阅读说明：本技术 一体化微模块物联网管理系统 (Integrated management system for Internet of things of micromodules ) 是由 朱世云 于 2020-06-23 设计创作，主要内容包括：本发明公开了一种一体化微模块物联网管理系统,包括一体化微模块数据中心、物联网模块、大数据云服务器和监控终端,物联网模块用于采集一体化微模块数据中心的工作环境以及门禁、摄像头电器系统、制冷系统、UPS电池系统的工作状态,并将该些数据传送给大数据云服务器,大数据云服务器将该些数据运算后实时显示在监控终端上,一体化微模块数据中心包括机柜、空调、监控主机、配电单元、USP和电池包、温湿度传感器、烟感和风扇。本发明可以实时监控每个一体化微模块数据中心的工作环境和工作状态,便于对设备的管理,每个一体化微模块数据中心将供配电、制冷、监控、消防和布线等多个子系统全部集成在一个机柜内,占地面积小,能耗低。(The invention discloses an integrated micro-module Internet of things management system which comprises an integrated micro-module data center, an Internet of things module, a big data cloud server and a monitoring terminal, wherein the Internet of things module is used for collecting the working environment of the integrated micro-module data center and the working states of an entrance guard, a camera electrical system, a refrigerating system and a UPS battery system and transmitting the data to the big data cloud server, the big data cloud server calculates the data and then displays the data on the monitoring terminal in real time, and the integrated micro-module data center comprises a cabinet, an air conditioner, a monitoring host, a power distribution unit, a USP (Universal Serial bus) and a battery pack, a temperature and humidity sensor, a smoke sensor and a fan. The integrated micro-module data center can monitor the working environment and working state of each integrated micro-module data center in real time, is convenient for managing equipment, integrates a plurality of subsystems such as power supply and distribution, refrigeration, monitoring, fire control and wiring in one cabinet, and is small in occupied area and low in energy consumption.)

1. The utility model provides a little module thing networking management system of integration which characterized in that: the intelligent monitoring system comprises a plurality of integrated micro-module data centers, an Internet of things module, a big data cloud server and a monitoring terminal, wherein the Internet of things module is used for connecting the integrated micro-module data centers together, the big data cloud server is connected to the Internet of things module and used for collecting various data of the integrated micro-module data centers, the monitoring terminal is connected to the big data cloud server and used for monitoring the integrated micro-module data centers in real time, the Internet of things module is used for collecting the working environment of the integrated micro-module data centers and the working states of an entrance guard, a camera electrical system, a refrigerating system and a UPS battery system and transmitting the data to the big data cloud server, and the big data cloud server displays the data on the monitoring terminal in real time after the data are operated so as to be monitored by a user; the micro-module data center of integration includes the rack, installs air conditioner, monitoring host, distribution unit, USP and the battery package in the inboard bottom of rack and installs temperature and humidity sensor, smoke at the inboard top of rack and feel and the fan, the rack includes the support frame and installs curb plate, roof, bottom plate, qianmen and back door on the support frame, be equipped with touch display on the qianmen, one side of support frame is equipped with atmosphere lamp and reason line board, the atmosphere lamp is close to the qianmen, it is close to the back door to manage the line board, temperature and humidity sensor, smoke are felt and the fan is all installed on the roof, the air conditioner is installed on the bottom plate, the monitoring host is located the top of air conditioner, the distribution unit is located the top of monitoring host, USP and battery package are located the top of distribution unit.

2. The integrated micro-module internet of things management system according to claim 1, characterized in that: and the Internet of things module and the plurality of integrated micro-module data centers are communicated by adopting the Ethernet.

3. The integrated micro-module internet of things management system according to claim 1, characterized in that: the monitoring terminal is a mobile phone or a tablet computer loaded with the monitoring app, or a computer loaded with a monitoring client or a webpage.

4. The integrated micro-module internet of things management system according to claim 1, characterized in that: the support frame includes two front column, two rear column, connects in the front between two front column go up the bank with preceding bank down, connect in the back between two rear column go up bank with back bank down, connect in a plurality of side banks between same side front column and rear column and install in a plurality of side columns between a plurality of side banks with one side, the bottom of side column is equipped with the slide rail of cooperation monitoring host computer.

5. The integrated micro-module internet of things management system of claim 4, wherein: the front door is a glass door, an upper observation hole, a middle observation hole and a lower observation hole are formed in the upper portion of the front door, the touch display screen is installed at the middle observation hole, glass is installed at the upper observation hole and the lower observation hole, the touch display screen and the glass are fixed on the front door through glass fixing edges and then are pressed through pressing strips, one side of the front door is hinged to one front stand column through a hinge, and the other side of the front door is magnetically attracted to the other front stand column through a plurality of groups of electromagnets.

6. The integrated micro-module internet of things management system of claim 4, wherein: the back door is two divisions of doors, and it includes left back door and right back door, and one side of left back door is articulated rather than one of them rear column through the hinge, and the opposite side top of left back door is cut the magnetism through a set of electro-magnet and back on with, and the opposite side bottom of left back door is cut the magnetism through a set of electro-magnet and back down, and one side of right back door is articulated through hinge and another rear column, and the opposite side top of right back door is cut the magnetism through a set of electro-magnet and back on with, and the opposite side bottom of right back door is cut the magnetism through a set of electro-magnet and back down.

7. The integrated micro-module internet of things management system of claim 4, wherein: the middle part of bottom plate is equipped with walks the line hole, it is equipped with the splice plate to walk line hole department, the bottom of bank under bank and the back all is equipped with two gyro wheels down before, all be equipped with the footing board between the front end of bottom plate and the preceding bank down, between the rear end of bottom plate and the back bank down, the bottom of bank under the bottom of preceding bank and the back all is equipped with down the bank reinforcing plate.

8. The integrated micro-module internet of things management system of claim 4, wherein: the top of preceding bank is equipped with the illumination lamp and the lighting fixture of cooperation illumination lamp, be equipped with the protective cover board on the roof, the position of protective cover board corresponds with the position that the cigarette felt.

9. The integrated micro-module internet of things management system of claim 4, wherein: the side bank quantity is six, and every side is three, the quantity of side stand is four, and every side both sides are equipped with the tray between four side stands.

Technical Field

The invention relates to a data center, in particular to an integrated micro-module Internet of things management system.

Background

Data center generally contains a plurality of subsystems such as power supply and distribution, refrigeration, control, fire control and wiring, and at present, conventional data center's subsystem often separately sets up, and area is big, and the energy consumption is big, manages moreover and more troublesome, can't satisfy the demand that the miniaturized customization of customer, can't carry out thing networking management moreover, and each equipment management is got up more troublesome.

Disclosure of Invention

In order to solve the defects and shortcomings in the prior art, the invention provides the integrated micro-module internet of things management system which has the advantages that a plurality of integrated micro-module data centers are managed by adopting the internet of things, the working environment and the working state of each integrated micro-module data center can be monitored in real time, the management on the aspects of operation maintenance, repair maintenance and the like of equipment is facilitated, each integrated micro-module data center integrates a plurality of subsystems such as power supply and distribution, refrigeration, monitoring, fire control, wiring and the like into one cabinet, the occupied area is small, the energy consumption is low, the management is more convenient, the requirement of small-size customization of customers is met, the integrated micro-module internet of things management system can be widely applied to demand places such as telecommunication, finance, education, governments, hospitals and the like, and one-stop data deployment is provided for customers.

The technical scheme of the invention is as follows: an integrated micro-module Internet of things management system comprises a plurality of integrated micro-module data centers, an Internet of things module, a big data cloud server and a monitoring terminal, wherein the Internet of things module is used for connecting the integrated micro-module data centers together, the big data cloud server is connected to the Internet of things module and used for collecting various data of the integrated micro-module data centers, the monitoring terminal is connected to the big data cloud server and used for monitoring the integrated micro-module data centers in real time, the Internet of things module is used for collecting the working environment of the integrated micro-module data centers and the working states of an entrance guard, a camera electrical system, a refrigeration system and a UPS battery system and transmitting the data to the big data cloud server, and the big data cloud server displays the data on the monitoring terminal in real time after the data are operated so as to be monitored by a user; the micro-module data center of integration includes the rack, installs air conditioner, monitoring host, distribution unit, USP and the battery package in the inboard bottom of rack and installs temperature and humidity sensor, smoke at the inboard top of rack and feel and the fan, the rack includes the support frame and installs curb plate, roof, bottom plate, qianmen and back door on the support frame, be equipped with touch display on the qianmen, one side of support frame is equipped with atmosphere lamp and reason line board, the atmosphere lamp is close to the qianmen, it is close to the back door to manage the line board, temperature and humidity sensor, smoke are felt and the fan is all installed on the roof, the air conditioner is installed on the bottom plate, the monitoring host is located the top of air conditioner, the distribution unit is located the top of monitoring host, USP and battery package are located the top of distribution unit.

The integrated micro-module data centers are managed by the Internet of things, the working environment and the working state of each integrated micro-module data center can be monitored in real time, the management on the aspects of operation maintenance, repair maintenance and the like of equipment is facilitated, all the subsystems such as power supply and distribution, refrigeration, monitoring, fire control, wiring and the like are integrated in one cabinet by each integrated micro-module data center, the occupied area is small, the energy consumption is low, the management is convenient, the requirement of miniaturization and customization of customers is met, the integrated micro-module data center can be widely applied to demand places such as telecommunication, finance, education, governments, hospitals and the like, and one-stop data deployment is provided for the customers.

Preferably, the internet of things module and the plurality of integrated micro-module data centers are communicated through Ethernet.

Preferably, the monitoring terminal is a mobile phone or a tablet computer loaded with the monitoring app, or a computer loaded with the monitoring client or a webpage.

Preferably, the support frame includes two front columns, two rear columns, connects preceding bank and preceding bank down between two front columns, connects back bank and back bank down between two rear columns, connects a plurality of side banks between same one side front column and rear column and installs a plurality of side columns between a plurality of side banks with one side, the bottom of side column is equipped with the slide rail of cooperation monitoring host computer.

The structure ensures that the structure of the cabinet is firm and reliable, and meanwhile, the monitoring host is convenient to disassemble and assemble.

Preferably, the front door is a glass door, an upper observation hole, a middle observation hole and a lower observation hole are formed in the upper portion of the front door, the touch display screen is installed at the middle observation hole, glass is installed at the upper observation hole and the lower observation hole, the touch display screen and the glass are fixed on the front door through glass fixing edges and then are pressed tightly through pressing strips, one side of the front door is hinged to one of the front columns through a hinge, and the other side of the front door is magnetically attracted to the other front column through a plurality of groups of electromagnets.

The structure ensures the firmness and reliability of the front door, and simultaneously ensures the installation stability of the touch display screen and the switch stability of the front door.

Preferably, the back door is two divisions of doors, and it includes left back door and right back door, and one side of left back door is articulated rather than one of them back stand through the hinge, and the opposite side top of left back door is cut down the magnetism through a set of electro-magnet and back and is inhaled, and the opposite side bottom of left back door is cut down the magnetism through a set of electro-magnet and back, and one side of right back door is articulated through hinge and another back stand, and the opposite side top of right back door is cut down the magnetism through a set of electro-magnet and back and is inhaled, and the opposite side bottom of right back door is cut down the magnetism through a set of electro-magnet and back and is inhaled.

This kind of structure makes things convenient for the switch of back door, guarantees the switch stability of back door simultaneously.

Preferably, a wire routing hole is formed in the middle of the bottom plate, a splicing plate is arranged at the wire routing hole, two rollers are arranged at the bottoms of the front lower sill and the rear lower sill, a base plate is arranged between the front end of the bottom plate and the front lower sill and between the rear end of the bottom plate and the rear lower sill, and a lower sill reinforcing plate is arranged at the bottom of the front lower sill and the bottom of the rear lower sill.

The structure is convenient for wiring, and the support stability of the bottom of the cabinet and the movement flexibility of the cabinet are ensured simultaneously.

Preferably, the top of preceding bank is equipped with the lighting lamp and the lighting lamp holder of cooperation lighting lamp, be equipped with the protective cover board on the roof, the position of protective cover board corresponds with the position of cigarette sense.

The structure enables the cabinet to illuminate, and meanwhile, the cabinet can be protected to a certain degree.

Preferably, the number of the side sills is six, the number of the side sills is three, the number of the side upright columns is four, and trays are arranged on two sides of each side and among the four side upright columns.

The integrated micro-module data centers are managed by the Internet of things, the working environment and the working state of each integrated micro-module data center can be monitored in real time, the management on the aspects of operation maintenance, repair maintenance and the like of equipment is facilitated, all the subsystems such as power supply and distribution, refrigeration, monitoring, fire control, wiring and the like are integrated in one cabinet by each integrated micro-module data center, the occupied area is small, the energy consumption is low, the management is convenient, the requirement of miniaturization and customization of customers is met, the integrated micro-module data center can be widely applied to demand places such as telecommunication, finance, education, governments, hospitals and the like, and one-stop data deployment is provided for the customers.

Drawings

FIG. 1 is a schematic diagram of a wireless connection according to the present invention;

FIG. 2 is a schematic view of one of the angles of the present invention;

FIG. 3 is a schematic view of another embodiment of the present invention;

FIG. 4 is a schematic view of the present invention with the top and side panels removed;

FIG. 5 is a schematic view of the construction of the front door of the present invention;

in the figure, 1, a top plate, 2, a bottom plate, 3, side plates, 4, a front door, 5, a rear door, 6, a monitoring host, 7, USP, 8, a temperature and humidity sensor, 9, a smoke sensor, 10, a fan, 11, a touch display screen, 12, an atmosphere lamp, 13, a line arranging plate, 14, a front upright post, 15, a front upper sill, 16, a front lower sill, 17, a rear upright post, 18, a rear upper sill, 19, a rear lower sill, 20, a side sill, 21, a side upright post, 22, a sliding rail, 23, an upper observation hole, 24, a middle observation hole, 25, a lower observation hole, 26, a glass fixing edge, 27, a pressing strip, 28, a hinge, 29, an electromagnet, 30 line walking holes, 31, a splicing plate, 32, a roller, 33, a bottom plate, 34, a lower sill reinforcing plate, 35, an illuminating lamp holder, 36, a protective cover plate and 37 are arranged.

Detailed Description

The present invention will be described in further detail with reference to the attached drawings, but the present invention is not limited thereto.

As shown in fig. 1 to 5, an integrated micro-module internet of things management system includes a plurality of integrated micro-module data centers, an internet of things module connecting the integrated micro-module data centers together, a big data cloud server connected to the internet of things module and used for collecting various data of the integrated micro-module data centers, and a monitoring terminal connected to the big data cloud server and used for monitoring the integrated micro-module data centers in real time, wherein the internet of things module is used for collecting working environments of the integrated micro-module data centers and working states of an entrance guard, a camera electrical system, a refrigeration system and a UPS battery system, and transmitting the data to the big data cloud server, and the big data cloud server calculates the data and then displays the data on the monitoring terminal in real time so as to facilitate monitoring by a user; the micro-module data center of integration includes the rack, installs air conditioner, monitoring host 6, the distribution unit, USP7 and the battery package in the inboard bottom of rack and installs temperature and humidity sensor 8, smoke and feel 9 and fan 10 at the inboard top of rack, and the rack includes the support frame and installs curb plate 3, roof 1, bottom plate 2, qianmen 4 and back door 5 on the support frame, be equipped with touch display screen 11 on qianmen 4, one side of support frame is equipped with atmosphere lamp 12 and reason line board 13, and atmosphere lamp 12 is close to qianmen 4, and reason line board 13 is close to back door 5, and temperature and humidity sensor 8, smoke and feel 9 and fan 10 all install on roof 1, and the air conditioner is installed on bottom plate 2, and monitoring host 6 is located the top of air conditioner, and the distribution unit is located monitoring host 6's top, and USP7 and battery package are located the top of distribution unit. And the Internet of things module and the plurality of integrated micro-module data centers are communicated by adopting the Ethernet. The monitoring terminal is a mobile phone or a tablet computer loaded with the monitoring app, or a computer loaded with a monitoring client or a webpage. The support frame comprises two front upright posts 14, two rear upright posts 17, a front upper threshold 15 and a front lower threshold 16 which are connected between the two front upright posts 14, a rear upper threshold 18 and a rear lower threshold 19 which are connected between the two rear upright posts 17, side thresholds 20 which are connected between the front upright posts and the rear upright posts on the same side, and side upright posts 21 which are installed between the side thresholds 20 on the same side, wherein the bottom parts of the side upright posts 21 are provided with slide rails 22 which are matched with the monitoring host 6. The front door 4 is a glass door, an upper observation hole 23, a middle observation hole 24 and a lower observation hole 25 are formed in the upper portion of the front door, the touch display screen 11 is installed at the middle observation hole 24, glass is installed at the upper observation hole 23 and the lower observation hole 25, the touch display screen 11 and the glass are fixed on the front door 4 through glass fixing edges 26 and then are pressed tightly through a pressing strip 27, one side of the front door 4 is hinged to one of the front columns through a hinge 28, and the other side of the front door 4 is magnetically attracted to the other front column through a plurality of groups of electromagnets 29. Back door 5 is two divisions of doors, it includes left back door and right back door, one side of left back door is articulated rather than one of them back column through the hinge, the opposite side top of left back door is cut the magnetism through a set of electro-magnet and back on with, the opposite side bottom of left back door is cut the magnetism through a set of electro-magnet and back down, one side of right back door is articulated through hinge and another back column, the opposite side top of right back door is cut the magnetism through a set of electro-magnet and back on with, the opposite side bottom of right back door is cut the magnetism through a set of electro-magnet and back down. The middle part of bottom plate 2 is equipped with walking hole 30, walks that walking hole 30 department is equipped with splice plate 31, and the bottom of bank 16 and bank 19 all is equipped with two gyro wheels 32 down before with, all is equipped with sill plate 33 between the front end of bottom plate 2 and the bank 16 down before, between the rear end of bottom plate 2 and the bank 19 down after, and the bottom of bank 16 and the bottom of bank 19 are all equipped with down bank reinforcing plate 34 down before down. The top of preceding bank 15 is equipped with light and the lighting lamp holder 35 of cooperation light, is equipped with protective cover plate 36 on the roof 1, and protective cover plate 36's position corresponds with the position of cigarette sense 9. The number of the side sills is six, the number of the side upright posts is four, and trays 37 are arranged between the four side upright posts on two sides of each side.

The invention relates to a cabinet-level data center which is developed for adapting to the trends of edge calculation and data center miniaturization; based on the design concept of 'whole machine room productization', all subsystems such as a power supply and distribution system, a refrigeration system, a management system and the like are integrated in one machine cabinet or a plurality of machine cabinets in the physical space of a standard machine cabinet, so that the requirement of miniaturization and customization of customers is met. The invention can be widely applied to demand places such as telecommunications, finance, education, governments, hospitals and the like, and provides one-stop data center deployment for customers.

The product of the invention has the following characteristics:

factory integrated pre-integration, pre-debugging and rapid delivery;

special decoration treatment is not needed in the machine room, and the equipment is used as soon as possible;

a single cabinet is self-formed into a whole set of system, and the capacity can be expanded simply and rapidly;

integrating multiple cabinets such as power distribution, UPS, air conditioner and the like, and saving occupied space;

refrigerating at the near end, and efficiently supplying power, wherein the average PUE of the whole machine all year around is less than or equal to 1.5;

engineering design and decoration-free wiring are avoided, and operation and maintenance cost is reduced;

all parts comply with national and international standardized production standards, and the product quality is ensured;

the totally closed structure of the cabinet body is isolated from the outside;

the cabinet integrates an intelligent monitoring system, so that the safety and reliability of machine room operation are ensured;

remote intelligent unified management, 7 × 24 hours unattended operation;

distributed deployment supports multiple modes of alarming;

the monitoring system has openness, expandability and a friendly human-computer interaction interface.

The invention can integrate a whole set of system by a plurality of cabinets, and the technical parameters after integration are as follows:

the integrated micro-module data centers are managed by the Internet of things, the working environment and the working state of each integrated micro-module data center can be monitored in real time, the management on the aspects of operation maintenance, repair maintenance and the like of equipment is facilitated, all the subsystems such as power supply and distribution, refrigeration, monitoring, fire control, wiring and the like are integrated in one cabinet by each integrated micro-module data center, the occupied area is small, the energy consumption is low, the management is convenient, the requirement of miniaturization and customization of customers is met, the integrated micro-module data center can be widely applied to demand places such as telecommunication, finance, education, governments, hospitals and the like, and one-stop data deployment is provided for the customers.