CN206367730U - Container - Google Patents

Abstract

The utility model provides container, improves the efficiency of the loading space of palletized transport, easily carries out the fixation for each goods that 1 layer of loading during for palletized transport and 2 layers are loaded.Container of the present utility model is provided with the ribs extended from base plate towards top plate portion in each space that the recess being recessed by the convex portion of the corrugated plating compared to the side wall for constituting container length direction is formed.The fixed part of the binding strap for being used for fixed tray or being loaded into the goods of pallet of internal container is configured in space together with ribs, and it is configured to include the second fixed part across the centre position for the ribs that top plate portion is extended to from base plate, the first fixed part of the first position being disposed above relative to base plate and the second place for being configured at relative to top plate portion lower section.

Description

Container

Technical field

The utility model is related to carry out Bulk Transport and the container of palletized transport, and the container can be loaded To transport vehicle etc..

Background technology

As described in Patent Document 1, container has been used in order to efficiently transport goods.Patent document 1 Container can set inner lining bag (bag) in container, can carry out being filled with the material in bulk such as resin particle in inner lining bag The Bulk Transport of material or bulk material etc..In addition, can also carry out palletized transport, that is, inner lining bag is pulled down, will be loaded on pallet Goods is loaded into container according to each pallet by fork truck.

Citation

Patent document

Patent document 1：No. 3123542 publications of Japanese Utility Model Registration Section No..

Utility model content

【Utility model problem to be solved】

It can be used in such Bulk Transport and the container both palletized transport sometimes in palletized transport in order to anti- Only load imbalance and by pallet or be loaded into the goods (include multiple goods groups) of pallet and be fixed on container.For example, will The two ends hooking of binding strap is fixed to the colligation track or fixed part of the internal face for being arranged at container.Also, pass through Binding strap is tensioned by ratchet mechanism, and pallet or goods are fixed on into container.

But, if colligation track or fixed part are protruded from the inwall of container, colligation track or fixed part can turn into Obstacle, internal container size (space that can be loaded in container) narrows, for example, there is the loading of palletized transport The misgivings of efficiency reduction.Particularly it is thinned in the container of the thickness of corrugated plating, ties up in order to extend container inside dimension Obstacle can be turned into by pricking track or fixed part, cause the internal container size extended with great difficulty to become narrow again.

On the other hand, the container of Bulk Transport and palletized transport can be carried out to realize loading during palletized transport The efficient activity in space and there is a situation where allow 2 layers loading.In this case, if in the position with the goods of 1 layer of loading Fixed part is as one man configured, then existing can easily can not be carried out based on binding strap for the goods on the upper strata of 2 layers of loading The situation of fixed operation.

Therefore, the purpose of this utility model is to provide a kind of container, the container can carry out Bulk Transport with And both palletized transport, it is possible to increase the efficiency of the loading space of palletized transport, and can easily carry out transporting for pallet The fixation of each goods of 1 layer of loading and 2 layers of loading when defeated.

The means used to solve the problem

(1) container involved by the utility model is formed as the box-like in a predetermined direction with length direction, energy It is enough the Bulk Transport that bulk material is filled in the inner lining bag of inside is being arranged in the way of it can pull down and will loaded Goods on the pallet of preliminary dimension is according to the palletized transport in each tray loading to container.Above-mentioned container possesses： Base plate；Top plate portion, it is opposed with base plate；Loading hatch, is arranged at length direction end；A pair of sidewalls portion, from base plate direction Top plate portion is extended substantially vertically；Ribs, is respectively arranged at a pair of sidewalls portion, and extend from base plate towards top plate portion；With And the fixed part of binding strap, for by pallet or being loaded into the goods of pallet and being fixed on container.

Herein, above-mentioned a pair of sidewalls portion is to be alternatively formed recess and the corrugated plating of convex portion in the longitudinal direction.Ribs It is arranged on the inside of container in each space formed by the recess being recessed compared to convex portion towards outside.

Also, above-mentioned container is characterised by that fixation portions is configured in space together with ribs, and including Across the centre position of ribs relative to the first fixed part of the first position that base plate is disposed above and relative to top Plate portion is configured at the second fixed part of the second place of lower section, and the ribs extends to top plate portion from base plate.

(2) in above-mentioned (1), it can be configured to：First position is the centre in base plate and the centre position, second Put the centre for being top plate portion and the centre position.

(3) in above-mentioned (1) or (2), above-mentioned ribs is divided by fixed part.Fixed part can be configured to possess：Rod The fixed component of shape, the concave surface relative to recess is discretely configured, and is inserted so as to the hook formed for binding strap or binding strap Insert space；And a pair of partition members, the upper and lower end parts for fixed component are fixed, and divide reinforcement across fixed component Rib.Further, it is possible to which being configured to a pair of partition members is fixed on the ribs divided up and down.

The effect of utility model

According to the utility model, by the convex portion of the corrugated plating compared to the side wall for constituting container length direction be recessed it is recessed Each space that portion is formed is provided with the ribs extended from base plate towards top plate portion, the Strong degree thus, it is possible to ensure corrugated plating. Thus, it is possible to which the thickness of corrugated plating is thinned and container inside dimension is extended.

Also, it is provided in internal container by pallet or is loaded into the goods of pallet and is fixed on the colligation of container The fixed part of band, fixed part is configured in space together with ribs, and is configured to include across extending to top from base plate The centre position of the ribs of plate portion relative to the first position that base plate is disposed above the first fixed part and relative to Top plate portion is configured at the second fixed part of the second place of lower section.

So, fixed part is configured in space together with ribs in advance, and across the centre position of ribs, relatively The precalculated position being disposed above in base plate, and relative to top plate portion be configured at lower section precalculated position.That is, in support In disk transport, in the short transverse of internal container size, relative to each goods on the pallet of 1 layer of loading and 2 layers of loading Thing sets fixed part respectively in position in advance, therefore, it is possible to easily carry out the fixation based on binding strap.

Bulk Transport and the container of palletized transport can be carried out involved by the utility model, it is possible to increase pallet is transported The efficiency of defeated loading space, and can easily carry out each goods of 1 layer during for palletized transport loading and 2 layers of loading Fixation.

Brief description of the drawings

Fig. 1 is the stereoscopic figure of the container of the embodiment 1 involved by the utility model；

The installment state of inner lining bag when Fig. 2 is the Bulk Transport for illustrating the embodiment 1 involved by the utility model Schematic diagram；

Fig. 3 is Fig. 1 Section A-A figure, is the figure for the inner side for showing corrugated plating；

Fig. 4 is the partial enlarged drawing in Fig. 3 section B-B, is provided with section of the thickness direction of the corrugated plating of ribs Face figure；

Fig. 5 is for illustrating that inner lining bag embodiment 1, filled with bulk material involved by the utility model is entered The figure of mode between ribs and recess；

Fig. 6 is the fragmentary cross sectional view of the X-Y plane of the container shown in Fig. 1；

Fig. 7 is the amagnified partial perspective for the colligation portion and colligation bar portion for showing the embodiment 1 involved by the utility model Figure；

Amplification sectional view when Fig. 8 is the colligation bar portion from X-Z plane；

Amplification sectional view when Fig. 9 is the colligation portion from Y-Z plane；

Amplification sectional view when Figure 10 is the colligation portion from X-Z plane；

When Figure 11 is the receiving for illustrating colligation portion and the when of use figure (Y-Z plane)；

When Figure 12 is the receiving for illustrating colligation portion and the when of use figure (X-Z plane)；

Figure 13 is the figure of one for showing to constitute the fixed component in colligation portion；

Figure 14 is loaded-up condition when showing the palletized transport involved by the utility model and by consolidating that binding strap is carried out The figure of fixed mode.

Symbol description

1：Container；

10：Base plate；

20：Top plate portion；

30：Side of sidewall portion；

31A、31B：Side plate；

311：Recess；

312：Convex portion；

40：Inner lining bag；

60：Ribs；

Ar：Loading hatch；

RD：Back door；

S, S1：Space；

Sa：Into space；

410：Fixed component

411、412：First fixed component；

413：Second fixed component；

420：Locking member；

421：The region of downside；

422：The region of upside；

423：Bottom surface；

500：Fixed component；

501、502：Demarcation strip；

Rr：Colligation portion；

Rb(Rb1、Rb2)：Colligation bar portion；

Sr：Configuration space；

Sb：Insert space；

B：Binding strap；

F：Hook；

N：Opening.

Embodiment

Hereinafter, embodiment of the present utility model is described in detail referring to the drawings.

(embodiment 1)

Fig. 1 to Figure 14 is the figure for showing the embodiment 1 involved by the utility model.Fig. 1 is the container 1 of the present embodiment Stereoscopic figure.In addition, in Fig. 1, X-axis, Y-axis and Z axis are mutually orthogonal directions axle.In the present embodiment, will be along vertical side The axle extended to (height) is set to Z axis.The relation of X-axis, Y-axis and Z axis is also same in the other drawings.

First, the container 1 of the ribs 60 using the present embodiment is illustrated referring to figs. 1 to Fig. 6.Container 1 The box-shaped of cuboid is shaped generally as, is formed as strip in the Y direction.Possessing in the length direction end face of container 1 is used for The loading hatch Ar of handling goods, the back door RD for the formula of splitting around for example can be openedly and closedly provided with loading hatch Ar.In addition, in collection In the explanation of vanning 1, the side for setting back door RD is referred to as to the rear of container 1, by the Y-direction end side opposed with back door RD Referred to as the front of container 1, direction (X-direction) orthogonal with the fore-and-aft direction (Y-direction) of container 1 in X-Y plane is referred to as Width.

The container 1 of the present embodiment is configured to possess：The base plate 10 that extends along X-Y plane, in z-direction with base plate 10 opposed top plate portions 20 and the side of sidewall portion 30 extended substantially vertically from base plate 10 towards top plate portion 20.In base plate 10 corner is provided with post portion, and each side of sidewall portion 30 is configured between post portion.

Side of sidewall portion 30 is configured to a pair of side plates for including extending and separating in the direction of the width along the fore-and-aft direction of container 1 31A, 31B and along container 1 width extension and separate on the fore-and-aft direction of container 1 a pair of side plates 32A, 32B.In addition, the side plate 32B of the rear side positioned at container 1 in a pair of side plates 32A, 32B equivalent to it is above-mentioned can be relative to The back door RD that loading hatch Ar is opened and closed.

The container 1 of the present embodiment is the general universal container based on iso standard, e.g. 20 feet types it is dry Goods container (has lid container).Illustrated 20 forty equivalent unit 40s as one, but can also be 40 forty equivalent unit 40s. In addition, container 1 is can be loaded into the transport container of the transport vehicle such as trailer, it also can be used in railway or ship etc. Transport.

In the case where container 1 is 20 forty equivalent unit 40s, for the external dimensions of container 1, the width of X-direction is 2438mm (8 feet), the length of Y-direction is 6096mm (20 feet).In addition, height have 2591mm (8 feet 6 inches), 2896mm (9 feet 6 inches) both.

Also, the container 1 of the present embodiment is can to carry out Bulk Transport and pallet based on inner lining bag mounting means The container of transport.So-called Bulk Transport refers to fill material in bulk in the inner lining bag 40 that can releasably set in container 1 The Container Transport of material.Fig. 2 is the schematic diagram for illustrating the installment state of inner lining bag during Bulk Transport.

As shown in Fig. 2 being filled up in the interior of container 1 in the way of being contacted with base plate 10 and side of sidewall portion 30 in receiving Serve as a contrast bag 40, the bulk material such as potting resin particle in inner lining bag 40.In addition, inner lining bag 40 be used for carry out petrochemical, The inner bag of the transport of the bulk materials such as medicine, food, agricultural product.

For example, in container 1, along top plate portion 20 around it is packed provided with liner so that loose mode can be tensioned Stringing 41.Inner lining bag shelves line 41 and is fixed on inner lining bag 40 by link rope (not shown).Line is shelved by using inner lining bag 41 lift the top surface side of inner lining bag 40, and inner lining bag 40 can be shelved to the interior for being supported on container 1.In the interior of container 1 Top plate portion 20 be equipped with along around top plate portion 20 and multiple be used to set the bridle ring 42 that inner lining bag shelves line 41.

In the Bulk Transport of such inner lining bag mounting means, as shown in Fig. 8 of patent document 1, when being unloaded, The trailer of transport container of stopping 1, opens back door RD.Then, tilt container 1 and discharge bulk material from inner lining bag 40. Now, to cause inner lining bag 40 is overall not slid relative to inclined container 1 from internal container, and dissipating in inner lining bag 40 Package material is unloaded from loading hatch Ar towards the mode of container outside discharge.

Palletized transport is the Container Transport for having used platform that is, pallet for placing goods.Pallet for example can Use the pallet according to shaping size as defined in Japanese Industrial Standards' (JIS standards).As through transport flat pallet, with T11 types (1100mm × 1100mm × 144mm), T14 types (1100mm × 1400mm × 144mm) etc..

The container 1 of the present embodiment can carry out following palletized transport, i.e. in the state of inner lining bag 40 is pulled down, By the goods being loaded on the pallet of preliminary dimension according to each tray loading to container after Bulk Transport, before Bulk Transport It is interior.

Herein, as described above, the external dimensions of container 1 is prescribed external dimensions according to iso standard, it is desirable to container 1 external dimensions is in the setting of iso standard.Thus, the inside dimension of container 1 by container 1 side of sidewall portion 30 thickness Degree is determined.

The inside dimension of container 1 is the space that can be loaded in container room, therefore, extends container 1 inside dimension, can load substantial amounts of goods when Bulk Transport and during palletized transport.In particular, transported in pallet In defeated, using the pallet according to shaping size as defined in JIS standards, if therefore can for example be thinned side plate 31A, 31B thickness Spend (thickness of X-direction), then can extend the inside dimension of container 1, so as to arranged side by side on the width of container 1 Loading pallet.

On the other hand, it is filled in the Y direction in side plate 31A, 31B of strip to inner lining bag 40 when Bulk Transport Bulk material pressing, effect is intended to power towards container lateral expansion.Therefore, it is possible to using corrugated plating constitute side plate 31A, 31B, to improve bending strength.

Corrugated plating is to implement the panel components such as steel plate, the aluminium sheet of concavo-convex processing, by the concavo-convex waveform shaping of implementation Recess 311 and convex portion 312 are alternatively formed in the longitudinal direction, it is possible to increase tolerance is intended to towards the curved of the power of container lateral expansion Qu Qiangdu.

Now, in the case where being intended to the inside dimension of superset vanning 1, if being only the thickness that corrugated plating is thinned, The angle of wall portion between the recess of corrugated plating and convex portion slows down, the bending of side plate 31A, 31B when causing Bulk Transport Intensity decreases.

Therefore, in the container 1 of the present embodiment, a pair of side plates 31A, 31B extended along its length is by length side Recess 311 is alternatively formed upwards and the corrugated plating of convex portion 312 is constituted, and is respectively arranged with a pair of side plates 31A, 31B from bottom plate The ribs 60 that portion 10 extends towards top plate portion 20.Ribs 60 can be installed on side plate 31A, 31B by welding etc..

Fig. 3 is Fig. 1 Section A-A figure, and is the figure of the inner side for the side plate 31A for being shown provided with ribs 60.Fig. 4 is figure The partial enlarged drawing of 3 section B-B, and it is provided with the sectional view of the side plate 31A of ribs 60 thickness direction (X-direction).

Ribs 60 is arranged at recess in the indoor side plate 31A in face of container 1, between convex portion 312 In 311, it is arranged in the inner side of container 1 in each space S that the recess 311 being recessed compared to convex portion 312 towards outside is formed.

Now, as shown in figure 5, the X-direction end face for the ribs 60 being arranged inside recess 311 is convex compared to convex portion 312 Face is not protruded.In addition, on side plate 31A length direction, the width h1 of ribs 60 is formed as less than the width h2 of space S. Side plate 31B structure is identical with side plate 31A.

By side plate 31A, 31B that the ribs 60 extended from base plate 10 towards top plate portion 20 is arranged to container 1 Each space S, it can be ensured that the Strong degree of side plate 31A, 31B during Bulk Transport.Therefore, it is possible to which side plate 31A, 31B thickness is thinned Spend and extend the inside dimension of container 1.

Double dot dash line represents to be not provided with the conventional corrugated plating of ribs 60 in Fig. 4.When in the past, in order to ensure Bulk Transport Side plate bending strength, and need by the angle of the wall portion between undulatory recess and convex portion relative to Y-direction shape As acute angle, the thickness of corrugated plating is set to D2.On the other hand, due to setting ribs 60, institute in the space S of recess 311 So that side plate 31A, 31B thickness can be thinned towards outside, side plate 31A, 31B are formed as into the thickness D1 thinner than thickness D2.

Fig. 5 be for inner lining bag 40 of the present embodiment filled with bulk material is entered ribs 60 and recess 311 it Between space S a the figure that illustrates of mode.As shown in figure 5, the space S (recess 311) of configuration ribs 60 is for being filled with The space that a part for the inner lining bag 40 of bulk material enters towards the position compared to convex portion 312 in the outer part, in the Y side of ribs 60 Space S a is formed with to both sides.If that is, the width h1 of ribs 60 is formed as into the width h2 substantially phases with space S Same width, then can block space S, the inwall of container 1 is irregular plane as not having, and in the present embodiment, reduces The width h1 of ribs 60, bumps are formed with the inwall in container 1, in case it is overall to block space S.Therefore, Bulk Transport is worked as Bulk material discharge when, the inner lining bag 40 filled with bulk material can be suppressed and slid from container 1.

Fig. 6 is the perspective cross-sectional slice of the X-Y plane of the container 1 shown in Fig. 1, and the container 1 of the present embodiment can incited somebody to action The external dimensions H1 of container 1 remain according to setting as defined in iso standard it is constant in the state of by side plate 31A, 31B distinguish It is thinned to thickness D1.Therefore, the inside dimension H2 extension thickness D3 thickness on the width of container 1 is so much.

Herein, in the example of fig. 6, single dotted broken line represents to be loaded into the goods of pallet.As described above, T11 types, T14 types The width of X-direction of pallet be defined as 1100mm, but being loaded in more than the goods on pallet can expose from the width of pallet. If for example, the flexible container bag of material, paper bag placing will be put into pallet, the flexible container bag compared with pallet external dimensions Deng can typically expose towards outside.

In the case of 20 forty equivalent unit 40s, the external dimensions H1 of container 1 is 2438mm, therefore, as long as in theory two Side plate 31A, 31B of side each thickness is aggregated within 238mm, but as described above, is loaded into the goods of pallet from support Disk exposes, so if side plate 31A, 31B thickness is not thinned, then in the presence of can not by placing in pallet goods in container 1 Width on equip load in 2 situations.

The external dimensions H1 of container 1 can remained the given size of iso standard not by the container 1 of the present embodiment The thickness compared with the past that side plate 31A, 31B are thinned towards outside in the state of change, so as to extend the width of container 1 Inside dimension.Therefore, even if also can be in 2 row on the width of container 1 in goods in the state of pallet exposes Load, the efficient activity of the loading space of palletized transport can be realized.

Then, reference picture 3, Fig. 7 to Figure 14 in palletized transport to for by pallet or being loaded into the goods of pallet and consolidating Illustrated due to the binding strap B of container 1 fixed part Rr, Rb (Rb1, Rb2).As shown in figure 3, fixed part Rr, Rb1, Rb2 It is configured in the space S that ribs 60 is set, relative to one ribs 60 configures multiple above-mentioned fixations side by side in z-direction Portion Rr, Rb1, Rb2.

The ribs 60 of the present embodiment is respectively arranged in whole space Ss arranged side by side in the Y direction, but is set and fixed Portion Rr, Rb1, Rb2 ribs 60 (60A) set multiple on (length direction) at predetermined spaced intervals in the Y direction.Namely Say, be not that fixed part Rr, Rb1, Rb2 are all set in whole ribs 60.

In addition, as shown in fig. 6, setting ribs 60 (60A) respectively in a pair of side plates 31A, 31B.Ribs 60 (60A) It is located at same position in the Y direction between a pair of side plates 31A, 31B and opposed in the X direction.

Fig. 7 is the enlarged partial isometric view for showing colligation portion (fixed part Rr) and colligation bar portion (fixed part Rb1, Rb2).

Colligation portion Rr is configured at what is formed between the lower end and base plate 10 of ribs 60 (60A) in space S Configuration space Sr.The lower end of ribs 60 (60A) is not extended to base plate 10, and positioned at the top from base plate 10 Predetermined position.Ribs 60 (60A) is divided with configuration space Sr by plane demarcation strip 450.Demarcation strip 450 and ribs 60 (60A) lower end is concatenated fixation.Demarcation strip 450 is fixed on recess 311 by welding etc..In addition, demarcation strip 450 X-direction end face is not protruded compared to space S (ribs 60 or the X-direction end face of convex portion 312) towards the side of base plate 10.

Colligation bar portion Rb is configured in space S together with ribs 60 (60A), and is configured to include 2 colligation bar portions Rb1、Rb2.Herein, the position relationship of colligation bar portion Rb1, Rb2 is illustrated.As shown in fig. 7, extending to top from base plate 10 The ribs 60 of plate portion 20 has height H in z-direction, centre position C will be referred to as in the middle of it.Colligation bar portion Rb1, Rb2 across Centre position C is configured, also, colligation bar portion Rb1, relative to the position that base plate 10 is disposed above, colligation bar portion Rb2 is relative The position of lower section is configured in top plate portion 20.

In the present embodiment, as shown in fig. 7, relative to centre position C, configuration colligation bar portion Rb1 from base plate 10 Top position be base plate 10 and centre position C centre position, similarly, configuration colligation bar portion Rb2 from top plate portion The position of the lower section of 20 is the centre position of top plate portion 20 and centre position C.That is, relative to the height of ribs 60 (from base plate 10 to the height of top plate portion 20) H, in position configuration colligation bar portion Rb1, the 1/4H on of the 1/4H from lower Position configuration colligation bar portion Rb2.

In addition, as shown in fig. 7, ribs 60 (60A) is divided by colligation bar portion Rb1, Rb2.Colligation bar portion Rb1 is configured to bag Include bar-shaped fixed component 500 and plane a pair of demarcation strips 501,502.The structure and demarcation strip of demarcation strip 501,502 450 is identical.As shown in figure 8, fixed component 500 is discretely configured relative to the concave surface of recess 311, to be formed for binding strap B Or the insert space S b of binding strap B hook F inserts.

The upper and lower end parts of fixed component 500 are individually fixed in a pair of demarcation strips 501,502.A pair of demarcation strips 501,502 every Along the bar-shaped fixed component 500 that Z-direction extends and divide ribs 60 (60A).A pair of demarcation strips 501,502 are individually fixed in The ribs 60 (60A) divided up and down.So, although divide ribs 60 (60A) using colligation bar portion Rb1, Rb2, still The ribs 60 that will be separated up and down with a pair of demarcation strips 501,502 by the bar-shaped fixed component 500 extended along Z-direction (60A) links together, so as to suppress the reduction of the bending strength of ribs 60 (60A) extended along Z-direction.

Then, colligation portion Rr is described in detail.Amplification section when Fig. 9 is the colligation portion Rr from Y-Z plane Figure, amplification sectional view when Figure 10 is the colligation portion Rr from X-Z plane.Colligation portion Rr is configured to include being fixed in base plate 10 fixed component 410 and it is fixed in fixed component 410 and opening with the hook F inserts for binding strap B or binding strap Mouth N locking member 420.

Locking member 420 is rotatably arranged between first position and the second place, the first position Refer to region 421 in the downside compared with opening N by fixed component 410 clamp in the state of be independently contained in configuration space Position in Sr, the second place refers to release by the way that locking member 420 is lifted upward relative to fixed component 410 State that the region 421 of downside is clamped by fixed component 410 and the position pulled out from configuration space Sr.In addition, first position E.g. the opening N of locking member 420 opening surface is located at the position of the position almost parallel with side plate 31A, 31B, second The opening surface for putting e.g. opening N is located at the position of the position almost parallel with base plate 10.

A pair of first fixed components 411 that fixed component 410 is configured to include being separated from each other and extended along Y-direction, 412, And insert between a pair of first fixed components 411,412 configuration locking member 420 opening N and end is individually fixed in one To the second fixed component 413 of the first fixed component 411,412.Second fixed component 413 is solid relative to first be separated from each other Determine the fixed component 412 of part 411 and second to bend in U-shaped, suppress (prevention) locking member 420 and depart from from fixed component 410, And allow locking member 420 to be moved towards Z-direction.The mobile range of permission can be for example set as consolidating than first in Z-direction The height for determining part 411,412 is long.

In addition, the width in the Y-direction of the second fixed component 413 is formed as less than underlying first fixed component 411st, the width in 412 Y-direction.That is, the width of the first fixed component 411,412 is formed as than the second fixed component 413 Width is wide.Herein, as shown in figure 9, the width in the Y-direction of the first fixed component 411,412 is formed larger than locking member 420 Opening N Y-direction on width, the width in the Y-direction of the second fixed component 413 is formed as less than locking member 420 The width being open in N Y-direction.Thus, the first fixed component 411,412 can not insert opening N, and the second fixed component 413 Opening N can be inserted.

As shown in figs. 11 and 12, can by locking member 420 relative to the first fixed component 411,412 towards Z-direction Top is lifted, and the state clamped by the first fixed component 411,412 can be released by lifting.Then, the shape from releasing is passed through State goes out towards nearby layback, and locking member 420 is rotated, at least a portion for the N that is open or all from configuration space Sr towards outside dew Go out.The maximum of locking member 420 can turn to opening N opening surface and the almost parallel degree of base plate 10.

In addition, the locking member 420 of the present embodiment is configured to include being clamped between a pair of first fixed components 411,412 The region 421 of downside and extended curved from the region 421 of downside setting upside region 422, the region of downside 421 linearly form along the first fixed component 411,412 extended in the Y direction.Also, the bottom surface in the region 421 of downside 423 are formed in plane substantially in parallel relative to fixed component 410 by fixed setting face.By so constituting, it can make Locking member 420 is obtained more stably to stand in configuration space Sr certainly in first position.

Figure 13 is the figure of one for showing to constitute colligation portion Rr fixed component 410.As shown in figure 13, fixed component 410 Can be by the way that the board member doubling of a H shape be formed.The board member of H shapes is formed and by it in U-shaped by punch press process Bending, thus, it is possible to make the first fixed component 411,412 and the integrally formed fixed component 410 of the second fixed component 413.

Loading state when Figure 14 is the palletized transport for showing the present embodiment and the mode of the fixation based on binding strap B Figure.As shown in figure 14, on pallet P load goods G, divide in z-direction above and below 2 layers goods G is loaded together with pallet P.In addition, It is used as one, it is illustrated that the height h1 identicals situation (H ＞ h1+h1) for the loading that pallet P and goods G are combined, still In the case where the height h1 of pallet P and goods the G loading being combined is higher than centre position C, as 1 layer of loading.

In the present embodiment, relative to the height H of ribs 60, colligation bar portion Rb1 is configured in the position of the 1/4H from lower, The 1/4H position configuration colligation bar portion Rb2 on.Therefore, it is possible to fix using colligation bar portion Rb1 and using binding strap B One layer of goods G, and the goods G of the second layer can be fixed using colligation bar portion Rb2 and using binding strap B.

So, in the present embodiment, by binding strap B fixed part that is, colligation bar portion Rb1, Rb2 in advance with ribs 60 (60A) is configured in space S together, and across the centre position C of the ribs 60 in Z-direction, relative to base plate 10 Precalculated position configuration above, and relative to the configuration of the underlying precalculated position of top plate portion 20.That is, in support Disk transport in, relative to 1 layer load or/and 2 layers loading pallet P on goods G in advance in position set tie up Bar portion Rb1, Rb2 is pricked, therefore, it is possible to easily carry out the fixation based on binding strap B.

In it can carry out the container 1 of Bulk Transport and the present embodiment of palletized transport, in order to realize palletized transport When loading space efficient activity, can relative to container 1 inside dimension (height) prespecified pallet P and goods G The height h1 for the loading being combined, to allow 2 layers of loading.Thus, relative to strengthened by ribs 60 and by be thinned side Plate 31A, 31B thickness and the internal container size extended, colligation bar portion Rb1, Rb2 will not be protruded, using being configured at reinforcement The colligation bar portion Rb1 of 1/4H position from lower of rib 60 and being configured on 1/4H position colligation bar portion Rb2, Can relative to 1 layer load or/and 2 layers loading pallet P on goods G easily carry out via colligation bar portion Rb1, The Rb2 fixation based on binding strap B.The efficient activity of loading space when can realize palletized transport, and can be for 1 layer of dress Carry and the goods G of 2 layers of loading easily carries out the fixation based on binding strap B up and down.

In addition, as shown in fig. 6, ribs 60 (60A) sets multiple at predetermined spaced intervals in the Y direction.Pallet P and Goods G can be continuously sequentially loaded into loading hatch Ar from the front of container 1, even if but not from the front of container 1 In the state of being freighted to loading hatch Ar, it can also be carried out via colligation bar portion Rb1, Rb2 of the rearmost part closest to loading Fixation based on binding strap B.Thus, can be via colligation bar portion Rb1, Rb2 no matter which position is the rearmost part of loading be located at Easily fix goods G.

On the other hand, binding strap B can be extended upward from base plate 10 to fix goods G, or utilizes colligation The pallet P abutted with base plate 10 is fixed with B.Colligation portion Rr is also identical, can be via the rearmost part closest to loading Colligation portion Rr carries out the fixation based on binding strap B.

Claims (3)

1. a kind of container, be formed as the box-like in a predetermined direction with length direction, can carry out can pull down Mode be arranged inside inner lining bag in filling bulk material Bulk Transport and will be loaded on the pallet of preliminary dimension Goods according to the palletized transport in each tray loading to container, the container is characterised by possessing：

Base plate；

Top plate portion, the top plate portion is opposed with the base plate；

Loading hatch, the loading hatch is arranged at the length direction end；

A pair of sidewalls portion, the pair of side of sidewall portion is extended substantially vertically from the base plate towards the top plate portion；

Ribs, the ribs is respectively arranged at the pair of side of sidewall portion, and prolongs from the base plate towards the top plate portion Stretch；And

The fixed part of binding strap, the binding strap is used for the pallet or is loaded into the goods of the pallet and is fixed on The container,

The pair of side of sidewall portion is alternately to be formed with recess and the corrugated plating of convex portion on the length direction,

The ribs is arranged on the inside of the container by being formed towards the recess that outside is recessed compared to the convex portion In each space,

The fixed part is configured together with the ribs in the space, and including the interposition across the ribs Put the first fixed part of the first position being disposed above relative to the base plate and be configured at relative to the top plate portion Second fixed part of the second place of lower section, the ribs extends to the top plate portion from the base plate.

2. container as claimed in claim 1, it is characterised in that

The first position is the centre in the base plate and the centre position,

The second place is the centre in the top plate portion and the centre position.

3. container as claimed in claim 1 or 2, it is characterised in that

The ribs is divided by the fixed part,

The fixed part possesses：

Bar-shaped fixed component, the fixed component is discretely configured relative to the concave surface of the recess, to be formed for described The insert space of the hook insert of binding strap or the binding strap；And

A pair of partition members, the pair of partition member is fixed for the upper and lower end parts of the fixed component, and across described solid Determine part and divide the ribs,

The pair of partition member is fixed on the ribs divided up and down.