阅读说明：本技术 一种自行走式废气燃烧锅炉控制装置 (self-walking waste gas burning boiler control device ) 是由 孙化 于 2018-07-18 设计创作，主要内容包括：本发明公开的属于废气净化控制技术领域,喷淋箱左侧安装有锅炉废气管和废液排出管,所述喷淋箱顶部出口安装有第一抽风机,第一抽风机顶部出风口连接有输气管,所述输气管另一端连接有除尘箱,所述除尘箱内腔左侧均匀垂直设置有电晕电极棒,所述除尘箱内腔右侧壁沿排气管周围安装有第一弹簧,所述第一弹簧左侧安装有安装架,所述安装架左侧均匀安装有集尘电极板,该发明操作便捷,有效提高除尘效率,降低草木灰收集难度。输气管上设置有管道控制器及传感器,并与远程的远程控制器电信号连接,收到其控制。实现远程监控,确保设备运转的安全性。所述的喷淋箱底部设置有自行走平台,自行走平台下方可折叠的安装有万向轮,实现装置的自动搬运,节约人力物力。(The invention belongs to the technical field of waste gas purification control, a boiler waste gas pipe and a waste liquid discharge pipe are installed on the left side of a spraying box, an th exhaust fan is installed at an outlet of the top of the spraying box, a th exhaust fan top air outlet is connected with a gas pipe, the other end of the gas pipe is connected with a dust removal box, corona electrode bars are uniformly and vertically arranged on the left side of an inner cavity of the dust removal box, a th spring is installed on the right side wall of the inner cavity of the dust removal box along the periphery of the exhaust pipe, an installation frame is installed on the left side of the th spring, and a dust collecting electrode plate is uniformly installed on the left side of the installation frame.)

1, kind from walking waste gas combustion boiler control device, including spraying case (1), control panel (25) are installed to spraying case (1) right side lateral wall, spraying case (1) inner chamber and installing baffle (2) and spray pipe (5), spray pipe (5) are located baffle (2) top, evenly seted up through-hole (23) on baffle (2), spray case (1) left side is installed boiler exhaust gas pipe (4) and waste liquid discharge pipe (3), boiler exhaust gas pipe (4) are located between spray pipe (5) and baffle (2), waste liquid discharge pipe (3) are located baffle (2) below, spray pipe (5) top is connected with feed liquor pipe (6), spray case (1) top export and install first , second air exhauster (7) top air outlet is connected with air-supply pipe (8), air-supply pipe (8) are connected with in addition 34 end and are connected with dust collection case (10), dust collection case (10) bottom left and right side symmetry is installed landing leg (22) and dust collection case (10) bottom 10) and dust collection box (10) inner chamber (10) bottom, dust collection box (10) inner chamber (16) are connected with dust collection box (10) horizontal dust collection box (16) inner chamber 15) inner chamber (10) inner chamber 15) and dust collection box (10) inner chamber 15) are installed along the even shock mount board (10) and dust collection spring 15) inner chamber 10) horizontal dust collection box (10) inner chamber 15, dust collection electric control between dust collection box (13) and the horizontal dust collection box (16) inner chamber (16) are installed to be connected with the horizontal dust collection box (16) inner chamber of dust collection box (16) and the horizontal dust collection box (10) of dust collection electric control, dust collection box (10) inner chamber 15) and the horizontal dust collection box (16), dust collection box (10) and the horizontal dust collection box (10) mounting bracket (10) are installed to be connected with the dust collection box (10) inner chamber, dust collection box (10) and the horizontal dust collection box (10) discharge pipe (16), dust collection box (10) inner chamber, dust collection box (16) inner chamber of spraying case (10) bottom, dust collection box (10) inner chamber, dust collection box (10) bottom, dust collection box (16) inner chamber (10) inner chamber 15) are installed, dust collection box (10) bottom, dust collection box (10) inner chamber, dust.

Technical Field

The invention relates to the technical field of waste gas purification control, in particular to an self-walking waste gas combustion boiler control device.

Background

Due to the needs of energy conservation and emission reduction, a high-energy-consumption coal or oil-fired boiler needs to be converted into a boiler of biomass fuel, however, dust waste gas generated by the biomass fuel is greatly different from smoke waste gas generated by a traditional coal or oil-fired boiler, the smoke concentration generated by the biomass fuel boiler is high, the double-alkali desulfurization and dust removal treatment method commonly adopted by the smoke of the traditional coal or oil-fired boiler is not suitable for the biomass fuel boiler any more, the conventional wet absorption and purification removal rate is low and the smoke is difficult to discharge up to the standard, and the waste gas generated by the biomass fuel boiler contains more wood ash and dust, the filter holes are easy to block when the smoke is collected by a filtering method, the use is influenced, the plant ash is easy to fly when the smoke is collected, the collection efficiency is influenced, and the collection difficulty is increased.

Disclosure of Invention

The invention aims to provide self-walking waste gas combustion boiler control devices, and aims to solve the problems that a conventional double-alkali desulfurization and dust removal treatment method for smoke dust of a coal-fired or oil-fired boiler, which is provided in the background art, is not suitable for a biomass fuel boiler any more, is low in removal rate and difficult to achieve standard discharge by adopting a conventional wet absorption and purification method, and due to the fact that more wood ash and dust are contained in waste gas generated by the biomass fuel boiler, filter holes are easily blocked by adopting a filtering method for collection, the use is influenced, and the plant ash is easily blown up during collection, the collection efficiency is influenced, and the collection difficulty is increased.

from walking waste gas combustion boiler control device, including the spray box, spray box right side wall installs control panel, spray box inner chamber installs baffle and shower, the shower is located the baffle top, evenly seted up the through-hole on the baffle, spray box left side installs boiler waste gas pipe and waste liquid discharge pipe, boiler waste gas pipe is located between shower and the baffle, the waste liquid discharge pipe is located the baffle below, the shower top is connected with the feed liquor pipe, spray box top export is installed second air exhauster, second air exhauster top air outlet is connected with the gas-supply pipe, gas-supply pipe end is connected with the dust removal case in addition, the landing leg is installed to dust removal bottom left and right sides symmetry, dust removal case inner chamber left side is evenly provided with the corona electrode stick perpendicularly, insulating connecting plate is all installed with dust removal case junction in top and bottom and dust removal case junction, be connected with the cable conductor on the corona electrode stick, dust removal case right side wall central point installs the blast pipe, dust removal case right side inner chamber side wall installs along the blast pipe around the blast, second spring is installed with dust collection box bottom, dust collection box bottom is connected with dust collection box bottom horizontal dust collection platform mounting bracket is installed along the dust collection platform bottom, dust collection box bottom is installed with the dust collection box bottom, dust collection box bottom is equipped with the dust collection platform horizontal dust collection platform mounting bracket, dust collection box bottom is installed with the dust collection box bottom and is connected with the dust collection platform mounting bracket, dust collection box bottom is equipped with the dust collection platform, dust collection box bottom is connected with the dust collection box bottom mounting bracket, dust collection platform mounting bracket is connected with the dust collection platform mounting bracket, dust collection.

Preferably, the spray pipes are uniformly arranged in the inner cavity of the spray box in a criss-cross manner.

Preferably, the lengths of the collecting electrode plates are increased from top to bottom, and the left end of the lowermost collecting electrode plate is aligned with the dust outlet.

Compared with the prior art, the invention has the beneficial effects that: this scheme adopts the mode that the dual dust removal combined together to remove dust, effectively improves dust collection efficiency, when collecting the plant ash, can not fly upward because of the plant ash and influence the surrounding air environment, reduces and collects the degree of difficulty. The gas transmission pipe is provided with a pipe controller and a sensor, and is connected with a remote controller through electric signals and controlled by the remote controller. Remote monitoring is realized, and the safety of equipment operation is ensured.

Drawings

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

FIG. 2 is a schematic view of a dust collecting electrode plate structure according to the present invention;

FIG. 3 is a schematic view of the connection structure of the spray box and the spray pipe of the present invention;

FIG. 4 is a schematic view of the structure of the separator of the present invention.

In the figure, the device comprises a spray box 1, a partition plate 2, a waste liquid discharge pipe 3, a boiler waste gas pipe 4, a spray pipe 5, a liquid inlet pipe 6, an exhaust fan 7 th, an air delivery pipe 8, an electric cable 9, a dust removal box 10, an insulating connecting plate 11, a dust outlet 12, a corona electrode rod 13, a dust collection funnel 14, a second exhaust fan 15, a second spring 16, a spring 17 th, an installation rack 18, an exhaust pipe 19, a vibrating motor 20, a dust collection electrode plate 21, supporting legs 22, a through hole 23, a groove 24, a control panel 25, a pipeline controller 26, a pipeline sensor 26 and a remote controller 27.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only partial embodiments of of the present invention, rather than all embodiments.

With reference to fig. 1-4, the invention provides self-propelled waste gas combustion boiler control devices, including spray box 1, control panel 25 is installed on the right side wall of spray box 1, partition board 2 and spray pipe 5 are installed in the inner chamber of spray box 1, spray pipe 5 is located above partition board 2, through-hole 23 has been evenly seted up on partition board 2, boiler waste gas pipe 4 and waste liquid discharge pipe 3 are installed on the left side of spray box 1, boiler waste gas pipe 4 is located between spray pipe 5 and partition board 2, waste liquid discharge pipe 3 is located below partition board 2, the top of spray pipe 5 is connected with feed liquor pipe 6, outlet port on the top of spray box 1 is installed with th exhaust fan 7, top air outlet of th exhaust fan 7 is connected with air pipe 8, air pipe 8 is connected with dust removal box 10 at end in addition, landing leg 22 is symmetrically installed on the left and right side of dust removal box 10 bottom, inner chamber left side of dust removal box 10 is evenly and vertically provided with corona electrode bar 13, top and bottom of electrode plate 10 are connected with electrode plate mounting bracket 18, dust collection box 10 is connected with dust collection box 10, dust collection box 18 is installed along the inner chamber 18, dust collection box 10 is installed along the inner chamber 21, dust collection box 10, dust collection box 16, dust collection box 21, dust collection box 10 is installed on the bottom of cable wire 21, dust collection box 16 is installed on the bottom, dust collection box 10 is installed on the bottom of vibration motor mounting bracket 21, dust collection box 16 is connected.

Wherein, the shower 5 is installed in the spray box 1 inner chamber evenly criss-cross, collecting electrode plate 21 from the top down length increases progressively in proper order, and the dust outlet 12 is aimed at to the collecting electrode plate 21 left end of below.

When the scheme is used, exhaust gas and smoke enter a spray box 1 through a boiler exhaust gas pipe 4, dust removing liquid is sprayed through a spray pipe 5 arranged in an inner cavity of the spray box 1, parts of plant ash in the smoke and smoke are sprayed through the dust removing liquid and mixed into the dust removing liquid, the sprayed dust removing liquid is dripped to the bottom of the spray box 1 through a through hole 23 formed in a partition plate 2, the waste liquid mixed with the plant ash is collected and discharged through a waste liquid discharge pipe 3 arranged at the bottom of the spray box 1, the sprayed exhaust gas is transmitted into a dust removal box 10 through a second exhaust fan 7 arranged at the top of the spray box 1 and matched with an air pipe 8, the gas charges dust particles in the exhaust gas through a corona electrode rod 13, the gas is attracted when meeting a dust collecting plate 21 in the process of rightward movement, the gas is collected and accumulated on the dust collecting plate 6321, the purified gas is discharged through an exhaust pipe 19 arranged at the right side of the dust removal box 10, when the dust on the dust collecting box 21 is collected, the dust is collected, the vibration of a vibration motor 20 is started through a control panel 25, a spring arranged on the inner cavity of the right side wall of the dust removal box 10, and a second dust collecting box 10 is connected with a remote dust collecting hopper, and a remote dust collecting hopper, the remote dust collecting hopper 14, the remote dust collecting hopper is connected with a remote dust collecting hopper, and a remote dust collecting device, and a remote dust collecting hopper, so that the remote dust collecting hopper 14, and a remote dust.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.