CN201041277Y

CN201041277Y - Support platform

Info

Publication number: CN201041277Y
Application number: CNU2007200047253U
Authority: CN
Inventors: 邱成宏; 江鸿荣
Original assignee: Rexon Industrial Corp Ltd
Current assignee: Rexon Industrial Corp Ltd
Priority date: 2007-02-09
Filing date: 2007-02-09
Publication date: 2008-03-26
Anticipated expiration: 2017-02-09

Abstract

The utility model provides a platform of support frame, this platform is used for bearing a machine, this machine has a plurality of junctures, in order to be connected with this platform, this platform contains a main part, a first slide plate, a first guide rail device and a second guide rail device, this first slide plate can follow a glide direction and joint this main part with sliding, a first perpendicular guide rail and a second perpendicular guide rail that this first guide rail device has, set up respectively in this first slide plate and this main part, and perpendicular this glide direction, this second guide rail device has an at least parallel guide rail, set up in this main part, the parallel this glide direction of its extending direction, these two perpendicular guide rails and this parallel guide rail are aligned respectively to a plurality of junctures of one of them machine.

Description

The supporting frame platform

Technical field

The utility model is the platform about a kind of supporting frame, is meant a kind of in order to connect the platform of a machine especially.

Background technique

See also Fig. 1, Fig. 1 is the stereogram of existing supporting frame 10.Supporting frame 10 has one in order to carry the machine platform 12 of (figure does not show), the bottom of this machine is preset with a plurality of bonding points, to be connected with platform 12, so as to this machine is fixed on the platform 12, platform 12 comprises the slide bar 16 of many parallel to each other and guide rod side by side 14 and two vertical these guide rods 14, two slide bars 16 engage these guide rods 14 slippingly, be drilled with a plurality of holes 18 on it, when desire is fixed to this machine on the platform 12, each bonding point of this machine must be earlier separately to homogeneous hole 18, pass this hole 18 with a screw rod 20 again, sealed this bonding point.

By adjusting the distance between two slide bars 16, with the longitudinal separation between the bonding point that meets these machines, and suitably select the combined hole of desire 18, with meet between these bonding points about distance, should be able to make this each bonding point separately to homogeneous hole 18, but if between these bonding points about the distance in 18 in unequal wantonly two holes on same slide bar 16 of distance, then can't be aligned with each other, cause this machine can't be bonded on the platform 12.

The model utility content

The purpose of this utility model is to provide a kind of platform of supporting frame, so that different size machine multipotency is incorporated on this platform easily.

The platform of supporting frame of the present utility model, in order to carry a machine, this machine has a plurality of bonding points, to be connected with this platform, is characterized in that this supporting frame platform comprises: a main body; One first sliding plate can engage this main body slippingly along a slip direction; One first track-type facilities has parallel to each other and one first vertical guide side by side and one second vertical guide, is arranged at this first sliding plate and this main body respectively, and vertical this slip direction; And one second track-type facilities, have at least one closed slide, be arranged at this main body, parallel this slip direction of its bearing of trend, wherein this two vertical guide and this closed slide align respectively at a plurality of bonding points of this machine.

In sum, because this first sliding plate this main body slippage relatively, therefore vertical this slip direction, parallel to each other and distance that be disposed at side by side between this second vertical guide of first vertical guide of this first sliding plate and this main body can be adjusted, and the bearing of trend of this closed slide is parallel this slip direction, makes this platform can cooperate distance about various between these bonding points that are present in the different size machine whereby; In addition, these vertical guides and this closed slide are arranged perpendicular, therefore can satisfy the various longitudinal separations between these bonding points that are present in the different size machine.

By said structure, platform of the present utility model can be in order to carry the machine of various different sizes, and compared to prior art, using scope is more extensive.

Description of drawings

Fig. 1 is the stereogram of existing supporting frame.

Fig. 2 is the stereogram of the utility model embodiment's supporting frame.

Fig. 3 is the top view of the utility model embodiment's platform.

Fig. 4 is the top view of another embodiment's of the utility model platform.

Fig. 5 is the schematic representation of the utility model embodiment's supporting frame.

Embodiment

See also Fig. 2 and Fig. 3, Fig. 2 is the stereogram of the utility model embodiment's supporting frame 30, and Fig. 3 is the top view of the utility model embodiment's platform 32.Supporting frame 30 has platform 32, and in order to carry a machine (figure does not show), this machine has a plurality of bonding points, and to be connected with platform 32, platform 32 has a main body 34, one first sliding plate 36, one first track-type facilities and one second track-type facilities.

Main body 34 has one second sliding plate 38 and forms two containing spaces 40, and main body 34 is also extended a diapire 42 and a back diapire 44 before one towards each containing space 40, and preceding diapire 42 and back diapire 44 offer a guide hole 46 respectively; First sliding plate 36 and second sliding plate 38 are arranged at respectively in two containing spaces 40, and and row arrangement, and can be along same slip direction slippage, each sliding plate 36, the 38th, contact the preceding diapire 42 that is positioned at its pairing containing space 40 belows and back diapire 44 separately, and the plane, a top of both top planar registration main bodys 34 of 36,38, make the end face of platform 32 remain a plane, firmly stand on it in order to do sharp this machine; This first track-type facilities has at least two vertical guides 48, be arranged at first sliding plate 36 and second sliding plate 38 respectively, and vertically this slip direction ground parallel to each other and and row arrangement, in the utility model, the number of these vertical guides 48 is also unrestricted, only requiring between vertical guide 48 that is arranged at first sliding plate 36 and the vertical guide that is arranged at second sliding plate 38 that 48 distance can be adjusted gets final product, to be that example describes with four vertical guides 48 in the present embodiment, its two left and right sides halves that is arranged at first sliding plate 36 respectively, it is two left and right sides halves that are arranged at second sliding plate 38 respectively in addition, make the distance of 48 of vertical guide 48 that is arranged at first sliding plate 36 and the vertical guide that are arranged at second sliding plate 38 have more variability.

See also Fig. 3, this second track-type facilities has a long guideway 50, be arranged at main body 34, be positioned at two containing spaces, 40 the place aheads, parallel these sliding plates 36 of its bearing of trend, 38 slip direction, its length surpass the ultimate range be arranged at the vertical guide 48 in first sliding plate, 36 left sides and be arranged at 48 of the vertical guides on second sliding plate, 38 right sides, and long guideway 50 is to be that example describes with the slot form in the present embodiment.In other embodiments, this second track-type facilities can have other long guideways 50 again, and parallel to each other 0 and be arranged side by side, to increase these

sliding plates

36,38 to the variability of the distance of a long guideway 50 wherein.In addition, if weaken because of long guideway 50 causes the intensity of main body 34, then available a plurality of short lead rail replace it, as shown in Figure 4, these short lead rail 52 are parallel to each other and be arranged on the straight line of parallel its bearing of trend, and its entire length, that is the left end of short lead rail 52 that is positioned at the leftmost side is to the distance of the right-hand member of the short lead rail 52 that is positioned at the rightmost side surpasses the ultimate range that is arranged at the vertical guide 48 in first sliding plate, 36 left sides and is arranged at 48 of the vertical guides on second sliding plate, 38 right sides.

See also Fig. 3 and Fig. 5, Fig. 5 is the schematic representation of the utility model embodiment's supporting frame 30.In the present embodiment, each vertical guide 48 is a trough body structure, one of trough body structure 48 is opened 60 the width width less than the space 62 that it surrounded, the head 66 of the bolt 64 that provided of platform 34 is to insert space 62 whereby, the body portion 68 of bolt 64 passes opening 60, head 66 will be positioned at the perisporium block of opening 60 both sides, make head 66 can't pass opening 60 and bolt 64 can be along trough body structure 48 slippages.Each

sliding plate

36,38 and the two pairs of bolts and the nut that are provided by platform 32, and can be by on diapire 42 before optionally being fixed in and the back diapire 44 or along preceding diapire 42 and guide hole 46 slippages of diapire 44 afterwards, this two bolt passes this sliding plate and preceding diapire 42 and back diapire 44 respectively, screw togather with this two nut, when these two pairs of bolts of locking and nut, this sliding plate promptly is fixed, when loosening these two pairs of bolts and nut, this sliding plate is can be by slippage.

See also Fig. 3 and Fig. 4, the bottom of this machine is to be preset with a plurality of bonding points, when desire is fixed to this machine on the platform 32, the bonding point of these machines must be earlier alignment wherein after two vertical guides 48 and a long guideway 50 or two short lead rail 52 respectively, be locked in again on the platform 32, with four general bonding points is that example describes, two bonding points that are positioned at this machine the place ahead are to align respectively wherein after a long guideway 50 or two short lead rail 52, again by bolt and nut and locked, two bonding points that are positioned at this machine rear align respectively the wherein vertical guide 48 that is arranged at first sliding plate 36 be arranged at a wherein vertical guide 48 of second sliding plate 38 after, again by defaulting in the bolt 64 in these vertical guides 48, and cooperate nut and locked.

In sum, because two sliding plates 36, the 38th, also row arrangement and slip direction are identical, therefore vertical this slip direction and be disposed at the wherein vertical guide 48 of first sliding plate 36 and the distance of 48 of the wherein vertical guides of second sliding plate 38 can be adjusted enables to cooperate the various distances between the bonding point, rear that is present in the different size machine; In addition, a plurality of short lead rail 52 or long guideway 50 are to be arranged at two containing spaces, 40 the place aheads, parallel these sliding plates 36 of its bearing of trend, 38 slip direction, and entire length surpasses and to be arranged at the vertical guide 48 in first sliding plate, 36 left sides and the ultimate range of 48 of the vertical guides that is arranged at second sliding plate, 38 right sides, so also can cooperate the various distances between the bonding point, the place ahead that is present in the different size machine; In addition, these vertical guides 48 are arranged perpendicular with a plurality of short lead rail 52 or long guideway 50, therefore can satisfy the various distances between the bonding point, front and back that is present in the different size machine.By said structure, platform 32 of the present utility model can be in order to carry the machine of various different sizes, and compared to prior art, using scope is more extensive.

The composed component and the method step that are disclosed in the utility model the foregoing description, only for illustrating, be not to be used for limiting the scope of the invention, scope of the present invention must be as the criterion with the application's claim scope, substituting or variation of other equivalence elements or step also should be the application's claim scope and contains.

Claims

1. the platform of a supporting frame, in order to carry a machine, this machine has a plurality of bonding points, to be connected with this platform, it is characterized in that this supporting frame platform comprises:

One main body;

One first sliding plate can engage this main body slippingly along a slip direction;

One first track-type facilities has parallel to each other and one first vertical guide side by side and one second vertical guide, is arranged at this first sliding plate and this main body respectively, and vertical this slip direction; And

One second track-type facilities has at least one closed slide, is arranged at this main body, parallel this slip direction of its bearing of trend, and wherein this two vertical guide and this closed slide align respectively at a plurality of bonding points of this machine.

2. the platform of supporting frame according to claim 1, an entire length that it is characterized in that this second track-type facilities surpasses the ultimate range between this two vertical guide.

3. the platform of supporting frame according to claim 1 is characterized in that this first track-type facilities also has one the 3rd vertical guide, its parallel this first vertical guide, and be arranged at the relative halves of this first sliding plate respectively with this first vertical guide.

4. the platform of supporting frame according to claim 1 is characterized in that this main body has one second sliding plate, and it can be along the slip direction slippage of this first sliding plate, and wherein this second vertical guide is to be provided with thereon.

5. the platform of supporting frame according to claim 4 is characterized in that this first track-type facilities also has one the 4th vertical guide, its parallel this second vertical guide, and be arranged at the relative halves of this second sliding plate respectively with this second vertical guide.

6. the platform of supporting frame according to claim 1 is characterized in that the plane, a top of top this main body of planar registration of this first sliding plate.

7. the platform of supporting frame according to claim 6 is characterized in that this first vertical guide is a trough body structure, and the width of an opening of this trough body structure is the width in the space that surrounds less than it.

8. the platform of supporting frame according to claim 1 is characterized in that this closed slide is a slot.

9. the platform of supporting frame according to claim 1 is characterized in that this at least one closed slide is a plurality of closed slides, and is parallel to each other and be arranged side by side.

10. the platform of supporting frame according to claim 1 is characterized in that this at least one closed slide is a plurality of closed slides, and is parallel to each other and be arranged on the straight line of parallel its bearing of trend.