CN209859264U

CN209859264U - Monitoring device

Info

Publication number: CN209859264U
Application number: CN201920562546.4U
Authority: CN
Inventors: 李强
Original assignee: Hangzhou Ling'an Intelligent Technology Co Ltd
Current assignee: Hangzhou Ling'an Intelligent Technology Co Ltd
Priority date: 2019-04-23
Filing date: 2019-04-23
Publication date: 2019-12-27
Anticipated expiration: 2029-04-23

Abstract

The utility model provides a pair of monitoring device, including information collection station and with the monitoring host computer of information collection station communication, information collection station includes camera and parameter collector, and the camera includes getting for instance ware, central processing unit, analog/digital converter, communicator and memory, and the analog/digital converter sends the parameter of parameter collector collection and the information stack of getting for instance ware collection back to monitoring host computer through the communicator. In the scheme, the monitoring host can acquire the video information of a specific scene and related environmental parameters in real time, so that the performance of the monitoring device is optimized, and the monitoring device has various functions and high monitoring precision. In addition, the camera further comprises a first alarm, the central processing unit controls the first alarm to work according to the relevant parameters, and when the parameters collected by the parameter collector are abnormal, the first alarm sends alarm information in time, so that the performance of the monitoring device is optimized.

Description

Monitoring device

Technical Field

The utility model relates to a control field especially relates to a monitoring device.

Background

The monitor is a device for monitoring a specific scene in real time, and mainly has the function of collecting video information of the specific scene for related personnel to look up. For example, a monitoring apparatus such as a camera in the related art.

The monitoring device in the prior art generally comprises cameras and an upper computer communicated with the cameras, wherein one upper computer is generally communicated with a plurality of cameras, and a display of the upper computer displays image taking pictures of the plurality of cameras. The monitoring device in the prior art can conveniently monitor a specific scene. However, the monitoring device in the prior art has a simple structure and a single function. For example, the display of the upper computer only displays the picture of a specific scene, and cannot display the specific environment of the specific scene, for example, when a gas leakage occurs in the specific scene, the monitoring personnel cannot acquire the abnormality in time. Therefore, the monitoring device in the prior art has the technical problems of single function and poor monitoring precision.

SUMMERY OF THE UTILITY MODEL

The utility model provides a pair of monitoring device aims at solving the technical problem that monitoring device function singleness, control precision are poor among the prior art.

In order to solve the technical problem, the utility model discloses a following technical scheme:

a monitoring device comprises an information collector for collecting information and a monitoring host machine communicated with the information collector, wherein the information collector comprises a camera for collecting video information and a parameter collector for collecting environmental parameters, the parameter collector is communicated with the camera, the camera comprises a central processing unit, an image capturing device communicated with the central processing unit, an analog/digital converter, a communicator and a storage device for storing environmental standard parameters, the analog/digital converter superposes the parameters collected by the parameter collector on the image capturing information obtained by the image capturing device, the analog/digital converter is communicated with the communicator, the communicator sends the information converted by the analog/digital converter to the monitoring host machine, the camera further comprises a first alarm, the central processing unit compares the parameters collected by the parameter collector with the environmental standard parameters stored in the storage device, and the central processing unit controls the first alarm to work according to the comparison result.

The utility model provides an optional scheme, the monitoring host computer includes the display, the information that the monitoring host computer acquireed is shown to the display, the monitoring host computer still includes the second alarm, central processing unit compares the parameter that parameter collector gathered with the environmental standard parameter of storage in the memory to, central processing unit sends the comparative result to the monitoring host computer through the communicator, the monitoring host computer is according to the comparative result control that acquires the work of second alarm.

The display is mainly used for displaying the video information and parameter information superposed in the video information, related personnel can observe related environmental parameters intuitively, and the performance of the monitoring device is optimized.

The setting of second alarm makes relevant personnel can in time acquire relevant alarm information, has optimized monitoring device's performance.

An optional scheme, the parameter collector includes with parallel communication mode with temperature sensor, humidity transducer, fire alarm, smoke alarm, gas alarm and water level sensor of camera communication.

The parameter collector can collect a plurality of environmental parameters, and the performance of the monitoring device is optimized.

An optional scheme, first alarm with the second alarm is audible alarm, perhaps, first alarm with the second alarm is light alarm, perhaps, first alarm with the second alarm is audible alarm.

The first alarm and the second alarm have various alternative schemes, and the technical personnel in the field can conveniently and reasonably set the alarm according to the needs, thereby optimizing the alarm performance of the monitoring device.

The camera comprises a shell, a stainless steel protective shell is sleeved outside the shell, the first alarm is fixed on the stainless steel protective shell through screws, a heat insulation pad is arranged between the first alarm and the stainless steel protective shell, and the heat insulation pad is bonded on the first alarm.

The shell has the function of protecting the camera, the damage of the camera in the actual use process is avoided, and the service life of the camera is prolonged.

According to an optional scheme, the monitoring device further comprises a mobile terminal, the mobile terminal is communicated with the communicator, the central processing unit compares parameters acquired by the parameter acquisition unit with environment standard parameters stored in the storage, and the central processing unit controls whether the communicator sends a comparison result to the mobile terminal or not according to the comparison result.

The mobile terminal is mainly beneficial to relevant personnel to obtain relevant alarm information in time, and the relevant personnel can obtain the relevant alarm information at any position, so that the performance of the monitoring device is optimized.

According to the selectable scheme, the communicator is communicated with the monitoring host through a network cable, or the communicator is communicated with the monitoring host through a wireless network, the parameter collector is communicated with the camera through the network cable, or the parameter collector is communicated with the camera through the wireless network.

An optional scheme, be provided with the protection in the casing the heat exchanger that separates of memory, the memory is fixed in separate in the heat exchanger, separate the heat exchanger and include the opening, the memory includes data connector, data connector passes through the opening extends to separate outside the heat exchanger the opening intussuseption is filled with the heat insulating block, the heat insulating block bond in on the open-ended lateral wall.

The heat shield has the function of protecting the memory, the memory can be effectively protected by the heat shield, when the camera is damaged, the memory cannot be damaged, related personnel can conveniently acquire related information through the memory, and the performance of the monitoring device is optimized.

Compared with the prior art, the utility model provides a pair of monitoring device has following advantage:

1. the video information and the related parameter information are overlapped and then uploaded to the monitoring host, the monitoring host can acquire the related environment information while acquiring the video information, and the monitoring device is multifunctional and high in monitoring precision.

2. The first alarm is mainly used for warning related personnel in a specific area, namely, at least one environmental parameter in a specific scene is abnormal when the alarm works, and the related personnel with specific differences can be timely handled, so that the larger loss is avoided, and the performance of the monitoring device is optimized.

3. The second alarm mainly has a prompt function, namely, even if relevant on-duty personnel maintaining the monitoring host computer fail to find out that relevant parameters are abnormal due to negligence, alarm information of the second alarm can still prompt the on-duty personnel, and the performance of the monitoring device is optimized.

Drawings

The following drawings are only for the purpose of enabling those skilled in the art to better understand the technical solution of the present invention, and are not intended to limit the scope of the present invention.

Fig. 1 is a block diagram of a monitoring apparatus.

Fig. 2 is a schematic view of a camera.

FIG. 3 is a schematic view of the assembled reservoir and heat shield.

Detailed Description

The technical solution of the present invention will be further explained with reference to the following embodiments. The following examples are only intended to provide a possible solution and are not intended to limit the invention.

Example one

A monitoring device is used for monitoring specific scenes, such as residences, commercial buildings and other places needing monitoring.

As shown in fig. 1, the monitoring device includes an information collector 1 for collecting information and a monitoring host 2 communicating with the information collector 1, and the inclusion in this document means that the monitoring device may have other structures, such as a necessary power supply, in addition to the structure disclosed in this document.

The information collector 1 is arranged in a specific scene to be monitored, the monitoring host 2 is generally arranged in a duty room, and since the monitoring host 2 may need to monitor a large area, one monitoring host 2 generally communicates with a plurality of information collectors 1 to obtain a larger monitoring range.

As shown in fig. 1, the information collector 1 includes a camera 3 for collecting video information and a parameter collector 4 for collecting environmental parameters, the parameter collector 4 is in communication with the camera 3, and the camera 3 includes a central processing unit 5, an image collector 6 in communication with the central processing unit 5, an analog/digital converter 7, a communicator 8, and a memory 9 for storing environmental standard parameters.

As shown in fig. 1, the analog/digital converter 7 superimposes the parameters acquired by the parameter acquirer 4 on the image-capturing information acquired by the image-capturing device 6, the analog/digital converter 7 communicates with the communicator 8, and the communicator 8 sends the information converted by the analog/digital converter 7 to the monitoring host 2. That is, all the information collected by the image collector 6 and the parameter collector 4 are converted and superimposed by the analog/digital converter 7 and then sent to the monitoring host 2, and the analog/digital conversion device implementing the function is a conventional structure in the prior art, for example, the common camera 3 in the prior art can display time information and the like on the obtained picture, and the specific structure thereof is not described in detail and can be obtained conveniently by purchase.

The camera 3 further comprises a first alarm 10, the central processing unit 5 compares the parameters collected by the parameter collector 4 with the environmental standard parameters stored in the memory 9, and the central processing unit 5 controls the first alarm 10 to work according to the comparison result. The central processor 5 may be an AI processor with learning capabilities.

Specifically, in the actual working process, the image capturing device 6 captures a video image of a specific scene, the parameter collecting device 4 captures an environmental parameter of the specific scene, the information captured by the image capturing device 6 and the information captured by the parameter collecting device 4 are processed by the analog/digital converter 7 and then sent to the monitoring host 2, at this time, the information stream captured by the monitoring host 2 includes video information and parameter information superimposed into the video information, that is, when the monitoring host 2 includes the display 11, the information displayed by the display 11 includes the video image and the environmental parameter superimposed on the video image. Such as temperature parameters, humidity parameters, etc. for a particular scene.

According to the scheme, the functions of the monitoring device are increased, the environmental parameters which cannot be acquired through the video information can be acquired, and the monitoring precision of the monitoring device is improved.

The first alarm 10 mainly has an alarm function, for example, the parameter collector 4 collects the environmental parameters in real time, the central processor 5 reads the standard parameters stored in the memory 9, compares the environmental parameters with the standard parameters, and when the environmental parameters exceed the standard parameters, the central processor 5 controls the first alarm 10 to give an alarm.

Specifically, the standard ambient temperature parameter stored in the memory 9 is 50 degrees celsius, and when the ambient temperature acquired by the parameter acquirer 4 is 80 degrees celsius, it indicates that the parameter is abnormal, and a corresponding specific scene may have a fire hazard, and at this time, the central processing unit 5 controls the first alarm 10 to give an alarm, and the related personnel can timely eliminate the abnormality.

Example two

This embodiment presents one possible solution for monitoring the host 2.

As shown in fig. 1, the monitoring host 2 includes a display 11, the display 11 may be a color display 11 to display different colors, the display 11 displays information acquired by the monitoring host 2, the monitoring host 2 further includes a second alarm 12, the central processing unit 5 compares parameters acquired by the parameter acquisition unit 4 with environment standard parameters stored in the memory 9, and the central processing unit 5 sends comparison results to the monitoring host 2 through the communicator 8, and the monitoring host 2 controls the second alarm 12 to work according to the acquired comparison results.

That is, the monitoring host 2 controls the second alarm 12 to operate according to the comparison result between the environmental parameter and the standard parameter, and the operation principle is similar to that of the first alarm 10, which is not described herein again. The second alarm 12 is mainly used for prompting the relevant personnel in the duty room so as to facilitate the relevant personnel in the duty room to react in time.

The first alarm 10 is mainly used for prompting relevant personnel in a specific scene, taking a residence as an example, the first alarm 10 is mainly used for prompting residents in the residence, for example, when gas leakage occurs in the residence and the leakage amount is small, the residents may not know the hidden danger, and at the moment, if the first alarm 10 sends out an alarm signal, the alarm can effectively prompt the residents that the environment has the potential safety hazard, so that the performance of the monitoring device is optimized.

EXAMPLE III

This embodiment describes a possible solution of the parameter collector 4, the camera 3, the first alarm 10 and the second alarm 12.

As shown in fig. 1, the parameter collector 4 includes a temperature sensor 13, a humidity sensor 14, a fire alarm 15, a smoke alarm 16, a gas alarm 17, and a water level sensor 18, which communicate with the camera 3 in a parallel communication manner.

The temperature sensor 13, the humidity sensor 14, the fire alarm 15, the smoke alarm 16, the gas alarm 17 and the water level sensor 18 are all independently communicated with the camera 3, so that the problem that the camera 3 cannot acquire other parameters due to the fact that a communication line breaks down is prevented, and the stability of the monitoring device in the working process is improved.

The setting position and the setting mode of the parameter collector 4 are not limited, and the setting position and the setting mode can be reasonably selected by a person skilled in the art according to needs.

The first alarm 10 and the second alarm 12 are both sound alarms, or the first alarm 10 and the second alarm 12 are both light alarms, or the first alarm 10 and the second alarm 12 are both sound and light alarms.

The first alarm 10 and the second alarm 12 have various alternatives, so that the use cost of the monitoring device is reduced, and the monitoring device is easy to maintain.

As shown in fig. 1 and 2, the camera 3 includes a housing 19, a stainless steel protective shell 20 is sleeved outside the housing 19, the first alarm 10 is fixed on the stainless steel protective shell 20 through screws, a heat insulation pad 21 is arranged between the first alarm 10 and the stainless steel protective shell 20, and the heat insulation pad 21 is bonded on the first alarm 10. The first alarm 10 may be fixed to the stainless steel protective case 20 by other means, which is not limited in particular.

As shown in fig. 1 and 3, a heat shield 23 for protecting the memory 9 is provided in the housing 19, the memory 9 is fixed in the heat shield 23, the heat shield 23 includes an opening, the memory 9 includes a data connector 24, the data connector 24 extends out of the heat shield 23 through the opening, a heat insulating block 25 is filled in the opening, and the heat insulating block 25 is bonded to a side wall of the opening.

The heat shield 23 is mainly used to prevent the memory 9 from being damaged, for example, after the camera 3 is burnt, the relevant personnel can restore the data stored in the memory 9 in order to investigate the burning reason, so as to facilitate the relevant personnel to perform technical analysis. The heat shield 23 is a structure made of a heat insulating material. The specific structure is not described in detail, and those skilled in the art can reasonably design the structure as required.

Example four

This embodiment is one possible optimization of the above-described embodiments.

As shown in fig. 1, the monitoring device further includes a mobile terminal 22, the mobile terminal 22 communicates with the communicator 8, the central processing unit 5 compares the parameters collected by the parameter collector 4 with the environmental standard parameters stored in the memory 9, and the central processing unit 5 controls whether the communicator 8 sends the comparison result to the mobile terminal 22 according to the comparison result.

The mobile terminal 22 may be a smart phone or a tablet computer or the like.

The communicator 8 may communicate with the mobile terminal 22 via a wireless network, for example, the communicator 8 may communicate with the mobile terminal 22 using a 4G network. That is to say, when a certain parameter acquired by the parameter acquirer 4 is abnormal, the central processing unit 5 sends information to the mobile terminal 22 according to the abnormality, and the scheme enables related personnel to acquire the related abnormal parameter anytime and anywhere, thereby optimizing the performance of the monitoring device.

EXAMPLE five

This embodiment describes a possible communication scheme between the communicator 8 and the monitoring host 2 and between the parameter collector 4 and the camera 3.

The communicator 8 communicates with the monitoring host 2 through a network cable, or the communicator 8 communicates with the monitoring host through a wireless network, and the parameter collector 4 communicates with the camera 3 through a network cable, or the parameter collector 4 communicates with the camera 3 through a wireless network.

The above is only the preferred embodiment of the present invention, which aims to embody the outstanding technical effects and advantages of the present invention, and is not the limitation of the technical solution of the present invention. It should be understood by those skilled in the art that all modifications, changes or alternative technical features made based on the technical contents of the present invention should be covered within the technical scope of the appended claims.

Claims

1. The utility model provides a monitoring device, including information acquisition ware (1) of information acquisition ware (1) and with monitoring host computer (2) of information acquisition ware (1) communication, its characterized in that: the information collector (1) comprises a camera (3) for collecting video information and a parameter collector (4) for collecting environmental parameters, the parameter collector (4) is communicated with the camera (3), the camera (3) comprises a central processing unit (5), an image collector (6) communicated with the central processing unit (5), an analog/digital converter (7), a communicator (8) and a memory (9) for storing environmental standard parameters, the analog/digital converter (7) superposes the parameters collected by the parameter collector (4) on the image-taking information obtained by the image collector (6), the analog/digital converter (7) is communicated with the communicator (8), the communicator (8) sends the information converted by the analog/digital converter (7) to a monitoring host (2), and the camera (3) further comprises a first alarm (10), the central processing unit (5) compares the parameters acquired by the parameter acquirer (4) with the environmental standard parameters stored in the memory (9), and the central processing unit (5) controls the first alarm (10) to work according to the comparison result.

2. A monitoring device according to claim 1, characterized in that: monitor (2) includes display (11), information that monitor (2) acquireed is shown in display (11), monitor (2) still includes second alarm (12), central processing unit (5) compare the parameter that parameter collector (4) gathered with the environmental standard parameter of storage in memory (9) to, central processing unit (5) send the comparison result to monitor (2) through communicator (8), monitor (2) is according to the comparison result control that acquires second alarm (12) work.

3. A monitoring device according to claim 2, characterized in that: the parameter collector (4) comprises a temperature sensor (13), a humidity sensor (14), a fire alarm (15), a smoke alarm (16), a gas alarm (17) and a water level sensor (18) which are communicated with the camera (3) in a parallel communication mode.

4. A monitoring device according to claim 3, characterized in that: the first alarm (10) and the second alarm (12) are both sound alarms, or the first alarm (10) and the second alarm (12) are both light alarms, or the first alarm (10) and the second alarm (12) are both sound and light alarms.

5. A monitoring device according to claim 4, characterized in that: camera (3) include casing (19) overcoat is equipped with stainless steel protective housing (20), first alarm (10) are fixed in through the screw on stainless steel protective housing (20) first alarm (10) with be provided with heat insulating mattress (21) between stainless steel protective housing (20), heat insulating mattress (21) bond in on first alarm (10).

6. A monitoring device according to claim 1, characterized in that: the monitoring device further comprises a mobile terminal (22), the mobile terminal (22) is communicated with the communicator (8), the central processing unit (5) compares the parameters collected by the parameter collector (4) with the environmental standard parameters stored in the memory (9), and the central processing unit (5) controls whether the communicator (8) sends the comparison result to the mobile terminal (22) or not according to the comparison result.

7. A monitoring device according to claim 1, characterized in that: the communication device (8) is communicated with the monitoring host (2) through a network cable, or the communication device (8) is communicated with the monitoring host through a wireless network, the parameter collector (4) is communicated with the camera (3) through a network cable, or the parameter collector (4) is communicated with the camera (3) through a wireless network.

8. A monitoring device according to claim 5, characterized in that: be provided with the protection in casing (19) separate heat exchanger (23) of memory (9), memory (9) are fixed in separate heat exchanger (23) in, separate heat exchanger (23) including the opening, memory (9) include data connector (24), data connector (24) pass through the opening extends to outside separate heat exchanger (23) the opening intussuseption is filled with heat insulating block (25), heat insulating block (25) bond in on the open-ended lateral wall.