CN207200702U - FDD LTE standard type mobile communication terminal intelligent control devices and system - Google Patents

Abstract

The utility model provides a kind of FDD LTE standard type mobile communication terminal intelligent control devices and system, is related to the technical field of communication terminal monitoring, and the management and control devices include：Cabinet and the motherboard in cabinet, motherboard includes General controller, signal processor, power amplifier and cavity body filter, General controller is connected with power amplifier and signal processor respectively by RF coaxial line, and signal processor, power amplifier, cavity body filter are sequentially connected by RF coaxial line.So as to, General controller control signal processor produces FDD LTE communication signals, and sent after the processing of power amplifier and cavity body filter to management and control region, to establish the FDD LTE communication links between signal processor and communication terminal in management and control region, and prevent the communication connection between communication terminal and public network base station.The utility model alleviates the management and control inaccuracy to the mobile terminal under FDD LTE patterns present in prior art and technical problem not in time.

Description

FDD-LTE standard type mobile communication terminal intelligent control devices and system

Technical field

Communication terminal regulation technique field is the utility model is related to, more particularly, to a kind of FDD-LTE standard type mobile communications Terminal intelligent control device and system.

Background technology

4G (forth generation mobile communication standard) is the product under mobile communication technology continues to develop, and (third generation moves with 3G Communication standard) compare, 4G communication speeds are fast, network spectrum is wide, it is intelligent it is good, compatibility it is high the characteristics of, disclosure satisfy that almost institute There is requirement of the user to wireless service.Instantly the country has been enter into the 4G development in an all-round way stages, with 4G+ networks speed-raising and The slow unrestrained popularization of VOLTE patterns, mobile phone is substantially all in 4G network residents, original 2G, 3G mobile managing and control system utilization rate and successfully Rate all significantly declines, and in the case, 4G cell phone managing and control system demand is urgent.

FDD-LTE is one of global two big 4G standards, and than TD-LTE research and development earlier, technology is more ripe, and terminal is more rich, with TD-LTE is contrasted, and FDD-LTE speed is fast, and FDD-LTE is adapted to wide area covering.For the limitations such as confidentiality meeting, examination hall communication Special area, there are some producers still to be carried out using traditional frequency interferences scheme to the movement under FDD-LTE patterns at present Terminal carries out management and control, and specific method is：First target 4G cell phone is driven to after 2G or 3G again to realize management and control, management and control it is accurate Property and promptness have not reached expected effect.Thus, research and development it is a kind of to target mobile communication terminal directly in FDD-LTE networks The managing and control system of management and control is carried out under pattern, it is significant.

Utility model content

In view of this, the purpose of this utility model is to provide a kind of FDD-LTE standard type mobile communications terminal intelligent management and control Apparatus and system is inaccurate and too late to alleviate management and control present in prior art to the mobile terminal under FDD-LTE patterns When technical problem.

In a first aspect, the utility model embodiment provides a kind of FDD-LTE standard type mobile communications terminal intelligent management and control dress Put, including：Cabinet and the motherboard in the cabinet, the motherboard include General controller, signal processor, power amplification Device and cavity body filter, wherein,

The General controller is connected with the power amplifier and the signal processor respectively by RF coaxial line, and institute Signal processor, the power amplifier, the cavity body filter is stated to be sequentially connected by RF coaxial line；

The General controller is used to control the signal processor generation FDD-LTE signals of communication；

The power amplifier is used to be amplified the FDD-LTE signals of communication；

The cavity body filter is used to be filtered the FDD-LTE signals of communication after amplification processing, and will filter FDD-LTE signals of communication after ripple processing are sent to management and control region, to establish the signal processor and positioned at the pipe The FDD-LTE communication links between the communication terminal in region are controlled, and are prevented logical between communication terminal and the public network base station Letter connection.

With reference in a first aspect, the utility model embodiment provides the first possible embodiment of first aspect, its In, the management and control devices also include RS-485 interfaces, wherein,

The RS-485 interfaces are arranged in the first panel of the cabinet；

The RS-485 interfaces are connected by Serial Port Line with the power amplifier, for being inputted to the power amplifier Power amplifier parameter, so that the power amplifier is put under the regulation of the power amplifier parameter to the FDD-LTE signals of communication Greatly,

Wherein, the first panel is the wallboard of the side wall of the cabinet.

With reference in a first aspect, the utility model embodiment provides second of possible embodiment of first aspect, its In, the cavity body filter includes FDD-LTE cavity body filters, and the power amplifier includes FDD-LTE power amplifiers.

With reference to the first possible embodiment of first aspect, the utility model embodiment provides the of first aspect Three kinds of possible embodiments, wherein,

The General controller and the signal processor are integrated on the first position of the motherboard；

The power amplifier is integrated on the second place of the motherboard；

The cavity body filter is integrated on the 3rd position of the motherboard.

With reference to the third possible embodiment of first aspect, the utility model embodiment provides the of first aspect Four kinds of possible embodiments, wherein,

Also including number in the motherboard and pass interchanger, the number passes interchanger and is integrated on the 4th position of the motherboard, Wherein,

The number passes interchanger and is connected with the General controller by network connection, is manipulated for being transmitted to the General controller The manipulation instruction that terminal is sent, wherein, the manipulation instruction includes the amplification being amplified to the FDD-LTE signals of communication The signal frequency of multiple and the FDD-LTE signals of communication；

The interchanger is also connected by network connection with the signal processor, for by the signal processor Running state information is sent to the operation control terminal.

With reference to the 4th kind of possible embodiment of first aspect, the utility model embodiment provides the of first aspect Five kinds of possible embodiments, wherein, the management and control devices also include multiple fans, and multiple fans are separately positioned on described On the diverse location of first panel.

With reference to the 5th kind of possible embodiment of first aspect, the utility model embodiment provides the of first aspect Six kinds of possible embodiments, wherein, also include in the motherboard：First power supply and second source, wherein,

First power supply is integrated in the 5th position of the motherboard, and the electric energy output end of first power supply passes through wire The electrical energy inputs with the second source, the electrical energy inputs of the fan connect respectively；

The second source is integrated in the 6th position of the motherboard, and the electric energy output end of the second source passes through wire Connected respectively with the interchanger, the power amplifier, the General controller, the signal processor,

Wherein, the first position, the second place, the 3rd position, the 4th position, the 5th position It is mutually misaligned with any two position in the 6th position.

With reference to the 6th kind of possible embodiment of first aspect, the utility model embodiment provides the of first aspect Seven kinds of possible embodiments, wherein, the management and control devices also include indicator lamp, wherein,

The indicator lamp is arranged in the second panel of the cabinet, and the second panel is with described the in the cabinet The wallboard of the relative side wall of one panel；

The indicator lamp is connected by wire with the electric energy output end of first power supply.

With reference to the 6th kind of possible embodiment of first aspect, the utility model embodiment provides the of first aspect Eight kinds of possible embodiments, wherein,

Electric source line interface, cable interface, radiofrequency signal interface are additionally provided with the first panel, wherein,

The electric source line interface is connected by wire with the electrical energy inputs of first power supply；

The cable interface with it is described number pass interchangers connected by network connection, for for it is described number pass exchangers and The operation control terminal communication connection；

The radiofrequency signal interface is connected with the cavity body filter by RF coaxial line.

Second aspect, the utility model embodiment additionally provide a kind of FDD-LTE standard type mobile communications terminal intelligent management and control System, including：Operation control terminal and FDD-LTE standard type mobile communications terminal intelligent control device as described above, wherein,

The operation control terminal connects with the FDD-LTE standard type mobile communications terminal intelligent control device, for described The General controller of FDD-LTE standard type mobile communication terminal intelligent control devices sends manipulation instruction, wherein being wrapped in the manipulation instruction Include the multiplication factor being amplified to FDD-LTE signals of communication and the signal frequency of FDD-LTE signals of communication；

The General controller of the FDD-LTE standard type mobile communications terminal intelligent control device controls the FDD-LTE standards to move The signal processor of mobile communication terminal intelligent control device generates the FDD-LTE signals of communication of the signal frequency, also controls institute State power amplification of the power amplifier of FDD-LTE standard type mobile communication terminal intelligent control devices to FDD-LTE signals of communication The multiplication factor.

The utility model embodiment brings following beneficial effect：The management and control of FDD-LTE standard type mobile communication terminal intelligents fills Put including：Cabinet and the motherboard in cabinet, motherboard include General controller, signal processor, power amplifier and cavity Wave filter, wherein, General controller is connected with power amplifier and signal processor respectively by RF coaxial line, and signal transacting Device, power amplifier, cavity body filter are sequentially connected by RF coaxial line, so that General controller control signal processor generates FDD-LTE signals of communication；Power amplifier is amplified to FDD-LTE signals of communication；After cavity body filter is to amplification FDD-LTE signals of communication are filtered processing, and the FDD-LTE signals of communication after filtering process are sent to management and control region, To establish the FDD-LTE communication links between signal processor and communication terminal in management and control region, and prevent to communicate Communication connection between terminal and public network base station, so as to alleviate present in prior art to the movement under FDD-LTE patterns Management and control inaccuracy and the technical problem not in time of terminal.

Other feature and advantage of the present utility model will illustrate in the following description, also, partly from specification In become apparent, or understood by implementing the utility model.The purpose of this utility model and other advantages are illustrating Specifically noted structure is realized and obtained in book, claims and accompanying drawing.

To enable above-mentioned purpose of the present utility model, feature and advantage to become apparent, preferred embodiment cited below particularly, and Accompanying drawing appended by cooperation, is described in detail below.

Brief description of the drawings

, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, describe below In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is a kind of structure sectional view for positioning host that the utility model embodiment one provides；

Fig. 2 is a kind of FDD-LTE standard type mobile communications terminal intelligent control device that the utility model embodiment one provides Use scene schematic diagram；

Fig. 3 is a kind of FDD-LTE standard type mobile communications terminal intelligent managing and control system that the utility model embodiment two provides Use scene schematic diagram；

Fig. 4 is another FDD-LTE standard type mobile communications terminal intelligent management and control system that the utility model embodiment two provides System uses scene schematic diagram.

Icon：1- cabinets；The FDD-LTE standard type mobile communication terminal intelligent control devices of 21- the first；The FDD-LTE of 22- the 2nd Standard type mobile communication terminal intelligent control device.

Embodiment

To make the purpose, technical scheme and advantage of the utility model embodiment clearer, below in conjunction with accompanying drawing to this The technical scheme of utility model is clearly and completely described, it is clear that described embodiment is that the utility model part is real Apply example, rather than whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making The every other embodiment obtained under the premise of creative work, belong to the scope of the utility model protection.

For the special area of the limitations such as confidentiality meeting, examination hall communication, there are some producers still using traditional at present Frequency interferences scheme come carry out under FDD-LTE patterns mobile terminal carry out management and control, the accuracy and promptness of management and control have reached Less than expected effect.Based on this, a kind of FDD-LTE standard type mobile communications terminal intelligent pipe of the utility model embodiment offer Control apparatus and system, can alleviate present in prior art management and control to the mobile terminal under FDD-LTE patterns it is inaccurate and Technical problem not in time.

Embodiment one

A kind of FDD-LTE standard type mobile communications terminal intelligent control device that the utility model embodiment provides, such as Fig. 1 institutes Show, including：Cabinet 1 and the motherboard in cabinet 1, motherboard include General controller, signal processor, power amplifier and chamber Fluid filter, wherein,

General controller is connected with power amplifier and signal processor respectively by RF coaxial line, and signal processor, work( Rate amplifier, cavity body filter are sequentially connected by RF coaxial line；

General controller is used for control signal processor generation FDD-LTE signals of communication；

Power amplifier is used to be amplified FDD-LTE signals of communication；

Cavity body filter is used to be filtered the FDD-LTE signals of communication after amplification processing, and by filtering process it FDD-LTE signals of communication afterwards are sent to management and control region, to establish signal processor and the communication end in management and control region FDD-LTE communication links between end, and prevent the communication connection between communication terminal and public network base station.

Specifically, the base station of public network base station Ji Zhi operators.The FDD-LTE that signal processor generates under General controller control Signal of communication form is as the signal of communication form that public network base station is sent out, adjustment power amplifier transmitting FDD-LTE signals of communication Transmission power so that communication terminal in FDD-LTE signal of communication coverages carries out network reselection and is switched to the FDD- In the communication network of LTE standard type mobile communication terminal intelligent control devices, and the FDD-LTE standard type mobile communication terminal intelligence Energy control device obtains the IMSI of communication terminal.Afterwards, General controller is by simulating mobile switching centre (MSC) and binary synchronous Communication protocol (BSC)/radio network controller (RNC) signaling, the communication between communication terminal is completed, cut off communication terminal With the communication of public network base station, reach the function of shielding to communication terminal.

Wherein, international mobile subscriber identity (International Mobile Subscriber Identification Number, abbreviation IMSI), it is the mark for distinguishing mobile subscriber, is stored in SIM card.We have seen that Be the phone number of oneself, and in the lane database of operator, the corresponding IMSI of phone number, and be unique.This is just It is mobile phone " identity card ", institute's functional, which is realized, is all based on this IMSI number.

In the utility model embodiment, FDD-LTE standard type mobile communication terminal intelligent control devices include：The He of cabinet 1 Motherboard in cabinet 1, motherboard include General controller, signal processor, power amplifier and cavity body filter, wherein, General controller is connected with power amplifier and signal processor respectively by RF coaxial line, and signal processor, power amplifier, Cavity body filter is sequentially connected by RF coaxial line, so that General controller control signal processor generates FDD-LTE signals of communication； Power amplifier is amplified to FDD-LTE signals of communication；Cavity body filter is carried out to the FDD-LTE signals of communication after amplification Filtering process, and the FDD-LTE signals of communication after filtering process are sent to management and control region, so as to establish signal processor and The FDD-LTE communication links between communication terminal in management and control region, and prevent between communication terminal and public network base station Communication connection is inaccurate and not so as to alleviate present in prior art management and control to the mobile terminal under FDD-LTE patterns Timely technical problem.

In one optional embodiment of the utility model embodiment, as shown in figure 1, management and control devices also connect including RS-485 Mouthful, wherein,

RS-485 interfaces are arranged in the first panel of cabinet 1；

RS-485 interfaces are connected by Serial Port Line with power amplifier, for inputting power amplifier parameter to power amplifier, with Just power amplifier is amplified under the regulation of power amplifier parameter to FDD-LTE signals of communication,

Wherein, first panel is the wallboard of the side wall of cabinet 1.

Specifically, power amplifier parameter comprises at least one below：Output impedance, signal to noise ratio, it is emphasized that, power amplifier parameter It is not limited to output impedance and signal to noise ratio.

The utility model embodiment is supported by RS-485 interfaces to power amplifier input power Regulate signal, so as to work( Rate amplifier adjusts multiplication factor according to power regulating signals, for application environment complicated and changeable, more with applicability.

In another optional embodiment of the utility model embodiment, cavity body filter filters including FDD-LTE cavitys Device, power amplifier include FDD-LTE power amplifiers.

Specifically, cavity body filter is formed by metal integral cutting, sound construction, and filtering performance is stable.The utility model In embodiment, FDD-LTE signals of communication are filtered for the FDD-LTE cavity body filters of FDD-LTE communication frequency point settings Ripple.And FDD-LTE power amplifiers carry out power amplification to FDD-LTE signals of communication, so that signal processor and communication terminal Between establish FDD-LTE communication links, the FDD-LTE standard type mobile communication terminal intelligent control devices play a virtual base station Effect.

In another optional embodiment of the utility model embodiment, as shown in figure 1, General controller and signal processor collection Into on the first position of motherboard；Power amplifier is integrated on the second place of motherboard；Cavity body filter is integrated in motherboard On 3rd position.

Specifically, General controller and signal processor are welded on motherboard in a manner of being laminated, General controller and signal processor It is completely embedded and firmly, is advantageous to the reliability that General controller is controlled signal processor.

In another optional embodiment of the utility model embodiment, exchanged as shown in figure 1, also including number in motherboard and passing Machine, number pass interchanger and are integrated on the 4th position of motherboard, wherein,

Number passes interchanger and is connected with General controller by network connection, for the behaviour sent to General controller transmission operation control terminal Control instruction, wherein, manipulation instruction includes the multiplication factor being amplified to FDD-LTE signals of communication and FDD-LTE communication letters Number signal frequency.

Alternatively, can also include in manipulation instruction：The switch of FDD-LTE standard type mobile communication terminal intelligent control devices Instruction is, it is necessary to which explanation, manipulation instruction are not limited in the setting instruction of the regulation and control instruction of above-mentioned multiplication factor, signal frequency With these three instructions of switch order.

Interchanger is also connected by network connection with signal processor, for by the running state information of signal processor Operation control terminal is sent to, wherein, running state information can be the form of running log, and running state information includes operation process With corresponding time of origin.

Alternatively, the IMSI codes of the communication terminal detected can also be uploaded to operation control terminal by General controller.

In addition, General controller control signal processor generates FDD-LTE signals of communication, Ke Yishi：Master controller first detects Wireless environment parameter is uploaded to operation control terminal by public network wireless environment parameter, master controller by interchanger, then by manipulation eventually End is independently analyzed wireless environment parameter, generates target manipulation instruction, and send target manipulation instruction by interchanger To master controller, master controller generates FDD-LTE signals of communication according to target manipulation instruction control signal processor.Thus, hand over Change planes and be additionally operable to：The wireless environment parameter that General controller is sent is transmitted to operation control terminal, also, the target that operation control terminal is sent is grasped Control instruction is transmitted to master controller.

It should be noted that above-mentioned simply a kind of master controller control signal processor generation FDD-LTE signals of communication Mode, General controller can also directly determine the FDD-LTE of generation by therein to the parsing of public network wireless environment parameter Signal of communication, in addition, General controller can also be provided with default relevant parameter to control generation FDD-LTE signals of communication by interior. The mode of master controller control signal processor generation FDD-LTE signals of communication includes any of the above-described kind of embodiment party in the application Formula, but these embodiments are not limited to, as long as master controller control signal processor generates FDD-LTE signals of communication so that FDD-LTE communication links are established between signal processor and communication terminal in management and control region.

In the utility model embodiment, by outside input manipulation instruction, Regulate signal frequency and multiplication factor, carry out real When, neatly the communication terminal in management and control region is shielded, reach the purpose of management and control.

In another optional embodiment of the utility model embodiment, management and control devices also include multiple fans, Duo Gefeng Fan is separately positioned on the diverse location of first panel.

Shown in Fig. 1, fan is two, and two fans are realized jointly makes the effect that the heat in cabinet 1 distributes.

In another optional embodiment of the utility model embodiment, as shown in figure 1, also including in motherboard：First electricity Source and second source, wherein,

First power supply is integrated in the 5th position of motherboard, and the electric energy output end of the first power supply is electric with second respectively by wire The electrical energy inputs connection of the electrical energy inputs, fan in source；

Second source is integrated in the 6th position of motherboard, and the electric energy output end of second source respectively and is exchanged by wire Machine, power amplifier, General controller, signal processor connection,

Wherein, any two in first position, the second place, the 3rd position, the 4th position, the 5th position and the 6th position Position is mutually misaligned.

Specifically, the 5th position and the 6th first panel for being located proximate to be provided with fan, are advantageous to the first power supply and The heat of two power supplys distributes.

In another optional embodiment of the utility model embodiment, as shown in figure 1, management and control devices also include instruction Lamp, wherein,

Indicator lamp is arranged in the second panel of cabinet 1, and second panel is side wall relative with first panel in cabinet 1 Wallboard；

Indicator lamp is connected by wire with the electric energy output end of the first power supply.

Specifically, the indicator lamp shown in Fig. 1 includes the first indicator lamp (indicator lamp POWER) and the second indicator lamp (indicator lamp RUN).Wherein, the second indicator lamp is also connected with General controller by power line, when General controller energization after it is in running order when, Second indicator lamp is bright；Conversely, the second indicator lamp goes out.

In another optional embodiment of the utility model embodiment, as shown in figure 1, being additionally provided with power supply in first panel Line interface, cable interface, radiofrequency signal interface, wherein,

Electric source line interface is connected by the electrical energy inputs of wire and the first power supply；

Cable interface sum passes interchanger and connected by network connection, for passing exchanger and operation control terminal communication for number Connection；

Radiofrequency signal interface is connected with cavity body filter by RF coaxial line.

The technical parameter and performance indications of the FDD-LTE standard type mobile communication terminal intelligent control devices are as follows：

Technical parameter

1st, Cabinet Size：423mm*447mm*88mm；

2nd, power supply：AC220V-50Hz, support over-pressed, under-voltage, excessively stream automatic protection；

3rd, working relative humidity：No more than 80%；

4th, operating temperature：-10℃—55℃；

5th, mounting means：19 inch standard frames/wall hanging；

6th, working frequency range：FDD-LTE:UNICOM 1.8G (1735-1765/1830-1860MHz), telecommunications 1.8G (1765- 1785/1860-1880MHz), telecommunications 2.1G (1920-1940/2110- 2130MHz), UNICOM 2.1GHz (1955-1980MHz/ 2145-2170MHz)；

7th, management and control mode：Signaling level code channel, pilot technique；

8th, transmission power：0mw-20000mw is adjustable；

9th, adaptive ability：Adaptive adjusting parameter；

10th, single system total power consumption：Less than 100W；

11st, system thunder defending grade：B+C levels, external degree of protection (standard).

Performance indications：

1st, standard requirement：The mobile communication terminal of the communication standards such as FDD-LTE；

2nd, in management and control region, signal shielding success rate >=99%；

3rd, in management and control region, intelligence detects success rate >=99%, accuracy rate >=99%；

4th, in management and control region, zone location success rate >=99%；

5th, communicate management and control such as success rate >=99% such as communication behavior record, acquisition phone number；

6th, the transmission power of antenna opening meets national electromagnetic radiation one-level hygienic requirements.

Fig. 2 show the use scene schematic diagram of FDD-LTE standard type mobile communication terminal intelligent control devices, the FDD- LTE standard type mobile communication terminal intelligent control devices are positioned in management and control region, and the communication terminal in management and control region is by this The management and control of FDD-LTE standard type mobile communication terminal intelligent control devices, the communication connection between cut-out and public network base station, but management and control Communication terminal outside region is unaffected.

Embodiment two

A kind of FDD-LTE standard type mobile communications terminal intelligent managing and control system that the utility model embodiment provides, including：Behaviour FDD-LTE standard type mobile communication terminal intelligent control devices in control terminal and embodiment one, wherein,

Operation control terminal connects with FDD-LTE standard type mobile communication terminal intelligent control devices, for being moved to FDD-LTE standards The General controller of mobile communication terminal intelligent control device sends manipulation instruction, and wherein manipulation instruction includes communicating to FDD-LTE and believed The signal frequency of number multiplication factor being amplified and FDD-LTE signals of communication；

The General controller control FDD-LTE standard type mobile communications of FDD-LTE standard type mobile communication terminal intelligent control devices are whole The FDD-LTE signals of communication of the signal processor generation signal frequency of intelligent control device are held, also control FDD-LTE standard mobiles Power amplification multiplication factor of the power amplifier of communication terminal intelligent control device to FDD-LTE signals of communication.

In the utility model embodiment, FDD-LTE standard type mobile communication terminal intelligent control devices include：Cabinet and peace Motherboard in cabinet, motherboard include General controller, signal processor, power amplifier and cavity body filter, wherein, master control Device is connected with power amplifier and signal processor respectively by RF coaxial line, and signal processor, power amplifier, cavity Wave filter is sequentially connected by RF coaxial line, so that General controller control signal processor generates FDD-LTE signals of communication；Work( Rate amplifier is amplified to FDD-LTE signals of communication；Cavity body filter is filtered to the FDD-LTE signals of communication after amplification Ripple processing, and the FDD-LTE signals of communication after filtering process are sent to management and control region, to establish signal processor and position FDD-LTE communication links between the communication terminal in management and control region, and prevent logical between communication terminal and public network base station Letter connection is inaccurate and too late so as to alleviate management and control present in prior art to the mobile terminal under FDD-LTE patterns When technical problem.

Alternatively, can also include in manipulation instruction：The switch of FDD-LTE standard type mobile communication terminal intelligent control devices Instruction is, it is necessary to which explanation, manipulation instruction are not limited in the setting instruction of the regulation and control instruction of above-mentioned multiplication factor, signal frequency With these three instructions of switch order.

Running log is also sent to operation control terminal by FDD-LTE standard type mobile communication terminal intelligent control devices, specifically, Running log includes operation process and corresponding time of origin.

Alternatively, FDD-LTE standard type mobile communications terminal intelligent control device also can be by the communication terminal detected IMSI codes upload to operation control terminal.

In addition, the General controller control signal processor generation in FDD-LTE standard type mobile communication terminal intelligent control devices FDD-LTE signals of communication, Ke Yishi：Master controller first detects public network wireless environment parameter, and master controller joins wireless environment Number uploads to operation control terminal, and operation control terminal is independently analyzed wireless environment parameter, generates target manipulation instruction, and by target Manipulation instruction is sent to master controller, and master controller controls FDD-LTE standard type mobile communication terminal intelligence according to target manipulation instruction Signal processor generation FDD-LTE signals of communication in energy control device.Thus, FDD-LTE standard type mobile communication terminal intelligents The transmission of wireless environment parameter and corresponding target manipulation instruction is also carried out between control device and operation control terminal.

Fig. 3, which show FDD-LTE standard type mobile communication terminal intelligents managing and control system, includes a FDD-LTE standard mobile The situation of communication terminal intelligent control device, operation control terminal and FDD-LTE standard type mobile communication terminal intelligent control devices pass through Network connection connects, and FDD-LTE standard type mobile communication terminal intelligent control devices are connected with antenna-feedback system, day by feeder line Feedback system is placed in management and control region, so that the FDD-LTE signals of communication after filtering process are sent to management and control region.

Fig. 4, which show FDD-LTE standard type mobile communication terminal intelligents managing and control system, includes multiple FDD-LTE standard mobiles The situation of communication terminal intelligent control device, multiple FDD-LTE standard type mobile communications terminal intelligent control devices include：First FDD-LTE standard type mobile communication terminal intelligents control device 21 and the 2nd FDD-LTE standard type mobile communication terminal intelligents management and control dress Put 22.Wherein, the first FDD-LTE standard type mobile communication terminal intelligents control device 21 and the 2nd FDD-LTE standard mobiles are led to Letter terminal intelligent control device 22 compares, the first FDD-LTE standard type mobile communication terminal intelligents control device 21 be arranged on away from The computer room nearer from operation control terminal, the 2nd FDD-LTE standard type mobile communication terminal intelligents control device 22 are arranged on distance manipulation The management and control region of terminal farther out, the first FDD-LTE standard type mobile communication terminal intelligents control device 21 and the 2nd FDD-LTE standards Repeater, the first FDD-LTE standard type mobile communication terminal intelligent management and control are provided between mobile communication terminal intelligent control device 22 Device 21 is used to generate FDD-LTE signals of communication, and the 2nd FDD-LTE standard type mobile communication terminal intelligents control device 22 is used for pair FDD-LTE signals of communication carry out power and amplified again.

Specifically, the first FDD-LTE standard type mobile communication terminal intelligents control device 21 and operation control terminal are connected by network Wiring is connected, and the first FDD-LTE standard type mobile communication terminal intelligents control device 21 is connected with repeater by RF coaxial line, Repeater and the 2nd FDD-LTE standard type mobile communication terminal intelligents control device 22 are connected by optical fiber, and repeater is used to carry out The mutual conversion of optical signal and radiofrequency signal, so as to the first FDD-LTE standard type mobile communication terminal intelligent management and control apart from each other Communicated to connect between the FDD-LTE standard type mobile communication terminal intelligents control device 22 of device 21 and the 2nd.

The FDD-LTE standard type mobile communication terminal intelligent managing and control systems have following features：

1st, distributed structure/architecture

System uses distributed frame, networking flexibility, strong adaptability, can solve any different specific regions or environment Management and control demand.System architecture has advanced, compatibility, the coordinating and unifying with project plan.

System architecture is simple, and product type is various, and full system type pictorial shielded signal, detection signal, positioning signal can be by connecing Enter the same interface of equipment and enter management and control region, share a set of signal covering system.Network node is few, convenient and quick construction, is Stability of uniting is high, realizes Joint construction and sharing well.

2nd, seamless management and control, green shielding

System front end uses " small-power " passive distribution pattern, and pilot technique to realize the accurate of signal in management and control region Management and control, while in turn ensure that and the regional environment beyond management and control region is had no effect.Meet national Electromagnetic Radiation Standards, not shadow Ring the physical and mental health of people.Solve the problems, such as electromagnetic radiation well seriously and disturb residents.

3rd, region-wide no dead angle

For system management and control performance indications close to 100%, effect is intuitively obvious.

4th, advanced technology is reliable, can smooth upgrade

Using radio communication algorithm and Digital Signal Processing and SDR technologies, for not on the basis of original technology The 5G spare interfaces that come, the smooth upgrades of 5G network formats can be carried out.

5th, round-the-clock operator-less

System can realize round-the-clock uninterrupted operation, and can realize unattended.

6th, interface protocol standardizes

Normalized network protocol interface can be provided, the center monitoring network platform is can access, realize security monitoring data network Manipulation.

It is apparent to those skilled in the art that for convenience and simplicity of description, the system of foregoing description With the specific work process of device, the corresponding process in preceding method embodiment is may be referred to, will not be repeated here.

In addition, in the description of the utility model embodiment, unless otherwise clearly defined and limited, term " installation ", " connected ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or integratedly be connected Connect；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, can To be the connection of two element internals.For the ordinary skill in the art, above-mentioned term can be understood with concrete condition Concrete meaning in the utility model.

, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " under ", it is "left", "right", " perpendicular Directly ", the orientation of the instruction such as " level ", " interior ", " outer " or position relationship are based on orientation shown in the drawings or position relationship, are only Described for the ease of description the utility model and simplifying, rather than instruction or imply signified device or element must have it is specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.In addition, term " the One ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that instruction or hint relative importance.

Finally it should be noted that：Embodiment described above, only specific embodiment of the present utility model, to illustrate this The technical scheme of utility model, rather than its limitations, the scope of protection of the utility model is not limited thereto, although with reference to foregoing The utility model is described in detail embodiment, it will be understood by those within the art that：It is any to be familiar with this skill For the technical staff in art field in the technical scope that the utility model discloses, it still can be to the skill described in previous embodiment Art scheme is modified or can readily occurred in change, or carries out equivalent substitution to which part technical characteristic；And these modifications, Change is replaced, and the essence of appropriate technical solution is departed from the spirit and model of the utility model embodiment technical scheme Enclose, should all cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model described should be wanted with right The protection domain asked is defined.

Claims (10)

1. A kind of 1. FDD-LTE standard type mobile communications terminal intelligent control device, it is characterised in that including：Cabinet and installed in institute The motherboard in cabinet is stated, the motherboard includes General controller, signal processor, power amplifier and cavity body filter, wherein,

   The General controller is connected with the power amplifier and the signal processor respectively by RF coaxial line, and the letter Number processor, the power amplifier, the cavity body filter are sequentially connected by RF coaxial line；

   The General controller is used to control the signal processor generation FDD-LTE signals of communication；

   The power amplifier is used to be amplified the FDD-LTE signals of communication；

   The cavity body filter is used to be filtered processing to the FDD-LTE signals of communication after amplification, and by filtering FDD-LTE signals of communication after reason are sent to management and control region, to establish the signal processor and positioned at the management and control area FDD-LTE communication links between communication terminal in domain, and prevent the communication link between communication terminal and the public network base station Connect.
2. 2. control device according to claim 1, it is characterised in that also including RS-485 interfaces, wherein,

   The RS-485 interfaces are arranged in the first panel of the cabinet；

   The RS-485 interfaces are connected by Serial Port Line with the power amplifier, for inputting power amplifier to the power amplifier Parameter, so that the power amplifier is amplified under the regulation of the power amplifier parameter to the FDD-LTE signals of communication,

   Wherein, the first panel is the wallboard of the side wall of the cabinet.
3. 3. control device according to claim 1, it is characterised in that the cavity body filter is filtered including FDD-LTE cavitys Ripple device, the power amplifier include FDD-LTE power amplifiers.
4. 4. control device according to claim 2, it is characterised in that

   The General controller and the signal processor are integrated on the first position of the motherboard；

   The power amplifier is integrated on the second place of the motherboard；

   The cavity body filter is integrated on the 3rd position of the motherboard.
5. 5. control device according to claim 4, it is characterised in that also include number in the motherboard and pass interchanger, it is described Number passes interchanger and is integrated on the 4th position of the motherboard, wherein,

   The number passes interchanger and is connected with the General controller by network connection, for transmitting operation control terminal to the General controller The manipulation instruction of transmission, wherein, the manipulation instruction includes：The times magnification being amplified to the FDD-LTE signals of communication The signal frequency of number and the FDD-LTE signals of communication；

   The interchanger is also connected by network connection with the signal processor, for by the operation of the signal processor Status information is sent to the operation control terminal.
6. 6. control device according to claim 5, it is characterised in that also including multiple fans, multiple fan difference It is arranged on the diverse location of the first panel.
7. 7. control device according to claim 6, it is characterised in that also include in the motherboard：First power supply and second Power supply, wherein,

   First power supply is integrated in the 5th position of the motherboard, and the electric energy output end of first power supply is distinguished by wire Electrical energy inputs, the electrical energy inputs of the fan with the second source connect；

   The second source is integrated in the 6th position of the motherboard, and the electric energy output end of the second source is distinguished by wire Connected with the interchanger, the power amplifier, the General controller, the signal processor,

   Wherein, the first position, the second place, the 3rd position, the 4th position, the 5th position and institute It is mutually misaligned to state any two position in the 6th position.
8. 8. control device according to claim 7, it is characterised in that also including indicator lamp, wherein,

   The indicator lamp is arranged in the second panel of the cabinet, the second panel be the cabinet in first face The wallboard of the relative side wall of plate；

   The indicator lamp is connected by wire with the electric energy output end of first power supply.
9. 9. control device according to claim 7, it is characterised in that be additionally provided with the first panel electric source line interface, Cable interface, radiofrequency signal interface, wherein,

   The electric source line interface is connected by wire with the electrical energy inputs of first power supply；

   The cable interface passes interchangers with the number and connected by network connection, for passing exchangers and described for the number Operation control terminal communicates to connect；

   The radiofrequency signal interface is connected with the cavity body filter by RF coaxial line.
10. A kind of 10. FDD-LTE standard type mobile communications terminal intelligent managing and control system, it is characterised in that including：Operation control terminal and right It is required that the FDD-LTE standard type mobile communication terminal intelligent control devices any one of 1-9, wherein,

    The operation control terminal connects with the FDD-LTE standard type mobile communications terminal intelligent control device, for the FDD- The General controller of LTE standard type mobile communication terminal intelligent control devices sends manipulation instruction, wherein, the manipulation instruction includes： The multiplication factor and the signal frequency of FDD-LTE signals of communication being amplified to FDD-LTE signals of communication；

    The General controller of the FDD-LTE standard type mobile communications terminal intelligent control device controls the FDD-LTE standard mobiles to lead to Believe that the signal processor of terminal intelligent control device generates the FDD-LTE signals of communication of the signal frequency, also described in control Power amplification institute of the power amplifier of FDD-LTE standard type mobile communication terminal intelligent control devices to FDD-LTE signals of communication State multiplication factor.