CN114093094B - Honeycomb system with standby honeycomb cabinet - Google Patents
Honeycomb system with standby honeycomb cabinet Download PDFInfo
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- CN114093094B CN114093094B CN202111375547.6A CN202111375547A CN114093094B CN 114093094 B CN114093094 B CN 114093094B CN 202111375547 A CN202111375547 A CN 202111375547A CN 114093094 B CN114093094 B CN 114093094B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
- G07F17/13—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned the containers being a postal pick-up locker
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- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/083—Shipping
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Abstract
The utility model provides a take honeycomb system of reserve honeycomb cabinet which characterized in that contains a plurality of combination express delivery cabinets (1), a high in the clouds server (2), a plurality of operator terminal (3). A honeycomb energy-saving method with a standby honeycomb cabinet is implemented by using a honeycomb system with the standby honeycomb cabinet and comprises a starting step, an energy-saving selection step, an energy-saving processing step, a packet moving step, a registration changing step, a finishing step and an updating step.
Description
Technical Field
The invention relates to the technical field related to access of honeycomb express delivery cabinets, in particular to a honeycomb system with a standby honeycomb cabinet.
Background
At present, the express industry is very developed, and the electronic commerce is very popular when the electronic commerce enters thousands of households. However, a prominent problem at present is that the 'last mile' problem of the express delivery industry is not well solved, and although each user wants to send to home and receive by himself, due to time, stage explosion, limited manpower of couriers and the like, the express delivery cabinet still serves as one of the main means for solving the 'last mile'.
However, for the user side, in fact, for the packages put into the express cabinet, the proportion of the packages taken out on the same day is not too high, data of a plurality of express cabinet groups in a certain large city are collected, and the proportion of the packages which are stored on the same day and taken out on the same day is 61%, 72%, 77% and 85% respectively. That is, most express delivery cabinets have a significant portion of the packaging left in the cabinet overnight. Moreover, it is a prominent situation that large and medium-sized couriers are generally taken quickly, and most couriers left overnight are small packages. This may be because users of large packages are generally in an urgent sense or are anxious to confirm the status of the package. Many small packages are not critical.
But the express delivery cabinet is whole all to consume power, though embedded advertising panel can provide certain profit, nobody watches basically evening, the profit is close with 0, and the circuit of express delivery cabinet, router for the control, the switch and the assembly of each check all need the power consumption on the contrary, this is the vast waste of energy.
In the prior art, a technical scheme that packages are concentrated into one or more cabinets at night or on weekends is considered, but all cabinets are the same, all cabinets are provided with advertising boards and consume electricity as well, small lattices of spare cabinets are obviously insufficient, one cabinet cannot be usually installed, half-day strength is wasted, and the energy-saving effect is limited.
In order to enable the express cabinet to be more energy-saving, effectively save the use cost of the express cabinet, avoid bothering users, avoid generating extra workload for information sending and the like, the prior art has no such improvement scheme, can effectively play a role in larger express, and is lack of an effective technical scheme for solving the problems in the prior art. A system is urgently needed to solve the problem.
Disclosure of Invention
The invention aims to provide a system and a method, mainly solving the problem that the prior art is lack of effective replaceable electricity and energy saving when a large number of grids of an express cabinet are idle, and also effectively storing express and effectively accepting the reservation of the system.
In order to achieve the purpose, the invention provides the following technical scheme: a take honeycomb system of reserve honeycomb cabinet which characterized in that: the combined express delivery system comprises a plurality of combined express delivery cabinets (1), a cloud server (2) and a plurality of operator terminals (3).
Each combined express cabinet comprises 2-4 basic cabinets (11) and 1 spare cabinet (12); 2-4 basic cabinets and spare cabinets are arranged in series to form a combined express cabinet.
Each basic cabinet comprises at least 20 cells, at least 10 middle cells and at least 5 cells; each spare cabinet comprises at least 40 cells, at least 10 middle cells and at least 5 cells.
The caliber of the front surface of the large grid is not less than 60cm x 50cm; the aperture of the front side of the middle lattice is not less than 38cm and 50cm; the aperture of the front surface of the small cell is not less than 18cm x 50cm.
The 2-4 basic cabinets are communicated and controlled by one cabinet router, the standby cabinets are communicated and controlled by one standby router, the cabinet router and the standby router are connected to an upper-level group router, a memory of the group router is provided with all data of the cabinet router and the standby router and updates in real time, each cabinet router is provided with a cabinet control module, a cabinet memory and a cabinet code scanner, and each standby router is provided with a standby control module, a standby memory and a standby code scanner; the current utilization or vacant states, the stored time and the current corresponding goods taking code of all the grids of the corresponding cabinet are stored in each cabinet memory and the standby memory; all cabinet code scanners and standby code scanners of one combined express cabinet share code scanning access under the control of the group router.
The cloud server comprises a processor, a cloud storage, an intelligent controller and a cloud system, wherein the intelligent controller is in remote connection with and controls all the group routers and interacts data with each group router; the data change of each group memory is transmitted to the cloud memory storage record.
The operator terminal is a PDA or a mobile phone with wifi, 4G and 5G, and a honeycomb APP is arranged on the operator terminal and is communicated with the cloud server.
Furthermore, the express cabinet group is made of cold rolled steel, each large grid, each middle grid and each small grid are provided with an electric control switch, and each electric control switch is connected and controlled by a corresponding cabinet router or a standby router.
The depth of the basic cabinet and the spare cabinet is not less than 38cm.
A honeycomb energy-saving method with a standby honeycomb cabinet is implemented by using a honeycomb system with the standby honeycomb cabinet, and is characterized by comprising the following steps of: (1) starting step: first day of activation, in the morning 7:00-9, starting the system, putting all basic cabinets in all combined express cabinets into use, receiving field storage and reservation storage of couriers, and field pickup of users, wherein all basic cabinets of the combined express cabinets support shared code input pickup or code scanning pickup.
(2) Energy-saving selection: at a certain time point between 7 and 00-10 in the evening, the cloud system captures currently stored data of all combined express delivery cabinets, and for each combined express delivery cabinet, if all the packages which are not taken from all the basic cabinets can be stored in the standby cabinet of the combined express delivery cabinet, the packages are listed in an energy-saving processing sequence.
(3) Energy-saving treatment steps: the cloud system operates, selects one combined express cabinet in the energy-saving processing sequence, sequentially allocates storage addresses in the spare cabinets for the existing packages in the basic cabinet, establishes a mapping relation between the existing grids and the reserved grids of the spare cabinets, generates a package transfer list and sends the package transfer list to one operator terminal; the package transfer list contains the new deposit code of each package.
(4) A packet moving step: and the operator terminal receives and confirms the packet moving list, and the cloud system remotely opens the standby cabinet of the combined express cabinet after receiving the confirmation signal.
The honeycomb APP prompts a parcel to be transferred in text and voice, an operator scans the new storage code in the corresponding basic cabinet, then scans the new storage code in the standby cabinet again, and the parcel is placed at the designated position of the standby cabinet; repeating the processes until all packages in the package moving list are transferred to the standby cabinet; the honeycomb APP prompts the transfer to be completed and sends a completion signal to the cloud system.
(5) And a registration step: and after receiving the completion signal, the cloud system updates the pickup code and the two-dimensional code of each package to a storage position corresponding to the grid of the new standby cabinet, deletes the storage information corresponding to the original grid, and closes the basic cabinet.
(6) The method comprises the following steps: and (5) repeating the steps (3) to (5) for other combined express cabinets on the energy-saving processing sequence, finishing all the operations, and entering the step (7).
(7) An updating step: at some point in time before 7 in the morning, 00, the system activates all base cabinets, receives courier's on-site deposit and reservation deposit, and user's on-site pickup, all reservation and deposit are scheduled to the base cabinets, the back-up cabinets only receive pickup, if the back-up cabinets are fully lit, the back-up cabinet power is turned off, to some point in time between 7-00 in the evening, and execution continues at step (2).
Compared with the prior art, the method has a plurality of unobvious advantages: firstly, general express delivery cabinets do not have the setting of reserve express delivery cabinets, the reserve cabinets are arranged in the express delivery cabinet, all or most of express deliveries are transferred to the reserve cabinets through the condition that the taking and storing are almost blind areas at night, the energy is obviously saved, and no advertising screen is arranged on the reserve cabinets, so that the problem can be further saved, and secondly, even if the reserve cabinets exist in the prior art, the configuration mode is not adopted, the spare cabinets have more small lattices on the premise that 2-4 basic cabinets correspond to 1 express delivery cabinet, the storage requirements at night can be generally and completely met through testing, and the power can be cut off and stopped for 2-4 basic cabinets in a 10-00-tomorrow day 7, so that the energy is saved greatly; thirdly, in the prior art, only one cabinet is an access unit, even if the cabinet is stored at night instead, the cabinet can also face a problem that a code needs to be changed and a pickup person retransmits a short message to the pickup person, the problem does not exist in the application, the default setting is set at the beginning, all cabinet code scanners and standby code scanners of the combined express cabinet share the code scanning and pickup under the control of a group router, namely, for the pickup person, the code scanning and pickup is equal to no change, the pickup person can still scan the code at any code scanner of the group express cabinet to pick up the package, and the problem of retransmitting pickup information caused by troublesome update information is avoided.
Drawings
FIG. 1 is a schematic diagram of portions of a system.
FIG. 2 is a schematic flow chart of the method.
Reference numerals: 1. express delivery cabinet group, 2, high in the clouds server, 3, operator terminal, 11, basic cabinet, 12, reserve cabinet.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
A take honeycomb system of reserve honeycomb cabinet which characterized in that: the combined express delivery system comprises a plurality of combined express delivery cabinets (1), a cloud server (2) and a plurality of operator terminals (3).
Each combined express cabinet comprises 2-4 basic cabinets (11) and 1 spare cabinet (12); 2-4 basic cabinets and spare cabinets are arranged in series to form a combined express cabinet.
Each basic cabinet comprises at least 20 cells, at least 10 middle cells and at least 5 cells; each spare cabinet comprises at least 40 cells, at least 10 middle cells and at least 5 cells.
The caliber of the front surface of the large grid is not less than 60cm x 50cm; the aperture of the front side of the middle lattice is not less than 38cm and 50cm; the aperture of the front surface of the small cell is not less than 18cm x 50cm. The utility model provides an express delivery cabinet group, not only various check are all showing and are greater than prior art check size for the express delivery of majority can both be put into, and the check has also increased moreover, and the current check can only generally be put into little article, the book, the express delivery of single clothes, and the showing of this application is bigger, can put into express deliveries such as down jackets, two pairs of shoes.
The 2-4 basic cabinets are communicated and controlled by one cabinet router, the standby cabinets are communicated and controlled by one standby router, the cabinet router and the standby router are connected to a superior group router, a storage of the group router is provided with all data of the cabinet router and the standby router and updates in real time, each cabinet router is provided with a cabinet control module, a cabinet storage and a cabinet code scanner, and each standby router is provided with a standby control module, a standby storage and a standby code scanner; the current utilization or vacant states, the stored time and the current corresponding goods taking code of all the grids of the corresponding cabinet are stored in each cabinet memory and the standby memory; all cabinet code scanners and standby code scanners of one combined express cabinet share code scanning access under the control of the group router. The cabinet router or the standby router generally selects an intelligent router with a storage program and a switch control interface matched with the express cabinet, and can also select a router with energy supply to load a preset self-control program. The group router may be of the same model, or a router with greater storage capacity may be selected, or one of the cabinet routers or the standby router may be designated to function as the group router.
The cloud server comprises a processor, a cloud storage, an intelligent controller and a cloud system, wherein the intelligent controller is in remote connection with and controls all the group routers and interacts data with each group router; the data change of each group memory is transmitted to the cloud memory storage record. The cloud server is a commercial server, generally all the group routers are connected to a total router, the data capacity of the total router is obviously larger than that of a cabinet router, a standby router and a group router, the cabinet router and the standby router are internal addresses managed by the group router, and the addresses of the group router are intelligently distributed by the total router.
The operator terminal is a PDA or a mobile phone with wifi, 4G and 5G, a honeycomb APP is installed on the operator terminal, and the operator terminal is communicated with the cloud server. The operator terminal can be a special mobile phone or a PDA, or can be formed by installing a specific APP on the mobile phone of the operator after environment monitoring.
Furthermore, the express cabinet group is made of cold rolled steel, each large grid, each middle grid and each small grid are provided with an electric control switch, and each electric control switch is connected and controlled by a corresponding cabinet router or a standby router. The switches may be all connected to the assembly reconnection router.
The depth of the basic cabinet and the spare cabinet is not less than 38cm. For example 40/45/50/55/60cm.
Example 2
A honeycomb energy-saving method with a standby honeycomb cabinet is implemented by using a honeycomb system with the standby honeycomb cabinet, and is characterized by comprising the following steps of: (1) starting step: first day of activation, in the morning 7: after 00-9, the system is started, all basic cabinets in all combined express cabinets are put into use, field storage and reservation storage of couriers are received, and field pickup of users is achieved, and all basic cabinets of the combined express cabinets support shared code input pickup or code scanning pickup. The operator terminal is preset and includes the identity codes of the operator and the company. The morning hours are selected to begin before the time when the courier and the taker begin work/access, for example, 7, 00, 7.
(2) Energy-saving selection: at a certain time point between 7 and 00-10 in the evening, the cloud system captures currently stored data of all combined express delivery cabinets, and for each combined express delivery cabinet, if all the packages which are not taken from all the basic cabinets can be stored in the standby cabinet of the combined express delivery cabinet, the packages are listed in an energy-saving processing sequence. The spare cabinet is stored with the corresponding type of lattices, and the small lattice middle lattice and the large lattice correspond to each other to prevent the lattices from being left. The night time point setting is to take into account the actual idle time of work/access, typically after 8 pm.
(3) Energy-saving treatment steps: the cloud system operates, selects one combined express cabinet in the energy-saving processing sequence, sequentially allocates storage addresses in the standby cabinet for the existing packages in the basic cabinet, establishes a mapping relation between the existing lattices and reserved lattices of the standby cabinet, generates a package moving list and sends the package moving list to a certain operator terminal; the package transfer list contains the new deposit code of each package. Here, to prevent errors, each package transfer list should contain each specific courier number.
(4) A packet moving step: and the operator terminal receives and confirms the package moving list, and the cloud system remotely opens the standby cabinet of the combined express cabinet after receiving the confirmation signal.
A honeycomb APP prompts a package to be transferred by characters and voice, an operator scans a new storage code in a corresponding basic cabinet, then scans the new storage code in a standby cabinet again, and the package is placed at a specified position of the standby cabinet; repeating the processes until all packages in the package moving list are transferred to the standby cabinet; the honeycomb APP prompts that the transfer is completed and sends a completion signal to the cloud system. The deposit code is stored by the courier, such as a bar code or a two-dimensional code, the corresponding express order number in the package moving list is received in the corresponding standby memory, and the deposit code is used for comparison when the express order number is taken and placed. The step of scanning the new deposit code by the standby cabinet refers to the step of confirming the consistency of the new deposit code and the stored code in advance.
APP voice prompt operator next need fetch the express delivery list number of depositing, the cabinet position of depositing and check position. The next express delivery bill number that needs the access of APP voice prompt courier will be automatically deduced which parcel is more laborsaving for the operator to access, and the distance is closer, gives the suggestion result, for example it is the first basic cabinet 078 cell that exists now, then next needs to deposit is reserve cabinet 082 cell, and two check are on same water flat line.
(5) And a registration step: and after receiving the completion signal, the cloud system updates the pickup code and the two-dimensional code of each package to a storage position corresponding to the grid of the new standby cabinet, deletes the storage information corresponding to the original grid, and closes the basic cabinet. All cabinet code scanners and standby code scanners of the combined express cabinet share code scanning access under the control of the group router, namely, for a pickup person, the code scanning access is equal to no change, the pickup person can still scan the code at any code scanner of the group express cabinet to pick out the package, and the problem of re-sending pickup information caused by troublesome update information is avoided.
(6) The method comprises the following steps: and (5) repeating the steps (3) - (5) for other combined express cabinets in the energy-saving processing sequence, finishing all the operations, and entering the step (7).
(7) An updating step: at some point in time before 7 a.m. 00, the system enables all base cabinets, receives courier's on-site deposit and reservation deposits, and user's on-site pickup, all reservations and deposits are scheduled to the base cabinets, the back-up cabinets only receive the pickup, if the back-up cabinets are fully lit, the back-up cabinet power is turned off, to some point in time between 00-10 a.m., and returns to step (2) to continue execution. Typically, for example, after 11. Because the spare cabinet does not have the advertisement screen, a large amount of electric energy is saved on the whole, because the basic cabinet is used, the advertisement screen of the basic cabinet is played all night, but no one watches, and no actual benefit exists. The yield is 0.
The foregoing is merely an example of the present invention and common general knowledge of known specific structures and features of the embodiments is not described herein in any greater detail. It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (1)
1. A honeycomb energy-saving method with a standby honeycomb cabinet is implemented by using a honeycomb system with a standby honeycomb cabinet, and is characterized in that:
take honeycomb system of reserve honeycomb cabinet, its characterized in that:
the system comprises a plurality of combined express cabinets (1), a cloud server (2) and a plurality of operator terminals (3);
each combined express cabinet comprises 2-4 basic cabinets (11) and 1 spare cabinet (12); 2-4 basic cabinets and standby cabinets are continuously arranged and placed to form a combined express cabinet;
each basic cabinet comprises at least 20 cells, at least 10 middle cells and at least 5 cells; each spare cabinet comprises at least 40 cells, at least 10 middle cells and at least 5 cells;
the caliber of the front surface of the large grid is not less than 60cm x 50cm; the aperture of the front side of the middle lattice is not less than 38cm and 50cm; the aperture of the front surface of each small cell is not less than 18cm x 50cm;
the 2-4 basic cabinets are communicated and controlled by one cabinet router, the standby cabinets are communicated and controlled by one standby router, the cabinet router and the standby router are connected to a superior group router, a storage of the group router is provided with all data of the cabinet router and the standby router and updates in real time, each cabinet router is provided with a cabinet control module, a cabinet storage and a cabinet code scanner, and each standby router is provided with a standby control module, a standby storage and a standby code scanner; each cabinet memory and the standby memory are stored with the current utilization or vacant states of all the grids corresponding to the cabinet, the stored time and the current corresponding goods picking code; all cabinet code scanners and standby code scanners of one combined express cabinet share code scanning access under the control of a group router;
the cloud server comprises a processor, a cloud storage, an intelligent controller and a cloud system, wherein the intelligent controller is in remote connection with and controls all the group routers and interacts data with each group router; the data change of each group memory is transmitted to a cloud memory storage record; the operator terminal is a PDA or a mobile phone with wifi, 4G and 5G, and is provided with a honeycomb APP and communicated with the cloud server;
the express cabinet group is made of cold rolled steel, each large grid, middle grid and small grid are provided with an electric control switch, and each electric control switch is connected and controlled by a corresponding cabinet router or a standby router;
the depth of the basic cabinet and the spare cabinet is not less than 38cm
The honeycomb energy-saving method with the standby honeycomb cabinet comprises the following steps:
(1) Starting steps: first day of activation, in the morning 7:00-9, starting the system, putting all basic cabinets in all combined express cabinets into use, receiving field storage and reservation storage of couriers and field pickup of users, wherein all basic cabinets of the combined express cabinets support shared code input pickup or code scanning pickup;
(2) Energy-saving selection: at a certain time point between 7-00-10 in the evening, the cloud system captures currently stored data of all combined express delivery cabinets, and for each combined express delivery cabinet, if all the packages which are not taken from all the basic cabinets can be stored in the standby cabinet of the combined express delivery cabinet, the packages are listed in an energy-saving processing sequence;
(3) Energy-saving treatment steps: the cloud system operates, selects one combined express cabinet in the energy-saving processing sequence, sequentially allocates storage addresses in the spare cabinets for the existing packages in the basic cabinet, establishes a mapping relation between the existing grids and the reserved grids of the spare cabinets, generates a package transfer list and sends the package transfer list to one operator terminal; the package moving list comprises a new deposit code of each package;
(4) A packet moving step: the operator terminal receives and confirms the package moving list, and the cloud system remotely opens the standby cabinet of the combined express cabinet after receiving the confirmation signal;
the honeycomb APP prompts a parcel to be transferred in text and voice, an operator scans the new storage code in the corresponding basic cabinet, then scans the new storage code in the standby cabinet again, and the parcel is placed at the designated position of the standby cabinet; repeating the processes of the step of moving the packages until all the packages of the moving package list are transferred to the standby cabinet; the honeycomb APP prompts that the transfer is completed and sends a completion signal to a cloud system;
(5) A registration changing step: after receiving the completion signal, the cloud system updates the pickup code and the two-dimensional code of each package to a storage position corresponding to a new standby cabinet lattice, deletes storage information corresponding to the original lattice, and closes the basic cabinet;
(6) The method comprises the following steps: repeating the steps (3) to (5) for other combined express cabinets on the energy-saving processing sequence, finishing all the operations, and entering the step (7);
(7) An updating step: at some point in time before 7 a.m. 00, the system enables all base cabinets, receives courier's on-site deposit and reservation deposits, and user's on-site pickup, all reservations and deposits are scheduled to the base cabinets, the back-up cabinets only receive the pickup, if the back-up cabinets are fully lit, the back-up cabinet power is turned off, to some point in time between 00-10 a.m., and returns to step (2) to continue execution.
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