CN104023079A - Cloud service platform and method for enterprises - Google Patents
Cloud service platform and method for enterprises Download PDFInfo
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- CN104023079A CN104023079A CN201410271927.9A CN201410271927A CN104023079A CN 104023079 A CN104023079 A CN 104023079A CN 201410271927 A CN201410271927 A CN 201410271927A CN 104023079 A CN104023079 A CN 104023079A
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Abstract
Provided are a cloud service platform and method for enterprises. A local card reader and a network camera are respectively connected with a local area network server, a local area network is connected with an outer network, a computer with a browser and a cloud server with a crawler system are further connected with the outer network, a video player is arranged in the computer, a radio frequency card used for performing check on work attendance can be in communication with the card reader, an inner monitoring module and a mapping table corresponding to the UID same-name information of the radio frequency card one to one are arranged in the local area network server, and an outer monitoring module and an operating module used for the computer are arranged in the cloud server. With the service method, the frequent problem that in the prior art, because the fingers are dirty, error recognition is caused, and consequently repeated recognition is needed is avoided, and the defect that the repeated recognition frequency is increased because of aggravated error recognition is avoided.
Description
Technical field
The invention belongs to cloud service technical field, be specifically related to a kind of cloud service platform for enterprise and method of servicing.
background technology
Present attendance checking system, it is often a kind of unit connected mode, and common employing is Information Monitoring after radio-frequency card scanning card reader, such problem is cannot carry out comprehensive real-time monitoring on the one hand, the demand of remote monitoring particularly, be exactly that radio-frequency card often can allow people on behalf of scanning in addition, the phenomenon that so just there will be cheating, although introduced fingerprint recognition system, it is dirty dirty and identify wrong that but fingerprint recognition system tends to occur finger, the problem that need to repeatedly identify, work attendance number more than one can be caused like this and the situation of checking card and incuring loss through delay must be occurred, fingerprint recognition system is mainly that the original fingerprint data system relying in storehouse is differentiated in addition, but such differentiation meeting is because the data of finger scan gained are each time inconsistent, often the probability of easy initiation setting is not accurate, increased the weight of identification wrong and repeatedly identify the more situation of number of times.
Summary of the invention
Object of the present invention provides a kind of cloud service platform for enterprise and method of servicing, in local area network (LAN), be provided with LAN server, card reader and IP Camera, wherein card reader is connected with LAN server respectively with IP Camera, described local area network (LAN) is connected with outer net, what with outer net, be connected also has with the computer of browser with the Cloud Server of crawler system, described computer-internal is provided with video player, what with card reader, can communicate to connect is the radio-frequency card for work attendance, the UID that is provided with internal control module and radio-frequency card in LAN server is with name information mapping table one to one, in Cloud Server, be provided with outer monitoring module and for the operational module of computer, the pick-up lens of described IP Camera above card reader and its image pickup scope can cover user and use radio-frequency card for work attendance to stretch to card reader to enter region while carrying out Card Reader, and avoided tending in prior art occurring that by method of servicing finger is dirty dirtyly identifies the wrong problem that need to repeatedly identify and increased the weight of to identify wrong and repeatedly identify the defect of the more situation of number of times.
In order to overcome deficiency of the prior art, the invention provides a kind of solution of cloud service platform and method of servicing for enterprise, specific as follows:
A kind of cloud service platform for enterprise, comprise local area network (LAN) 1, in described local area network (LAN) 1, be provided with LAN server 4, card reader 2 and IP Camera 3, wherein card reader 2 is connected with LAN server 4 respectively with IP Camera 3, described local area network (LAN) 1 is connected with outer net 5, what with outer net 5, be connected also has with the computer 6 of browser 9 with the Cloud Server 10 of crawler system 8, described computer 6 inside are provided with video player 7, what with card reader 2, can communicate to connect is the radio-frequency card 11 for work attendance, the UID that is provided with internal control module 12 and radio-frequency card in LAN server 4 is with name information mapping table 14 one to one, in Cloud Server 10, be provided with outer monitoring module 13 and for the operational module 15 of computer, the pick-up lens of described IP Camera 3 above card reader 2 and its image pickup scope can cover user and use radio-frequency card 11 for work attendance to stretch to card reader 2 to enter region while carrying out Card Reader.
The work attendance information that comprises the UID of radio-frequency card in the described radio-frequency card 11 for work attendance.
Described LAN server 4 comprises the first database with free entry, name entries and video entry.
Described Cloud Server 10 comprises the second database with free entry, name entries and video entry.
The method of servicing of the described cloud service platform for enterprise, step is as follows:
Step 1: when user is stretched to the reading range of card reader 2 the radio-frequency card 11 for work attendance, card reader 2 is just the work attendance Information Read-Out of the UID that comprises radio-frequency card in the radio-frequency card 11 for work attendance, and the work attendance information of the UID that comprises radio-frequency card reading is sent in LAN server 4, internal control module 12 in LAN server 4 is using LAN server 4 local zone time now as charge time, internal control module 12 in LAN server 4 is found out the corresponding name information of UID of the radio-frequency card in the work attendance information of UID of same radio-frequency card one to one in mapping table 14 with name information at the UID of radio-frequency card, and the module 12 of internal control simultaneously sends and opens camera instruction to IP Camera 13,
Step 2: IP Camera 13 receives to be opened after camera instruction, just carry out the shooting collection of 1 second by a definite date, rear internal control module 12 transmissions of shooting collection are closed camera instruction IP Camera 13 are closed, the video flowing collecting is sent in LAN server 4, internal control module 12 is charge time, the corresponding name information of finding out and the video flowing receiving are stored in respectively the time entry in the first database, in name entries and video entry, then internal control module 12 is charge time, the corresponding name information of finding out and the video flowing receiving are packaged into packet and then this packet are sent to Cloud Server 10 by outer net 5,
Step 3: include charge time when Cloud Server 10 receives, after the packet of the corresponding name information of finding out and video flowing encapsulation, outer monitoring module 13 in Cloud Server 10 is just to including charge time, the packet of the corresponding name information of finding out and video flowing encapsulation is resolved, after parsing, obtain respectively charge time, name information and video flowing, after resolving, outer monitoring module 13 is the charge time obtaining, name information and video flowing store respectively the time entry in the second database into as a record, in name entries and video entry,
Step 4: when computer 6 open any browser 9 access Cloud Server 10, just be written into the operational module 15 for computer, in the service area of browser 9, show interactive interface thus, in this interactive interface, band is useful on the selection input frame of name information, corresponding to this selection input frame for name information is ACK button, input name information and pressing after corresponding ACK button, operational module 15 for computer just sends request packet to Cloud Server 10, includes the name information of input in described request data package;
Step 5: Cloud Server 10 receives after request data package, outer monitoring module 13 is just resolved this request data package, after parsing, obtain the name information of described input, then in the name entries of the second database, find the consistent name information of name information with input, and every record to should name information is extracted, then respectively every record encapsulate to each self-corresponding response data packet of formation;
Step 6: then outer monitoring module 13 sends to computer 6 one by one all response data packet, computer 6 often receives after a response data packet, operational module 15 for computer is just resolved this response data packet, obtain charge time, name information and the video flowing of every record, and in real time the charge time of every record and name information are presented in the service area of browser 9 by row, simultaneously video player 7, also playing with being about to corresponding video flowing, so just can carry out remote monitoring.
Crawler system 8 in described Cloud Server 10 also can be as required information in collection the second database regularly send in computer 6 and process.
Apply such scheme of the present invention, can solve in the situation that monitor staff is absent from the scene, only need to ask to send, just can allow complete errorless being transferred in computer of monitor message of work attendance check, and the mode of synchronously opening IP Camera can be synchronously obtains work attendance information accurately in conjunction with the video flowing of on-the-spot work attendance video, the work attendance failure rate of such radio-frequency card and False Rate be well below fingerprint recognition, and simple in structure, easy to operate, maintainability is good.
Accompanying drawing explanation
Figure l is the theory structure schematic diagram of the cloud service platform for enterprise of the present invention.
Embodiment
Below in conjunction with accompanying drawing, summary of the invention is described further:
Shown in Fig. 1, cloud service platform for enterprise, comprise local area network (LAN) 1, in described local area network (LAN) 1, be provided with LAN server 4, card reader 2 and IP Camera 3, wherein card reader 2 is connected with LAN server 4 respectively with IP Camera 3, described local area network (LAN) 1 is connected with outer net 5, what with outer net 5, be connected also has with the computer 6 of browser 9 with the Cloud Server 10 of crawler system 8, described computer 1 inside is provided with video player 7, what with card reader 2, can communicate to connect is the radio-frequency card 11 for work attendance, the UID that is provided with internal control module 12 and radio-frequency card in LAN server 4 is with name information mapping table 14 one to one, in Cloud Server 10, be provided with outer monitoring module 13 and for the operational module 15 of computer, the pick-up lens of described IP Camera 3 above card reader 2 and its image pickup scope can cover user and use radio-frequency card 11 for work attendance to stretch to card reader 2 to enter region while carrying out Card Reader, such image pickup scope can guarantee to allow IP Camera within the time of one second, really can collect the personnel's of the radio-frequency card that uses work attendance image.The work attendance information that comprises the UID of radio-frequency card in the described radio-frequency card 11 for work attendance.Described LAN server 4 comprises the first database with free entry, name entries and video entry.Described Cloud Server 10 comprises the second database with free entry, name entries and video entry.
The method of servicing of the described cloud service platform for enterprise, step is as follows:
Step 1: when user is stretched to the reading range of card reader 2 the radio-frequency card 11 for work attendance, card reader 2 is just the work attendance Information Read-Out of the UID that comprises radio-frequency card in the radio-frequency card 11 for work attendance, and the work attendance information of the UID that comprises radio-frequency card reading is sent in LAN server 4, internal control module 12 in LAN server 4 is using LAN server 4 local zone time now as charge time, internal control module 12 in LAN server 4 is found out the corresponding name information of UID of the radio-frequency card in the work attendance information of UID of same radio-frequency card one to one in mapping table 14 with name information at the UID of radio-frequency card, and the module 12 of internal control simultaneously sends and opens camera instruction to IP Camera 13,
Step 2: IP Camera 13 receives to be opened after camera instruction, just carry out the shooting collection of 1 second by a definite date, rear internal control module 12 transmissions of shooting collection are closed camera instruction IP Camera 13 are closed, the video flowing collecting is sent in LAN server 4, so first the video flowing collecting being sent in LAN server 4 is in order better to guarantee definition and the integrality of video flowing, in LAN server 4, transmission range is shorter after all, the video flowing that can guarantee like this work attendance is more accurate, the error rate is little, video flowing by the higher work attendance of the forwarding guarantee of LAN server 4 is more accurate, internal control module 12 is charge time, the corresponding name information of finding out and the video flowing receiving are stored in respectively the time entry in the first database, in name entries and video entry, then internal control module 12 is charge time, the corresponding name information of finding out and the video flowing receiving are packaged into packet and then this packet are sent to Cloud Server 10 by outer net 5,
Step 3: include charge time when Cloud Server 10 receives, after the packet of the corresponding name information of finding out and video flowing encapsulation, outer monitoring module 13 in Cloud Server 10 is just to including charge time, the packet of the corresponding name information of finding out and video flowing encapsulation is resolved, after parsing, obtain respectively charge time, name information and video flowing, after resolving, outer monitoring module 13 is the charge time obtaining, name information and video flowing store respectively the time entry in the second database into as a record, in name entries and video entry,
Step 4: when computer 6 open any browser 9 access Cloud Server 10, just be written into the operational module 15 for computer, in the service area of browser 9, show interactive interface thus, in this interactive interface, band is useful on the selection input frame of name information, corresponding to this selection input frame for name information is ACK button, input name information and pressing after corresponding ACK button, operational module 15 for computer just sends request packet to Cloud Server 10, includes the name information of input in described request data package;
Step 5: Cloud Server 10 receives after request data package, outer monitoring module 13 is just resolved this request data package, after parsing, obtain the name information of described input, then in the name entries of the second database, find the consistent name information of name information with input, and every record to should name information is extracted, then respectively every record encapsulate to each self-corresponding response data packet of formation;
Step 6: then outer monitoring module 13 sends to computer 6 one by one all response data packet, computer 6 often receives after a response data packet, operational module 15 for computer is just resolved this response data packet, obtain charge time, name information and the video flowing of every record, and in real time the charge time of every record and name information are presented in the service area of browser 9 by row, simultaneously video player 7, also playing with being about to corresponding video flowing, so just can carry out remote monitoring.Crawler system 8 in described Cloud Server 10 also can be as required information in collection the second database regularly send in computer 6 and process, met like this demand of two-way communication, can more fully meet the demand of remote monitoring.
The above, it is only preferred embodiment of the present invention, not the present invention is done to any pro forma restriction, although the present invention discloses as above with preferred embodiment, yet not in order to limit the present invention, any those skilled in the art, do not departing within the scope of technical solution of the present invention, when can utilizing the technology contents of above-mentioned announcement to make a little change or being modified to the equivalent embodiment of equivalent variations, in every case be not depart from technical solution of the present invention content, according to technical spirit of the present invention, within the spirit and principles in the present invention, the any simple modification that above embodiment is done, be equal to replacement and improvement etc., within all still belonging to the protection range of technical solution of the present invention.
Claims (6)
1. the cloud service platform for enterprise, it is characterized in that comprising local area network (LAN) (1), in described local area network (LAN) (1), be provided with LAN server (4), card reader (2) and IP Camera (3), wherein card reader (2) and IP Camera (3) respectively same LAN server (4) be connected, the same outer net of described local area network (LAN) (1) (5) is connected, same outer net (5) is connected also has with the computer (6) of browser (9) with the Cloud Server (10) of crawler system (8), described computer (1) inside is provided with video player (7), what same card reader (2) can communicate to connect is the radio-frequency card (11) for work attendance, the UID that is provided with internal control module (12) and radio-frequency card in LAN server (4) is with name information mapping table (14) one to one, in Cloud Server (10), be provided with outer monitoring module (13) and for the operational module (15) of computer, the pick-up lens of described IP Camera (3) in card reader (2) top and its image pickup scope can cover user and use radio-frequency card (11) for work attendance to stretch to card reader (2) to enter region while carrying out Card Reader.
2. the cloud service platform for enterprise according to claim 1, is characterized in that comprising in the described radio-frequency card for work attendance (11) the work attendance information of the UID of radio-frequency card.
3. the cloud service platform for enterprise according to claim 2, is characterized in that described LAN server (4) comprises the first database with free entry, name entries and video entry.
4. the cloud service platform for enterprise according to claim 3, is characterized in that described Cloud Server (10) comprises the second database with free entry, name entries and video entry.
5. the method for servicing of the cloud service platform for enterprise according to claim 4, is characterized in that, step is as follows:
Step 1: when user is stretched to the reading range of card reader (2) the radio-frequency card (11) for work attendance, card reader (2) is just the work attendance Information Read-Out of the UID that comprises radio-frequency card in the radio-frequency card for work attendance (11), and the work attendance information of the UID that comprises radio-frequency card reading is sent in LAN server (4), internal control module (12) in LAN server (4) is using LAN server (4) local zone time now as charge time, internal control module (12) in LAN server (4) is found out the corresponding name information of UID of the radio-frequency card in the work attendance information of UID of same radio-frequency card one to one in mapping table (14) with name information at the UID of radio-frequency card, and internal control module (12) sends and opens camera instruction to IP Camera (13) simultaneously,
Step 2: IP Camera (13) receives to be opened after camera instruction, just carry out the shooting collection of 1 second by a definite date, rear internal control module (12) transmission of shooting collection is closed camera instruction IP Camera (13) is closed, the video flowing collecting is sent in LAN server (4), internal control module (12) is charge time, the corresponding name information of finding out and the video flowing receiving are stored in respectively the time entry in the first database, in name entries and video entry, then internal control module (12) is charge time, the corresponding name information of finding out and the video flowing receiving are packaged into packet and then this packet are sent to Cloud Server (10) by outer net (5),
Step 3: include charge time when Cloud Server (10) receives, after the packet of the corresponding name information of finding out and video flowing encapsulation, outer monitoring module (13) in Cloud Server (10) is just to including charge time, the packet of the corresponding name information of finding out and video flowing encapsulation is resolved, after parsing, obtain respectively charge time, name information and video flowing, after resolving, outer monitoring module (13) is the charge time obtaining, name information and video flowing store respectively the time entry in the second database into as a record, in name entries and video entry,
Step 4: when computer (6) open any browser (9) access Cloud Server (10), just be written into the operational module (15) for computer, in the service area of browser (9), show interactive interface thus, in this interactive interface, band is useful on the selection input frame of name information, corresponding to this selection input frame for name information is ACK button, input name information and pressing after corresponding ACK button, operational module (15) for computer just sends request packet to Cloud Server (10), in described request data package, include the name information of input,
Step 5: Cloud Server (10) receives after request data package, outer monitoring module (13) is just resolved this request data package, after parsing, obtain the name information of described input, then in the name entries of the second database, find the consistent name information of name information with input, and every record to should name information is extracted, then respectively every record encapsulate to each self-corresponding response data packet of formation;
Step 6: then outer monitoring module (13) sends to computer (6) one by one all response data packet, computer (6) often receives after a response data packet, operational module (15) for computer is just resolved this response data packet, obtain charge time, name information and the video flowing of every record, and in real time the charge time of every record and name information are presented in the service area of browser (9) by row, simultaneously video player (7), also playing with being about to corresponding video flowing, so just can carry out remote monitoring.
6. the method for servicing of the cloud service platform for enterprise according to claim 6, it is characterized in that crawler system (8) in described Cloud Server (10) also can be as required information in collection the second database regularly send in computer (6) and process.
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| CN201410271927.9A CN104023079A (en) | 2014-06-18 | 2014-06-18 | Cloud service platform and method for enterprises |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105141835A (en) * | 2015-08-04 | 2015-12-09 | 上海霆善信息科技有限公司 | Image acquisition system based on card swiping triggering |
| CN105184879A (en) * | 2015-04-30 | 2015-12-23 | 北京天诚盛业科技有限公司 | Biometric identification attendance checking method, device and system |
| CN111241376A (en) * | 2019-12-30 | 2020-06-05 | 广州高企云信息科技有限公司 | Multistage information matching method and device and cloud service platform |
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| CN103325188A (en) * | 2013-06-18 | 2013-09-25 | 浙江贝克曼智能商务有限公司 | Labor guarantee supervision and public livelihood service oriented intelligent terminal system |
| CN203259910U (en) * | 2013-02-27 | 2013-10-30 | 国家档案局档案科学技术研究所 | Archive digitization intelligent monitoring system |
| CN203415004U (en) * | 2013-08-16 | 2014-01-29 | 浙江师范大学 | Intelligent all-purpose government administration card terminal for labor employment |
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| CN203192039U (en) * | 2013-02-06 | 2013-09-11 | 翦宜军 | Attendance device |
| CN203259910U (en) * | 2013-02-27 | 2013-10-30 | 国家档案局档案科学技术研究所 | Archive digitization intelligent monitoring system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105184879A (en) * | 2015-04-30 | 2015-12-23 | 北京天诚盛业科技有限公司 | Biometric identification attendance checking method, device and system |
| CN105141835A (en) * | 2015-08-04 | 2015-12-09 | 上海霆善信息科技有限公司 | Image acquisition system based on card swiping triggering |
| CN111241376A (en) * | 2019-12-30 | 2020-06-05 | 广州高企云信息科技有限公司 | Multistage information matching method and device and cloud service platform |
| CN111241376B (en) * | 2019-12-30 | 2020-09-15 | 广州高企云信息科技有限公司 | Multistage information matching method and device and cloud service platform |
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Application publication date: 20140903 |