KR100932442B1 - Observation lamp device - Google Patents

Abstract

PURPOSE: An observation lamp apparatus for crime prevention guard is provided to photograph an invader through a photographing unit and a lighting unit rapidly by sensing movement of the invader in a long distance accurately. CONSTITUTION: A sensing unit(1) senses movement of an invader in a long distance by using an infrared sensor(17) or a composite sensor. A photographing unit(2) photographs the invader sensed through the sensing unit by using more than one photographing camera(24). A lighting unit(3) irradiates a light to the position of the invader sensed through the sensing unit by using at least one lighting lamp(33). A driving unit comprises a rotation gear part(41), a driving gear(44) geared to the rotation gear part and a fourth motor(43). The driving unit rotates the photographing unit and the lighting unit to the position of the invader. A control part controls the driving unit, the photographing unit and the lighting unit according to the sensing information of the sensing unit. The infrared sensor transmits invader sensing information together with a peculiar code to the control part according to the sensing state of the invader.

Description

Security guard device for security alerts {Observation lamp device}

The present invention relates to a security warning lamp device for security alerts, and more specifically, after accurately detecting the intruder movement of a long distance, by quickly photographing means and lighting means by rotating the shooting means toward the intruder position to illuminate the intruder to shoot with the shooting means By recording the image information to improve the efficiency of the method boundary, through this it relates to a security guard lamp for security guards that can be used very effectively for the expenses such as fence guards, coast guards, prison guards, large building guards.

Currently, the monitoring lamp device used for military guard fence, coast guard, prison guard, and large building security, the lamp unit rotates at a constant speed to illuminate the surroundings, and the monitor monitors the part of the lamp unit that is visible to the intruder. It is a configuration to monitor the existence of.

However, since the conventional monitoring lamp device detects the intruder's position and automatically illuminates the intruder with a lamp, a means for recording and recording the invasion state of the intruder is not provided. In addition, it is difficult to record the intruder's intrusion facts were difficult to read and cope with the intrusion facts.

Accordingly, the present invention for solving the above problems is a sensing means for detecting the intruder movement of the remote using an infrared sensor or a composite sensor, the imaging means for photographing the intruder detected by the sensing means, the intruder position detected by the sensing means Lighting means for irradiating light, driving means for rotating the photographing means and the lighting means toward the intruder position, and driving the driving means according to the sensing information of the sensing means to control the photographing means and the lighting means to rotate toward the intruder position. It is composed of a control unit, which accurately detects the intruder movement from a long distance, and then quickly rotates the photographing means and the lighting means toward the intruder position, illuminating the intruder, and recording the image information by the photographing means to improve the method boundary efficiency. And through this, rail guards, coast guards, prison guards, large buildings It is an object of the present invention to provide a security warning lamp device for security alert that can be used very efficiently for expenses such as expenses.

The present invention for achieving the above object

Sensing means for detecting an intruder movement at a distance using an infrared sensor or a composite sensor;

A support rod having a predetermined height is installed in a boundary monitoring area, and a rotating tube is coupled to the upper end of the supporting rod by a bearing, and a first horizontal plate is coupled to the lower end of the rotary tube, and at least one or more photographing surfaces are mounted on the first horizontal plate. Photographing means for photographing an intruder detected by the detecting means by installing a camera to adjust the angle up and down;

A lighting means for coupling a second horizontal plate to an upper end of the rotary tube, and installing at least one or more lighting lamps on the second horizontal plate to adjust the angle up and down to irradiate light to the intruder position detected by the sensing means;

The drive gear is formed by the operation of the fourth motor which is formed on the bottom surface of the first horizontal plate in an annular shape, and the drive gear which is engaged with the rotary gear part is arranged on the axis of the fourth motor and is driven forward and backward under the control of the controller. Drive means for rotating the rotary gear to rotate the photographing means and the lighting means toward the intruder position;

A control unit which controls the photographing means and the lighting means to rotate toward the intruder position by driving the fourth motor of the driving means forward and backward according to the sensing information of the sensing means; Characterized in that configured.

According to the present invention, after accurately detecting the intruder movement of a long distance, by rotating the photographing means and the lighting means toward the intruder position to illuminate the intruder, while recording with the photographing means to record the image information to improve the efficiency of the method boundary And through this, it can be expected that the effect can be used very efficiently for expenses such as rail fence security, coastal security, prison security, large building expenses.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, FIGS. 1 to 6.

Terms defined in the description of the present invention are defined in consideration of functions in the present invention, and should not be understood as a meaning of limiting the technical components of the present invention.

According to the drawings, the present invention is roughly composed of a sensing means (1), photographing means (2), lighting means (3), drive means (4) and control unit (5).

The sensing means (1) is for detecting the intruder movement of the crime prevention boundary area, the motor housing 12, the first motor 13 is installed on the upper end of the support rod 11, the first motor The lower end of the spherical rotor 15 in which the porous hole 16 is formed is coupled to the shaft 14 of the shaft 13 so that the rotor 15 is fixed according to the driving direction of the first motor 13. Allow reverse rotation.

Infrared detection for detecting the intruder's movement state using infrared rays inside each of the perforated holes 16 and transmitting intruder detection information to the controller 5 together with a predetermined unique code when the intruder is detected. The sensor 17 is installed.

The infrared sensors 17 installed in the inside of the porous hole 16 provided in the spherical rotating body 15 are irradiated with infrared rays toward the ground at different angles to detect the intruder's movement. The controller 5 previously stores information on the irradiation angle and the detection position of the infrared sensor 17 with respect to the unique code transmitted from the infrared sensor 17.

In addition, the controller 5 controls the first motor 13 so that the rotating body 15 rotates forward and backward within a range not departing from the set angle.

The reason is that if the rotating body 15 continues to rotate in one direction, it is difficult to accurately identify the position of the intruder when the intruder is detected by the specific infrared sensor 17, and as shown in the present invention, the rotating body 15 has a set angle. If the inverter is rotated in the forward and reverse directions within the range, the sensing range of the infrared sensor 17 is limited when the intruder is detected by the specific infrared sensor 17, so that the controller 5 quickly determines the intruder detection position. You can do it.

On the other hand, the photographing means (2) when the intruder is detected by the detection means 1 to record the intruder detection position to record and record the intrusion state of the intruder as image information, the rotating tube on the upper end of the support rod (11) Couple 21 to the bearing 22, the first horizontal plate 28 is coupled to the lower end of the rotary tube 21, at least one or more photographing camera 24 to the first horizontal plate 28 It is configured to be installed on the support 23 to enable the vertical angle adjustment.

Then, the first rack 25 is installed at a rear end of the camera 24 so as to face downward in a predetermined length, and the first horizontal plate 28 has a second gear 27 engaged with the first rack 25. The second gear 26 moves up and down the first rack 25 as the second motor 26 is driven forward and backward by the control signal of the controller 5 by installing the second motor 26, which is stored therein. The irradiation angle of the camera 24 is configured to be adjusted.

At least one or more cameras 24, for example two cameras 24, are installed on the first horizontal plate 28, because the intruder position among the two cameras 24 when an intruder is detected. This is to rotate the first horizontal plate 28 around the camera 24 that can reach the shortest distance, so that the intruder can be quickly photographed.

The camera 24 is in a standby state without a normal shooting operation and is operated by a control signal of the controller 5 to photograph an intruder.

The lighting means 3 is coupled to the second horizontal plate 31 on the upper end of the rotary tube 21, at least one or more lighting lamps 33 to the support 32 on the second horizontal plate 31. It is installed to be able to adjust the angle is configured to irradiate light to the intruder position detected by the sensing means (1).

The second rack 34 is installed at a rear end of the lamp 33 so as to face downwards by a predetermined length, and the third gear 36 engaged with the second rack 34 is supported on the second horizontal plate 31. The third gear 35 moves the second rack 34 up and down as the third motor 35 is driven forward and backward by the control signal of the controller 5. The irradiation angle of (33) is adjusted.

The drive means 4 forms a rotary gear portion 41 in an annular shape on the bottom of the first horizontal plate 28, and the drive gear 44 for engaging the rotary gear portion 41 of the fourth motor 43 The fourth motor 43 is installed on a shaft, and the fourth motor 43 is installed on a horizontal stand 42 that is horizontally coupled to the side of the support bar 11.

In the driving means 4 configured as described above, the driving gear 44 rotates the rotary gear part 41 by the operation of the fourth motor 43 which is driven forward and backward under the control of the controller 5. The second horizontal plates 28 and 31 are simultaneously rotated forward and backward so that the photographing means 2 and the lighting means 3 face the intruder position.

The controller 5 drives the fourth motor 43 of the driving means 4 forward and backward according to the sensing information of the sensing means 1 so that the photographing means 2 and the lighting means 3 rotate toward the intruder position. In addition, the second motor 26 and the third motor 35 are driven forward and backward according to the intruder position to adjust the irradiation angles of the camera 24 and the lamp 33 to control the camera 24 and the lamp 33. To point precisely to the intruder's location.

When the controller 5 receives a unique code and a detection signal according to the intruder's monitoring from the infrared sensor 17 forming the sensing means 1, the controller 5 is transmitted from the infrared sensor 17. After determining the monitoring position of the infrared sensor 17 using the unique code, the fourth motor 43 is operated to direct the camera 24 and the lamp 33 to the monitoring position, that is, the intruder detection position. The 24 and the lamp 33 can quickly identify or photograph the intruder detection position.

On the other hand, Figures 4 to 6 show another embodiment of the present invention,

The detection means 1 is installed in a crime prevention boundary area a certain distance from the support rod 11 to detect the movement and distance of the intruder, and transmits the detection information along with the unique code to the control unit 5, the control unit ( 5) is composed of a plurality of composite sensors 51 are connected with a cable,

The control unit 5 determines the position of the intruder by using the unique code and the detection information transmitted from the composite sensor 51 and then the photographing means 2 and the lighting means (3) rotates toward the determination position to illuminate the intruder and It controls to take a picture, the control unit 5 is configured to take a picture by operating the camera 24 when detecting the intruder.

The composite sensor 51 detects the movement of an object around the motion sensor 52 for detecting the intruder, a temperature sensor 53 for detecting the intruder by detecting a sudden temperature change of the surrounding, detecting the distance to the moving object It consists of a distance sensor 54, the brightness sensor 55 for detecting the brightness of the surroundings by using the motion sensor 52 and the temperature sensor 53 to detect whether the intruder invaded, and using the distance sensor 54 The intruder detection information is transmitted to the control unit 5 by calculating the distance to the intruder.

The composite sensors 51 are installed to have a predetermined interval in an annular shape around the support rod 11 as shown in FIG. 5 to detect an intruder invading into each set radius, and then a predetermined unique code together with the detected information. To the control unit 5.

Then, the control unit 5 determines the detection area of the corresponding composite sensor 51 by using the unique code transmitted from the specific composite sensor 51, and then photographing means 3 and the lighting means 3 to face the corresponding detection area. Rotating the lamp 33 illuminates the intruder present in the detection area, and the camera 24 captures the intruder's intrusion state and stores the captured image.

In the operation of the other embodiment of the present invention, the same parts as the present invention are omitted by the same reference numerals.

1 is a view showing a security warning lamp device for security guard of the present invention.

2 is a view showing the main configuration of the present invention.

3 is a block diagram showing a configuration of the present invention.

4 is a view showing another embodiment of the present invention.

5 is a view for explaining the operation of another embodiment of the present invention.

Figure 6 is a block diagram showing the configuration of another embodiment of the present invention.

Explanation of symbols for main parts of the drawings

1: sensing means, 2: photographing means,

3: lighting means, 4: driving means,

5: control unit, 11: support rod,

12: motor housing, 13: first motor,

15: rotating body, 17: infrared sensor,

21: rotating tube, 24: camera,

25: first rack, 26: second motor,

27: first horizontal plate, 41: rotary gear part,

42: horizontal bar, 43: fourth motor,

51: composite sensor,

Claims (3)

delete Sensing means (1) for detecting intruder movement at a distance using an infrared sensor (17) or a composite sensor (51); A support rod 11 of a predetermined height is erected and installed in the boundary monitoring area, and the rotating tube 21 is coupled to the upper end of the supporting rod 11 by a bearing 22, and a first horizontal plate is disposed at the lower end of the rotating tube 21. Combining means (28), at least one or more photographing cameras (24) on the first horizontal plate 28 is installed to enable the vertical angle adjustment to photograph the invaders detected by the sensing means (1) 2) and; The second horizontal plate 31 is coupled to the upper end of the rotary tube 21, and at least one or more lighting lamps 33 are installed on the second horizontal plate 31 so that the vertical angle can be adjusted so that the sensing means (1). Lighting means (3) for irradiating light to the intruder position detected by the; The rotary gear part 41 is formed in an annular shape on the bottom of the first horizontal plate 28, and the drive gear 44 meshing with the rotary gear part 41 is formed on the axis of the fourth motor 43 to control the controller 5. Drive gear 44 rotates the rotary gear part 41 by the operation of the fourth motor 43, which is driven forward and backward under the control of the < RTI ID = 0.0 >). ≪ / RTI > Drive means (4) for rotating; The controller 5 controls the photographing means 2 and the lighting means 3 to rotate toward the intruder position by driving the fourth motor 43 of the driving means 4 forward and backward according to the sensing information of the sensing means 1. ; Consist of, The sensing means 1 is provided with a motor housing 12 in which the first motor 13 is installed at the upper end of the support rod 11, and the porous hole (14) in the shaft 14 of the first motor 13; 16 is formed by combining the lower end of the rotating body 15, the intruder detection to transmit the intruder detection information to the control unit 5 with a predetermined unique code when the intruder is detected in each of the porous holes (16) Install and configure the infrared sensor 17 for The control unit 5 drives the first motor 13 forward and reverse for a predetermined period so that the rotating body 15 rotates forward and backward within a range that does not deviate from the set angle, and detects an intruder with a unique code from the infrared sensor 17. When the information is received, using the unique code to determine the position detected by the infrared sensor 17, the shooting means 2 and the lighting means (3) is rotated toward the determined position to illuminate and photograph the intruder. Security control device for the security alert, characterized in that the control unit 5 is configured to take a picture by operating the camera 24 when the intruder is detected. According to claim 2, wherein the detection means 1 is installed in the security boundary area away from the support rod 11 to detect the movement and distance of the intruder, the detection information along with the unique code to the control unit (5) Transmitting, consisting of a plurality of composite sensors 51 are connected to the control unit 5 by a cable, The control unit 5 determines the position of the intruder by using the unique code and the detection information transmitted from the composite sensor 51 and then the photographing means 2 and the lighting means (3) rotates toward the determination position to illuminate the intruder and It controls to shoot, the control unit 5 is operated so that the shooting is made by operating the camera 24 when the intruder is detected, The complex sensor 51 is a motion sensor 52 for detecting the movement of the surrounding object, a temperature sensor 53 for detecting the temperature change of the surrounding, a distance sensor 54 for detecting the distance to the moving object, the brightness of the surrounding Security lamp monitoring device, characterized in that configured as a brightness sensor for detecting 55.

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