TWM511169U - Multi-functional network camera with replaceable power supply module - Google Patents

Description

Multi-function webcam with replaceable power module

This creation relates to a network surveillance camera, especially a multi-function network surveillance camera with a replaceable power module. By replacing the power plug module, the multi-function network surveillance camera can be used in different countries or regions.

The IP Camera includes cameras, image compression modules, and microcomputers. Unlike a consumer webcam (Webcam), which needs to connect to the Internet by controlling the connection of the computer, since each network surveillance camera has its own IP address, it can be directly connected to the network as a network device, or via The hub is indirectly connected to the network. This condition gives it the ability to communicate peer-to-peer. With the rapid development of the Internet of Things, network surveillance cameras are the products with great growth momentum.

Network surveillance cameras are generally not used for interpersonal video communication. Instead, they are used in specific locations to search for images (and sometimes sounds) of a certain range of people, and then instantly The searched data is passed to a remote receiving end (such as a server). Traditionally, the same work is done by the monitor. The monitor transmits images in a wired manner, and the pipes are coaxial cables. Since the coaxial cable is less susceptible to signal interference, reliability and reliability are high, and it has long been the terminal device of the monitoring system. however, The layout of the monitor should take into account the direction of the cable and the wire, that is, the position of the monitor should allow the installation of these lines, whether exposed or packaged in a specific pipeline. For the erector, this is undoubtedly a burden that cannot be avoided. If the problem on the wired road causes the monitor to be unable to operate effectively, the maintenance is very troublesome.

In contrast to network surveillance cameras, the question that was previously questioned is that It is transmitted wirelessly (usually Wi-Fi), which can easily cause image transmission interruption due to environmental noise, or it can be caused by the failure of the data machine connected to the network. However, with the advancement of wireless communication technology, the ability of network surveillance cameras to resist environmental interference has increased; in addition, some network surveillance cameras have wireless data system modules, which essentially eliminates the dependence on network access devices. Coupled with the advantages of easier installation, network surveillance cameras have become more and more popular in the surveillance and management market, and their applications are becoming more and more extensive.

However, there are several problems that need to be overcome in network surveillance cameras. question. First, like a normal monitor, the network surveillance camera is also driven by external power. Although the coaxial cable is removed, the installation of a power cord should also consider the power supply (where there is a power outlet) where the network monitor camera is located, and the degree of damage to the environment. For manufacturers, the same network surveillance camera may be replaced by different plugs and transformers because of sales in different countries or regions. The power cord can be called the number one natural enemy of network surveillance cameras.

Secondly, because the network surveillance camera is light and easy to set up, it is usually not tested. Consider the perspective of its surveillance. That is to say, in addition to the user's manual adjustment of the angle of the network surveillance camera lens, it is generally carried out with a fixed position and angle. If it is to be regulated, it is inconvenient to disassemble and fix the structure. In addition, some monitoring scenarios are not changed for a long time, such as monitoring the door and window conditions due to anti-theft, and the network surveillance camera does not need to operate for a long time and is triggered by an event, so that the network can be extended in addition to reducing energy consumption. The road monitors the life of the camera, but the general network surveillance camera lacks such a mechanism.

Finally, although the function of the current network surveillance camera is "recording and transmitting" "Transfer the monitor screen", but it is inevitable that people feel that the function is thin. If other environmental monitoring, such as smoke detection, is required at the same place, the environment must accommodate more than two types of monitoring equipment at the same time. In addition to equipment and erection In addition to the increase in cost, the impact of the environment is not small, and it is impossible to implement the concept of a comprehensive intelligent detection of a machine.

Therefore, in response to the above-mentioned existing network surveillance camera products The author, who has accumulated decades of experience in the field of monitoring equipment, proposed a multi-functional network surveillance camera with a replaceable power module to solve all problems at once. The details of this creation will be disclosed in detail in the following description.

In order to solve the aforementioned problems, the present invention provides a multifunctional network camera. The multifunction network camera comprises: a processing unit for controlling the components electrically connected thereto and the power required by the components; Like the module, the video recording module is electrically connected to the processing unit for recording an image, and converting the image into an image signal to be provided to the processing unit; a wireless communication module, the wireless communication module is electrically Connected to the processing unit for transmitting the image signal to an external receiving device, and transmitting instructions from the receiving device to the processing unit for processing; an alternating current to direct current device, the alternating current to direct current device and the processing The unit is electrically connected to convert the received alternating current into direct current to provide power required for operation of the multifunctional network camera; a power transfer unit having a plug conforming to the specifications of the commercial output socket, and an internal power transmission And the first connection part is configured to transmit the alternating current from the socket through the internal power transmission end group; the first housing group, the first housing group is composed of a plurality of housings, a plurality of openings for accommodating and protecting the processing unit, the video recording module and the wireless communication module, wherein a housing has a second connecting portion, and the video recording module And the second housing group is configured to receive and protect the AC to DC device, comprising: a front housing, the front housing includes a third connecting portion, The third connecting portion is configured to be pluggably engaged with the first connecting portion, and the internal power transmitting end group is electrically connected to the alternating current to DC device after the third connecting portion is engaged with the first connecting portion; and a rear housing The rear housing includes a fourth connecting portion for rotatably engaging the second connecting portion. Wherein the junction of the fourth connecting portion and the second connecting portion leaves a circuit path, and the electric wire connecting the alternating current to the direct current device and the processing unit passes.

Preferably, the multifunctional network camera can further include a note The memory card slot is electrically connected to the processing unit and is received in the first housing group, and a memory card is inserted through the opening of the first housing group for accessing the memory card. The multi-function network camera can further include a light-filling unit electrically connected to the processing unit and housed in the first housing group for providing a light source for operation of the video recording module. The fill light unit is a light emitting diode or a xenon lamp.

Moreover, the multifunctional network camera can further include a light source a trigger, the light source trigger is electrically connected to the processing unit and received in the first housing group, and detects a specific range through one of the openings of the first housing group, when the specific range is detected When the specific band of light changes, a trigger signal is sent to the processing unit to activate the video recording module. The light source trigger can be an infrared sensor. The multifunction network camera may further include a trigger compensation light source electrically connected to the processing unit and housed in the first housing group for transmitting when the light source is insufficient for detection. One of the openings of the first housing group fills the infrared sensor.

According to the concept of the case, the video camera module of the multifunctional network camera Includes a complementary CMOS image sensor and a wide-angle lens. The wireless communication module includes a Wi-Fi transmission unit. An extension cord may be included between the plug of the power adapter unit and a first connection.

According to the concept of the present case, the multifunctional network camera can further include a a secondary battery pack electrically connected to the processing unit and housed in the first In a housing group, charging is performed by an alternating current to direct current device for providing temporary power of the multifunctional network camera when the external power supply is stopped.

According to the concept of the present case, the multifunctional network camera can further include a The environment detecting module is electrically connected to the processing unit and is received in the first housing group for monitoring a special physical or chemical quantity in the environment through one of the openings of the first housing group Change. The environment detecting module is a smoke detector, a carbon monoxide detector, a temperature and humidity detector or a dust concentration detector.

Preferably, the multifunction webcam further includes a status display The status display is electrically connected to the processing unit and is received in the first housing group for transmitting an optical signal through one of the openings of the first housing group, and the current multi-function network is represented by different optical signals. The operation of the camera. The multi-function network camera can further include a sound receiving module electrically connected to the processing unit and housed in the first housing group for recording the surrounding area through one of the openings of the first housing group The background sound of the environment.

According to the present creation, the above-mentioned multifunctional network camera can be directly installed on an existing socket, and no additional power line is required, thereby reducing the workmanship during installation. In addition, because the power transfer unit can be modularized, the form of the plug can be changed according to the specifications of the sockets used in different countries or regions, and the manufacturer can avoid purchasing different types of transformers in response to different shipping locations. Reduce the cost of the product. Moreover, the second housing group and the first housing group can be movably engaged. Therefore, after the multi-function network camera is fixedly positioned, the video recording module can Change the different recording angles, and do not have to re-adjust the mounting position in order to adjust the angle. Finally, the multi-function webcam has functions other than recording video and audio, such as smoke detection, which allows a machine to implement the concept of intelligent detection.

10‧‧‧Multi-function webcam

100‧‧‧Processing unit

110‧‧‧Video Recording Module

112‧‧‧ wide-angle lens

114‧‧‧Complementary CMOS image sensor

120‧‧‧Wireless communication module

130‧‧‧AC to DC equipment

140‧‧‧Power adapter unit

141‧‧‧ plug housing

142‧‧‧ plug

143‧‧‧Intermediate fixed shell

144‧‧‧ first connection

144a‧‧‧connection slot

144b‧‧‧Internal power transmission end group hole

145‧‧‧Internal power transmission end group

150‧‧‧Power switch

160‧‧‧Memory card slot

170‧‧‧Light source trigger

172‧‧‧ Trigger fill light source

180‧‧‧Status display

190‧‧‧Environmental Detection Module

200‧‧‧First housing group

201‧‧‧ body front cover

201a‧‧‧fixed latch

202‧‧‧ functional opening

203‧‧‧ body front shell

203a‧‧‧Fixed holes

204‧‧‧ Body back cover

205‧‧‧ body back shell

205a‧‧‧Fixed tablets

205b‧‧‧Second connection

206‧‧‧Printed circuit board

220‧‧‧Second housing group

221‧‧‧ front housing

221a‧‧‧3rd connection

222‧‧‧ rear housing

222a‧‧‧Fourth Connection

222b‧‧‧ cogging

223‧‧‧Power supply mount

223a‧‧‧guides

223b‧‧‧Power receiving pin group hole

224‧‧‧Power receiving latch set

224a‧‧‧Latch

300‧‧‧ bracket

400‧‧‧Extension line

410‧‧‧Extension cord

Figure 1 is a six view of one embodiment of a multi-function webcam of the present invention.

Figure 2 is a block diagram of the main components of a multifunction network camera.

Figure 3 shows a power transfer unit.

Figure 4 is an exploded view of the first housing set and its internal housing components.

Figure 5 is an exploded view of the second housing set and its internal housing components.

Figure 6 shows how the multifunction webcam is set up.

Figure 7 shows a multi-function webcam with extension cords.

Figure 8 is a block diagram of another main component of the multifunction network camera.

Before the detailed description of the present writing, it is noted that in the following description, the same elements are denoted by the same reference numerals.

Please refer to Fig. 1, which is a six-view of one embodiment of a multifunction webcam 10 of the present invention. It can be seen from FIG. 1 that the exterior of the multi-function network camera 10 is mainly formed by a first housing group 200 and a second housing group 220, and the second housing group 220 is connected with a power supply at the end. Connected to unit 140, the electricity The source switching unit 140 has a plug 142 that conforms to the specifications of the mains outlet. In the present embodiment, the plug 142 is in accordance with UL specifications. Since the multifunctional network camera 10 proposed by the present invention can be applied to sockets in different countries or regions, the plug 142 can also be a specification of CE, UK, and the like. The size of the plug 142 can be changed by replacing the power adapter unit 140, as will be further detailed in the description below.

The first housing set 200 is composed of a plurality of housings having a plurality of openings. The larger opening allows some of the functional components to be exposed to the first housing set 200, such as an opening for a wide angle lens 112, a memory card slot 160, a power switch 150, a light source trigger 170, and a status display 180. In addition, there are also some functional openings 202, which are functional components, such as microphones or detectors, that are fixed inside the first housing group 200, and are capable of obtaining physical or external to the multifunctional network camera 10 Operating with chemical properties. It should be emphasized that the above various types of openings can be formed independently on a certain casing, formed by combining two casings, or even formed at the corresponding portions of the two-phase combined casing, and the formation manner is not limited. .

Before further introducing the internal structure of the multifunction network camera 10, First understand the main components of the multifunction network camera 10. Please refer to FIG. 2, which is a block diagram of the main components of the multifunction network camera 10. The main components of the multi-function network camera 10 include: a processing unit 100, a video recording module 110, a wireless communication module 120, an AC to DC device 130, a power conversion unit 140, a power switch 150, and a memory. Card slot 160, light source trigger 170 and shape State display 180. The processing unit 100 can be in the form of a control chip for controlling the components to which it is electrically connected, and the power required for the components. The way to control power can also be performed by controlling the chip and by another power control chip (not shown). In the present embodiment, various components that are formally used to manage power distribution are incorporated into processing unit 100 for clarity of understanding.

The video recording module 110 is electrically connected to the processing unit 100 for video recording The image is converted into an image signal and provided to the processing unit 100 for subsequent processing. The camera module 110 can include a complementary CMOS image sensor 114 and a wide-angle lens 112. The wide-angle lens 112 can expand the range of image recording, that is, provide a wide viewing angle and a long depth of field, and if necessary, a fisheye lens can be used instead; the complementary CMOS image sensor 114 processes the image into an image signal. It is emphasized that the video recording module 110 performs a video recording operation through one of the aforementioned openings.

The wireless communication module 120 is electrically connected to the processing unit 100 for using the front The image signal is transmitted to a receiving device (not shown) outside the multifunction network camera 10, and the command from the receiving device is transmitted to the processing unit 100 for processing. The wireless communication module 120 can include a Wi-Fi transmission unit that is indirectly connected to the adjacent hub. Alternatively, the wireless communication module 120 can have a wireless data machine and directly connect to the network for work.

The AC to DC device 130 is electrically connected to the processing unit 100 for use. The power required to operate the multifunction network camera 10 is provided by converting the received alternating current into direct current. In this embodiment. AC to DC device 130 can Convert the 110V AC power from the mains to the 5V2A DC required by the multifunction network camera 10. The exploded view of the power transfer unit 140 is as shown in the right half of Fig. 3 (the left half is an assembled view). As described above, the power adapter unit 140 includes a plug fixing case 141, an intermediate fixing case 143, a first connecting portion 144, and an internal power transmitting end group 145 in addition to the plug 142 conforming to the specifications of the mains outlet. . The plug fixing case 141 is used for fixing the plug 142, the internal power transmission end group 145 is fixed to the first connecting portion 144 by screws, and the intermediate fixing case 143 is connected to the plug fixing case 141 and the first connecting portion 144, and the plug 142 is internally The power transmission end group 145 is connected. As can be seen from the figure, the internal power transmission end group 145 is a pair of female terminals. The first connecting portion 144 has a connecting groove 144a and a pair of internal power transmitting end group holes 144b. The connection groove 144a is a design in which the first connection portion 144 is engaged with the second housing group 220, and the internal power transmission end group hole 144b allows a pair of electrical connection devices to pass through to engage the internal power transmission end group 145. The power switching unit 140 functions to transmit AC power from the outlet via the internal power transmission end group 145. Since the form of the plug 142 can be modified according to the specifications of the sockets used in different countries or regions, the manufacturer can avoid purchasing different types of transformers in response to different shipping locations. If the user is traveling abroad, it is convenient to replace the power adapter unit 140 of the corresponding plug.

The power switch 150 can be any form of switch, such as a mechanical switch Off, touch switches, light inductive switches, and more. A portion of the power switch 150 is housed in the first housing set 200, electrically coupled to the processing unit 100, and the other portion exposes the first housing set 200. It can be notified by the user after receiving instructions from the user. The unit 100 turns on or off the operation of the multifunction network camera 10. As shown in FIG. 2, the power supply to the processing unit 100 by the alternating current to direct current device 130 may be directly cut off. The memory card slot 160 is electrically connected to the processing unit 100 and is received in the first housing group 200. A memory card is inserted through the opening of the first housing group 200 for accessing the memory card. The picture is recorded on the memory card. In practice, the memory card can be a Micro SD card.

The versatile webcam 10 of this creation can be set to continue to operate. It can also be driven by a specific light change. The latter can be applied to night theft detection or wild wildlife shooting, usually does not start, and will not start until the heat source animal is close. Therefore, the light source trigger 170 plays a very important role. The light source trigger 170 is electrically connected to the processing unit 100 and housed in the first housing group 200, and detects a specific range through one of the openings of the first housing group 200, when the specific range is detected. When a specific band of light changes, a trigger signal is sent to the processing unit 100 to activate the video recording module 110. In general, the light source trigger 170 can be an infrared sensor for thermal detection. However, since the heat source is insufficient for detection, the multifunction network camera 10 may include a trigger supplement light source 172. The trigger supplemental light source 172 is electrically connected to the processing unit 100 and is received in the first housing group 200 for replacing one of the openings of the first housing group when the light (thermal) source is insufficient for detection. The infrared sensor performs fill light.

The status display 180 is electrically connected to the processing unit 100 and housed in the first In the housing set 200, an optical communication is transmitted through one of the openings of the first housing set 200. No., the different optical signals indicate the current operation status of the multi-function network camera 10, such as whether it is turned on, the time of photography has been taken, and whether the network is connected. The status display 180 can be a monochrome LCD screen that displays the current state of operation of the multifunction network camera 10 in text. The status display 180 can also be one or several LED lights, which indicate the current operation of the multifunction network camera 10 by different flash signals or combinations.

An exploded view of the first housing set 200 and its internal receiving components is shown in FIG. Shown. The first housing set 200 is used for accommodating and protecting the components such as the processing unit 100, the video recording module 110, and the wireless communication module 120, and is provided by a main body front cover 201 and a main body front cover 203. The body rear case trim cover 204 and the body rear case 205 are formed. The main body front cover 201 has a plurality of fixing pins 201a, which can be combined with corresponding fixing holes 203a of the front front case 203 to combine the front front cover 201 and the front front cover 203. A printed circuit board 206 is provided with the aforementioned components housed in the first housing set 200, and is fixed to the main body rear cover trim 204 by screws. The main body rear cover 204 can be combined with the main body rear cover 205, and then the main body rear cover 205 is combined with a fixing hook (not shown) in the front front cover 203 by the fixing piece 205a thereon to complete the first housing. Assembly of group 200. The body rear housing 205 has a second connecting portion 205b for rotatably engaging the second housing set 220.

The primary function of the second housing set 220 is to accommodate and protect the AC to DC device 130 and to rotatably engage the first housing assembly 200. An exploded view of the second housing set 220 and its internal receiving components is shown in FIG. The second housing group 220 is combined by a front housing 221 and a rear housing 222. The AC to DC device 130, a power supply holder 223, and a power receiving pin group 224 are provided. The front housing 221 includes a third connecting portion 221a for detachably engaging the first connecting portion 144. The aforementioned joining is further stabilized by sliding a guide strip 223a on the power supply mount 223 into the connecting groove 144a. In addition, the power supply mount 223 includes a pair of power receiving latch pins 223b for allowing the power receiving latch pin 224 of the latch set 224 to pass, and the power receiving latch set 224 is coupled to the AC to DC device 130. When the third connection portion 221a is engaged with the first connection portion 144, the internal power transmission end group 145 is connected to the power reception pin group 224. Therefore, after the third connection portion 221a is joined to the first connection portion 144, the internal power transmission end group 145 is electrically connected to the AC/DC device 130 via the power receiving pin group 224, and the power from the plug 142 can be transmitted to the AC to DC power. The device 130 processes.

The rear housing 222 includes a fourth connecting portion 222a and a fourth connecting portion 222a. The second connecting portion 205b can be rotatably engaged (the second housing group 220 is engaged with the first housing group 200), and the junction of the fourth connecting portion 222a and the second connecting portion 205b is provided with a circuit path, and the power connection is The alternating current to direct current device 130 and the wires of the processing unit 100 pass. In addition, the outer side of the rear housing 222 has a plurality of slots 222b. When the fourth connecting portion 222a is engaged with the second connecting portion 205b, the engaging member on the main body rear cover 204 is attached. (not shown) is engaged. At this time, the second housing group 220 and the central axis of the first housing group 200 may form an angle. The second housing group 220 and the first housing group 200 have different fixed angles by the different slots 222b engaging with the clamping members. Therefore, multi-function After the network camera 10 is in the fixed erection position, the video recording module 110 can change different recording angles without having to re-adjust the erection position in order to adjust the angle.

In use, the multi-function network camera 10 only needs to be directly plugged into the power plug. Just sit. However, the location of a typical power outlet usually does not have a better monitoring range, or is not the optimal angle for things to be photographed. Moreover, the multi-function network camera 10 alone relies on the clamping force of the power socket, and sometimes it is not enough to bear the turmoil of external force (such as wind). Therefore, as shown in Fig. 6, it is preferable to fix the multifunction network camera 10 to a specific position by a bracket 300, and then insert the plug 142 into an extension cord 400. By connecting the extension cable 400 to the power outlet, the multi-function network camera 10 is more flexible. In addition, in accordance with the spirit of the present invention, an extension cord 410 may be included between the plug 142 of the power adapter unit 140 and a first connection portion 144. As shown in Fig. 7, the function is to directly pack the extension cord 400 into the multifunction network camera 10. In operation, the multifunction network camera 10 is essentially connected to a remote server, computer or smart phone via a network. In addition to transmitting the recorded picture to the far end, it also receives the remote indication operation through the network. If the connected object is a smart phone, the above operation can be done through the mobile software (APP) interface.

Since the multifunction network camera 10 emphasizes that it has functions other than video recording, it is possible to perform other monitoring or monitoring operations after the erection is completed. Therefore, in another embodiment, the multi-function network camera 10 can further include an environment detecting module 190 (as shown in FIG. 8), and the environment detecting module is electrically connected. The processing unit 100 is housed in the first housing set 200 for monitoring a change in a particular physical or chemical quantity in the environment through one of the openings of the first housing set 200, such as the functional opening 202. In practice, the environment detecting module 190 can be a smoke detector, a carbon monoxide detector, a temperature and humidity detector, or a dust concentration detector. For example, if there is too much dust in the factory floor to cause an explosion, the multi-function network camera 10 with the dust concentration detector can provide the dust concentration to the manager for judgment in addition to monitoring the current operation of the factory floor.

In addition, the special equipment in the following embodiments is also in the scope of this creation. Within the fence. For example, in another embodiment, in order to enhance the resolution of the recorded picture of the multi-function network camera 10, the multi-function network camera 10 may further include a fill light unit electrically connected to the processing unit 100 and accommodating In the first housing group 200, a light source required for the operation of the video recording module is provided. In this case, the fill light unit can be a light emitting diode or a xenon lamp. In another embodiment, the multifunction network camera 10 further includes a secondary battery pack electrically connected to the processing unit 100 and housed in the first housing group 200 by alternating current to direct current Device 130 is charging. This is to provide power for the temporary operation of the multifunction network camera 10 when the external power supply is stopped. Finally, in an embodiment, the multi-function network camera 10 further includes a sound collection module electrically connected to the processing unit 100 and housed in the first housing group 200 for transmitting the first shell. One of the openings of the body set (such as the functional opening 202) records the background sound of the surrounding environment. At this time, the image file can be generated in conjunction with the video material.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and any person skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of protection of this creation is subject to the definition of the scope of the patent application attached.

10‧‧‧Multi-function webcam

112‧‧‧ wide-angle lens

140‧‧‧Power adapter unit

142‧‧‧ plug

150‧‧‧Power switch

160‧‧‧Memory card slot

170‧‧‧Light source trigger

180‧‧‧Status display

200‧‧‧First housing group

202‧‧‧ functional opening

220‧‧‧Second housing group

Claims (15)

A multifunctional network camera having a replaceable power module includes: a processing unit for controlling components electrically connected thereto and power required for the components; a video recording module, the camera The video module is electrically connected to the processing unit for recording an image, and converting the image into an image signal to be provided to the processing unit; a wireless communication module, the wireless communication module is electrically connected to the processing unit, The method is used for transmitting the image signal to an external receiving device, and transmitting the command from the receiving device to the processing unit for processing; and an alternating current to direct current device, wherein the alternating current to direct current device is electrically connected to the processing unit for Converting the received alternating current into direct current to provide power required for operation of the multifunctional network camera; a power transfer unit having a plug conforming to the specifications of the commercial power outlet, an internal power transmission end group, and a first a connecting portion, configured to transmit an alternating current from the socket through the internal power transmission end group; a first housing group, the first housing group The housing has a plurality of openings for receiving and protecting the processing unit, the video recording module and the wireless communication module, wherein a housing has a second connecting portion, and the video recording module transmits One of the foregoing openings for recording a video; and a second housing set for accommodating and protecting the AC to DC device, comprising: a front housing, the front housing including a third connecting portion, the first housing Three connection For pluggably engaging with the first connecting portion, the internal power transmitting end group is electrically connected to the alternating current to DC device after the third connecting portion is engaged with the first connecting portion; and a rear case, the rear case The body includes a fourth connecting portion for rotatably engaging with the second connecting portion, wherein a circuit path is left at the joint of the fourth connecting portion and the second connecting portion, and the power supply is connected to the alternating current to the direct current The wires of the device and the processing unit pass. The multi-function network camera of claim 1, further comprising a memory card slot electrically connected to the processing unit and housed in the first housing group, through the first The opening of the housing group is inserted into a memory card for accessing the memory card. The multi-function network camera of claim 1, further comprising a fill light unit electrically connected to the processing unit and housed in the first housing group for providing video recording The light source required for the module to operate. The multi-function network camera according to claim 3, wherein the light-filling unit is a light-emitting diode or a xenon lamp. The multi-function network camera of claim 1, wherein the video recording module comprises a complementary CMOS image sensor and a wide-angle lens. The multi-function network camera of claim 1, further comprising a light source trigger electrically connected to the processing unit and housed in the first housing group, through the first housing group One of the openings detects a specific range, and when detecting a change in the specific band of light within the specific range, a trigger signal is sent to the processing unit to activate the video recording mode. group. The multi-function network camera of claim 6, wherein the light source trigger is an infrared sensor. The multi-function network camera of claim 7, further comprising a trigger compensation light source electrically connected to the processing unit and housed in the first housing group for use as a light source When insufficient for detection, the infrared sensor is filled with light through one of the openings of the first housing group. The multi-function network camera of claim 1, wherein the wireless communication module comprises a Wi-Fi transmission unit. The multi-function network camera according to claim 1, further comprising a secondary battery pack electrically connected to the processing unit and housed in the first housing group by alternating current The DC device is charged to provide power for the temporary operation of the multifunction network camera when the external power supply is stopped. The multi-function network camera of claim 1, further comprising an environment detecting module electrically connected to the processing unit and housed in the first housing group for A change in a particular physical or chemical quantity in the environment is monitored through one of the openings of the first housing set. The multi-function network camera according to claim 11, wherein the environment detecting module is a smoke detector, a carbon monoxide detector, a temperature and humidity detector or a dust concentration detector. The multi-function network camera of claim 1, wherein the power adapter unit includes an extension cord between the plug and a first connection. The multi-function network camera of claim 1, further comprising a status display electrically connected to the processing unit and housed in the first housing group for transmitting the first housing group One of the openings emits a light signal, and the different optical signals indicate the current operation of the multi-function network camera. The multi-function network camera of claim 1, further comprising a sound receiving module electrically connected to the processing unit and housed in the first housing group for transmitting the first shell One of the openings of the body group, recording the background sound of the surrounding environment.