A magnet bracket-integrated IP door camera device to which a detachment sensing device is applied.

Abstract

To solve the problem that it is not possible to detect that a camera module is deviated from an installation position.SOLUTION: The IP camera main body part 100, the bracket part 200, and a second hole which is fastened to a rear portion of the bracket part to install the separation sensing device and faces the first hole formed in the bracket part, and a magnet bracket unit including an IP camera dislocation sensing module including a magnet formed of a flat magnet, a guide unit formed at a rear portion of the IP camera body unit 100, and an IP camera dislocation sensing sensor 270 which passes through the second hole of the magnet unit and the first hole of the bracket unit, enters into the guide unit to form information on whether the IP camera is dislocated, and transmits the formed information on whether the IP camera is dislocated to a cloud server.SELECTED DRAWING: Figure 2

Description

[Technical Field]

[0001] The present invention is an integrated magnetic bracket and IP door camera that detects when the IP door camera falls off and notifies the user so that appropriate measures can be taken. [Background technology]

[0002] Prior art related to the present invention is disclosed in Korean Patent Registration No. 10-1983182 (published on May 29, 2019). FIG. 1 is a structural diagram of a conventional camera module. As shown in FIG. 1, a camera module 10 includes a housing unit 100, an actuator unit 200, and a lens unit 300. The camera module 10 further includes a buffer member 500. The housing unit 100 includes a housing 110 and a shielding can 120. The housing 110 may be made of a material that is easy to mold. For example, the housing 110 may be made of a plastic material.

[0003] One or more actuator units 200 may be attached to the housing 110. For example, a portion of a first actuator 210 may be attached to a first side of the housing 110, and portions of a second actuator 220 may be attached to second to fourth sides of the housing 110. The housing 110 is configured to accommodate a lens unit 300 therein. For example, a storage space is formed inside the housing 110 in which the lens unit 300 can be completely or partially accommodated.

[0004] The housing 110 may have six open sides. For example, a rectangular hole for an image sensor may be formed in the bottom surface of the housing 110, and a square hole for mounting the lens unit 300 may be formed in the top surface of the housing 110. In addition, a hole into which the first coil 212 of the first actuator 210 can be inserted may be formed in the first side surface of the housing 110, and holes into which the second coil 222 of the second actuator 220 can be inserted may be formed in the second to fourth side surfaces of the housing 110.

[0005] The shielding can 120 is configured to cover a portion of the housing 110. For example, the shielding can 120 is configured to cover the top surface and four side surfaces of the housing 110.

[0006] However, the shape of the shield can 120 is not limited to a shape that covers all of the above-mentioned portions. For example, the shield can 120 may be configured to cover only the four side surfaces of the housing 110. Alternatively, the shield can 120 may be configured to partially cover the top surface and four side surfaces of the housing 110. The corners 122 of the shield can 120 may be processed to be flat. For example, the four corners 122 located on the top of the shield can 120 may be pressed almost flat as shown in FIG. 1 . This shape may facilitate installation of the camera module 10. Meanwhile, the upper corners 112 of the housing 110 may be processed to be flat in the same or similar shape as the corners 122 of the shield can 120 to facilitate coupling with the shield can 120. The actuator unit 200 is configured to move the lens unit 300 in one or more directions.

[0007] For example, the actuator unit 200 is configured to move the lens unit 300 in the optical axis direction and in directions perpendicular to the optical axis (X-axis direction and Y-axis direction, which correspond to the second and third directions in the claims). A plurality of actuator units 200 may be configured. In one example, the actuator unit 300 may include a first actuator 210 configured to move the lens unit 300 in the Z-axis direction, and a second actuator 220 configured to move the lens unit 300 in the X-axis direction and the Y-axis direction. [Prior art documents] [Patent documents]

[0008] [Patent Document 1] Korean Patent No. 10-1983182 Summary of the Invention [Problem to be solved by the invention]

[0009] The conventional camera module configured as described above is easy to install and has improved operational reliability, but has a problem in that it cannot detect if the camera module falls off from its installation position. Therefore, an object of the present invention is to detect when an IP camera module is removed from a door after being installed on the door and transmit the removal detection information to an administrator. [Means for solving the problem]

[0010] The present invention, which has the above-mentioned objectives, and which is an IP camera device with an integrated magnet bracket and a falling-off detection device, comprises an IP camera body having a camera installed in front of a buddy part, a number of coupling bodies for coupling with the magnet bracket part formed on the rear side, a guide part for guiding the entry and exit of the falling-off detection device, and a first groove formed to facilitate separation of the body part; a bracket part for attaching the IP camera body to an installation surface, which is coupled to the IP camera body, has a first hole through which the guide part passes and a second groove formed to facilitate separation of the body part, and is formed with coupling grooves for coupling with the number of coupling bodies; The magnet bracket unit is configured to be fastened to the rear of the bracket unit and is for installing a drop detection device, and is configured of a magnet unit consisting of a flat magnet having a second hole opposite the first hole formed in the bracket unit, a guide unit formed at the rear of the IP camera body, and an IP camera drop detection module consisting of an IP camera drop detection sensor that passes through the second hole of the magnet unit and the first hole of the bracket unit, enters the guide unit, and generates information on whether the IP camera has been dropped, and transmits the generated information to a cloud server. [Effects of the Invention]

[0011] The magnetic bracket-integrated IP door camera device incorporating the detachment detection device of the present invention has the advantage that it is possible to know whether the IP camera module has fallen off the installation surface without having to personally visit the location where the IP camera module is installed. In addition, the present invention is easy to install, minimizes security gaps by transmitting detachment information to the user in real time when the IP camera module falls off, and allows the user to check the video when the IP camera module falls off the installation surface, thereby enabling the cause of the detachment to be determined. [Brief explanation of the drawings]

[0012] [Figure 1] FIG. 1 is a diagram illustrating the configuration of a conventional camera module. [Figure 2]1 is a perspective view of a magnet bracket-integrated IP camera device to which a drop detection device of the present invention is applied; [Figure 3] 1 is a diagram showing the configuration of the main body of a magnet bracket-integrated IP camera device to which a drop detection device of the present invention is applied; [Figure 4] 1 is a diagram illustrating the configuration of a magnet bracket part of a magnet bracket-integrated IP camera device to which a drop detection device of the present invention is applied. [Figure 5] 1 is an exploded view of a main body and a magnet bracket of an IP camera device with an integrated magnet bracket to which a drop detection device of the present invention is applied. [Figure 6] 1 is a diagram showing the overall configuration of a magnet bracket-integrated IP camera device to which a drop detection device of the present invention is applied; [Figure 7] 10 is a detailed configuration diagram of an IP camera dropout detection module of a magnet bracket-integrated IP camera device to which a dropout detection device according to the present invention is applied. [Figure 8] 1 is a diagram illustrating the configuration of an IP camera device with an integrated magnet bracket to which a drop detection device according to the present invention is applied, and an installation attachment surface. [Figure 9] 1 is a network configuration diagram of a magnet bracket-integrated IP camera device to which a drop detection device of the present invention is applied. [Figure 10] 1 is a control flowchart of a method for detecting the detachment of a magnet bracket-integrated IP camera device to which the detachment detection device of the present invention is applied. DETAILED DESCRIPTION OF THE INVENTION

[0013] The magnet bracket integrated IP camera device to which the detachment detection device of the present invention is applied, which has the above-mentioned objects and effects, will be described below with reference to FIGS. 2 to 10. FIG.

[0014] FIG. 2 is a perspective view of the magnet bracket integrated IP camera device to which the detachment detection device of the present invention is applied.

[0015] As shown in FIG. 2, the IP camera device with integrated magnet bracket to which the falling-off detection device of the present invention is applied includes an IP camera body 100 in which a camera is installed in front of a buddy part 105, a number of coupling bodies for coupling with the magnet bracket part are formed on the rear side, a guide part for guiding the entry and exit of the falling-off detection device is formed, and a first groove for facilitating separation of the body part is formed; a bracket part for attaching the IP camera body to an attachment surface such as a door, which is coupled to the IP camera body, and which is formed with a first hole through which the guide part passes and a second groove for facilitating separation of the body part, and which is formed with coupling grooves for coupling with the number of coupling bodies; The magnet bracket unit 200 is configured to fasten the bracket unit to the rear thereof so as to seat the bracket unit inside, and is for installing a drop-off detection device, and has a magnet unit consisting of a flat magnet with a second hole formed opposite to the first hole formed in the bracket unit, a guide unit formed at the rear of the IP camera body, and an IP camera drop-off detection sensor that passes through the second hole of the magnet unit and the first hole of the bracket unit, enters the guide unit, and forms information on whether the IP camera has been dropped, and transmits the formed information on whether the IP camera has been dropped to a cloud server.

[0016] FIG. 3 is a diagram showing the configuration of the main body of an IP camera device with an integrated magnet bracket to which the drop detection device of the present invention is applied.

[0017] As shown in FIG. 3, the main body 100 of the magnet bracket-integrated IP camera device to which the present invention's drop detection device is applied is characterized by comprising a circular buddy part 105 on which the IP camera 110 is installed so that it protrudes from the front, a rear plate 107 which is fastened to the buddy part, has a number of connectors 120 formed thereon to support the IP camera and mount an IP camera module for driving and controlling the IP camera, and is fastened to the camera bracket part 210, has a guide part 130 formed thereon to guide the insertion and removal of the IP camera drop detection sensor, and has a first groove 140 formed thereon to facilitate easy separation of the main body.

[0018] FIG. 4 is a diagram showing the configuration of a magnet bracket part of a magnet bracket-integrated IP camera device to which the drop detection device of the present invention is applied.

[0019] As shown in FIG. 4, the magnet bracket unit 200 of the IP camera device with integrated magnet bracket to which the detachment detection device of the present invention is applied is fastened to the IP camera body to be attached to the attachment surface of the door, and is fastened to the rear plate 107 of the IP camera body, and is formed with a second groove 240 for facilitating its separation from the first hole 210 through which the guide unit 130 passes, and a circular bracket unit 250 having a fastening groove 220 for fastening to the plurality of connectors 120, and is fastened to the rear of the circular bracket unit 250 in a manner to seat the circular bracket unit inside, for installing an IP camera detachment detection module, the second hole 212 of the magnet part 260 and the first hole 210 of the bracket part 250, and the IP camera detachment detection module 280 includes a magnet part 260, which is a flat magnet and is fastened to the rear part of the IP camera body, the magnet being seated inside a thin cylinder; a guide part 130 formed on the rear plate of the IP camera body 100; and an IP camera detachment detection sensor 270, which passes through the second hole 212 of the magnet part 260 and the first hole 210 of the bracket part 250, enters the guide part 130, and forms information on whether the IP camera has been detached, and transmits the formed information on whether the IP camera has been detached to the cloud server 300.

[0020] The above-mentioned IP camera detachment detection sensor 270 can detect whether the IP camera has been detached by entering into the inside of the guidance part 130. When the IP camera detachment detection sensor advances and protrudes into the second hole 212 of the magnet part, it means that the IP camera has been detached from the attachment surface of the door. When the IP camera detachment detection sensor is pressed against the attachment surface of the door and enters into the inside of the guidance part, it detects that the IP camera is stably attached to the attachment surface of the door.

[0021] FIG. 5 is an exploded view of the main body and the magnet bracket of the IP camera device with the integrated magnet bracket to which the drop detection device of the present invention is applied.

[0022] As shown in FIG. 5, the magnet bracket integrated IP camera device to which the detachment detection device of the present invention is applied is characterized by comprising a magnet bracket unit 200 including a camera 110 installed in front of the body unit, an IP camera main body 100 having a guide unit on the rear of which a number of connecting members for connecting to the magnet bracket unit are formed to guide the entry and exit of the detachment detection device, a first groove formed in the IP camera main body 100, a bracket unit 250 for connecting to the IP camera main body and for attaching the IP camera main body to the mounting surface of the door, a magnet unit 260 for connecting to the rear of the bracket unit in a manner that wraps around the bracket unit and for installing an IP camera detachment detection sensor, and an IP camera detachment detection module 280 including an IP camera detachment detection sensor 270 that interacts with the connecting member, moves forward and backward through a second hole formed in the magnet unit, and generates information on whether the IP camera has been detached, and transmits the generated information to a cloud server.

[0023] FIG. 6 is a diagram showing the overall configuration of a magnet bracket-integrated IP camera device to which the detachment detection device of the present invention is applied.

[0024] As shown in FIG. 6, the IP camera device with integrated magnet bracket to which the detachment detection device of the present invention is applied is composed of an IP camera main body 100 having a number of connecting members formed on the rear surface to fasten to the magnet bracket part 200, a guide part 130 for guiding the advancement and advancement of the detachment detection device, and a first groove 140 formed therein, and a magnet bracket part 200 to which a magnet is attached and which is connected to the IP camera main body and has a hole through which the IP camera detachment detection sensor 270 moves back and forth, for attaching the IP camera main body to the attachment surface of the door.

[0025] FIG. 7 is a detailed configuration diagram of an IP camera dropout detection module of a magnet bracket-integrated IP camera device to which a dropout detection device according to the present invention is applied.

[0026] As shown in FIG. 7, the IP camera detachment detection module 280 of the magnet bracket integrated IP camera device to which the detachment detection device according to the present invention is applied comprises an IP camera detachment detection sensor 270 which generates a signal as to whether the IP camera has been detached by making contact with or detaching from a contact point inside the hole by entering and exiting through a hole formed inside the guide part 130 formed in the IP camera body and the elasticity of a spring installed inside the hole. When the IP camera detachment detection sensor 270 advances and protrudes out of the second hole 212 formed in the magnet bracket part 200, it detects that the IP camera itself has been detached from the attachment surface of the door. When the magnet part 260 is attached to the attachment surface of the door, the IP camera detachment detection sensor 270 moves backward into the guide part 130, detecting that the IP camera is attached to the attachment surface of the door.

[0027] FIG. 8 is a diagram showing the configuration of a magnet bracket-integrated IP camera device to which a drop detection device according to the present invention is applied and an installation surface.

[0028] As shown in FIG. 8, when the IP camera integrated with the magnetic bracket to which the detachment detection device according to the present invention is applied is attached to the attachment surface of a door, the IP camera detachment detection sensor 270, which advances into the second hole 212 of the magnetic bracket unit 200, moves backward through the second hole 212 and then moves backward into the inner hole of the guiding unit 130. The IP camera detachment detection sensor determines that the IP camera is stably attached to the attachment surface of the door, and generates attachment information indicating that the IP camera is stably attached to the attachment surface of the door. The attachment information of the IP camera is transmitted to the cloud server. When the IP camera detachment detection sensor 270 advances in the guiding unit 130 and then moves forward into the second hole 212 of the magnetic bracket unit, the IP camera detachment detection sensor 270 determines that the IP camera has been detached from the attachment surface of the door, and generates detachment information of the IP camera. The generated detachment information of the IP camera is transmitted to the cloud server.

[0029] The IP camera detachment detection sensor moves back and forth in the guide hole due to the elasticity of the spring seated in the guide hole, and information can be generated by the contact and separation of the contact points inside the hole.

[0030] FIG. 9 is a diagram showing the network configuration of a magnet bracket-integrated IP camera device to which the drop detection device of the present invention is applied.

[0031] 9, (a) shows a state in which the IP camera device is stably attached to the attachment surface, and (b) shows a state in which the IP camera device has fallen off the attachment surface. The falling-off detection device of the magnet bracket-integrated IP camera device to which the falling-off detection device of the present invention is applied includes an IP camera body 100 having a camera installed on the front of the body, a number of coupling bodies for fastening to the magnet bracket on the rear side, a guide portion for guiding the falling-off detection device to enter and exit, and a first groove for facilitating separation of the body, a bracket portion 250 for attaching the IP camera body to the attachment surface of the door, coupled to the IP camera body, having a first hole 210 through which the guide portion passes and a second groove 240 for facilitating separation, and coupling grooves for fastening to the number of coupling bodies, and a second hole 212 opposite the first hole 210 formed in the bracket portion, for installing the falling-off detection device. and a magnet bracket-integrated IP camera device 10 to which a detachment detection device is applied, the magnet bracket unit 200 including an IP camera detachment detection module 280 including an IP camera detachment detection sensor 270 that passes through a second hole 212 of the magnet unit and a first hole 210 of the bracket unit, enters the inside of the guiding unit, and forms information on whether the IP camera has been detached, and transmits the formed information on whether the IP camera has been detached to a cloud server; a cloud server 20 that receives the information on whether the IP camera has been detached from the IP camera detachment detection module of the IP camera device and transmits the received information on whether the IP camera has been detached to a registered user smart terminal; and a user smart terminal 30 that registers and stores unique information in the cloud server and receives the information on whether the IP camera has been detached from the cloud server in the form of a push message.

[0032] Also, if the user turns off notifications in the dedicated app on their smart device, the event record will remain in the app, but the push message will not be sent to the user.

[0033] FIG. 10 is a control flowchart of a method for detecting the detachment of a magnet bracket-integrated IP camera device to which the detachment detection device of the present invention is applied.

[0034] As shown in FIG. 10, the method for detecting the detachment of an IP camera integrated with a magnetic bracket to which the detachment detection device of the present invention is applied includes step S11 of attaching an IP camera integrated with a magnetic bracket, which is configured with the detachment detection device, to the attachment surface of a device such as a door; step S12 of an IP camera detachment detection module detecting the detachment of the IP camera when the IP camera integrated with the magnetic bracket is removed from the attachment surface; step S13 of the IP camera detachment detection module generating detachment information of the IP camera integrated with a magnetic bracket and transmitting the generated detachment information of the IP camera integrated with a magnetic bracket to a cloud server; and step S14 of the cloud server transmitting the received detachment information of the IP camera integrated with a magnetic bracket to a user's smart terminal on which an app is installed.

[0035] Step S12 is characterized in that the IP camera detachment detection sensor of the IP camera detachment detection module of the magnet bracket part 200 advances through the guidance part configured on the IP camera main body part and protrudes outside the magnet part, thereby detecting the detachment of the IP camera device.

[0036] In step S14, the message is transferred from the cloud server to the user's smart terminal by a push message. [Explanation of symbols]

[0037] 10... IP camera device 20... Cloud server 30...User smart terminal 100...IP camera main body 200...Magnet bracket part 250...Bracket part 260...Magnet part 270...IP camera dropout detection sensor

Claims

1. A magnetic bracket integrated IP camera dropout detection device that integrates a magnetic bracket with an IP camera and detects the IP camera being dropped and notifies the user to take appropriate measures. The magnetic bracket integrated IP camera device detachment detection device, which transmits the detachment detection information to a user, a magnet bracket-integrated IP camera device (10) to which a drop-off detection device is applied, the magnet bracket-integrated IP camera device (10) comprising an IP camera body (100) for guiding the entry and exit of an IP camera drop-off detection sensor, and a magnet bracket (200) for attaching the IP camera body to the door attachment surface, the magnet bracket (200) including an IP camera drop-off detection module (280); and a cloud server (20) that receives IP camera removal information from the IP camera removal detection module of the IP camera device and transfers the received IP camera removal information to a registered user smart terminal; The device for detecting the detachment of an IP camera device with an integrated magnetic bracket, which is characterized by being configured with a user smart terminal 30 that registers and stores unique information in the cloud server and receives information on whether the IP camera has been detached from the cloud server, and transmits detachment detection information to the user.

2. The IP camera main body 100 includes:

10. The magnetic bracket-integrated IP camera detachment detection device of claim 1, characterized in that it comprises a buddy part 105 on whose front surface an IP camera 110 is protrudingly installed, a rear plate part 107 which is fastened to the buddy part, has an IP camera module mounted thereon for supporting the IP camera and driving and controlling the IP camera, has a plurality of coupling bodies 120 formed thereon for fastening to the camera bracket part 210, has a guide part 130 formed thereon for guiding the insertion and removal of the IP camera detachment detection sensor, and has a first groove 140 formed thereon for easy separation of the main body part.

3. The magnet bracket part 200 is The bracket 250 is fastened to the IP camera body to be attached to the door mounting surface, and is fastened to the rear plate 107 of the IP camera body. The bracket 250 has a second groove 240 formed therein for facilitating its separation from the first hole 210 through which the guide 130 passes. The bracket 250 has a fastening groove 220 formed therein for fastening to the plurality of connectors 120. The bracket 250 is fastened to the rear of the bracket 250 in a manner to seat the bracket therein. The second hole 212 is formed in the bracket 250 opposite to the first hole 210 formed in the bracket 250. The bracket 250 is made of a flat magnet and fastened to the rear of the IP camera body.

2. The device for detecting detachment of an IP camera with an integrated magnet bracket, wherein the detachment information is transmitted to a user, comprising: a magnet part 260 seated inside the magnet; a guide part 130 formed on a rear plate of the IP camera body; and an IP camera detachment detection module 280 including an IP camera detachment detection sensor 270 that passes through a second hole 212 of the magnet part 260 and a first hole 210 of the bracket part 250 to enter the inside of the guide part 130 to form information on whether the IP camera has been detached and transmits the formed information to a cloud server 300.

4. The IP camera disconnection information is transmitted as follows:

10. The device for detecting a loss of an IP camera device with an integrated magnet bracket, in which the loss detection information is transmitted to a user as a push message according to claim 1.

5. The IP camera body 100 and the magnet bracket 200 are 2. The device for detecting a loss of an IP camera device with an integrated magnet bracket, which transmits information on the loss of an IP camera device to a user, according to claim 1, wherein the device is circular.

6. The IP camera main body 100 includes:

3. The device for detecting the detachment of an IP camera with an integrated magnet bracket, which transmits detachment detection information to a user, according to claim 2, wherein the device is circular.

7. The magnet bracket part 200 is 4. The device for detecting the detachment of an IP camera with an integrated magnet bracket, which transmits detachment detection information to a user, according to claim 3, wherein the device is circular.

8. A magnetic bracket integrated IP camera dropout detection device that integrates a magnetic bracket with an IP camera and detects and takes measures when the IP camera is dropped. The magnetic bracket integrated IP camera device dropout detection device is An IP camera body 100, which is a body part in which a camera is installed in front of the body part and fastened to a magnet bracket part on the rear side, and which guides the entry and exit of an IP camera dropout detection sensor; The device for detecting the detachment of an IP camera device with an integrated magnet bracket is configured to attach the IP camera main body to an attachment surface and includes a magnet bracket part 200 including an IP camera detachment detection sensor 270.

9. The IP camera main body 100 includes: a bracket unit 250 for fastening to the IP camera body and attaching to an attachment surface of a door, the bracket unit 250 being coupled to the rear plate 107 of the IP camera body, the bracket unit 250 having a second groove 240 formed therein for facilitating separation from the first hole 210 through which the guide unit 130 passes, and having coupling grooves 220 formed therein for fastening to the plurality of coupling bodies 120; a magnet unit 260 that is fastened to the rear of the bracket unit 250 in a manner that the bracket unit is seated inside, has a second hole 212 that faces the first hole 210 formed in the bracket unit 250, and is made of a flat magnet, is fastened to the rear of the IP camera body, and the magnet is seated inside; 10. The magnet bracket-integrated IP camera detachment detection device of claim 8, comprising an IP camera detachment detection module 280 including a guide part 130 formed on the rear plate of the IP camera body 100, and an IP camera detachment detection sensor 270 that passes through the second hole 212 of the magnet part 260 and the first hole 210 of the bracket part 250, enters the inside of the guide part 130, forms information on whether the IP camera has been detached, and transmits the formed information on whether the IP camera has been detached to the cloud server 300.

10. The magnet bracket part 200 is a bracket unit 250 for fastening to the IP camera body and attaching to an attachment surface of a door, the bracket unit 250 being coupled to the rear plate 107 of the IP camera body, the bracket unit 250 having a second groove 240 formed therein for facilitating separation from the first hole 210 through which the guide unit 130 passes, and having coupling grooves 220 formed therein for fastening to the plurality of coupling bodies 120; a magnet unit 260 that is fastened to the rear of the bracket unit 250 in a manner that the bracket unit is seated inside, has a second hole 212 that faces the first hole 210 formed in the bracket unit 250, and is made of a flat magnet, is fastened to the rear of the IP camera body, and has the magnet seated inside; 10. The magnet bracket-integrated IP camera detachment detection device of claim 8, comprising an IP camera detachment detection module 280 including a guide part 130 formed on the rear plate of the IP camera body 100, and an IP camera detachment detection sensor 270 that passes through the second hole 212 of the magnet part 260 and the first hole 210 of the bracket part 250, enters the inside of the guide part 130, forms information on whether the IP camera has been detached, and transmits the formed information on whether the IP camera has been detached to the cloud server 300.

11. The IP camera body 100 and the magnet bracket 200 are The magnet bracket integrated IP camera device dropout detection device according to claim 8, wherein the device is cylindrical.

12. A method for detecting the detachment of an IP camera device with an integrated magnetic bracket, which integrates a magnetic bracket with an IP camera, and detects the detachment of the IP camera and notifies the user so that the IP camera can take appropriate measures. The method for detecting the detachment of an IP camera device with an integrated magnet bracket, in which the detachment detection information is transmitted to a user, comprises: Step S11: attaching the IP camera device integrated with the magnet bracket, which is configured with the drop detection device, to an attachment surface of a device such as a door; Step S12: detecting the detachment of the IP camera device by an IP camera detachment detection module when the IP camera device integrated with the magnet bracket is detached from the attachment surface; Step S13: the IP camera detachment detection module generates detachment information of the IP camera integrated with the magnet bracket, and transmits the generated detachment information of the IP camera integrated with the magnet bracket to the cloud server; A method for detecting the detachment of an IP camera device integrated with a magnetic bracket, in which detachment detection information is transferred to a user, comprising: a step S14 in which the cloud server transfers the received detachment information of the IP camera device integrated with a magnetic bracket to the user's smart terminal on which the app is installed and provides it.

13. Step S12 is The method for detecting the detachment of an IP camera device with an integrated magnet bracket, in which detachment detection information is transmitted to a user, as described in claim 12, characterized in that the IP camera detachment detection sensor of the IP camera detachment detection module of the magnet bracket part 200 detects the detachment of the IP camera device by moving forward in the guidance part configured on the IP camera main body part and protruding outside the magnet part.

14. In step S14, the cloud server transfers the message to the user's smart terminal. The method for detecting the detachment of an IP camera device with an integrated magnet bracket, in which the detachment detection information is transmitted to a user by a push message, according to claim 12.

Images