CN209724873U

CN209724873U - A kind of plate body structure of modularization stage

Info

Publication number: CN209724873U
Application number: CN201920433032.9U
Authority: CN
Inventors: 赵芳
Original assignee: Deshang Hotel Equipment Design (shenzhen) Co Ltd
Current assignee: Deshang Hotel Equipment Design (shenzhen) Co Ltd
Priority date: 2019-03-29
Filing date: 2019-03-29
Publication date: 2019-12-03
Anticipated expiration: 2029-03-29

Abstract

The utility model discloses a kind of plate body structures of modularization stage, it includes panel, side plate and movable block, the bottom of the panel is equipped with panel rack, the side of the panel rack is equipped with fixed block, at least one wedge block being laterally extended is formed on the outside of the fixed block, the side of the movable block offers at least one wedge groove being laterally extended, the wedge block is inserted in the wedge groove, slit is offered in the movable block, the opening of the slit extends to the lower end and rear and front end of the movable block, the upper end of the side plate is formed with plate, the plate is inserted in the slit, and it is connected together between the plate and the slit by the convex stupefied and groove being mutually matched.The utility model can not only improve disassembly efficiency, can reduce abrasion, and the service life is longer.

Description

A kind of plate body structure of modularization stage

Technical field

The utility model relates to stage more particularly to a kind of plate body structures of modularization stage.

Background technique

Stage is the critical facility for performing active.In practical application, the support frame of stage is usually sharp after building Panel and side plate are attached with bolt etc., in this connection relationship, related components are excessive, and by repeatedly tearing open After dress, it is easy to cause the damage between component, service life is poor, and furthermore the dismounting speed of above-mentioned assembling mode is relatively slow, imitates Rate is low, it is difficult to meet application demand.

Utility model content

The technical problem to be solved by the present invention is in view of the deficiencies of the prior art, providing one kind can be improved dismounting Efficiency, the plate body structure that abrasion, modularization stage with long service life can be reduced.

In order to solve the above technical problems, the utility model adopts the following technical solution.

A kind of plate body structure of modularization stage comprising have panel, side plate and movable block, the bottom of the panel is equipped with Panel rack, the side of the panel rack are equipped with fixed block, are formed at least one on the outside of the fixed block and are laterally extended Wedge block, the side of the movable block offers at least one wedge groove being laterally extended, and the wedge block is inserted in described In wedge groove, slit is offered in the movable block, the opening of the slit extends to the lower end and front and back two of the movable block End, the upper end of the side plate are formed with plate, and the plate is inserted in the slit, and lead between the plate and the slit The convex stupefied and groove being mutually matched is crossed to be connected together.

Preferably, the two sides of the plate are each formed with convex stupefied, two opposed inner walls of the slit open up it is fluted, It is described it is convex it is stupefied be aligned one by one with the groove, and described convex stupefied extended transversely with the groove.

Preferably, the two sides of the movable block offer wedge groove.

Preferably, two wedge blocks being laterally extended, a side of the movable block are formed on the outside of the fixed block Portion is opened up there are two wedge groove, and the wedge block and the wedge groove correspond.

Preferably, the panel includes loading plate, is covered with feature board above the loading plate, the feature board and Loading plate is fixedly connected on the top of the panel rack.

In the plate body structure of modularization stage disclosed by the utility model, connected between the panel and side plate by movable block Connect, and joggle carried out by wedge block and wedge groove between movable block and panel, between movable block and side plate by plate and Slit carries out grafting, engaging, so that without being bolted between panel and side plate, to avoid the shadow due to abrasion between part Service life is rung, in addition, side plate need to can be only installed on the side of panel, assembling speed by above structure by grafting twice Faster, more efficient, it helps and quickly lays stage, better meet application demand.

Detailed description of the invention

Fig. 1 is the perspective view one of modularization stage；

Fig. 2 is the perspective view two of modularization stage；

Fig. 3 is the enlarged drawing of part A in Fig. 2；

Fig. 4 is the perspective view three of modularization stage；

Fig. 5 is the enlarged drawing of part B in Fig. 4；

Fig. 6 is the enlarged drawing of C portion in Fig. 4；

Fig. 7 is the partial enlarged view of modularization stage in Fig. 1；

Fig. 8 is the exploded view of Fig. 7；

Fig. 9 is the perspective view four of modularization stage；

Figure 10 is the enlarged drawing of the part D in Fig. 9；

Figure 11 is the structure chart after modularization stage installation side plate；

Figure 12 is the structure chart of side plate and panel junction；

Figure 13 is the partial enlarged view in Figure 12；

Figure 14 is the structure chart of movable block.

Specific embodiment

The utility model is described in more detail with reference to the accompanying drawings and examples.

Embodiment one

The present embodiment proposes a kind of plate body structure of modularization stage, and 1 to shown in Figure 14 referring to Figure 1 comprising has Panel 3, side plate 7 and movable block 8, the bottom of the panel 3 are equipped with panel rack 30, and the side of the panel rack 30 is equipped with solid Determine block 70, the outside of the fixed block 70 is formed at least one wedge block 700 being laterally extended, the side of the movable block 8 At least one wedge groove 80 being laterally extended is offered, the wedge block 700 is inserted in the wedge groove 80, the movable block Slit 81 is offered in 8, the opening of the slit 81 extends to the lower end and rear and front end of the movable block 8, the side plate 7 Upper end is formed with plate 71, and the plate 71 is inserted in the slit 81, and passes through between the plate 71 and the slit 81 Be mutually matched convex stupefied 72 and groove 82 be connected together.

In above structure, connected between the panel 3 and side plate 7 by movable block 8, and between movable block 8 and panel 3 Carry out joggle by wedge block 700 and wedge groove 80, between movable block 8 and side plate 7 by plate 71 and slit 81 carry out grafting, Engaging, so that without being bolted between panel 3 and side plate 7, thus avoid influencing service life because of the abrasion between part, In addition, side plate 7 need to can be only installed on the side of panel 3 by above structure by grafting twice, assembling speed faster, efficiency It is higher, it helps and quickly lays stage, better meet application demand.

In order to enable clamping relationship is more reliable and more stable, in the present embodiment, the two sides of the plate 71 are each formed with convex stupefied 72, two opposed inner walls of the slit 81 open up fluted 82, described convex stupefied 72 and are aligned one by one with the groove 82, and institute Convex stupefied 72 are stated to extend transversely with the groove 82.

The two sides of the movable block 8 offer wedge groove 80 as a preferred method,.By the two of movable block 8 Side offers wedge groove 80, docks two adjacent panels 3 using same movable block 8, and then when laying stage, Realize the combined application of multiple panels 3.

In order to further increase the stability and reliability of joggle relationship, in the present embodiment, the outside of the fixed block 70 It is formed with two wedge blocks being laterally extended 700, a side of the movable block 8 opens up that there are two wedge groove 80, the wedges Shape block 700 and the wedge groove 80 correspond.

About the specific structure of panel 3, in the present embodiment, the panel 3 includes loading plate 31, the loading plate 31 Top is covered with feature board 32, and the feature board 32 and loading plate 31 are fixedly connected on the top of the panel rack 30.It is practical In, above-mentioned feature board 32 can be carpet or solid wood, and then meet the application demand of different scenes.

Embodiment two

The present embodiment proposes a kind of folding modularization stage structure, in conjunction with shown in Fig. 1 to Fig. 5 comprising in having Between bracket 1, the two sides of the intermediate support 1 are respectively equipped with side foot 2, and the top of the intermediate support 1 is set there are two panel 3, two A panel 3 extends to the two sides of the intermediate support 1 respectively, and the bottom of the panel 3 is equipped with panel rack 30, the side foot 2 It is connected to the panel rack 30, connecting plate 10 is fixed on the panel rack 30, the intermediate support 1 includes upper beam 13, it is equipped between the connecting plate 10 and the upper beam 13 and swings piece 11 and pulling-on piece 12, the swing piece 11 is L-shaped, and It is oppositely arranged on the inside of the turning of two swing pieces 11, the upper end for swinging piece 11 is connect with 10 hinge of connecting plate, described The lower end for swinging piece 11 is connect with 13 hinge of upper beam, and the pulling-on piece 12 is located at the outside for swinging piece 11, and described The upper end of pulling-on piece 12 is connect with 10 hinge of connecting plate, and the lower end of the pulling-on piece 12 is connect with 13 hinge of upper beam, when When two panels 3 are upwardly or downwardly overturn, the swing piece 11 is driven to swing by the connecting plate 10, in the connecting plate 10, under the mating reaction of pulling-on piece 12 and swing piece 11, by two overturnings of panels 3 to vertical state or horizontality.

In above structure, the upper and lower ends due to swinging piece 11 are connect with connecting plate 10 and 13 hinge of upper beam respectively, institute With when user spins upside down panel 3, it can be achieved that panel 3 is overturn with respect to intermediate support 1, while under the action of cooperating pulling-on piece 12, Limit the oscillating stroke for swinging piece 11 so that panel 3 can only be overturn to vertical or horizontality, the connecting plate 10, Under the mating reaction of pulling-on piece 12 and swing piece 11, the folding functional of modularization stage is preferably realized, in practical applications, It is attached without using accessories such as bolt, locks, to facilitate dismounting, helps to improve stage and lay efficiency, in addition, In Modularization stage can be moved integrally in transportational process, without being stored, being transported to above-mentioned accessory, therefore also facilitate carrying, Transport has better meet the market demand.

In order to improve structural stability, in the present embodiment, the two sides of the connecting plate 10 are equipped with pulling-on piece 12.

Further, the pulling-on piece 12 is the arc pulling-on piece that middle is swelled outward.The pulling-on piece of this shape has elasticity Buffer function, to avoid the adverse effect in switching process by rigid power.

Further, the upper beam 13 includes there are two the upper beam piece 130 that is parallel to each other, under the swing piece 11 Hold sandwiched there are two between upper beam piece 130, the lower end of the pulling-on piece 12 is hingedly coupled to the outside of the upper beam piece 130.

In order to more reliable and more stable after the expansion of modularization stage, in the present embodiment, there are two the lower section of each panel 3 is set Side foot 2, the upper end of the side foot 2 connect with 30 hinge of panel rack, set between the side foot 2 and the intermediate support 1 There is pull rod 4, the both ends of the pull rod 4 are respectively hinged in the side foot 2 and the intermediate support 1, and the pull rod 4 and institute State while the junction of foot 2 close to it is described while foot 2 lower end, the junction of the pull rod 4 and the intermediate support 1 is in described Between bracket 1 upper end.Wherein, it is connect because of the upper end of the side foot 2 with 30 hinge of panel rack, so when panel 3 is overturn When to vertical state, under the pulling function of the pull rod 4, the side foot 2 can be driven to middle overturning, drawn close, Jin Er Reduce the occupancy to horizontal space under vertical state.

The pull rod 4 is V-shaped as a preferred method, is connected with reinforcing rod between two support arms of the pull rod 4 40, the reinforcing rod 40 is V-shaped, and is oppositely arranged on the inside of the pull rod 4 and the turning of the reinforcing rod 40.

Embodiment three

In practical application, the actual height of many stage structures is fixed, when stage needs to lay different height, Need to install the structures such as support frame additional in the lower section of stage, process needs consume a longer time with more manpower, not only influence Efficiency is laid, and it is more to dismount slow, the required part of speed.

In order to solve the above technical problems, that the utility model proposes a kind of height is adjustable, dismounting speed can be improved, structure letter Modularization stage structure that is single, being easily achieved, refers to Fig. 4 to Fig. 8 comprising have intermediate support 1, side foot 2 and support foot 5, institute The top for stating intermediate support 1 is equipped with panel 3, and the bottom of the panel 3 is equipped with panel rack 30, and the side foot 2 is connected to described Panel rack 30, the support foot 5 are disposed adjacent with the intermediate support 1, and the upper end of the support foot 5 and the panel rack 30 are cut with scissors Chain link, and the length of the support foot 5 is greater than the vertical height of the intermediate support 1, the side foot 2 includes standpipe 20, adjusts Section pipe 21 and bolt 22, the upper end of the standpipe 20 be connected to the panel rack 30, opened up in the regulation pipe 21 there are two Adjustment hole 210, two adjustment holes 210 are respectively close to the upper and lower ends of the regulation pipe 21, and the bolt 22 is across the standpipe 20, and the bolt 22 is inserted in one of two adjustment holes 210.

In above structure, the support foot 5 can be overturn with respect to panel rack 30, and when the support foot 5 is overturn to upright When state, the intermediate support 1 can be propped up upwards, while regulation pipe 21 being extracted out outward, bolt 22 is plugged in close to institute In the adjustment hole 210 for stating 21 upper end of regulation pipe, panel rack 30 and panel 3 are risen to one using the side foot 2 after support foot 5 and stretching, extension Fixed height need to only overturn the support foot 5 to horizontality when needing to reduce stage height, while by the regulation pipe 21 It retreats back in the standpipe 20.Based on the above principles, the adjusting to stage height is realized, stage dismounting speed is helped to improve Degree, while also having the characteristics that structure is simple, being easily achieved.

In order to which the overturning stroke to support foot 5 plays position-limiting action, in the present embodiment, the support foot 5 is equipped with support foot crossbeam 50 and mutual hinged two oblique pull parts 51, the upper end of two oblique pull parts 51 connect with 30 hinge of panel rack, The lower end of two oblique pull parts 51 is connect with 50 hinge of support foot crossbeam, when the support foot 5 is to the bottom reversed of the panel 3 When, two oblique pull parts 51 are straightened when the support foot 5 overturning to vertical direction for two V-shaped bendings of oblique pull part 51.

Each side foot 2 includes there are two standpipe 20 as a preferred method, and the regulation pipe 21 is " u "-shaped pipe, and institute Two support arms for stating regulation pipe 21 are inserted in respectively within two standpipes 20.In practical application, the regulation pipe 21 can also be set It is set to other shapes.

Further, the lower section of the panel 3 is set there are two side foot 2 and two support foots 5.

In the present embodiment, the top of the intermediate support 1 is set there are two panel 3, and two panels 3 are propped up to the centre respectively The two sides of frame 1 extend.

Example IV

In practical application, stage is in disassembly process, it usually needs moves in the venue, existing method is by artificial Mode is carried, but because the main structure of stage is usually steelwork, so its handling process is very time-consuming and laborious, not only Disassembly efficiency is low, and waste of manpower.

It can be achieved to move, disassembly efficiency, time saving province can be improved in order to solve the above technical problems, the present embodiment proposes one kind The modularization stage structure of power, refers to Fig. 9 and Figure 10 comprising has intermediate support 1, the top of the intermediate support 1 is equipped with Two panels 3, two panels 3 extend to the two sides of the intermediate support 1 respectively, and the panel 3 being capable of the relatively described centre Bracket 1 is overturn, and the intermediate support 1 includes lower beam 14, and the adjacent of the lower beam 14 is set there are two rollover stand 6, and two A rollover stand 6 extends to the two sides of the intermediate support 1 respectively, and the first end of the rollover stand 6 being capable of the relatively described lower beam 14 overturnings, the second end of the rollover stand 6 are equipped with idler wheel 60, and the bottom of the panel 3 is equipped with panel rack 30, the rollover stand Pull-push piece 61 is equipped between 6 and the panel rack 30, the pull-push piece 61 is V-shaped, and outside the turning of two pull-push pieces 61 Side is oppositely arranged, and the upper end of the pull-push piece 61 is connect with the edge hinge of the panel rack 30, the pull-push piece 61 Lower end is connect with the second end hinge of the rollover stand 6, when the panel 3 is overturn to vertical direction, the panel rack 30 Apply thrust to the second end of the rollover stand 6 by the pull-push piece 61, to enable the idler wheel 60 contact ground and will be described Intermediate support 1 lifts, and when the panel 3 is overturn to horizontal direction, the panel rack 30 is by the pull-push piece 61 to institute The second end for stating rollover stand 6 applies pulling force, and the idler wheel 60 is driven to be raised upwards to enable the intermediate support 1 contact ground.

In above structure, when the panel 3 overturning is to horizontally or vertically state, using the pull-push piece 61 to described Rollover stand 6 is pushed and pulled close to one end of the idler wheel 60, and rollover stand 6 is overturn with respect to intermediate support 1, works as modularization When stage needs to store, the idler wheel 60 lands and lifts intermediate support 1, when modularization stage needs to be unfolded in use, institute It states intermediate support 1 to land and play a supporting role to entire modularization stage, rollover stand 6 at this time drives the idler wheel 60 upwards It raises, so that idler wheel 60 is hidden in the lower section of panel rack 30.Based on above structure, the translation function of modularization stage is realized Can, it during laying stage, is carried without labor intensive and time, not only increases stage and lay efficiency, and Cost of labor is greatly saved.

About the specific connection relationship between rollover stand 6 and lower beam 14, in the present embodiment, the intermediate support 1 includes There are two lower beam 14, connected between two lower beams 14 by intermediate transverse girder 140, the first end of the rollover stand 6 with it is described The connection of 140 hinge of intermediate transverse girder.

In order to play balanced action, the both ends of the intermediate transverse girder 140 are equipped with rollover stand 6.

The idler wheel 60 is universal wheel as a preferred method,.

In order to play the role of elastic buffer, and rigid power is avoided to cause adverse effect, in the present embodiment, the pull-push piece The rounded shape of 61 corner.

The above is the utility model preferred embodiment, is not intended to limit the utility model, all practical at this Modification, equivalent replacement or the improvement etc. made in novel technical scope, should be included in the model that the utility model is protected In enclosing.

Claims

1. a kind of plate body structure of modularization stage, which is characterized in that include panel (3), side plate (7) and movable block (8), institute The bottom for stating panel (3) is equipped with panel rack (30), and the side of the panel rack (30) is equipped with fixed block (70), the fixation At least one wedge block (700) being laterally extended is formed on the outside of block (70), the side of the movable block (8) offers at least One wedge groove (80) being laterally extended, the wedge block (700) are inserted in the wedge groove (80), the movable block (8) It inside offers slit (81), the opening of the slit (81) extends to the lower end and rear and front end of the movable block (8), the side The upper end of plate (7) is formed with plate (71), and the plate (71) is inserted in the slit (81), and the plate (71) with it is described It is connected together between slit (81) by convex stupefied (72) that are mutually matched and groove (82).

2. the plate body structure of modularization stage as described in claim 1, which is characterized in that the equal shape in two sides of the plate (71) At having convex stupefied (72), two opposed inner walls of the slit (81) are opened up fluted (82), convex stupefied (72) with it is described recessed Slot (82) is aligned one by one, and convex stupefied (72) are extended transversely with the groove (82).

3. the plate body structure of modularization stage as described in claim 1, which is characterized in that the two sides of the movable block (8) are equal Offer wedge groove (80).

4. the plate body structure of modularization stage as described in claim 1, which is characterized in that the outside shape of the fixed block (70) At there is two wedge blocks being laterally extended (700), a side of the movable block (8) opens up that there are two wedge groove (80), institutes Wedge block (700) and the wedge groove (80) are stated to correspond.

5. the plate body structure of modularization stage as described in claim 1, which is characterized in that the panel (3) includes carrying Plate (31) is covered with feature board (32) above the loading plate (31), the feature board (32) and loading plate (31) is fixed connects It is connected to the top of the panel rack (30).