to at least one second clip section 100 The first clip section 98.Preferably, at least one first clip section 98 and at least one second clip section 100 is with a plurality of saws The profile of dentation.Preferably, the pedestal 82 also have an operation portion 102 from the elastic portion 90 extend, the operation portion 102 with for Operator easily presses the elastic portion 90, makes the second clip of the first clip section 98 and first pedestal 50 of the elastic portion 90 Section 100 can mutually solve tug and be detached from.Alternatively, by the operation portion 102 is operated, the first clip section 98 is made to retreat to the supporting and space In 42, which can be unloaded from second rail 30.

Second pedestal 52 can be with respect to 50 displacement of the first pedestal.Preferably, first pedestal 50 includes at least one first Feature 62；Second pedestal 52 includes an at least second feature 64.Wherein, through the fisrt feature 62 and the second feature 64 Collocation enables second pedestal 52 opposite displacement in a linear fashion of first pedestal 50 in a limited range.For example, The fisrt feature 62 includes protrusion 63a, 63b that two shapes differ；On the other hand, which includes two subcharacters Corresponding to two protrusions 63a, 63b of the fisrt feature 62, for example, the second feature 64 includes two accommodation spaces 65a, 65b, To accommodate two protrusions 63a, the 63b respectively.Two accommodation spaces 65a, 65b are, for example, a slot hole or an elongated slot, and are somebody's turn to do Slot hole or the elongated slot are substantially in landscape configuration, and length or size are slightly larger than two protrusions 63a, 63b of the fisrt feature 62, Enable second pedestal 52 through two protrusions 63a, the 63b and two accommodation spaces 65a, 65b and in a limited model Enclose interior opposite displacement in a linear fashion of first pedestal 50.It is noted that the fisrt feature 62 and the second feature 64 Structure feature be interchangeable, in not limiting in implementation.Also that is, first pedestal 50 can mutually activity with second pedestal 52 Ground connects.In addition, one of first pedestal 50 and second pedestal 52 include an at least guiding structure 70 (such as Fig. 7 institutes Show), which also contributes to the direction of displacement for guiding second pedestal 52 with respect to first pedestal 50.In this, with this For second pedestal 52 is comprising two pairs of guiding structures 70, and these guiding structures 70 are, for example, convex block, to keep first base The position of two corresponding edge 72a, 72b (such as preceding edge and rear edge) of seat 50.Preferably, second pedestal 52 includes one Contact site 104, the contact site 104 correspond to the buffer structure 92.When second piece of furniture 24a is installed to second rail 30, Second piece of furniture 24a can be resisted against the buffer structure 92 through the contact site 104 of second pedestal 52 in advance, to which compensation should The axial clearance K that first pedestal 50 is likely to occur between second rail 30.Wherein, the contact site 104 and the buffering knot Structure 92 is interchangeable, and also that is, second pedestal 52 has the buffer structure 92, and the pedestal 82 has the contact site 104, in Do not limit in implementation.

The lateral adjustment part 54 to adjust second pedestal 52 with respect to second rail 30 longitudinal length with laterally (or Laterally) direction displacement.The lateral adjustment part 54 is rotatably installed in first pedestal 50 and second pedestal 52 wherein One of.In this, which is rotatably mounted to second pedestal 52.For example, second pedestal 52 has one Axis 74, and the lateral adjustment part 54 is rotationally mounted to second pedestal 52 through the axis 74.Preferably, the lateral adjustment part 54 It is accommodated in the installation space 58 of first pedestal 50, and a part for the lateral adjustment part 54 is exposed to second pedestal 52 A trepanning 76 outside, which is rotated with the person of being conveniently operated.Preferably, the lateral adjustment part 54 includes an adjustment section 78；And one of first pedestal 50 and second pedestal 52 are configured with a drive mechanism 80 (as shown in Figure 5).In this, By first pedestal 50 configured with for the drive mechanism 80.The drive mechanism 80 to 78 collocation of adjustment section act on.Compared with Goodly, which substantially helically configures.

As shown in Fig. 8, Fig. 9 and Figure 10, the position of the support portion 106 of the support element 84 be generally less than or equal to this The height of the supporting part 40 of two rails 30.Wherein, operator can adjust the height adjustment member 86 and be grasped toward one first with respect to the pedestal 82 Make direction A1 rotations, enables the first helicitic texture 110 of the second helicitic texture 122 and the support element 84 of the height adjustment member 86 Enough be collocated with each other effect, enable the support element 84 with respect to 82 displacement of pedestal, and the support portion 106 of the support element 84 through this first Guidance feature 108 and/or second guidance feature 116 can rise to another location from a position, can increase the support element Height of 84 support portion 106 with respect to the supporting part 40 of second rail 30.

Coordinate shown in Fig. 9 and Figure 11, when operator, which adjusts the height adjustment member 86, to be rotated toward first operation direction A1, The support element 84 is with respect to the pedestal 82 and/or second rail 30 toward a first longitudinal direction direction L1 displacements.Wherein, first vertical toward this When being moved to a preset distance to direction L1, the stop section 112 of the support element 84 can be stopped by the limit section 114 of the pedestal 82, To prevent the support element 84 exceedingly toward the first longitudinal direction direction L1 displacements.

It is noted that operator can adjust the height adjustment member 86 toward one second operation direction (such as it is opposite this One operation direction A1) rotation, make the support element 84 toward a second longitudinal direction direction (such as opposite the first longitudinal direction direction L1) displacement, The height of the supporting part 40 of opposite second rail 30 of support portion 106 support element 84 can be downgraded.

As shown in Figure 12 and Figure 13, when second piece of furniture 24a is installed to second rail 30, the carrying of second rail 30 Portion 40 can be carrying or support second piece of furniture 24a.On the other hand, the support portion 106 of the support element 84 towards this second Piece of furniture 24a.Wherein, through the adjustment of the height adjustment member 86 (such as being rotated toward first operation direction A1), make the support The support portion 106 of part 84 can increase the support element 84 by first guidance feature 108 and/or second guidance feature 116 Support portion 106 with respect to the supporting part 40 of second rail 30 height H, also that is, the support element 84 through the guidance feature (108 or 116) height Hs of the second piece of furniture 24a with respect to the supporting part 40 of second rail 30 can be changed, to adjust second piece of furniture 24a is with respect to the front height of first piece of furniture 22, the front end with correcting second piece of furniture 24a with respect to first piece of furniture 22 Installation error.

As shown in figure 14, which can pass through an at least fixed part 61 and is permanently connected in advance (such as through spiral shell Connect) to second piece of furniture 24a, installing second piece of furniture 24a to second rail 30.Wherein, second rail 30 Supporting part 40 can be carrying second piece of furniture 24a.Wherein, the side 124 of second piece of furniture 24a and first furniture One first spacing G1 is formed between part 22.On the other hand, the adjustment section 78 of the lateral adjustment part 54 can with the drive mechanism 80 It is collocated with each other effect.Wherein, which can be a spiral helicine guiding ditch or guide channel；On the other hand, the transmission knot Structure 80 can be that a projection is located in the guiding ditch or the guide channel, when the lateral adjustment part 54 is adjusted, the transmission knot Structure 80 can be butted on one of the guiding ditch or the two side walls of the guide channel.

Coordinate shown in Figure 15, when being intended to adjust the second piece of furniture 24a lateral displacements, operator can adjust the lateral adjustment Part 54 makes second pedestal 52 with respect to 50 displacement of the first pedestal, to change second piece of furniture 24a with respect to first piece of furniture 22 or second rail 30 a lateral position.For example, operator can adjust the lateral adjustment part 54 toward one first direction of rotation R1 Rotation enables the adjustment section 78 of the lateral adjustment part 54 to be collocated with each other effect with the drive mechanism 80, enables second pedestal 52 Can with respect to second rail 30 or first pedestal 50 toward one first lateral D1 displacements, cause the second piece of furniture 24a with respect to this Two rails 30 are from one first lateral position P1 (as shown in figure 14) to reaching one second lateral position P2.In this way, making second furniture Become one second spacing G2 from first spacing G1 between the side 124 of part 24a and first piece of furniture 22.Wherein, this second Spacing G2 is more than first spacing G1.

Coordinate shown in Figure 16, when being intended to adjust the second piece of furniture 24a relative orientations 22 lateral displacement of the first piece of furniture, Operator also can adjust the lateral adjustment part 54 and be rotated toward one second direction of rotation R2, make the adjustment section 78 of the lateral adjustment part 54 It can be collocated with each other effect with the drive mechanism 80, enable second pedestal 52 past with respect to second rail 30 or first pedestal 50 One second lateral D2 (direction of the opposite first lateral D1) displacement, cause the second piece of furniture 24a with respect to second rail 30 from The second lateral position P2 is to reaching a third lateral position P3.In this way, make the side 124 of second piece of furniture 24a with this Become a third spacing G3 from second spacing G2 between one piece of furniture 22.Wherein, third spacing G3 is less than first spacing G1。

It follows that can live to be rotated the one of the lateral adjustment part 54 (or adjustment section 78) through the drive mechanism 80 Turn changes linear displacement or lateral displacement of second pedestal 52 with respect to second rail 30 or first pedestal 50 into.

As shown in figure 17, the supporting part 40 of second rail 30 can be carrying or support the bottom of second piece of furniture 24a. Furthermore, which installs through the main part 88 of the pedestal 82 to the front 36a of adjacent second rail 30, That is, the 92 non-straight ground connection of buffer structure contacts second rail 30.Preferably, the buffer structure 92 wriggles comprising at least one Profile 126.In this, which is generally made of at least one U-shaped section or V-type section.On the other hand, this second Pedestal 52 is to be fixedly connected to second piece of furniture 24a in advance, and therefore, which is considered as second piece of furniture A part of 24a.Wherein, the position of the contact site 104 of second pedestal 52 is the corresponding buffer structure 92.Wherein, the buffering Structure 92 has a predetermined longitudinal length X1.

As shown in figure 18, when second piece of furniture 24a is installed to second rail 30, sometimes second piece of furniture 24a With second rail 30 each other inevitably there are the gaps of location tolerance, therefore, cause the second piece of furniture 24a with this second Rail 30 still has the possibility of relative displacement, so that the interference of collision may be will produce.For example, based between the location tolerance Gap, second piece of furniture 24a may due to by external force can opposite second rail 30 toward one longitudinal (such as first longitudinal direction direction L1) displacement, during this displacement, second piece of furniture 24a can pass through the contact site 104 of second pedestal 52, and to push this slow Structure 92 is rushed, the buffer structure 92 is made to be extruded and become an extruding longitudinally length from the predetermined longitudinal length X1 (as shown in figure 17) Spend X2.Wherein, extruding longitudinal length X2 is less than the predetermined longitudinal length X1.

As shown in Figure 19 and Figure 20, second piece of furniture 24a (or second pedestal 52) can between second rail 30 Axial clearance K can occur because of the location tolerance.In this, the peace of first pedestal 50 is formed in axial clearance K For between dress portion 60 and the first side wall 38a of second rail 30.

Coordinate shown in Figure 19 and Figure 21, when second piece of furniture 24a with respect to second rail 30 toward first longitudinal direction direction L1 When displacement, the contact site 104 of second pedestal 52 pushes the buffer structure 92, makes the mounting portion 60 of first pedestal 50 is opposite should First side wall 38a of the second rail 30 is close toward first longitudinal direction direction L1, so that axial clearance K (can coordinate shown in Figure 20) energy Shorten into an axial clearance K1 (can coordinate shown in Figure 22).It follows that through the buffer structure 92 can to compensate this first The axial clearance K that pedestal 50 is likely to occur between second rail 30 so contributes to second piece of furniture 24a to install In second rail 30, displacement is interference-free and with good stability.

According to above explanation, it is known that enhancement effect of the invention is with advantage：

1. the side-wise adjusting device 46 can be used to adjust the second piece of furniture 24a with respect to sliding rail (such as the second rail 30) or first The lateral position of piece of furniture 22.

2. the 48 of the height adjuster can be used to adjust height of the second piece of furniture 24a with respect to sliding rail (such as the second rail 30) Degree.

3. the side-wise adjusting device 46 is to be removably installed to be fixed to sliding rail (such as second with the 48 of the height adjuster Rail 30).

4. the contact site 104 through second pedestal 52 is resisted against the buffer structure 92 of the pedestal 82, to compensate this When two piece of furniture 24a are installed to second rail 30, longitudinal direction which is likely to occur between second rail 30 Gap K.

5. the pedestal 82 of the height adjuster 48 is mounted to sliding rail (such as the second rail 30), and the pedestal 82 includes a bullet Property portion 90, the pedestal 82 removably with the 50 phase clip of the first pedestal.

Although the present invention is described with reference to current specific embodiment, those of ordinary skill in the art It should be appreciated that above embodiment is intended merely to illustrate the present invention, can also make in the case of no disengaging spirit of that invention Go out various equivalent change and modification, therefore, as long as to the variation of above-described embodiment, change in the spirit of the present invention Type will all be fallen in the range of the application claims.

Claims (20)

1. a kind of bindiny mechanism is suitable for a piece of furniture and a sliding rail, it is characterised in that：

The described bindiny mechanism includes a pedestal and a buffer structure, and the pedestal is detachable and directly contacts and installs and be fixed to The sliding rail, the non-straight ground connection of the buffer structure contact the sliding rail, are likely to occur between the sliding rail to compensate the piece of furniture An axial clearance.

2. bindiny mechanism according to claim 1, which is characterized in that the sliding rail is configured in longitudinal, and the buffer structure With a predetermined longitudinal length.

3. bindiny mechanism according to claim 1, which is characterized in that the buffer structure includes an at least sinuous outline.

4. bindiny mechanism according to claim 1, which is characterized in that the buffer structure configuration is in the pedestal.

5. bindiny mechanism according to claim 4, which is characterized in that also include that a support element should comprising support portion direction Piece of furniture；And one height adjustment member to adjust the support element with respect to the pedestal displacement, and the support portion of the support element penetrates one Guidance feature can change a height of the piece of furniture with respect to the sliding rail.

6. bindiny mechanism according to claim 5, which is characterized in that the sliding rail has a front and a rear portion, the bottom To the front of the adjacent sliding rail, which includes one of an inclined-plane and a cambered surface for seat installation.

7. bindiny mechanism according to claim 5, which is characterized in that the height adjustment member is rotatably installed in the bottom Seat, and the height adjustment member has mutual corresponding helicitic texture with the support element.

8. bindiny mechanism according to claim 1, which is characterized in that also include one first pedestal；The pedestal is removably With the first pedestal phase clip；One second pedestal is fixedly connected to the piece of furniture；One lateral adjustment part is rotatably installed in One of first pedestal and second pedestal, the lateral adjustment part is adjusting second pedestal with respect to first pedestal Displacement, to change a lateral position of the piece of furniture with respect to the sliding rail；And one drive mechanism to by the lateral adjustment part One rotary moveable is converted into a linear displacement of second pedestal with respect to first pedestal.

9. bindiny mechanism according to claim 8, which is characterized in that the pedestal includes an elastic portion, first pedestal Including a clamping structure, the elastic portion of the pedestal removably with the clamping structure phase clip of first pedestal, elastic portion tool There are at least one first clip section, the clamping structure that there is at least one second clip section to correspond to the first clip section.

10. bindiny mechanism according to claim 8, which is characterized in that first pedestal includes a fisrt feature, this Two pedestals include a second feature, one of the fisrt feature and the second feature include an at least protrusion, and this first Feature and the second feature it is therein it is another comprising an at least accommodation space to accommodate an at least protrusion, and the receiving is empty Between size be more than an at least protrusion enable second pedestal one through the collocation of the fisrt feature and the second feature Opposite first pedestal displacement in limited range.

11. bindiny mechanism according to claim 8, which is characterized in that the lateral adjustment part is rotatably installed in this Second pedestal, and the lateral adjustment part includes an adjustment section, which is located at first pedestal, and the drive mechanism and this Adjustment section acts on to be collocated with each other.

12. bindiny mechanism according to claim 11, which is characterized in that the substantially spiral guiding of the adjustment section Ditch, and the drive mechanism is a projection is located in the guiding ditch.

13. a kind of bindiny mechanism is suitable for a piece of furniture and a sliding rail, it is characterised in that：

The bindiny mechanism includes a pedestal and a buffer structure, which directly contacts and install to the sliding rail, and this is slow It rushes structure and contacts the sliding rail through the non-straight ground connection of the pedestal.

14. bindiny mechanism according to claim 13, which is characterized in that the sliding rail is configured in longitudinal, and the buffering knot Structure has a predetermined longitudinal length.

15. bindiny mechanism according to claim 13, which is characterized in that the buffer structure includes at least one sinuous wheel It is wide.

16. bindiny mechanism according to claim 13, which is characterized in that the pedestal, which is removably installed, is fixed to the cunning Rail, the bindiny mechanism also include that a support element includes a support portion；And one height adjustment member it is opposite to adjust the support element The pedestal displacement, and one guidance feature of transmission can change a height of the support portion with respect to the sliding rail of the support element；Wherein, the height Degree adjustment part is rotationally mounted to the pedestal, and the height adjustment member has mutual corresponding helicitic texture with the support element.

17. bindiny mechanism according to claim 13, which is characterized in that also include one first pedestal；The pedestal is detachable Ground and the first pedestal phase clip；One second pedestal can be with respect to the first pedestal displacement；And one lateral adjustment part rotatably Mounted on one of first pedestal and second pedestal, the lateral adjustment part is adjusting second pedestal with respect to the cunning Rail is displaced laterally；Wherein, which includes an adjustment section, and one of first pedestal and second pedestal Including a drive mechanism；Wherein, which acts on the drive mechanism to be collocated with each other, by the one of the lateral adjustment part Rotary moveable is converted into lateral displacement of second pedestal with respect to the sliding rail.

18. bindiny mechanism according to claim 17, which is characterized in that the substantially spiral guiding of the adjustment section Ditch, the drive mechanism are that a projection is located in the guiding ditch.

19. a kind of sliding rail assembly, including one first rail, one second rail and a bindiny mechanism, wherein second rail opposite can be somebody's turn to do The longitudinally displacement of first rail, it is characterised in that：

The bindiny mechanism is located at adjacent second rail, which includes a pedestal and a buffer structure, and the pedestal is direct Ground is contacted and is installed to second rail, and the buffer structure contacts second rail through the non-straight ground connection of the pedestal.

20. sliding rail assembly according to claim 19, which is characterized in that the buffer structure has a predetermined longitudinal length Degree, and include an at least sinuous outline.