CN110933374A - Intelligent building video monitoring system - Google Patents
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
- H04N7/183—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a single remote source
- H04N7/186—Video door telephones
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
- F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
- F16M11/02—Heads
- F16M11/16—Details concerning attachment of head-supporting legs, with or without actuation of locking members thereof
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
- H04N7/181—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a plurality of remote sources
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Abstract
The invention discloses an intelligent building video monitoring system; the system comprises a building server, a building entrance machine, a building terminal and a walking camera unit; the method comprises the following steps that corresponding information input is carried out on external people at a building entrance machine, and meanwhile video registration is carried out on people entering and leaving a cell by the building entrance machine; receiving the card-issuing terminal outside the building doorway machine, and controlling the card-receiving and-issuing terminal to issue the access cards for entering and exiting the cell to the outside personnel; the building terminal machine carries out video identification verification through the image information transmitted by the walking camera unit, and the control unit access control is opened when the verification is passed. The system can carry out face video scanning on external personnel entering a community, carry out face information acquisition and registration, and carry out corresponding verification when arriving at a corresponding building so as to confirm whether the personnel enter a predetermined place. Meanwhile, the nearest road to the corresponding building can be displayed through the corresponding guide unit, and the person can be guided to go.
Description
Technical Field
The invention relates to the field of building monitoring, in particular to an intelligent building video monitoring system.
Background
Along with the high-speed development of modern construction of the current city, the intellectualization of the building, especially the intelligent system of a public building, comprises more and more functions, and the intelligent system of the building enables various functional systems based on the intelligent building to provide a high-efficiency, convenient, comfortable and reasonable environment for people, thereby adapting to the requirements of the current life and the building. Some intelligent building systems with different structural functions are also present.
Found through the retrieval, patent number CN 201520626740.6's utility model discloses an intelligent building video monitor system, mainly includes: the system comprises a monitoring camera, a video processing module, a video storage module and a content server, wherein the video processing module comprises a face recognition module, a video conversion module and a video compression module, and the video storage module comprises a video information storage module and a character information storage module; the monitoring camera is connected with a face recognition module, the face recognition module is respectively connected with a video conversion module and a video compression module, the video conversion module is connected with a text information storage module, the video compression module is connected with a content server, and the video information storage module is connected with the content server.
The invention of patent No. CN201610946246.7 discloses a switching control system for building video monitoring, comprising: the system comprises a plurality of video monitoring modules, a plurality of video monitoring modules and a plurality of image processing modules, wherein each video monitoring module is used for acquiring a dynamic monitoring picture, acquiring a video static image and uploading the acquired video static image; the monitoring terminal comprises a data transmission module, an image input module, an image extraction module, a control module, a display module, an image matching module and a video monitoring and calling module; the control module controls the image matching module to perform feature matching according to the face image of the target to be tracked to obtain a video static image; and determining label information of the corresponding video monitoring module, and switching to the corresponding dynamic monitoring picture.
The invention of patent No. CN201610944019.0 discloses a location-based building video monitoring system, which includes: the system comprises a plurality of sensing devices arranged at different positions, wherein each sensing device comprises a GPS positioning module, a smoke sensing module, a video monitoring module, a micro-processing module and a data sending module, wherein the GPS positioning module is used for acquiring position coordinates; the smoke sensing module is used for detecting smoke to obtain an analog signal; the video monitoring module is used for monitoring to obtain a monitoring picture; the micro-processing module is used for converting to obtain a digital signal, determining a concentration value, and judging whether the obtained concentration value, the position coordinate and the monitoring picture are sent through the data sending module according to the concentration value; and the monitoring terminal is used for receiving and displaying the incoming concentration value, the position coordinate and the monitoring picture.
Along with the development of urbanization in China, corresponding intelligent buildings are more and more, and although high-level apartments, office buildings and houses are in rapid development, the safety problem of the high-level apartments, office buildings and houses is always a concern of people; in addition, the method is also a focus which cannot be ignored for the video face acquisition and identification of the foreign person and the automatic guiding work after entering the cell.
Disclosure of Invention
Therefore, in order to solve the above-mentioned deficiencies, the present invention provides an intelligent building video monitoring system; the system can carry out face video scanning on external personnel entering a community, carry out face information acquisition and registration, and carry out corresponding verification when arriving at a corresponding building so as to confirm whether the personnel enter a predetermined place. Meanwhile, the nearest road to the corresponding building can be displayed through the corresponding guide unit, and the person can be guided to go.
The invention is realized in such a way, an intelligent building video monitoring system is constructed, and the system comprises a building server, a building doorway machine positioned at the doorway of a community, a building terminal machine positioned at an entrance and an exit below a building, and a walking camera unit positioned at the entrance and the exit below the building; the building entrance machine is connected and communicated with the building server, corresponding information entry is carried out on external people at the building entrance machine, meanwhile, video registration is carried out on people entering and exiting a community by the building entrance machine, meanwhile, the building entrance machine sends collected information to the building server for storage, and meanwhile, the building server sends corresponding video identification instructions for people to enter to the building terminal corresponding to a building; receiving the card-issuing terminal outside the building doorway machine, and controlling the card-receiving and-issuing terminal to issue the access cards for entering and exiting the cell to the outside personnel;
the walking camera shooting unit is connected with a corresponding building terminal machine, and the building terminal machine is connected and communicated with a building server through a switchboard; when the person who goes out enters the corresponding building entrance, the walking camera unit shoots, the building terminal machine carries out video identification verification through the image information transmitted by the walking camera unit, and the control unit access control is opened when the verification is passed.
As an improvement of the technical scheme, the intelligent building video monitoring system further comprises a plurality of guiding units laid in the road surface, wherein each guiding unit comprises a hemispherical stainless steel concave cavity, an LED display panel, a control circuit board and a toughened glass panel; the semispherical stainless steel concave cavity is integrally laid in a road, the tempered glass panel covers the semispherical stainless steel concave cavity, and the semispherical stainless steel concave cavity and the tempered glass panel are subjected to waterproof treatment; the LED display panel and the control circuit board are installed in the hemispherical stainless steel concave cavity, and the control circuit board receives instructions of a building server to control the LED display panel.
As an improvement of the above technical solution, in the intelligent building video monitoring system, the building doorway machine comprises a base, a doorway host machine, a storage battery, a touch display screen, a support column and a camera; the entrance host computer sets up in the base or upper end, and the battery setting is in the base, and touch display screen and camera are established through the support column.
As an improvement of the above technical solution, the intelligent building video monitoring system comprises a control module, a power module, a communication module, a storage module and a card issuing module inside a doorway host; the power supply module is externally connected with a solar photovoltaic panel and is connected with the storage battery at the same time, so that the solar photovoltaic panel can automatically charge the storage battery; the control module is externally connected with a card receiving and transmitting terminal through a card transmitting module;
the building terminal internally comprises a terminal machine control module, a terminal machine touch display screen, a terminal machine power supply module, a terminal machine communication module, a terminal machine storage module and an acquisition module; the terminal machine control module is connected with the walking camera unit through the acquisition module; in addition, the terminal machine control module is simultaneously connected with the terminal machine touch display screen, the terminal machine power supply module, the terminal machine communication module and the terminal machine storage module.
As an improvement of the technical scheme, the control module of the intelligent building video monitoring system is connected with the building warning system through the communication module and the terminal machine control module through the terminal machine communication module.
As an improvement of the technical scheme, in the intelligent building video monitoring system, the whole walking camera unit is hoisted at a top plate track of a building entrance and exit, and the walking camera unit comprises a walking mechanism, a bracket and a miniature camera; the support is connected to the traveling mechanism, the traveling mechanism can travel in the top plate track, and the micro camera is hung on the support.
As an improvement of the above technical solution, the intelligent building video monitoring system operates as follows;
a, a foreign person carries out corresponding information input at a building entrance machine through a touch display screen, inputs a building number and a room number to go to, simultaneously carries out face video scanning on a person entering a cell through a camera by the building entrance machine, carries out face information acquisition and registration, simultaneously sends acquired information to a building server for storage, and simultaneously the building server communicates with a building terminal corresponding to the building to send information that a person enters the region and requires the building terminal to carry out corresponding video identification; meanwhile, the building doorway machine controls the card receiving and sending terminal to send the access card for entering and leaving the cell to the external personnel, and the access card can be used for positioning and timing;
b, the building server plans a road going to the appointed building, and simultaneously sends a light-on instruction to the corresponding guide unit in the road; the external personnel can reach the appointed building according to the guide unit with the light;
c, when the external personnel arrive at the lower part of the corresponding building, the walking camera unit is used for shooting, the building terminal machine is used for carrying out video identification verification through image information transmitted by the walking camera unit, and the control unit is used for opening the door control when the verification is passed and transmitting the information back to the building server; if no external person is collected or identified within a certain time, the building terminal machine feeds back information to the building server;
and D, when the outside person leaves the door, the receiving and transmitting card terminal identifies and recovers the previously transmitted in-out card, and the building entrance machine records and transmits the leaving time of the person to the building server.
The invention has the following advantages: the invention provides an intelligent building video monitoring system through improvement, which has the following improvements and advantages;
the system comprises a building server, a building entrance machine positioned at the entrance of a community, a building terminal machine positioned at an entrance and an exit below a building, and a walking camera unit positioned at the entrance and the exit below the building; the building entrance machine is connected and communicated with the building server, corresponding information entry is carried out on external people at the building entrance machine, meanwhile, video registration is carried out on people entering and exiting a community by the building entrance machine, meanwhile, the building entrance machine sends collected information to the building server for storage, and meanwhile, the building server sends corresponding video identification instructions for people to enter to the building terminal corresponding to a building; receiving the card-issuing terminal outside the building doorway machine, and controlling the card-receiving and-issuing terminal to issue the access cards for entering and exiting the cell to the outside personnel; the walking camera shooting unit is connected with a corresponding building terminal machine, and the building terminal machine is connected and communicated with a building server through a switchboard; when the person who goes out enters the corresponding building entrance, the walking camera unit shoots, the building terminal machine carries out video identification verification through the image information transmitted by the walking camera unit, and the control unit access control is opened when the verification is passed. Compared with the existing building system, the intelligent building video monitoring system has the advantages that the system can scan the face (face) of the external personnel entering the cell through videos, acquire and register face information, perform video identification verification on image information transmitted by the building terminal through the walking camera unit, and control a unit to open the door when the verification is passed; for confirming whether a person enters a predetermined place; the sensitivity of security is improved, the functions are more perfect, and the safety performance of monitoring can be improved.
Secondly, in the intelligent building video monitoring system, the system further comprises a plurality of guiding units laid in the road surface, and the structure of each guiding unit is shown in fig. 2 and comprises a hemispherical stainless steel cavity, an LED display panel, a control circuit board and a toughened glass panel; the semispherical stainless steel concave cavity is integrally laid in a road, the tempered glass panel covers the semispherical stainless steel concave cavity, and the semispherical stainless steel concave cavity and the tempered glass panel are subjected to waterproof treatment; the LED display panel and the control circuit board are installed in the hemispherical stainless steel concave cavity, and the control circuit board receives instructions of a building server to control the LED display panel. When the outside person enters the cell, the building server plans a nearest road going to the appointed building, and simultaneously the building server sends a light-on instruction to a corresponding guide unit in the road; the external personnel can quickly reach the appointed building according to the guidance of the lighting guide unit; therefore, the monitoring picture can be timely obtained according to the position coordinate, and the external personnel can be prevented from walking more and disorderly.
Thirdly, the building doorway machine comprises a base, a doorway host machine, a storage battery, a touch display screen, a support column and a camera; the entrance host computer sets up in the base or upper end, and the battery setting is in the base, and touch display screen and camera are established through the support column.
In addition, fig. 4 shows a related structure diagram of the communication of the present system; the doorway host machine internally comprises a control module, a power supply module, a communication module, a storage module and a card issuing module; the power supply module is externally connected with a solar photovoltaic panel and is connected with the storage battery at the same time, so that the solar photovoltaic panel can automatically charge the storage battery; the control module is externally connected with a card receiving and transmitting terminal through a card transmitting module;
the building terminal internally comprises a terminal machine control module, a terminal machine touch display screen, a terminal machine power supply module, a terminal machine communication module, a terminal machine storage module and an acquisition module; the terminal machine control module is connected with the walking camera unit through the acquisition module; in addition, the terminal machine control module is simultaneously connected with the terminal machine touch display screen, the terminal machine power supply module, the terminal machine communication module and the terminal machine storage module.
And the control module is connected with the building warning system through the communication module and the terminal machine control module through the terminal machine communication module.
As shown in fig. 5-6, the whole walking camera unit is hoisted at the top plate rail of the building entrance and exit, and the walking camera unit comprises a walking mechanism, a bracket and a micro camera; the support is connected to the traveling mechanism, the traveling mechanism can travel in the top plate track, and the micro camera is hung on the support. The walking camera unit is integrally hoisted at a top plate rail at an entrance and an exit of a building, and the walking camera unit is realized based on the existing crawler travel, can travel in a certain range along the top plate rail and aims to obtain a larger camera range.
Fourthly, the system achieves the purpose in the following mode;
a, a foreign person carries out corresponding information input at a building entrance machine through a touch display screen, inputs a building number and a room number to go to, simultaneously carries out face video scanning on a person entering a cell through a camera by the building entrance machine, carries out face information acquisition and registration, simultaneously sends acquired information to a building server for storage, and simultaneously the building server communicates with a building terminal corresponding to the building to send information that a person enters the region and requires the building terminal to carry out corresponding video identification; meanwhile, the building doorway machine controls the card receiving and sending terminal to send the access card for entering and leaving the cell to the external personnel, and the access card can be used for positioning and timing;
b, the building server plans a road going to the appointed building, and simultaneously sends a light-on instruction to the corresponding guide unit in the road; the external personnel can reach the appointed building according to the guide unit with the light;
c, when the external personnel arrive at the lower part of the corresponding building, the walking camera unit is used for shooting, the building terminal machine is used for carrying out video identification verification through image information transmitted by the walking camera unit, and the control unit is used for opening the door control when the verification is passed and transmitting the information back to the building server; if no external person is collected or identified within a certain time, the building terminal machine feeds back information to the building server;
and D, when the outside person leaves the door, the receiving and transmitting card terminal identifies and recovers the previously transmitted in-out card, and the building entrance machine records and transmits the leaving time of the person to the building server.
In summary, the present invention provides an intelligent building video monitoring system; the system can carry out face video scanning on external personnel entering a community, carry out face information acquisition and registration, and carry out corresponding verification when arriving at a corresponding building so as to confirm whether the personnel enter a predetermined place. Meanwhile, the nearest road to the corresponding building can be displayed through the corresponding guide unit, and the person can be guided to go.
Drawings
FIG. 1 is a block diagram of an overall system implementation of the present invention;
FIG. 2 is a schematic view of the structure of the guiding unit of the present invention;
FIG. 3 is a schematic view of an external structure of the building doorway machine of the present invention;
FIG. 4 is a block diagram of the system communication architecture of the present invention;
5-6 are a structure diagram of one embodiment of the walking camera unit in the invention;
fig. 7 is a flow chart of the operation of the system of the present invention.
Wherein: building server 1, building entrance machine 2, building terminating machine 3, walking camera unit 4, receiving and dispatching card terminal 5, guide unit 6, hemisphere stainless steel cavity 7, LED display panel 8, control circuit board 9, toughened glass panel 10, base 11, door host 12, battery 13, touch display screen 14, support column 15, camera 16, control module 17, power module 18, communication module 19, storage module 20, hairpin module 21, solar photovoltaic board 22, terminating machine control module 23, terminating machine touch display screen 24, terminating machine power module 25, terminating machine communication module 26, terminating machine storage module 27, acquisition module 28, roof track 29, running gear 30, support 31, miniature camera 32.
Detailed Description
The present invention will be described in detail with reference to fig. 1 to 7, and the technical solutions in the embodiments of the present invention will be clearly and completely described below, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention provides an intelligent building video monitoring system through improvement, which is shown in figures 1-7 and can be implemented as follows; the system comprises a building server 1, a building doorway machine 2 positioned at a community doorway, a building terminal machine 3 positioned at an entrance and an exit below a building, and a walking camera unit 4 positioned at the entrance and the exit below the building; the building entrance machine 2 is connected with the building server 1 for communication, corresponding information entry is carried out on external people at the building entrance machine 2, meanwhile, video registration is carried out on people entering and exiting a community by the building entrance machine 2, meanwhile, the building entrance machine 2 sends collected information to the building server 1 for storage, and meanwhile, the building server 1 sends corresponding video identification instructions for people to enter to a building terminal 3 corresponding to a building; the building doorway machine 2 is externally connected with a receiving and dispatching card terminal 5 and controls the receiving and dispatching card terminal 5 to send an access card for accessing a cell to an external person; the walking camera unit 4 is connected with the corresponding building terminal machine 3, and the building terminal machine 3 is connected with the building server 1 through the branch switch for communication; when the person who goes out enters the corresponding building entrance, the walking camera unit 4 shoots, the building terminal 3 carries out video identification verification through the image information transmitted by the walking camera unit 4, and the control unit access control is opened when the verification is passed.
Compared with the existing building system, the intelligent building video monitoring system has the advantages that the system can scan the face (face) of the external personnel entering the cell through video, acquire and register face information, perform video identification and verification on image information transmitted by the building terminal 3 through the walking camera unit 4, and control a unit to open the door when the verification is passed; for confirming whether a person enters a predetermined place; the sensitivity of security is improved, the functions are more perfect, and the safety performance of monitoring can be improved.
In addition, in the intelligent building video monitoring system of the invention, the system further comprises a plurality of guiding units 6 laid in the road surface, and the structure of the guiding units 6 is shown in fig. 2 and comprises a hemispherical stainless steel cavity 7, an LED display panel 8, a control circuit board 9 and a toughened glass panel 10; the semispherical stainless steel concave cavity 7 is integrally laid in a road, the tempered glass panel 10 covers the semispherical stainless steel concave cavity 7, and the semispherical stainless steel concave cavity 7 and the tempered glass panel are subjected to waterproof treatment; the LED display panel 8 and the control circuit board 9 are installed in the hemispherical stainless steel concave cavity 7, and the control circuit board 9 receives instructions of the building server 1 to control the LED display panel 8. When the outside personnel enter the cell, the building server 1 plans a nearest road going to the appointed building, and simultaneously the building server 1 sends a light-up instruction to the corresponding guide unit 6 in the road; the external personnel can quickly reach the appointed building according to the guidance of the lighting guide unit 6; therefore, the monitoring picture can be timely obtained according to the position coordinate, and the external personnel can be prevented from walking more and disorderly.
As shown in fig. 3, the building doorway machine 2 includes a base 11, a doorway host 12, a storage battery 13, a touch display screen 14, a support column 15, and a camera 16; the doorway main machine 12 is arranged in or at the upper end of the base 11, the storage battery 13 is arranged in the base 11, and the touch display screen 14 and the camera 16 are set up through a support column 15.
In addition, fig. 4 shows a related structure diagram of the communication of the present system; the door host 12 comprises a control module 17, a power supply module 18, a communication module 19, a storage module 20 and a card issuing module 21; the power module 18 is externally connected with a solar photovoltaic panel 22 and is connected with the storage battery 13 at the same time, so that the solar photovoltaic can automatically charge the storage battery 13; the control module 17 is externally connected with a card receiving and sending terminal 5 through a card sending module 21;
the building terminal 3 comprises a terminal control module 23, a terminal touch display screen 24, a terminal power module 25, a terminal communication module 26, a terminal storage module 27 and an acquisition module 28; the terminal machine control module 23 is connected with the walking camera unit 4 through the acquisition module 28; in addition, the terminal machine control module 23 is simultaneously connected with the terminal machine touch display screen 24, the terminal machine power supply module 25, the terminal machine communication module 26 and the terminal machine storage module 27.
The control module 17 is connected to a building warning system 28 via a communication module 19 and a terminal control module 23 via a terminal communication module 26.
As shown in fig. 5-6, the whole walking camera unit 4 is hoisted at the top plate rail 29 of the building entrance and exit, and the walking camera unit 4 comprises a walking mechanism 30, a bracket 31 and a micro camera 32; the carriage 31 is connected to the traveling mechanism 30, and can travel in the ceiling rail 29 through the traveling mechanism 30, and the micro camera 32 is hung on the carriage 31. The whole walking camera unit 4 is hoisted at a roof rail 29 of a building entrance and exit, the walking camera unit 4 is realized based on the existing crawler walking, and can walk along the roof rail 29 within a certain range, so that the aim of obtaining a larger camera range is fulfilled.
The following describes the whole operation process of the intelligent building video monitoring system in detail: the system operates as follows;
a, a foreign person enters corresponding information at a building entrance machine 2 through a touch display screen 14, inputs a building number and a room number to go to, simultaneously, the building entrance machine 2 scans the face of a person entering a cell through a camera 16 to acquire and register face information, simultaneously, the building entrance machine 2 sends the acquired information to a building server 1 to be stored, simultaneously, the building server 1 communicates with a building terminal 3 corresponding to the building to send information that the person enters the area, and the building terminal 3 is required to perform corresponding video identification; meanwhile, the building entrance machine 2 controls the card receiving and sending terminal 5 to send out an entrance card for entering and exiting the cell to the outside, and the entrance card can be used for positioning and timing;
b, the building server 1 plans a road going to a specified building, and meanwhile, the building server 1 sends a light-up instruction to the corresponding guide unit 6 in the road; the external personnel can reach the appointed building according to the guide unit 6 with the light;
c, when the outside personnel arrive at the lower part of the corresponding building, the walking camera unit 4 shoots, the building terminal 3 carries out video identification verification through the image information transmitted by the walking camera unit 4, and the control unit controls the entrance guard to open when the verification is passed, and transmits the information back to the building server 1; if no external person is collected or identified within a certain time, the building terminal 3 feeds back information to the building server 1;
and D, when the outside person leaves the door, the receiving and transmitting card terminal 5 identifies and recovers the previously transmitted in-out card, and the building entrance machine 2 transmits the time of the person leaving to the building server 1.
In summary, the present invention provides an intelligent building video monitoring system; the system can carry out face video scanning on external personnel entering a community, carry out face information acquisition and registration, and carry out corresponding verification when arriving at a corresponding building so as to confirm whether the personnel enter a predetermined place. Meanwhile, the nearest road to the corresponding building can be displayed through the corresponding guiding unit 6, and the person can be guided to go.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (7)
1. The utility model provides an intelligent building video monitoring system which characterized in that: the system comprises a building server (1), a building doorway machine (2) positioned at a community doorway, a building terminal (3) positioned at an entrance and an exit below a building, and a walking camera unit (4) positioned at the entrance and the exit below the building; the building entrance machine (2) is connected with the building server (1) for communication, corresponding information input is carried out by external people at the building entrance machine (2), meanwhile, the building entrance machine (2) carries out video registration on people entering and leaving a community, meanwhile, the building entrance machine (2) sends collected information to the building server (1) for storage, and meanwhile, the building server (1) sends corresponding video identification instructions for people to enter to the building terminal (3) corresponding to a building; the building doorway machine (2) is externally connected with a receiving and dispatching card terminal (5) and controls the receiving and dispatching card terminal (5) to send out an access card for accessing a cell to the outside;
the walking camera unit (4) is connected with the corresponding building terminal (3), and the building terminal (3) is connected and communicated with the building server (1) through the branch switch; when an outworker enters a corresponding building entrance, the walking camera unit (4) shoots, the building terminal (3) carries out video identification verification through image information transmitted by the walking camera unit (4), and the control unit controls the entrance guard to open when the verification is passed.
2. The intelligent building video monitoring system of claim 1, wherein: the system also comprises a plurality of guiding units (6) paved in the road surface, wherein each guiding unit (6) comprises a hemispherical stainless steel concave cavity (7), an LED display panel (8), a control circuit board (9) and a toughened glass panel (10); the hemispherical stainless steel concave cavity (7) is integrally paved in a road, the toughened glass panel (10) covers the hemispherical stainless steel concave cavity (7), and the hemispherical stainless steel concave cavity and the toughened glass panel are subjected to waterproof treatment; the LED display panel (8) and the control circuit board (9) are installed in the hemispherical stainless steel cavity (7), and the control circuit board (9) receives an instruction of the building server (1) to control the LED display panel (8).
3. The intelligent building video monitoring system of claim 1, wherein: the building doorway machine (2) comprises a base (11), a doorway host machine (12), a storage battery (13), a touch display screen (14), a support column (15) and a camera (16); the doorway main machine (12) is arranged in the base (11) or at the upper end of the doorway main machine, the storage battery (13) is arranged in the base (11), and the touch display screen (14) and the camera (16) are arranged through the supporting column (15).
4. The intelligent building video monitoring system of claim 3, wherein: the doorway host (12) internally comprises a control module (17), a power supply module (18), a communication module (19), a storage module (20) and a card issuing module (21); the power supply module (18) is externally connected with a solar photovoltaic panel (22) and is connected with the storage battery (13) at the same time, so that the solar photovoltaic can automatically charge the storage battery (13); the control module (17) is externally connected with a card receiving and sending terminal (5) through a card sending module (21);
the building terminal (3) internally comprises a terminal control module (23), a terminal touch display screen (24), a terminal power module (25), a terminal communication module (26), a terminal storage module (27) and an acquisition module (28); the terminal machine control module (23) is connected with the walking camera unit (4) through the acquisition module (28); in addition, the terminal machine control module (23) is simultaneously connected with the terminal machine touch display screen (24), the terminal machine power supply module (25), the terminal machine communication module (26) and the terminal machine storage module (27).
5. The intelligent building video monitoring system of claim 4, wherein: the control module (17) is connected with a building warning system (28) through a communication module (19) and a terminal machine control module (23) through a terminal machine communication module (26).
6. The intelligent building video monitoring system of claim 1, wherein: the walking camera unit (4) is integrally hoisted at a top plate track (29) of a building entrance and exit, and the walking camera unit (4) comprises a walking mechanism (30), a bracket (31) and a miniature camera (32); the bracket (31) is connected to the traveling mechanism (30), the traveling mechanism (30) can travel in the top plate rail (29), and the micro camera (32) is hung on the bracket (31).
7. The intelligent building video monitoring system of claim 1, wherein: the system operates as follows;
a, a foreign person carries out corresponding information input at a building entrance machine (2) through a touch display screen (14), a building number and a room number to be entered are input, meanwhile, the building entrance machine (2) carries out face video scanning on a person entering a cell through a camera (16), face information is collected and registered, meanwhile, the building entrance machine (2) sends collected information to a building server (1) for storage, meanwhile, the building server (1) communicates with a building terminal (3) corresponding to a building, information that a person enters the area is sent, and the building terminal (3) is required to carry out corresponding video identification; meanwhile, the building entrance machine (2) controls the card receiving and transmitting terminal (5) to send out an access card for entering and exiting the cell to the outside, and the access card can be used for positioning and timing;
b, the building server (1) plans a road going to the appointed building, and meanwhile, the building server (1) sends a light-on instruction to the corresponding guide unit (6) in the road; the external personnel can reach the appointed building according to the guide unit (6) with the light;
c, when the outside personnel arrive at the lower part of the corresponding building, the walking camera unit (4) shoots, the building terminal (3) carries out video identification verification through the image information transmitted by the walking camera unit (4), and the control unit controls the entrance guard to be opened when the verification is passed, and transmits the information back to the building server (1); if no external person is collected or identified within a certain time, the building terminal (3) feeds back information to the building server (1);
and D, when the outside person leaves the door, the card receiving and transmitting terminal (5) identifies and recovers the previously transmitted card, and the building entrance machine (2) records and transmits the leaving time of the person to the building server (1).
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