CN212647491U - Target image searching system - Google Patents
Target image searching system Download PDFInfo
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- CN212647491U CN212647491U CN202021184402.9U CN202021184402U CN212647491U CN 212647491 U CN212647491 U CN 212647491U CN 202021184402 U CN202021184402 U CN 202021184402U CN 212647491 U CN212647491 U CN 212647491U
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Abstract
The utility model discloses a target image search system includes at least: a plurality of image capturing devices for capturing an image of at least one target in the monitoring area at any time, wherein the image has an image name mark, shooting time information and a target image related to the target; a plurality of identification modules for identifying the target and obtaining at least one identification information of the target, wherein the identification information includes an acquisition time and an identification name tag; an image data access network module connected to the plurality of image capturing devices for accessing the image and storing the image as a plurality of image files according to the image name marks; a cloud server and a management operation interface. The utility model has the advantages of more flexible, faster and more convenient target image searching.
Description
Technical Field
The utility model relates to an image search technical field, concretely relates to target image search system that can look for target image fast.
Background
The number of modern population is rapidly increased, the house price is increased, the number of population living around (short, medium and long term) or renting (short, medium and long term) is increased, many strangers are always filled in daily living environment, and the requirement of people on the safety of the living environment is higher and higher. Many locations such as: restaurants, shopping malls, lodging residents, rental rooms, workplaces or public facilities and the like are complicated in-out population and difficult to control, so that accidents are easy to occur frequently. Although most residences or communities can be maintained by police or self-requested security companies, and only for security purposes such as anti-theft security, such security measures are not available in all locations due to cost considerations.
Therefore, the monitoring and video recording system is installed in the public place to maintain security, the known monitoring and video recording system is to transmit the image of the monitoring target to the monitor for display and storage, when the situation occurs, the image storage data of the monitoring and video recording system can be used to provide the store clerk with increased warning for the unknown guests, and under the occurrence of the situation, the store clerk can quickly press down the connection alarm of the police and people to avoid the occurrence of danger and the serious loss of property, and the monitoring image can be timely provided to the police to serve as the favorable clue and evidence for the police to rapidly solve the case.
At present, with the rapid development of science and technology and the wide application of internet, the monitoring and recording system is changed from the early analog monitoring and recording system to the present digital monitoring and recording system or the network monitoring and recording system, and the image is transformed from the initial analog signal to the present digital signal. The storage medium of image is also converted from conventional tape, video tape to hard disk, network hard disk or other large digital image data storage device. Therefore, the reading device of the digital monitoring recording system on the market at present is as follows: digital Video Recorder (DVR), or Network Video Recorder (NVR), provides more and more convenient image inspection mechanisms while storing a large amount of image data. However, it still takes a lot of time to search images one by one when searching for a specific image, so the digital surveillance recording system or the network surveillance recording system is developed to solve the problem, and various image searching mechanisms are introduced in the market to assist users to quickly search for a specific image.
However, when a user wants to search for a frame at a specific time from a plurality of image files, the user must first find the image file recorded near the specific time in the plurality of image files in an inspection manner and then inspect the image file to find the specific frame, or must first find the image file recorded at a specific section in the plurality of image files in an inspection manner, and when a plurality of image files are recorded at the same place, the user must inspect the files one by one to find the specific frame. No matter the picture of a specific time is searched, the searching process needs to be performed by manual inspection, and when the number of image files in the storage unit is large, a large time cost is required.
Therefore, there is a need to develop a more flexible, faster and more convenient image searching technique to meet the actual requirement.
SUMMERY OF THE UTILITY MODEL
An object of the present invention is to provide a target image searching system capable of quickly searching a target image.
In order to achieve the above purpose, the utility model adopts the following technical scheme: the target image searching system at least comprises:
the system comprises a plurality of image capturing devices, a monitoring area and a control device, wherein the image capturing devices are erected in the monitoring area and used for capturing an image of at least one target in the monitoring area at any time, and the image is provided with an image name mark, shooting time information and a target image related to the target;
a plurality of identification modules configured in the monitoring area, wherein when the target enters the monitoring area, the plurality of identification modules identify the target and obtain at least one identification information of the target, and the identification information includes an acquisition time and an identification name tag;
an image data access network module connected to the plurality of image capturing devices for accessing the image and storing the image as a plurality of image files according to the image name marks;
a cloud server connected to the identification module and the image data access network module, respectively, for transmitting the identification information to the cloud server for access after the identification module obtains the identification information; and
a management operation interface connected to the cloud server, a manager can select the identification information displayed on the management operation interface, and further search the target image corresponding to the identification name mark, the image name marks and the shooting time information in the image data access network module in the plurality of image files according to the identification name mark and the obtaining time, and can watch the target image of the target.
Further, the target image searching system further comprises: the plurality of image capturing devices include a camera and an infrared thermal imager capable of capturing a target thermal image of the target.
Further, the target image searching system further comprises: the Identification module identifies and obtains the Identification information through an image capturing mode or a Wireless sensing (Wireless detection) mode, wherein the Wireless sensing mode is Near Field Communication (NFC), Radio Frequency Identification (RFID), Magnetic induction stripe (MST), Wireless fidelity (WiFi), Long Term Evolution (LTE) or Bluetooth.
Further, the target image searching system further comprises: the identification information is a biometric feature or an identification code, and the biometric feature is a face, a fingerprint, an iris or a voice.
Further, the target image searching system further comprises: the identification name tag is named corresponding to a plurality of identification modules.
Further, the target image searching system further comprises: the image name mark is named corresponding to a plurality of image capturing devices, and the images captured by the plurality of image capturing devices are respectively stored in the plurality of image files; the identification module and the image capturing device in the same monitoring area have the same identification name mark and the same image name mark.
Further, the target image searching system further comprises: the cloud server further has an image data access module for accessing the plurality of image files of the image data access network module.
Through the implementation of the above technical scheme, the beneficial effects of the utility model are that: the target image can be searched more flexibly, quickly and conveniently.
Drawings
Fig. 1 is a schematic structural diagram of the target image searching system of the present invention.
Fig. 2 is a schematic flow chart illustrating steps of the method for searching a target image according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments.
As shown in fig. 1, the target image searching system at least comprises: a plurality of image capturing devices 1, at least one identification module 2, an image data access network module 3, a cloud server 4, and a management operation interface 5, wherein:
the image capturing devices 1 are installed in a monitoring area for capturing an image of at least one target in the monitoring area at any time, and the image has an image name mark, shooting time information and a target image related to the target.
The plurality of identification modules 2 are disposed in the monitoring area, when the target enters the monitoring area, the identification modules 2 identify the target and obtain an identification information of the target, the identification information includes an obtaining time and an identification name tag, the obtaining time is a time point when the identification module 2 obtains the identification information. The Identification module obtains the Identification information through image capture or Wireless sensing (Wireless detection), for example, the Identification information is obtained through image capture, and the Identification code is obtained through Wireless sensing, wherein the Wireless sensing is Near Field Communication (NFC), Radio Frequency Identification (RFID), Magnetic induction strip (MST), Wireless fidelity (WiFi), Long Term Evolution (LTE), or Bluetooth. Certainly, the identification code can be worn on a carrier object such as a badge, a bracelet or a garment to facilitate the identification of the identification module 2. The identification name tag is named corresponding to the plurality of identification modules 2, for example, three identification modules in the monitored area are named A, B, C respectively, and the identification information obtained corresponding to the three identification modules also has A, B, C different identification name tags.
The image data access network module 3 is connected to the plural image capturing devices 1 to access the image and store the image corresponding to the different image name labels as plural image files, the image data access network module 3 can be an acquisition device of a network monitoring and recording system, such as: network Video Recorder (NVR); the image name tag is named corresponding to a plurality of image capturing devices, the images captured by the plurality of image capturing devices are respectively stored in the plurality of image files, for example, three image capturing devices in the monitored area are respectively named D, E, F, the corresponding three image files are also named D, E, F, and the images captured by the three image capturing devices are respectively stored in the corresponding D, E, F image files. The identification module and the image capturing device in the same monitoring area respectively correspond to the same identification name mark and the same image name mark; namely, the monitoring area is provided with a first identification module, a second identification module, a first image acquisition device and a second image acquisition device; wherein, the identification information obtained by the first and second identification modules has a G identification name mark, and the images captured by the first and second image capturing devices are stored in the image file with the G image name mark.
The cloud server 4 is connected to the identification module 2 and the image data access network module 3, respectively, and transmits the identification information to the cloud server 4 for access after the identification module 2 obtains the identification information.
The management operation interface 5 is connected to the cloud server 4, and the management operation interface 5 can be connected to the cloud server 4 through the internet to perform related image query. Referring to fig. 2, the method for searching a target image according to the present invention at least includes the following steps:
the method comprises the following steps: the identification information is obtained from the identification module 2 and transmitted to the cloud server 4 and stored, wherein the identification information includes an obtaining time.
Step two: the image capturing devices 1 capture images in the monitored area, and the image data access network module 3 obtains a plurality of images, wherein the images respectively have an image name mark, shooting time information and a target image related to the target.
Step three: a manager can select the identification information displayed on the management operation interface 5 to further obtain the identification name mark and the acquisition time, and search the target image corresponding to the identification name mark, the image name marks and the shooting time information in the plurality of image files in the image data access network module 3 according to the identification name mark and the acquisition time, and can watch the target image of the target to achieve the purpose of quickly searching the target image. Therefore, when the manager wants to retrieve the target image of a specific target in a specific monitoring area, the manager only needs to search the identification information of the target in the cloud server, so as to obtain the time (i.e. the acquisition time) when the target enters or exits the monitoring area and the specific image capturing device configured corresponding to the monitoring area, and then search in the image data access network module according to the identification name mark and the acquisition time, so as to obtain the target image corresponding to the identification name mark and the image name marks in the acquisition time and the shooting time information, and the target image can be sorted on the screen according to the time axis, so that the manager can easily select the image of the area to be viewed, and the efficiency of looking up the target image is improved.
The utility model discloses can be applied to outside personnel's the control management, also can be applied to asset management, the target of above-mentioned promptly except that personnel still can be for the asset, installs identification code (for example RFID label or QR sign indicating number) on the target of wanting to monitor, can provide the time of acquireing identification information according to this high in the clouds server, and the image data access network module of looking over is transferred soon to the asset and is come in and go out the time point of monitoring area, and the efficiency of searching can great increase. Certainly, the cloud server may further have an image data access module for accessing the plurality of image files of the image data access network module, and the user can directly access the image data in the image data access module in the cloud server according to the time for obtaining the identification information provided by the cloud server.
In addition, the plurality of image capturing devices comprise a camera and an infrared thermal imager, the camera can capture the image of the target, the infrared thermal imager can capture a target thermal image of the target for storage in the plurality of image files and further having a target thermal image of the target, and the target thermal image displays the temperature of the target on the image and effectively tracks the temperature condition of the target; the infrared thermal imaging technology is widely used for measuring the surface temperature of a target object, and the temperature distribution of the target object to be measured cannot be influenced due to the non-contact measurement mode, so that the infrared thermal imaging technology can be used for far-distance target objects, charged target objects, high-temperature target objects and other target unknowable objects. When the manager wants to retrieve the temperature of the target, the cloud server searches the identification information of the target, so as to obtain the time (i.e. the acquisition time) when the target enters or exits the monitoring area and the specific image capturing device configured corresponding to the monitoring area, and the manager searches the image data access network module according to the identification name mark and the acquisition time, so as to obtain the target image and the target thermal image corresponding to the image name marks and the shooting time information in the identification name mark and the acquisition time, so that the temperature of the target entering the monitoring area can be quickly traced, and the searching efficiency is increased for epidemic prevention monitoring.
The utility model discloses can be applied to traffic law enforcement epidemic prevention unit, family or company's line number needs on the operation of monitoring personnel, and combine the identification technique to the improvement is present to face the disappearance that mass image can only be searched with the human eye, and this system has realized the function to the real-time collection of the key target of specific scene, more can be applied to personnel survey and examine record, the control of immediate personnel is traceed back, is seeked fast.
The utility model can also be applied to physical ability tests of multiple contests or multiple persons, and the plural identification modules can be in an image capturing mode or a Wireless detection mode or in other identification modes, for example, in a manual input mode, for example, applied to a multi-person competition or a multi-person fitness test, the image capturing device and the identification module are arranged in different item test areas, for example, test items such as volleyball, middle-distance running, football and the like are arranged, when examinees report in the volleyball test areas, the identification information of the examinee can be obtained by a manual input method, and the identification module can be an input device, the identification information includes an acquisition time (i.e. the arrival time of the examinee) and an identification name tag (i.e. the test item such as "" volleyball ""), and of course, the examinee name; and when reporting to, image acquisition device picks up the image simultaneously, and this image is stored in the image file of file name "volleyball", and after all examinees passed through all test items, the high in the clouds server can store all examinees in the identification information of different test items, contains at least: examinee 1 name/10 o/volleyball, examinee 1 name/10 o 30 min/zhongchang and examinee 1/11 o/football, and the image data access network module has the image files of "volleyball", "zhongchang" and "football dribbling" which respectively store the related images of all examinees in the above-mentioned test items; when the image of the volleyball test conducted by the examinee 1 is to be retrieved, only the cloud server needs to search the examinee 1, the identification information of the examinee 1 in different test items appears, the corresponding acquisition time "" 10 points "" is found, and the image data access network module searches the target image corresponding to the acquisition time "" 10 points "" in the plurality of image files.
The utility model has the advantages that: the target image can be searched more flexibly, quickly and conveniently.
The above embodiments are provided only for the purpose of illustration, and are not intended to limit the present invention, and various modifications or changes made by those skilled in the relevant art without departing from the technical scope of the present invention should fall within the protection scope of the present invention.
Claims (7)
1. The target image searching system is characterized in that: at least comprises the following steps:
the system comprises a plurality of image capturing devices, a monitoring area and a control device, wherein the image capturing devices are erected in the monitoring area and used for capturing an image of at least one target in the monitoring area at any time, and the image is provided with an image name mark, shooting time information and a target image related to the target;
a plurality of identification modules configured in the monitoring area, wherein when the target enters the monitoring area, the plurality of identification modules identify the target and obtain at least one identification information of the target, and the identification information includes an acquisition time and an identification name tag;
an image data access network module connected to the plurality of image capturing devices for accessing the image and storing the image as a plurality of image files according to the image name marks;
a cloud server connected to the identification module and the image data access network module, respectively, for transmitting the identification information to the cloud server for access after the identification module obtains the identification information; and
a management operation interface connected to the cloud server, a manager can select the identification information displayed on the management operation interface, and further search the target image corresponding to the identification name mark, the image name marks and the shooting time information in the image data access network module in the plurality of image files according to the identification name mark and the obtaining time, and can watch the target image of the target.
2. The system of claim 1, wherein: the plurality of image capturing devices include a camera and an infrared thermal imager capable of capturing a target thermal image of the target.
3. The system of claim 1 or 2, wherein: the Identification module identifies and obtains the Identification information through an image capturing mode or a Wireless sensing (Wireless detection) mode, wherein the Wireless sensing mode is Near Field Communication (NFC), Radio Frequency Identification (RFID), Magnetic induction stripe (MST), Wireless fidelity (WiFi), Long Term Evolution (LTE) or Bluetooth.
4. The system of claim 3, wherein: the identification information is a biometric feature or an identification code, and the biometric feature is a face, a fingerprint, an iris or a voice.
5. The system of claim 1 or 2, wherein: the identification name tag is named corresponding to a plurality of identification modules.
6. The system of claim 5, wherein: the image name mark is named corresponding to a plurality of image capturing devices, and the images captured by the plurality of image capturing devices are respectively stored in the plurality of image files; the identification module and the image capturing device in the same monitoring area have the same identification name mark and the same image name mark.
7. The system of claim 1 or 2, wherein: the cloud server further has an image data access module for accessing the plurality of image files of the image data access network module.
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| CN202021184402.9U CN212647491U (en) | 2020-06-23 | 2020-06-23 | Target image searching system |
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| CN202021184402.9U CN212647491U (en) | 2020-06-23 | 2020-06-23 | Target image searching system |
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| CN212647491U true CN212647491U (en) | 2021-03-02 |
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Effective date of registration: 20230725 Address after: 215628 Building 14, Yongxie Garden, Yonglian Town, Nanfeng Town, Zhangjiagang City, Suzhou City, Jiangsu Province Patentee after: Qu Sheng Address before: 215628 Jiangsu Golden Dynamic Intelligent Equipment Co., Ltd., east of Xingyuan Road, Nanfeng Town, Zhangjiagang City, Suzhou City, Jiangsu Province Patentee before: JIANGSU JIN DYNAMIC INTELLIGENT EQUIPMENT Co.,Ltd. |