CN201104346Y - Grouped monitoring communication power supply - Google Patents

Abstract

The utility model discloses a communication power supply, comprising a machine frame, a plurality of alternating current input units concentrated and arranged in the machine frame, a plurality of rectifying units, a plurality of battery load units, a plurality of detection units and an intelligent system monitoring unit, wherein the alternating current input unit is used for supplying alternating current; the rectifying units consist of at least two independent rectifying modules; the battery load units consist of at least two independent battery load fuses and are communicated with the detection units; the detection units consist of at least two independent detection modules and transmit a system working condition signal to the intelligent system monitoring unit; the intelligent system monitoring unit is used for monitoring data of the communication power supply; the modules including an alternating current model, the rectifying modules, battery load modules and the detection modules are connected with the same intelligent system monitoring module, and multilines are independent. The utility mode has the advantages of saving space, resources and costs.

Description

A kind of communication power supply of packet monitoring

Technical field

The utility model relates to a kind of communication power supply, but relate in particular to only use a monitoring unit and packet monitoring communication power supply.

Background technology

In the communication engineering project, a traditional power supply system for communications is installed in a frame often at present, and only offers tame operator power supply, can there be following two shortcomings in this power-supply system: 1, area occupied is big.Even the client only need seldom several roads loads along separate routes, also can join traditional rack power supplies to the client, such as 0.6 * 0.6 * 2.0m high 19 " rack power supplies; If give the power supply of operator of N family simultaneously, then need take N area doubly.2, cost is higher, the wasting of resources.Many tame operators all adopt separately independently machine frame, door, side plate, back plate, base plate etc., use simultaneously in how tame operator, and under the less along separate routes separately situation, cost will exceed N doubly, and resource can be shared originally, and but do not share.3, adjust inconvenience: when a cover power-supply system powers for different operators,, can not distinguish the employed electric weight of concrete which operator well what are to the electricity consumption situation statistics inconvenience of each operator.4, monitoring is not convenient: when many covers power-supply system is in a machine room, need carry out from different ports the monitoring of these power-supply devices, be unfavorable for centralized monitor, can take the monitoring resource more like this, cause the increase on the cost simultaneously.Therefore, how traditional power supply system for communications being transformed, effectively reduced cost, is the issue to be resolved always of industry.

The utility model content

The technical problems to be solved in the utility model provides a kind of communication power supply, realizes the power supply to how tame operator in limited space, and the row of going forward side by side carries out unified monitoring, adjusts respectively, to save the space, economizes on resources and cost.

For solving the problems of the technologies described above, communication power supply of the present utility model comprises: a frame, concentrate a plurality of AC input cell, a plurality of rectification unit, a plurality of cell loads unit, a plurality of detecting unit and an intelligent system monitoring unit of being positioned in the described frame, wherein, AC input cell, be used to introduce alternating current, and guide to rectification unit for its use; Rectification unit is made up of at least two two rectification modules independent of each other, is used for alternating current is converted to direct current, and guides to the cell load unit by negative row; The cell load unit is made up of at least two two cell load fuses independent of each other, externally supply direct current, and fuse is to detecting unit; Detecting unit is made up of at least two two detecting modules independent of each other, is used for the supervisory control system user mode, and system's user mode signal is delivered to the intelligent system monitoring unit; The intelligent system monitoring unit is used for the monitor communication power data, but and setup parameter; Exchange module, rectification module, cell load module, detecting module, each module and an identical intelligent system monitoring module connection, and negative row is independent separately.Above-mentioned frame comprises machine frame, door-plate, side plate, back door, base plate and just arranges; AC input cell is installed on the framework soleplate; The intelligent system monitoring module is installed on the frame door-plate or in the frame; Detecting module is installed on the top of frame, and independent separately wiring, receives intelligent system monitoring module separately.

The utility model is owing to adopting shared shelf design, the power supply of original system independent of each other can be integrated in the system, and do not influence each other use, the total system area occupied is little, under narrow and small specific construction environment, can conserve space, save cost, and convenient management, be convenient to monitoring

Description of drawings

Fig. 1 is the signal principle figure of a specific embodiment of the utility model;

Fig. 2 is the structure chart of a specific embodiment of the present utility model;

Reference numeral:

Among Fig. 2, A1 is that ac input division part, A2 are the rectification part of operator one, the rectification part that B2 is operator two, the rectification part that C2 is operator three, the cell load part that A3 is operator one, the cell load part that B3 is operator two, the cell load part that C3 is operator three, the detecting part that A4 is operator one, the detecting part that B4 is operator two, the detecting part that C4 is operator three.

Embodiment

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.

The utility model is at nervous relatively place, spaces such as subway, railway station, custom-designed communication power supply, and this power supply can provide the fully independently power supply supply of many covers for different user, operator at one time.Except that shared supervisory control system, every cover power supply all has rectification part separately, and battery separately and load are partly, supervisory control system independently. negative row also is a separate connection separately. and overlap the machine frame of autonomous system, door-plate, side plate more, back door, base plate reach just arranging all shares.

As shown in Figure 1, it is the signal principle figure of a specific embodiment of the utility model, promptly be implemented in the three groups of power-supply systems of A, B, C that realize a monitoring in the shared frame, working state of system and battery charge and discharge management unification are responsible for monitoring and controlling by monitoring module among the figure, and each data upload of system is managed to realize remote centralized to the PC monitoring.Exchange input and guide to separately rectification module by exchanging inlet wire, rectification module work, alternating current is converted to direct current, by negative row guide to separately cell load partly; Load is powered to the client along separate routes, goes between to along separate routes from load and detects plate, carries out detecting functions such as fuse alarm; Partly again to exchanging, signals such as fuse alarm are handled in detecting, signal are delivered to the intelligent system monitoring unit again and are shown that part shows; The intelligent system monitoring unit is monitored the input and output of each system, rectification module and battery pack, battery temperature, discharge, storage battery float charge voltage, temperature-compensating and unusual condition, alarm and indication.Online between monitoring unit and rectification module with holding wire, collect the alarm signal and the current value that transmit by rectification module, and can assign control command such as floating charge/all fill rectification module; Load and battery current signal are collected, amplify the unified again monitoring unit of delivering to of back reading numerical values; When fuse was alarmed, CSU meeting indication fuse blow alarm can be known concrete which fuse failure (load or battery fuse) by the indicator light that fuse is detected on the plate; Environment that detects and battery temperature and the direct voltage (DCV) that detects and alternating voltage (ACV) numerical value, also loopback monitoring unit.Monitoring unit is to exchanging inlet wire, the monitoring and the control of the rectification module operating state of each autonomous system, the load client along separate routes statistics of powering, the management of charging and discharging of battery, the metering of power consumption, load be the state detecting function along separate routes, and all monitor datas are uploaded to the dynamic environment centralized monitor by intelligent communication interface.To reach the purpose of packet monitoring.

As shown in Figure 2, be the structure chart of a specific embodiment of the present utility model (corresponding to Fig. 1), this embodiment plans to build in certain subway station.While independently supplying three tame operators of system among this embodiment, promptly operator one, two and three.As shown in the figure, A1 is ac input division part, is used to introduce alternating current, and the rectification module in the power supply source system uses; A2 is the rectification part of operator one, and B2 is the rectification part of operator two, and C2 is the rectification part of operator three, and this part in the power-supply system is converted to direct current with alternating current; A3 is the cell load part of operator one, and B3 is the cell load part of operator two, and C3 is the cell load part of operator three, can be for operator and uses direct current; A4 is the detecting part of operator one, and B4 is the detecting part of operator two, and C4 is the detecting part of operator three, but the user mode of supervisory control system; A5 is the intelligent system monitoring unit, can be to use merchant's surveillance data, but and setup parameter.This embodiment and past, traditional power supply powering mode was compared, and advantage is conspicuous: 1, area occupied is little: in order to give the power supply of how tame operator, the power supply of a plurality of autonomous systems is placed in the same frame; 2, save cost, reduce the wasting of resources: the identical mechanism part is all shared by how tame operator, and a cover is only used in monitoring, and resource can be shared; 3, independent accounting power consumption: the power consumption to each tame operator comes into plain view; 4, monitoring is convenient: because have only a monitoring unit, when adopting the power concentration monitoring, as long as just can easily monitor the power supply operating position of different operators by a communication port.Can bring conserve space like this under specific environment, save cost, convenient management is convenient to advantages such as monitoring.

In sum, power-supply system of the present utility model, by sharing shelf design and only adopting a unified cover supervisory control system, be particularly suitable for being applied to nervous relatively place, spaces such as subway, railway station, can provide fully independently power-supply system of many covers for operator simultaneously, conserve space, save cost, and convenient management, be convenient to monitoring.

Claims (2)

1, a kind of communication power supply of packet monitoring is characterized in that, comprising:

A frame is concentrated a plurality of AC input cell, a plurality of rectification unit, a plurality of cell loads unit, a plurality of detecting unit and an intelligent system monitoring unit of being positioned in the described frame,

Wherein, described AC input cell is used to introduce alternating current, and guides to described rectification unit for its use;

Described rectification unit is made up of at least two two rectification modules independent of each other, is used for alternating current is converted to direct current, and guides to described cell load unit by negative row;

Described cell load unit is made up of at least two two cell load fuses independent of each other, externally supplies direct current, and fuse is to described detecting unit;

Described detecting unit is made up of at least two two detecting modules independent of each other, is used for the supervisory control system user mode, and system's user mode signal is delivered to described intelligent system monitoring unit;

Described intelligent system monitoring unit is used for the monitor communication power data, but and setup parameter;

Described interchange module, rectification module, cell load module, detecting module are one to one, and described module is continuous with an identical intelligent system monitoring module, and described negative row is separate connection separately.

2, according to the communication power supply of the described packet monitoring of claim 1, it is characterized in that,

Described frame comprises machine frame, door-plate, side plate, back door, base plate and just arranges;

Described AC input cell is installed on the described framework soleplate; Described intelligent system monitoring module is installed on the described frame door-plate or frame inside; Detecting module is installed on the top of described frame, and independent separately wiring, receives on the identical intelligent system monitoring module.

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