CN204688918U - RFID switch cabinet of intelligent measuring instrument week - Google Patents
RFID switch cabinet of intelligent measuring instrument week Download PDFInfo
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- CN204688918U CN204688918U CN201520173737.3U CN201520173737U CN204688918U CN 204688918 U CN204688918 U CN 204688918U CN 201520173737 U CN201520173737 U CN 201520173737U CN 204688918 U CN204688918 U CN 204688918U
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Abstract
The utility model relates to a kind of RFID switch cabinet of intelligent measuring instrument week, be inconvenient to store and turnover problem for solving existing installation, it is formed by the control housing of a foot wheel and the cabinet parallel combinations of one or more foot wheel arranged side by side and band viewing door, and control housing and cabinet laterally combine side by side; Cabinet is configured with and connects described industrial control host and the fan-free main frame of back-up source module, the humiture collection module be connected with fan-free main frame, master controller and image taking module; Described master controller connects the storage space indicator lamp and illumination light compensating lamp and RFID radio frequency identification module that configure above intelligent cabinet lock, the opto-electronic pickup of each storage space configuration, each storage space.There is convenient storage and turnover, and can the advantage of intelligent management.
Description
Technical field
The utility model relates to a kind of measuring instrument cabinet, particularly relates to a kind of RFID switch cabinet of intelligent measuring instrument week.
Background technology
At present, have when the measuring instrument cabinets such as electric energy meter are different to store and have enough to meet the need with mobile, and also not there is intelligent management function in storage with circular flow.
Utility model content
The utility model object is the above-mentioned defect overcoming prior art, provides a kind of convenient and stores and turnover, and can the RFID switch cabinet of intelligent measuring instrument week of intelligent management.Be mainly used in power supply station, for the intelligent storage to measurement meters such as electric energy meters.
For achieving the above object, all switch cabinets of the intelligent measuring instrument of the utility model RFID are formed by the control housing of a foot wheel and the cabinet parallel combinations of one or more foot wheel arranged side by side and band viewing door, and control housing and cabinet laterally combine side by side;
The wherein control housing touching display screen, image taking module, sound module, bar code scan module, RFID radio frequency identification module, back-up source module and the external interface that are configured with industrial control host and are connected with industrial control host; Touching display screen is configured in control housing front upper, and control housing front lower is shaped with front uncovered for scanning and the scanning storehouse of read operation people employee board and work bar code, scanning storehouse placed on top configuration RFID radio frequency identification module and bar code scan module;
Wherein cabinet is configured with and connects described industrial control host and the fan-free main frame of back-up source module, the humiture collection module be connected with fan-free main frame, master controller and image taking module; Described master controller connects the storage space indicator lamp and illumination light compensating lamp and RFID radio frequency identification module that configure above intelligent cabinet lock, the opto-electronic pickup of each storage space configuration, each storage space.There is convenient storage and turnover, and can the advantage of intelligent management.
As optimization, the single open-door of described cabinet former configuration Intermediate Gray clear glass or double door, configure described intelligent cabinet lock between single open-door and doorframe or between double door;
Described fan-free main frame connects humiture collection module by USB interface extender, and humiture collection module connects the TEMP and humidity sensor that are positioned at cabinet inside further;
One or more cabinet arranged side by side configures side by side in control housing side or both sides.
As optimization, there is the industrial control host of image taking module after the inherent touching display screen of described control housing above configuration, scanning configure sound module below storehouse, in control housing inner bottom part configuration back-up source module.
As optimization, before described control housing before touching display screen above have the camera lens for image taking module to lean out camera aperture or described control housing above touching display screen, have the lens corresponding with before and after the camera lens of image taking module or plane mirror; Have below scanning storehouse for the outwards transaudient acoustic window of the loud speaker of sound module before described control housing; Described scanning storehouse placed on top configures the RFID radio frequency identification module and bar code scan module that stretch out in scanning storehouse from front to back successively.
As optimization, described cabinet is configured with multilayer storage space supporting plate, every layer of storage space supporting plate has multiple storage space being configured with opto-electronic pickup side by side, has many groups image taking module, the storage space indicator lamp corresponding with lower floor each storage space arranged side by side and throw light on light compensating lamp and RFID radio frequency identification module the storage space supporting plate of upper strata below.
As optimization, the low early and high after tilted configuration of described storage space supporting plate, and be configured with front stop lever above storage space supporting plate front end, be separated out the strut rail bar of multiple storage space arranged side by side between being configured with above storage space supporting plate; Described opto-electronic pickup is positioned in each storage space;
Image taking module, the storage space indicator lamp corresponding with storage space each above it and throw light on light compensating lamp and RFID radio frequency identification module is configured below described storage space supporting plate.
As optimization, respectively configure an electrical appliance kit below described storage space supporting plate at each storage space place, in described electrical appliance kit, configuration connects the circuit card of opto-electronic pickup, image taking module, storage space indicator lamp and throw light on light compensating lamp and RFID radio frequency identification module.
As optimization, the electrical appliance kit of top layer storage space supporting plate configuration connection diagram is as the circuit card of taking module, storage space indicator lamp and illumination light compensating lamp and RFID radio frequency identification module;
The electrical appliance kit configuration of bottom storage space supporting plate connects the circuit card of opto-electronic pickup;
Middle part storage space supporting plate between top layer storage space supporting plate with bottom storage space supporting plate configures the circuit card being connected opto-electronic pickup, image taking module, storage space indicator lamp and throw light on light compensating lamp and RFID radio frequency identification module.
As optimization, below described storage space supporting plate, below each electrical appliance kit, configure laterally the camera of connection diagram as taking module and the coil antenna of RFID radio frequency identification module side by side, at camera inboard configuration storage space indicator lamp and illumination light compensating lamp.
As optimization, the camera of described image taking module and the coil antenna of RFID radio frequency identification module configure side by side about Middle face under each electrical appliance kit, and described storage space indicator lamp and illumination light compensating lamp configure side by side about the camera inboard of described image taking module.
Version:
1) it combines primarily of a control housing and one or more cabinet, combines side by side about control housing and cabinet.
2) wherein control housing mainly comprises: cabinet, cabinet door, industrial control host, touching display screen, image taking module, sound module, bar code scan module, RFID radio frequency identification module, back-up source module;
3) wherein cabinet mainly comprises: cabinet, cabinet door, storage space supporting plate, fan-free main frame, master controller, intelligent cabinet lock, humiture collection module, USB Hub and electrical appliance kit.Circuit card and image taking module are housed in electrical appliance kit.Circuit card is configured with storage space indicator lamp, opto-electronic pickup, illumination light compensating lamp and RFID radio frequency identification module.
4) described touching display screen, image taking module, sound module, bar code scan module, RFID radio frequency identification module are connected with industrial control host respectively with back-up source module.
5) described humiture collection module, USB Hub are connected with fan-free main frame with master controller.
6) described intelligent cabinet lock is connected with master controller with electrical appliance kit.
7) electrical appliance kit is built with circuit card and image taking module.
8) circuit card is configured with storage space indicator lamp, opto-electronic pickup, illumination light compensating lamp and RFID radio frequency identification module.
9) image taking module is connected with USB Hub.
Main points:
1) according to the needs of storage content, one or more cabinet can be adopted to be spliced into a set of equipment, controlled by a control housing, data communication is connected by netting twine, and 12V Power supply is used in power supply.
2) control housing configuration barcodes scan module and RFID radio frequency identification module are in order to scan job order bar code and staff's radio frequency work board.
3) each cabinet arranges an intelligent cabinet and locks, and can automatically open cabinet door, perception cabinet door opening and closing state, carry out phonic warning when cabinet door state mistake or cabinet door are not closed for a long time according to service needed.
4) when all switch cabinet touch-screens carry out task operating, system is automatically carried out sampling to operating personal face by the image taking module above touch-screen and is taken pictures, be recorded to together with Operation Log in data bank, can store by arranging requirement and upload in management system.Recording monitor is carried out when also can be set to task operating as required.
5) to arrange an opto-electronic pickup corresponding with it for each storage space, and whether the storing state of opto-electronic pickup Real-Time Monitoring electric energy meter changes, and monitoring result is sent to master controller.
6) to arrange a storage space indicator lamp corresponding with it for each storage space, carries out bright light prompting according to practical business situation to this storage space state, such as: normally go out, carry out bright light prompting in warehouse-in process.
7) find that there is illegal outbound, warehouse-in or other mistakes, cabinet can carry out bright light and voice message current operation is wrong.
8) to arrange a RFID radio frequency identification module corresponding with it for each storage space, when the measuring instrument stored is pasted with RFID, distinguishes meter electronics label information.
9) to arrange one or two image taking module corresponding with it for each storage space, when the measuring instrument state stored changes, image taking is carried out to instrument, the image of shooting carries out outward appearance record to corresponding instrument, and the bar code information (this function can replace bar-code scanner) that automatic analysis obtains photographing simultaneously confirms with the bar code information reached latching instrument.
10) each storage space arranges an illumination light supplementation lamp module, shoots clear photograph in order to assistant images taking module.
11) configuration two-stage USB Hub gathers image capture module data in cabinet, by the information taken that collects to fan-free main frame.
12) whole system can realize first in first out management and control.
13) system disposition back-up source, ensures the normal operation of powering-off state next hour inner circumferential switch cabinet.
Mode of operation:
1) can be configured according to customer requirement according to storage object difference.Single-phase meter, three-phase meter, acquisition terminal, low-voltage current mutual inductor can be stored separately, also different measurement instrument memory spaces can be set in all switch cabinets of same metering according to customer requirement and carry out compound type storage.
2) temperature and humidity in single cabinet can be set according to the actual requirements.
3) instrument is scanned to the operation replacing the hand-held scanner of operating personal to scan with image taking module or RFID radio frequency identification module, improve operation accuracy rate and work efficiency.
4) cabinet adopts modular organization, and bottom of cabinet bulk is provided with castor, can all directions move, and has fixing anti-skid device; Bottom arranges governing screw, and after transport puts in place, governing screw plays support fixation to touching ground.
5) cabinet and control housing are set respectively, can require that independent assortment is installed according to storage content, assembling, convenient disassembly.
6) standard electrical, the signal joining interface of reserved multiple cabinet splicing.
7) power lead mouth, network interface install anti-pulling device additional.
8) measuring instrument stored by needs to paste bar code, RFIDnt ultra-high frequency (or high frequency) electronic tag uses.
9) memory capacity is flexible, by cabinet splicing and change that accumulation layer plate in cabinet adjusts flexibly, extension storage object and quantity.
10) all switch cabinets arrange standard interface: one is and sales service application system interface, are responsible for the service interaction of all switch cabinets and sales service application system; Two is the interfaces with production scheduling platform, the data interaction (can be customized according to customer requirement) of all switch cabinet monitor portion of primary responsibility.
10) Intelligent unlocking supported by intelligent cabinet lock, also supports the key open and close lock under powering-off state.
Principle of work:
Be described in detail with warehouse-in:
1) operating personal generates warehouse-in work order from national grid marketing system and prints warehouse-in work order.
2) authentication (system automatic acquisition operations personnel photographic intelligence, line operate log recording of going forward side by side) is carried out at the radio-frequency card work board (or at all switch cabinet touching display screen input operating personal account number ciphers) of all switch cabinet RFID scanning area scanning oneself.
3) carry out bar code scan in all switch cabinet bar code scan regions to warehouse-in work order, all switch cabinets obtain work order mission bit stream, and open into library, open cabinet door, voice prompt operation personnel put into metering outfit.
4) after putting into electric energy meter according to prompting, indicator lamp corresponding to corresponding storage space is bright, closes cabinet door.
5) location information lighting indicator lamp is passed to fan-free main frame by master controller, the image taking module of fan-free host computer control relevant position carries out image acquisition to measuring instrument, and analytic record bar code information (or control RFID radio frequency identification module carries out radio frequency reading to measuring instrument, recorded electronic label information).After having scanned, as there is mistake, system carries out audio alert prompting automatically, and the storage space indicator lamp that there is mistake continues to light (or flicker), until the rear indicator light that corrects mistakes extinguishes; As errorless in put in storage, indicator lamp extinguishes, and completes warehouse-in process.(can arrange as required close cabinet behind the door, the storage space that system scan has state to change or scan whole storage space).
Outbound brief description:
Scanning outbound work order, cabinet door is opened automatically, needs the table meter storage space indicator lamp of outbound to light, and outbound operation is carried out in lamp prompting in accordance with the instructions, if any outbound mistake, automatic speech prompting, as outbound is errorless, indicator lamp extinguishes, and closes cabinet door after whole outbound, and prompting outbound completes.
To make an inventory brief description:
Execution is made an inventory of goods in a warehouse instruction, the all measuring instrument bar codes of system automatic scan or RFID information, the new data collected and data bank are contrasted, as there is mistake, system carries out audio alert prompting automatically, the storage space indicator lamp that there is mistake continues to light, until the rear indicator light that corrects mistakes extinguishes; As errorless in made an inventory, voice message has been made an inventory, stock is errorless.
Adopt after technique scheme, the utility model RFID intelligent measuring instrument week switch cabinet has convenient storage and turnover, and can the advantage of intelligent management.
Accompanying drawing explanation
Fig. 1 is the schematic circuit diagram of the utility model RFID switch cabinet of intelligent measuring instrument week;
Fig. 2 is the external structure schematic diagram of control housing in the utility model RFID switch cabinet of intelligent measuring instrument week;
Fig. 3 is the inner structure schematic diagram of control housing in the utility model RFID switch cabinet of intelligent measuring instrument week;
Fig. 4 is the inner structure schematic diagram of cabinet in the utility model RFID switch cabinet of intelligent measuring instrument week;
Fig. 5 is the image taking module photograph measurement meter of the utility model RFID switch cabinet of intelligent measuring instrument week and gathers bar code information schematic diagram;
Fig. 6 is the RFID radio frequency identification module recognition measurement meter electronic labeling information schematic diagram of the utility model RFID switch cabinet of intelligent measuring instrument week;
Fig. 7 is the structural representation in the camera of the utility model RFID intelligent measuring instrument week switch cabinet, RFID radio frequency identification module and storage space indicator lamp and illumination light compensating lamp region;
Fig. 8 is the front view of double door cabinet at control housing side parallel combinations of the utility model RFID switch cabinet of intelligent measuring instrument week;
Fig. 9 is the block diagram of double door cabinet at control housing side parallel combinations of the utility model RFID switch cabinet of intelligent measuring instrument week;
Figure 10 is the block diagram of double door cabinet at control housing both sides parallel combinations of the utility model RFID switch cabinet of intelligent measuring instrument week;
Figure 11 is the block diagram of single open-door cabinet at control housing side parallel combinations of the utility model RFID switch cabinet of intelligent measuring instrument week.
Detailed description of the invention
As shown in the figure, all switch cabinets of the intelligent measuring instrument of the utility model RFID are formed by the control housing 1 of a foot wheel and cabinet 2 parallel combinations of one or more foot wheel arranged side by side and band viewing door, and control housing 1 and cabinet 2 laterally combine side by side; One or more cabinet arranged side by side 2 configures side by side, as shown in Fig. 8-9 and 11 about control housing 2 side.One or more cabinet arranged side by side 2 configures side by side about control housing 2 both sides, as shown in Figure 10.
Wherein control housing 1 touching display screen 11, image taking module 12, sound module 13, bar code scan module 14, RFID radio frequency identification module 15, back-up source module 16 and the external interface 17 that are configured with industrial control host 10 and are connected with industrial control host 10; Touching display screen 11 is configured in control housing 1 front upper, control housing 1 front lower is shaped with front uncovered for scanning and the scanning storehouse 18 of read operation people employee board and work bar code, and scanning storehouse 18 placed on top configures the RFID radio frequency identification module 15 and bar code scan module 14 that stretch out in scanning storehouse from front to back successively;
Wherein cabinet 2 is configured with and connects described industrial control host 10 and the fan-free main frame 20 of back-up source module 16, the humiture collection module 21 be connected with fan-free main frame 20, master controller 22 and image taking module 12; Described master controller 22 connects the storage space indicator lamp 24 and illumination light compensating lamp 26 and RFID radio frequency identification module 15 that configure above intelligent cabinet lock 23, the opto-electronic pickup 25 of each storage space configuration, each storage space.
The single open-door of described cabinet 2 former configuration Intermediate Gray clear glass or double door, configure described intelligent cabinet lock 23 between single open-door and doorframe or between double door; Wherein in Fig. 8-10, cabinet 2 is double door, and in Figure 11, cabinet 2 is single open-door.Described fan-free main frame 20 connects humiture collection module 21 by USB interface extender 27, and humiture collection module 21 connects the TEMP and the humidity sensor that are positioned at cabinet 2 inner top further.Electric energy meter label in figure is 8.
Specifically there is the industrial control host 10 of image taking module 12 above the configuration below of the inherent touching display screen 11 of described control housing 1, scanning configure sound module 13 below storehouse 18, in control housing 1 inner bottom part rear portion configuration back-up source module 16.
Preferred described control housing 1 above has the camera lens for image taking module 12 to lean out at touching display screen 11 camera aperture above or described control housing 1 have the lens corresponding with before and after the camera lens of image taking module 12 or plane mirror above touching display screen 11; Described control housing 1 has for the outwards transaudient acoustic window of the loud speaker of sound module 13 above below scanning storehouse 18.
Concrete described cabinet 2 is configured with multilayer storage space supporting plate 3, every layer of storage space supporting plate 3 has multiple storage space being configured with opto-electronic pickup 25 side by side, has many groups image taking module 12, the storage space indicator lamp 24 corresponding with lower floor each storage space arranged side by side and throw light on light compensating lamp 26 and RFID radio frequency identification module 15 upper strata storage space supporting plate 3 below.
More specifically the low early and high after tilted configuration of described storage space supporting plate 3, and be configured with front stop lever 4 above storage space supporting plate 3 front end, storage space supporting plate 3 is separated out the strut rail bar 5 of multiple storage space arranged side by side above between being configured with; Described opto-electronic pickup 25 is positioned in each storage space;
Described storage space supporting plate 3 is configuration image taking module 12, the storage space indicator lamp 24 corresponding with storage space each above it and throw light on light compensating lamp 26 and RFID radio frequency identification module 15 below.
Preferred described storage space supporting plate 3 respectively configures an electrical appliance kit at each storage space place below, and in described electrical appliance kit, configuration connects the circuit card 6 of opto-electronic pickup 25, image taking module 12, storage space indicator lamp 24 and throw light on light compensating lamp 26 and RFID radio frequency identification module 15.
Wherein the electrical appliance kit configuration connection diagram of top layer storage space supporting plate 3 is as taking module 12, storage space indicator lamp 24 and illumination light compensating lamp 26 and the circuit card 6 of RFID radio frequency identification module 15;
The electrical appliance kit configuration of bottom storage space supporting plate 3 connects the circuit card 6 of opto-electronic pickup 25;
Middle part storage space supporting plate 6 between top layer storage space supporting plate 6 with bottom storage space supporting plate 6 configures the circuit card 6 being connected opto-electronic pickup 25, image taking module 12, storage space indicator lamp 24 and throw light on light compensating lamp 26 and RFID radio frequency identification module 15.
More preferably the described storage space supporting plate 3 configuration laterally camera 120 of connection diagram as taking module 12 arranged side by side and the coil antenna 150 of RFID radio frequency identification module 15 below each electrical appliance kit below, at camera 120 inboard configuration storage space indicator lamp 24 and illumination light compensating lamp 26.The camera 120 of described image taking module 12 and the coil antenna 150 of RFID radio frequency identification module 15 configure side by side about Middle face under each electrical appliance kit, and described storage space indicator lamp 24 and illumination light compensating lamp 26 are in the configuration side by side of the inboard left and right of the camera 120 of described image taking module 12.
Version:
10) it combines primarily of a control housing and one or more cabinet, combines side by side about control housing and cabinet.
11) wherein control housing mainly comprises: cabinet, cabinet door, industrial control host, touching display screen, image taking module, sound module, bar code scan module, RFID radio frequency identification module, back-up source module;
12) wherein cabinet mainly comprises: cabinet, cabinet door, storage space supporting plate, fan-free main frame, master controller, intelligent cabinet lock, humiture collection module, USB Hub and electrical appliance kit.Circuit card and image taking module are housed in electrical appliance kit.Circuit card is configured with storage space indicator lamp, opto-electronic pickup, illumination light compensating lamp and RFID radio frequency identification module.
13) described touching display screen, image taking module, sound module, bar code scan module, RFID radio frequency identification module are connected with industrial control host respectively with back-up source module.
14) described humiture collection module, USB Hub are connected with fan-free main frame with master controller.
15) described intelligent cabinet lock is connected with master controller with electrical appliance kit.
16) electrical appliance kit is built with circuit card and image taking module.
17) circuit card is configured with storage space indicator lamp, opto-electronic pickup, illumination light compensating lamp and RFID radio frequency identification module.
18) image taking module is connected with USB Hub.
Main points:
14) according to the needs of storage content, one or more cabinet can be adopted to be spliced into a set of equipment, controlled by a control housing, data communication is connected by netting twine, and 12V Power supply is used in power supply.
15) control housing configuration barcodes scan module and RFID radio frequency identification module are in order to scan job order bar code and staff's radio frequency work board.
16) each cabinet arranges an intelligent cabinet and locks, and can automatically open cabinet door, perception cabinet door opening and closing state, carry out phonic warning when cabinet door state mistake or cabinet door are not closed for a long time according to service needed.
17) when all switch cabinet touch-screens carry out task operating, system is automatically carried out sampling to operating personal face by the image taking module above touch-screen and is taken pictures, be recorded to together with Operation Log in data bank, can store by arranging requirement and upload in management system.Recording monitor is carried out when also can be set to task operating as required.
18) to arrange an opto-electronic pickup corresponding with it for each storage space, and whether the storing state of opto-electronic pickup Real-Time Monitoring electric energy meter changes, and monitoring result is sent to master controller.
19) to arrange a storage space indicator lamp corresponding with it for each storage space, carries out bright light prompting according to practical business situation to this storage space state, such as: normally go out, carry out bright light prompting in warehouse-in process.
20) find that there is illegal outbound, warehouse-in or other mistakes, cabinet can carry out bright light and voice message current operation is wrong.
21) to arrange a RFID radio frequency identification module corresponding with it for each storage space, when the measuring instrument stored is pasted with RFID, distinguishes meter electronics label information.
22) to arrange one or two image taking module corresponding with it for each storage space, when the measuring instrument state stored changes, image taking is carried out to instrument, the image of shooting carries out outward appearance record to corresponding instrument, and the bar code information (this function can replace bar-code scanner) that automatic analysis obtains photographing simultaneously confirms with the bar code information reached latching instrument.
23) each storage space arranges an illumination light supplementation lamp module, shoots clear photograph in order to assistant images taking module.
24) configuration two-stage USB Hub gathers image capture module data in cabinet, by the information taken that collects to fan-free main frame.
25) whole system can realize first in first out management and control.
26) system disposition back-up source, ensures the normal operation of powering-off state next hour inner circumferential switch cabinet.
Mode of operation:
11) can be configured according to customer requirement according to storage object difference.Single-phase meter, three-phase meter, acquisition terminal, low-voltage current mutual inductor can be stored separately, also different measurement instrument memory spaces can be set in all switch cabinets of same metering according to customer requirement and carry out compound type storage.
12) temperature and humidity in single cabinet can be set according to the actual requirements.
13) instrument is scanned to the operation replacing the hand-held scanner of operating personal to scan with image taking module or RFID radio frequency identification module, improve operation accuracy rate and work efficiency.
14) cabinet adopts modular organization, and bottom of cabinet bulk is provided with castor, can all directions move, and has fixing anti-skid device; Bottom arranges governing screw, and after transport puts in place, governing screw plays support fixation to touching ground.
15) cabinet and control housing are set respectively, can require that independent assortment is installed according to storage content, assembling, convenient disassembly.
16) standard electrical, the signal joining interface of reserved multiple cabinet splicing.
17) power lead mouth, network interface install anti-pulling device additional.
18) measuring instrument stored by needs to paste bar code, RFIDnt ultra-high frequency (or high frequency) electronic tag uses.
19) memory capacity is flexible, by cabinet splicing and change that accumulation layer plate in cabinet adjusts flexibly, extension storage object and quantity.
10) all switch cabinets arrange standard interface: one is and sales service application system interface, are responsible for the service interaction of all switch cabinets and sales service application system; Two is the interfaces with production scheduling platform, the data interaction (can be customized according to customer requirement) of all switch cabinet monitor portion of primary responsibility.
20) Intelligent unlocking supported by intelligent cabinet lock, also supports the key open and close lock under powering-off state.
Principle of work:
Be described in detail with warehouse-in:
2) operating personal generates warehouse-in work order from national grid marketing system and prints warehouse-in work order.
2) authentication (system automatic acquisition operations personnel photographic intelligence, line operate log recording of going forward side by side) is carried out at the radio-frequency card work board (or at all switch cabinet touching display screen input operating personal account number ciphers) of all switch cabinet RFID scanning area scanning oneself.
3) carry out bar code scan in all switch cabinet bar code scan regions to warehouse-in work order, all switch cabinets obtain work order mission bit stream, and open into library, open cabinet door, voice prompt operation personnel put into metering outfit.
4) after putting into electric energy meter according to prompting, indicator lamp corresponding to corresponding storage space is bright, closes cabinet door.
5) location information lighting indicator lamp is passed to fan-free main frame by master controller, the image taking module of fan-free host computer control relevant position carries out image acquisition to measuring instrument, and analytic record bar code information (or control RFID radio frequency identification module carries out radio frequency reading to measuring instrument, recorded electronic label information).After having scanned, as there is mistake, system carries out audio alert prompting automatically, and the storage space indicator lamp that there is mistake continues to light (or flicker), until the rear indicator light that corrects mistakes extinguishes; As errorless in put in storage, indicator lamp extinguishes, and completes warehouse-in process.(can arrange as required close cabinet behind the door, the storage space that system scan has state to change or scan whole storage space).
Outbound brief description:
Scanning outbound work order, cabinet door is opened automatically, needs the table meter storage space indicator lamp of outbound to light, and outbound operation is carried out in lamp prompting in accordance with the instructions, if any outbound mistake, automatic speech prompting, as outbound is errorless, indicator lamp extinguishes, and closes cabinet door after whole outbound, and prompting outbound completes.
To make an inventory brief description:
Execution is made an inventory of goods in a warehouse instruction, the all measuring instrument bar codes of system automatic scan or RFID information, the new data collected and data bank are contrasted, as there is mistake, system carries out audio alert prompting automatically, the storage space indicator lamp that there is mistake continues to light, until the rear indicator light that corrects mistakes extinguishes; As errorless in made an inventory, voice message has been made an inventory, stock is errorless.There is convenient storage and turnover, and can the advantage of intelligent management.
Claims (10)
1. the RFID switch cabinet of intelligent measuring instrument week, it is characterized in that being formed by the cabinet parallel combinations of the control housing of a foot wheel and one or more foot wheel arranged side by side and band viewing door, control housing and cabinet laterally combine side by side;
The wherein control housing touching display screen, image taking module, sound module, bar code scan module, RFID radio frequency identification module, back-up source module and the external interface that are configured with industrial control host and are connected with industrial control host; Touching display screen is configured in control housing front upper, and control housing front lower is shaped with front uncovered for scanning and the scanning storehouse of read operation people employee board and work bar code, scanning storehouse placed on top configuration RFID radio frequency identification module and bar code scan module;
Wherein cabinet is configured with and connects described industrial control host and the fan-free main frame of back-up source module, the humiture collection module be connected with fan-free main frame, master controller and image taking module; Described master controller connects the storage space indicator lamp and illumination light compensating lamp and RFID radio frequency identification module that configure above intelligent cabinet lock, the opto-electronic pickup of each storage space configuration, each storage space.
2. all switch cabinets according to claim 1, is characterized in that single open-door or the double door of described cabinet former configuration Intermediate Gray clear glass, configure described intelligent cabinet lock between single open-door and doorframe or between double door;
Described fan-free main frame connects humiture collection module by USB interface extender, and humiture collection module connects the TEMP and humidity sensor that are positioned at cabinet inside further;
One or more cabinet arranged side by side configures side by side in control housing side or both sides.
3. all switch cabinets according to claim 1, is characterized in that having above configuration after the inherent touching display screen of described control housing the industrial control host of image taking module, configure sound module below scanning storehouse, in control housing inner bottom part configuration back-up source module.
4. all switch cabinets according to claim 3, the camera aperture that to it is characterized in that before described control housing having the camera lens for image taking module to lean out above before touching display screen or described control housing have the lens corresponding with before and after the camera lens of image taking module or plane mirror above touching display screen; Have below scanning storehouse for the outwards transaudient acoustic window of the loud speaker of sound module before described control housing; Described scanning storehouse placed on top configures the RFID radio frequency identification module and bar code scan module that stretch out in scanning storehouse from front to back successively.
5. according to the arbitrary described all switch cabinets of claim 1-4, it is characterized in that described cabinet is configured with multilayer storage space supporting plate, every layer of storage space supporting plate has multiple storage space being configured with opto-electronic pickup side by side, the storage space supporting plate of upper strata below, have many groups image taking module, the storage space indicator lamp corresponding with lower floor each storage space arranged side by side and throw light on light compensating lamp and RFID radio frequency identification module.
6. all switch cabinets according to claim 5, is characterized in that the low early and high after tilted configuration of described storage space supporting plate, and are configured with front stop lever above storage space supporting plate front end, be separated out the strut rail bar of multiple storage space arranged side by side above storage space supporting plate between being configured with; Described opto-electronic pickup is positioned in each storage space;
Image taking module, the storage space indicator lamp corresponding with storage space each above it and throw light on light compensating lamp and RFID radio frequency identification module is configured below described storage space supporting plate.
7. all switch cabinets according to claim 6, it is characterized in that respectively configuring an electrical appliance kit at each storage space place below described storage space supporting plate, in described electrical appliance kit, configuration connects the circuit card of opto-electronic pickup, image taking module, storage space indicator lamp and throw light on light compensating lamp and RFID radio frequency identification module.
8. all switch cabinets according to claim 7, is characterized in that the circuit card of the electrical appliance kit configuration connection diagram of top layer storage space supporting plate as taking module, storage space indicator lamp and illumination light compensating lamp and RFID radio frequency identification module;
The electrical appliance kit configuration of bottom storage space supporting plate connects the circuit card of opto-electronic pickup;
Middle part storage space supporting plate between top layer storage space supporting plate with bottom storage space supporting plate configures the circuit card being connected opto-electronic pickup, image taking module, storage space indicator lamp and throw light on light compensating lamp and RFID radio frequency identification module.
9. all switch cabinets according to claim 8, it is characterized in that below each electrical appliance kit, configuring laterally the camera of connection diagram as taking module and the coil antenna of RFID radio frequency identification module side by side below described storage space supporting plate, at camera inboard configuration storage space indicator lamp and illumination light compensating lamp.
10. all switch cabinets according to claim 9, it is characterized in that the camera of described image taking module and the coil antenna of RFID radio frequency identification module configure side by side about Middle face under each electrical appliance kit, described storage space indicator lamp and illumination light compensating lamp configure side by side about the camera inboard of described image taking module.
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| CN201520173737.3U CN204688918U (en) | 2015-03-26 | 2015-03-26 | RFID switch cabinet of intelligent measuring instrument week |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106570669A (en) * | 2016-10-26 | 2017-04-19 | 国网北京市电力公司 | Device and system used for storing metering appliance |
| CN107450364A (en) * | 2017-08-08 | 2017-12-08 | 广州市源瑞信息科技有限公司 | Intelligence tool management system |
| CN114601278A (en) * | 2022-03-10 | 2022-06-10 | 国网黑龙江省电力有限公司供电服务中心 | Intelligent management physical and chemical metering appliance exchange cabinet |
| CN115215031A (en) * | 2022-07-22 | 2022-10-21 | 福建通力达实业有限公司 | Non-inductive type strapping table turnover cabinet based on camera |
| CN115331358A (en) * | 2022-08-15 | 2022-11-11 | 广东电网有限责任公司 | Management system and management method for metering turnover cabinet |
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2015
- 2015-03-26 CN CN201520173737.3U patent/CN204688918U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106570669A (en) * | 2016-10-26 | 2017-04-19 | 国网北京市电力公司 | Device and system used for storing metering appliance |
| CN107450364A (en) * | 2017-08-08 | 2017-12-08 | 广州市源瑞信息科技有限公司 | Intelligence tool management system |
| CN114601278A (en) * | 2022-03-10 | 2022-06-10 | 国网黑龙江省电力有限公司供电服务中心 | Intelligent management physical and chemical metering appliance exchange cabinet |
| CN115215031A (en) * | 2022-07-22 | 2022-10-21 | 福建通力达实业有限公司 | Non-inductive type strapping table turnover cabinet based on camera |
| CN115331358A (en) * | 2022-08-15 | 2022-11-11 | 广东电网有限责任公司 | Management system and management method for metering turnover cabinet |
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