Safety monitoring device based on image recognition

Abstract

The invention discloses a safety monitoring device based on image recognition, which structurally comprises a transfer body, a mounting disc, a groove, a limiting assembly and a monitoring body, and is characterized in that the transfer body is rotationally matched on the mounting disc and is electrically connected with the monitoring body through the groove, and the limiting assembly is mounted on the groove; a carding piece and a guide structure are arranged on the power assisting body, and the carding piece and the guide structure are matched on the push handle, so that when the filling cover and the guide plate are extruded, force can be accumulated on the fixed rod and the inclined plate in a concentrated manner, and the carding piece on the inclined plate synchronously hooks back to adjust the wrinkle gathering trend of the filling cover; and the guide plate is positioned and supported under the guide plate by virtue of the guide structure, so that the tightness degree of the guide plate and the guide plate in the elastic clamp can be adjusted, the monitoring range of the monitoring body can be better limited within a specified height, and the imaging identification and safety monitoring capabilities of the device are ensured.

Description

Technical Field

[0001] The invention relates to the field of home security monitoring, and in particular to a security monitoring device based on image recognition. Background Art

[0002] Ordinary network monitoring can no longer meet the growing and diversified needs of users. Users hope not only to understand the situation on the scene in real time, but also to be able to identify and drive away different people within the monitoring range, remotely control abnormal situations on the scene, and perform some emergency treatment. Under normal circumstances, the filling cover will be used to limit the rotation angle of the monitoring body in the elastic clip to enhance the adjustability of the monitoring angle and improve the device's security monitoring capabilities based on image recognition. When the monitoring body tends to press the elastic clip, it will fold and clamp the filling cover and guide plate, so that the filling cover and guide plate are squeezed and concentrated between the elastic clips, resulting in a certain height change, which will stop the rotation of the monitoring body in advance, reduce the monitoring range and stability of the monitoring body, and affect the imaging recognition and security monitoring capabilities of the device. Summary of the invention

[0003] In view of the above problems, the present invention provides a security monitoring device based on image recognition, the structure of which includes a rotating carrier, a mounting plate, a groove, a limit assembly, and a monitoring body. The rotating carrier is rotatably matched on the mounting plate, and is matched with the monitoring body by an electrical connection between the groove, and the limit assembly is installed on the groove; The limiting assembly includes an elastic clip, a guide plate, a booster body, and a filling cover. The guide plate and the filling cover are connected to the elastic clip and are movably engaged in the groove. The booster body is provided between the guide plate and the filling cover and is transitionally matched with the monitoring body.

[0004] As a further improvement of the present invention, the power-assisting body includes a fixed rod, a combing piece, a push handle, an inclined plate, and a guiding structure. The fixed rod is connected to the inclined plate and is connected to the guide plate. The push handle is connected to the inclined plate, and the combing piece and the guiding structure are installed on the push handle.

[0005] As a further improvement of the present invention, the push handle is transitionally fitted between the guide plate and the filling cover through a combing piece, so as to better adjust the deformation direction of the guide plate and the filling cover.

[0006] As a further improvement of the present invention, the combing part includes a running-in ring, a fixed ring, a roller, a handle, and engaging teeth. The running-in ring is connected to the fixed ring and is engaged with the handle through the rotation of the roller. The handle is connected with engaging teeth, the fixed ring is connected in the push handle, and the roller is transitionally engaged with the guiding structure.

[0007] As a further improvement of the present invention, the handle is fitted on the filling cover through the gap between the engaging teeth, and has the function of combing and adjusting the filling cover, thereby changing the wrinkle density of the filling cover.

[0008] As a further improvement of the present invention, the guiding structure includes a plane plate, a resistance member, a barrier member, a sphere, and a support handle. The plane plate is transitionally fitted on the dial handle through the resistance member and the barrier member, and is connected to the push handle. The resistance member and the barrier member are gap-fitted with the support handle through the sphere.

[0009] As a further improvement of the present invention, the resistance member includes a circular ring, a support rod, a cross handle, and a positioning block. The circular ring is rotatably fitted with the support rod and the support handle, and is gap-fitted on the roller. The support rod is connected to the cross handle via the positioning block, and the cross handle is slidably fitted on the flat plate and the partition member.

[0010] As a further improvement of the present invention, the barrier member includes a split buckle, a guide rail, a movable groove, and an insert block. The split buckle is connected to the guide rail and has a movable groove on the insert block. The guide rail is connected to the push handle through the insert block and is slidably matched with a cross handle. Beneficial Effects

[0011] Compared with the prior art, the present invention has the following beneficial effects: The present invention provides a combing piece and a guiding structure on the power-assisting body. The combing piece and the guiding structure cooperate with each other on the push handle. When the filling cover and the guide plate are squeezed, the force will be concentrated on the fixed rod and the inclined plate, so that the combing piece on the inclined plate will synchronously hook back to adjust the wrinkle gathering direction of the filling cover, and gradually protrude in the push handle to contact the guiding structure. With the help of the guiding structure, the positioning support under the guide plate can adjust the tightness of the two on the elastic clip, so as to better limit the monitoring range of the monitoring body within the specified height, thereby ensuring the imaging recognition and safety monitoring capabilities of the device.

[0012] The present invention arranges the engaging teeth at the end of the lever, and the cross opening thereof slides in the running-in circle, so that the hardness and the curvature of the lever itself can be changed, which helps to change the speed of the lever combing and adjusting the wrinkles of the filling cover.

[0013] The positioning block of the present invention can limit the position where the cross handle is gathered on the guide rail, so that the strong supporting ring of the cross handle is pressed and pulled on the roller, and the swing of the outer handle is also stopped. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 The figure is a schematic diagram of the structure of a security monitoring device based on image recognition according to the present invention.

[0015] Figure 2 It is a schematic diagram of the top structure of the limiting assembly of the present invention.

[0016] Figure 3 For the present invention Figure 2 A schematic diagram of the enlarged structure of the booster.

[0017] Figure 4 It is a schematic diagram of the planar structure of the combing member of the present invention.

[0018] Figure 5 It is a schematic diagram of the back structure of the combing piece of the present invention.

[0019] Figure 6 It is a bottom view structural schematic diagram of the guiding structure of the present invention.

[0020] Figure 7 It is a schematic diagram of the planar structure of the abutment of the present invention.

[0021] Figure 8 It is a schematic diagram of the planar structure of the barrier member of the present invention.

[0022] In the figure: transfer carrier-3, mounting plate-1, groove-2, limit assembly-4, monitoring body-5, elastic clip-w2, guide plate-e1, power-assisting body-r3, filling cover-t4, fixing rod-y34, combing piece-u33, push handle-i32, inclined plate-o31, guiding structure-p35, running-in ring-3a3, fixing ring-3s2, roller-3d1, dial handle-3f4, engaging tooth-3h5, plane plate-5c3, resistance piece-5v2, partition piece-5b1, sphere-5m5, supporting handle-5n4, ring-j21, support rod-k24, cross handle-l22, positioning block-z23, fork buckle-w14, guide rail-e13, movable groove-r12, plug-in block-t11. DETAILED DESCRIPTION

[0023] Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in the field without making any creative work shall fall within the scope of protection of the present invention. Example

[0024] like Figure 1-Figure 3As shown, the present invention provides a security monitoring device based on image recognition, which structure includes a transfer carrier 3, a mounting plate 1, a groove 2, a limit assembly 4, and a monitoring body 5. The transfer carrier 3 is rotatably matched on the mounting plate 1, and is matched with the monitoring body 5 by means of an electrical connection between the groove 2. The limit assembly 4 is installed on the groove 2; the limit assembly 4 includes an elastic clip w2, a guide plate e1, a power-assisting body r3, and a filling cover t4. The guide plate e1 and the filling cover t4 are sleeved and connected in the elastic clip w2, and are movably engaged in the groove 2. A power-assisting body r3 is provided between the guide plate e1 and the filling cover t4, and is transitionally matched with the monitoring body 5. The power-assisting body r3 includes a fixed rod y34, a combing piece u33, a push handle i32, an inclined plate o31, and a guiding structure p35. The fixed rod y34 is hingedly connected with the inclined plate o31, and is welded to the guide plate e1. The inclined plate o31 is fixedly connected with the push handle i32. A combing piece u33 and a guiding structure p35 are installed on the push handle i32. The push handle i32 is an arc-shaped structure, which is transitionally matched between the guide plate e1 and the filling cover t4 through the combing piece u33 to better adjust the deformation direction of the guide plate e1 and the filling cover t4. A combing piece u33 and a guiding structure p35 are provided on the power-assisting body r3. The combing piece u33 and the guiding structure p35 are matched on the push handle i32. When the filling cover w2 and the guide plate e1 are squeezed, the force will be concentrated on the fixed rod y34 and the inclined plate o31, so that the combing piece u33 on the inclined plate o31 synchronously hooks back to adjust the wrinkle gathering direction of the filling cover t4, and gradually protrudes in the push handle i32 to contact the guiding structure p35. With the help of the guiding structure p35, it is positioned and supported under the guide plate e1, and the tightness of the two in the elastic clip w2 can be adjusted, so as to better limit the monitoring range of the monitoring body 5 within the specified height, thereby ensuring the imaging recognition and safety monitoring capabilities of the device. Example

[0025] like Figure 4-Figure 8As shown, on the basis of Example 1, the present invention combines the mutual cooperation of the following structural components, the combing member u33 includes a running-in ring 3a3, a fixed ring 3s2, a roller 3d1, a handle 3f4, and an engaging tooth 3h5, the running-in ring 3a3 is fixedly connected to the fixed ring 3s2, and the handle 3f4 is rotated by the roller 3d1 inside, the handle 3f4 is welded and connected with the engaging tooth 3h5, the fixed ring 3s2 is sleeved and connected in the push handle i32, the roller 3d1 is transitionally matched with the guiding structure p35, the handle 3f4 is gapped through the engaging tooth 3h5 The guiding structure p35 is matched on the filling cover t4 to adjust the filling cover t4 and change the wrinkle density of the filling cover t4. The guiding structure p35 includes a plane plate 5c3, a resistance member 5v2, a barrier member 5b1, a sphere 5m5, and a support handle 5n4. The plane plate 5c3 is matched on the dial handle 3f4 through the resistance member 5v2 and the barrier member 5b1, and is plug-connected with the push handle i32. The resistance member 5v2 and the barrier member 5b1 are matched with the support handle 5n4 through the sphere 5m5. The resistance member 5v2 includes a ring j21, a support rod k24, a cross The ring j21 is rotatably matched with a support rod k24 and a support handle 5n4, and is gap-matched on the roller 3d1. The support rod k24 is fixedly connected with a cross handle l22 through a positioning block z23. The cross handle l22 is slidably matched on the plane plate 5c3 and the barrier 5b1. The barrier 5b1 includes a split buckle w14, a guide rail e13, a movable groove r12, and an insert block t11. The split buckle w14 is fixedly connected to the guide rail e13, and is provided with an movable groove r12 on the insert block t11. The guide rail e13 is inserted through the insert Block t11 is inserted and connected in the push handle i32, and is slidably matched with the cross handle l22. It is set at the end of the lever 3f4 through the engaging tooth 3h5, and its cross opening slides in the running-in circle 3a3, which can change the hardness and bending radius of the lever 3f4 itself, and help change the speed of the lever 3f4 to comb and adjust the folds of the filling cover t4. Since the positioning block z23 can limit the position of the cross handle l22 crossing and gathering on the guide rail e13, the cross handle l22 can strongly support the ring j21 to press and involve the roller 3d1, and also stop the swing of the outer lever 3f4.

[0026] The working principle of a security monitoring device based on image recognition in the above technical solution is described as follows: During the use of the present invention, when the monitoring body 5 tends to press the elastic clip w2, in order to prevent the elastic clip w2 from closing and clamping the filling cover w2 and the guide plate e1, which will cause the filling cover w2 and the guide plate e1 to be squeezed, the filling cover w2 and the guide plate e1 will be concentrated and bulged between the elastic clips w2, resulting in a certain height change, which will stop the rotation of the monitoring body 5 in advance. Therefore, a booster body r3 is provided between the filling cover w2 and the guide plate e1. When the filling cover w2 and the guide plate e1 are squeezed and bulged, the inclined plates o31 on both sides of the fixed rod y34 will be pushed centered on the fixed rod y34, so that the inclined plates o31 It will reversely follow the back of the folds of the filling cover t4, and push the fixed ring 3s2 with the help of the push handle i32, so that the sharp teeth of the handle 3f4 inside it will rub and swing in the same direction with the folds of the filling cover t4, and with the help of the bite teeth 3h5 and the roller 3d1 in the running-in circle 3a3, it will be tightened with a certain arc, and swing back on the folds of the filling cover t4, which can reversely comb and adjust the density and direction of the folds to avoid excessive aggregation and protrusion. Then, the four handles 3f4 will be claw-shaped and folded on the filling cover t4, which can support the roller 3d1 in the middle to resist upward into the circular ring j21, which will involve the circular ring j2 1 lifts up the plane plate 5c3, and pulls the support rod k24 and the support handle 5n4 above it, and guides the insert block t11 and the cross handle l22 under the movable groove r12 to be folded on the guide rail e13 with the help of the positioning block z23 and the ball 5m5, so that the insert block t11 cooperates with the split buckle w14 to drive the arc structure of the guide rail e13 to bend synchronously and be folded on the inclined plate o31 and the push handle i32, and push the push handle i32 in a directional manner to contact the two sides of the fixed rod y34 and the guide plate e1, and while the guide rail e13 is bent, it can help the cross handle l22 above it to be further on the plane plate 5c3. The overlapping lock on c3 enters the gap of the positioning block z23, which can better guide the ring j21 to retract toward the plane plate 5c3, and can press the lever 3f4 in the hooked state outside the locking roller 3d1, so that the lever 3f4 cooperates with the engaging tooth 3h5 to stop and grasp the filling cover t4, and can also lift the plane plate 5c3 and support it under the guide plate e1 synchronously, changing the deformation range of the guide plate e1, which helps to adjust the tightness of the filling cover w2 and the guide plate e1 in the elastic clip w2 by mutual leverage, and can limit the monitoring range of the monitoring body 5 within the specified height, ensuring the imaging recognition and safety monitoring capabilities of the device.

[0027] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It is obvious to those skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and the present invention can be implemented in other specific forms without departing from the spirit or basic features of the present invention. Therefore, no matter from which point of view, the embodiments should be regarded as exemplary and non-restrictive. The scope of the present invention is defined by the attached claims rather than the above description, and it is intended that all changes falling within the meaning and scope of the equivalent elements of the claims are included in the present invention. Any figure mark in the claims should not be regarded as limiting the claims involved.

[0028] In addition, it should be understood that although the present specification is described according to implementation modes, not every implementation mode contains only one independent technical solution. This description of the specification is only for the sake of clarity. Those skilled in the art should regard the specification as a whole. The technical solutions in each embodiment may also be appropriately combined to form other implementation modes that can be understood by those skilled in the art.

Claims

1. A security monitoring device based on image recognition, characterized in that: Its structure comprises a rotating body (3), a mounting plate (1), a groove (2), a limit assembly (4), and a monitoring body (5); the rotating body (3) is rotatably engaged with the mounting plate (1), and is engaged with the monitoring body (5) by means of an electrical connection between the groove (2), and the limit assembly (4) is mounted on the groove (2); The position limiting assembly (4) comprises an elastic clip (w2), a guide plate (e1), a booster body (r3), and a filling cover (t4); the elastic clip (w2) is connected to the guide plate (e1) and the filling cover (t4) and is movably engaged in the groove (2); the booster body (r3) is provided between the guide plate (e1) and the filling cover (t4) and is transitionally matched with the monitoring body (5).

2. The security monitoring device based on image recognition according to claim 1, characterized in that: The booster body (r3) comprises a fixed rod (y34), a combing piece (u33), a push handle (i32), an inclined plate (o31), and a guiding structure (p35); the fixed rod (y34) is connected to the inclined plate (o31) and is connected to the guide plate (e1); the inclined plate (o31) is connected to the push handle (i32), and the combing piece (u33) and the guiding structure (p35) are installed on the push handle (i32).

3. The security monitoring device based on image recognition according to claim 2 is characterized in that: The push handle (i32) is transitionally fitted between the guide plate (e1) and the filling cover (t4) through the combing piece (u33).

4. The security monitoring device based on image recognition according to claim 2, characterized in that: The combing member (u33) comprises a running-in ring (3a3), a fixed ring (3s2), a roller (3d1), a handle (3f4), and an engaging tooth (3h5); the running-in ring (3a3) is connected to the fixed ring (3s2) and is rotatably engaged with the handle (3f4) through the roller (3d1); the handle (3f4) is connected to the engaging tooth (3h5); the fixed ring (3s2) is connected to the push handle (i32), and the roller (3d1) is transitionally engaged with the guiding structure (p35).

5. The security monitoring device based on image recognition according to claim 4, characterized in that: The lever (3f4) is fitted onto the filling cover (t4) through the clearance of the engaging teeth (3h5).

6. The security monitoring device based on image recognition according to claim 2, characterized in that: The guiding structure (p35) comprises a plane plate (5c3), a resistance member (5v2), a barrier member (5b1), a sphere (5m5), and a support handle (5n4); the plane plate (5c3) is transitionally fitted on the dial handle (3f4) through the resistance member (5v2) and the barrier member (5b1), and is connected to the push handle (i32); the resistance member (5v2) and the barrier member (5b1) are gap-fitted with the support handle (5n4) through the sphere (5m5).

7. The security monitoring device based on image recognition according to claim 6, characterized in that: The abutment member (5v2) comprises a circular ring (j21), a support rod (k24), a cross handle (l22), and a positioning block (z23); the circular ring (j21) is rotatably fitted with the support rod (k24) and the support handle (5n4) and is clearance-fitted on the roller (3d1); the support rod (k24) is connected to the cross handle (l22) via the positioning block (z23); and the cross handle (l22) is slidably fitted on the flat plate (5c3) and the baffle member (5b1).

8. The security monitoring device based on image recognition according to claim 6, characterized in that: The barrier member (5b1) comprises a split buckle (w14), a guide rail (e13), a movable groove (r12), and an insert block (t11); the split buckle (w14) is connected to the guide rail (e13) and has a movable groove (r12) formed on the insert block (t11); the guide rail (e13) is connected to the push handle (i32) via the insert block (t11) and is slidably matched with a cross handle (l22).

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