CN202073884U - Connecting component for goods shelf - Google Patents

Abstract

The utility model relates a connecting component for a goods shelf, which comprises a connecting piece and a plurality of plug-in connectors, wherein the connecting piece is an approximate cylindrical body; four first slots are arranged on the circumferential direction of the cylindrical body; two first slots, four second slots and four third slots are arranged at one end part of the cylindrical body; the two first slots arranged at the end part are symmetrically distributed at the center of the end part; shelving surfaces of the shelf are arranged at both sides of the two first slots respectively; the four second slots are arranged in pairs, are symmetrically distributed and are respectively arranged at both sides of the two first slots arranged at the center of the end part; the four third slots are arranged in pairs, are symmetrically distributed on the circumferential direction of the cylinder body and are vertical to the second slots; and two rod piece slots which are mutually vertical are arranged on the plug-in connectors; and the plug-in connectors are plugged in the two first slots so as to be connected with the connecting piece. The connecting component has the advantages: the goods shelf overlapped by using the connecting component is stable and is not easy to deform. The connecting component has a small and exquisite structure and enables the constructed shelf to be more attractive.

Description

The shelf connection part

Technical field

The utility model relates to the link of frame structure, relates in particular to a kind of shelf connection part that is overlapped to form shelf by rod member.

Background technique

A kind of utility application of shelf link has been proposed before the present inventor, and the authorized (patent No.: ZL).This link makes and do not rely on bolt nut to connect when building shelf substantially, as long as rod member is inserted on the corresponding shelf link one by one, just can be built into shelf easily, and is time saving and energy saving, and attractive in appearance again.But this shelf link is because some defectives on the structural design, make this link and rod member to be connected defective tightness firm, thereby the feasible shelf of building are firm inadequately.

Summary of the invention

The purpose of this utility model is to overcome the deficiency of above-mentioned prior art, proposes a kind of shelf connection part, and it is realized by following technological scheme:

Described connection part, comprise a link and some plug-in units, described link is roughly a Cylindrical object, upwards be provided with four first slots in the week of this Cylindrical object, be provided with two first slots in an end of this Cylindrical object, four second slots and four the 3rd slots, first slot that is arranged on described end is symmetrically distributed in center, described end, be respectively equipped with shelf in the both sides of this first slot and shelve face, described four second slots are a pair of in twos, symmetrical distribution also places the both sides that are positioned at center, described end two first slots respectively, described four the 3rd slots are a pair of in twos, the week that is symmetrically distributed in described cylinder makes progress, and vertical with second slot, described plug-in unit is provided with orthogonal two rod member slots, and this plug connector is connected with link by being plugged in first slot.

The further design of described connection part is that described Cylindrical object is an octahedral Cylindrical object, and described four the first slots axis of this octahedral Cylindrical object relatively are symmetrically distributed.

The further design of described connection part is that described two second slots that are positioned at center, Cylindrical object one end are symmetrically distributed.

Described the 3rd slot and the second corresponding slot vertical connection.

Described shelf is shelved on the end face of outside cell wall of second, third slot that face is arranged on described vertical connection, and is vertical with trough wall surface.

The notch end of first slot on the described Cylindrical object is provided with and stops the limit.

Described plug-in unit is a cuboid, is respectively equipped with orthogonal rod member slot on two adjacent sides of this cuboid.

The counterpart that described plug-in unit is plugged on first slot is provided with and the described step surface that stops that the limit cooperates.

Described rod member slot is rectangle groove or round slot bore.

The utility model is designed to the kit form that plug-in unit matches with link with previous shelf link, and like this, plug-in unit makes closely cooperating of plug-in unit and link by the resiliently deformable of corresponding slot wall on the rod member.The shelf rod member closely cooperates shelf rod member and plug-in unit by the resiliently deformable of corresponding slot wall on the plug-in unit simultaneously, thereby guarantees that the shelf that are overlapped to form are firmly not yielding.In addition, connection part of the present utility model is compact more, makes the shelf of building more attractive in appearance.

Description of drawings

Fig. 1 is the three-dimensional schematic view of a kind of structure of link in the utility model connection part.

Fig. 2 is the sectional view of the A-A` position of link shown in Figure 1.

Fig. 3 is the three-dimensional structure schematic views of plug-in unit.

Fig. 4 is the sectional view of the B-B` position of plug-in unit spare shown in Figure 3.

Fig. 5 is that plug-in unit is plugged on the three-dimensional structure schematic views in the link shown in Figure 1.

The rectangle frame that Fig. 6 is made up of 4 plug-in units and rod member.

Fig. 7 is the shelf structure schematic representation.

Fig. 8 is the three-dimensional schematic view of the another kind of structure of link in the utility model connection part.

Fig. 9 is that plug-in unit is plugged on the three-dimensional structure schematic views in the link shown in Figure 8.

Embodiment

Below in conjunction with drawings and Examples the utility model and advantage thereof are described further.

Contrast Fig. 1, Fig. 2, link 1 is the Cylindrical object of an octahedral rib body, upwards be provided with four first slots 10 in the week of this Cylindrical object, these four slots are octagonal end face 12 with two of this rib body and constitute by being located at two orthogonal gussets 11 in this rib body, and the symmetrical center line of this octagon column rib body is symmetrically distributed relatively.Both ends of the surface at octahedral rib body are Octagon, in an end of octahedral rib body, promptly are provided with two first slots 10, four second slots 13 and four plate slots 14 on its octagonal end face 12.Two first slots 10 on the end face 12 are positioned at the center portion of this end face and are symmetrically distributed.The notch end of each first slot 10 is provided with and stops limit 15.Four second slotting 13 grooves are a pair of in twos, and are symmetrically distributed in the both sides that are positioned at two described first slots on this end face.A pair of in twos and week of being symmetrically distributed in this octahedral rib body of four dividing plate slots 14 upwards, and with corresponding second slot, 13 vertical connections.Slot 13,14 is used to peg graft the vertical dividing plate 5(that places referring to Fig. 6).The face of shelving 16 of shelf is set on the end face of the outside cell wall of second, third slot of the vertical connection of two first slots, 10 both sides on the end face 12, and the face of shelving 16 of this shelf is vertical with trough wall surface, is used to shelve the shelf 6(of horizontal positioned referring to Fig. 6).

Contrast Fig. 3, Fig. 4, plug-in unit 2 is a cuboid, is respectively equipped with orthogonal rod member slot 21 on two adjacent sides of this cuboid, slot 21 is a rectangle groove.Each plug-in unit 2 can distribute by two orthogonal slots 21 and connect the two vertical rod member 3(that place referring to Fig. 6).

Contrast Fig. 5,5 plug-in units 2 are plugged on the link 1 by 5 first slots 10 of the correspondence on the link 1.The quantity of the plug-in unit 2 of pegging graft on the link 1 is to be decided in the shelf present position by this link, pegs graft 6 at most.On the shelf of being made up of the utility model connection part and rod member as Fig. 7, need two plug-in units 2 of pegging graft on position 1,2 need 4 plug-in units 2 of pegging graft in the position, and 3 need three plug-in units 2 of pegging graft in the position, and 4 need six plug-in units 2 of pegging graft in the position.During the overlap joint shelf, general earlier with four plug-in units 2 and corresponding four rod members, 3 elder generation's compositions rectangle frame as shown in Figure 6, then this rectangle frame is inserted in first slot 10 of four correspondences on the corresponding link, peg graft so one by one, until the shelf of forming frame structure.The shelf of shelving on each layer shelf, or the dividing plate of pegging graft again then, four jiaos of shelf are shelved on the face of shelving 16 of link, and four jiaos of plate are plugged in the corresponding slot 13 or slot 14.

Because being provided with, the notch end of first slot 10 stops that the counterpart that limit 15, plug-in unit 2 are plugged on first slot 10 is provided with downward projection, forms a step surface 22.Make plug-in unit outside slot, 10 when skidding off, be subjected to stopping stopping of limit 15 that make the amount of deformation of shelf controlled, the structure of shelf becomes more firm even produce bending deflections in the stressed generations of rod member 3 like this.

Simultaneously because first slot 10 that plug-in unit 2 is pegged graft is made of the width that is slightly less than plug-in unit 2 that slot 10 corresponding width can be done the plate face of elastically deformable.When plug-in unit 2 was plugged in the slot 10, the plate face that forms slot 10 produced resiliently deformable, and makes plug-in unit 2 hard-pressed bales in slot 10.When the stainless steel shelf rod member 3 of same rectangle is plugged in the rectangular slot 21 of plug-in unit 2, also the resiliently deformable by slot 10 thin-walleds make shelf rod member 3 by hard-pressed bale in slot 10, this has just guaranteed that the shelf that overlapped are firmly not yielding.

Link 1 of the present utility model also can be made structure as shown in Figure 8, corresponding plug-in unit 2 and structural similarity shown in Figure 3, and the cross section of different is plug-in unit 2 shown in Figure 3 is a rectangular, and the cross section of the plug-in unit 2 that matches with Fig. 8 is square.

Claims (9)

1. shelf connection part, it is characterized in that comprising a link and some plug-in units, described link is a Cylindrical object, upwards be provided with four first slots in the week of this Cylindrical object, be provided with two first slots in an end of this Cylindrical object, four second slots and four the 3rd slots, first slot that is arranged on described end is symmetrically distributed in center, described end, both sides at this first slot are respectively equipped with the face of shelving, described four second slots are a pair of in twos, symmetrical distribution also places the both sides that are positioned at center, described end two first slots respectively, described four the 3rd slots are a pair of in twos, the week that is symmetrically distributed in described cylinder makes progress, and vertical with second slot, described plug-in unit is provided with orthogonal two rod member slots, and this plug connector is connected with link by being plugged in first slot.

2. shelf connection part according to claim 1 is characterized in that described Cylindrical object is an octahedral Cylindrical object, and described four the first slots axis of this octahedral Cylindrical object relatively are symmetrically distributed.

3. shelf connection part according to claim 2 is characterized in that described described a pair of second slot that is positioned at center, Cylindrical object one end is symmetrically distributed.

4. shelf connection part according to claim 3 is characterized in that described second slot and the 3rd corresponding slot vertical connection.

5. shelf connection part according to claim 4 is characterized in that described shelving on the end face of outside cell wall of second, third slot that face is arranged on described vertical connection, and is vertical with trough wall surface.

6. shelf connection part according to claim 2, the notch end that it is characterized in that first slot on the described Cylindrical object is provided with and stops the limit.

7. shelf connection part according to claim 6 is characterized in that described plug-in unit is a cuboid, is respectively equipped with orthogonal rod member slot on two adjacent sides of this cuboid.

8. shelf connection part according to claim 7 is characterized in that the counterpart that described plug-in unit is plugged on first slot is provided with and the described step surface that stops that the limit cooperates.

9. shelf connection part according to claim 1 is characterized in that described rod member slot is rectangle groove or round slot bore.

Images