CN210721773U

CN210721773U - 4G flame monitoring video device

Info

Publication number: CN210721773U
Application number: CN201921766946.3U
Authority: CN
Inventors: 杜永振
Original assignee: Jiangsu Huafei Electronic Technology Co ltd
Current assignee: Jiangsu Huafei Electronic Technology Co ltd
Priority date: 2019-10-21
Filing date: 2019-10-21
Publication date: 2020-06-09
Anticipated expiration: 2029-10-21

Abstract

The utility model relates to a 4G flame monitoring video device, which comprises a shell, a screw hole, a round hole I, a light compensating lamp, a round hole II, a face mask I, a round hole III, a photoresistor, an indicator lamp, a round hole IV, a face mask II, a camera, a round hole V, an alarm lamp, a video device, a 4G network transmission device, a flame detection device, an alarm control device and an audible and visual alarm, wherein the shell consists of a shell and a head shell, the surface of the shell is provided with two round holes I, the two light compensating lamps are respectively arranged in the round holes I, the flame detection device consists of a heat release sensor, a fixed plate, an infrared lens and the like, when a fire occurs, the flame detection device detects the fire and pushes information to the video device, the video device pushes to a mobile phone or a computer through the 4G network transmission device, and a manager can judge whether the fire is a real fire source or a false fire source through, and the judgment and emergency plan can be accurately made, so that the working efficiency of workers is improved.

Description

4G flame monitoring video device

Technical Field

The utility model relates to a 4G flame device specifically is a 4G flame monitoring video unit.

Background

Fire safety is a production safety check which is very important in various industries, particularly, the fire source is required to be more strictly controlled in the fields of chemical plants, gas stations, material warehouses and the like, the arrangement and the use of fire prevention measures are more important, a flame camera structure sold on the market at present only simply detects the fire source and gives an alarm, the situation that the fire source is wrongly reported and missed reported often occurs in the working process of the camera, in order to prevent the occurrence of the situation, a manufacturer upgrades and modifies the hardware of the camera, but the effect cannot meet the market requirements, the situation that the fire source is wrongly reported and missed reported still occurs, although the existing infrared thermal imaging camera can accurately judge the fire situation, the expensive price and the great size and the single function cannot be realized, and the production safety check cannot be popularized and used by people and some environments are smoke, the later flame exists, the smoke information cannot be detected by common flame detection, and data cannot be timely provided for early research and judgment of a fire disaster, so that the working time of workers can be delayed, the true fire source cannot be timely treated to generate the fire disaster due to the fact that the workers process the fire source which is mistakenly reported more seriously, and how to solve the problem is not easy.

SUMMERY OF THE UTILITY MODEL

Problem to above-mentioned prior art exists, the utility model provides a 4G flame monitoring video unit stops the condition emergence of wrong report and missing report fire source, can in time provide data to the early study and judge of conflagration, can not hinder staff's operating time, thereby stops the emergence that the fire source can not in time be handled the conflagration condition of taking place to appear.

In order to achieve the above object, the utility model discloses a following technical scheme realizes: A4G flame monitoring video device comprises a shell, screw holes, a round hole I, light supplementing lamps, a round hole II, a face mask I, infrared glass, a round hole III, a photoresistor, a self-checking state indicator lamp, a round hole IV, a face mask II, a camera, a round hole V, an alarm lamp, a video device, a 4G network transmission device, a flame detection device, an alarm control device and an audible and visual alarm, wherein the shell consists of a shell and a nose shell, the nose shell is arranged on the front face of the shell, four corners of the nose shell are respectively provided with four screw holes, the surface of the shell is provided with two round holes I, the two light supplementing lamps are respectively arranged in the round hole I, the surface of the shell is provided with a round hole II, the infrared glass is arranged in the round hole II, the face mask I is attached to the surface of the round hole II through sealing adhesive, the surface of the shell is provided with two round holes III, the photoresistor and the, the surface of the shell is provided with a round hole IV, the high-definition camera is installed in the round hole IV, the face mask II is adhered to the surface of the round hole IV through sealing glue, the surface of the shell is provided with two round holes V, two alarm lamps are installed in the round holes V respectively, a video device, a network transmission device, a flame detection device, an alarm control device and an audible and visual alarm are fixedly installed inside the shell, the video device comprises a lens switcher, a photoelectric converter, a central processing unit I, a network chip and a power supply, the ER14 type lens switcher, a ZCQ78 type photoelectric converter, a WET21 type central processing unit I, a YU71 type network chip and a CMO60 type power supply are sequentially connected together, the 4G network transmission device comprises a 4G antenna, an exchanger, a WIFI chip, a 4G chip and a SIM card slot, and the flame detection device comprises an infrared heat release sensor, a central processing unit II, a WIFI chip, a, Temperature sensor and smoke transducer constitute, and infrared heat release sensor, central processing unit II, temperature sensor and smoke transducer connect gradually together through the electric wire, and temperature sensor and smoke transducer fixed mounting make temperature probe and smoke transducer expose in the air through shell below bleeder vent in casing bottom and warning loudspeaker parallel and level, alarm control device constitute by acousto-optic controller, linkage output controller and self-checking state controller, the acousto-optic controller passes through electric wire connection linkage output controller, linkage output controller passes through electric wire connection self-checking state controller, self-checking state controller passes through electric wire connection audible-visual annunciator.

The material of face guard I be the precious stone material, detect that the wavelength is between 2.6um to 6.5 um.

The flame detection device is connected with the video device through the alarm control device.

The alarm lamp and the acousto-optic controller are connected together through an electric wire and are arranged in the machine body.

The self-checking state indicator light is connected with the self-checking state controller through an electric wire.

The device can accurately capture the fire source through the flame detection device and the video device, and simultaneously, the matching of the light supplement lamp and the photoresistor greatly improves the monitoring success rate of the fire source, can run when being electrified, can directly realize remote connection and alarm push functions with a mobile phone and a computer without complex back-end analysis support, can be networked for alarm push by utilizing the 4G function without network access, the fire, smoke, temperature and the like can be detected simultaneously, high-temperature early warning can be realized, a field warning lamp is turned on after the alarm is found, an alarm horn automatically broadcasts by voice to remind field notice, the condition that the fire source is mistakenly reported and missed is reported is avoided, the fire source is reduced to the maximum extent, the fire condition can not be handled timely, the smoke sensor can find the smoke timely, the smoke information can be captured at the initial stage of the fire, and the alarm can be sent timely. The temperature sensor can detect the temperature of the site, and can also send out early warning when the detected temperature of the site is higher than the preset temperature, thereby preventing fire, greatly reducing the probability of fire, improving the fire fighting speed of workers and improving the working efficiency of the workers, and the device supports the flame identification linkage alarm function of the existing mainstream monitoring video recorders (Haokangwei, Dahua and Kyoho).

Drawings

Fig. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of a nose piece housing;

FIG. 3 is a schematic diagram of the connection of the video apparatus, the network transmission apparatus, the flame detection apparatus, the alarm control apparatus and the audible and visual alarm;

in the figure: 1. the shell, 2, the screw hole, 3, round hole I, 31, the light filling lamp, 4, round hole II, 41, face guard I, 42, infrared glass, 5, round hole III, 51, photo resistance, 52, the self-checking status indicator lamp, 6, round hole IV, 61, face guard II, 62, the camera, 7, round hole V, 71, the alarm lamp, 8, video unit, 9, 4G network transmission device, 10, flame detection device, 11, alarm control device, 12, audible-visual annunciator, 101, the casing, 102, the aircraft nose shell.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings.

The QWS749 type flame sensor, FRT45 type high definition camera 62, ER14 type lens switcher, ZCQ78 type photoelectric converter, WET21 type central processing unit I, YU71 type network chip, CMO60 type power supply, TNH64 type infrared heat release sensor, MQV314 type central processing unit II, GSR761 type temperature sensor, XZO457 type smoke sensor, QU708 type acousto-optic controller, XF96 type linkage output controller, CMJ403 type self-checking state controller and XQF10 type acousto-optic alarm mentioned in the application are private customized models.

As shown in fig. 1 to 3, a 4G flame monitoring video device comprises a shell 1, screw holes 2, a round hole i 3, a light supplementing lamp 31, a round hole ii 4, a face shield i 41, infrared glass 42, a round hole iii 5, a photoresistor 51, a self-checking status indicator lamp 52, a round hole iv 6, a face shield ii 61, a camera 62, a round hole v 7, an alarm lamp 71, a video device 8, a 4G network transmission device 9, a flame detection device 10, an alarm control device 11 and an audible and visual alarm 12, wherein the shell 1 is composed of a shell 101 and a nose shell 102, the nose shell 102 is installed on the front surface of the shell 101, four corners of the nose shell 102 are respectively provided with four screw holes 2, the surface of the shell 1 is provided with two round holes i 3, the two light supplementing lamps 31 are respectively installed in the round hole i 3, the surface of the shell 1 is provided with a round hole ii 4, the infrared glass 42 is installed in the round hole ii 4, the face shield i 41 is attached to the surface of the round, the surface of the shell 1 is provided with two round holes III 5, a photoresistor 51 and a self-checking state indicator lamp 52 are respectively arranged in the round holes III 5, the surface of the shell 1 is provided with a round hole IV 6, an FRT45 type high-definition camera 62 is arranged in the round hole IV 6, a mask II 61 is pasted on the surface of the round hole IV 6 through sealing glue, the surface of the shell 1 is provided with two round holes V7, two alarm lamps 71 are respectively arranged in the round holes V7, a video device 8, a network transmission device 9, a flame detection device 10, an alarm control device 11 and an audible and visual alarm 12 are fixedly arranged in the shell 101, the video device 8 consists of a lens switcher, a photoelectric converter, a central processing unit I, a network chip and a power supply, an ER14 type lens switcher, a ZCQ78 type photoelectric converter, a WET21 type central processing unit I, a YU71 type network chip and a CMO60 type power supply which are sequentially connected together, and the 4G network transmission device 9 consists of a 4, The flame detection device 10 consists of an infrared heat release sensor, a central processing unit II, a temperature sensor and a smoke sensor, the TNH64 type infrared heat release sensor, the MQV314 type central processing unit II, the GSR761 type temperature sensor and the XZO457 type smoke sensor are sequentially connected together through wires, wherein the GSR761 type temperature sensor and the XZO457 type smoke sensor are arranged at the bottom of the shell and are flush with the alarm horn, so that the temperature probe and the smoke probe are exposed in the air through the air holes below the shell, the alarm control device 11 is composed of an acousto-optic controller, a linkage output controller and a self-checking state controller, wherein the QU708 type acousto-optic controller is connected with the XF96 type linkage output controller through an electric wire, the XF96 type linkage output controller is connected with the CMJ403 type self-checking state controller through an electric wire, and the CMJ403 type self-checking state controller is connected with the XQF10 type acousto-optic alarm 12 through an electric wire.

The material of face guard I41 be the precious stone material, detect that the wavelength is between 2.6um to 6.5um, have fine shielding effect to sunlight, electric welding light and lightning etc. avoid the wrong report have the discernment fast to conventional flame, the wide (discernment angle is 95 degrees) characteristics of discernment angle.

The flame detection device 10 is connected with the video device 8 through the alarm control device 11, and the detection level and the sensitivity of the flame detection device can be modified remotely through the video device.

The alarm lamp 71 and the acousto-optic controller are connected together through an electric wire and are arranged in the machine body, when a fire source is found, the acousto-optic controller sends a signal to the alarm lamp, and the alarm lamp buzzes and flickers, so that a worker can find out an alarm in time.

The self-checking state indicator lamp 52 is connected with the self-checking state controller through an electric wire, and can remind a worker whether the flame sensor and the camera work normally or not.

The FRT45 type high-definition camera 62 is connected with an ER14 type lens switcher, the ER14 type lens switcher, a ZCQ78 type photoelectric converter and a WET21 type central processing unit I are sequentially connected together, the WET21 type central processing unit I is divided into two lines, one line of the WET21 type central processing unit I is connected with a YU71 type network chip and a CMO60 type power supply, the other line of the WET21 type central processing unit I is connected with an MQV314 type central processing unit II, the MQV314 type central processing unit II is respectively connected with a TNH64 type infrared heat release sensor, a GSR761 type temperature sensor, a XZO457 type smoke sensor and a QWS749 type flame sensor, the WET21 type central processing unit I and the MQV314 type central processing unit II are combined into a line which is connected with a QU708 type acoustic light controller, a CMJ 96 type linkage output controller and a CMJ403 type self-checking state controller, and the WEJ 403 type acoustic light alarm XQF10 type 12 is sequentially connected together.

Claims

1. A4G flame monitoring video device comprises a shell (1), screw holes (2), a round hole I (3), a light supplement lamp (31), a round hole II (4), a face mask I (41), infrared glass (42), a round hole III (5), a photoresistor (51), a self-checking state indicator lamp (52), a round hole IV (6), a face mask II (61), a camera (62), a round hole V (7), an alarm lamp (71), a video device (8), a 4G network transmission device (9), a flame detection device (10), an alarm control device (11) and an acousto-optic alarm (12), and is characterized in that the shell (1) consists of a shell (101) and a nose shell (102), the nose shell (102) is arranged on the front face of the shell (101), four screw holes (2) are respectively arranged at four corners of the nose shell (102), two round holes I (3) are arranged on the surface of the shell (1), two light filling lamps (31) are respectively installed in a round hole I (3), the surface of a shell (1) is provided with a round hole II (4), infrared glass (42) is installed in the round hole II (4), a face mask I (41) is pasted on the surface of the round hole II (4) through sealing glue, the surface of the shell (1) is provided with two round holes III (5), a photoresistor (51) and a self-checking state indicator lamp (52) are respectively installed in the round holes III (5), the surface of the shell (1) is provided with a round hole IV (6), a high-definition camera (62) is installed in the round hole IV (6), the face mask II (61) is pasted on the surface of the round hole IV (6) through sealing glue, the surface of the shell (1) is provided with two round holes V (7), two alarm lamps (71) are respectively installed in the round hole V (7), a video device (8) is fixedly installed inside the shell (101), a network transmission device (9), Flame detection device (10), alarm control device (11) and audible-visual annunciator (12), video unit (8) constitute by camera lens switch, photoelectric converter, central processing unit I, network chip and power, camera lens switch, photoelectric converter, central processing unit I, network chip and power connect gradually together, 4G network transmission device (9) constitute by 4G antenna, interchanger, WIFI chip, 4G chip and SIM draw-in groove, flame detection device (10) constitute by infrared heat release sensor, central processing unit II, temperature sensor and smoke transducer, infrared heat release sensor, central processing unit II, temperature sensor and smoke transducer connect gradually together through the electric wire, temperature sensor and smoke transducer fixed mounting are in casing (101) bottom and warning loudspeaker parallel and level, make temperature probe and smoke probe expose in the air through shell below bleeder vent, the alarm control device (11) is composed of an acousto-optic controller, a linkage output controller and a self-checking state controller, wherein the acousto-optic controller is connected with the linkage output controller through an electric wire, the linkage output controller is connected with the self-checking state controller through an electric wire, and the self-checking state controller is connected with the acousto-optic alarm (12) through an electric wire.

2. The 4G flame monitoring video device as claimed in claim 1, wherein the mask I (41) is made of a gem material, and the detection wavelength is 2.6um to 6.5 um.

3. A 4G flame monitoring video unit according to claim 1, characterized in that the flame detection unit (10) is connected to the video unit (8) via an alarm control unit (11).

4. A 4G flame monitor video unit according to claim 1, wherein the alarm lamp (71) is connected to the acousto-optic controller by a wire and is placed in the body.

5. A 4G flame monitoring video unit according to claim 1, wherein the self-test status indicator light (52) is wired to the self-test status controller.