CN109345182A - A kind of block chain logistics big data security processing system and method - Google Patents
A kind of block chain logistics big data security processing system and method Download PDFInfo
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- CN109345182A CN109345182A CN201811340952.2A CN201811340952A CN109345182A CN 109345182 A CN109345182 A CN 109345182A CN 201811340952 A CN201811340952 A CN 201811340952A CN 109345182 A CN109345182 A CN 109345182A
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Abstract
A kind of block chain logistics big data safe processing system of the present invention includes block chain server, is used for distributed logistics information processing comprising production node (100), logistics tiny node (200), locker node (300)；Large database concept is used to connect with the production node (100) of the block chain server, logistics tiny node (200), locker node (300), is used to save the logistics information；User terminal is used to connect with the large database concept.The present invention can be disclosed, can not be distorted the information of block chain through the above way by way of by the transparent procedures of entire logistics, and eliminate the reason of user possibly can not receive in time, and received with locker as the terminal of this logistics time calculating, to avoid the dispute between seller and user.
Description
Technical field
The present invention relates to a kind of block catenary systems, more particularly to a kind of block catenary system for logistics field.
Background technique
Technology of the block chain as next Net-volution, has the advantage that
Decentralization: due to using distributed accounting and storage, there is no the hardware of centralization or management organizations, any to save
The rights and duties of point be all it is impartial, data block in system is tieed up jointly by the node in whole system with maintenance function
Shield.
It is open: system be it is open, in addition to the private information of Trading parties is encrypted outer, the data of block chain are to owning
People discloses, anyone can be by disclosed interface polls block chain data and exploitation related application, therefore whole system is believed
Cease highly transparent.
Autonomy: block chain is used to be made based on consensus specification and agreement (such as a set of open and clear algorithm)
All nodes in whole system can be in the exchange data for going the free safety of the environment trusted, so that being changed to the trust of " people "
To the trust of machine, any artificial intervention does not work.
Information can not distort: once information permanent will store, by verifying and being added to block chain unless energy
It is enough at the same control be more than in system 51% node, be otherwise invalid, therefore area to the modification of database on individual node
The data stability and reliability of block chain are high.
Anonymity: since the exchange between node follows fixed algorithm, data interaction is without trusting (block chain
In rules of order can voluntarily judge whether activity effective), therefore counterparty need not allow other side by way of public identity
Trust oneself is generated, it is very helpful to the accumulation of credit.
Currently, the information governing of logistics field is more chaotic, it is easy to happen due to mistaking, mistake leads and damages product matter
Amount, but user is ignorant thus the phenomenon that blaming seller for.
Therefore, more new technologies, more multi-functional logistics system can be applied by needing one kind at present.
Summary of the invention
The technical problem to be solved in the present invention is to provide one kind can apply more technologies, more multi-functional logistics system.
A kind of block chain logistics big data safe processing system of the present invention, including
Block chain server is used for distributed logistics information processing comprising production node, logistics tiny node, storing
Cabinet node；
Large database concept is used to connect with the production node, logistics tiny node, locker node of the block chain server
It connects, is used to save the logistics information；
User terminal is used to connect with the large database concept；
Wherein,
The production node is used to send first time stamp information relevant to cargo to the large database concept；
The logistics tiny node is used to send the second timestamp information relevant to cargo to the large database concept；
The locker node is used to send third timestamp information relevant to cargo to the large database concept；
The block chain server by the first time stab the first time between information and the second timestamp information it is poor,
The second time difference, first time stamp information and third timestamp information between second timestamp information and third timestamp information
Between the third time difference made the difference respectively with the first standard value, the second standard value, the third standard value in large database concept, and
The logistics information for exceeding standard value is sent to user terminal.
A kind of block chain logistics big data safe processing system of the present invention, wherein the user terminal is big by WIFI module
Database connection.
A kind of block chain logistics big data safe processing system of the present invention, wherein locker node by sim card module with
The big data is cried connection.
A kind of block chain logistics big data safe processing system of the present invention, when wherein block chain server is according to described first
Between difference a, the second time difference b, third time difference c, the first standard value A, the second standard value B, third standard value C, as follows
Alarming value D is exported, when the alarming value D is less than -1, then sends alarm signal to user terminal,
Wherein, the first time poor a, the second time difference b, third time difference c, the first standard value A, the second standard value B,
The unit of third standard value C is hour；
A kind of block chain logistics big data safe processing system of the present invention, wherein locker node include control unit, cabinet case,
Cabinet door, door lock, the control unit are connect with the block chain server, and the control unit is fixed with the cabinet case, the cabinet case
The side of opening connect with the Hinge for cupboard door, the other side of the cabinet door is fixed by the door lock and the cabinet case, institute
Stating door lock includes fixed bin, output shaft, first pulley, the first transmission belt, the second belt wheel, third belt wheel, fixed frame, the second transmission
Band, snap-gauge, the first card slot, the first transmission shaft, first motor, the first bevel gear, the second bevel gear, the second axis, arc pendulum rod,
One spring, first through hole, the second card slot, push switch, the fixed bin are fixed with the cabinet door, the inside of the fixed bin
Bottom is fixed with first motor, and the output shaft of the first motor is coaxially fixed with the first pulley, and the first pulley is logical
The first transmission belt and the second belt wheel V belt translation are crossed, the upper surface of the fixed bin offers first through hole, and described first passes
Dynamic band passes through the first through hole, and second belt wheel is fixed with first transmission shaft, first transmission shaft and described the
Three belt wheels are fixed, and first transmission shaft is mounted on the fixed frame by bearing, the fixed frame and the fixed bin
Upper surface is fixed, and the axis of another third belt wheel is mounted on the fixed frame by bearing, and two third belt wheels pass through
Second transmission belt V belt translation, upper surface and the snap-gauge of second transmission belt are fixed, the table close to the snap-gauge of cabinet case
Face offers the first card slot matched with the snap-gauge shape, and first card slot is in the table close to one of third belt wheel
Face is fixed with push switch；
The output shaft of the first motor is coaxially fixed with first bevel gear, first bevel gear and the second umbrella tooth
Wheel engagement, second bevel gear are fixed with second axis, and second axis is mounted in the fixed bin by bearing, institute
The one end for stating the second axis and the arc pendulum rod is fixed, and the middle part of the arc pendulum rod and one end of first spring are fixed,
The upper surface of the other end and the fixed bin of first spring is fixed, the surface close to the arc pendulum rod of the cabinet case
Offer the second card slot matched with the arc pendulum rod shape；
The power module of the first motor is connect with the control unit, and the push switch is connect with the control unit,
The control unit is connect with shock detection module, and when the push switch is pressed by the snap-gauge, the control unit is to described
Block chain server sends third timestamp information.
A kind of processing method of block chain logistics big data safe processing system of the present invention, includes the following steps:
Node is produced to be used to send first time stamp information relevant to cargo to the large database concept of block chain server；
Logistics tiny node is used to send the second timestamp information relevant to cargo to the large database concept of block chain server；
Locker node is used to send third timestamp information relevant to cargo to the large database concept of block chain server；
Wherein, when the shock detection module of the door lock of locker node detects vibration, control unit drives first motor to turn
It is dynamic, it is mobile towards first motor to cause snap-gauge, and make snap-gauge and pressing push switch, meanwhile, arc pendulum rod is rotated to the second card
In slot；
Wherein, it after 15 seconds after shock module detects vibration, when push switch is not pressed by snap-gauge, then drives
The output shaft of dynamic first motor inverts 10 seconds, and rotates forward again, and arc pendulum rod is driven to rotate towards the second card slot, meanwhile, card
Plate presses push switch, with the operation being repeatedly inserted into it.
A kind of block chain logistics big data safe processing system difference from prior art of the present invention is the present invention one
The side that kind block chain logistics big data safe processing system can be disclosed by the information of block chain, can not be distorted through the above way
The transparent procedures of entire logistics is eliminated the reason of user possibly can not receive in time by formula, and receives with locker
As the terminal that this logistics time calculates, and above- mentioned information are compared with standard value, thus by above- mentioned information together with mark
Quasi- value is sent to the user terminal together, for reference, is sent to avoid seller with repeatedly shipment to adulterate
To user, and avoid mistaking, wrong neck and the phenomenon that damage product quality, to avoid the dispute between seller and user.
A kind of block chain logistics big data safe processing system of the invention is described further with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is a kind of circuit connection diagram of block chain logistics big data safe processing system；
Fig. 2 is the top view of locker node；
Fig. 3 is the main view of locker node；
Fig. 4 is the motion state variation diagram of Fig. 3；
Fig. 5 is the partial enlarged view of the first state of Fig. 2；
Fig. 6 is the partial enlarged view of the second state of Fig. 2；
Fig. 7 is the partial enlarged view of Fig. 3；
Fig. 8 is the partial enlarged view of Fig. 4.
Specific embodiment
As shown in Fig. 1~8, referring to Fig. 1, a kind of block chain logistics big data safe processing system of the present invention includes
Block chain server is used for distributed logistics information processing comprising production node 100, logistics tiny node
200, locker node 300；
Large database concept is used for production node 100, logistics tiny node 200, locker section with the block chain server
300 connection of point, is used to save the logistics information；
User terminal is used to connect with the large database concept；
Wherein,
The production node 100 is used to send first time stamp information relevant to cargo to the large database concept；
The logistics tiny node 200 is used to send the second timestamp information relevant to cargo to the large database concept；
The locker node 300 is used to send third timestamp information relevant to cargo to the large database concept；
The block chain server by the first time stab the first time between information and the second timestamp information it is poor,
The second time difference, first time stamp information and third timestamp information between second timestamp information and third timestamp information
Between the third time difference made the difference respectively with the first standard value, the second standard value, the third standard value in large database concept, and
The logistics information for exceeding standard value is sent to user terminal.
The present invention can be disclosed, can not be distorted the information of block chain through the above way by way of by the mistake of entire logistics
Journey transparence, and the reason of user possibly can not receive in time is eliminated, and received with locker as this logistics time
The terminal of calculating, and above- mentioned information are compared with standard value, so that above- mentioned information are sent to use together with standard value together
Family terminal, it is for reference, user is sent to repeat shipment to adulterate to avoid seller, and avoids mistake
The phenomenon that hair, mistake lead and damage product quality, to avoid the dispute between seller and user.
The large database concept is connect with the block chain server, user terminal.
The block chain server is connect with the user terminal.
Wherein, it is described production node first time stamp information be regarded as the production time can also for the production time, production
Place；
Wherein, the second timestamp information of the logistics tiny node, which is regarded as delivery availability, to be delivery availability, hair
Goods place；
Wherein, the third timestamp information of the storage cabinet node, which is regarded as goods receiving time, to be goods receiving time, receipts
Goods place.
Wherein, when the first time poor a, the second time difference b, third time difference c can be to stab information, second at the first time
Between stab information, time in third timestamp information makes the difference to obtain, certainly, stab information, second in the first time
Timestamp information, third timestamp information include place when, can by input at the first time stamp information, the second timestamp information,
The two of them of third timestamp, and the table carried out in access large database concept obtains.Such as following table:
Wherein, the logistics information includes first time stamp information, the second timestamp information, third timestamp information,
First time stabs the poor first time between information and the second timestamp information, the second timestamp information and third timestamp information
Between the second time difference, at the first time stamp information and third timestamp information between the third time difference, thus to user end
The whole production time of end feedback cargo, haulage time, delivery availability.
The standard value includes the first standard value, the second standard value, third standard value.
Preferably, the user terminal is connected by WIFI module large database concept.
Third timestamp information is sent to large database concept by the WIFI module of user terminal by the present invention, quickly so as to it
Transmission information.
Preferably, the locker node 300, which is cried by sim card module with the big data, connect.
Third timestamp information is sent to large database concept by the sim card module of locker node 300 by the present invention, so as to
Its independent transmission information.
Preferably, the block chain server is according to the first time poor a, the second time difference b, third time difference c,
One standard value A, the second standard value B, third standard value C export alarming value D as follows, when the alarming value D is less than -1
When, then alarm signal is sent to user terminal,
Wherein, the first time poor a, the second time difference b, third time difference c, the first standard value A, the second standard value B,
The unit of third standard value C is hour；
The present invention by above-mentioned formula can pointedly, have stress with reference to the standard value in large database concept and by its with it is true
Real value compares and scores, to comprehensively strictly be monitored for entire logistics progress, and determine its whether
It is differed with standard value to an intolerable degree on degree of integration, if so, sending alarm signal to user terminal.
Preferably, as shown in Fig. 2~8, referring to Fig. 5,7, the locker node 300 includes control unit, cabinet case 310, cabinet
Door 320, door lock 330, the control unit are connect with the block chain server, and the control unit and the cabinet case 310 are fixed, institute
The side for stating the opening of cabinet case 310 is connect with 320 hinge of cabinet door, and the other side of the cabinet door 320 passes through the door lock 330
Fixed with the cabinet case 310, the door lock 330 includes fixed bin 331, output shaft 332, first pulley 333, the first transmission belt
334, the second belt wheel 335, third belt wheel 336, fixed frame 337, the second transmission belt 338, snap-gauge 339, the first card slot 340, first
Transmission shaft 341, first motor 342, the first bevel gear 351, the second bevel gear 352, the second axis 353, arc pendulum rod 354, first
Spring 355, first through hole 356, the second card slot 357, push switch 358, the fixed bin 331 and the cabinet door 320 are fixed, institute
The bottom for stating the inside of fixed bin 331 is fixed with first motor 342, the output shaft 332 of the first motor 342 and described first
Belt wheel 333 is coaxially fixed, and the first pulley 333 is described by the first transmission belt 334 and 335 V belt translation of the second belt wheel
The upper surface of fixed bin 331 offers first through hole 356, and first transmission belt passes through the first through hole 356, and described second
Belt wheel 335 and first transmission shaft 341 are fixed, and first transmission shaft 341 and the third belt wheel 336 are fixed, and described the
One transmission shaft 341 is mounted on the fixed frame 337 by bearing, the upper surface of the fixed frame 337 and the fixed bin 331
Fixed, the axis of another third belt wheel 336 is mounted on the fixed frame 337 by bearing, and two third belt wheels 336 are logical
338 V belt translation of the second transmission belt is crossed, the upper surface of second transmission belt 338 and the snap-gauge 339 are fixed, and cabinet case 310 leans on
The surface of the nearly snap-gauge 339 offers the first card slot 340 matched with 339 shape of snap-gauge, first card slot 340
Push switch 358 is fixed on the surface close to one of third belt wheel 336；
The output shaft 332 of the first motor 342 is coaxial fixed with first bevel gear 351, first bevel gear
351 engage with the second bevel gear 352, and second bevel gear 352 is fixed with second axis 353, and second axis 353 passes through
Bearing is mounted in the fixed bin 331, and one end of second axis 353 and the arc pendulum rod 354 is fixed, the arc pendulum
The middle part of bar 354 and one end of first spring 355 are fixed, the other end of first spring 355 and the fixed bin 331
Upper surface fix, the cabinet case 310 offers and 354 shape of arc pendulum rod close to the surface of the arc pendulum rod 354
The second card slot 357 that shape matches；
The power module of the first motor 342 is connect with the control unit, the push switch 358 and the control unit
Connection, the control unit is connect with shock detection module, when the push switch 358 is pressed by the snap-gauge 339, the control
Portion processed sends third timestamp information to the block chain server.
The present invention is sent by the above-mentioned means, it is possible, firstly, to push switch 358 acquires the switch time of cabinet door 320
To block chain server, to disclose in this information, send locker node in the large database concept that is unable to the block chain distorted
The true time, the information of artificial transmission locker node is avoided, in order to avoid fake, secondly, the present invention passes through above-mentioned first electricity
The effect of double card lock can be realized to the output shaft 332 of machine 342 by controlling snap-gauge 339 and arc pendulum rod 354 simultaneously, thus in X, Y, Z
The fixed cabinet door 320 of axis, avoids cabinet door 320 from shaking, and again, the coaxial snap-gauge 339 and push switch 358 of controlling can be used as arc and put
The position detector of bar 354, thus in control unit it can be seen that whether arc pendulum rod 354 is directed at the second card slot 357, and make adaptation
Property processing.
In use, when the shock detection module that user opens door lock 330 detects vibration, the control unit driving first
Motor 342 rotates, and it is mobile towards the first motor 342 to cause the snap-gauge 339, and makes snap-gauge 339 and press the pressing
Switch 358, meanwhile, in the rotation to the second card slot 357 of arc pendulum rod 354, cause the hinge between cabinet door 320, cabinet case 310
Under the action of, make cabinet door 320 can be fixed in X-axis, Y-axis, Z-direction relative to cabinet case 310, in order to avoid it is arranged in outdoor cabinet door
320 blown by wind after cause its hummed.
Wherein, after 15 seconds after the shock module detects vibration, the push switch 358 is not described
It when snap-gauge 339 presses, then drives the output shaft of the first motor 342 to invert 10 seconds, and rotate forward again, and drives the arc
Swing rod 354 is rotated towards second card slot 357, meanwhile, the snap-gauge 339 presses the push switch 358, to avoid described
Arc pendulum rod 354 can not normally be inserted into the second card slot 357, thus the operation being repeatedly inserted into it.
Wherein, the shock detection module and cabinet door 320 are fixed, to detect whether cabinet door is hit with the cabinet case 310
Hit and locking door lock 330 as early as possible.
Wherein, the control unit is equipped with position detecting module, and the position detecting module is for detecting the cabinet being secured to
The position of case 310.
Wherein, the push switch 358 can be that can send the first electric signal, push switch to control unit when depressing
358 when not being pressed down, can send the second electric signal to control unit, can be pure switch, can also have power module, and lead to
Whether push switch 358 is pressed down and controls its power module and send different size, current direction to the control unit
Signal, so that control unit determines whether the push switch 358 is pressed down.
A kind of processing method of block chain logistics big data safe processing system of the present invention, includes the following steps:
Node 100 is produced to be used to send first time stamp letter relevant to cargo to the large database concept of block chain server
Breath；
Logistics tiny node 200 is used to send the second timestamp letter relevant to cargo to the large database concept of block chain server
Breath；
Locker node 300 is used to send third timestamp letter relevant to cargo to the large database concept of block chain server
Breath；
Wherein, when the shock detection module of the door lock 330 of locker node 300 detects vibration, control unit driving first
Motor 342 rotates, and it is mobile towards first motor 342 to cause snap-gauge 339, and makes snap-gauge 339 and pressing push switch 358, meanwhile,
In the rotation to the second card slot 357 of arc pendulum rod 354；
Wherein, after 15 seconds after shock module detects vibration, push switch 358 is not pressed by snap-gauge 339
When, then drive the output shaft of first motor 342 to invert 10 seconds, and rotate forward again, and drive arc pendulum rod 354 towards the second card slot
357 rotations, meanwhile, snap-gauge 339 presses push switch 358, with the operation being repeatedly inserted into it.
The present invention is sent by the above-mentioned means, it is possible, firstly, to push switch 358 acquires the switch time of cabinet door 320
To block chain server, to disclose in this information, send locker node in the large database concept that is unable to the block chain distorted
The true time, the information of artificial transmission locker node is avoided, in order to avoid fake, secondly, the present invention passes through above-mentioned first electricity
The effect of double card lock can be realized to the output shaft 332 of machine 342 by controlling snap-gauge 339 and arc pendulum rod 354 simultaneously, thus in X, Y, Z
The fixed cabinet door 320 of axis, avoids cabinet door 320 from shaking, and again, the coaxial snap-gauge 339 and push switch 358 of controlling can be used as arc and put
The position detector of bar 354, thus in control unit it can be seen that whether arc pendulum rod 354 is directed at the second card slot 357, and make adaptation
Property processing.
Embodiment described above only describe the preferred embodiments of the invention, not to model of the invention
It encloses and is defined, without departing from the spirit of the design of the present invention, those of ordinary skill in the art are to technical side of the invention
The various changes and improvements that case is made should all be fallen into the protection scope that claims of the present invention determines.
Claims (6)
1. a kind of block chain logistics big data safe processing system, it is characterised in that: including
Block chain server is used for distributed logistics information processing comprising production node (100), logistics tiny node
(200), locker node (300)；
Large database concept is used for and the production node (100) of the block chain server, logistics tiny node (200), locker section
Point (300) connection, is used to save the logistics information；
User terminal is used to connect with the large database concept；
Wherein,
The production node (100) is used to send first time stamp information relevant to cargo to the large database concept；
The logistics tiny node (200) is used to send the second timestamp information relevant to cargo to the large database concept；
The locker node (300) is used to send third timestamp information relevant to cargo to the large database concept；
The block chain server by the first time stab the first time between information and the second timestamp information it is poor, second
The second time difference, first time between timestamp information and third timestamp information stab between information and third timestamp information
The third time difference made the difference respectively with the first standard value, the second standard value, the third standard value in large database concept, and to
Family terminal sends the logistics information for exceeding standard value.
2. a kind of block chain logistics big data safe processing system according to claim 1, it is characterised in that: the user
Terminal is connected by WIFI module large database concept.
3. a kind of block chain logistics big data safe processing system according to claim 2, it is characterised in that: the storing
Cabinet node (300), which is cried by sim card module with the big data, to be connect.
4. a kind of block chain logistics big data safe processing system according to claim 3, it is characterised in that: the block
Chain server according to the first time poor a, the second time difference b, third time difference c, the first standard value A, the second standard value B,
Third standard value C exports alarming value D as follows, when the alarming value D is less than -1, then sends and alarms to user terminal
Signal,
Wherein, the first time poor a, the second time difference b, third time difference c, the first standard value A, the second standard value B, third
The unit of standard value C is hour.
5. a kind of block chain logistics big data safe processing system according to claim 4, it is characterised in that: the storing
Cabinet node (300) includes control unit, cabinet case (310), cabinet door (320), door lock (330), and the control unit and the block chain take
Business device connection, the control unit and the cabinet case (310) are fixed, the side of the opening of the cabinet case (310) and the cabinet door
(320) hinge connects, and the other side of the cabinet door (320) is fixed by the door lock (330) and the cabinet case (310), described
Door lock (330) includes fixed bin (331), output shaft (332), first pulley (333), the first transmission belt (334), the second belt wheel
(335), third belt wheel (336), fixed frame (337), the second transmission belt (338), snap-gauge (339), the first card slot (340), first
Transmission shaft (341), first motor (342), the first bevel gear (351), the second bevel gear (352), the second axis (353), arc pendulum
Bar (354), the first spring (355), first through hole (356), the second card slot (357), push switch (358), the fixed bin
(331) fixed with the cabinet door (320), the bottom of the inside of the fixed bin (331) is fixed with first motor (342), described
The output shaft (332) of first motor (342) and the first pulley (333) are coaxial fixed, and the first pulley (333) passes through the
One transmission belt (334) and the second belt wheel (335) V belt translation, the upper surface of the fixed bin (331) offers first through hole
(356), first transmission belt passes through the first through hole (356), second belt wheel (335) and first transmission shaft
(341) fixed, first transmission shaft (341) and the third belt wheel (336) are fixed, and first transmission shaft (341) passes through
Bearing is mounted on the fixed frame (337), and the fixed frame (337) and the upper surface of the fixed bin (331) are fixed, another
The axis of a third belt wheel (336) is mounted on the fixed frame (337) by bearing, and two third belt wheels (336) pass through
Second transmission belt (338) V belt translation, the upper surface and the snap-gauge (339) of second transmission belt (338) are fixed, cabinet case
(310) the surface close to the snap-gauge (339) offers the first card slot (340) matched with the snap-gauge (339) shape,
First card slot (340) is fixed with push switch (358) on the surface close to one of third belt wheel (336)；
The output shaft (332) of the first motor (342) is coaxial fixed with first bevel gear (351), first umbrella tooth
Wheel (351) engage with the second bevel gear (352), second bevel gear (352) and second axis (353) fixation, and described the
Two axis (353) are mounted in the fixed bin (331) by bearing, second axis (353) and the arc pendulum rod (354)
One end is fixed, and the middle part of the arc pendulum rod (354) and one end of first spring (355) are fixed, first spring
(355) the other end and the upper surface of the fixed bin (331) are fixed, the close arc pendulum rod of the cabinet case (310)
(354) surface offers the second card slot (357) matched with the arc pendulum rod (354) shape；
The power module of the first motor (342) is connect with the control unit, the push switch (358) and the control unit
Connection, the control unit are connect with shock detection module, when the push switch (358) is pressed by the snap-gauge (339), institute
It states control unit and sends third timestamp information to the block chain server.
6. using a kind of processing method of block chain logistics big data safe processing system described in claim 5, feature exists
In including the following steps:
Node (100) are produced to be used to send first time stamp information relevant to cargo to the large database concept of block chain server；
Logistics tiny node (200) is used to send the second timestamp letter relevant to cargo to the large database concept of block chain server
Breath；
Locker node (300) is used to send third timestamp letter relevant to cargo to the large database concept of block chain server
Breath；
Wherein, when the shock detection module of the door lock (330) of locker node (300) detects vibration, control unit driving first
Motor (342) rotation, it is mobile towards first motor (342) to cause snap-gauge (339), and makes snap-gauge (339) and pressing push switch
(358), meanwhile, arc pendulum rod (354) rotation is interior to the second card slot (357)；
Wherein, after 15 seconds after shock module detects vibration, push switch (358) is not pressed by snap-gauge (339)
When, then drive the output shaft of first motor (342) to invert 10 seconds, and rotate forward again, and drive arc pendulum rod (354) towards second
Card slot (357) rotation, meanwhile, snap-gauge (339) presses push switch (358), with the operation being repeatedly inserted into it.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201811340952.2A CN109345182A (en) | 2018-11-12 | 2018-11-12 | A kind of block chain logistics big data security processing system and method |
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| CN201811340952.2A CN109345182A (en) | 2018-11-12 | 2018-11-12 | A kind of block chain logistics big data security processing system and method |
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| CN109345182A true CN109345182A (en) | 2019-02-15 |
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ID=65315140
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| CN201811340952.2A Pending CN109345182A (en) | 2018-11-12 | 2018-11-12 | A kind of block chain logistics big data security processing system and method |
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Application publication date: 20190215 |