CN203480566U - Integrated intelligent locking and controlling management system for power transformation and distribution equipment - Google Patents

Abstract

The utility model provides an integrated intelligent lock control management system for changing configurations, which includes an OA office subsystem composed of more than one office computer, an intelligent one-key communication host, a first intelligent unlocking key, and various equipment locations. The transformation subsystem composed of locks and the distribution network subsystem composed of remote error prevention data server, remote authorization terminal, distribution network computer, local signal transmission device, second intelligent unlocking key and locks on distribution network equipment; the office computer , the intelligent one-key communication host, the remote anti-mistake data server and the distribution network computer are all connected to the same local area network; the remote authorization terminal is connected to the remote anti-mistake data server and is wirelessly connected to the second intelligent unlocking key. In this way, the WEB remote access function and the integrated function of distribution change can be realized, with high integration, flexible and convenient operation, simple and efficient operation, convenient and safe construction and maintenance, and low cost. At the same time, it can avoid wrong location and has a wide range of applications .

Description

Transformation and distribution integrated intelligent lock control management system

【Technical field】

The utility model relates to an intelligent lock control management system integrated with variable distribution.

【Background technique】

At present, there are access doors in the main areas of substations and power plants (such as: high-voltage room doors, relay room doors, safety equipment room doors, communication room doors, offices, meeting rooms, reference rooms, staff dormitories), Various equipment cabinet doors (such as protection cabinets, monitoring cabinets, terminal boxes, mechanism boxes) and various manual equipment operating mechanisms, as well as outdoor distribution network equipment in the power system are also provided with corresponding equipment doors (such as prefabricated substation , ring network switch cabinet, cable distribution box, etc.), these doors are locked with locks to realize the lock control management of different levels of staff, that is, to encode the keys and locks correspondingly, manual management, and often go to the wrong position ( Equipment interval), which not only affects the efficiency, but also has potential safety hazards, and it is impossible to uniformly monitor and manage the locks on the substation, power plant and outdoor distribution network equipment; and the existing lock control management uses one lock for one Keys need to carry a large amount of keys in one unlocking operation, and find a corresponding key to open the lock, which is very troublesome and time-consuming to carry and use.

【Content of utility model】

In order to solve the above-mentioned technical problems existing in the prior art, the utility model provides a WEB remote access function, which realizes the integrated function of changing configuration in the true sense, the system is highly integrated, the operation is flexible and convenient, the operation process is simple, Perfect, efficient, convenient, safe and low-cost on-site construction and maintenance, and at the same time can avoid going to the wrong place, and has a wide range of applications.

The technical solution adopted by the utility model to solve the problems of the prior art is:

An integrated intelligent lock control management system for distribution, including:

OA office subsystem mainly consists of more than one office computer;

The substation electronic system is mainly composed of the intelligent one-key communication host installed in the substation/power plant, the first intelligent unlocking key and the locks on each equipment site;

The distribution network subsystem is mainly composed of remote error prevention data server, remote authorization terminal, distribution network computer, local signal transmission device, second intelligent unlocking key and locks on outdoor distribution network equipment;

Moreover, the office computer, the intelligent one-key communication host, the remote anti-mistake data server and the distribution network computer are all connected to the same local area network; the remote authorization terminal is connected to the remote anti-mistake data server, and It is wirelessly connected with the second intelligent unlocking key.

Further, the smart key-to-talk host includes an ARM embedded industrial computer, a liquid crystal touch screen, and a smart key transmission and charging circuit, and both the liquid crystal touch screen and the smart key transmission and charging circuit are conductively connected to the ARM embedded industrial computer.

Further, the smart key-to-talk host also includes a fingerprint reader for collecting the identity of the staff, and the fingerprint reader is conductively connected with the ARM embedded industrial computer.

Further, the first intelligent unlocking key and the second intelligent unlocking key are equipped with RFID read-write modules, and the locks of the transformation subsystem and the locks of the distribution network subsystem are equipped with matching global unique codes. RFID smart label chip.

Further, the RFID smart label chip is a passive passive RFID chip.

Further, the smart key-to-talk host is wired or wirelessly connected to the first smart unlocking key, and the local signal transmission device is wired or wirelessly connected to the second smart unlocking key.

The beneficial effects of the utility model are as follows:

The utility model realizes the WEB remote access function through the above-mentioned technical scheme, and any computer in the local area network can query the main network and distribution network lock control, realize remote access, authorization, storage, printing and other functions, and realize the real sense The system is highly integrated and can be operated with the five-proof locking system or independently. The operation is flexible and convenient; and the on-site construction is convenient and safe, no need to lay cables, and no secondary circuit wiring is involved. The construction is simple, the cost is low, the maintenance is convenient, there is no line maintenance problem, and there will be no communication failure; and in one task, only the locks within the delineated range can be unlocked, which can avoid going to the wrong position, or according to the work ticket The unlocking operation is carried out step by step in sequence. The operation process is simple, perfect and efficient, and the delineation and authorization work can be completed within ten seconds, greatly improving work efficiency; moreover, this system is suitable for distribution network equipment, substation internal equipment area, office area, living area, etc. A variety of doors and various manual equipment operating mechanisms in the area are managed, and the scope of application is wide.

【Description of drawings】

Fig. 1 is a schematic block diagram of the structure and principle of the integrated intelligent lock control management system based on the configuration change described in the present invention;

Fig. 2 is a schematic block diagram of the structure and principle of the intelligent one-key communication host in the embodiment of the distribution-changing integrated intelligent lock control management system of the utility model.

【Detailed ways】

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

As shown in Figure 1 and Figure 2:

An integrated intelligent lock control management system for variable distribution described in the utility model includes an OA office subsystem 1, a variable electronic system 2 and a distribution network subsystem 3; wherein, the OA office subsystem 1 is mainly composed of more than one The office computer 11 is composed of; the substation system 2 is mainly composed of an intelligent one-key-communication host 21 arranged in a substation/power plant, a first intelligent unlocking key 22, and locks 23 on various equipment places (such as: high voltage room, relay protection room, safety equipment room, communication room, office, meeting room, reference room, staff dormitory and locks for protection cabinets, monitoring cabinets, terminal boxes, and mechanism boxes), the smart key-to-communication host 21 includes an ARM embedded Industrial computer 211, liquid crystal touch screen 212 and intelligent key transmission charging circuit 213, described liquid crystal touch screen 212 is a TFT color liquid crystal touch screen, and it and intelligent key transmission charging circuit 213 are all conductively connected with ARM embedded industrial computer 211; Subsystem 3 is mainly composed of remote error prevention data server 31, remote authorization terminal 32, distribution network computer 33, local signal transmission device 34, second intelligent unlocking key 35 and locks 36 on outdoor distribution network equipment (such as: prefabricated substation , ring network switch cabinet, cable distribution box and other distribution network equipment door locks); moreover, the office computer 11, the intelligent one-key communication host 21, the remote error prevention data server 31 and the distribution network computer 33 are all conductively connected On the same local area network 4; the remote authorization terminal 32 is conductively connected to the remote error prevention data server 31, and is wirelessly connected to the second intelligent unlocking key 35.

In addition, the first intelligent unlocking key 22 and the second intelligent unlocking key 35 are equipped with RFID read-write modules, and the locks 23 of the transformation subsystem 2 and the locks 36 of the distribution network subsystem 3 are equipped with matching The RFID smart label chip with the unique code in the world, the RFID smart label chip is a passive passive RFID chip. The smart one key host 21 is wired or wirelessly connected to the first smart unlocking key 22 , and the local signal transmission device 34 is wired or wirelessly connected to the second smart unlocking key 35 .

The working principle of the integrated intelligent lock control management system of variable distribution described in the utility model is as follows: when the equipment in the substation is overhauled, firstly, the substation staff who need to perform the unlocking operation select the The equipment to be unlocked forms an operation task, and selects the number of the first intelligent unlocking key 22 used, and transmits the operation task to the first intelligent unlocking key 22; then, the staff takes the first intelligent unlocking key 22 to the scene to perform the unlocking operation That is, the first intelligent unlocking key 22 reads and identifies the RFID code value in the RFID smart label chip of the lockset 23 through the RFID reading and writing module inside it to determine whether it meets the unlocking conditions, and the lock can only be unlocked if the conditions are met, otherwise it will issue an unauthorized unlocking prompt ; Finally, after the operation is completed, the staff can return the operation information to the smart one-key communication host 21 with the first intelligent unlocking key 22. In the database of the server 31, it is convenient to carry out statistical query through the office computer 11 of the OA office subsystem in the future. When the distribution network equipment is overhauled, its working principle is basically the same as that of the substation, the difference is that the distribution network staff who need to perform the unlocking operation select the equipment to be unlocked by operating the distribution network computer 33 to form an operation task, and select the second one to use. The serial number of intelligent unlocking key 35, and the operation task is sent on the second intelligent unlocking key 35 through local signal transmission device 34; And when the second intelligent unlocking key 35 reads and identifies lockset 36 When the judgment result of the RFID code value in the RFID smart label chip does not meet the unlocking conditions, an authorization application can be sent to the remote anti-mistake data server 31 through the distribution network computer 33 via the local area network 4, and the remote anti-mistake data server 31 will authorize the operation task through remote authorization. The terminal 32 wirelessly transmits to the second intelligent unlocking key 35, so as to open the lock 36, and continue to complete the maintenance of the distribution network equipment. Simultaneously, when the first intelligent unlocking key 22 opens a lockset 23, the unlocking information (comprising the unlocker, unlocking object and time, locking situation and time) will be fed back to the remote anti-mistake data server 31 through the intelligent one-key communication host 21 through the local area network 4. , attempted unlocking object and time information) to record and store; when the second intelligent unlocking key 35 opens a lock 56, it will feed back the unlocking information to the distribution network computer 33 via the local signal transmission device 34 for recording, saving, and distribution. The network computer 33 sends the feedback unlocking information to the remote anti-error data server 31 via the local area network 4 for recording and storage.

In addition, the power substation staff selects the device to be unlocked by operating any office computer 11 of the OA office subsystem 1 to form an operation task command, and after selecting the number of the first intelligent unlocking key 22 used, it is sent via the local area network 4 To the smart one-key communication host 21, after receiving the command, the smart one-key communication host 21 automatically parses and generates an operation task according to the pre-agreed command format, and sends it to the first smart unlocking key 22. Of course, the office computer 11 of the OA office subsystem 1 can issue an operation task instruction to the smart one-key communication host 21 through a short message, and the smart one-key communication host 21 can also send the operation task to the first one through a short message. Smart unlock key22.

To sum up, the integrated intelligent lock control management system for changing distribution described in the utility model has the following advantages:

1) Realize the WEB remote access function. After inputting the specified IP address and corresponding authority on any computer in the local area network, you can query the main network and distribution network lock control, and realize remote access, authorization, storage, printing and other functions , to realize the true sense of the distribution integration function.

2) In one task, only the locks within the delineated range can be unlocked, which can avoid going to the wrong position (equipment interval); it can also be unlocked step by step according to the work ticket process;

3) The system is highly integrated and can be operated with the five-proof locking system or independently, with flexible and convenient operation;

4) On-site construction is convenient and safe, no need to lay cables, does not involve secondary circuit wiring, simple construction, low cost, only need to install the lock to the designated location, and then write the corresponding data into the software database; easy maintenance, no There are line maintenance problems, and there will be no communication failures;

5) The operation process is simple, perfect and efficient, and the delineation and authorization work can be completed within ten seconds, and all locks in the station can be opened after being authorized by the highest authority, which can greatly improve work efficiency;

6) The system is suitable for managing various doors and various manual equipment operating mechanisms in distribution network equipment, substation internal equipment area, office area, and living area, and has a wide range of applications;

7) The maintenance is convenient and unified. After the on-site lock is replaced, the phenomenon of different equipment and lock providers in the same substation is avoided, thereby realizing a unified, convenient and fast after-sales service system.

As a preferred embodiment of the present invention, the smart one key host 21 also includes a fingerprint reader 214 for collecting the identity of the staff, and the fingerprint reader 214 is conductively connected with the ARM embedded industrial computer 211 . In this way, the delineated unlocking range data can be transmitted to the first intelligent unlocking key 22 after confirming the identity of the substation worker during use, which further strengthens the unlocking management of the substation electronic system and is more secure.

The above content is a further detailed description of the utility model in combination with specific preferred technical solutions, and it cannot be determined that the specific implementation of the utility model is only limited to these descriptions. For a person of ordinary skill in the technical field to which the utility model belongs, without departing from the concept of the utility model, some simple deduction or substitutions can also be made, which should be regarded as belonging to the protection scope of the utility model.

Claims (6)

1. An integrated intelligent lock control management system for changing distribution, characterized in that it includes: OA office subsystem (1), mainly composed of more than one office computer (11); The substation sub-system (2) is mainly composed of the smart one-key communication host (21) installed in the substation/power plant, the first smart unlocking key (22) and the locks (23) on each equipment site; The distribution network subsystem (3) is mainly composed of a remote error prevention data server (31), a remote authorization terminal (32), a distribution network computer (33), a local signal transmission device (34), a second intelligent unlocking key (35) and Composition of locks (36) on outdoor distribution network equipment; Moreover, the office computer (11), the smart one-key communication host (21), the remote error prevention data server (31) and the network distribution computer (33) are all connected to the same local area network (4); the remote authorization The terminal (32) is conductively connected to the remote error prevention data server (31), and wirelessly connected to the second intelligent unlocking key (35). the 2. The integrated intelligent lock control management system according to claim 1, characterized in that, the intelligent one key host (21) includes an ARM embedded industrial computer (211), a liquid crystal touch screen (212) and The smart key transmission charging circuit (213), the liquid crystal touch screen (212) and the smart key transmission charging circuit (213) are both conductively connected with the ARM embedded industrial computer (211). the 3. The integrated smart lock control management system according to claim 2, characterized in that, the smart key-to-communication host (21) also includes a fingerprint reader (214) for collecting the identity of the staff, so that The fingerprint reader (214) is conductively connected with the ARM embedded industrial computer (211). the 4. The integrated intelligent lock control management system according to any one of claims 1 to 3, characterized in that, both the first intelligent unlocking key (22) and the second intelligent unlocking key (35) are An RFID read-write module is provided, and the locks (23) of the substation subsystem (2) and the locks (36) of the distribution network subsystem (3) are equipped with matching RFID smart label chips with globally unique codes. the 5. The integrated intelligent lock control management system according to claim 4, characterized in that, the RFID smart label chip is a passive passive RFID chip. the 6. The integrated intelligent lock control management system according to claim 5, characterized in that, the intelligent one key host (21) and the first intelligent unlocking key (22) are connected by wire or wirelessly, The local signal transmission device (34) is wired or wirelessly connected to the second intelligent unlocking key (35). the

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