CN103735045A - Combined-type cabinet structure for logistics distribution terminals - Google Patents
Combined-type cabinet structure for logistics distribution terminals Download PDFInfo
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- CN103735045A CN103735045A CN201410031250.1A CN201410031250A CN103735045A CN 103735045 A CN103735045 A CN 103735045A CN 201410031250 A CN201410031250 A CN 201410031250A CN 103735045 A CN103735045 A CN 103735045A
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- 238000009826 distribution Methods 0.000 title claims abstract description 25
- 230000007704 transition Effects 0.000 claims abstract description 99
- 238000003860 storage Methods 0.000 claims abstract description 98
- 239000011229 interlayer Substances 0.000 claims description 16
- 238000009413 insulation Methods 0.000 claims description 15
- 239000010410 layer Substances 0.000 claims description 13
- 230000015572 biosynthetic process Effects 0.000 claims description 9
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 230000000694 effects Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000005304 joining Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 239000000284 extract Substances 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000615 nonconductor Substances 0.000 description 1
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Abstract
The invention discloses a combined-type cabinet structure used for logistics distribution terminals and belongs to the technical field of logistics distribution facilities. The combined-type cabinet structure comprises a left-side cabinet body, a right-side cabinet body and a plurality of transition connection frames located between the left-side cabinet body and the right-side cabinet body and used for connecting the left-side cabinet body with the right-side cabinet body. The combined-type cabinet structure is characterized in that each of the left-side cabinet body and the right-side cabinet body is composed of a plurality of storage cases which are integrally overlaid in a manner that the storage cases are in mortise and tenon joint fit with one another on the height direction and the storage cases of the left-side cabinet body and storage casese of the right-side cabinet body are identical in number and respectively independent, the number of the transition connection frames is identical with that of the storage cases composing the left-side cabinet and the right-side cabinet, and the transition connection frames are connected in mortise and tenon joint fit between the storage cases forming the left-side cabinet body and the right-side cabinet body. The combined-type cabinet structure is convenient to manufacture, rapid to assemble in an operation place, capable of saving transportation and storage costs and convenient to maintain and replace.
Description
Technical field
The invention belongs to logistics distribution facility technology field, be specifically related to the sectional cabinet body structure that a kind of logistics distribution terminal is used.
Background technology
Along with the fast development of ecommerce,, along with the continuous quickening of people's life, study and work rhythm, thereby make net purchase transaction, be especially that network trading is more and more general.At present, the goods receiving delivery system of net purchase transaction generally carries out in the mode joining face-to-face, but the time of goods being delivered to shopper due to logistics personnel has uncertainty, thereby often exist following puzzled: for logistics personnel, when goods being sent to shopper dwelling or work and study site, always expect to join face-to-face with shopper; For shopper, often wish by logistics personnel, in good time goods face to be handed within the own suitable time period.But as known, because logistics personnel can not reach consistent at concrete time point between the two conventionally with shopper, so occur that a thing repeatedly comes and goes and delivers, the working strength that has increased on the one hand logistics personnel, shopper has wasted the valuable time in order to wait logistics personnel on the other hand.Hence one can see that, and it cannot be the effect of saving time that reaches expectation between aforesaid shopper logistics personnel and client that the mode of goods of joining is face-to-face difficult to even at all.Logistics distribution terminal can remedy such and insufficient; so-called logistics distribution terminal refer in settings such as locality, particular places, there is relay function and can ensure the convenient net purchase goods that extracts of client; can guarantee again facility such as locker, the food fresh keeping cabinet etc. of cargo security; logistics personnel are as long as deliver to locker and/or food fresh keeping cabinet by goods, and client needs only and according to logistics personnel, to information such as the password of its transmission and cabinets number, opens corresponding cabinet door and get thing.
In disclosed Chinese patent literature, can be seen in the technical information about logistics distribution facility, for example Granted publication CN202757368U recommends to have " a kind of logistics distribution terminal freeze heat insulation fresh-keeping storage cabinet ", CN203168470U to provide " a kind of thermal insulation cabinet of logistics distribution terminal " and CN202976312U introduction has " the fresh-keeping self-action terminating machine of solar cold and warm of food and drink net purchase community's centrally managed distribution ", etc.
Although the patent scheme that is not limited to exemplify above respectively has technique effect alone, but all do not disclose the not only independent but also concrete structure of the storage box unit of combination mutually separately one by one that forms cabinet (also can claim to be combined into cabinet), but the whether reasonable of the concrete structure of storage box unit is not only related to the convenience of manufacturing cabinet, and be related to assembling and the factor such as convenience of using and even safeguard.
In view of above-mentioned prior art, the applicant has done useful design, has formed technical scheme described below, and is taking the plant area the applicant under secrecy provision to carry out simulated test, and it is practicable that result proves.
Summary of the invention
Task of the present invention is to provide a kind of and contributes to embody excellent unitization effect and use and conveniently manufacture, quick assembling, save the sectional cabinet body structure that transportation and warehouse cost, use and maintenance logistics distribution terminal are easily used.
Task of the present invention completes like this, the sectional cabinet body structure that a kind of logistics distribution terminal is used, comprise left side cabinet, right side cabinet and be positioned at a left side, between the cabinet of right side for by a left side, right side cabinet transition connection box connected to one another, feature is: described left side cabinet and right side cabinet respectively by equal number not only separately mode independent but also that mutually coordinate with Tenon in short transverse be stacked to overall a plurality of storage box units and form, the quantity of described transition connection box has a plurality of, and equate with the quantity of the storage box unit that forms left side cabinet or formation right side cabinet, each transition connection box is connected to and forms a left side with Tenon fit system, between the described storage box unit of right side cabinet.
In a specific embodiment of the present invention, described storage box unit comprises box bottom, cabinet door, casing outer panel and casing back side panel, on box bottom and the edge of the side towards described transition connection box and the edge of the side towards casing outer panel each form have be raised in box bottom towards on the surperficial box bottom tenon of a side, box bottom towards under a side edge and position corresponding to described box bottom tenon form have be recessed in box bottom towards under the surperficial box bottom fourth of the twelve Earthly Branches of a side, cabinet door is connected in the position pivotable of the described casing outer panel of correspondence between the box bottom of two neighbouring storage box units, casing outer panel is corresponding with transition connection box, at the upper surface of casing outer panel and in the position corresponding to the box bottom fourth of the twelve Earthly Branches, form and have casing outer panel tenon, the box bottom mortise and tenon fourth of the twelve Earthly Branches on the box bottom of this casing outer panel tenon and superposed storage box unit coordinates, at the lower surface of casing outer panel and in the position corresponding to box bottom tenon, form and have the casing outer panel fourth of the twelve Earthly Branches, box bottom tenon Tenon on the box bottom of this casing outer panel fourth of the twelve Earthly Branches and the storage box unit of bottom coordinates, casing back side panel is positioned at the rear side of box bottom, corresponding with cabinet door, and this casing back side panel is inserted embedding towards one end of described transition connection box with transition connection box and is connected, and casing back side panel is connected with the slotting embedding of casing outer panel towards one end of casing outer panel, at transition connection box, towards the top of a side of described casing outer panel, form and have transition connection box tenon, and bottom formation has the transition connection box fourth of the twelve Earthly Branches, the described box bottom mortise and tenon fourth of the twelve Earthly Branches on the box bottom of transition connection box tenon and superposed storage box unit coordinates, and the transition connection box fourth of the twelve Earthly Branches coordinates with the described box bottom Tenon being positioned on the box bottom of storage box unit of bottom, wherein: in described a plurality of storage box units, the box bottom of superposed storage box unit is configured to the storage tank top board of the storage box unit that is positioned at bottom, and with Tenon fit system, be equipped with a top storage box unit case lid on a storage box unit that is positioned at top, this top storage box unit case lid also coordinates with the described transition connection box tenon Tenon of the transition connection box at the top in described a plurality of transition connection boxes simultaneously, in described a plurality of transition connection boxes, on the top of a transition connection box that is positioned at top, be equipped with a transition connection box top cover.
In another specific embodiment of the present invention, described box bottom tenon and the box bottom fourth of the twelve Earthly Branches are to be made into right form to be formed on described box bottom, and there is a box bottom holding flange being made between right box bottom tenon to form, the described casing outer panel fourth of the twelve Earthly Branches is to be made into right form to be formed on described casing outer panel, and have a casing outer panel holding flange being made between the right casing outer panel fourth of the twelve Earthly Branches to form, this casing outer panel holding flange is corresponding with box bottom holding flange and fix with box bottom holding flange.
In another specific embodiment of the present invention, on described box bottom holding flange, offer a box bottom holding flange screw hole, and on described casing outer panel holding flange and offering a casing outer panel holding flange screw hole corresponding to the position of box bottom holding flange screw hole, by casing outer panel hold-down screw, screw in successively casing outer panel holding flange screw hole and with the fixing protruding level screw hole of box bottom, casing outer panel is fixedly connected with box bottom.
In another specific embodiment of the present invention, on described box bottom and in the position corresponding to described casing back side panel, form and have box bottom to coordinate tenon, at the lower surface of casing back side panel and in the position that coordinates tenon corresponding to box bottom, form and having a casing back side panel fourth of the twelve Earthly Branches, box bottom coordinate tenon and the casing back side panel fourth of the twelve Earthly Branches each other Tenon coordinate.
Of the present invention, also have in a specific embodiment, on described transition connection box and in the position corresponding to described casing back side panel, form and have a transition connection box draw-in groove, and form, there is a casing outer panel draw-in groove on described casing outer panel and in the position corresponding to casing back side panel, one end of described casing back side panel is inserted embedding with transition connection box draw-in groove and is connected, and the other end is connected with the slotting embedding of casing outer panel draw-in groove.
More of the present invention and in a specific embodiment, described top storage box unit case lid towards under surface and corresponding respectively to the position of described transition connection box tenon and respectively offering the storage box unit case lid fourth of the twelve Earthly Branches, top for coordinating with transition connection box tenon and casing outer panel tenon Tenon corresponding to the position of described casing outer panel tenon.
In of the present invention and then a specific embodiment, described cabinet door is sandwich-type structure, and in interlayer, be provided with cabinet door heat-insulation layer, described casing outer panel is sandwich-type structure, and in interlayer, be provided with casing outer panel heat-insulation layer, described casing back side panel is sandwich-type structure, and in interlayer, is provided with casing back side panel heat-insulation layer.
Of the present invention, again more and in a specific embodiment, described top storage box unit case lid is sandwich-type structure, and in interlayer, is provided with top storage box unit case lid heat-insulation layer.
In again of the present invention and then a specific embodiment, on described transition connection box, be provided with an electromagnetic lock controller, and under a plurality of transition connection box use states, towards a front side, be jointly connected with a transition connection box and protect plaque, at this transition connection box, protect and on plaque, be provided with an electromagnetic lock guidance panel, this electromagnetic lock guidance panel is connected with electromagnetic lock controller electrical control, at described cabinet door, towards a side of described casing back side panel, be provided with electromagnetic lock, electromagnetic lock is connected with electromagnetic lock controller electrical control.
Technical scheme provided by the invention due to left side cabinet and right side cabinet respectively by equal number not only separately mode independent but also that mutually coordinate with Tenon in short transverse be stacked to overall a plurality of storage box units and form, and between the storage box unit that forms left and right side cabinet, transition connection box is set, thereby can conveniently manufacture, in field of employment, assemble quickly, and both can save transportation and warehouse cost, and can be convenient to again safeguard and change.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention.
Fig. 2 is the transition connection box shown in Fig. 1 and the detailed structure view of storage box unit.
Fig. 3 is the A portion enlarged drawing of Fig. 2.
Fig. 4 is the B portion enlarged drawing of Fig. 2.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, applicant elaborates the mode with embodiment below, but to the description of embodiment, be not all the restriction to the present invention program, any according to the present invention design, done only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.
In the following description, every directionality concept that relates to upper and lower, left and right, front and rear and so on is all for the residing location status of figure of describing, thereby can not be regarded as the specific limited to the present invention program.
Refer to Fig. 1, provided left side cabinet 1, right side cabinet 2 and between left and right side cabinet 1,2 for by transition connection box 3 connected to one another left and right side cabinet 1,2, if in the left side of left side cabinet 1 and/or the right side of right side cabinet 2 by transition connection box 3, implement expansion one or above cabinet again, should be considered as so equivalence and replace.
Please continue to refer to Fig. 1, respectively not only independent but also be mutually stacked to overall a plurality of storage box units 4 in short transverse with Tenon fit system and form separately by equal number of aforesaid left side cabinet 1 and right side cabinet 2, and that the quantity of aforesaid transition connection box 3 has is equally a plurality of, equate with the quantity of the storage box unit 4 that forms left side cabinet 1 or formation right side cabinet 2, and transition connection box 3 is connected between the storage box unit 4 that forms left and right side cabinet 1,2 with Tenon fit system equally.In Fig. 1, although the storage box unit 4 of cabinet 1 and right side cabinet 2 respectively has six on the left of applicant shows and forms, and the quantity of transition connection box 3 is also six, but be not subject to the quantitative limitation of number shown in Fig. 1, the quantity of storage box unit 4 and the quantity of transition connection box 3 that is to say formation left and right side cabinet 1,2 can be according to needing increase and decrease, but need the quantity that ensures the storage box unit 4 that forms left and right side cabinet 1,2 to be equal to each other, with preserved symmetry.
Refer to Fig. 2 to Fig. 4 and in conjunction with Fig. 1, description is below for the storage box unit 4 that forms right side cabinet 2, storage box unit 4 comprises box bottom 41, casing 42, casing outer panel 43 and casing back side panel 44, on box bottom 41 and the edge of the side towards transition connection box 3 and the edge of the side towards casing outer panel 43 each form have be raised in box bottom 41 towards on the surperficial box bottom tenon 411 of a side, box bottom 411 towards under a side edge and position corresponding to box bottom tenon 411 form have be recessed in box bottom 41 towards under the surperficial box bottom fourth of the twelve Earthly Branches 412 of a side.Cabinet door 42 is connected to by cabinet door pivot 423 pivotables in the position corresponding to casing outer panel 43 between the box bottom 41 of upper and lower two adjacent storage box units 4, at cabinet door 42, forms and have a cabinet door attacker 424 on the outer wall of one end of transition connection box 3.As shown in Figure 2, cabinet door attacker 424 is positioned at the left end of cabinet door 42, and cabinet door pivot 423 is positioned at the right-hand member of cabinet door 42.Casing outer panel 43 is corresponding with transition connection box 3, parallel with transition connection box 3, at the upper surface of casing outer panel 43 and in the position corresponding to the box bottom fourth of the twelve Earthly Branches 412, form and have casing outer panel tenon 431, the box bottom fourth of the twelve Earthly Branches 412 Tenons on the box bottom 41 of this casing outer panel tenon 431 and superposed storage box unit 4 coordinate, at the lower surface of casing outer panel 43 and in the position corresponding to box bottom tenon 411, form and have the casing outer panel fourth of the twelve Earthly Branches 432, box bottom tenon 411 Tenons on the box bottom 41 of this casing outer panel fourth of the twelve Earthly Branches 432 and the storage box unit 4 of bottom coordinate.Casing back side panel 44 is positioned at the rear side of box bottom 41, corresponding with cabinet door 42, this casing back side panel 44 is inserted embedding towards one end of transition connection box 3 with transition connection box 3 and is connected (inserting scarf closes), and casing back side panel 44 is connected (inserting scarf closes) towards one end of casing outer panel 43 with the slotting embedding of casing outer panel 43.At transition connection box 3, towards the top of a side of aforementioned casing outer panel 43, form and have transition connection box tenon 31, and bottom formation has the transition connection box fourth of the twelve Earthly Branches 32, the box bottom fourth of the twelve Earthly Branches 412 Tenons on the box bottom 41 of transition connection box tenon 31 and the storage box unit 4 on top coordinate, and the transition connection box fourth of the twelve Earthly Branches 32 coordinates with box bottom tenon 411 Tenons that are positioned on the box bottom 41 of storage box unit 4 of bottom.
From the signal of Fig. 2 and in conjunction with Fig. 1 especially according to the professional general knowledge of the art, in a plurality of (the present embodiment is six) storage box unit 4 of formation right side cabinet 2, the box bottom 41 of superposed storage box unit 4 is configured to the roof box of the storage box unit 41 that is positioned at bottom, that is to say that the box bottom 41 of a storage box unit 4 on top has served as the roof box of a storage box unit 4 of this bottom for a storage box unit 4 of bottom, and on a storage box unit 4 at top the open topped position at the storage box unit 4 at top with Tenon fit system, be equipped with a top storage box unit case lid 45, this top storage unit case lid 45 also coordinates with transition connection box tenon 31 Tenons of the transition connection box 3 in top in aforesaid transition connection box 3 simultaneously, in a plurality of transition connection boxes 3, the top that is positioned at a transition connection box 3 at top is equipped with a transition connection box top cover 33.
The aforesaid storage box unit 4 that is positioned at top refers to the 6th storage box unit of several from bottom to top, and an aforesaid transition connection box 3 that is positioned at top is with example.Although applicant is described for the storage box unit 4 that forms right side cabinet 2 in the above, but in view of the structure of the storage box unit 4 that forms left side cabinet 1 is identical with the storage box unit 4 that forms right side cabinet 2, thereby can't produce those of skill in the art's understanding puzzled.
Preferably, the bottom of the box bottom 41 of the storage box unit 4 bottom being positioned at arranges underframe 415(Fig. 1 signal).
Please emphasis see Fig. 2 and still in conjunction with Fig. 3 and Fig. 4, aforesaid box bottom tenon 411 and the box bottom fourth of the twelve Earthly Branches 412 are to be made into being formed on box bottom 41 take two as a pair of, and there is a box bottom holding flange 413 being made between two right box bottom tenons 411 to form, the aforesaid casing outer panel fourth of the twelve Earthly Branches 432 is equally to be made into being formed on casing outer panel 43 take two as a pair of, and there is casing outer panel holding flange 433 being made between two right casing outer panel fourths of the twelve Earthly Branches 432 to form, this casing outer panel holding flange 433 is corresponding with box bottom holding flange and fixing with box bottom holding flange 413.
As shown in Figure 2, aforesaid box bottom tenon 411 and the box bottom fourth of the twelve Earthly Branches 412 respectively have two pairs in a side of box bottom 41 and the edge of opposite side, same aforesaid casing outer panel tenon 431 and the casing outer panel fourth of the twelve Earthly Branches 432 respectively have two pairs, but these quantity are not absolute, can be according to doing adaptability increase and decrease.
On aforesaid box bottom holding flange 413, offer a box bottom holding flange screw hole 4131, and on aforesaid casing outer panel holding flange 433 and offering a casing outer panel holding flange screw hole 4331 corresponding to the position of box bottom holding flange screw hole 4131, by casing outer panel hold-down screw 434, screw in successively casing outer panel holding flange screw hole 4331 and with box bottom holding flange screw hole 4131, casing outer panel 43 is fixedly connected with box bottom 41.
By Fig. 2, shown, on aforesaid box bottom 41 and in the position corresponding to aforementioned casing back side panel 44, form and have a pair of (there is shown one) box bottom to coordinate tenon 414, and form at the lower surface of casing back side panel 44 and in the position that coordinates tenon 414 corresponding to box bottom, having a pair of (there is shown one) casing back side panel fourth of the twelve Earthly Branches 441, box bottom coordinate tenon 414 and the casing back side panel fourth of the twelve Earthly Branches 441 each other Tenon coordinate.
On aforementioned transition connection box 3 and in the position corresponding to casing back side panel 44, form and have transition connection box draw-in groove 34, and on casing outer panel 43 and form in the position corresponding to casing back side panel 44 equally and have a casing outer panel draw-in groove 435, one end of casing back side panel 44 is inserted embedding towards one end of transition connection box 3 with transition connection box draw-in groove 34 and is connected (inserting scarf closes), and the other end is connected (inserting scarf closes) towards one end of casing outer panel 43 with the slotting embedding of casing outer panel draw-in groove 435.
By Fig. 2, shown, aforesaid top storage box unit case lid 45 towards under surface and corresponding respectively to the position of aforementioned transition connection box tenon 31 and respectively offering the storage box unit case lid fourth of the twelve Earthly Branches, top 451 for coordinating with transition connection box tenon 31 and with casing outer panel tenon 431 Tenons corresponding to the position of casing outer panel tenon 431.Certainly, be positioned at the storage box unit case lid fourth of the twelve Earthly Branches, top 451 on top storage box unit case lid 45 and corresponding with transition connection box tenon 31 and coordinate with transition connection box tenon 31 Tenons, and be positioned at the storage box unit case lid fourth of the twelve Earthly Branches, top 451 on top storage box unit case lid 45 and corresponding with casing outer panel tenon 431, coordinate with casing outer panel tenon 431 Tenons.Preferably, also can be in the position that corresponds respectively to transition connection box tenon 31 and casing outer panel tenon 431, top storage box unit case lid 45 is fixing with transition connection box tenon 31 and casing outer panel tenon 431 by hold-down screw 453.
In the present embodiment, cabinet door 42 is designed to sandwich structure, and in interlayer, is provided with cabinet door heat-insulation layer 421; Casing outer panel 3 is designed to sandwich structure, and casing outer panel heat-insulation layer 436 is set in interlayer; Casing back side panel 44 is designed to sandwich structure, and casing back side panel heat-insulation layer 442 is set in interlayer; Top storage box unit case lid 45 is designed to sandwich structure, and top storage box unit case lid heat-insulation layer 452 is set in interlayer.
Certainly, based on air, be hot non-conductor, therefore also can be to the interlayer vacuum-pumping of the interlayer of the interlayer of the interlayer of aforesaid cabinet door 42, casing outer panel 3, casing back side panel 44 and top storage box unit case lid 45, thus save corresponding heat-insulation layer.
On aforesaid transition connection box 3, be provided with an electromagnetic lock controller 35, and under a plurality of transition connection box 3 use states, towards a front side, be jointly connected with a transition connection box and protect plaque 36, at transition connection box, protect on plaque 36 and be provided with electromagnetic lock guidance panel 361, this electromagnetic lock guidance panel 361 is connected with electromagnetic lock controller 35 electrical controls.At aforesaid cabinet door 42, towards an interior side, towards a side of casing back side panel 44, be provided with electromagnetic lock 422, electromagnetic lock 422 is connected with electromagnetic lock controller 35 electrical controls.
Aforesaid transition connection box protects plaque 36 and is fixedly connected with transition connection box 3 with intermediate plate 363 by screw 362.
Above-mentioned explanation by applicant is known, because left side cabinet 1 and right side cabinet 2 respectively coordinated and coordinate and form with unitization with Tenon by a plurality of storage box units 4, and storage box unit 4 is combined in Tenon mode by box bottom 41, cabinet door 42, casing outer panel 43 and casing back side panel 44, thereby can cash all sidedly the technique effect referring in the superincumbent technique effect of applicant hurdle.
Applicant sketches use of the present invention, logistics distribution department as express delivery department according to its delivery service point layout and in conjunction with or claim to take into account client with regard to convenient factor, the present invention is placed in to the particular place such as community.Client is delivered to and is deposited in by logistics department in the casing chamber 46 of storage box unit 4 with the article of net purchase mode (shopping at network mode) acquisition, and by logistics personnel, to client, sent article place storage box unit 4 information and open the number information of electromagnetic lock 422, client just can follow this information and go to and get thing.
When the present invention is when the food storing, so can be in casing chamber 46 the interior ice raft that arranges, ice raft also claims " cold storage box ", can be referring to aforementioned Chinese patent Granted publication CN203168470U about cold storage box.In addition, the present invention is also applicable to the locker of the occasion of shopping, public place of entertainment, bath center and so on.
Claims (10)
1.
the sectional cabinet body structure that a kind of logistics distribution terminal is used, comprise left side cabinet (1), right side cabinet (2) and be positioned at a left side, right side cabinet (1, 2) between for by a left side, right side cabinet (1, 2) transition connection box connected to one another (3), it is characterized in that: described left side cabinet (1) and right side cabinet (2) respectively by equal number not only separately mode independent but also that mutually coordinate with Tenon in short transverse be stacked to overall a plurality of storage box units (4) and form, the quantity of described transition connection box (3) has a plurality of, and equate with the quantity of the storage box unit (4) that forms left side cabinet (1) or formation right side cabinet (2), each transition connection box (3) is connected to and forms a left side with Tenon fit system, right side cabinet (1, 2) between described storage box unit (4).
2.
the sectional cabinet body structure that logistics distribution terminal according to claim 1 is used, it is characterized in that described storage box unit (4) comprises box bottom (41), cabinet door (42), casing outer panel (43) and casing back side panel (44), at box bottom (41), above and in the edge of the side towards described transition connection box (3) and in the each formation in the edge of the side towards casing outer panel (43) have and be raised in the surperficial box bottom tenon (411) of box bottom (41) towards a upper side, box bottom (41) towards under a side edge and position corresponding to described box bottom tenon (411) form have be recessed in box bottom (41) towards under the surperficial box bottom fourth of the twelve Earthly Branches (412) of a side, cabinet door (42) is connected in the position pivotable of the described casing outer panel of correspondence (43) between the box bottom (41) of neighbouring two storage box units (4), casing outer panel (43) is corresponding with transition connection box (3), at the upper surface of casing outer panel (43) and in the position corresponding to the box bottom fourth of the twelve Earthly Branches (412), form and have casing outer panel tenon (431), the box bottom fourth of the twelve Earthly Branches (412) Tenon on the box bottom (41) of this casing outer panel tenon (431) and superposed storage box unit (4) coordinates, at the lower surface of casing outer panel (43) and in the position corresponding to box bottom tenon (411), form and have the casing outer panel fourth of the twelve Earthly Branches (432), box bottom tenon (411) Tenon on the box bottom (411) of this casing outer panel fourth of the twelve Earthly Branches (432) and the storage box unit (4) of bottom coordinates, casing back side panel (44) is positioned at the rear side of box bottom (41), corresponding with cabinet door (42), and this casing back side panel (44) is inserted embedding towards one end of described transition connection box (3) with transition connection box (3) and is connected, and casing back side panel (44) is connected with the slotting embedding of casing outer panel (43) towards one end of casing outer panel (43), at transition connection box (3), towards the top of a side of described casing outer panel (43), form and have transition connection box tenon (31), and bottom formation has the transition connection box fourth of the twelve Earthly Branches (32), the described box bottom fourth of the twelve Earthly Branches (412) Tenon on the box bottom (41) of transition connection box tenon (31) and superposed storage box unit (4) coordinates, and the transition connection box fourth of the twelve Earthly Branches (32) coordinates with described box bottom (411) Tenon being positioned on the box bottom (41) of storage box unit (4) of bottom, wherein: in described a plurality of storage box units (4), the box bottom (41) of superposed storage box unit (4) is configured to the storage tank top board of the storage box unit (4) that is positioned at bottom, and above with Tenon fit system, be equipped with a top storage box unit case lid (45) at a storage box unit (4) that is positioned at top, this top storage box unit case lid (45) also simultaneously coordinates with described transition connection box tenon (31) Tenon of the transition connection box (3) at the top in described a plurality of transition connection boxes (3), in described a plurality of transition connection boxes (3), on the top of a transition connection box (3) that is positioned at top, be equipped with a transition connection box top cover (33).
3.
the sectional cabinet body structure that logistics distribution terminal according to claim 2 is used, it is characterized in that described box bottom tenon (411) and the box bottom fourth of the twelve Earthly Branches (412) are to be made into right form to be formed on described box bottom (41), and there is a box bottom holding flange (413) being made between right box bottom tenon (411) to form, the described casing outer panel fourth of the twelve Earthly Branches (432) is to be made into right form to be formed on described casing outer panel (43), and there is a casing outer panel holding flange (433) being made between the right casing outer panel fourth of the twelve Earthly Branches (432) to form, this casing outer panel holding flange (433) is corresponding with box bottom holding flange (413) and fixing with box bottom holding flange (413).
4.
the sectional cabinet body structure that logistics distribution terminal according to claim 3 is used, it is characterized in that offering a box bottom holding flange screw hole (4131) on described box bottom holding flange (413), and go up and corresponding to the position of box bottom holding flange screw hole (4131), offering a casing outer panel holding flange screw hole (4331) at described casing outer panel holding flange (433), by casing outer panel hold-down screw (434), screwing in successively casing outer panel holding flange screw hole (4331) is fixedly connected with casing outer panel (43) with the fixing protruding level screw hole of box bottom (4131) with box bottom (41).
5.
the sectional cabinet body structure that logistics distribution terminal according to claim 2 is used, it is characterized in that upper at described box bottom (41) and form and have box bottom to coordinate tenon (414) in the position corresponding to described casing back side panel (44), at the lower surface of casing back side panel (44) and in the position that coordinates tenon (414) corresponding to box bottom, form and have a casing back side panel fourth of the twelve Earthly Branches (441), box bottom coordinate tenon (414) and the casing back side panel fourth of the twelve Earthly Branches (441) each other Tenon coordinate.
6.
the sectional cabinet body structure that logistics distribution terminal according to claim 2 is used, it is characterized in that upper at described transition connection box (3) and form and have a transition connection box draw-in groove (34) in the position corresponding to described casing back side panel (44), and form, there is a casing outer panel draw-in groove (435) on described casing outer panel (43) and in the position corresponding to casing back side panel (44), one end of described casing back side panel (44) is inserted embedding with transition connection box draw-in groove (34) and is connected, and the other end is connected with the slotting embedding of casing outer panel draw-in groove (435).
7.
the sectional cabinet body structure that logistics distribution terminal according to claim 2 is used, it is characterized in that described top storage box unit case lid (45) towards under surface and corresponding respectively to the position of described transition connection box tenon (31) and respectively offering the storage box unit case lid fourth of the twelve Earthly Branches, top (451) for coordinating with transition connection box tenon (31) and casing outer panel tenon (431) Tenon corresponding to the position of described casing outer panel tenon (431).
8.
the sectional cabinet body structure that logistics distribution terminal according to claim 2 is used, it is characterized in that described cabinet door (42) is for sandwich-type structure, and in interlayer, be provided with cabinet door heat-insulation layer (421), described casing outer panel (43) is sandwich-type structure, and in interlayer, be provided with casing outer panel heat-insulation layer (436), described casing back side panel (44) is sandwich-type structure, and in interlayer, is provided with casing back side panel heat-insulation layer (442).
9.
the sectional cabinet body structure of using according to the logistics distribution terminal described in claim 2 or 7, it is characterized in that described top storage box unit case lid (45) is for sandwich-type structure, and in interlayer, be provided with top storage box unit case lid heat-insulation layer (452).
10.
the sectional cabinet body structure that logistics distribution terminal according to claim 2 is used, it is characterized in that being provided with an electromagnetic lock controller (35) on described transition connection box (3), and under a plurality of transition connection boxes (3) use state, towards a front side, be jointly connected with a transition connection box and protect plaque (36), at this transition connection box, protect and on plaque (36), be provided with an electromagnetic lock guidance panel (361), this electromagnetic lock guidance panel (361) is connected with electromagnetic lock controller (35) electrical control, at described cabinet door (42), towards a side of described casing back side panel (44), be provided with electromagnetic lock (422), electromagnetic lock (422) is connected with electromagnetic lock controller (35) electrical control.
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| CN201410031250.1A CN103735045B (en) | 2014-01-23 | 2014-01-23 | The sectional cabinet body structure of logistics distribution terminal |
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| CN103735045B (en) | 2016-03-23 |
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