CN204937992U - Novel container - Google Patents
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- CN204937992U CN204937992U CN201520759215.1U CN201520759215U CN204937992U CN 204937992 U CN204937992 U CN 204937992U CN 201520759215 U CN201520759215 U CN 201520759215U CN 204937992 U CN204937992 U CN 204937992U
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Abstract
The utility model provides a kind of novel container, belongs to field of mechanical technique.It solve the problem that existing freight container is poor for applicability.This novel container, comprise the pilot bar of strip, the quantity of described pilot bar is two and the both sides be connected in freight container vertical respectively, two pilot bars be arranged in parallel, between above-mentioned two pilot bars, there is horizontally disposed crossbeam, the two ends of described crossbeam are connected on corresponding pilot bar and crossbeam can along the length direction translation of pilot bar, described beam-end with there is between pilot bar the latch-up structure that both can be made to be connected.This novel cargo box structure is compact and applicability is high.
Description
Technical field
The utility model belongs to field of mechanical technique, relates to a kind of decker of freight container.
Background technology
Freight container has the large-scale goods container that some strength, rigidity and specification specialize in turnover use.Use container transshipment goods, can directly freight in the warehouse of shipper, transport to the warehouse unloading of consignee, more change trains in midway, ship time, goods need not be taken out in case and change the outfit.Therefore freight container is a kind of invention of greatness.The normalisation that the maximum success of freight container is its product and a whole set of transport system set up thus.The buster of a load-carrying tens tons can be allowed to realize normalisation, and progressively realize the boats and ships in global range based on this, logistics system that harbour, course line, highway, transhipment station, bridge, tunnel, multimetering transport match, this can be rated as one of great miracle created since the dawn of human civilization really.
Its publication number of Chinese patent CN203740405U provides " a kind of freight container ", and this freight container comprises: multiple bottom cross beam, and it is with interval along the longitudinal arrangement of freight container, and each bottom cross beam is along the horizontal expansion of freight container; Multiple strip wood covering, it is laid on the top of multiple bottom cross beam, multiple strip wood covering is along the longitudinal extension of freight container, and splice side by side along the transverse direction of freight container, longitudinal seam is formed between two transversely adjacent strip wood coverings of freight container, each strip wood covering has multiple wood floor, and two adjacent wood floors splice and form transverse seam, and multiple bottom cross beam is at least supported on the below of a part of transverse seam.
Can find out, owing to the part in the transverse seam formed after adjacent two wood floor splicings being supported on bottom cross beam when laying floor, improve the intensity of wood floor junction, effectively reduce the probability of floor damage, thus improve the quality of freight container.
But for the scheme that goods layering in freight container is deposited, above-mentioned patent does not provide concrete technical scheme.
Other freight container existing also all also exists similar problem.
Summary of the invention
The purpose of this utility model is the problems referred to above existed for prior art, provides a kind of practical and convenient and novel container that applicability is high.
The purpose of this utility model realizes by following technical proposal:
A kind of novel container, comprise the pilot bar of strip, the quantity of described pilot bar is two and the both sides be connected in freight container vertical respectively, two pilot bars be arranged in parallel, it is characterized in that, have horizontally disposed crossbeam between above-mentioned two pilot bars, the two ends of described crossbeam are connected on corresponding pilot bar and crossbeam can along the length direction translation of pilot bar, described beam-end with there is between pilot bar the latch-up structure that both can be made to be connected.
Crossbeam two ends are connected with corresponding pilot bar by latch-up structure.During initial condition, latch-up structure is merging phase, and therefore, the end of crossbeam can be located on the guide bar firmly.
Because crossbeam is horizontally installed in freight container in the horizontal direction, therefore, goods can be deposited in layering.Specifically, the bottom of lower floor's cargo storage in freight container, upper strata cargo storage is on crossbeam.Certainly, when only having the structure of crossbeam, the goods deposited is mainly for long goods.
In freight container, two pilot bars and a crossbeam form a delaminating units, and when arranging multiple delaminating units in freight container, delaminating units each position to longer goods supports.
If during the less goods of individuality, arrange the stay bearing plate of tabular between adjacent two delaminating units.Less goods can easily be deposited on the supporting plate.
In above-mentioned novel container, described pilot bar sidepiece has recessed guide groove, and above-mentioned latch-up structure is between beam-end and pilot bar.
Guide groove leads to beam-end, and because guide groove is arranged along pilot bar length direction, therefore, crossbeam can only along guide groove translation.
In above-mentioned novel container, described crossbeam is shaft-like and its inside is cavity, described latch-up structure comprises two securing rods being positioned at crossbeam, and crossbeam is all stretched out in the outer end of described two securing rods, and the interior of described two securing rods is rectified to and be provided with spring between two securing rod Inner hold.
The two ends of spring are pushed up respectively and are pressed in two securing rod Inner and hold, and under spring force effect, two securing rods all have the trend of stretching out crossbeam.Because crossbeam is stretched out in securing rod outer end, therefore, securing rod can stable being connected with pilot bar.
In above-mentioned novel container, bottom the guide groove of described pilot bar, place has some recessed positioning seats along the length direction of pilot bar, and the outer end of above-mentioned securing rod can embed any one positioning seat place.
The movement of guide groove to crossbeam play the guiding role, and positioning seat coordinates the position that can limit crossbeam with securing rod.That is, securing rod is embedded in the position that different positioning seat places just have adjusted crossbeam accordingly.
In above-mentioned novel container, described securing rod outer end has the introduction part seamlessly transitted.
Arranging of introduction part can make securing rod smoothly by departing from positioning seat or making securing rod enter positioning seat smoothly.
In above-mentioned novel container, described introduction part spherically.
In above-mentioned novel container, described introduction part is the inclined-plane that the upper side and lower side, securing rod outer end tilts.
No matter introduction part is above-mentioned that scheme, and such structure can make securing rod insert smoothly or depart from positioning seat.
In above-mentioned novel container, on the upside of described crossbeam, be fixed with the dividing plate in tabular.
Smaller goods can directly be placed on dividing plate, is supported goods by dividing plate.
In above-mentioned novel container, described crossbeam and dividing plate are metallic material and crossbeam and dividing plate are connected by welding.
Crossbeam and dividing plate can be made firmly to link together by welding.
In above-mentioned novel container, described dividing plate is connected on crossbeam by fastener.
Fastener is general gauge member, such as: bolt or rivet etc.Fastener can directly buy and cost is lower, reduces the cost of whole decker.
In above-mentioned novel container, described positioning seat place has contact block, matches outside described contact block with positioning seat, and described contact block Inner end is resisted against bottom positioning seat to be located, described contact block outer end has recessed jack, and jack place can be inserted in above-mentioned securing rod outer end.
Because securing rod moves at each positioning seat place frequently, add the high contact block of resistance to abrasion in this programme and just can not only improve service life, and can also change separately after contact block wearing and tearing, further decrease its use cost.
In above-mentioned novel container, the port of described jack has the fillet or chamfering that seamlessly transit.
The fillet seamlessly transitted or chamfering can make securing rod outer end be departed from by contact block smoothly.
In above-mentioned novel container, described contact block outer end is concordant with positioning seat port.
Concordantly can make the compact and good looking appearance of whole apparatus structure.
In above-mentioned novel container, described contact block is cast iron materials.Cast iron materials resistance to abrasion is high, and cost compare is low.
In above-mentioned novel container, described contact block is wooden unit.Wooden unit cost is low, and is convenient to make.
In above-mentioned novel container, bottom described positioning seat, locate that also there is the apical pore run through.
Stock stretches into apical pore, extrudes contact block by stock, and contact block can be made to be departed from by positioning seat smoothly.
In above-mentioned novel container, between described contact block and positioning seat, also there is pad.
Pad is generally flexible material, has certain buffer action after contact block can be made like this to be subject to the top pressure of securing rod.
In above-mentioned novel container, described pad is rubber sheet gasket.
In above-mentioned novel container, described pad is wood chip.
No matter be rubber sheet gasket or wood chip, they can play good buffer action.
In above-mentioned novel container, described securing rod comprises securing rod one and securing rod two, the Inner end of described securing rod one and the Inner end of securing rod two are all positioned at crossbeam, the outer end of securing rod one and securing rod two stretches out the two ends of crossbeam respectively, described securing rod one Inner holds downside to have recessed recess one, described securing rod two Inner holds upside to have recessed recess two, above-mentioned securing rod two Inner end is embedded in recess one place, above-mentioned securing rod one Inner end is embedded in recess two place, above-mentioned spring be positioned at recess two place and the two ends of spring push up respectively be pressed in securing rod one Inner hold and securing rod two Inner hold.
Recess one and arranging of recess two can make securing rod one and securing rod two Inner end in contact area comparatively large, both stable connections.
In above-mentioned novel container, the length of the above-mentioned recess two of the described length direction along securing rod one is greater than the length of recess one.
Such structure can make to have comparatively wide arc gap between securing rod one and securing rod two, provide a clearances the installation site of spring.
In above-mentioned novel container, there is on the downside of described crossbeam the bar hole run through in bar shaped, the downside of described securing rod one is fixed with push rod one, the downside of described securing rod two is fixed with push rod two, described push rod one and push rod two are all positioned at bar hole place and push rod one and push rod two all partly stretch out on the downside of crossbeam, and push rod one described under the elastic force effect of above-mentioned spring and push rod two are resisted against the two ends place of bar hole respectively.
Applying external force makes push rod one draw close to push rod two, and now, spring is compressed, and two securing rods all move to the direction in retraction crossbeam.Securing rod after movement departs from positioning seat, thus makes crossbeam can along pilot bar translation.
Certainly, during initial condition, under the elastic force effect of spring, securing rod has the trend of stretching out crossbeam, and the insertion positioning seat place that this securing rod stretched out can be stable.
As the first situation, in above-mentioned novel container, described push rod one and push rod two are all fixed with for the handle for operator's gripping.
Arranging of handle can make operator promote push rod one and push rod two easily.
As the second situation, in above-mentioned novel container, also screw mandrel is provided with between described push rod one and push rod two, described push rod one has tapped bore, described screw axis is to being connected on push rod two, one end of above-mentioned screw mandrel is through at tapped bore place makes push rod one be connected with wire rod thread, and the other end of above-mentioned screw mandrel has the actuator that it can be driven to rotate.
In above-mentioned novel container, described actuator is the rocking handle be connected on screw mandrel.
In above-mentioned novel container, described actuator is the servomotor be connected on crossbeam, and rotating shaft and the above-mentioned screw mandrel of described servomotor are connected.
Adopt its degree of automation of servomotor high, time saving and energy saving in use procedure.
In above-mentioned novel container, also there is stay cord in described freight container, pulley one is connected with on the downside of described crossbeam, top in described freight container is connected with pulley two, above-mentioned stay cord is on pulley two and pulley one and stay cord one end is connected on the downside of crossbeam, and the other end of described stay cord naturally hangs down and is positioned at crossbeam bottom.
Pull when being positioned at the stay cord section naturally hung down crossbeam bottom, externally applied forces can drive on crossbeam and move.
In above-mentioned novel container, be also connected with pulley three on the downside of described crossbeam, above-mentioned pulley one is positioned in the middle part of crossbeam, above-mentioned stay cord on pulley one, pulley two and pulley three and one end of stay cord be connected in the middle part of crossbeam.
Such structure is crossbeam center stressed when pulling stay cord, can real crossbeam level stable on move.
In above-mentioned novel container, be fixed with case on the downside of described crossbeam, above-mentioned pulley one and pulley three are all positioned at case.
After pulley one and pulley three cover by case, whole apparatus structure is compact, and can not be exposed to outer pulley one and pulley three also improves company's processing safety.
Certainly, case has the cord hole run through, stay cord is through at cord hole place.
In above-mentioned novel container, described pulley three is close to above-mentioned pilot bar.
Such structure can make stay cord be close to pilot bar, avoids stay cord to take up room.
In above-mentioned novel container, described crossbeam has the spacing hole of running through its upper and lower sides, above-mentioned stay cord is through at place of spacing hole and the end opposite be connected with crossbeam on stay cord is fixed with locating part, and described locating part size is greater than spacing hole's size and locating part is positioned at crossbeam bottom.
When locating part is resisted against crossbeam bottom, stay cord is avoided to cross crossbeam.
In above-mentioned novel container, described locating part is draw ring in the form of a ring.Stay cord can be pulled smoothly after operator grips draw ring.
Alternatively scheme, described locating part is in block link stopper.Because block can not cross spacing hole, therefore, it can play good position-limiting action.
In above-mentioned novel container, top in described freight container and bottom are all fixed with stirrup, the described two ends being positioned at container top place stirrup are connected in the upper end of two pilot bars respectively, described in be positioned at container base place stirrup two ends be connected in the lower end of two pilot bars respectively.
The top and bottom of pilot bar all have stirrup, can make to remain suitable distance between two pilot bars, so just can make crossbeam smoothly along pilot bar translation.
In above-mentioned novel container, described stirrup comprises the tubular body of rod one and the body of rod two, the outer end of the described body of rod one and the body of rod two all has the latch raised up, described latch and above-mentioned guide groove match and latch is inserted in the end of guide groove, and the described body of rod one Inner end is enclosed within the body of rod two Inner and holds and have the latch-up structure that can be locked between.
By latch can make the outer end of the body of rod one and the body of rod two stable be connected to pilot bar end, the body of rod one and the body of rod two Inner end can stable link together by latch.
In above-mentioned novel container, described latch-up structure is lock screw, and described lock screw is threaded on the above-mentioned body of rod one and the body of rod two simultaneously.
The stable body of rod one and the body of rod two Inner end are linked together of lock screw energy.
In above-mentioned novel container, described latch-up structure is locating dowel pin, the described body of rod one has the knock hole one run through, the described body of rod two has some knock holees two along its length, above-mentioned locating dowel pin is positioned at knock hole one and goes out and locating dowel pin can also insert any one knock hole two place above-mentioned.
Latch inserts different knock hole two places, just can regulate the length of whole stirrup, thus make this device be used in the freight container of various different size size.
Compared with prior art, this novel container is owing to can arrange internal container layering, and therefore, it can store more goods.And the goods smaller for size also can be deposited in a large number, therefore, its applicability is higher.
Meanwhile, only need trip lock fixed pole when crossbeam regulates, its adjustment is more convenient.
In addition, pull crossbeam can make in control process by stay cord laborsaving, there is very high practical value.
Accompanying drawing explanation
Fig. 1 is the structural representation of this novel container.
Fig. 2 is the sectional structure schematic diagram at this novel container center member place.
Fig. 3 is the structural representation of stirrup in this novel container.
Fig. 4 be this novel batch board place look up structural representation.
In figure, 1, pilot bar; 1a, guide groove; 1a1, positioning seat; 2, crossbeam; 2a, spacing hole; 3, securing rod one; 3a, recess one; 4, securing rod two; 4a, recess two; 5, spring; 6, introduction part; 7, dividing plate; 8, contact block; 8a, jack; 8b, apical pore; 9, pad; 10, push rod one; 11, push rod two; 12, screw mandrel; 13, actuator; 14, stay cord; 15, pulley one; 16, pulley two; 17, pulley three; 18, case; 19, locating part; 20, the body of rod one; 21, the body of rod two; 22, latch.
Detailed description of the invention
As shown in Figure 1 with shown in Fig. 2, this novel container, comprise the pilot bar 1 of strip, the quantity of described pilot bar 1 is two and the both sides be connected in freight container vertical respectively, two pilot bars 1 be arranged in parallel, have horizontally disposed crossbeam 2 between above-mentioned two pilot bars 1, the two ends of described crossbeam 2 are connected on corresponding pilot bar 1 and crossbeam 2 can along the length direction translation of pilot bar 1, described crossbeam 2 end with there is between pilot bar 1 latch-up structure that both can be made to be connected.
Described pilot bar 1 sidepiece has recessed guide groove 1a, and above-mentioned latch-up structure is between crossbeam 2 end and pilot bar 1.
Described crossbeam 2 is shaft-like and its inside is cavity, described latch-up structure comprises two securing rods being positioned at crossbeam 2, crossbeam 2 is all stretched out in the outer end of described two securing rods, and the interior of described two securing rods is rectified to and be provided with spring 5 between two securing rod Inner hold.
Bottom the guide groove 1a of described pilot bar 1, place has some recessed positioning seat 1a1 along the length direction of pilot bar 1, and the outer end of above-mentioned securing rod can embed any one positioning seat 1a1 place.
Described securing rod outer end has the introduction part 6 seamlessly transitted.In the present embodiment, described introduction part 6 spherically.According to actual conditions, introduction part 6 is the inclined-plane that the upper side and lower side, securing rod outer end tilts also is feasible.
Be fixed with the dividing plate 7 in tabular on the upside of described crossbeam 2, described crossbeam 2 and dividing plate 7 for metallic material and crossbeam 2 and dividing plate 7 be connected by welding.
Described dividing plate 7 is connected on crossbeam 2 by fastener.
Described positioning seat 1a1 place has contact block 8, matches outside described contact block 8 with positioning seat 1a1, and described contact block 8 Inner end is resisted against bottom positioning seat 1a1 to be located, and described contact block 8 outer end has recessed jack 8a, and jack 8a place can be inserted in above-mentioned securing rod outer end.
The port of described jack 8a has the fillet or chamfering that seamlessly transit.
Described contact block 8 outer end is concordant with positioning seat 1a1 port.In the present embodiment, described contact block 8 is cast iron materials.Cast iron materials resistance to abrasion is high, and cost compare is low.
Certainly, contact block 8 is wooden unit is also feasible.Wooden unit cost is low, and is convenient to make.
Locate bottom described positioning seat 1a1 that also there is the apical pore 8b run through.
Between described contact block 8 and positioning seat 1a1, also there is pad 9.
Described pad 9 is rubber sheet gasket, according to actual conditions pad 9 for wood chip is also feasible.
Described securing rod comprises securing rod 1 and securing rod 24, the Inner end of described securing rod 1 and the Inner end of securing rod 24 are all positioned at crossbeam 2, the outer end of securing rod 1 and securing rod 24 stretches out the two ends of crossbeam 2 respectively, described securing rod 1 Inner holds downside to have recessed recess one 3a, described securing rod 24 Inner holds upside to have recessed recess two 4a, above-mentioned securing rod 24 Inner end is embedded in recess one 3a place, above-mentioned securing rod 1 Inner end is embedded in recess two 4a place, above-mentioned spring 5 be positioned at recess two 4a place and the two ends of spring 5 push up respectively be pressed in securing rod 1 Inner hold and securing rod 24 Inner hold.
The length of the described length direction along securing rod 1 above-mentioned recess two 4a is greater than the length of recess one 3a.
On the downside of described crossbeam 2, there is the bar hole run through in bar shaped, the downside of described securing rod 1 is fixed with push rod 1, the downside of described securing rod 24 is fixed with push rod 2 11, described push rod 1 and push rod 2 11 are all positioned at bar hole place and push rod 1 and push rod 2 11 all partly stretch out on the downside of crossbeam 2, and push rod 1 described under the elastic force effect of above-mentioned spring 5 and push rod 2 11 are resisted against the two ends place of bar hole respectively.
Described push rod 1 and push rod 2 11 are all fixed with for the handle for operator's gripping.
Another scheme can also be adopted, that is: screw mandrel 12 is also provided with between described push rod 1 and push rod 2 11, described push rod 1 has tapped bore, described screw mandrel 12 is axially connected on push rod 2 11, one end of above-mentioned screw mandrel 12 is through at tapped bore place makes push rod 1 be threaded with screw mandrel 12, and the other end of above-mentioned screw mandrel 12 has the actuator 13 that it can be driven to rotate.
Described actuator 13 is for being connected in the rocking handle on screw mandrel, and described actuator 13 is for being connected in the servomotor on crossbeam 2, and rotating shaft and the above-mentioned screw mandrel 12 of described servomotor are connected.
In described freight container, also there is stay cord 14, pulley 1 is connected with on the downside of described crossbeam 2, top in described freight container is connected with pulley 2 16, above-mentioned stay cord 14 is on pulley 2 16 and pulley 1 and stay cord 14 one end is connected on the downside of crossbeam 2, and the other end of described stay cord 14 naturally hangs down and is positioned at crossbeam 2 bottom.
Also be connected with pulley 3 17 on the downside of described crossbeam 2, above-mentioned pulley 1 is positioned in the middle part of crossbeam 2, above-mentioned stay cord 14 on pulley 1, pulley 2 16 and pulley 3 17 and one end of stay cord 14 be connected in the middle part of crossbeam 2.
Be fixed with case 18 on the downside of described crossbeam 2, above-mentioned pulley 1 and pulley 3 17 are all positioned at case 18.Described pulley 3 17 is close to above-mentioned pilot bar 1.
Described crossbeam 2 has the spacing hole 2a running through its upper and lower sides, above-mentioned stay cord 14 is through at 2a place of spacing hole and the end opposite be connected with crossbeam 2 on stay cord 14 is fixed with locating part 19, and described locating part 19 size is greater than spacing hole 2a size and locating part 19 is positioned at crossbeam 2 bottom.
Described locating part 19 is draw ring in the form of a ring.Stay cord 14 can be pulled smoothly after operator grips draw ring.According to actual conditions, it is also feasible that locating part 19 adopts in block link stopper.Because block can not cross spacing hole, therefore, it can play good position-limiting action.
Top in described freight container and bottom are all fixed with stirrup, the described two ends being positioned at container top place stirrup are connected in the upper end of two pilot bars 1 respectively, described in be positioned at container base place stirrup two ends be connected in the lower end of two pilot bars 1 respectively.
As shown in Figure 3 and Figure 4, described stirrup comprises the tubular body of rod 1 and the body of rod 2 21, the outer end of the described body of rod 1 and the body of rod 2 21 all has the latch 22 raised up, described latch 22 and above-mentioned guide groove 1a match and latch 22 is inserted in the end of guide groove 1a, and the described body of rod 1 Inner end is enclosed within the body of rod 2 21 Inner and holds and have the latch-up structure that can be locked between.
Described latch-up structure is lock screw, and described lock screw is threaded on the above-mentioned body of rod 1 and the body of rod 2 21 simultaneously.
Described latch-up structure is locating dowel pin, the described body of rod 1 has the knock hole one run through, the described body of rod 2 21 has some knock holees two along its length, and above-mentioned locating dowel pin is positioned at knock hole one and goes out and locating dowel pin can also insert any one knock hole two place above-mentioned.
Crossbeam 2 two ends are connected with corresponding pilot bar 1 by latch-up structure.During initial condition, latch-up structure is merging phase, and therefore, the end of crossbeam 2 can be positioned on pilot bar 1 firmly.
Because crossbeam 2 is horizontally installed in freight container in the horizontal direction, therefore, goods can be deposited in layering.Specifically, the bottom of lower floor's cargo storage in freight container, upper strata cargo storage is on crossbeam 2.Certainly, when only having the structure of crossbeam, the goods deposited is mainly for long goods.
In freight container, two pilot bars 1 and a crossbeam 2 form a delaminating units, and when arranging multiple delaminating units in freight container, delaminating units each position to longer goods supports.
If during the less goods of individuality, arrange the stay bearing plate of tabular between adjacent two delaminating units.Less goods can easily be deposited on the supporting plate.
Claims (10)
1. a novel container, comprise the pilot bar of strip, the quantity of described pilot bar is two and the both sides be connected in freight container vertical respectively, two pilot bars be arranged in parallel, it is characterized in that, between above-mentioned two pilot bars, there is horizontally disposed crossbeam, the two ends of described crossbeam are connected on corresponding pilot bar and crossbeam can along the length direction translation of pilot bar, described beam-end can make the latch-up structure that both are connected with having between pilot bar, top in described freight container and bottom are all fixed with stirrup, the described two ends being positioned at container top place stirrup are connected in the upper end of two pilot bars respectively, the described two ends being positioned at container base place stirrup are connected in the lower end of two pilot bars respectively.
2. novel container according to claim 1, it is characterized in that, described stirrup comprises the tubular body of rod one and the body of rod two, the outer end of the described body of rod one and the body of rod two all has the latch raised up, described latch and above-mentioned guide groove match and latch is inserted in the end of guide groove, and the described body of rod one Inner end is enclosed within the body of rod two Inner and holds and have the latch-up structure that can be locked between.
3. novel container according to claim 2, is characterized in that, described latch-up structure is lock screw, and described lock screw is threaded on the above-mentioned body of rod one and the body of rod two simultaneously.
4. novel container according to claim 2, it is characterized in that, described latch-up structure is locating dowel pin, the described body of rod one has the knock hole one run through, the described body of rod two has some knock holees two along its length, and above-mentioned locating dowel pin is positioned at knock hole one and goes out and locating dowel pin can also insert any one knock hole two place above-mentioned.
5. novel container according to claim 1, is characterized in that, described pilot bar sidepiece has recessed guide groove, and above-mentioned latch-up structure is between beam-end and pilot bar.
6. novel container according to claim 5, it is characterized in that, described crossbeam is shaft-like and its inside is cavity, described latch-up structure comprises two securing rods being positioned at crossbeam, crossbeam is all stretched out in the outer end of described two securing rods, and the interior of described two securing rods is rectified to and be provided with spring between two securing rod Inner hold.
7. novel container according to claim 6, is characterized in that, bottom the guide groove of described pilot bar, place has some recessed positioning seats along the length direction of pilot bar, and the outer end of above-mentioned securing rod can embed any one positioning seat place.
8. novel container according to claim 7, is characterized in that, described securing rod outer end has the introduction part seamlessly transitted.
9. novel container according to claim 8, is characterized in that, described introduction part spherically.
10. novel container according to claim 8, is characterized in that, described introduction part is the inclined-plane that the upper side and lower side, securing rod outer end tilts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520759215.1U CN204937992U (en) | 2015-09-28 | 2015-09-28 | Novel container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520759215.1U CN204937992U (en) | 2015-09-28 | 2015-09-28 | Novel container |
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| Publication Number | Publication Date |
|---|---|
| CN204937992U true CN204937992U (en) | 2016-01-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520759215.1U Expired - Fee Related CN204937992U (en) | 2015-09-28 | 2015-09-28 | Novel container |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109878924A (en) * | 2019-03-14 | 2019-06-14 | 嘉兴职业技术学院 | The logistic storage system of cross-border electric business |
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2015
- 2015-09-28 CN CN201520759215.1U patent/CN204937992U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109878924A (en) * | 2019-03-14 | 2019-06-14 | 嘉兴职业技术学院 | The logistic storage system of cross-border electric business |
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