CN108137224A

CN108137224A - It is pressurizeed by the side wall to container and fixed weight support platform

Info

Publication number: CN108137224A
Application number: CN201680061253.7A
Authority: CN
Inventors: 黄世仁
Original assignee: Vanplus
Current assignee: Vanplus; Vanplus Corp
Priority date: 2015-12-23
Filing date: 2016-07-26
Publication date: 2018-06-08
Anticipated expiration: 2036-07-26
Also published as: KR20170075448A; KR101805833B1; WO2017111232A1; CN108137224B

Abstract

The present invention relates to weight support platforms, and the inside of cargo transport container can be accommodated in the state of weight is loaded, including：Ontology has the supporting part that the weight can be supported in a manner of rebasing above；First fixing device, with the first stop part, first stop part can carry out reciprocal position movement as the component that can be pressurizeed to the side wall of the container between the separation point position detached with the pressing position that the side wall of the container contacts with from the side wall of the container.According to the present invention, the effect of the inside of container can be just fixed in the binding operation or nailing operation additional without progress.

Description

It is pressurizeed by the side wall to container and fixed weight support platform

Technical field

The present invention relates to weight support platform more particularly to additional binding operation need not be carried out or nailing operation just can It is fixed in the weight support platform of the inside of container.

Background technology

As it is more than the METAL HEATING PROCESS to recrystallization temperature by steel etc and pass through calendering made of hot rolled coil (hot Coil), there is the several tons of coiled material type weight R to tens of tons (ton) weight, weight is according to specification up to 15 tons to 30 tons (ton), thus, by land transport in the case of, tie up using coiled material exclusive trail car or by coiled material and transported in platform trailer, In the case of sea-freight, transported using bulk carrier or utilize common ship by being accommodated in cargo transport with container It is transported.

In the case of using bulk carrier transport, have the advantages that cargo transport container can not be used, still The delivery date in accordance with cargo transport, and the cargo freight of bulk carrier are difficult to due to the operation of bulk carrier is most of irregular Amplitude of fluctuation increase, recently, with container object amount increase, container freight charges reduce, thus using container ship fortune It is defeated to be in increase trend.

But in the case where being transported by sea using container ship to coiled material type weight R, often occur because in sea-freight The ships such as the rolling and pitching of the ship of generation move (Ship motion) and pad the cargo of bearing coiled material type weight R (dunnage) it is damaged or container is caused the situation of damage.Other cargos that this problem also results in internal container are damaged, Even currently timber is padded as cargo in as the dry cargo container of break-bulk general cargo container (Dry container) (dunnage) method is regarded as the project avoided from sea-freight ship society.

Certainly, it also using the method for coiled material special container, but if using coiled material special container, can only just transport Coiled material type weight R and other cargos cannot be loaded, destination unload after, empty container can only be recycled to departure place again, The problem of thus increasing therewith there are still freight charges.

Therefore, the current container for being badly in need of also can effectively transporting coiled material type weight R without using coiled material special container With coiled material supporting station.

Invention content

Technical problem

The present invention proposes to solve the above-mentioned problems, it is intended that offer need not carry out additional binding operation or Nailing operation can just be fixed in the weight support platform that the structure of the inside of container is improved.

Solution to problem

The weight support platform of the present invention for achieving the above object can be accommodated in goods in the state of weight is loaded The inside of object shipping container, which is characterized in that including：Ontology has above described in being supported in a manner of rebasing The supporting part of weight；First fixing device, has the first stop part, and first stop part is as can be to the container The component that side wall pressurizes, can be in the pressing position and the side wall from the container that the side wall with the container contacts Reciprocal position movement is carried out between the separation point position of separation.

Wherein it is preferred to first stop part can be detached along the second central shaft in the pressing position with described Reciprocal position movement is carried out between position, the weight support platform includes the second fixing device, and second fixing device has Second stop part, second stop part can be from the separated disconnected position of the ontology and close to the ontologies close to position Reciprocal position is carried out between putting along the first central shaft intersected with second central shaft to move.

Wherein it is preferred to which the weight support platform includes weight fixing device, the weight fixing device is stopped with weight Block piece, the weight stop part is as can in the state of being supported in a manner of rebasing by the supporting part in the weight It, can be in the pressing position that the one end with the weight contacts and from institute to the component that the one end of the weight pressurizes State weight one end separation separation point position between carry out reciprocal position movement.

Wherein it is preferred to first stop part and the weight stop part are can be located remotely from each other or mutually The mode of close relative position movement links.

Wherein it is preferred to first stop part have along the container side wall extend it is rod-shaped, described first Fixing device includes：Rod unit is combined hinge member in a manner of it can rotate with first stop part；Position is adjusted Component is arranged to that the rod unit is enable to carry out reciprocal position movement relative to the ontology.

Wherein it is preferred to a pair of of longeron, has the form extended in long way along the first central axial front-rear direction, with Mutually opposite state is separated by scheduled interval side by side；A pair of beams has along the intersected with first central shaft The form that two central axial left and right directions extend in long way, with mutually opposite state separates scheduled interval side by side, for will The longeron is connected with each other.

Wherein it is preferred to combinations of states of the crossbeam to be placed on the longeron, the outside of the pair of crossbeam Separation distance between face is less than the separation distance between the medial surface of the pair of longeron, in the state of without loads, It can be multilayer laminated with the state of 90 degree of relative rotation.

Wherein it is preferred to the weight support platform includes antifriction unit, when the ontology is in the inside of the container When advancing forwards, the antifriction unit is for reduction to the frictional resistance of the bottom surface of the container.

Wherein it is preferred to which first fixing device is provided with a pair, a pair of first fixing device is with the weight Centered on be respectively arranged at left and right, first stop part can intersect along the length direction with the container second in Mandrel carries out reciprocal position movement between the pressing position and the separation point position.

Wherein it is preferred to first central shaft is parallel with the length direction of the container, with along the packaging Case length direction arrangement state be equipped with it is multiple in the state of, adjacent two second stop parts being capable of phase mutual connection It touches, so as to transmit the load of first central axis direction.

The effect of invention

According to the present invention, weight support platform includes：Ontology, the weight can be supported in a manner of rebasing by having above Supporting part；First fixing device, has the first stop part, and first stop part is as can be to the side wall of the container The component to pressurize can be detached in the pressing position that the side wall with the container contacts with from the side wall of the container Separation point position between carry out reciprocal position movement.Therefore, additional binding operation or nailing operation need not be carried out with regard to energy by having Enough it is fixed in the effect of the inside of container.

Description of the drawings

Fig. 1 is the stereogram of weight support platform as an embodiment of the present invention.

Fig. 2 is the front view of weight support platform shown in FIG. 1.

Fig. 3 is the right side view of weight support platform shown in FIG. 1.

Fig. 4 is the bottom view of weight support platform shown in FIG. 1.

Fig. 5 is the stereogram for the state for representing weight support platform expansion shown in FIG. 1.

Fig. 6 is the magnified partial view of weight support platform shown in fig. 5.

Fig. 7 is the figure being amplified to the first fixing device of weight support platform shown in FIG. 1.

Fig. 8 is to represent that the first stop part of weight support platform shown in Fig. 7 carries out the figure of the mobile state of advance.

Fig. 9 is for illustrating that weight support platform shown in FIG. 1 is installed in the vertical view of the state of internal container.

Figure 10 is to represent that the right side of state that the upper surface of weight support platform shown in Fig. 1 is placed with coiled material type weight regards Figure.

Figure 11 is in the state of representing that the upper surface of weight support platform shown in Fig. 1 places coiled material type weight, to be contained in collection The front view of the state of the inside of vanning.

In a state that Figure 12 represents that the upper surface of weight support platform shown in Fig. 1 places coiled material type weight, multiple weight branch Cushion cap is accommodated in the stereogram of the state of the inside of container.

Figure 13 is the vertical view of the weight support platform shown in Figure 12.

Figure 14 is become for multiple weight support platforms shown in FIG. 1 are vertically configured in the state of weight is not loaded with this The front view of multilayer laminated state.

Figure 15 is the vertical view of the weight support platform shown in Figure 14.

Specific embodiment

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Fig. 1 is the stereogram of weight support platform as an embodiment of the present invention, and Fig. 2 is weight support platform shown in FIG. 1 Front view, Fig. 3 be weight support platform shown in FIG. 1 right side view.

Referring to figs. 1 to Fig. 3, the weight support platform 100 of the preferred embodiment of the present invention is in the shape for being loaded with coiled material type weight R The supporting station being accommodated under state inside cargo transport container C is also known as so-called coiled material frame (coil rack), above-mentioned Coiled material type weight R be, for example, by it is more than the METAL HEATING PROCESS to recrystallization temperature of steel etc and pass through calendering made of hot rolled coil (hot coil) has the several tons of weight to tens of tons (ton).

Hereinafter, it is to be used for the general of cargo transport without what is paid special attention to freezing, liquid, ventilation etc. with the container C Logical groceries are illustrated by the use of container, that is, dry cargo container (Dry container) as premise.

On the other hand, the container C is typically the iron frame structure object of quadrangle, and including pedestal, the pedestal includes Front frame, rear square bearer and side frame are separately installed with corner fittings (corner in four corners of the pedestal Casting), the corner fittings can be in a manner of detachable with being set to trailer chassis (Trailer Chassis) or container The locking device of the ISO standards specification of processing equipment etc. is (not shown) to be combined, the bottom surface F of rectangular flat shape By welding and combination above the pedestal, a pair of of side wall body W is vertically configured in the left and right end portions of the pedestal, The front end of the pedestal is configured with front door D, and wall body BW below is configured in the rear end of the pedestal.

Here, the side wall body W, front door D and below wall body BW can be considered as to sensu lato side wall W, and in the narrow sense Side wall W can mean only that the side wall body W.In the present embodiment, the side wall body W is mean only that with the side wall W As premise.

The weight support platform 100 is one kind of so-called coiled material frame (coil rack), fixes and fills including ontology 10, first Put 20, weight fixing device 30, the second fixing device 40 and antifriction unit 50.

The ontology 10 is iron frame structure object, including longeron 11 and crossbeam 12.

The longeron 11 is the beam of form extended in long way forward and backward along the first central shaft C1, is provided with one It is right, with mutually opposite state scheduled interval in sunder side by side.In the present embodiment, the longeron 11 includes " I " tee section Steel beam (beam).

As shown in Figures 1 and 3, it is equipped in the central portion upper end of the longeron 11 and is used to utilize rope or iron chains by the coiled material Type weight R is firmly fixed at the binding component 13 above the ontology 10.

As shown in fig. 6, in the upper flange of the longeron 11, a pair of of through hole is formed with state separated to the left and right 111。

The crossbeam 12 be along the second central shaft C2 vertical with the first central shaft C1 in the lateral direction in long way Extension and the beam formed, are provided with a pair, with mutually opposite state scheduled interval in sunder side by side.

The pair of crossbeam 12 is respectively configured, the front end of the longeron 11 is connected with each other, and by the longeron 11 Rear end is connected with each other.

As shown in figure 3, combinations of states of the crossbeam 12 to be placed on the longeron 11, as shown in figure 4, described one Separation distance L1 between the lateral surface of crossbeam 12 is less than the separation distance L2 between the medial surface of the pair of longeron 11.

In the present embodiment, as shown in figure 14, the separation distance L2 between the medial surface of the pair of longeron 11 has such as The value of lower degree：In described weight support platform 100a, 100b coiled material type weight R is not loaded and with the state multilayer of relative rotation 90 In the state of stacking, institute is formed in by being located at the longeron 11 of weight support platform 100 of upside in adjacent weight support platform 100 It states " ┏ ┓ " shape space below ontology 10 and may be housed in the adjacent weight support platform 100 the weight branch for being located at downside Configuration structure object (such as described crossbeam 12 and weight fixing device 30) above the longeron 11 of cushion cap 100.

Therefore, as shown in Figure 14 and Figure 15, in the state of unloaded coiled material type weight R, the weight support platform 100 has Having can be with the multilayer laminated structure of the state of 90 degree of relative rotation.

As shown in figure 3, the crossbeam 12 has the columnar box-girder of right angled triangle (beam) that end is handled through circular arc.

Being respectively formed with above the pair of crossbeam 12 can support the coiled material type weight R's in a manner of rebasing Supporting part 121.

As shown in Figure 10, the pair of supporting part 121 is arranged obliquely with mutually opposite state, so as to be formed together With the slot that " V " shape is recessed, thus, it is possible to the peripheral surface 1 of the coiled material type weight R is supported in a manner of rebasing.

As shown in Figures 1 and 2, it is equipped in the central portion lower end of the crossbeam 12 and is used to utilize rope or iron chains by the coiled material Type weight R is firmly fixed at the binding component 13 above the ontology 10.

First fixing device 20 is that the ontology 10 is consolidated to the left and right directions movement of the container C in order to prevent Due to the device of the side wall W of the container C, it is equipped with a pair as shown in Figure 1, a left side is respectively arranged at centered on the weight R It is right.

First fixing device 20 includes the first stop part 21, rod unit 22, hinge member 23 and position adjustment part 24。

First stop part 21 is the linear rod unit extended along the first central shaft C1, by with the collection The side wall W of vanning C is arranged side-by-side, and can be pressurizeed to the side wall W.

As shown in Fig. 4 and Fig. 9, first stop part 21 can be in the pressing position that the side wall W with the container C is contacted With from the institute intersected between the separation point position that the side wall W of the container C is detached along the length direction C1 with the container C It states the second central shaft C2 and carries out straight reciprocating motion relative to the ontology 10.

The rod unit 22 is the round duct member extended along the second central shaft C2, and one end passes through the hinge Medial surface of the component 23 rotatably with first stop part 21 is combined.

The rod unit 22 is equipped with a pair, is arranged respectively at the both ends of first stop part 21.

The rod unit 22 can with first stop part 21 together the pressing position and the separation point position it Between relative to the ontology 10 carry out straight reciprocating motion.

It is formed in a manner of being spaced from each other preset distance along the second central shaft C2 in the rod unit 22 multiple Mounting hole 221.

The mounting hole 221 from above described rod unit 22 to it is following completely through.

The hinge member 23 is along with the first central shaft C1 and the second central shaft C2 square crossings The outside screw type component that three central shaft C3 extend in long way is penetrating through first stop part 21 and the rod unit 22 successively It is screwed after hinge hole (not shown) with internal thread 231.

Therefore, as shown in figure 9, first stop part 21 can have inclined angle of inclination relative to the rod unit 22 α。

The position adjustment part 24 is for the rod unit 22 to be made to be moved along the second central shaft C2 reciprocal positions Dynamic component, including nut portions 241 and handle portion 242.

The nut portions 241 are the components of the round tube shape centered on the second central shaft C2, in inner peripheral surface shape Into there is internal thread part (not shown).

The handle portion 242 is formed at the component of the peripheral surface of the nut portions 241, is the portion that operating personnel can hold Point.

That is, as shown in figure 5, the rod unit 22 can advance to the direction A far from the ontology 10 or can be to close to institute The direction B for stating ontology 10 is retreated.

The weight fixing device 30 is the device for the coiled material type weight R to be fixed on to the ontology 10, including Weight stop part 31, sliding block 32 and guide rail part 33.

The weight stop part 31 is " ┏ ┓ " the shape metal portion extended in long way centered on the first central shaft C1 Part is the component that can be pressurizeed to the one end of the coiled material type weight R.

As shown in Figure 1, the weight stop part is provided with a pair, it is respectively arranged at centered on the coiled material type weight R Left and right, thus in a state that the coiled material type weight R is supported by the supporting part 121 in a manner of rebasing, it can be to described It pressurizes at the both ends of weight R.

The weight stop part 31 can be in the pressing position that the one end with the coiled material type weight R contacts and from described It is carried out relatively relative to the ontology 10 along the second central shaft C2 between the position of the one end separation of coiled material type weight R Straight reciprocating motion.

That is, as shown in figure 5, the weight stop part 31 can to far from the ontology 10 direction A advance or can to by The direction B of the nearly ontology 10 is retreated.

The sliding block 32 is provided with a pair, is the component combined respectively with the both ends of the weight stop part 31, including First sleeve 321, connecting portion 322 and second sleeve 323.

First sleeve 321 is the component of round tube shape extended centered on the second central shaft C2, inside Portion is hollow inserted with the rod unit 22.

First sleeve 321 can be to surround the state of the peripheral surface of the rod unit 22 relative to the rod unit 22 Bidirectional slide is carried out along the second central shaft C2 to move.

As shown in fig. 7, the peripheral surface in the front end of first sleeve 321 is formed with external thread part 324.

The external thread part 324 and internal thread part (not shown) screw thread of the nut portions 241 of the position adjustment part 24 With reference to.

As shown in fig. 7, the front end in first sleeve 321 is formed with along the second central shaft C2 shapes in long way Into elongated slot 325.

It is corresponding that the elongated slot 325 is formed in the position that can expose with the mounting hole 221 of the rod unit 22 to outside Position, from front end of first sleeve 321 above to it is following completely through.

As shown in fig. 7, fixed pin 326 can be inserted into the elongated slot 325 and mounting hole 221.

The fixed pin 326 is disposed on the pin member in the front of the nut portions 241, penetrates through the length successively from top Slot 325 and mounting hole 221, can not fall downwards and keep insert state.

Anti-out parts 327 is configured in the front of the fixed pin 326, the anti-out parts 327 is with described The component of round tube shape centered on two central shaft C2 is formed with internal thread part (not shown) in inner peripheral surface.

State of the internal thread part (not shown) of the anti-out parts 327 to be screwed with the external thread part 324 Fixed position.

The connecting portion 322 is the metal parts that upper end is combined with the lower end of first sleeve 321, lower end with The upper end of the second sleeve 323 combines.

The second sleeve 323 is the component of round tube shape extended centered on the second central shaft C2, inside Portion is hollow inserted with the guide rail part 33.

The second sleeve 323 can be to surround the state of the peripheral surface of the guide rail part 33 relative to the rail portion Part 33 carries out Bidirectional slide along the second central shaft C2 and moves.

The guide rail part 33 is provided with a pair, is respectively arranged at the lateral surface of the pair of crossbeam 12.

The guide rail part 33 is the component of round tube shape extended centered on the second central shaft C2, both ends It is fixedly welded on the upper surface of the longeron 11.

If user of service rotates the handle portion 242 to a direction, the nut portions 241 will be to first stop part 21 Direction is advanced, and pushes the fixed pin 326 forwards, the rod unit 22 advances relative to first sleeve 321.That is, institute It states the first stop part 21 and the weight stop part 31 is located remotely from each other.

On the contrary, if user of service rotates the handle portion 242 to other direction, the nut portions 241 will be to described heavy 31 direction of object stop part retreats, and the fixed pin 326 is made to become the state that freely can rearward move, the rod unit 22 As the state that can be retreated relative to first sleeve 321.That is, as first stop part 21 and the weight stop part 31 can be close to each other state.

As a result, first stop part 21 and the weight stop part 31 are the structures mutually to link, by only to described Position adjustment part 24 is operated, between can increasing or decreasing between first stop part 21 and the weight stop part 31 Every W1.

Second fixing device 40 is it to be made not moved to the length direction of the container C for fixing the ontology 10 Dynamic device as shown in Figure 1, being provided with a pair, is respectively arranged at front and rear centered on the coiled material type weight R.

Second fixing device 40 includes the second stop part 41, rod unit 42 and guide member 43.

Second stop part 41 is the linear rod unit extended along the second central shaft C2, by with the collection Wall body BW or front door D side by side, can pressurize to the wall body BW or front door D below behind vanning C.

Second stop part 41 is provided with two pairs, is arranged respectively at the front and back of the ontology 10, such as Fig. 9 institutes Show, the balanced configuration centered on the central shaft CR of the coiled material type weight R.

Therefore, as shown in figure 13, second stop part 41 is configured to：In the weight support platform 100 with along collection Vanning C length direction arrangement state be equipped with it is multiple in the state of, the second stop part 41 of adjacent weight support platform 100 Contact can be faced each other, so as to transmit the load in the first central shaft C1 directions.

As shown in Fig. 4 and Fig. 9, second stop part 41 is configured to from the separated disconnected position of the ontology 10 And it is carried out close to the length direction C1 along the container C between the approximated position of the ontology 10 relative to the ontology 10 Relative rectilinear moves back and forth.

The rod unit 42 is along the beam parts of the first central shaft C1 rectangular sections extended, is provided with a pair, One end is combined with the medial surface of second stop part 41.

The pair of rod unit 42 is respectively arranged at the two of the longeron 11 across the vertical net (web) of the longeron 11 Side.

The rod unit 42 can with first stop part 41 together the pressing position and the separation point position it Between relative to the ontology 10 carry out straight reciprocating motion.

It is formed in a manner of being separated from each other scheduled interval along the first central shaft C1 in the rod unit 42 more A mounting hole 421.

The mounting hole 421 from above described rod unit 42 to it is following completely through.

As shown in fig. 6, it can be inserted into and fix to the through hole 111 of the longeron 11 and the mounting hole 421 of the rod unit 42 Pin 422.

The fixed pin 422 penetrates through the through hole 111 and mounting hole 421 from top successively, can not fall downwards And keep insert state.

The guide member 43 is the component for guiding the straight reciprocating motion of the rod unit 42, is along described The tetragonous duct member of one central shaft C1 extensions.

The guide member 43 is respectively welded across the vertical net (web) of the longeron 11 in the both sides of the longeron 11 Face.

The rod unit 42 is inserted into a manner of it can carry out sliding motion to the inner hollow of the guide member 43.

The antifriction unit 50 is when the ontology 10 is used to reduce when the inside of the container C is advanced forwards The device of frictional resistance between the bottom surface F of the container C, the length direction along the longeron 11 extend in long way.

In the present embodiment, the antifriction unit 50 has more flat liner (pad) form, and and metal phase Than being fabricated by soft smooth material.

As shown in figure 4, the antifriction unit 50 is provided with a pair, it is respectively arranged in below the longeron 11.

Scheduled height can be protruded below the antifriction unit 50 downwards, so that under only the pair of longeron 11 Bear the full payload of coiled material type weight R in face.

That is, as shown in Fig. 2, in a state that weight support platform 100 is accommodated in the inside of container C, only described antifriction Wipe the full payload for transmitting coiled material type weight R below unit 50 to the bottom surface F of the container C.

In the present embodiment, the weight support platform 100 left and right pair on the basis of the central shaft CR of the coiled material type weight R Claim, and symmetrical on the basis of the imaginary line to intersect with the central shaft CR.

Hereinafter, an example for using the method for the weight support platform 100 of aforementioned structure is illustrated.

It first, will be the pair of in a state that the supporting part 121 of the weight support platform 100 places coiled material type weight R Weight stop part 31 is moved to the pressing position, and utilizes additional rope or iron chains, ratchet (ratch) and the binding portion The coiled material type weight R is firmly fixed at the ontology 10 by part 13.

Then, the weight support platform 100 is positioned over by bottom surface F by the front door D, and to the wall body BW side below To push-in.At this point, the antifriction unit 50 is contacted with the bottom surface F and is slided.

The weight support platform 100 is promoted up to one and institute in the second stop part 41 of the weight support platform 100 Wall body BW contacts below are stated, then, the pair of first stop part 21 is moved by rotating the handle portion 242, makes itself and institute Two side is stated to contact.At this point, the pair of weight stop part 31 pressurizes to the both ends of the coiled material type weight R, because This also applies additional fixed force other than the fixed force based on the rope or iron chains.

If 3 weight support platforms 100 to be accommodated in the inside of the container C successively in this way, will become such as State shown in Figure 13.At this point, the second stop part 41 of adjacent weight support platform 100 becomes the state for facing each other contact, One in second stop part 41 of last weight support platform 100 with the lower end of the front door D or the upper end of the pedestal Portion contacts, so as to complete the installation of 3 weight support platforms 100.On the other hand, the volume is drawn to the external of the container C The operation of material type weight R is performed according to the backward of the storage operation, thus omits detailed description.

The weight support platform 100 of above structure is that cargo transport collection can be accommodated in the state of weight R is loaded The weight support platform of the inside of vanning C, including：Ontology has the branch that the weight can be supported in a manner of rebasing above Bearing portion 121；First fixing device 20 has the first stop part 21, and first stop part 21 is used as can be to the container C The components that pressurize of side wall W, can the pressing position that the side wall W with the container C is contacted with from the container C Side wall W separation separation point position between carry out reciprocal position movement, thus, have need not carry out additional binding operation or beat The advantages of nail operation can just be fixed in the inside of container C.

Also, in the weight support platform 100, first stop part 21 can be along the second central shaft C2 described Reciprocal position movement is carried out between pressing position and the separation point position, the weight support platform 100 includes the second fixing device 40, second fixing device 40 has the second stop part 41, and second stop part 41 can be separated from the ontology 10 Disconnected position and close between the approximated position of the ontology 10 along the first center intersected with the second central shaft C2 Axis C1 carry out reciprocal position movement, thus, have need not carry out additional binding operation or nailing operation can just be fixed and The advantages of not moved to the length direction C1 of the container C.

Also, the weight support platform 100 includes weight fixing device 30, and the weight fixing device 30 is stopped with weight Block piece 31, the weight stop part 31 is as the shape supported in a manner of rebasing by the supporting part 121 in the weight R The component that can be pressurizeed under state to the one end of the weight R, can be in the pressurization that the one end with the weight R contacts Position between the separation point position that the one end of the weight R detaches carry out reciprocal position movement, thus, have without carry out The advantages of weight R can be just fixed on supporting part 121 by additional binding operation or nailing operation.

Also, in the weight support platform 100, first stop part 21 and the weight stop part 31 are with can be into Row is located remotely from each other or the mode of relative position close to each other movement links, thus, have and only adjust the position-regulation portion The advantages of part 24 just can simultaneously operate first stop part 21 and weight stop part 31.

Also, in the weight support platform 100, first stop part 21 has the side wall W along the container C What is extended is rod-shaped, and first fixing device 20 includes：Rod unit 22, hinge member 23 in a manner of it can rotate and institute The first stop part 21 is stated to combine；Position adjustment part 24, be arranged to enable the rod unit 22 relative to the ontology 10 into Row reciprocal position moves, thus, it has the following advantages that：Even if the protrusion length of the pair of rod unit 22 is different, cause The rod unit 22 does not form 90 degree relative to the side wall W, and first stop part 21 can also be made to be tightly attached to the side wall W。

Also, in the weight support platform 100, the ontology 10 includes：A pair of of longeron 11 is along the first central shaft The beam for the form that C1 extends in long way forward and backward, with mutually opposite state separates scheduled interval side by side；A pair of beams 12, it is the beam for extending in long way in the lateral direction along the second central shaft C2 intersected with the first central shaft C1 and being formed, With mutually opposite state separates scheduled interval side by side, for the longeron 11 to be connected with each other, thus, have and be suitable for The container C and the advantages of ontology 10 of simple and firm structure can be produced.

Also, in the weight support platform 100, state knot of the crossbeam 12 to be placed on the longeron 11 It closes, the separation distance L1 between the lateral surface of the pair of crossbeam 12 is less than separating between 11 medial surfaces of the pair of longeron Distance L2, can be multilayer laminated with the state of 90 degree of relative rotation in the state of without loads R, thus, have following excellent Point：The quantity of laminar stackable weight support platform 100 can be increased, and the weight support platform being laminated by reducing stack height Binding force between 100 increases.

Also, the weight support platform 100 further includes antifriction unit 50, when the ontology 10 is the container C's When inside is advanced forwards, the antifriction unit 50 is used to reduce the frictional resistance to the bottom surface F of the container C, thus, It has the following advantages that：When the ontology 10 advances forwards in the inside of the container C, can reduce to the container C Bottom surface F frictional resistance.

Also, in the weight support platform 100, first fixing device 20 is provided with a pair, a pair described first Fixing device 20 be respectively arranged at centered on the weight R left and right, first stop part 21 can along with the packaging The second central shaft C2 that the length direction C1 of case C intersects carries out reciprocal position between the pressing position and the separation point position It is mobile, thus, there is the central portion that the ontology 10 is easily configured to the container C.

Also, in the weight support platform 100, the length direction of the first central shaft C1 and the container C are put down Row is adjacent in the state of multiple weight support platforms are equipped with the state arranged along the length direction C1 of the container C Two the second stop parts 41 can contact with each other, so as to transmit the load in the first central shaft C1 directions, thus, such as Shown in Figure 13, having can be fixed to not by the mutual collaboration of the weight support platform 100 to the length of the container C The advantages of direction is moved.

In the present embodiment, it is coiled material type weight R as premise using the weight R, but for the weight R of various forms Aforementioned weight support platform 100 can also be used.

In the present embodiment, the side wall body W is mean only that as premise using the side wall W, it is also possible to mean It from the upwardly projecting part in the edge of the pedestal.

Above the present invention is described, but the technical scope of the present invention is not limited in and is recorded in the interior of embodiment Hold, the equivalent structure modified or changed by the those skilled in the art of the technical field of the invention does not depart from skill of the present invention The range of art design, this is obvious.

Claims

1. a kind of weight support platform can be accommodated in the inside of cargo transport container in the state of weight is loaded, It is characterized in that, including：

Ontology has the supporting part that the weight can be supported in a manner of rebasing above；

First fixing device, has the first stop part, and first stop part is as can carry out the side wall of the container The component of pressurization, can be in point that the pressing position that the side wall with the container contacts and side wall from the container detach It offs normal and reciprocal position movement is carried out between putting.

2. weight support platform according to claim 1, which is characterized in that

First stop part can carry out back and forth along the second central shaft between the pressing position and the separation point position Position is moved,

The weight support platform includes the second fixing device, and second fixing device has the second stop part, and described second stops Block piece can from the separated disconnected position of the ontology and close between the approximated position of the ontology along with described second The first central shaft that central shaft intersects carries out reciprocal position movement.

3. weight support platform according to claim 1, which is characterized in that

Including weight fixing device, the weight fixing device has weight stop part, and the weight stop part is used as described What weight can pressurize to the one end of the weight in the state of being supported in a manner of rebasing by the supporting part Component, can be in the separation point position that the pressing position that the one end with the weight contacts and one end from the weight detach Between carry out reciprocal position movement.

4. weight support platform according to claim 3, which is characterized in that

First stop part and the weight stop part are can be located remotely from each other or relative position close to each other is moved Dynamic mode links.

5. weight support platform according to claim 1, which is characterized in that

It is rod-shaped that there is first stop part side wall along the container to extend,

First fixing device includes：

Rod unit is combined hinge member in a manner of it can rotate with first stop part；

Position adjustment part is arranged to that the rod unit is enable to carry out reciprocal position movement relative to the ontology.

6. weight support platform according to claim 1, which is characterized in that the ontology includes：

A pair of of longeron has the form that extends in long way along the first central axial front-rear direction, with mutually opposite shape side by side State is separated by scheduled interval；

A pair of beams has the shape extended in long way along the second central axial left and right directions intersected with first central shaft State, with mutually opposite state separates scheduled interval side by side, for the longeron to be connected with each other.

7. weight support platform according to claim 6, which is characterized in that

Combinations of states of the crossbeam to be placed on the longeron,

Separation distance between the lateral surface of the pair of crossbeam is less than the separation distance between the medial surface of the pair of longeron,

It, can be multilayer laminated with the state of 90 degree of relative rotation in the state of without loads.

8. weight support platform according to claim 1, which is characterized in that

Including antifriction unit, when the ontology advances forwards in the inside of the container, the antifriction unit is used In reduction to the frictional resistance of the bottom surface of the container.

9. weight support platform according to claim 1, which is characterized in that

First fixing device is provided with a pair, and a pair of first fixing device is respectively arranged at centered on the weight Left and right,

First stop part can be along the second central shaft that the length direction with the container intersects in the pressurization position Put the progress reciprocal position movement between the separation point position.

10. weight support platform according to claim 2, which is characterized in that

First central shaft is parallel with the length direction of the container,

Be equipped with the state arranged along the length direction of the container it is multiple in the state of, adjacent two second are stopped Block piece can contact with each other, so as to transmit the load of first central axis direction.