CN208366778U

CN208366778U - Monitoring device for exhaust gas discharge on-line monitoring device

Info

Publication number: CN208366778U
Application number: CN201820977861.9U
Authority: CN
Inventors: 张尧
Original assignee: Foshan Han Animal Environment Science & Technology Service Co Ltd
Current assignee: Foshan Han Animal Environment Science & Technology Service Co Ltd
Priority date: 2018-06-22
Filing date: 2018-06-22
Publication date: 2019-01-11
Anticipated expiration: 2028-06-22

Abstract

The utility model discloses a kind of monitoring devices for exhaust gas discharge on-line monitoring device, including monitoring case and fixed rack structure, monitoring case to be embedded on exhaust pipe with fixed rack structure；Monitoring case has cabinet；Cabinet is fixedly provided with signal projector in top, and cabinet has chamber, in being equipped with efficient battery, power-on switch component, voltage control component, intelligent chip and router in chamber；Monitoring case is equipped with mounting blocks in rear end face, and mounting blocks are recessed inwardly to form mounting groove in top, and mounting blocks are equipped with dust probe in the bottom of mounting groove and pop one's head in voc；The rear end face of monitoring case is equipped with exhaust fan at corresponding mounting blocks, so that when exhaust pipe stops discharge exhaust gas, exhaust fan running cleans dust probe and voc probe in the indoor air discharge mounting groove of chamber.The dust and sundries that monitoring device described in the utility model can be effectively prevented in exhaust gas are popped one's head in dust and are impacted with voc probe.

Description

Monitoring device for exhaust gas discharge on-line monitoring device

Technical field

The utility model relates to pollutant emission monitoring equipment fields, more particularly, to one kind for the online prison of exhaust gas discharge Control the monitoring device of device.

Background technique

On the market, existing exhaust gas discharge on-line monitoring device passes through monitoring device mostly and supervises to exhaust pipe Control, however after being used for a long time, the monitoring probe of monitoring device becomes easily infected by dust and sundries in exhaust gas, leads to probe Measurement inaccuracy, so that the monitoring data of exhaust gas discharge on-line monitoring device lacks enough evidence dynamics.

Utility model content

The purpose of this utility model is to provide a kind of monitoring devices for exhaust gas discharge on-line monitoring device, can be effective Ground prevents dust and sundries in exhaust gas from impacting to monitoring device.

To achieve the above object, the utility model provides the following technical solutions:

For the monitoring device of exhaust gas discharge on-line monitoring device, including monitoring case and fixed rack structure, monitoring case is logical Fixed rack structure is crossed to be embedded on exhaust pipe；The chamber door that monitoring case has cabinet and is set on cabinet front end face, case Door can be opened and closed relative to cabinet；Cabinet is fixedly provided with signal projector in top, and cabinet has chamber, in chamber Equipped with efficient battery, power-on switch component, voltage control component, intelligent chip and router, efficient battery is to store up Electric energy and energy supply are deposited, energy supply of the power-on switch component to open or close efficient battery, voltage control component is to control The energy supply voltage of efficient battery is made, intelligent chip forms signal for reading monitoring data, signal is issued with signal projector, Router is used to store cloud as medium connection data；Monitoring case is equipped with mounting blocks in rear end face, and mounting blocks are downward in top Fluting forms mounting groove, and mounting blocks are equipped with dust probe in the bottom of mounting groove and pop one's head in voc, for the monitoring case install to When on exhaust pipe, mounting blocks are set in exhaust pipe, useless in monitoring in mounting groove with voc probe by dust probe Gas can avoid being directly blown by exhaust pipe interior air-flow and influencing to detect accuracy simultaneously, and be delivered to intelligence for monitoring data are generated It can chip；The rear end face of monitoring case is equipped with exhaust fan at corresponding mounting blocks, for when exhaust pipe stops discharge exhaust gas, Exhaust fan running, air suck outside cabinet, by chamber, the indoor air of chamber are discharged at the top of mounting groove, is visited to dust Head is cleaned with voc probe.

As the further technical solution of the utility model: cabinet is equipped with microgenerator, the micro generation in rear end face Machine is wind-driven generator, for when exhaust gas is discharged in exhaust pipe, converting wind energy into electric energy, and the electric energy converted is stored up It deposits to efficient battery.

As the further technical solution of the utility model: the cabinet offers venthole in bottom end.

It is discharged compared with prior art, the utility model has the beneficial effects that the utility model proposes one kind for exhaust gas The monitoring device of on-line monitoring device is popped one's head in dust by exhaust fan and is cleaned with voc probe, is effectively prevented in exhaust gas Dust and sundries to dust probe with voc pop one's head in impact.

Detailed description of the invention

Fig. 1 is the schematic diagram that exhaust gas discharges on-line monitoring device.

Fig. 2 is the perspective view of monitoring device.

Fig. 3 is the structure chart of monitoring device.

Specific embodiment

Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that herein Described specific embodiment is only used for describing and explaining the present invention, the protection model being not intended to limit the utility model It encloses.

Referring to Fig. 1, exhaust gas discharges on-line monitoring device, including monitoring device 10, data-set station 20, data storage Cloud 30 and data processing backstage 40；Wherein, in the installation to exhaust pipe 101 of monitoring device 10, to be discharged to exhaust gas Pipe 101 carries out on-line continuous monitoring, generates monitoring data in real time, forms signal with monitoring data, and signal is transmitted to data Machine station 20 issues；Data-set station 20 receives the signal of the monitoring device 10 in its coverage area, by on-line continuous monitoring institute The data obtained are uploaded to data storage cloud 30；After data storage cloud 30 transfers data to data processing with cloud processor Platform 40 is handled and is arranged by the 40 pairs of monitoring data in data processing backstage, is generated and is discharged prison in real time convenient for the exhaust gas of browsing The data forms such as table and exhaust gas discharge historical trend table are surveyed, and reduced data and data form generated etc. are sent out It is sent to 50 mobile phone of user terminal, computer etc., so that user can be monitored and manage to exhaust gas discharge everywhere in real time.

Fig. 2, Fig. 3 are please referred to, the monitoring device 10 includes monitoring case 11 and is used for the installation of monitoring case 11 to exhaust gas Fixed rack structure 12 on delivery pipe 101 offers the installing port for installing monitoring case 11 on the exhaust pipe 101, It is embedded at monitoring case 11 on exhaust pipe 101 from installing port by fixed rack structure 12, monitoring case 11 is partly or wholly Rear end is set in exhaust pipe 101, and the gap between monitoring case 11 and installing port periphery is closed with sealant, prevents exhaust gas Slot leakage between monitoring case 11 and installing port periphery, and reinforce the company between monitoring case 11 and exhaust pipe 101 It connects.

Monitoring case 11 has cabinet 111 and the chamber door 112 that is set on 111 front end face of cabinet, and chamber door 112 can be relative to Cabinet 111 opens and closes, and chamber door 112 is equipped with door lock (not shown), when closing for chamber door 112 relative to cabinet 111, leads to It crosses door lock chamber door 112 is locked on cabinet 111.The cabinet 111 is fixedly provided with signal projector 201, cabinet in top 111 have chamber 113, in chamber 113 be equipped with efficient battery (not shown), power-on switch component (not shown), voltage control Component (not shown), intelligent chip (not shown) and router (not shown) processed, efficient battery to store electric energy and Energy supply, energy supply of the power-on switch component to open or close efficient battery, voltage control component is to control efficient electric power storage The energy supply voltage in pond, intelligent chip form signal for reading monitoring data, issue signal with signal projector 201, and pass through Router is that medium connects data storage cloud 30；The monitoring case 11 in rear end face be equipped with mounting blocks 114, mounting blocks 114 in Top, which is slotted downwards, forms mounting groove 115, and mounting blocks 114 are equipped with dust probe 116 and voc in the bottom of mounting groove 115 and pop one's head in 117, when in the monitoring case 11 installation to exhaust pipe 101, mounting blocks 114 are set in exhaust pipe 101, are led to It is avoidable by 101 interior air-flow of exhaust pipe simultaneously in monitoring exhaust gas in mounting groove 115 to cross dust probe 116 and voc probe 117 It is directly blown onto and influences to detect accuracy, and be delivered to intelligent chip for monitoring data are generated；The rear end face of monitoring case 11 is in correspondence Exhaust fan 118 is equipped at mounting blocks 114, so that when exhaust pipe 101 stops discharge exhaust gas, exhaust fan 118 is operated, air It sucks outside cabinet 111, by chamber 113, the air in chamber 113 is discharged at the top of mounting groove 115, to pop one's head in dust 116 clean with voc probe 117, remove dust, the exhaust residual object etc. that remain on dust probe 116 and voc probe 117, powder The sensing of dirt probe 116 and voc probe 117 is reset, it is ensured that when be vented next time, the data for monitoring generation are accurate, improve prison The accuracy of measured data.

The cabinet 111 is equipped with microgenerator (not shown) in rear end face, and the microgenerator is wind-driven generator, When in the installation to exhaust pipe 101 of monitoring device 10, microgenerator passes through installing port and is set to exhaust pipe 101 It is interior, for converting wind energy into electric energy, and the electric energy converted is stored to efficient when exhaust gas is discharged in exhaust pipe 101 In battery.

Further, the cabinet 111 offers venthole 119 in bottom end.

Further, the fixed rack structure 12 includes that fixed garter spring 121 and bracket 122, the fixed garter spring 121 are set Be placed in the rear end of cabinet 111, the head end of fixed garter spring 121 connect with the rear end face of cabinet 111, the tail end of fixation garter spring 121 and Head end docking, center surround fixation hole (not shown), and when in the installation to exhaust pipe 101 of monitoring case 11, fixation hole is received Hold and locks exhaust pipe 101；The bracket 122 is set to the lower section of cabinet 111, connects bottom surface and the exhaust gas of cabinet 111 Delivery pipe 101.

Further, the monitoring device 10 includes light bar 102, and the light bar 102 shares two, the light face lighted Color is different, is energized by efficient battery to it；In the present embodiment, the light color of a light bar 102 is green, another light bar 102 light color is white；Two light bar 102 are all set on exhaust pipe 101, positioned at the top of monitoring case 11, are used Whether it is being exhausted in expression exhaust pipe 101.When exhaust pipe 101 is being vented, light color is green Light bar 102 lights, and another light bar 102 does not work；When exhaust pipe 101 is not vented, then light color is that the light bar 102 of white is bright It rises, another light bar 102 does not work；When two light bar 102 do not work, then it represents that monitoring case 11 is inactive, in order to monitor exhaust gas discharge Environmental Protection Agency personnel can be identified by the color of light bar 102 and judge whether enterprise belonging to the exhaust pipe 101 has and be vented And in exhaust process, if having starting monitoring case 11 to be monitored to exhaust, effectively increase Environmental Protection Agency personnel couple The control and monitoring of enterprise.

Further, the monitoring device 10 in the chamber 113 of monitoring case 11 be equipped with two dimensional code (not shown), for Family with its mobile phone or remaining mobile terminal device to two dimensional code barcode scanning, thus by mobile phone or remaining mobile terminal device and the monitoring Device 10 is bound, and makes reduced data and data form generated etc. that can be sent to use from data processing backstage 40 User terminal 50 bound in family, convenient for checking for user.

In conclusion monitoring device of the utility model for exhaust gas discharge on-line monitoring device is right by exhaust fan 118 Dust probe 116 and voc probe 117 is cleaned, the dust and sundries being effectively prevented in exhaust gas to dust probe 116 and Voc probe 117 impacts.

Without departing from the thought that the utility model is created, any group is carried out to the various different embodiments of the utility model It closes, content disclosed by the utility model should all be considered as；In the range of the technology design of the utility model, technical solution is carried out Any combination for the thought created without prejudice to the utility model that a variety of simple modifications and different embodiments carry out, should all be at this Within the protection scope of utility model.

Claims

1. for the monitoring device of exhaust gas discharge on-line monitoring device, including monitoring case (11) and fixed rack structure (12), prison Measuring tank (11) is embedded on exhaust pipe (101) by fixed rack structure (12)；It is characterized by: monitoring case (11) tool The chamber door (112) for having cabinet (111) and being set on cabinet (111) front end face, chamber door (112) can be relative to cabinet (111) It opens and closes；Cabinet (111) is fixedly provided with signal projector (201) in top, and cabinet has chamber (113), in chamber (113) efficient battery, power-on switch component, voltage control component, intelligent chip and router, efficient battery are equipped in To store electric energy and energy supply, energy supply of the power-on switch component to open or close efficient battery, voltage control component To control the energy supply voltage of efficient battery, intelligent chip forms signal for reading monitoring data, with signal projector (201) signal is issued, router is used for as medium connection data storage cloud (30)；Monitoring case (11) is equipped with peace in rear end face It fills block (114), mounting blocks (114) are slotted downwards in top and formed mounting groove (115), and mounting blocks (114) are in mounting groove (115) Bottom is equipped with dust probe (116) and voc probe (117), in the monitoring case (11) installation to exhaust pipe (101) When, mounting blocks (114) are set in exhaust pipe (101), by dust probe (116) and voc probe (117) in mounting groove (115) monitoring exhaust gas can avoid being directly blown by exhaust pipe (101) interior air-flow and influencing to detect accuracy simultaneously in, and will give birth to Intelligent chip is delivered at monitoring data；The rear end face of monitoring case (11) is equipped with exhaust fan at corresponding mounting blocks (114) (118), so that when exhaust pipe (101) stop discharge exhaust gas, exhaust fan (118) running, air is inhaled outside from cabinet (111) Enter, by chamber (113), the air in chamber (113) be discharged at the top of mounting groove (115), to dust probe (116) with Voc probe (117) cleaning.

2. monitoring device according to claim 1, it is characterised in that: the cabinet (111) is equipped with miniature hair in rear end face Motor, the microgenerator are wind-driven generator, for converting wind energy into when exhaust gas is discharged in exhaust pipe (101) Electric energy, and the electric energy converted is stored to efficient battery.

3. monitoring device according to claim 1, it is characterised in that: the cabinet (111) offers venthole in bottom end (119)。