CN101508361B

CN101508361B - Loading tool structure

Info

Publication number: CN101508361B
Application number: CN2009101329566A
Authority: CN
Inventors: 范植钧; 谢坤宏; 彭任威; 吴郡翔
Original assignee: AU Optronics Corp
Current assignee: AU Optronics Corp
Priority date: 2009-04-03
Filing date: 2009-04-03
Publication date: 2011-04-20
Anticipated expiration: 2029-04-03
Also published as: CN101508361A

Abstract

The invention discloses a carrier structure, which comprises a frame body and a positioning piece, wherein the frame body is provided with an accommodating space which is provided with a plurality of groove bodies; the plurality of the groove bodies are parallelly arranged on the bottom of the frame body; the positioning piece is arranged in the accommodating space and provided with a groove plate; and the groove plate is provided with a plurality of parallelly arranged grooves which correspond to the plurality of the groove bodies. The carrier structure is further provided with a transmission component and a driving component, wherein the transmission component is connected with the positioning piece; the driving component is combined on the frame body and connected with the positioning piece; and when the driving component is operated, the transmission component moves together with the driving component and makes the positioning piece generate displacement in the accommodating space.

Description

Carrier structure

Technical field

The present invention relates to a kind of carrier structure, particularly relate to a kind of carrier structure that loads panel.

Background technology

Since TV invention, provide the user can view and admire all over the world curiosity at home, therefrom recreate and knowledge.And TV from the C-R-tube of very early time (Cathode Ray Tube, CRT) improve most popular till now liquid crystal screen display (Liquid Crystal Display, LCD) and plasma display (Plasma Display Panel, PDP) etc.Simultaneously, also change into light thin kenel such as LCD and PDP, allow the user can in the less interior space, install larger-size thin monitor and do not worry the constriction that to have living space again from the not only thick but also heavy kenel of early stage CRT.But panel technology is more and more ripe at present, and therefore, the size of thin monitor is also increasing, and price is more and more cheap, and replaced CRT becomes TV main flow in the family gradually.

Yet the intensity of the panel of liquid crystal screen display and plasma display is lower, and for the management of the standard procedure in the product quality management, these panels all need the processing of safeguard procedures.And the main fluting board package panel that uses in the known technology is loaded into the packaged panel of several fluting boards in one carton again, piles up shipment at last after packing is finished again.Though above-mentioned manner of packing can reach good protection effect in transportation, derive following shortcoming also.

At first, panel is after sending to the destination, dismantling the fluting board of carton and packing, and these used fluting boards and carton all can't reclaim and re-use, and cause covert increase cost, and be especially all the more so for in-plant transportation.In addition the fashion trend of energy-saving and carbon-saving in recent years, the fluting board that use can't reuse and the way of carton will be run counter to this spirit.

Moreover fluting board and carton are the material of papery, are subjected to the factor of ambient humidity easily and cause structural strength to reduce, and cause fluting board or the carton can't support panel and conquassation easily, thereby panel is suffered damage.

At last, the size of fluting board and carton must redesign according to the size of panel, and this will waste many design costs, and when the panel of a certain size is no longer produced, also causes the problem of overstock easily.

Because every problem of known technology addresses these problems in order to take into account, the inventor proposes a kind of carrier structure, with implementation and the foundation as the above-mentioned shortcoming of improvement.

Summary of the invention

Because the problem of above-mentioned known technology, a wherein purpose of the present invention provides a kind of carrier structure, can avoid using fluting board and carton when packing, reaches reusable with cost-cutting thus, and meets the purpose of existing energy-saving and carbon-saving.

According to another object of the present invention, a kind of carrier structure is proposed, it can provide the panel that loads multiple size.

Therefore, the present invention proposes a kind of carrier structure, and it includes framework and locations.Framework has an accommodation space, and is provided with a plurality of groove bodies at the accommodation space of framework, and described a plurality of groove body arrangement in parallel is arranged at the bottom of this framework.Locations is arranged in this accommodation space, and locations is provided with concave-board, and this concave-board has a plurality of grooves of arrangement in parallel, and a plurality of groove is corresponding with described a plurality of groove bodies.This carrier structure further has Transmission and actuator.Wherein, Transmission and locations link, and actuator is incorporated on the framework, and link with locations, and actuator is when operation, and Transmission moves in the lump, and makes locations produce displacement in accommodation space.

From the above, can have one or more following advantages according to carrier structure of the present invention:

(1) this carrier structure can avoid using known fluting board or carton, and meeting the spirit of energy-saving and carbon-saving, and carrier structure also can reuse, and only need spend primary manufacturing expense and get final product.

(2) this carrier structure can avoid known fluting board or carton to be subject to the ambient humidity influence, thereby avoids the damage of panel.

(3) can arrange in pairs or groups various unidimensional panel of this carrier structure loads.

For making the personage who is familiar with this technology understand purpose of the present invention, feature and beneficial effect, now by following specific embodiment and cooperate appended accompanying drawing and in detail the explanation as after.

Description of drawings

Fig. 1 is the part three-dimensional exploded view of the embodiment of carrier structure of the present invention;

Fig. 2 is the block diagram of the embodiment of carrier structure of the present invention;

Fig. 3 is the lateral plan of the embodiment of carrier structure of the present invention;

Fig. 4 is the opposite side view of the embodiment of carrier structure of the present invention; And

Fig. 5 is the birds-eye view of the embodiment of carrier structure of the present invention.

Wherein, description of reference numerals is as follows:

1: carrier structure 10: framework

12: accommodation space 14: the groove body

140: stopper 16: the side plate body

162: the second saturating grooves of 160: the first saturating grooves

164: actuator 166: Transmission

18: set of rails 20: locations

22: concave-board 220: groove

24: conjunction 26: the slide block group

28: connecting element 280: open-work

30: base 32: position-limited trough

40: plate body 42: limiting stopper

420: oblique surface 50: the locking group

500: swing arm 502: the body of rod

504: latch fitting 60: handlebar stem

70: article 80: band

The specific embodiment

Hereinafter with reference to relevant drawings, the embodiment according to carrier structure of the present invention is described, for ease of understanding, the similar elements among the following embodiment indicates with identical Reference numeral and illustrates.

See also Fig. 1 and Fig. 2, Fig. 1 is that part three-dimensional exploded view, Fig. 2 of the embodiment of carrier structure of the present invention is the block diagram of the embodiment of carrier structure of the present invention.Among the figure, carrier structure 1 includes framework 10 and locations 20, and can arrange in pairs or groups base 30 and plate body 40.Below will describe embodiments of the invention in detail.

Framework 10 mainly is combined into by a plurality of rod members has accommodation space 12.With this embodiment is example, framework 10 is rendered as two-layer up and down, the bottom of each layer all is provided with a plurality of groove bodies 14, and each groove body 14 is rendered as arrangement in parallel, and this groove body 14 can further have two sides, two sides can be rendered as the one side and have gradient, or two states (figure does not show) that the side all has gradient, as " V ", " ㄥ " or its equivalent shape.And can be provided with stopper 140 on the groove body 14, preferred embodiment be arranged at stage casing or end section, and be the position that is arranged at latter end in the present embodiment for this stopper 140.Locations 20 mainly is arranged in accommodation space 12, and locations 20 disposes concave-board 22, and this concave-board 22 has a plurality of grooves 220 of arrangement in parallel, and a plurality of groove 220 is corresponding with a plurality of groove body 14.Moreover groove 220 can have two sides, and two sides can be rendered as the one side and have gradient or two states that the side all has gradient, and as " V ", " ㄥ " or its equivalent shape, present embodiment is representative with " V " font.And the material of concave-board 22 mainly can be elasticity or soft materials such as rubber.

Moreover the both sides of framework 10 vertically are provided with side plate body 16 and set of rails 18.Side plate body 16 is rendered as the cassette shapes of elongated.One bottom surface of side plate body 16 has the first saturating groove 160 of long strip type, and has the second saturating groove 162 of long strip type in a side of side plate body 16.Wherein, the inside of side plate body 16 is configurable actuator 164 and a Transmission 166.Actuator 164 mainly is disposed at side plate body 16 in-to-ins both sides up and down.Actuator 164 can be gear, pulley or other equivalent objects, and the binding Transmission 166 of can arranging in pairs or groups.166 of Transmissions can be chain, rope, cable wire or other equivalent objects.

See also Fig. 3, it is the lateral plan of the embodiment of carrier structure of the present invention.Among the figure, the both sides of locations 20 are provided with conjunction 24, slide block group 26 and connecting element 28.Conjunction 24 can wear side plate body 16 via the first saturating groove 160 and combine with Transmission 166.See also Fig. 2.Slide block group 26 combines with set of rails 18, and slide block group 26 can vertically be slided on set of rails 18, to avoid locations 20 generation of other sense of displacement is arranged, and slide block group 26 can use the socket mode to be incorporated into set of rails 18.Connecting element 28 has open-work 280, and open-work 280 is corresponding to the second saturating groove 162.Carrier structure 1 further includes swing arm 500, the body of rod 502 and latch fitting 504, and swing arm 500, the body of rod 502 and latch fitting 504 can form locking group 50.The body of rod 502 mainly can pass through connecting element 28 and side plate body 16 via the open-work 280 and the second saturating groove 162, and the two ends of the body of rod 502 are then respectively in conjunction with swing arm 500 and latch fitting 504.When rotating, swing arm 500 can determine the contact condition of connecting element 28 and side plate body 16.

Please cooperate and consult Fig. 4, Fig. 4 is the opposite side view of the embodiment of carrier structure of the present invention.If the user is will be with article 70 (as panel etc.) when being loaded in the framework 10, and at first rotating drive part 164 and drive Transmission 166 motions produces up or displacement down the locations 20 with conjunction 24 thereupon.Wherein, the user utilizes the handlebar stem 60 that is assembled in actuator 164 to come rotating drive part 164.When locations 20 being moved to suitable height when cooperating the height of corresponding article 70 sizes, the swing arm 500 that rotates locking group 50 can tightly fit on the side plate body 16 connecting element 28.Like this, locations 20 will be fixed in this height, damage article 70 by pressure to avoid locations 20 displacements in loaded with articles 70 processes.At this moment, when article 70 can be from the external groove body 14 that contacts the accommodation space 12 of framework 10, taking advantage of a situation by path that groove body 14 presented and with article 70 was pushed in the accommodation space 12 again, touches stopper 140 until article 70.Treat article 70 load finish after, the swing arm 500 that rotates locking group 50 this moment earlier is to remove the flush fit state of connecting element 28 and side plate body 16, turning handle hand lever 60 moves down locations 20 more again, and makes the article 70 can be more firm.This moment, article 70 were sandwiched between groove body 14 and the groove 220, and groove 220 mainly is rendered as the state of " V " font in the present embodiment, can be contacted with two inclined-planes of groove 220 simultaneously because of two sides that are adjacent to groove 220 of article 70, groove 220 thickness of article 70 different sizes of can arranging in pairs or groups like this, and all can reach the effect of location.Then can rotate the swing arm 500 of locking group 50 again and connecting element 28 is tightly fitted on the side plate body 16 once more, allow locations 20 stable thus.Then, the carrier structure band 80 of also can arranging in pairs or groups, the two ends of band 80 mainly are incorporated on the set of rails 18 of both sides, can prevent from thus that article 70 from producing to break away from the displacement of accommodation space 12.At last,, can be coated with glued membrane or its equivalent object, to strengthen the standard procedure management in the product quality management in the periphery of framework 10 in order to prevent the pollution problem of dust.

See also Fig. 5, it is the birds-eye view of the embodiment of carrier structure of the present invention.Base 30 can be assembled in the exterior bottom of framework 10, and its person of being easy to use uses Forklift (figure does not show) carrying framework 10, and wherein, base 30 is provided with a plurality of position-limited troughs 32 in its bottom surface.

Plate body 40 mainly is incorporated into the top of this framework 10, and plate body 40 is provided with a plurality of limiting stoppers 42 on the surface in the outside.In the time framework 10 will being stacked on another framework 10 tops, a plurality of limiting stoppers 42 and described a plurality of position-limited trough 32 corresponding combinations, and have oblique surface 420 on the limiting stopper 42, so can increase position-limited trough 32 and the convenience of limiting stopper 42 when assembling.

The above only is for example, and is not to be restrictive.Any equivalent modifications or change that does not break away from spirit of the present invention and category and carry out all should be contained in as in the attached scope that claims defined.

Claims

1. carrier structure comprises:

One framework has an accommodation space;

A plurality of groove bodies are arranged in this accommodation space of this framework and the bottom that arrangement in parallel is arranged at this framework;

Positioning piece, it is arranged in this accommodation space, and this locations is provided with a concave-board, and this concave-board has a plurality of grooves of arrangement in parallel, and described a plurality of groove is corresponding with described a plurality of groove bodies;

One Transmission, itself and this locations links; And

One actuator, it is incorporated on this framework, and links with this locations, and this actuator is when operation, and this Transmission moves in the lump, and makes this locations produce displacement in this accommodation space.

2. carrier structure as claimed in claim 1, wherein said a plurality of groove bodies are provided with a stopper.

3. carrier structure as claimed in claim 2, wherein this stopper is located at the middle section or the end section of described a plurality of groove bodies.

4. carrier structure as claimed in claim 1, wherein each described groove has two sides separately, and described two sides are rendered as the one side and have gradient or described two states that the side has gradient.

5. carrier structure as claimed in claim 1, wherein each described groove body has two sides separately, and described two sides are rendered as the one side and have gradient or described two states that the side has gradient.

6. carrier structure as claimed in claim 1, wherein this locations has a conjunction, and this locations links by this conjunction and this Transmission.

7. carrier structure as claimed in claim 6, wherein this framework also includes the side plate body, this side plate body is vertically installed in a side of this framework, and this actuator and this Transmission are positioned on the side surface of this side plate body, and this actuator is incorporated on this side plate body, have one first saturating groove on this side plate body, this conjunction is arranged in this side plate body by this first saturating groove, and links with this Transmission.

8. carrier structure as claimed in claim 7, wherein this Transmission is chain, rope or cable wire.

9. carrier structure as claimed in claim 7, wherein this actuator is gear or pulley.

10. carrier structure as claimed in claim 7, wherein this side plate body also includes one second saturating groove.

11. carrier structure as claimed in claim 10, wherein this locations also includes a connecting element, and this connecting element has an open-work, and this open-work is corresponding to this second saturating groove.

12. carrier structure as claimed in claim 11, also include a swing arm, a body of rod and a latch fitting, this body of rod is arranged in this open-work and this second saturating groove, and the two ends of this body of rod make this swing arm can determine the contact condition of this connecting element and this side plate body when operation respectively in conjunction with this swing arm and this latch fitting.

13. carrier structure as claimed in claim 1, wherein this framework also includes: a set of rails, and this set of rails is vertically installed in the lateral margin of this framework; And a slide block group, this slide block group combines with this set of rails, and this slide block group can be slided on this set of rails.

14. carrier structure as claimed in claim 13, wherein this framework collocation is provided with a band, and this band is assembled on this set of rails.

15. carrier structure as claimed in claim 1 also comprises a plate body, this plate body is incorporated into the top of this framework.

16. carrier structure as claimed in claim 15, wherein a side surface of this plate body is provided with a plurality of limiting stoppers, and the outside of this framework assembling collocation one base, and this base is provided with a plurality of position-limited troughs, and described a plurality of position-limited troughs are corresponding with described a plurality of limiting stoppers.

17. carrier structure as claimed in claim 16 has an oblique surface on wherein said a plurality of limiting stoppers.

18. carrier structure as claimed in claim 17, wherein this base is positioned at the bottom of this framework.