Background technique
The development for the logistic industry that the rapid development of online shopping has rapidly promoted, and good development machine is brought to logistics
Chance and space.Logistics cabinet is just being more and more widely used at present launches in package, and logistics cabinet generally comprises main cabinet, and main cabinet has behaviour
Make interface, control system and cell, since main cabinet cell is less, logistics cabinet further comprises being installed together with main cabinet
Secondary cabinet, secondary cabinet is then general only to have non control system, and the control system of circuit connection to the main cabinet of secondary cabinet could use.Use object
When flowing cabinet, part personnel is sent to select the cell of main cabinet or secondary cabinet by operation interface, the unit selected is opened by control system
Lattice chamber door sends part personnel will be after package is put into the cell selected, control system locking cell chamber door selected again.
When addressee takes package, the serial number or password or electronics bar shaped that logistics company is sent are inputted by operation interface
Code, two dimensional code etc., control system open the cell chamber door for being correspondingly placed into package, after addressee takes package away, shut unit
Locking takes the cell chamber door of package to lattice chamber door control system again.Existing main cabinet and secondary cabinet generally pass through screw, spiral shell when assembling
Mother, not only installing and dismounting is time-consuming, but also surface needs to process corresponding screw hole or protrusion, influences appearance;And between the two
Circuit connection is connected by cable, and joint efficiency is low, is easy error.
Specific embodiment
Please refer to Fig. 1 and Fig. 2 Express Logistics cabinet 100 provided by the invention that can quickly connect, including main cabinet 10 and pair
Cabinet 20.In present embodiment, main 10 quantity of cabinet is for one, and secondary cabinet 20 is for two.
The main cabinet 10 includes main cabinet 11, and main cabinet 11 includes main cabinet top plate 111, the master opposite with main cabinet top plate 111
Cabinet floor 112, main cabinet foreboard 113 and a pair of main cabinet side panel 114.The main cabinet 10 further includes being set on main cabinet foreboard 113
Display 12, operation panel 13, main cabinet cell 14, the control circuit board 15 being set in main cabinet 11.The display
12, operation panel 13 and with control circuit board 15 be electrically connected.In present embodiment, operation panel 13 may include keyboard,
Bar code scanner etc..
The outer surface of main cabinet side panel 114 is provided with the first magnetic-adsorption part 1141 and the first telescopic electrode 1142.Described
One magnetic-adsorption part 1141 can be electromagnet or iron plate.First magnetic-adsorption part 1141 described in present embodiment is electromagnet
And it is electrically connected with control circuit board 15.First telescopic electrode 1142 is solid including the first main part 1143, first electrode
Determine portion 1144, first electrode sheet 1145 and the first spring 1146.It is insulation material that first main part 1143, which can be cylindric,
Material is made, and the first guide hole 1147 that one end offers, the first guide hole 1147 is preferably circular, in other embodiments,
It can be other shapes.First main part, 1143 other end offer be connected to the first guide hole 1147 and aperture be less than lead
First accepting hole 1148 in hole.The first electrode fixed part 1144 is made of insulating materials, the first electrode fixed part
1144 cross-sectional shapes are corresponding and are slightly less than the first guide hole 1147.The first electrode fixed part 1144 is slidably contained in the
In one guide hole 1147.The first electrode sheet 1145 is set in first electrode fixed part 1144.First spring 1146 is set
It is placed in the first accepting hole 1148 and one end is connect with the bottom of first electrode fixed part 1144.The first electrode sheet 1145 is also
Control circuit board 15 is electrically connected to by the first conducting wire 1149.One end that first main part 1143 opens up the first accepting hole 1148 is set
It is placed on the outer surface of main cabinet side panel 114, i.e. outer surface of the first electrode sheet 1145 far from main cabinet side panel 114.
Each main cabinet cell 14 has a main cabinet electromagnetic lock 141, and main cabinet electromagnetic lock 141 is electrically connected to control circuit
Plate 15.
Each pair cabinet 20 include secondary cabinet top plate 21, the secondary cabinet floor 22 opposite with secondary cabinet top plate 21, pair cabinet foreboard 23 and
A pair of of pair cabinet side panel 24.Secondary cabinet foreboard 23 is provided with multiple secondary cabinet cells 231, and each pair cabinet cell 231 has a pair
Cabinet electromagnetic lock 232.
One of them is provided with the second magnetic-adsorption part 241 towards the outer surface of the secondary cabinet side panel 24 of main cabinet 10 and second stretches
Contracting electrode 242.The second magnetic-adsorption part 242 can be electromagnet or iron plate.In present embodiment, first magnetic force is inhaled
Attachment 1141 is electromagnet, corresponding, and the second magnetic-adsorption part 241 is iron plate.Second telescopic electrode 242 and first
1142 structure of telescopic electrode is identical, and specific second telescopic electrode 242 is fixed including the second main part 2421, second electrode
Portion 2422, second electrode sheet 2423 and second spring 2424.Second main part 2421 can be cylindric and be insulation material
Material is made, and the second guide hole 2425 that one end offers, the second guide hole 2425 is preferably circular, in other embodiments,
It can be other shapes.Second main part, 2421 other end offers be connected to the second guide hole 2425 and aperture less than
Second accepting hole 2426 of two guide holes 2425.The second electrode fixed part 2422 is made of insulating materials, the second electrode
2422 cross-sectional shape of fixed part is corresponding and is slightly less than the second guide hole 2425.2422 cross-sectional shape of second electrode fixed part
It corresponds to and is slightly less than the second guide hole 2425.The second electrode fixed part 2422 is slidably contained in the second guide hole 2425.
The second electrode sheet 2423 is set in second electrode fixed part 2422.The second spring 2424 is set to the second accepting hole
In 2426 and one end is connect with the bottom of second electrode fixed part 2422.The second electrode sheet 12423 also passes through the second conducting wire
2427 are electrically connected secondary cabinet electromagnetic lock 232.One end that second main part 2421 opens up the second accepting hole 2426 is set to secondary cabinet side panel
On 24 outer surface, i.e. outer surface of the second electrode sheet 2423 far from secondary cabinet side panel 24.
In use, the main cabinet side panel 114 corresponding with main cabinet 10 of secondary cabinet side panel 24 of secondary cabinet 20 towards main cabinet 10 is close, the
One magnetic-adsorption part 1141 (i.e. electromagnet) is mutually inhaled with corresponding second magnetic-adsorption part 241 (i.e. iron plate) each other by magnetic force
Firmly, first electrode sheet 1145 contacts with each other with corresponding second electrode sheet 2423;First spring 1146 is compressed first electrode
To second electrode sheet 2423, second spring 2424, which is compressed, fixes second electrode for fixed part 1144 and 1145 bullet of first electrode sheet
Portion 2422 and 2423 bullet of second electrode sheet are to first electrode sheet 1145, such first electrode sheet 1145 and 2423 phase of second electrode sheet
Mutually against and it is close in electrical contact.The circuit of the so circuit and main cabinet 10 of pair cabinet 20 is electrically connected with each other, i.e., secondary cabinet electromagnetism
Lock 232 is electrically connected to control circuit board 15 by the second telescopic electrode 242, the first telescopic electrode 1142, further realizes control
15 pairs of circuit board secondary cabinet electromagnetic locks 232 processed open or close control.
Further, to guarantee that the assembling between main cabinet and secondary cabinet is firm, especially the first magnetic-adsorption part 1141 is (i.e. electric
Magnet) when power is off, in the case where cannot generating magnetic force, also the first permanent magnet is arranged in the main cabinet side panel of main cabinet in present embodiment
1150, corresponding, secondary cabinet is towards being arranged the second permanent magnet 2428 in the secondary cabinet side panel 24 of main cabinet 10.First permanent magnet and second is forever
Magnet is mutually inhaled together.
In other embodiments, telescopic electrode can be further arranged backwards to the secondary cabinet side panel 24 of main cabinet 10 in secondary cabinet 20,
To connect another secondary cabinet.
The main cabinet of the present invention passes through the first magnetic substance together with the magnetic-adsorption between the second magnetic substance between secondary cabinet, phase
Traditional screw etc. is assembled, not only packaging efficiency is low, but also surface processing influences appearance;Additionally by the first telescopic electrode with
Second telescopic electrode is electrically connected winner's cabinet and secondary cabinet, guarantees the stability of contact, easy to connect high-efficient, avoids traditional
Cable connection is cumbersome time-consuming.
Mode the above is only the implementation of the present invention is not intended to limit the scope of the invention, all to utilize this
Equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content, it is relevant to be applied directly or indirectly in other
Technical field is included within the scope of the present invention.