CN113112694B - Power grid intelligent terminal cabinet capable of being accessed quickly and application method thereof - Google Patents
Power grid intelligent terminal cabinet capable of being accessed quickly and application method thereof Download PDFInfo
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- CN113112694B CN113112694B CN202110387963.1A CN202110387963A CN113112694B CN 113112694 B CN113112694 B CN 113112694B CN 202110387963 A CN202110387963 A CN 202110387963A CN 113112694 B CN113112694 B CN 113112694B
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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
- G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07G—REGISTERING THE RECEIPT OF CASH, VALUABLES, OR TOKENS
- G07G5/00—Receipt-giving machines
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Abstract
The invention relates to the technical field of intelligent terminals, in particular to a power grid intelligent terminal cabinet capable of being accessed quickly and a using method thereof. The intelligent terminal comprises a main machine cabinet and a transfer cabinet, wherein the main machine cabinet is connected with a remote server, the main machine cabinet is provided with a touch control integrated machine, an image recognition unit, a receipt printer and a bar code printer, a storage area, a first transfer mechanism, a goods taking unit, a first code scanning unit, an inventory unit, a second transfer mechanism and a second code scanning unit are arranged in the transfer cabinet, the two transfer mechanisms are arranged, the two transfer mechanisms are not interfered with each other, and can be used for storing and taking simultaneously.
Description
Technical Field
The invention relates to the technical field of intelligent terminals, in particular to a power grid intelligent terminal cabinet capable of being accessed quickly and a using method thereof.
Background
At present, transportation, storage and the reception of the electric network ammeter still stay in manual management or through simple container storage management, and an ammeter installer carries out manual registration and memory access according to needs, so that great inconvenience is brought to the use of the ammeter, and at present, the simple terminal cabinet can only realize the access kinetic energy of a single ammeter, and when the replenishment or the large-batch commodity taking is faced, a plurality of ammeter need to be accessed one by one, and the access efficiency can become very low.
Disclosure of Invention
The invention solves the problems that: aiming at the inefficiency of the existing power grid intelligent terminal cabinet, the utility model provides a power grid intelligent terminal cabinet capable of being accessed quickly and a use method thereof.
The intelligent terminal cabinet comprises a main cabinet and a transfer cabinet, wherein the main cabinet is connected with a remote server, the main cabinet is simultaneously connected with one or more transfer cabinets, the main cabinet is provided with a touch control integrated machine, an image recognition unit, a receipt printer and a bar code printer, a storage area is arranged in the transfer cabinet, a first transfer mechanism is arranged behind the storage area, the first transfer mechanism comprises a first moving unit capable of moving up and down, left and right and back and a first clamping unit arranged on the first moving unit, one side of the first transfer mechanism is provided with a goods taking unit, the goods taking unit is provided with a placing groove, a first code scanning unit is arranged above the placing groove, the front end of the transfer cabinet is provided with a first cabinet door, the side surface of the transfer cabinet is provided with an inventory unit, the side surface of the transfer cabinet is provided with a second cabinet door, the bottom of the inventory unit is provided with a tray, the tray is divided into a placing area, a checked area, a non-recognition area, a second code scanning unit and a second moving unit arranged above the second moving unit.
Further, the second code scanning unit comprises a plurality of code scanning instruments, and the code scanning instruments are uniformly distributed around the second clamping unit in a satellite shape. When the ammeter is put in order by the workman, the bar code is not necessarily just above, and a plurality of yard appearance of sweeping surrounds the ammeter and sweeps the sign indicating number, can solve the bar code and be located the table packing below and sweep the problem that the sign indicating number can not reach.
Further, the first clamping unit comprises a main arm and clamping jaws, the main arm and the clamping jaws are coaxially connected in a rotating mode, the clamping jaws can turn over 180 degrees after clamping the ammeter, the bar codes are turned upwards, and the first code scanning unit can scan codes and identify the goods conveniently.
Further, in order to ensure that the clamping unit can successfully and effectively clamp the ammeter, photoelectric switches are arranged on the first clamping unit and the second clamping unit.
Further, in order to prevent the occurrence of power failure during goods storage and taking, the storage and taking work cannot be completed smoothly, a UPS uninterrupted power source is arranged inside the main cabinet and the transfer cabinet, and the UPS uninterrupted power source provides power for the main cabinet and the transfer cabinet at the moment of power failure, so that the main cabinet and the transfer cabinet can maintain effective operation.
In another aspect of the present invention, a method for using a smart terminal cabinet of a power grid capable of being accessed quickly is provided, and the method includes the following steps when in batch inventory:
a1, selecting an inventory mode on the touch control integrated machine, and opening a second cabinet door on the side surface of the transfer cabinet;
a2, stacking the electric meters to be stored in a placing area of the tray by distribution staff, and closing a second cabinet door;
a3, the second transfer mechanism clamps the electric meters one by one through a second clamping unit, the electric meters are lifted to a second code scanning unit above the second clamping unit, the second code scanning unit scans bar codes on outer packages of the electric meters, bar code information is transmitted to the main cabinet, and the positions of the bar codes are identified through a plurality of code scanning instruments;
a4, the host cabinet records bar code information and the position of the bar code, and calculates the position to be placed;
a5, conveying the ammeter with the completed information input to a checked area of the tray by the second transfer mechanism, wherein the ammeter can be identified to a bar code, or conveying the ammeter with incorrect identification information to an unidentified area of the tray by the second transfer mechanism;
a6, after the information input of all the electric meters is completed, the first transfer mechanism conveys the electric meters with the checked areas to the host cabinet one by one for calculating and placing positions, if the bar codes of the electric meters are at the bottom of the electric meter package, the clamping jaws of the first transfer mechanism turn over to enable the bar codes to keep the positions upwards, and then the electric meters are placed in the appointed positions;
a7, if an unidentified ammeter exists, opening a second cabinet door, taking out by a distribution person, inputting ammeter information into a host cabinet one by the distribution person through a touch control integrated machine, printing a bar code by a bar code printer, attaching the bar code to an ammeter package, and repeating the step A1-A6;
a8, uploading information and storage positions of the electric meters to a remote server by a host cabinet, and printing the receipt by a receipt printer after finishing;
when picking up goods, the method comprises the following steps:
b1, a meter loader sends out a meter taking application through the Internet, and a remote server distributes after receiving the application;
b2, selecting a goods-taking mode on the touch-control integrated machine by the meter loader, enabling the image recognition system to recognize a face image of the meter loader, uploading the face image to a remote server, and enabling the remote server to successfully send the ammeter information which is taken by the meter loader back to a host cabinet through comparison with the face information which is input in advance;
b3, displaying the information of the electric meter to be taken out by the touch control integrated machine, manually selecting all or part of the electric meter by a meter loader, and clicking the goods taken out on the screen;
b4, the host cabinet controls the first transfer mechanism, and the electric meter is conveyed to the placing groove of the goods taking unit from the storage area through the first mobile unit;
b5, the first code scanning unit starts code scanning and sends bar code information to the main cabinet;
b6, after checking information of the main cabinet, controlling the first cabinet door to be opened, and taking out the ammeter by a meter loader;
and B7, uploading the goods taking information to a remote server by the host cabinet, and printing the receipt by the receipt printer.
When recycling the old ammeter, the method comprises the following steps:
c1, selecting a recovery mode on the touch control integrated machine by a meter loader;
the image recognition system acquires an image of the old ammeter, a distribution person inputs ammeter information into the main cabinet of the channel through the touch control integrated machine, and a bar code printer prints a bar code and is attached to the old ammeter;
c3, the main cabinet controls the second cabinet door to be opened;
c4, the second transfer mechanism clamps the electric meters one by one through a second clamping unit, the electric meters are lifted to a second code scanning unit above the second clamping unit, the second code scanning unit scans bar codes on outer packages of the electric meters, and bar code information is transmitted to the main cabinet;
c5, the host cabinet records bar code information and calculates the position to be placed;
c6, the first transfer mechanism conveys the old ammeter in the tested area to a host cabinet for calculating the placement position;
and C7, uploading the information and the storage position of the old ammeter to a remote server by the host cabinet, and printing the receipt by a receipt printer after the completion.
Further, when the goods taking amount is large and there is no inventory requirement, the goods taking can be performed by the inventory unit, and the specific steps are as follows:
d1, a meter loader sends out a meter taking application through the Internet, and a remote server distributes after receiving the application;
d2, selecting a goods-taking mode on the touch-control integrated machine by the meter loader, enabling the image recognition system to recognize a face image of the meter loader, uploading the face image to a remote server, and enabling the remote server to successfully send the ammeter information which is taken by the meter loader back to a host cabinet through comparison with the face information which is input in advance;
d3, displaying the information of the electric meter to be taken out by the touch control integrated machine, manually selecting all electric meters by a meter loader, and clicking an inventory unit on a screen to take out goods;
d4, controlling a first transfer mechanism by the host cabinet, and conveying the electric meters to trays of the stock unit from the storage area through the first mobile unit, and stacking the electric meters one by one in the checking area;
the second transfer mechanism clamps the electric meters one by one through a second clamping unit, the electric meters are lifted to a second code scanning unit above the second clamping unit, the second code scanning unit scans bar codes on outer packages of the electric meters, and bar code information is transmitted to the main cabinet;
d6, conveying the electric meters one by one to the placing area of the tray by the second transfer mechanism after information is input;
d7, after checking information of the main cabinet, controlling the second cabinet door to be opened, taking out the ammeter by a meter loader, and closing the second cabinet door;
and D8, uploading the goods taking information to a remote server by the host cabinet, and printing the receipt by the receipt printer.
The beneficial effects of the invention are as follows:
1. the intelligent terminal cabinet of the power grid, which can be accessed quickly, is provided with the two sets of transfer mechanisms, under normal conditions, the first transfer mechanism is used for taking out the electric meter, the second transfer mechanism is used for storing the electric meter, the two sets of transfer mechanisms are not mutually interfered, and can be accessed simultaneously.
2. When the intelligent terminal cabinet for the power grid capable of being quickly accessed is used for stock, a distribution person can simultaneously put a plurality of electric meters in a storage area of an stock unit, the second transfer mechanism and the second code scanning unit are used for automatically inputting information in the middle transfer cabinet and transferring the information to a tested area, and finally the information is conveyed to a storage area by the first transfer mechanism, so that multiple storage actions of the person are not needed, labor of the person is reduced, and work efficiency is improved.
3. According to the intelligent terminal cabinet capable of being quickly accessed, when a large amount of goods are taken out, the stock unit and the second transfer mechanism can be used, the first transfer mechanism and the second transfer mechanism are operated in a matched mode, the electric meter to be taken out is placed on a placing area of the stock unit in a stacking mode, the electric meter to be taken out is taken out at one time by a meter loading worker, personnel do not need to operate and take out one by one, labor of personnel is reduced, and work efficiency is improved.
4. According to the intelligent terminal cabinet capable of being accessed quickly, when a large amount of goods are taken, the old electric meter can be recovered, the image and parameter information of the old electric meter are input, the bar code carrying information is printed, and the old electric meter attached with the bar code can be recovered through an inventory unit.
Drawings
Fig. 1 is a schematic connection diagram of a power grid intelligent terminal cabinet capable of being accessed quickly according to the invention;
fig. 2 is a front view of a rapidly accessible intelligent terminal cabinet for a power grid according to the present invention;
fig. 3 is a right side view of a rapidly accessible intelligent terminal cabinet for a power grid according to the present invention;
FIG. 4 is a cross-sectional view taken at A-A in FIG. 2.
In the figure: 1, a remote server; 2 a main cabinet; the 21 touch control integrated machine; 22 an image recognition unit; a 23 receipt printer; a 24 bar code printer; 3, transferring the cabinet; 31 storage areas; 4, a first transfer mechanism; 41 a first mobile unit; 42 a first clamping unit; 421 main arm; 422 jaws; 5, taking a goods unit; 6, a first code scanning unit; 7 stock keeping units; 71 a placement area; 72 verified 73 unidentified areas; 8, a second transfer mechanism; 81 a second mobile unit; 82 a second clamping unit; and 9, a second code scanning unit.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1-4, a power grid intelligent terminal cabinet capable of being quickly accessed comprises a main cabinet 2 and a transfer cabinet 3, wherein the main cabinet 2 is connected with a remote server 1, one or more transfer cabinets 3 are simultaneously connected with the main cabinet 2, the main cabinet 2 is provided with a touch integrated machine 21, an image recognition unit 22, a receipt printer 23 and a bar code printer 24, a storage area 31 is arranged in the transfer cabinet 3, a first transfer mechanism 4 is arranged behind the storage area 31, the first transfer mechanism 4 comprises a first moving unit 41 capable of moving up and down, left and right and front and a first clamping unit 42 arranged on the first moving unit 41, one side of the first transfer mechanism 4 is provided with a goods taking unit 5, the goods taking unit 5 is provided with a placing groove, a first code scanning unit 6 is arranged above the placing groove, the front end of the goods taking unit 5 is provided with a first cabinet door, the side of the transfer cabinet 3 is provided with a stock unit 7, the stock unit 7 is provided with a second cabinet door 3 side face, the first moving unit 41 is arranged at the bottom of the transfer cabinet 3, the second holding unit 81 is provided with a second holding unit 81 and a second holding unit 81, and the second holding unit 81 is arranged on the second holding unit 81 and the second holding unit is not provided with a second holding unit 81.
In practical application, the second code scanning unit 9 comprises a plurality of code scanning instruments, the satellite-shaped uniformly distributed code scanning instruments are positioned around the second clamping unit 82, when the electric meter is stacked by workers, the bar codes are not necessarily positioned right above, and the code scanning instruments surround the electric meter to scan codes, so that the problem that the bar codes are positioned below the package of the electric meter and cannot be scanned can be solved.
In practical application, the first clamping unit 42 includes master arm 421 and clamping jaw 422, coaxial rotation connects between master arm 421 and the clamping jaw 422, and clamping jaw 422 can carry out 180 upset after the centre gripping ammeter, turns up the bar code upset, and first sweep the sign indicating number unit and sweep the sign indicating number discernment when conveniently getting goods.
In practical applications, to ensure that the clamping units can successfully and effectively clamp the electricity meter, the first clamping unit 42 and the second clamping unit 82 are provided with photoelectric switches.
In practical application, in order to prevent to take place the outage when getting out of order, lead to getting out of order and can not accomplish smoothly, mainframe box 2 and transfer cabinet 3 are inside all to be equipped with UPS uninterrupted power source, and UPS uninterrupted power source provides electric power for mainframe box and transfer cabinet in the outage moment, makes it keep effective operation.
The invention further provides a use method of the intelligent terminal cabinet of the power grid, which mainly comprises three working modes of stock, goods taking and recycling;
in batch inventory, the method comprises the following steps:
a1, selecting an inventory mode on the touch integrated machine 21, and opening a second cabinet door on the side surface of the transfer cabinet 3;
a2, stacking the electric meters to be stored in the placing area 71 of the tray by the distribution personnel, and closing the second cabinet door;
a3, the second transferring mechanism 81 clamps the electric meters one by one through the second clamping unit 82, the electric meters are lifted to the position of the second code scanning unit 9 above, the second code scanning unit 9 scans the bar codes on the outer package of the electric meters, bar code information is transmitted to the main cabinet 2, and the positions of the bar codes are identified through the code scanning devices;
a4, the host cabinet 2 records bar code information and the position of the bar code, and calculates the position to be placed;
a5, conveying the ammeter with the completed information input to the checked area 72 of the tray by the second transfer mechanism 81, wherein the ammeter with the identification information being incorrect or the ammeter with the identification information being incorrect can be identified by the second transfer mechanism 81 to the unidentified area 73 of the tray;
a6, after the information input of all the electric meters is completed, the first transfer mechanism 4 conveys the electric meters in the checked areas 72 to the host cabinet 2 one by one to calculate the placement positions, if the bar codes of the electric meters are at the bottom of the electric meter package, the clamping jaws 422 of the first transfer mechanism 4 turn over 180 degrees to enable the bar codes to keep the positions upwards, and then the electric meters are placed in the designated positions;
a7, if an unidentified ammeter exists, opening a second cabinet door, taking out by a distribution person, inputting ammeter information into the host cabinet 2 one by the distribution person through the touch control integrated machine 21, printing a bar code by the bar code printer 24, attaching the bar code to an ammeter package, and repeating the steps A1-A6;
a8, uploading information and storage positions of the electric meters to the remote server 1 by the host cabinet 2, and printing the receipt by the receipt printer 23 after finishing;
when picking up goods, the method comprises the following steps:
b1, a meter loader sends out a meter taking application through the Internet, and the remote server 1 distributes after receiving the application;
b2, selecting a goods taking mode on the touch control integrated machine 21 by the meter loader, enabling the image recognition system to recognize a face image of the meter loader, uploading the face image to the remote server 1, and enabling the remote server 1 to send back ammeter information which is taken by the meter loader to the host cabinet 2 after the matching with the face information which is input in advance is successful;
b3, the touch control integrated machine 21 displays the information of the electric meter to be taken out, a meter loader manually selects all or part of the electric meter, and clicks the goods taking on the screen;
b4, the main cabinet 2 controls the first transfer mechanism 4 to convey the ammeter from the storage area 31 to the placing groove of the pickup unit 5 through the first moving unit 41;
b5, the first code scanning unit 6 starts scanning codes and sends bar code information to the host cabinet 2;
b6, after checking information, the host cabinet 2 controls the first cabinet door to be opened, and a meter loader takes out the ammeter;
and B7, uploading the goods taking information to the remote server 1 by the host cabinet 2, and printing the receipt by the receipt printer 23.
When recycling the old ammeter, the method comprises the following steps:
c1, selecting a recovery mode on the touch control integrated machine 21 by a meter loader;
the image recognition system collects images of the old ammeter, a distribution person inputs ammeter information into the main cabinet 2 through the touch control integrated machine 21, and a bar code printer prints bar codes and is attached to the old ammeter;
c3, the main cabinet 2 controls the second cabinet door to be opened;
c4, the second transferring mechanism 81 clamps the electric meters one by one through the second clamping unit 82, the electric meters are lifted to the position of the second code scanning unit 9 above, the second code scanning unit 9 scans bar codes on the outer package of the electric meters, and bar code information is transmitted to the main cabinet 2;
c5, the host cabinet 2 records bar code information and calculates the position to be placed;
the first transfer mechanism 4 conveys the old ammeter of the checked area 72 to the host cabinet 2 for calculating the placement position;
and C7, uploading the information and the storage position of the old ammeter to the remote server 1 by the host cabinet 2, and printing the receipt by the receipt printer 23 after the completion.
In practical application, when the amount of goods to be taken is large and there is no need for inventory, the inventory unit 7 can be used for taking goods, and the specific steps are as follows:
d1, a meter loader sends out a meter taking application through the Internet, and the remote server 1 distributes after receiving the application;
d2, selecting a goods taking mode on the touch control integrated machine 21 by a meter loader, enabling an image recognition system to recognize a face image of the meter loader, uploading the face image to the remote server 1, and enabling the remote server 1 to send back ammeter information which is taken by the meter loader to the host cabinet 2 after the matching with the face information which is input in advance is successful;
d3, displaying ammeter information to be taken out by the touch integrated machine 21, manually selecting all the ammeter by a meter loader, and clicking an inventory unit 7 on a screen to take goods;
d4, the main cabinet 2 controls the first transfer mechanism 4, and the electric meters are conveyed to the trays of the stock unit 7 from the storage area 31 through the first moving unit 41 and are stacked one by one in the checking area;
d5, the second transferring mechanism 81 clamps the electric meters one by one through the second clamping unit 82, the electric meters are lifted to the position of the second code scanning unit 9 above, the second code scanning unit 9 scans bar codes on the outer package of the electric meters, and bar code information is transmitted to the main cabinet 2;
d6, conveying the electric meters one by one to the placing area 71 of the tray by the second transfer mechanism 81 after information is input;
d7, after checking information, the host cabinet 2 controls the second cabinet door to be opened, the meter loading worker takes out the ammeter, and the second cabinet door is closed;
d8, the mainframe cabinet 2 uploads the goods taking information to the remote server 1, and the receipt printer 23 prints the receipt.
In summary, the intelligent terminal cabinet for the power grid, which can be accessed quickly, can complete the quick access work of the electric meter in the use process, can recycle the electric meter, and reduces manpower and material resources on the aspects of electric meter receiving, transferring and managing.
The foregoing has outlined and described the basic principles, features, and advantages of the present invention. It should be understood by those skilled in the art that the foregoing embodiments are merely illustrative of the technical concept and features of the present invention, and the present invention can be implemented by those skilled in the art without limiting the scope of the invention, therefore, all equivalent changes or modifications that are made according to the spirit of the present invention should be included in the scope of the present invention.
Claims (7)
1. But electric wire netting intelligent terminal cabinet of quick access, its characterized in that: including main cabinet (2) and transfer cabinet (3), main cabinet (2) are connected with remote server (1), one or more transfer cabinets (3) are connected simultaneously to main cabinet (2), main cabinet (2) are equipped with touch-control all-in-one (21), image recognition unit (22), dependence strip printer (23), bar code printer (24), be equipped with storage area (31) in transfer cabinet (3), be equipped with first transfer mechanism (4) behind storage area (31), first transfer mechanism (4) including can reciprocate, control, the first mobile unit (41) of fore-and-aft movement and install first clamping unit (42) on first mobile unit (41), one side of first transfer mechanism (4) is equipped with gets goods unit (5), it is equipped with the standing groove to get goods unit (5), the standing groove top is equipped with first yard unit (6) of sweeping, it is equipped with first cabinet door to get goods unit (5) in the front end of transfer cabinet (3), transfer cabinet (3) are equipped with first transfer unit (7), be equipped with stock unit (7) in the side of transfer cabinet (3), it is equipped with stock area (73) to have been put in stock area (73), the automatic information input device is characterized in that a second transfer mechanism (8) and a second code scanning unit (9) are arranged above the tray, the second transfer mechanism (8) comprises a second moving unit (81) capable of moving up and down and left and right and a second clamping unit (82) arranged on the second moving unit (81), when the electric meter is stored, a plurality of electric meters can be simultaneously stacked in a placing area of an inventory unit by a distribution person, automatic information input is carried out in the transfer cabinet (3) through the second transfer mechanism (8) and the second code scanning unit (9), the electric meters are transferred to a checked area (72), and finally the electric meters are conveyed to a storage area (31) through a first transfer mechanism (4), and when the electric meters are picked in a large quantity, the electric meters can be conveyed to the tray of the inventory unit (7) through the first moving unit (41) and stacked in the checked area (72); the second transfer mechanism (8) clamps the ammeter one by one through the second clamping unit (82), the second scanning unit (9) arranged above the second clamping unit scans the bar code on the outer package of the ammeter, the bar code information is transmitted to the main cabinet (2), and the ammeter is conveyed one by one to be stacked to a placement area (71) of the tray by the second transfer mechanism (8) after information input.
2. The rapidly accessible power grid intelligent terminal cabinet of claim 1, wherein: the second code scanning unit (9) comprises a plurality of code scanning instruments, and the code scanning instruments are uniformly distributed around the second clamping unit (82) in a satellite shape.
3. The rapidly accessible power grid intelligent terminal cabinet of claim 2, wherein: the first clamping unit (42) comprises a main arm (421) and a clamping jaw (422), the main arm (421) and the clamping jaw (422) are coaxially and rotatably connected, and the clamping jaw (422) can turn over by 180 degrees after clamping an ammeter.
4. The rapidly accessible power grid intelligent terminal cabinet of claim 1, wherein: the first clamping unit (42) and the second clamping unit (82) are provided with photoelectric switches.
5. The rapidly accessible power grid intelligent terminal cabinet of claim 1, wherein: UPS uninterrupted power sources are arranged in the main cabinet (2) and the transfer cabinet (3).
6. A method for using a rapidly accessible intelligent terminal cabinet for an electrical network according to claim 3, wherein: in batch inventory, the method comprises the following steps:
a1, selecting an inventory mode on a touch control integrated machine (21), and opening a second cabinet door on the side surface of the transfer cabinet (3);
a2, stacking the electric meter to be stored in a placing area (71) of the tray by a distribution person, and closing a second cabinet door;
a3, the second transfer mechanism (8) clamps the electric meters one by one through a second clamping unit (82), the electric meters are lifted to the position of a second code scanning unit (9) above, the second code scanning unit (9) scans bar codes on the outer package of the electric meters, bar code information is transmitted to the main cabinet (2), and the positions of the bar codes are identified through a plurality of code scanning instruments;
a4, the host cabinet (2) records bar code information and the position of the bar code, and calculates the position to be placed;
a5, conveying the ammeter with the completed information input to a checked area (72) of the tray by the second transfer mechanism (8), and conveying the ammeter with the identification information being incorrect to an unidentified area (73) of the tray by the second transfer mechanism (8) for identifying the barcode;
a6, after the information input of all the electric meters is completed, the first transfer mechanism (4) conveys the electric meters in the checked areas (72) to the main cabinet (2) one by one to calculate the placement position, if the bar codes of the electric meters are at the bottom of the electric meter package, the clamping jaws (422) of the first transfer mechanism (4) are turned over by 180 degrees to enable the bar codes to keep the positions upwards, and then the electric meters are placed in the appointed positions;
a7, if an unidentified ammeter exists, opening a second cabinet door, taking out by a distribution person, inputting ammeter information into a host cabinet (2) one by the distribution person through a touch control integrated machine (21), printing a bar code by a bar code printer (24), attaching the bar code to an ammeter package, and repeating the steps A1-A6;
a8, uploading information and storage positions of the electric meters to a remote server (1) by a host cabinet (2), and printing receipt by a receipt printer (23) after the information and storage positions are finished;
when picking up goods, the method comprises the following steps:
b1, a meter loader sends out a meter taking application through the Internet, and a remote server (1) distributes after receiving the application;
b2, selecting a goods taking mode on the touch control integrated machine (21) by a meter loader, enabling an image recognition system to recognize a face image of the meter loader, uploading the face image to a remote server (1), and enabling the remote server (1) to send back ammeter information which is available to the meter loader to a host cabinet (2) after success through comparison with face information which is input in advance;
b3, displaying the information of the electric meter to be taken out by the touch control integrated machine (21), manually selecting all or part of the electric meter by a meter loader, and clicking the goods taken out on the screen;
b4, the host cabinet (2) controls the first transfer mechanism (4) to convey the ammeter to the placing groove of the goods taking unit (5) from the storage area (31) through the first moving unit (41);
b5, the first code scanning unit (6) starts code scanning and sends bar code information to the host cabinet (2);
b6, after checking information, the host cabinet (2) controls the first cabinet door to open, and a meter loader takes out the ammeter;
b7, uploading the goods taking information to a remote server (1) by a host cabinet (2), and printing a receipt by a receipt printer (23);
when recycling the old ammeter, the method comprises the following steps:
c1, selecting a recovery mode on a touch control integrated machine (21) by a meter loader;
the image recognition system collects images of the old ammeter, a distribution person inputs ammeter information into the main cabinet (2) through the touch control integrated machine (21), and a bar code printer prints bar codes and is attached to the old ammeter;
c3, the main cabinet (2) controls the second cabinet door to be opened;
c4, the second transfer mechanism (8) clamps the electric meters one by one through a second clamping unit (82), the electric meters are lifted to a second code scanning unit (9) above, the second code scanning unit (9) scans bar codes on outer packages of the electric meters, and bar code information is transmitted to the main cabinet (2);
c5, recording bar code information by the host cabinet (2), and calculating the position to be placed;
c6, the first transfer mechanism (4) conveys the old ammeter in the inspected area (72) to the host cabinet (2) to calculate the placement position;
and C7, uploading the information and the storage position of the old ammeter to a remote server (1) by a host cabinet (2), and printing a receipt by a receipt printer (23) after the information and the storage position are finished.
7. The method for using the rapidly accessible intelligent terminal cabinet for the power grid, according to claim 6, is characterized in that: when the goods taking amount is large and no inventory is required, the goods taking is carried out by the inventory unit (7), and the specific steps are as follows:
d1, a meter loader sends out a meter taking application through the Internet, and a remote server (1) distributes after receiving the application;
d2, selecting a goods taking mode on the touch control integrated machine (21) by the meter loader, enabling the image recognition system to recognize a face image of the meter loader, uploading the face image to the remote server (1), and enabling the remote server (1) to send back ammeter information which is available to the meter loader to the host cabinet (2) after the matching with the face information which is input in advance is successful;
d3, displaying ammeter information to be taken out by the touch integrated machine (21), manually selecting all the ammeter by a meter loader, and clicking an inventory unit (7) on a screen to take goods;
d4, the host cabinet (2) controls the first transfer mechanism (4), the electric meter is conveyed to a tray of the stock unit (7) from the storage area (31) through the first moving unit (41), and the electric meters are stacked in the checked area (72) one by one;
d5, the second transfer mechanism (8) clamps the electric meters one by one through a second clamping unit (82), the electric meters are lifted to a second code scanning unit (9) above, the second code scanning unit (9) scans bar codes on outer packages of the electric meters, and bar code information is transmitted to the main cabinet (2);
d6, conveying the electric meters one by one to a placing area (71) of the tray by a second transfer mechanism (8) after information is input;
d7, after checking information, the host cabinet (2) controls the second cabinet door to be opened, the meter loader takes out the ammeter, and the second cabinet door is closed;
and D8, uploading the goods taking information to a remote server (1) by the host cabinet (2), and printing the receipt by a receipt printer (23).
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| CN113112694A (en) | 2021-07-13 |
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