CN2931896Y

CN2931896Y - Supporting board locating structure of pipe column

Info

Publication number: CN2931896Y
Application number: CN 200620117083
Authority: CN
Inventors: 陈菁菲
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-06-23
Filing date: 2006-06-23
Publication date: 2007-08-08
Anticipated expiration: 2016-06-23

Abstract

A locating structure of pipe column supporting board is provided. Plural horizontal hack levers are provided through a vertical hack lever, and the lower portions of the horizontal hack levers are steadily located on the vertical hack lever due to a resisting element, wherein a plurality of ring trenches are provided on the exterior margin of the vertical hack lever, the front portion of the horizontal hack lever is provided as a support portion, and a hollow knotting column is provided at the rear portion of the horizontal hack lever. A chamber is formed under the connecting place of the support portion and the knotting column. A notch for extension is provided in the rear portion of the chamber, which is communicated with the inner portion of the knotting column. A pivot hole is provided on the two sides of the chamber, and a reentrant is provided on the upper portion of the chamber. An elastic element is arranged between the horizontal hack lever and the resisting element, thereby pushing the resisting element and making the resisting element takes a diagonal direction when in normal condition. The resisting element is formed by a pressing part with a resisting part bending and extending out of the rear end. A pivot hole is provided at the corner of the resisting element for a pivot to drill through. Due to the structure described above, the locating structure of pipe column supporting board can achieve a good and steady locating capability.

Description

Tube column frame plate position structure

(1) technical field

The utility model refers to especially that relevant for a kind of tube column frame plate position structure its detent force is firm, and not can weight put or below be subjected to the external force collision time to have situation about down dropping to take place.

(2) background technique

General common at present tube column and the position structure between frame plate, it is shown in Figure 12 to arrange in pairs or groups as Figure 11, it mainly is to be coated with the relative shift rod 61 of number on two main struts 60 respectively, and between shift rod 61 tops, be installed with glove plate 62, it can push thing plate 62 by upwards carrying in addition, and

shift rod

61 and 60 of main struts are got loose, can be directly with 62 displacements of glove plate, to carry out the adjustment of height, and when compressing glove plate 62 downwards, then can make shift rod 61 and main strut 60 fasten the location once again, so that article can be put.

Yet, above-mentioned existing structure still has following problem points in practical application: 61 of (one) its main strut 60 and each shift rods are only by the strength of fastening, reach form for glove plate 62 location, fear limited virial deficiency, and when the article storing is heavier, whole down landing is arranged, and cause article to break damage; (2) 60 of its shift rod 61 and main struts fastens detent force downwards, and can't prevent that shift rod 61 from upwards being started, cause when this rack in using if when having shift rod 61 belows to be subjected to the external force collision, can therefore cause shift rod 61 to be started with article are whole together with glove plate 62, and the person that down do not drop (as shown in figure 13); (3) when shift rod 61 is desired to carry out Height Adjustment, need elder generation upwards to carry and push away, just can reach, but not good if put forward the angle that pushes away, the problem that then can cause shift rod 61 to move smoothly.

This shows, position structure between present existing tube column and frame plate, between its main strut and each shift rod only by the strength of fastening, reach form for glove plate location, limited virial deficiency, and shift rod easily started, and the technical problem point that solves of desire such as down drop.

(3) model utility content

The utility model provides a kind of tube column frame plate position structure, it has several cross bars in upright to the hack lever upper sleeve through, and each cross bar below is again by the pushing and pressing of elastic element, cooperate retaining to support the clip of part, and can be positioned upright on hack lever really, wherein, stand on the hack lever periphery outside and be formed with the multiple tracks circular groove, cross bar the place ahead is formed with the supporting portion, the rear then is provided with hollow shape and interior Zhou Jing is slightly larger than upright noose post to hack lever periphery footpath, make cross bar can utilize the setting of noose post, and be set in upright on hack lever, supporting portion and noose post jointing place below is formed with a groove chamber again, rear, groove chamber also is provided with to hold and stretches notch, and communicate with noose post inside, both sides have then provided the pivot hole, reach in the place, top and be formed with a depression, elastic element places cross bar and retaining to support between part, be oblique setting and make it when normality, can push against retaining to part, retaining support part by a press part on the square end of back down bending extension go out to have a stopping part to form, and this retaining is provided with a pivot hole to the corner of part, and pivot can be worn, by said structure, in order to do to obtain tube column frame plate position structure.

The effect of contrast prior art:

(1) the utility model provides tube column frame plate position structure, its cross bar is by the pushing and pressing of elastic element, cooperate retaining to support the clip of part, and can be positioned upright on hack lever really, so even if article are put or are hung when heavier, this cross bar also can be certain because of detent force, and do not have down landing easily, and cause article to break the situation of damage.

(2) the utility model provides tube column frame plate position structure, it is upright on hack lever that its cross bar utilizes the noose post to be set in, cooperate the stopping part clip in standing in the circular groove of hack lever, and can be positioned upright on hack lever, so using if having when being subjected to the external force collision below the cross bar, this cross bar also can wear because of the noose post is whole and the clip power certain, do not started and have, and whole situation about down dropping takes place.

(3) the utility model provides tube column frame plate position structure, when cross bar is desired to carry out Height Adjustment, do not need up to carry and push away, can reach, so relative to not producing the not good and problem that causes cross bar to move smoothly of angle that pushes away of putting forward but push the press part that retaining supports part.

(4) description of drawings

Fig. 1 is a three-dimensional combination figure of the present utility model.

Fig. 2 is a three-dimensional exploded view of the present utility model.

Fig. 3 is a combination section of the present utility model.

Fig. 4 is the action schematic representation that the utility model is adjusted high and low position.

Fig. 5 is the enforcement illustration that the utility model is the Clothes-hanger kenel.

Fig. 6 is the enforcement illustration that the utility model is the rack kenel.

Fig. 7 is the enforcement illustration that the utility model is the drying rack kenel.

Fig. 8 is another embodiment's of the utility model a three-dimensional combination figure.

Fig. 9 is another embodiment's of the utility model a three-dimensional exploded view.

Figure 10 is the action schematic representation that another embodiment of the utility model adjusts high and low position.

Figure 11 is existing three-dimensional combination figure.

Figure 12 is existing three-dimensional exploded view.

Figure 13 is the schematic representation that existing shift rod below is subjected to the external force collision and down drops.

(5) embodiment

Please refer to Fig. 1 is three-dimensional combination figure of the present utility model, and Fig. 2 is shown in the three-dimensional exploded view of the present utility model, it has several cross bars 20 in upright to hack lever 10 upper sleeve throughs, and each cross bar 20 below is again by the pushing and pressing of elastic element 30, cooperate retaining to support the clip of part 40, and can be positioned upright on hack lever 10 really, wherein, stand on the hack lever 10 peripheries outside and be formed with multiple tracks circular groove 11, cross bar 20 the place aheads are formed with supporting portion 21, the rear then is provided with hollow shape and interior Zhou Jing is slightly larger than upright noose post 22 to hack lever 10 periphery footpaths, make cross bar 20 can utilize the setting of noose post 22, and be set in upright on hack lever 10, supporting portion 21 is formed with a groove chamber 23 with below, noose post 22 jointing places again, 23 rears, groove chamber also are provided with to hold and stretch notch 24, and communicate with noose post 22 inside, both sides have then provided pivot hole 25, reach in the place, top and be formed with a depression 26, elastic element 30 places cross bar 20 and retaining to support 40 of parts, be oblique setting and make it when normality, can push against retaining to part 40, retaining support part 40 by a press part 41 on the square end of back down bending extension go out to have a stopping part 42 to form, and this retaining is provided with a pivot hole 43 to the corner of part 40, and pivot can be worn.

During its combination, please refer to Fig. 1 arranges in pairs or groups shown in Figure 3, elastic element 30 supports part 40 with retaining and is placed in regular turn from lower to upper in the groove chamber 23 of cross bar 20, make pivot can pass cross bar 20 and the pivot hole 2543 of retaining to part 40, will keep off to part 40 pivot groups on cross bar 20, and square end also can be embedded in location in the depression 26 synchronously on the elastic element 30, lower end then can push against retaining and be oblique setting to part 40, at this moment, can bestow pressing force upwards in 41 places in the press part, allowing retaining support part 40 can pivot, and make stopping part 42 stretch notch 24 places to shift out noose post 22 inside by appearance, be set in upright on hack lever 10 so that cross bar 20 is utilized noose post 22, when treating that cross bar 20 is set in suitable height, can decontrol press part 41, allow retaining support the pushing and pressing that part 40 can be subjected to elastic element 30, be oblique setting and pivot to reply, 42 of stopping parts can be stretched notch 24 by appearance once again and enter noose post 22 inside, and take advantage of a situation clip in relative circular groove 11, make the cross bar 20 can be by the power of this clip, and really, firmly be positioned upright on hack lever 10.

Again with reference to shown in Figure 4, when desire is adjusted the height of cross bar 20, also 41 places bestow pressing force upwards in the press part, allowing retaining support part 40 pivots, drive stopping part 42 is stretched notch 24 places by appearance and is shifted out, clip is in standing in the circular groove 11 of hack lever 10, cross bar 20 can be removed because of the power of clip, and can on hack lever 10, adjust high and low position in upright, when treating that cross bar 20 is adjusted to suitable height, promptly decontrol press part 41, allow retaining support the pushing and pressing that part 40 can be subjected to elastic element 30, be oblique setting and pivot to reply, stopping part 42 also can be taken advantage of a situation clip again in relative circular groove 11, makes cross bar 20 can obtain the location once again.

Again, cross bar 20 can stagger to be built in to stand and (please also refer to shown in Figure 5) on hack lever 10, or can on the supporting portion 21 of two relative cross bars 20, be combined with glove plate 27 (asking simultaneously) by shown in Figure 6, and also can be combined with in the side before two relative cross bars, 20 supporting portions 21 and hang bar 28 (please while by shown in Figure 7), in order to do to allow this tube column frame plate position structure can present kenel as Clothes-hanger, rack or drying rack etc.

Again with reference to figure 8 collocation Fig. 9 and shown in Figure 10, its cross bar 20 can be established and be symmetrical shape, and in two noose posts 22 of this symmetrical cross bar 20, all placed one upright to hack lever 10, equal pivot group is positioned with a retaining and supports a part 40 and an elastic element 30 in the two groove chambers 23, and this cross bar 20 can utilize the noose of an interlock plate 50 and push synchronously and do, can pivot simultaneously and make two retainings support part 40, be positioned at two upright high and low positions on hack lever 10 to be used for adjusting.

The structure of the above-mentioned specific embodiment of mat, can obtain following benefit: (one) its cross bar 20 is by the pushing and pressing of elastic element 30, cooperate retaining to support the clip of part 40, and can be positioned upright on hack lever 10 really, so even if article are put or are hung when heavier, this cross bar 20 also can be certain because of detent force, and do not have down landing easily, and cause article to break the situation of damage; (2) to utilize noose post 22 to be set in upright on hack lever 10 for its cross bar 20, cooperate stopping part 42 clips in standing in the circular groove 11 of hack lever 10, and can be positioned upright on hack lever 10, so using if having when being subjected to the external force collision below the cross bar 20, this cross bar 20 also can wear because of noose post 22 is whole and the clip power certain, do not started and have, and whole situation about down dropping takes place; (3) when cross bar 20 is desired to carry out Height Adjustment, do not need up to carry and push away, but push the press part 41 that retaining supports part 40, can reach, so relative to not producing the not good and problem that causes cross bar 20 to move smoothly of angle that pushes away of putting forward.

Only the above person only is one of the utility model preferred embodiment, when can not with the scope of qualification the utility model enforcement; Promptly the equalization of being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the utility model patent contains.

Claims

1. tube column frame plate position structure, it has several cross bars in upright to the hack lever upper sleeve through, and each cross bar below cooperates retaining to support the clip of part again by the pushing and pressing of elastic element, and can be positioned really upright on hack lever, wherein,

Described standing on the hack lever periphery outside is formed with the multiple tracks circular groove, described cross bar the place ahead is formed with the supporting portion, the rear then is provided with hollow shape and interior Zhou Jing is slightly larger than described upright noose post to hack lever periphery footpath, make described cross bar can utilize the setting of described noose post, and be set in described upright on hack lever, in addition, described supporting portion and below, noose post jointing place are formed with a groove chamber, rear, described groove chamber also is provided with to hold and stretches notch, and communicate with described noose post inside, both sides have then provided the pivot hole, reach in the place, top and be formed with a depression, elastic element is to place described cross bar and retaining to support between part, be oblique setting and make it when normality, can push against described retaining to part, described retaining support part by a press part on the square end of back down bending extension go out to have a stopping part to form, and the corner that described retaining supports part is provided with a pivot hole, and described pivot can be worn;

By said structure, described elastic element is indoor to the groove that part is placed in described cross bar from lower to upper in regular turn with retaining, make described pivot can pass the pivot hole that described cross bar and described retaining support part, so that described retaining is supported part pivot group on described cross bar, and the upper end of described elastic element also can be embedded in synchronously and locatees in the described depression, lower end then can push against described retaining and be oblique setting to part, at this moment, can bestow pressing force upwards at place, described press part, allowing described retaining support part can pivot, and make described stopping part stretch the notch place to shift out described noose post inside by described appearance, be set in described upright on hack lever so that described cross bar is utilized the noose post, decontrol described press part again, allow described retaining support the pushing and pressing that part can be subjected to described elastic element, be oblique setting and pivot to reply, described stopping part then can be stretched notch by described appearance once again and enter noose post inside, and takes advantage of a situation clip in relative described circular groove.

2, tube column frame plate position structure as claimed in claim 1, it is characterized in that: described cross bar can stagger and be built in described standing on hack lever, or can on the supporting portion of described two relative cross bars, be combined with the glove plate, and also can be combined with on the place aheads of described two relative cross bar supporting portions and hang bar, so that described tube column frame plate position structure can present the kenel as Clothes-hanger, rack or drying rack etc.

3, tube column frame plate position structure as claimed in claim 1, it is characterized in that: described cross bar can be established and be symmetrical shape, and in two noose posts of this symmetrical cross bar, all placed one upright to hack lever, the indoor equal pivot group of two grooves is positioned with a retaining and supports a part and an elastic element, and described cross bar can utilize the noose of an interlock plate and push synchronously and do, can pivot simultaneously and make described two retainings support part, be positioned at described two upright high and low positions on hack lever to be used for adjusting.