CN204056015U - A kind of enclosed load compartment - Google Patents
A kind of enclosed load compartment Download PDFInfo
- Publication number
- CN204056015U CN204056015U CN201420421949.4U CN201420421949U CN204056015U CN 204056015 U CN204056015 U CN 204056015U CN 201420421949 U CN201420421949 U CN 201420421949U CN 204056015 U CN204056015 U CN 204056015U
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- CN
- China
- Prior art keywords
- section bar
- aluminium section
- bar pipe
- top panel
- load compartment
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- Withdrawn - After Issue
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Abstract
The utility model provides a kind of enclosed load compartment, belongs to field of mechanical technique.It solve the problem that cannot ensure cabin strength while existing common enclosed load compartment alleviates quality.This enclosed load compartment, comprise two just to the side panels arranged and the top panel be connected between the wallboard of both sides, side panels and top panel include interlayer and are connected in inner panel and the outside plate in outside in interlayer respectively, interlayer comprises some aluminium section bar pipes be arranged side by side and the honeycomb paper be connected between each two adjacent aluminium section bar pipes, the netted port of honeycomb paper both sides seals by inner panel and outside plate respectively, aluminium section bar pipe one_to_one corresponding on the aluminium section bar pipe of top panel and both sides wallboard, and the two ends of the aluminium section bar pipe of top panel are connected by fastener mutually with the upper end of the aluminium section bar pipe of both sides wallboard respectively.This enclosed load compartment has the advantages such as intensity is high, quality is light.
Description
Technical field
The utility model belongs to field of mechanical technique, relates to a kind of van, particularly relates to a kind of enclosed load compartment.
Background technology
Van and box-body truck, be mainly used in the various article of hermetically sealed transport, the special van of kind can also be used for transporting chemical hazardous materials, and it has maneuverability, easy to operate, efficient work, transportation volume large, make full use of space and the advantage such as safe, reliable.The compartment kind of van common at present mainly contains several forms such as corrugated sheet structure, corrugated board structures, flat aluminium sheet structure, plain plate structure, but be no matter the compartment of which kind of species structure, all adopt steel structure as skeleton, cause the heavier mass in compartment, oil consumption is high, and easily produces larger noise in transportation.
In order to solve the problem, the applicant once proposed a kind of compartment [application number: 201320344366.1 of van; Notification number: CN203332239U], it comprises interlayer, internal layer and skin, internal layer and the outer both sides being connected in interlayer respectively, and interlayer is boxwork shape, and the boxwork two-port of interlayer covers and makes boxwork form sealing by internal layer and skin.Interlayer due to the compartment of this van is honeycomb grid shape, therefore reaches the object of sound insulation and reduction compartment total quality well.But although the compartment of this van is made up of three-decker, the interlayer being positioned at middle part is in boxwork shape, namely be only adopt honeycomb paper, although therefore deadening can be played, cannot ensure that compartment has enough intensity, easily impaired, distortion when causing being hit.
Summary of the invention
The purpose of this utility model is the problems referred to above existed for prior art, propose a kind of reduce compartment quality while possess again the enclosed load compartment of sufficient intensity.
The purpose of this utility model realizes by following technical proposal:
A kind of enclosed load compartment, comprise two just to the side panels arranged and the top panel be connected between the wallboard of both sides, described side panels and top panel include interlayer and are connected in inner panel and the outside plate in outside in interlayer respectively, it is characterized in that, described interlayer comprises some aluminium section bar pipes be arranged side by side and the honeycomb paper be connected between each two adjacent aluminium section bar pipes, the netted port of honeycomb paper both sides seals by described inner panel and outside plate respectively, aluminium section bar pipe one_to_one corresponding on the aluminium section bar pipe of described top panel and both sides wallboard, and the two ends of the aluminium section bar pipe of described top panel are connected by fastener mutually with the upper end of the aluminium section bar pipe of both sides wallboard respectively.
This enclosed load compartment is when assembling, first both sides wallboard and top panel are assembled, first each aluminium section bar tube side-by-side is arranged, then be connected honeycomb paper between each two adjacent aluminium section bar pipes, interlayer is formed after connecting upper honeycomb paper between each aluminium section bar pipe, then formed interlayer inside and outside both sides be connected respectively on inner panel and outside plate, be finally assembled into side panels and top panel successively.Then by both sides wallboard just to setting, then top panel is positioned between the wallboard of both sides, with fastener, the two ends of the aluminium section bar pipe of top panel is connected with the upper end of the aluminium section bar pipe of both sides wallboard respectively.
Because this enclosed load compartment utilizes the aluminium section bar pipe in side panels and top panel as the skeleton of whole enclosed load compartment, therefore utilizing honeycomb paper to alleviate compartment quality and while improving soundproof effect, the bulk strength in compartment can ensured again by aluminium section bar pipe.
In above-mentioned enclosed load compartment, contiguous block is plugged with respectively in the two ends of the aluminium section bar pipe of described top panel, contiguous block is plugged with in the upper end of the aluminium section bar pipe of described side panels, the two ends of the aluminium section bar pipe of described top panel lean with the upper end of the aluminium section bar pipe of both sides wallboard respectively, and described fastener passes the contiguous block in the aluminium section bar tube end of top panel and penetrates in the contiguous block of aluminium section bar pipe upper end of side panels.
When assembling, the upper end of the two ends of the aluminium section bar pipe of top panel and the aluminium section bar pipe of side panels is leant, then fastener passed the contiguous block in the aluminium section bar tube end of top panel from top to bottom and penetrate in the contiguous block of aluminium section bar pipe upper end of side panels, the aluminium section bar pipe of such top panel is just fixed together mutually with the aluminium section bar pipe of side panels.
And due to when the aluminium section bar pipe of side panels and the aluminium section bar pipe of top panel are connected, be out of shape in order to avoid making aluminium section bar pipe, therefore in the end of aluminium section bar pipe, all contiguous block is set, so both can reduces the distortion of aluminium section bar pipe, the Joint strenght between aluminium section bar pipe can be improved again.
In above-mentioned enclosed load compartment, as another kind of technical scheme, the upper end face of the aluminium section bar pipe of described side panels offers interface, contiguous block is plugged with respectively in the two ends of the aluminium section bar pipe of described top panel, the two ends of the aluminium section bar pipe of described top panel are inserted in the interface of aluminium section bar pipe upper end face of both sides wallboard respectively, and described fastener passes the sidepiece of the aluminium section bar pipe of side panels and the aluminium section bar pipe of top panel successively and penetrates in the contiguous block of aluminium section bar tube end of top panel.
When assembling, the end of the aluminium section bar pipe of top panel is inserted in the interface of aluminium section bar pipe upper end face of side panels, and then fastener is passed the sidepiece of the aluminium section bar pipe of side panels and the aluminium section bar pipe of top panel successively from sidepiece and penetrates in the contiguous block in the aluminium section bar tube end of top panel.
In above-mentioned enclosed load compartment, the inner surface of the aluminium section bar pipe at described top panel and/or side panels two ends offers catching groove, the two ends, side that described inner panel is relative with aluminium section bar pipe have the buckling parts with catching groove mating shapes respectively, and buckling parts buckles in corresponding catching groove.
The inner surface being positioned at the aluminium section bar pipe at top panel and/or side panels two ends offers catching groove, inner panel has the buckling parts with catching groove mating shapes, when assembling top panel and/or side panels, buckling parts on inner panel is buckled in the catching groove of aluminium section bar pipe, thus aluminium section bar pipe and inner panel are linked together.
In above-mentioned enclosed load compartment, the inner surface of the aluminium section bar pipe between described top panel and/or side panels two ends all has above-mentioned catching groove near this aluminium section bar pipe both sides place, the quantity of described inner panel is some pieces, is all fixed with above-mentioned inner panel between the catching groove of aluminium section bar pipe described in each adjacent two.
Owing to being not easy to connect when inner panel being arranged to monoblock, and the fastness connected is also bad, therefore in order to connect better, at each aluminium section bar Guan Shangjun, catching groove is set, and inner panel is arranged to some pieces, then the buckling parts on each inner panel is snapped into respectively in catching groove corresponding on two adjacent aluminium section bar pipes.
In above-mentioned enclosed load compartment, described catching groove is offered bottom it along the plan vertical of aluminium section bar pipe inner surface.Owing to inner panel having the buckling parts with catching groove mating shapes, therefore when catching groove is offered bottom to it along the plan vertical of aluminium section bar pipe inner surface, the connection area between catching groove and buckling parts can be increased, make the connection of inner panel and aluminium section bar pipe more firm.
In above-mentioned enclosed load compartment, described catching groove is barb-like, and described buckling parts turns down curling forming by the end of inner panel.Catching groove is barb-like, when the buckling parts on inner panel buckles in catching groove, utilizes the particularity of barb shape, makes the buckling parts on inner panel to be buckled in catching groove securely.
In above-mentioned enclosed load compartment, as another kind of technical scheme, described catching groove is drops, and described buckling parts turns down curling forming by the end of inner panel.
Catching groove is drops, and the width therefore between catching groove two side is greater than the width bottom catching groove, so also can play certain anticreep effect, and therefore when the buckling parts on inner panel buckles in catching groove, buckling parts is also not easy to come off out in catching groove.
In above-mentioned enclosed load compartment, the inner surface of the aluminium section bar pipe of described side panels axially offers one layering guide groove along it, and the port of layering guide groove axially equidistantly has knock hole along it.
In order to the safety when degree of utilization and raising goods that improve interior space stack, can by arranging decker by interior spatially lower leaf in compartment, and offer layering guide groove and knock hole at the inner surface of the aluminium section bar pipe of side panels, so just aluminium section bar pipe can be used as the column of decker simultaneously, conveniently between the aluminium section bar pipe of two positive counter-lateral quadrents wallboards, connect decker, improving aluminium section bar pipe degree of utilization while, also can save the installing space on whole wallboard.
In above-mentioned enclosed load compartment, described inner panel is bonded in the inner side of interlayer by glue, and described aluminium section bar pipe inner surface and inner panel touching position offer some continuously arranged link slots.
In above-mentioned enclosed load compartment, described outside plate is bonded in the outside of interlayer by glue, and described aluminium section bar pipe outer surface and outside plate touching position offer some continuously arranged link slots.
In above-mentioned enclosed load compartment, described honeycomb paper is bonded between two adjacent aluminium section bar pipes by glue, and the side surfaces of described aluminium section bar pipe and honeycomb paper touching position offer some continuously arranged link slots.
Bonding by glue is conventional connection mode, and in order to prevent because there is obscission after glue dries, therefore continuously arranged link slot is all set in the inner surface of aluminium section bar pipe, outer surface and side surfaces, like this when bonding, the glue overflowed will flow in link slot, which adds aluminium section bar pipe and the bond area between inner panel, outside plate and honeycomb paper, also improve the bind strength of glue simultaneously, make bonding more firm.
In above-mentioned enclosed load compartment, described link slot is dentation.Link slot is dentation, and like this when applying glue, glue can flow in link slot, thus makes adhesive effect better, bonding more firm.
In above-mentioned enclosed load compartment, described link slot is corrugated.Link slot is arranged to corrugated, with to be arranged to dentation identical, can both makes bonding more firm.
In above-mentioned enclosed load compartment, described contiguous block is wooden unit.
In above-mentioned enclosed load compartment, described contiguous block is unit of plastic.
In above-mentioned enclosed load compartment, described outside plate is stainless steel sheet.
In above-mentioned enclosed load compartment, described inner panel is color steel.
Compared with prior art, this enclosed load compartment has the following advantages:
1, this enclosed load compartment utilizes again the aluminium section bar pipe of side panels and top panel to improve the intensity in whole compartment while utilizing honeycomb paper to make cab wall have soundproof effect, and aluminium section bar pipe lighter weight, also can ensure that the total quality of cab wall is lighter simultaneously;
2, this enclosed load compartment offers catching groove at the inner surface of aluminium section bar pipe, and inner panel arranges buckling parts, being buckled into by inner panel in corresponding catching groove, making to be connected between inner panel with aluminium section bar pipe more firmly, not easily to depart from when connecting;
3, this enclosed load compartment offers continuously arranged link slot on the surface of aluminium section bar pipe, when utilizing glue bonding, enables the glue of spilling flow in link slot, while increasing bond area, improves bind strength, difficult drop-off;
The aluminium section bar pipe of the side panels 4, in this enclosed load compartment can also use as the erection column of decker, while improving aluminium section bar pipe degree of utilization, increasing function, the installing space of whole interior can be reduced again, optimize the integral structure of interior.
Accompanying drawing explanation
Fig. 1 is that this enclosed load compartment is without structural representation when outside plate and honeycomb paper.
Fig. 2 is that this enclosed load compartment top panel or side panels are without front elevation during outside plate.
Fig. 3 be this enclosed load compartment top panel or side panels overlook part sectional view.
Fig. 4 is the enlarged drawing at A-A place in Fig. 3.
Fig. 5 is the connection diagram of the aluminium section bar pipe of top panel in this enclosed load compartment and the aluminium section bar pipe of side panels.
Fig. 6 is the enlarged drawing at B-B place in Fig. 5.
Fig. 7 is the birds-eye view of the aluminium section bar pipe of this enclosed load compartment top panel or side panels.
Fig. 8 is the front elevation of the aluminium section bar pipe of this enclosed load compartment side panels.
Fig. 9 is the aluminium section bar pipe of this enclosed load compartment top panel and the aluminium section bar pipe connecting place longitudinal sectional view of side panels.
In figure, 1, side panels; 2, top panel; 3, interlayer; 4, inner panel; 5, outside plate; 6, aluminium section bar pipe; 7, honeycomb paper; 8, contiguous block; 9, fastener; 10, catching groove; 11, buckling parts; 12, layering guide groove; 13, knock hole; 14, link slot.
Detailed description of the invention
Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiments.
Embodiment one
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 9, a kind of enclosed load compartment, comprises two just to the side panels 1 arranged and the top panel 2 be connected between both sides wallboard 1.Both sides wallboard 1 and top panel 2 include interlayer 3 and are connected in inner panel 4 and the outside plate 5 of interlayer 3 medial and lateral respectively, interlayer 3 comprises some aluminium section bar pipes 6 be arranged side by side and the honeycomb paper 7 be connected between each two adjacent aluminium section bar pipes 6, aluminium section bar pipe 6 is square, and inner panel 4 and outside plate 5 are respectively by the netted port sealing of honeycomb paper 7 both sides.Contiguous block 8 is plugged with respectively in the two ends of the aluminium section bar pipe of top panel 2, the upper end of the aluminium section bar pipe of both sides wallboard 1 is also plugged with contiguous block 8, aluminium section bar pipe 6 and aluminium section bar pipe 6 one_to_one corresponding on both sides wallboard 1 of top panel 2, the two ends of the aluminium section bar pipe of top panel 2 lean with the upper end of the aluminium section bar pipe of both sides wallboard 1 respectively, and top panel 2 and side panels 1 by through the contiguous block 8 in the aluminium section bar tube end of top board wallboard and the fastener 9 penetrated in the contiguous block 8 of side panels 1 upper end be connected mutually.In the present embodiment, contiguous block 8 can be wooden unit, unit of plastic etc., and fastener 9 can be screw, screw etc., and inner panel 4 is color steel, and outside plate 5 is stainless steel sheet.
As shown in figs. 4 and 7, the inner surface being positioned at the aluminium section bar pipe 6 at top panel 2 and side panels 1 two ends offers catching groove 10, the inner surface of the aluminium section bar pipe 6 between top panel 2 and side panels 1 two ends also all has catching groove 10 near this aluminium section bar pipe 6 both sides place, the quantity of inner panel 4 is some pieces, the two ends, side that inner panel 4 is relative with aluminium section bar pipe 6 have the buckling parts 11 with catching groove 10 mating shapes respectively, inner panel 4 is all connected with between each adjacent aluminium section bar pipe 6, and the buckling parts 11 on each inner panel 4 buckles in catching groove 10 corresponding on aluminium section bar pipe 6 respectively.Catching groove 10 is in barb-like, and catching groove 10 is offered bottom it along the plan vertical of aluminium section bar pipe 6 inner surface, and buckling parts 11 turns down curling forming by the end of inner panel 4.
As shown in Fig. 3, Fig. 4 and Fig. 7, inner panel 4, outside plate 5 are bonded in the inner and outer of interlayer 3 respectively by glue, and honeycomb paper 7 is also bonded between two adjacent aluminium section bar pipes 6 by glue.As shown in Figure 5, aluminium section bar pipe 6 inner surface and inner panel 4 touching position, aluminium section bar pipe 6 outer surface contact with outside plate 5 and the side surfaces of aluminium section bar pipe 6 and honeycomb paper 7 touching position all offer some continuous arrangements and link slot 14 in dentation.
This enclosed load compartment, when assembling, each aluminium section bar pipe 6 is arranged side by side, then between each adjacent aluminium section bar pipe 6 by glue bonding on honeycomb paper 7, aluminium section bar pipe 6 after linking together forms interlayer 3 with honeycomb paper 7, and then utilize glue inner panel 4 and outside plate 5 on the inner side and outer side of interlayer 3 is bonding respectively, especially when connecting inner panel 4, inner surface due to aluminium section bar pipe 6 offers catching groove 10, and inner panel 4 has the buckling parts 11 corresponding with catching groove 10, therefore the buckling parts 11 on inner panel 4 to be buckled into when attached in catching groove 10 corresponding on each aluminium section bar pipe 6, because catching groove 10 is in barb-like, therefore not easily spin off in catching groove 10 when buckling parts 11 buckles into after in catching groove 10, make the connection of inner panel 4 more firm.
This enclosed load compartment utilizes equally and arrange honeycomb paper 7 in interlayer 3, with inner panel 4 with outside plate 5 by the netted port closed of honeycomb paper 7 both sides, such honeycomb paper 7, in sealed vacuum state, serves sound insulation, reduces the effect of noise emission.In addition, because this enclosed load compartment is also provided with the skeleton of some aluminium section bar pipes 6 as whole cab wall in the interlayer 3 of top panel 2 and both sides wallboard 1, the bulk strength of whole cab wall is turn improved while reaching soundproof effect, and adopting aluminium section bar pipe 6 lighter weight, the total quality of the whole cab wall after assembled formation is also just lighter.
And, because inner panel 4, outside plate 5 and honeycomb paper 7 all adopt glue to carry out bonding with aluminium section bar pipe 6, therefore continuously arranged link slot 14 is offered on each surface of aluminium section bar pipe 6, apply glue carry out bonding time, the glue overflowed to flow in link slot 14 and by whole for link slot 14 filling, to which adds the bond area between aluminium section bar pipe 6, can improve bind strength well, make connection more firm, also difficult drop-off after glue dries.
In addition, in present van, cause goods impaired in order to the amount of storage and minimizing goods that improve goods directly stack up and down, capital adopts the interior space of decker to van to carry out layering, it is a kind of for the decker [patent No.: ZL201220663809.9] in container that decker can adopt the applicant's layer to propose, as shown in Figure 8, in order to install decker, the inner surface of aluminium section bar pipe 6 of side panels 1 in this application axially can offer one layering guide groove 12 along it, and axially equidistantly there is knock hole 13 in the port of layering guide groove 12 along it, then decker is installed between two aluminium section bar pipes 6 just to the side panels 1 arranged, the erection column of the aluminium section bar pipe 6 of side panels 1 as decker can be used so simultaneously, the degree of utilization of aluminium section bar pipe 6 can not only be improved, the installing space of interior can be reduced again simultaneously, optimize inner structure.
Embodiment two
The present embodiment with the structure of embodiment one and principle substantially identical, difference is: in the present embodiment, the upper end face of the aluminium section bar pipe 6 of side panels 1 offers interface, contiguous block 8 is plugged with respectively in the two ends of the aluminium section bar pipe 6 of top panel 2, the two ends of the aluminium section bar pipe 6 of top panel 2 are inserted in the interface of aluminium section bar pipe 6 upper end face of both sides wallboard 1 respectively, and fastener 9 passes the sidepiece of the aluminium section bar pipe 6 of side panels 1 and the aluminium section bar pipe 6 of top panel 2 successively and penetrates in the contiguous block 8 of aluminium section bar pipe 6 end of top panel 2.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (10)
1. an enclosed load compartment, comprise two just to the side panels (1) arranged and the top panel (2) be connected between both sides wallboard (1), described side panels (1) and top panel (2) include interlayer (3) and are connected in inner panel (4) and the outside plate (5) in outside in interlayer (3) respectively, it is characterized in that, described interlayer (3) comprises some aluminium section bar pipes (6) be arranged side by side and the honeycomb paper (7) be connected between each two adjacent aluminium section bar pipes (6), the netted port of honeycomb paper (7) both sides seals by described inner panel (4) and outside plate (5) respectively, aluminium section bar pipe (6) and aluminium section bar pipe (6) one_to_one corresponding on both sides wallboard (1) of described top panel (2), and the two ends of the aluminium section bar pipe (6) of described top panel (2) are connected by fastener (9) mutually with the upper end of the aluminium section bar pipe (6) of both sides wallboard (1) respectively.
2. enclosed load compartment according to claim 1, it is characterized in that, contiguous block (8) is plugged with respectively in the two ends of the aluminium section bar pipe (6) of described top panel (2), contiguous block (8) is plugged with in the upper end of the aluminium section bar pipe (6) of described side panels (1), the two ends of the aluminium section bar pipe (6) of described top panel (2) lean with the upper end of the aluminium section bar pipe (6) of both sides wallboard (1) respectively, described fastener (9) is through the contiguous block (8) in aluminium section bar pipe (6) end of top panel (2) and penetrate in the contiguous block (8) of aluminium section bar pipe (6) upper end of side panels (1).
3. enclosed load compartment according to claim 1, it is characterized in that, the upper end face of the aluminium section bar pipe (6) of described side panels (1) offers interface, contiguous block (8) is plugged with respectively in the two ends of the aluminium section bar pipe (6) of described top panel (2), the two ends of the aluminium section bar pipe (6) of described top panel (2) are inserted in the interface of aluminium section bar pipe (6) upper end face of both sides wallboard (1) respectively, described fastener (9) passes the sidepiece of the aluminium section bar pipe (6) of side panels (1) and the aluminium section bar pipe (6) of top panel (2) successively and penetrates in the contiguous block (8) of aluminium section bar pipe (6) end of top panel (2).
4. the enclosed load compartment according to claim 1 or 2 or 3, it is characterized in that, the inner surface of described top panel (2) and/or the aluminium section bar pipe (6) at side panels (1) two ends offers catching groove (10), the two ends, side that described inner panel (4) is relative with aluminium section bar pipe (6) have the buckling parts (11) with catching groove (10) mating shapes respectively, and buckling parts (11) buckles in corresponding catching groove (10).
5. enclosed load compartment according to claim 4, it is characterized in that, the inner surface of the aluminium section bar pipe (6) between described top panel (2) and/or side panels (1) two ends all has above-mentioned catching groove (10) near this aluminium section bar pipe (6) both sides place, the quantity of described inner panel (4) is some pieces, is all fixed with above-mentioned inner panel (4) between the catching groove (10) of aluminium section bar pipe (6) described in each adjacent two.
6. enclosed load compartment according to claim 5, is characterized in that, described catching groove (10) is offered bottom it along the plan vertical of aluminium section bar pipe (6) inner surface.
7. enclosed load compartment according to claim 4, is characterized in that, described catching groove (10) is in barb-like, and described buckling parts (11) turns down curling forming by the end of inner panel (4).
8. enclosed load compartment according to claim 4, is characterized in that, described catching groove (10) is in drops, and described buckling parts (11) turns down curling forming by the end of inner panel (4).
9. the enclosed load compartment according to claim 1 or 2 or 3, it is characterized in that, the inner surface of the aluminium section bar pipe (6) of described side panels (1) axially also offers one layering guide groove (12) along it, and the port of layering guide groove (12) axially equidistantly has knock hole (13) along it.
10. the enclosed load compartment according to claim 1 or 2 or 3, it is characterized in that, described inner panel (4) is bonded in the inner side of interlayer (3) by glue, described aluminium section bar pipe (6) inner surface and inner panel (4) touching position offer some continuously arranged link slots (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420421949.4U CN204056015U (en) | 2014-07-29 | 2014-07-29 | A kind of enclosed load compartment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420421949.4U CN204056015U (en) | 2014-07-29 | 2014-07-29 | A kind of enclosed load compartment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204056015U true CN204056015U (en) | 2014-12-31 |
Family
ID=52197579
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420421949.4U Withdrawn - After Issue CN204056015U (en) | 2014-07-29 | 2014-07-29 | A kind of enclosed load compartment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204056015U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104149861A (en) * | 2014-07-29 | 2014-11-19 | 浙江双友物流器械股份有限公司 | Van-type car |
-
2014
- 2014-07-29 CN CN201420421949.4U patent/CN204056015U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104149861A (en) * | 2014-07-29 | 2014-11-19 | 浙江双友物流器械股份有限公司 | Van-type car |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141231 Effective date of abandoning: 20160622 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |